Subversion Repositories Brabant Water.genderen

CP_VRS AI: 17.2.1 DBGEN: 16.0 Conv expand INI:0 DATE: Thu Mar 08 10:34:32 2007 CONCEPT_2.6 SR1    
////
CP_STR global 
CP_STR local BW.DTY SIZE: 1868 CRC: 2527521148 "09/26/02 10:19:21"
...STR TYPE
...STR 
...STR   BoolArr2:        ARRAY [1..2]  OF BOOL;
...STR   BoolArr4:        ARRAY [1..4]  OF BOOL;
...STR   BoolArr5:        ARRAY [1..5]  OF BOOL;
...STR   BoolArr8:        ARRAY [1..8]  OF BOOL;
...STR   BoolArr9:        ARRAY [1..9]  OF BOOL;
...STR   BoolArr12:       ARRAY [1..12]   OF BOOL;
...STR   BoolArr16:       ARRAY [1..16]   OF BOOL;
...STR   BoolArr36:       ARRAY [1..36]   OF BOOL;  
...STR 
...STR   IntArr2:         ARRAY [1..2]  OF INT;
...STR   IntArr3:         ARRAY [1..3]  OF INT;
...STR   IntArr4:         ARRAY [1..4]  OF INT;
...STR   IntArr5:         ARRAY [1..5]  OF INT;
...STR   IntArr6:         ARRAY [1..6]  OF INT;
...STR   IntArr7:         ARRAY [1..7]  OF INT;
...STR   IntArr8:         ARRAY [1..8]  OF INT;
...STR   IntArr9:         ARRAY [1..9]  OF INT;
...STR   IntArr10:        ARRAY [1..10]   OF INT;
...STR   IntArr15:        ARRAY [1..15]   OF INT;
...STR   IntArr16:        ARRAY [1..16]   OF INT;
...STR   IntArr20:        ARRAY [1..20]   OF INT;
...STR   IntArr30:        ARRAY [1..30]   OF INT;
...STR   IntArr32:        ARRAY [1..32]   OF INT;
...STR   IntArr36:        ARRAY [1..36]   OF INT;
...STR 
...STR   WordArr6:        ARRAY [1..6] OF WORD; 
...STR   WordArr8:        ARRAY [1..8] OF WORD; 
...STR   WordArr16:       ARRAY [1..16] OF WORD; 
...STR   WordArr32:       ARRAY [1..32] OF WORD; 
...STR   WordArr36:       ARRAY [1..36] OF WORD; 
...STR 
...STR   DintArr16:       ARRAY [1..16] OF DINT; 
...STR 
...STR   RealArr16:       ARRAY [1..16] OF REAL;
...STR 
...STR 
...STR   (* ------------------ data structuren ----------------------- *)
...STR 
...STR   KLOK_struc:  (* tijd structuur  klok *)
...STR     STRUCT
...STR       weekdag:       INT;     (* dag van de week 1..7 1=zondag     *)
...STR       maand:         INT;     (* maand 1..12             *)
...STR       dag:           INT;     (* Dag van de maand 1..31        *)
...STR       jaar:      INT;     (* jaartal 00..99            *)
...STR       uur:           INT;     (* uur 0..23               *)
...STR       minuut:        INT;     (* minuut 0..59            *)
...STR       seconde:       INT;     (* seconde 0..59             *)
...STR     END_STRUCT;
...STR 
...STR END_TYPE
...STR 
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ ANA_IN "04/12/02 14:00:51" TEXT:
CP_DFB "ANA_IN" HEIGHT/WIDTH: 6 8 FBTK_DFB "04/12/02 14:00:51" TEXT:
...TXF ANA_IN Scalering analoge ingang
...TXT 
...TXT Doel:
...TXT Het omzetten van een ongeschaalde meetwaarde naar een geschaalde
...TXT meetwaarde.
...TXT 
...TXT Instelling:
...TXT meetwaarde minimaal
...TXT meetwaarde maximaal
...TXT 
...TXT Werking:
...TXT De ongeschaalde ingangswaarde wordt volgens een lineaire lijn tussen
...TXT de minimale instelling en de maximale instelling omgezet.
...TXT 
CP_STR local CRC: 2527521148 "04/03/02 11:06:04"
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : ANA_IN{1}
CL_FRM "Meetw" ID_5 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE REAL TEXT: Meetwaarde
CL_FRM "Channel" ID_6 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT: analoge ingangswaarde (ruwe waarde 0-4095)
CL_FRM "Scalemin" ID_7 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: Minimale waarde scalering (4ma waarde)
CL_FRM "Scalemax" ID_8 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: Maximale waarde scalering (20ma waarde)
VS_FFB "I_SCALE" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "CHANNEL" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "MN" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "MX" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Y" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
CP_GVS "Analoge_ingang_scalering" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Analoge_ingang_scalering" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT: 
CP_IFP "Channel" 3 9 FP_IO_OUTPUT
CP_IFP "Scalemin" 3 10 FP_IO_OUTPUT
CP_IFP "Scalemax" 3 11 FP_IO_OUTPUT
CP_IFP "Meetw" 20 10 FP_IO_INPUT
CP_FBI "I_SCALE" 12 6 CODID: 1 NAME: ".1.1" TEXT:
CP_LNK IFP: 3 9 FBI: 12 6 2 GRA: 12/10,12/10
CP_LNK IFP: 3 10 FBI: 12 6 3 GRA: 12/11,12/11
CP_LNK IFP: 3 11 FBI: 12 6 4 GRA: 12/12,12/12
CP_LNK FBI: 12 6 3 IFP: 20 10 GRA: 20/11,20/11
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ ANA_UIT "07/10/02 14:44:05" TEXT:
CP_DFB "ANA_UIT" HEIGHT/WIDTH: 7 8 FBTK_DFB "07/10/02 14:44:05" TEXT:
...TXF ANA_UIT Omzetter stuurwaarde naar analoge uitgang
...TXT 
...TXT Doel:
...TXT Het omzetten van een geschaalde stuurwaarde naar een ongeschaalde
...TXT stuurwaarde.
...TXT 
...TXT Instelling:
...TXT stuurwaarde minimaal
...TXT stuurwaarde maximaal
...TXT 
...TXT Werking:
...TXT De geschaalde stuurwaarde wordt volgens een lineaire lijn tussen
...TXT de minimale instelling en de maximale instelling omgezet.
...TXT 
...TXT 
...TXT 
...TXT 
...TXT 
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : ANA_UIT{1}
CL_FRM "Scalemax" ID_4 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: minimale waarde scalering
CL_FRM "Stuur" ID_8 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: Stuurwaarde
CL_FRM "Scalemin" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: maximale waarde scalering
CL_FRM "Channel" ID_13 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANL_OUT TEXT: analoge uitgangswaarde (ruwe waarde 0-4095)
VS_FFB "O_SCALE" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 7 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "CHANNEL" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANL_OUT TEXT:
VS_FRM "MN" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "X" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "MX" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
CP_GVS "analoge_uitgang" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "analoge_uitgang" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT: 
CP_IFP "Scalemax" 3 7 FP_IO_OUTPUT
CP_IFP "Stuur" 3 8 FP_IO_OUTPUT
CP_IFP "Scalemin" 3 9 FP_IO_OUTPUT
CP_IFP "Channel" 3 6 FP_IO_OUTPUT
CP_FBI "O_SCALE" 12 3 CODID: 1 NAME: "FBI_1_1" TEXT:
CP_LNK IFP: 3 7 FBI: 12 3 3 GRA: 12/8,12/8
CP_LNK IFP: 3 8 FBI: 12 3 4 GRA: 12/9,12/9
CP_LNK IFP: 3 9 FBI: 12 3 5 GRA: 12/10,12/10
CP_LNK IFP: 3 6 FBI: 12 3 2 GRA: 12/7,12/7
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ B_STAT "11/02/05 13:16:15" TEXT:
CP_DFB "B_STAT" HEIGHT/WIDTH: 19 9 FBTK_DFB "11/02/05 13:16:15" TEXT:
...TXF B_STAT
...TXT 
...TXT Doel:
...TXT Het genereren van een status nummer, van 0 tot 15, uit 16 ingangs bits.
...TXT 
...TXT 
...TXT 
...TXT 
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : B_STAT{1}
CL_FRM "StatBedr" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: Bedrijfsstatus
CL_FRM "Stat_3" ID_8 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 3
CL_FRM "Stat_2" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 2
CL_FRM "Stat_1" ID_10 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 1
CL_FRM "Stat_0" ID_11 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 0
CL_FRM "Stat_4" ID_12 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 4
CL_FRM "Stat_5" ID_14 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 5
CL_FRM "Stat_6" ID_15 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 6
CL_FRM "Stat_7" ID_16 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 7
CL_FRM "Stat_8" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 8
CL_FRM "Stat_9" ID_18 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 9
CL_FRM "Stat_10" ID_19 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 10
CL_FRM "Stat_11" ID_20 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 11
CL_FRM "Stat_12" ID_21 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 12
CL_FRM "Stat_13" ID_22 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 13
CL_FRM "Stat_14" ID_23 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 14
CL_FRM "Stat_15" ID_24 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Ingang bit status 15
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
CP_GVS "Bedrijfsstatus_nummering" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Bedrijfsstatus_nummering" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT: 
CP_IFP "Stat_0" 2 7 FP_IO_OUTPUT
CP_IFP "Stat_1" 15 7 FP_IO_OUTPUT
CP_IFP "Stat_2" 28 7 FP_IO_OUTPUT
CP_IFP "Stat_3" 41 7 FP_IO_OUTPUT
CP_IFP "Stat_4" 2 17 FP_IO_OUTPUT
CP_IFP "Stat_5" 15 17 FP_IO_OUTPUT
CP_IFP "Stat_6" 28 17 FP_IO_OUTPUT
CP_IFP "Stat_7" 41 17 FP_IO_OUTPUT
CP_IFP "Stat_8" 2 27 FP_IO_OUTPUT
CP_IFP "Stat_9" 15 27 FP_IO_OUTPUT
CP_IFP "Stat_10" 28 27 FP_IO_OUTPUT
CP_IFP "Stat_11" 41 27 FP_IO_OUTPUT
CP_IFP "Stat_12" 2 37 FP_IO_OUTPUT
CP_IFP "Stat_13" 15 37 FP_IO_OUTPUT
CP_IFP "Stat_14" 28 37 FP_IO_OUTPUT
CP_IFP "Stat_15" 41 37 FP_IO_OUTPUT
CP_IFP "StatBedr" 57 38 FP_IO_INPUT
CP_FBI "SEL" 11 4 CODID: 1 NAME: ".1.1" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 24 4 CODID: 2 NAME: ".1.2" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 37 4 CODID: 3 NAME: ".1.3" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 50 4 CODID: 4 NAME: ".1.4" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 11 14 CODID: 5 NAME: ".1.5" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 24 14 CODID: 6 NAME: ".1.6" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 37 14 CODID: 7 NAME: ".1.7" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 50 14 CODID: 8 NAME: ".1.8" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 11 24 CODID: 9 NAME: ".1.9" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 24 24 CODID: 10 NAME: ".1.10" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 37 24 CODID: 11 NAME: ".1.11" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 50 24 CODID: 12 NAME: ".1.12" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 11 34 CODID: 13 NAME: ".1.13" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 24 34 CODID: 14 NAME: ".1.14" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 37 34 CODID: 15 NAME: ".1.15" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 50 34 CODID: 16 NAME: ".1.16" ANY: IEC_INT_ID TEXT:
CP_CON 2 9 IEC_INT_ID 0
CP_CON 15 9 IEC_INT_ID 1
CP_CON 28 9 IEC_INT_ID 2
CP_CON 41 9 IEC_INT_ID 3
CP_CON 2 19 IEC_INT_ID 4
CP_CON 15 19 IEC_INT_ID 5
CP_CON 28 19 IEC_INT_ID 6
CP_CON 41 19 IEC_INT_ID 7
CP_CON 2 29 IEC_INT_ID 8
CP_CON 15 29 IEC_INT_ID 9
CP_CON 28 29 IEC_INT_ID 10
CP_CON 41 29 IEC_INT_ID 11
CP_CON 2 39 IEC_INT_ID 12
CP_CON 15 39 IEC_INT_ID 13
CP_CON 28 39 IEC_INT_ID 14
CP_CON 41 39 IEC_INT_ID 15
CP_CON 2 8 IEC_INT_ID 0
CP_LNK IFP: 2 7 FBI: 11 4 2 GRA: 11/8,11/8
CP_LNK CON: 2 9 FBI: 11 4 4 GRA: 11/10,11/10
CP_LNK FBI: 11 4 3 FBI: 24 4 3 GRA: 18/9,24/9
CP_LNK FBI: 24 4 3 FBI: 37 4 3 GRA: 31/9,37/9
CP_LNK IFP: 15 7 FBI: 24 4 2 GRA: 24/8,24/8
CP_LNK IFP: 28 7 FBI: 37 4 2 GRA: 37/8,37/8
CP_LNK IFP: 41 7 FBI: 50 4 2 GRA: 50/8,50/8
CP_LNK IFP: 2 17 FBI: 11 14 2 GRA: 11/18,11/18
CP_LNK IFP: 15 17 FBI: 24 14 2 GRA: 24/18,24/18
CP_LNK IFP: 28 17 FBI: 37 14 2 GRA: 37/18,37/18
CP_LNK IFP: 41 17 FBI: 50 14 2 GRA: 50/18,50/18
CP_LNK IFP: 2 27 FBI: 11 24 2 GRA: 11/28,11/28
CP_LNK IFP: 15 27 FBI: 24 24 2 GRA: 24/28,24/28
CP_LNK IFP: 28 27 FBI: 37 24 2 GRA: 37/28,37/28
CP_LNK IFP: 41 27 FBI: 50 24 2 GRA: 50/28,50/28
CP_LNK IFP: 2 37 FBI: 11 34 2 GRA: 11/38,11/38
CP_LNK IFP: 15 37 FBI: 24 34 2 GRA: 24/38,24/38
CP_LNK IFP: 28 37 FBI: 37 34 2 GRA: 37/38,37/38
CP_LNK IFP: 41 37 FBI: 50 34 2 GRA: 50/38,50/38
CP_LNK FBI: 37 4 3 FBI: 50 4 3 GRA: 44/9,50/9
CP_LNK FBI: 50 4 3 FBI: 11 14 3 GRA: 57/9,60/9,60/13,4/13,4/19,11/19
CP_LNK FBI: 11 14 3 FBI: 24 14 3 GRA: 18/19,24/19
CP_LNK FBI: 24 14 3 FBI: 37 14 3 GRA: 31/19,37/19
CP_LNK FBI: 37 14 3 FBI: 50 14 3 GRA: 44/19,50/19
CP_LNK FBI: 50 14 3 FBI: 11 24 3 GRA: 57/19,60/19,60/23,4/23,4/29,11/29
CP_LNK FBI: 11 24 3 FBI: 24 24 3 GRA: 18/29,24/29
CP_LNK FBI: 24 24 3 FBI: 37 24 3 GRA: 31/29,37/29
CP_LNK FBI: 37 24 3 FBI: 50 24 3 GRA: 44/29,50/29
CP_LNK FBI: 50 24 3 FBI: 11 34 3 GRA: 57/29,60/29,60/33,4/33,4/39,11/39
CP_LNK FBI: 11 34 3 FBI: 24 34 3 GRA: 18/39,24/39
CP_LNK FBI: 24 34 3 FBI: 37 34 3 GRA: 31/39,37/39
CP_LNK FBI: 37 34 3 FBI: 50 34 3 GRA: 44/39,50/39
CP_LNK CON: 15 9 FBI: 24 4 4 GRA: 24/10,24/10
CP_LNK CON: 28 9 FBI: 37 4 4 GRA: 37/10,37/10
CP_LNK CON: 41 9 FBI: 50 4 4 GRA: 50/10,50/10
CP_LNK CON: 2 19 FBI: 11 14 4 GRA: 11/20,11/20
CP_LNK CON: 15 19 FBI: 24 14 4 GRA: 24/20,24/20
CP_LNK CON: 28 19 FBI: 37 14 4 GRA: 37/20,37/20
CP_LNK CON: 41 19 FBI: 50 14 4 GRA: 50/20,50/20
CP_LNK CON: 2 29 FBI: 11 24 4 GRA: 11/30,11/30
CP_LNK CON: 15 29 FBI: 24 24 4 GRA: 24/30,24/30
CP_LNK CON: 28 29 FBI: 37 24 4 GRA: 37/30,37/30
CP_LNK CON: 41 29 FBI: 50 24 4 GRA: 50/30,50/30
CP_LNK CON: 2 39 FBI: 11 34 4 GRA: 11/40,11/40
CP_LNK CON: 15 39 FBI: 24 34 4 GRA: 24/40,24/40
CP_LNK CON: 28 39 FBI: 37 34 4 GRA: 37/40,37/40
CP_LNK CON: 41 39 FBI: 50 34 4 GRA: 50/40,50/40
CP_LNK FBI: 50 34 3 IFP: 57 38 GRA: 57/39,57/39
CP_LNK CON: 2 8 FBI: 11 4 3 GRA: 11/9,11/9
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ CBW_FL "07/10/02 14:44:11" TEXT:
CP_DFB "CBW_FL" HEIGHT/WIDTH: 5 8 FBTK_DFB "07/10/02 14:44:11" TEXT: Communicatie bewaking factory link
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : CBW_FL{1}
CL_FRM "A_sec" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "Acoftijd" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "ComStr" ID_6 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
VS_FFB "NE_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
CP_GVS "Communicatie_bewaking_Scada" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "A_sec_vorig" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Communicatie_bewaking_Scada" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "A_sec" 1 5 FP_IO_OUTPUT
CP_IFP "A_sec" 17 6 FP_IO_OUTPUT
CP_IFP "ComStr" 33 11 FP_IO_INPUT
CP_IFP "Acoftijd" 1 13 FP_IO_OUTPUT
CP_FBI "NE_INT" 10 2 CODID: 1 NAME: ".1.1" TEXT:
CP_FBI "MOVE" 26 3 CODID: 2 NAME: ".1.2" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_FBI "TON" 26 8 CODID: 4 NAME: "FBI_1_3" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "TIME_MUL_INT" 10 9 CODID: 3 NAME: ".1.4" TEXT:
CP_GVI NAMED_VAR: "A_sec_vorig" 1 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "A_sec_vorig" 33 6 FP_IO_INPUT
CP_CON 1 12 IEC_TIME_ID t#1s
CP_LNK IFP: 1 5 FBI: 10 2 2 GRA: 10/6,10/6
CP_LNK GVI: 1 6 FBI: 10 2 3 GRA: 10/7,10/7
CP_LNK FBI: 10 2 2 FBI: 26 8 2 GRA: 17/6,20/6,20/12,26/12
CP_LNK FBI: 10 2 2 FBI: 26 3 1 GRA: 17/6,26/6
CP_LNK IFP: 17 6 FBI: 26 3 2 GRA: 26/7,26/7
CP_LNK FBI: 26 3 2 GVI: 33 6 GRA: 33/7,33/7
CP_LNK FBI: 26 8 2 IFP: 33 11 GRA: 33/12,33/12
CP_LNK CON: 1 12 FBI: 10 9 2 GRA: 10/13,10/13
CP_LNK IFP: 1 13 FBI: 10 9 3 GRA: 10/14,10/14
CP_LNK FBI: 10 9 2 FBI: 26 8 3 GRA: 20/13,26/13
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ CBW_MSTR "11/02/05 13:16:26" TEXT:
CP_DFB "CBW_MSTR" HEIGHT/WIDTH: 5 9 FBTK_DFB "11/02/05 13:16:26" TEXT:
...TXF MODBUS PLUS BEWAKING
...TXT 
...TXT Doel:
...TXT Het genereren van een storing als ModBus + uitvalt.
...TXT 
...TXT Omschrijving
...TXT Dit is de typical voor versie 2.0 (beta).
...TXT Met deze typical wordt altijd de inverse van het ontvangen bit
...TXT weer verzonden. Dit bit komt in de andere PLC terecht, en zal weer terug worden gezonden.
...TXT Als dit terug gezonden bit (ontvangen bit) niet binnen de ingestelde tijd terug komt, zal
...TXT er een Time out worden gegenereerd.
...TXT 
...TXT Versie
...TXT 21-04-97 Bel Toevoegen Project Discription
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : CBW_MSTR{1}
CL_FRM "Verzend" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
CL_FRM "TimeOut" ID_5 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
CL_FRM "Ontvang" ID_6 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CL_FRM "Tijd" ID_7 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
CP_GVS "Communicatie_bewaking_master" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Verander_niet" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Communicatie_bewaking_master" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 1 EXEC: 1 TEXT: 
CP__ST  
CP__ST VAR
CP__ST  Time_out : TON;
CP__ST END_VAR;
CP__ST  
CP__ST IF Ontvang = Verzend
CP__ST THEN
CP__ST  Verzend := NOT Ontvang;
CP__ST  Verander_niet := 0;
CP__ST ELSE
CP__ST  Verander_niet := 1;
CP__ST END_IF;
CP__ST  
CP__ST Time_out(IN:=Verander_niet, PT:=Tijd);
CP__ST TimeOut := Time_out.Q;
CP__ST  
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ CBW_SLA "02/23/05 09:08:05" TEXT:
CP_DFB "CBW_SLA" HEIGHT/WIDTH: 5 9 FBTK_DFB "05/21/02 09:22:06" TEXT:
...TXF MODBUS PLUS BEWAKING
...TXT 
...TXT Doel:
...TXT Het genereren van een storing als ModBus + uitvalt.
...TXT 
...TXT Omschrijving
...TXT Dit is de typical voor versie 2.0 (beta).
...TXT Met deze typical wordt altijd de inverse van het ontvangen bit
...TXT weer verzonden. Dit bit komt in de andere PLC terecht, en zal weer terug worden gezonden.
...TXT Als dit terug gezonden bit (ontvangen bit) niet binnen de ingestelde tijd terug komt, zal
...TXT er een Time out worden gegenereerd.
...TXT 
...TXT Versie
...TXT 21-04-97 Bel Toevoegen Project Discription
CP_STR local CRC: 2527521148 "09/26/02 09:19:21"
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : CBW_SLA{1}
CL_FRM "Verzend" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
CL_FRM "TimeOut" ID_5 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
CL_FRM "Ontvang" ID_6 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CL_FRM "Tijd" ID_7 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
CP_GVS "Communicatie_bewaking_slave" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Verander_niet" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Communicatie_bewaking_slave" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 1 EXEC: 1 TEXT: 
CP__ST  
CP__ST VAR
CP__ST  Time_out : TON;
CP__ST END_VAR;
CP__ST  
CP__ST IF Ontvang = Verzend
CP__ST THEN
CP__ST  Verander_niet := 1;
CP__ST ELSE
CP__ST     Verzend := Ontvang;
CP__ST  Verander_niet := 0;
CP__ST END_IF;
CP__ST  
CP__ST Time_out(IN:=Verander_niet, PT:=Tijd);
CP__ST TimeOut := Time_out.Q;
CP__ST  
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DFB_ABS "11/02/05 13:16:24" TEXT:
CP_DFB "DFB_ABS" HEIGHT/WIDTH: 17 9 FBTK_DFB "11/02/05 13:16:24" TEXT: DFB_ABS  Procesbesturing pneumatische bi-stabiele afsluiter
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_ABS{1,2,3,4}
CL_FRM "Acoftijd" ID_4 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT: vertragingstijd
CL_FRM "Accept" ID_5 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: accepteren storing
CL_FRM "Rst_alg" ID_6 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: herstel storing
CL_FRM "CmdO" ID_15 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: commando openen
CL_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: bedieningswoord (schrijfwoord vanaf SCADA)
CL_FRM "Ond_wrd" ID_18 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: onderdrukkenwoord
CL_FRM "Pri_wrd" ID_19 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: primair woord
CL_FRM "Alw_pri" ID_22 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord primair
CL_FRM "Alw_sec" ID_23 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair
CL_FRM "StatBed" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: status bediening
CL_FRM "Storing" ID_25 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: verzamelstoring
CL_FRM "StatBedr" ID_26 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: bedrijfsstatus 
CL_FRM "Beschik" ID_27 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: afsluiter beschikbaar
CL_FRM "AutoO" ID_28 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: automatisch openen
CL_FRM "VrijO" ID_29 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: vrijgave openen
CL_FRM "MeldO" ID_30 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: openmelding
CL_FRM "MeldD" ID_31 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: dichtmelding
CL_FRM "CmdD" ID_32 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: commando sluiten
CL_FRM "Paraat" ID_33 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: afsluiter paraat
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BIT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "BIT0" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "NOT_BOOL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 7 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "R_TRIG" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "CLK" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "B_STAT" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 19 9 "11/02/05 13:16:15" NR_FORMP: 18
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "StatBedr" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Stat_3" ID_8 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_2" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_1" ID_10 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_0" ID_11 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_4" ID_12 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_5" ID_14 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_6" ID_15 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_7" ID_16 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_8" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_9" ID_18 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_10" ID_19 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_11" ID_20 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_12" ID_21 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_13" ID_22 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_14" ID_23 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_15" ID_24 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GV2 "sta_bedr_geaccepteerd_opgelost" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "niet_open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "niet_dicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "status_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Alarmen_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_dicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Aansturing_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_hand" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_bedr_storing_geaccepteerd" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_openen" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_sluiten" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_hand" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_storing_niet_open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_niet_dicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_storing_niet_open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_niet_dicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_storing_niet_open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_niet_dicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_storing_niet_open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_niet_dicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "conversie_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "tijdvertr" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing_no" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_blokkeren" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing_nd" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "conversie_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 5 EXEC: 1 TEXT:
CP_IFP "Ond_wrd" 38 7 FP_IO_OUTPUT
CP_IFP "Bed_wrd" 7 27 FP_IO_OUTPUT
CP_IFP "Pri_wrd" 7 7 FP_IO_OUTPUT
CP_IFP "StatBed" 26 67 FP_IO_INPUT
CP_IFP "Alw_pri" 26 47 FP_IO_INPUT
CP_IFP "Alw_sec" 59 47 FP_IO_INPUT
CP_IFP "MeldD" 40 72 FP_IO_OUTPUT
CP_IFP "StatBedr" 60 67 FP_IO_INPUT
CP_IFP "MeldO" 40 70 FP_IO_OUTPUT
CP_IFP "Beschik" 40 68 FP_IO_OUTPUT
CP_FBI "WORD_TO_BIT" 16 4 CODID: 1 NAME: "primair_woord" TEXT:
CP_FBI "WORD_TO_BIT" 16 24 CODID: 2 NAME: "bedien_woord" TEXT:
CP_FBI "WORD_TO_BIT" 47 4 CODID: 3 NAME: "onderdrukken_woord" TEXT:
CP_FBI "BIT_TO_WORD" 16 44 CODID: 4 NAME: ".5.9" TEXT:
CP_FBI "BIT_TO_WORD" 49 44 CODID: 5 NAME: ".5.10" TEXT:
CP_FBI "BIT_TO_WORD" 16 64 CODID: 6 NAME: ".5.11" TEXT:
CP_DBI "B_STAT" 49 64 CODID: 7 NAME: "FBI_5_14" TEXT:
CP_GVI NAMED_VAR: "sta_bed_hand" 7 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 7 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 7 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit6" 7 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit5" 7 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit4" 7 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit3" 7 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit13" 40 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit12" 40 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit11" 40 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit10" 40 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit9" 40 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit8" 40 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit7" 40 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit6" 40 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit4" 40 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit5" 40 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit3" 40 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit2" 40 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit1" 40 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit13" 7 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit12" 7 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit11" 7 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit10" 7 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit9" 7 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit8" 7 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit7" 7 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit6" 7 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit5" 7 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit4" 7 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit3" 7 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit2" 7 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit1" 7 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_bit13" 57 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit12" 57 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit11" 57 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit10" 57 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit9" 57 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit8" 57 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit7" 57 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit6" 57 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit5" 57 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit4" 57 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit3" 57 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit2" 57 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit1" 57 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 26 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 26 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 26 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit11" 26 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit10" 26 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit9" 26 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit8" 26 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit7" 26 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit6" 26 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit5" 26 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit4" 26 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit3" 26 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit2" 26 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 26 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit13" 26 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit12" 26 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit11" 26 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit10" 26 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit9" 26 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit8" 26 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit7" 26 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit6" 26 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit5" 26 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit4" 26 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit3" 26 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit2" 26 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit1" 26 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_dicht" 26 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_open" 26 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit14" 26 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_dicht" 26 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_open" 26 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit14" 57 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_open" 57 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_dicht" 57 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_bit14" 7 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_open" 7 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_dicht" 7 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit14" 40 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_open" 40 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_dicht" 40 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit14" 7 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit8" 7 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit7" 7 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit1" 7 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit2" 7 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit9" 7 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit10" 7 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit11" 7 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit12" 7 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_sluiten" 40 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_blokkeren" 40 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_openen" 40 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 40 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_nd" 40 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_no" 40 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 40 77 FP_IO_OUTPUT
CP_CON 40 67 IEC_BOOL_ID 1
CP_LNK GVI: 7 82 FBI: 16 64 17 GRA: 16/83,16/83
CP_LNK IFP: 38 7 FBI: 47 4 2 GRA: 47/8,47/8
CP_LNK IFP: 7 27 FBI: 16 24 2 GRA: 16/28,16/28
CP_LNK IFP: 7 7 FBI: 16 4 2 GRA: 16/8,16/8
CP_LNK FBI: 16 64 2 IFP: 26 67 GRA: 26/68,26/68
CP_LNK FBI: 16 44 2 IFP: 26 47 GRA: 26/48,26/48
CP_LNK FBI: 49 44 2 IFP: 59 47 GRA: 59/48,59/48
CP_LNK GVI: 7 81 FBI: 16 64 16 GRA: 16/82,16/82
CP_LNK GVI: 7 80 FBI: 16 64 15 GRA: 16/81,16/81
CP_LNK GVI: 7 72 FBI: 16 64 7 GRA: 16/73,16/73
CP_LNK GVI: 7 71 FBI: 16 64 6 GRA: 16/72,16/72
CP_LNK GVI: 7 70 FBI: 16 64 5 GRA: 16/71,16/71
CP_LNK GVI: 7 69 FBI: 16 64 4 GRA: 16/70,16/70
CP_LNK GVI: 40 59 FBI: 49 44 14 GRA: 49/60,49/60
CP_LNK GVI: 40 58 FBI: 49 44 13 GRA: 49/59,49/59
CP_LNK GVI: 40 57 FBI: 49 44 12 GRA: 49/58,49/58
CP_LNK GVI: 40 56 FBI: 49 44 11 GRA: 49/57,49/57
CP_LNK GVI: 40 55 FBI: 49 44 10 GRA: 49/56,49/56
CP_LNK GVI: 40 54 FBI: 49 44 9 GRA: 49/55,49/55
CP_LNK GVI: 40 53 FBI: 49 44 8 GRA: 49/54,49/54
CP_LNK GVI: 40 52 FBI: 49 44 7 GRA: 49/53,49/53
CP_LNK GVI: 40 50 FBI: 49 44 5 GRA: 49/51,49/51
CP_LNK GVI: 40 51 FBI: 49 44 6 GRA: 49/52,49/52
CP_LNK GVI: 40 49 FBI: 49 44 4 GRA: 49/50,49/50
CP_LNK GVI: 40 48 FBI: 49 44 3 GRA: 49/49,49/49
CP_LNK GVI: 40 47 FBI: 49 44 2 GRA: 49/48,49/48
CP_LNK GVI: 7 59 FBI: 16 44 14 GRA: 16/60,16/60
CP_LNK GVI: 7 58 FBI: 16 44 13 GRA: 16/59,16/59
CP_LNK GVI: 7 57 FBI: 16 44 12 GRA: 16/58,16/58
CP_LNK GVI: 7 56 FBI: 16 44 11 GRA: 16/57,16/57
CP_LNK GVI: 7 55 FBI: 16 44 10 GRA: 16/56,16/56
CP_LNK GVI: 7 54 FBI: 16 44 9 GRA: 16/55,16/55
CP_LNK GVI: 7 53 FBI: 16 44 8 GRA: 16/54,16/54
CP_LNK GVI: 7 52 FBI: 16 44 7 GRA: 16/53,16/53
CP_LNK GVI: 7 51 FBI: 16 44 6 GRA: 16/52,16/52
CP_LNK GVI: 7 50 FBI: 16 44 5 GRA: 16/51,16/51
CP_LNK GVI: 7 49 FBI: 16 44 4 GRA: 16/50,16/50
CP_LNK GVI: 7 48 FBI: 16 44 3 GRA: 16/49,16/49
CP_LNK GVI: 7 47 FBI: 16 44 2 GRA: 16/48,16/48
CP_LNK FBI: 47 4 14 GVI: 57 19 GRA: 57/20,57/20
CP_LNK FBI: 47 4 13 GVI: 57 18 GRA: 57/19,57/19
CP_LNK FBI: 47 4 12 GVI: 57 17 GRA: 57/18,57/18
CP_LNK FBI: 47 4 11 GVI: 57 16 GRA: 57/17,57/17
CP_LNK FBI: 47 4 10 GVI: 57 15 GRA: 57/16,57/16
CP_LNK FBI: 47 4 9 GVI: 57 14 GRA: 57/15,57/15
CP_LNK FBI: 47 4 8 GVI: 57 13 GRA: 57/14,57/14
CP_LNK FBI: 47 4 7 GVI: 57 12 GRA: 57/13,57/13
CP_LNK FBI: 47 4 6 GVI: 57 11 GRA: 57/12,57/12
CP_LNK FBI: 47 4 5 GVI: 57 10 GRA: 57/11,57/11
CP_LNK FBI: 47 4 4 GVI: 57 9 GRA: 57/10,57/10
CP_LNK FBI: 47 4 3 GVI: 57 8 GRA: 57/9,57/9
CP_LNK FBI: 47 4 2 GVI: 57 7 GRA: 57/8,57/8
CP_LNK FBI: 16 24 15 GVI: 26 40 GRA: 26/41,26/41
CP_LNK FBI: 16 24 16 GVI: 26 41 GRA: 26/42,26/42
CP_LNK FBI: 16 24 17 GVI: 26 42 GRA: 26/43,26/43
CP_LNK FBI: 16 24 12 GVI: 26 37 GRA: 26/38,26/38
CP_LNK FBI: 16 24 11 GVI: 26 36 GRA: 26/37,26/37
CP_LNK FBI: 16 24 10 GVI: 26 35 GRA: 26/36,26/36
CP_LNK FBI: 16 24 9 GVI: 26 34 GRA: 26/35,26/35
CP_LNK FBI: 16 24 8 GVI: 26 33 GRA: 26/34,26/34
CP_LNK FBI: 16 24 7 GVI: 26 32 GRA: 26/33,26/33
CP_LNK FBI: 16 24 6 GVI: 26 31 GRA: 26/32,26/32
CP_LNK FBI: 16 24 5 GVI: 26 30 GRA: 26/31,26/31
CP_LNK FBI: 16 24 4 GVI: 26 29 GRA: 26/30,26/30
CP_LNK FBI: 16 24 3 GVI: 26 28 GRA: 26/29,26/29
CP_LNK FBI: 16 24 2 GVI: 26 27 GRA: 26/28,26/28
CP_LNK FBI: 16 4 14 GVI: 26 19 GRA: 26/20,26/20
CP_LNK FBI: 16 4 13 GVI: 26 18 GRA: 26/19,26/19
CP_LNK FBI: 16 4 12 GVI: 26 17 GRA: 26/18,26/18
CP_LNK FBI: 16 4 11 GVI: 26 16 GRA: 26/17,26/17
CP_LNK FBI: 16 4 10 GVI: 26 15 GRA: 26/16,26/16
CP_LNK FBI: 16 4 9 GVI: 26 14 GRA: 26/15,26/15
CP_LNK FBI: 16 4 8 GVI: 26 13 GRA: 26/14,26/14
CP_LNK FBI: 16 4 7 GVI: 26 12 GRA: 26/13,26/13
CP_LNK FBI: 16 4 6 GVI: 26 11 GRA: 26/12,26/12
CP_LNK FBI: 16 4 5 GVI: 26 10 GRA: 26/11,26/11
CP_LNK FBI: 16 4 4 GVI: 26 9 GRA: 26/10,26/10
CP_LNK FBI: 16 4 3 GVI: 26 8 GRA: 26/9,26/9
CP_LNK FBI: 16 4 2 GVI: 26 7 GRA: 26/8,26/8
CP_LNK FBI: 16 4 17 GVI: 26 22 GRA: 26/23,26/23
CP_LNK FBI: 16 4 16 GVI: 26 21 GRA: 26/22,26/22
CP_LNK FBI: 16 4 15 GVI: 26 20 GRA: 26/21,26/21
CP_LNK FBI: 16 24 14 GVI: 26 39 GRA: 26/40,26/40
CP_LNK FBI: 16 24 13 GVI: 26 38 GRA: 26/39,26/39
CP_LNK FBI: 47 4 15 GVI: 57 20 GRA: 57/21,57/21
CP_LNK FBI: 47 4 16 GVI: 57 21 GRA: 57/22,57/22
CP_LNK FBI: 47 4 17 GVI: 57 22 GRA: 57/23,57/23
CP_LNK GVI: 7 60 FBI: 16 44 15 GRA: 16/61,16/61
CP_LNK GVI: 7 61 FBI: 16 44 16 GRA: 16/62,16/62
CP_LNK GVI: 7 62 FBI: 16 44 17 GRA: 16/63,16/63
CP_LNK GVI: 40 60 FBI: 49 44 15 GRA: 49/61,49/61
CP_LNK GVI: 40 61 FBI: 49 44 16 GRA: 49/62,49/62
CP_LNK GVI: 40 62 FBI: 49 44 17 GRA: 49/63,49/63
CP_LNK GVI: 7 79 FBI: 16 64 14 GRA: 16/80,16/80
CP_LNK GVI: 7 74 FBI: 16 64 9 GRA: 16/75,16/75
CP_LNK GVI: 7 73 FBI: 16 64 8 GRA: 16/74,16/74
CP_LNK GVI: 7 67 FBI: 16 64 2 GRA: 16/68,16/68
CP_LNK GVI: 7 68 FBI: 16 64 3 GRA: 16/69,16/69
CP_LNK GVI: 7 75 FBI: 16 64 10 GRA: 16/76,16/76
CP_LNK GVI: 7 76 FBI: 16 64 11 GRA: 16/77,16/77
CP_LNK GVI: 7 77 FBI: 16 64 12 GRA: 16/78,16/78
CP_LNK GVI: 7 78 FBI: 16 64 13 GRA: 16/79,16/79
CP_LNK IFP: 40 72 FBI: 49 64 7 GRA: 49/73,49/73
CP_LNK GVI: 40 71 FBI: 49 64 6 GRA: 49/72,49/72
CP_LNK GVI: 40 73 FBI: 49 64 8 GRA: 49/74,49/74
CP_LNK GVI: 40 69 FBI: 49 64 4 GRA: 49/70,49/70
CP_LNK FBI: 49 64 2 IFP: 60 67 GRA: 60/68,60/68
CP_LNK GVI: 40 76 FBI: 49 64 11 GRA: 49/77,49/77
CP_LNK GVI: 40 75 FBI: 49 64 10 GRA: 49/76,49/76
CP_LNK GVI: 40 74 FBI: 49 64 9 GRA: 49/75,49/75
CP_LNK IFP: 40 70 FBI: 49 64 5 GRA: 49/71,49/71
CP_LNK IFP: 40 68 FBI: 49 64 3 GRA: 49/69,49/69
CP_LNK CON: 40 67 FBI: 49 64 2 GRA: 49/68,49/68
CP_LNK GVI: 40 77 FBI: 49 64 12 GRA: 49/78,49/78
CP_SEC "Status_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 2 EXEC: 2 TEXT:
...TXF In deze sectie wordt van een werktuig de status weergegeven.
...TXT Dit is bedoeld om in de SCADA applicatie een werktuig een
...TXT bepaalde kleuring te geven
CP_IFP "CmdO" 44 26 FP_IO_OUTPUT
CP_IFP "MeldD" 44 12 FP_IO_OUTPUT
CP_IFP "CmdO" 44 13 FP_IO_OUTPUT
CP_IFP "Storing" 44 14 FP_IO_OUTPUT
CP_IFP "MeldD" 44 19 FP_IO_OUTPUT
CP_IFP "MeldO" 44 25 FP_IO_OUTPUT
CP_IFP "VrijO" 44 31 FP_IO_OUTPUT
CP_IFP "AutoO" 44 32 FP_IO_OUTPUT
CP_IFP "CmdD" 44 20 FP_IO_OUTPUT
CP_IFP "Paraat" 62 11 FP_IO_INPUT
CP_IFP "Storing" 44 6 FP_IO_OUTPUT
CP_IFP "Beschik" 62 5 FP_IO_INPUT
CP_FBI "AND_BOOL" 53 2 CODID: 12 NAME: ".2.16" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "OR_BOOL" 33 35 CODID: 8 NAME: ".2.11" TEXT:
CP_FBI "AND_BOOL" 53 22 CODID: 1 NAME: ".2.3" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 53 16 CODID: 2 NAME: ".2.4" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "OR_BOOL" 33 42 CODID: 3 NAME: ".2.5" TEXT:
CP_FBI "AND_BOOL" 53 42 CODID: 4 NAME: ".2.6" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "OR_BOOL" 33 49 CODID: 6 NAME: ".2.7" DRAW: 1 TEXT:
CP_FBI "AND_BOOL" 53 49 CODID: 7 NAME: ".2.8" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "R_TRIG" 15 50 CODID: 5 NAME: "Initialisatie_bij_opstart" TEXT:
CP_FBI "AND_BOOL" 53 35 CODID: 9 NAME: ".2.12" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 53 28 CODID: 10 NAME: ".2.14" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 53 8 CODID: 11 NAME: ".2.15" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/5
CP_GVI NAMED_VAR: "sta_bedr_sluiten" 62 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_openen" 62 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 24 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 24 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 24 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 44 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 62 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 62 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 44 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 44 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 44 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 44 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 44 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 62 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 24 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 24 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_blokkeren" 62 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 44 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 44 5 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 24 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 44 33 FP_IO_OUTPUT
CP_CON 6 53 IEC_BOOL_ID 1
CP_LNK IFP: 44 26 FBI: 53 22 3 GRA: 53/27,53/27
CP_LNK FBI: 33 49 2 FBI: 53 49 2 GRA: 41/53,53/53
CP_LNK FBI: 33 42 2 FBI: 53 42 2 GRA: 41/46,53/46
CP_LNK FBI: 53 16 2 GVI: 62 19 GRA: 62/20,62/20
CP_LNK FBI: 53 22 2 GVI: 62 25 GRA: 62/26,62/26
CP_LNK GVI: 24 45 FBI: 33 42 2 GRA: 33/46,33/46
CP_LNK GVI: 24 46 FBI: 33 42 3 GRA: 33/47,33/47
CP_LNK GVI: 24 52 FBI: 33 49 2 GRA: 33/53,33/53
CP_LNK GVI: 44 53 FBI: 53 49 3 GRA: 53/54,53/54
CP_LNK FBI: 53 42 2 GVI: 62 45 GRA: 62/46,62/46
CP_LNK FBI: 53 49 2 GVI: 62 52 GRA: 62/53,62/53
CP_LNK GVI: 44 46 FBI: 53 42 3 GRA: 53/47,53/47
CP_LNK GVI: 44 47 FBI: 53 42 4 GRA: 53/48,53/48
CP_LNK GVI: 44 54 FBI: 53 49 4 GRA: 53/55,53/55
CP_LNK FBI: 33 35 2 FBI: 53 35 2 GRA: 41/39,53/39
CP_LNK GVI: 44 39 FBI: 53 35 3 GRA: 53/40,53/40
CP_LNK GVI: 44 40 FBI: 53 35 4 GRA: 53/41,53/41
CP_LNK FBI: 53 35 2 GVI: 62 38 GRA: 62/39,62/39
CP_LNK GVI: 24 38 FBI: 33 35 2 GRA: 33/39,33/39
CP_LNK GVI: 24 39 FBI: 33 35 3 GRA: 33/40,33/40
CP_LNK FBI: 53 28 2 GVI: 62 31 GRA: 62/32,62/32
CP_LNK GVI: 44 11 FBI: 53 8 2 GRA: 53/12,53/12
CP_LNK IFP: 44 12 FBI: 53 8 3 GRA: 53/13,53/13
CP_LNK IFP: 44 13 FBI: 53 8 4 GRA: 53/14,53/14
CP_LNK IFP: 44 14 FBI: 53 8 5 GRA: 53/15,53/15
CP_LNK IFP: 44 19 FBI: 53 16 2 GRA: 53/20,53/20
CP_LNK IFP: 44 25 FBI: 53 22 2 GRA: 53/26,53/26
CP_LNK IFP: 44 31 FBI: 53 28 2 GRA: 53/32,53/32
CP_LNK IFP: 44 32 FBI: 53 28 3 GRA: 53/33,53/33
CP_LNK IFP: 44 20 FBI: 53 16 3 GRA: 53/21,53/21
CP_LNK FBI: 53 8 2 IFP: 62 11 GRA: 62/12,62/12
CP_LNK GVI: 44 5 FBI: 53 2 2 GRA: 53/6,53/6
CP_LNK IFP: 44 6 FBI: 53 2 3 GRA: 53/7,53/7
CP_LNK FBI: 53 2 2 IFP: 62 5 GRA: 62/6,62/6
CP_LNK CON: 6 53 FBI: 15 50 2 GRA: 15/54,15/54
CP_LNK GVI: 24 54 FBI: 33 49 4 GRA: 33/55,33/55
CP_LNK FBI: 15 50 2 FBI: 33 49 3 GRA: 22/54,33/54
CP_LNK GVI: 44 33 FBI: 53 28 4 GRA: 53/34,53/34
CP_SEC "Alarmen_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 3 EXEC: 3 TEXT:
...TXF In deze sectie zijn de 4 alarmen van een werktuig geprogrammeerd.
...TXT Elk alarm is via het primair woord instelbaar tussen primair en secundair.
...TXT De default waarde voor het primair woord is dat alles op NUL staat.
...TXT Dit houdt in dat in basis alle storingen primair staan.
CP_IFP "Rst_alg" 5 65 FP_IO_OUTPUT
CP_IFP "Accept" 18 56 FP_IO_OUTPUT
CP_IFP "Accept" 29 70 FP_IO_OUTPUT
CP_IFP "Rst_alg" 29 71 FP_IO_OUTPUT
CP_IFP "Storing" 5 57 FP_IO_OUTPUT
CP_IFP "VrijO" 5 25 FP_IO_OUTPUT
CP_IFP "VrijO" 5 10 FP_IO_OUTPUT
CP_IFP "Storing" 33 40 FP_IO_INPUT
CP_IFP "Acoftijd" 5 18 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 14 7 CODID: 1 NAME: ".3.1" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "TON" 29 7 CODID: 2 NAME: "FBI_3_2" TEXT:
CP_FBI "RS" 42 8 CODID: 3 NAME: "FBI_3_3" TEXT:
CP_FBI "AND_BOOL" 51 11 CODID: 4 NAME: ".3.4" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 51 3 CODID: 5 NAME: ".3.5" TEXT:
CP_FBI "AND_BOOL" 14 22 CODID: 6 NAME: ".3.6" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "TON" 29 22 CODID: 7 NAME: "FBI_3_7" TEXT:
CP_FBI "RS" 42 23 CODID: 8 NAME: "FBI_3_8" TEXT:
CP_FBI "AND_BOOL" 51 25 CODID: 9 NAME: ".3.9" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 51 18 CODID: 10 NAME: ".3.10" TEXT:
CP_FBI "OR_BOOL" 14 32 CODID: 11 NAME: ".3.11" TEXT:
CP_FBI "AND_BOOL" 51 32 CODID: 12 NAME: ".3.12" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TIME_MUL_INT" 14 14 CODID: 13 NAME: ".3.13" TEXT:
CP_FBI "OR_BOOL" 14 41 CODID: 14 NAME: ".3.14" TEXT:
CP_FBI "AND_BOOL" 51 41 CODID: 15 NAME: ".3.15" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "OR_BOOL" 25 37 CODID: 16 NAME: ".3.16" TEXT:
CP_FBI "AND_BOOL" 51 47 CODID: 17 NAME: ".3.17" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3
CP_FBI "OR_BOOL" 14 61 CODID: 18 NAME: ".3.18" TEXT:
CP_FBI "AND_BOOL" 38 61 CODID: 19 NAME: ".3.19" TEXT:
CP_FBI "OR_BOOL" 14 54 CODID: 20 NAME: ".3.20" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "RS" 27 53 CODID: 21 NAME: "FBI_3_21" TEXT:
CP_FBI "AND_BOOL" 38 67 CODID: 22 NAME: ".3.22" TEXT:
CP_FBI "OR_BOOL" 52 61 CODID: 23 NAME: ".3.23" TEXT:
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 34 56 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 5 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 60 64 FP_IO_INPUT
CP_GVI NAMED_VAR: "reset" 5 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 29 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 42 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "niet_dicht" 42 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "niet_open" 42 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 60 50 FP_IO_INPUT
CP_GVI NAMED_VAR: "niet_dicht" 36 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "niet_open" 36 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 42 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 42 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_dicht" 5 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_dicht" 5 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_open" 5 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_nd" 60 44 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_no" 60 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_dicht" 5 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_sluiten" 5 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_open" 5 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_openen" 5 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 24 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_dicht" 42 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_open" 42 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_open" 5 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_dicht" 60 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_dicht" 60 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_open" 60 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_open" 60 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_dicht" 42 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_open" 42 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 33 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 33 12 FP_IO_OUTPUT
CP_CON 5 17 IEC_TIME_ID T#1s
CP_LNK IFP: 5 65 FBI: 14 61 3 GRA: 14/66,14/66
CP_LNK IFP: 18 56 FBI: 27 53 2 GRA: 27/57,27/57
CP_LNK FBI: 27 53 2 GVI: 34 56 GRA: 34/57,34/57
CP_LNK GVI: 5 64 FBI: 14 61 2 GRA: 14/65,14/65
CP_LNK FBI: 14 61 2 FBI: 38 61 2 GRA: 22/65,38/65
CP_LNK FBI: 52 61 2 GVI: 60 64 GRA: 60/65,60/65
CP_LNK IFP: 29 70 FBI: 38 67 2 GRA: 38/71,38/71
CP_LNK IFP: 29 71 FBI: 38 67 3 GRA: 38/72,38/72
CP_LNK FBI: 38 61 2 FBI: 52 61 2 GRA: 47/65,52/65
CP_LNK FBI: 38 67 2 FBI: 52 61 3 GRA: 47/71,48/71,48/66,52/66
CP_LNK IFP: 5 57 FBI: 14 54 2 GRA: 14/58,14/58
CP_LNK GVI: 5 58 FBI: 14 54 3 GRA: 14/59,14/59
CP_LNK FBI: 14 54 2 FBI: 27 53 3 GRA: 22/58,27/58
CP_LNK GVI: 29 65 FBI: 38 61 3 GRA: 38/66,38/66
CP_LNK GVI: 42 52 FBI: 51 47 4 GRA: 51/53,51/53
CP_LNK GVI: 42 51 FBI: 51 47 3 GRA: 51/52,51/52
CP_LNK GVI: 42 50 FBI: 51 47 2 GRA: 51/51,51/51
CP_LNK FBI: 51 47 2 GVI: 60 50 GRA: 60/51,60/51
CP_LNK IFP: 5 25 FBI: 14 22 2 GRA: 14/26,14/26
CP_LNK IFP: 5 10 FBI: 14 7 2 GRA: 14/11,14/11
CP_LNK FBI: 14 41 2 FBI: 51 41 2 GRA: 22/45,51/45
CP_LNK FBI: 14 41 2 FBI: 25 37 3 GRA: 22/45,23/45,23/42,25/42
CP_LNK FBI: 25 37 2 IFP: 33 40 GRA: 33/41,33/41
CP_LNK GVI: 42 45 FBI: 51 41 3 GRA: 51/46,51/46
CP_LNK GVI: 42 36 FBI: 51 32 3 GRA: 51/37,51/37
CP_LNK GVI: 5 45 FBI: 14 41 3 GRA: 14/46,14/46
CP_LNK GVI: 5 44 FBI: 14 41 2 GRA: 14/45,14/45
CP_LNK GVI: 5 36 FBI: 14 32 3 GRA: 14/37,14/37
CP_LNK FBI: 51 41 2 GVI: 60 44 GRA: 60/45,60/45
CP_LNK FBI: 51 32 2 GVI: 60 35 GRA: 60/36,60/36
CP_LNK GVI: 5 27 FBI: 14 22 4 GRA: 14/28,14/28
CP_LNK GVI: 5 26 FBI: 14 22 3 GRA: 14/27,14/27
CP_LNK GVI: 5 12 FBI: 14 7 4 GRA: 14/13,14/13
CP_LNK GVI: 5 11 FBI: 14 7 3 GRA: 14/12,14/12
CP_LNK FBI: 14 14 2 GVI: 24 17 GRA: 24/18,24/18
CP_LNK IFP: 5 18 FBI: 14 14 3 GRA: 14/19,14/19
CP_LNK CON: 5 17 FBI: 14 14 2 GRA: 14/18,14/18
CP_LNK FBI: 14 32 2 FBI: 25 37 2 GRA: 22/36,23/36,23/41,25/41
CP_LNK FBI: 14 32 2 FBI: 51 32 2 GRA: 22/36,51/36
CP_LNK GVI: 20 26 FBI: 29 22 3 GRA: 29/27,29/27
CP_LNK GVI: 20 11 FBI: 29 7 3 GRA: 29/12,29/12
CP_LNK GVI: 42 21 FBI: 51 18 2 GRA: 51/22,51/22
CP_LNK FBI: 29 22 2 GVI: 36 25 GRA: 36/26,36/26
CP_LNK FBI: 29 22 2 FBI: 42 23 2 GRA: 36/26,37/26,37/27,42/27
CP_LNK GVI: 42 6 FBI: 51 3 2 GRA: 51/7,51/7
CP_LNK FBI: 29 7 2 GVI: 36 10 GRA: 36/11,36/11
CP_LNK FBI: 29 7 2 FBI: 42 8 2 GRA: 36/11,37/11,37/12,42/12
CP_LNK GVI: 5 35 FBI: 14 32 2 GRA: 14/36,14/36
CP_LNK FBI: 51 18 2 GVI: 60 21 GRA: 60/22,60/22
CP_LNK FBI: 51 25 2 GVI: 60 28 GRA: 60/29,60/29
CP_LNK FBI: 51 3 2 GVI: 60 6 GRA: 60/7,60/7
CP_LNK FBI: 51 11 2 GVI: 60 14 GRA: 60/15,60/15
CP_LNK GVI: 42 29 FBI: 51 25 3 GRA: 51/30,51/30
CP_LNK GVI: 42 15 FBI: 51 11 3 GRA: 51/16,51/16
CP_LNK FBI: 42 23 2 FBI: 51 25 2 GRA: 49/27,50/27,50/29,51/29
CP_LNK FBI: 42 23 2 FBI: 51 18 3 GRA: 49/27,50/27,50/23,51/23
CP_LNK FBI: 42 8 2 FBI: 51 11 2 GRA: 49/12,50/12,50/15,51/15
CP_LNK FBI: 42 8 2 FBI: 51 3 3 GRA: 49/12,50/12,50/8,51/8
CP_LNK GVI: 33 27 FBI: 42 23 3 GRA: 42/28,42/28
CP_LNK GVI: 33 12 FBI: 42 8 3 GRA: 42/13,42/13
CP_LNK FBI: 14 22 2 FBI: 29 22 2 GRA: 23/26,29/26
CP_LNK FBI: 14 7 2 FBI: 29 7 2 GRA: 23/11,29/11
CP_SEC "Aansturing_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 4 EXEC: 4 TEXT:
...TXF In deze sectie is de aansturing van een afsluiter geprogrammeerd.
...TXT Hierin is ook verwerkt dat wanneer een werktuig op automatisch staat
...TXT en er is een commando in, dan blijft de aansturing staan als er
...TXT wordt overgeschakeld van AUTO naar HAND.
CP_IFP "CmdO" 4 16 FP_IO_OUTPUT
CP_IFP "CmdO" 67 8 FP_IO_INPUT
CP_IFP "AutoO" 4 9 FP_IO_OUTPUT
CP_IFP "VrijO" 4 10 FP_IO_OUTPUT
CP_IFP "Storing" 49 9 FP_IO_OUTPUT
CP_IFP "CmdD" 67 16 FP_IO_INPUT
CP_FBI "AND_BOOL" 13 5 CODID: 1 NAME: ".4.1" DRAW: 1 TEXT:
CP_FBI "OR_BOOL" 13 12 CODID: 2 NAME: ".4.2" TEXT:
CP_FBI "AND_BOOL" 31 12 CODID: 3 NAME: ".4.3" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "OR_BOOL" 42 5 CODID: 4 NAME: ".4.4" TEXT:
CP_FBI "AND_BOOL" 58 5 CODID: 5 NAME: ".4.5" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "NOT_BOOL" 58 13 CODID: 6 NAME: ".4.6" TEXT:
CP_GVI NAMED_VAR: "sta_bed_auto" 4 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_open" 4 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 22 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_dicht" 22 17 FP_IO_OUTPUT
CP_LNK IFP: 4 16 FBI: 13 12 3 GRA: 13/17,13/17
CP_LNK FBI: 13 12 2 FBI: 31 12 2 GRA: 21/16,31/16
CP_LNK FBI: 13 5 2 FBI: 42 5 2 GRA: 22/9,42/9
CP_LNK FBI: 31 12 2 FBI: 42 5 3 GRA: 40/16,41/16,41/10,42/10
CP_LNK FBI: 42 5 2 FBI: 58 5 2 GRA: 50/9,58/9
CP_LNK FBI: 58 5 2 FBI: 58 13 2 GRA: 67/9,68/9,68/12,57/12,57/17,58/17
CP_LNK FBI: 58 5 2 IFP: 67 8 GRA: 67/9,67/9
CP_LNK GVI: 4 8 FBI: 13 5 2 GRA: 13/9,13/9
CP_LNK GVI: 4 15 FBI: 13 12 2 GRA: 13/16,13/16
CP_LNK GVI: 22 16 FBI: 31 12 3 GRA: 31/17,31/17
CP_LNK GVI: 22 17 FBI: 31 12 4 GRA: 31/18,31/18
CP_LNK IFP: 4 9 FBI: 13 5 3 GRA: 13/10,13/10
CP_LNK IFP: 4 10 FBI: 13 5 4 GRA: 13/11,13/11
CP_LNK IFP: 49 9 FBI: 58 5 3 GRA: 58/10,58/10
CP_LNK FBI: 58 13 2 IFP: 67 16 GRA: 67/17,67/17
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DFB_AMS "11/02/05 13:16:23" TEXT:
CP_DFB "DFB_AMS" HEIGHT/WIDTH: 17 9 FBTK_DFB "11/02/05 13:16:23" TEXT: DFB_AMS Procesbesturing pneumatische mono-stabiele afsluiter 
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_AMS{1,2,3,4}
CL_FRM "Acoftijd" ID_4 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT: vertragingstijd
CL_FRM "Accept" ID_5 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: accepteren storing
CL_FRM "Rst_alg" ID_6 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: herstel storing
CL_FRM "CmdO" ID_15 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: commando openen
CL_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: bedieningswoord (schrijfwoord vanaf SCADA)
CL_FRM "Ond_wrd" ID_18 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: onderdrukkenwoord
CL_FRM "Pri_wrd" ID_19 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: primair woord
CL_FRM "Alw_pri" ID_22 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord primair
CL_FRM "Alw_sec" ID_23 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair
CL_FRM "StatBed" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: status bediening
CL_FRM "Storing" ID_25 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: verzamelstoring
CL_FRM "StatBedr" ID_26 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: bedrijfsstatus 
CL_FRM "Beschik" ID_27 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: afsluiter beschikbaar
CL_FRM "AutoO" ID_28 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: automatisch openen
CL_FRM "VrijO" ID_29 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: vrijgave openen
CL_FRM "MeldO" ID_30 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: openmelding
CL_FRM "MeldD" ID_31 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: dichtmelding
CL_FRM "Paraat" ID_36 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: afsluiter paraat
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BIT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "BIT0" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "R_TRIG" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "CLK" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "B_STAT" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 19 9 "11/02/05 13:16:15" NR_FORMP: 18
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "StatBedr" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Stat_3" ID_8 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_2" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_1" ID_10 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_0" ID_11 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_4" ID_12 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_5" ID_14 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_6" ID_15 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_7" ID_16 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_8" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_9" ID_18 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_10" ID_19 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_11" ID_20 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_12" ID_21 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_13" ID_22 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_14" ID_23 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_15" ID_24 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GV2 "sta_bedr_geaccepteerd_opgelost" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "niet_open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "niet_dicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "status_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Alarmen_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_dicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Aansturing_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_hand" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_bedr_storing_geaccepteerd" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_openen" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_sluiten" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_hand" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_storing_niet_open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_niet_dicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_storing_niet_open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_niet_dicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_storing_niet_open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_niet_dicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_storing_niet_open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_niet_dicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "conversie_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "tijdvertr" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing_no" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_blokkeren" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing_nd" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "conversie_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 5 EXEC: 1 TEXT:
CP_IFP "Ond_wrd" 38 7 FP_IO_OUTPUT
CP_IFP "Bed_wrd" 7 27 FP_IO_OUTPUT
CP_IFP "Pri_wrd" 7 7 FP_IO_OUTPUT
CP_IFP "StatBed" 26 67 FP_IO_INPUT
CP_IFP "Alw_pri" 26 47 FP_IO_INPUT
CP_IFP "Alw_sec" 59 47 FP_IO_INPUT
CP_IFP "StatBedr" 59 67 FP_IO_INPUT
CP_IFP "MeldO" 39 70 FP_IO_OUTPUT
CP_IFP "Beschik" 39 68 FP_IO_OUTPUT
CP_IFP "MeldD" 39 72 FP_IO_OUTPUT
CP_FBI "WORD_TO_BIT" 16 4 CODID: 1 NAME: "primair_woord" TEXT:
CP_FBI "WORD_TO_BIT" 16 24 CODID: 2 NAME: "bedien_woord" TEXT:
CP_FBI "WORD_TO_BIT" 47 4 CODID: 3 NAME: "onderdrukken_woord" TEXT:
CP_FBI "BIT_TO_WORD" 16 44 CODID: 4 NAME: ".5.9" TEXT:
CP_FBI "BIT_TO_WORD" 49 44 CODID: 5 NAME: ".5.10" TEXT:
CP_FBI "BIT_TO_WORD" 16 64 CODID: 6 NAME: ".5.11" TEXT:
CP_DBI "B_STAT" 48 64 CODID: 7 NAME: "FBI_5_12" TEXT:
CP_GVI NAMED_VAR: "sta_bed_hand" 7 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 7 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 7 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit6" 7 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit5" 7 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit4" 7 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit3" 7 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit13" 40 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit12" 40 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit11" 40 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit10" 40 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit9" 40 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit8" 40 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit7" 40 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit6" 40 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit4" 40 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit5" 40 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit3" 40 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit2" 40 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit1" 40 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit13" 7 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit12" 7 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit11" 7 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit10" 7 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit9" 7 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit8" 7 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit7" 7 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit6" 7 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit5" 7 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit4" 7 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit3" 7 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit2" 7 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit1" 7 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_bit13" 57 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit12" 57 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit11" 57 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit10" 57 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit9" 57 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit8" 57 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit7" 57 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit6" 57 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit5" 57 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit4" 57 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit3" 57 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit2" 57 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit1" 57 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 26 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 26 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 26 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit11" 26 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit10" 26 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit9" 26 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit8" 26 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit7" 26 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit6" 26 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit5" 26 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit4" 26 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit3" 26 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit2" 26 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 26 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit13" 26 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit12" 26 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit11" 26 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit10" 26 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit9" 26 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit8" 26 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit7" 26 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit6" 26 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit5" 26 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit4" 26 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit3" 26 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit2" 26 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit1" 26 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_dicht" 26 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_open" 26 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit14" 26 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_dicht" 26 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_open" 26 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit14" 57 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_open" 57 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_dicht" 57 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_bit14" 7 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_open" 7 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_dicht" 7 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit14" 40 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_open" 40 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_dicht" 40 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit14" 7 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit8" 7 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit7" 7 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit1" 7 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit2" 7 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit9" 7 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit10" 7 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit11" 7 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit12" 7 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 39 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_nd" 39 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_no" 39 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_openen" 39 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_blokkeren" 39 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_sluiten" 39 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 39 77 FP_IO_OUTPUT
CP_CON 39 67 IEC_BOOL_ID 1
CP_LNK GVI: 7 82 FBI: 16 64 17 GRA: 16/83,16/83
CP_LNK IFP: 38 7 FBI: 47 4 2 GRA: 47/8,47/8
CP_LNK IFP: 7 27 FBI: 16 24 2 GRA: 16/28,16/28
CP_LNK IFP: 7 7 FBI: 16 4 2 GRA: 16/8,16/8
CP_LNK FBI: 16 64 2 IFP: 26 67 GRA: 26/68,26/68
CP_LNK FBI: 16 44 2 IFP: 26 47 GRA: 26/48,26/48
CP_LNK FBI: 49 44 2 IFP: 59 47 GRA: 59/48,59/48
CP_LNK GVI: 7 81 FBI: 16 64 16 GRA: 16/82,16/82
CP_LNK GVI: 7 80 FBI: 16 64 15 GRA: 16/81,16/81
CP_LNK GVI: 7 72 FBI: 16 64 7 GRA: 16/73,16/73
CP_LNK GVI: 7 71 FBI: 16 64 6 GRA: 16/72,16/72
CP_LNK GVI: 7 70 FBI: 16 64 5 GRA: 16/71,16/71
CP_LNK GVI: 7 69 FBI: 16 64 4 GRA: 16/70,16/70
CP_LNK GVI: 40 59 FBI: 49 44 14 GRA: 49/60,49/60
CP_LNK GVI: 40 58 FBI: 49 44 13 GRA: 49/59,49/59
CP_LNK GVI: 40 57 FBI: 49 44 12 GRA: 49/58,49/58
CP_LNK GVI: 40 56 FBI: 49 44 11 GRA: 49/57,49/57
CP_LNK GVI: 40 55 FBI: 49 44 10 GRA: 49/56,49/56
CP_LNK GVI: 40 54 FBI: 49 44 9 GRA: 49/55,49/55
CP_LNK GVI: 40 53 FBI: 49 44 8 GRA: 49/54,49/54
CP_LNK GVI: 40 52 FBI: 49 44 7 GRA: 49/53,49/53
CP_LNK GVI: 40 50 FBI: 49 44 5 GRA: 49/51,49/51
CP_LNK GVI: 40 51 FBI: 49 44 6 GRA: 49/52,49/52
CP_LNK GVI: 40 49 FBI: 49 44 4 GRA: 49/50,49/50
CP_LNK GVI: 40 48 FBI: 49 44 3 GRA: 49/49,49/49
CP_LNK GVI: 40 47 FBI: 49 44 2 GRA: 49/48,49/48
CP_LNK GVI: 7 59 FBI: 16 44 14 GRA: 16/60,16/60
CP_LNK GVI: 7 58 FBI: 16 44 13 GRA: 16/59,16/59
CP_LNK GVI: 7 57 FBI: 16 44 12 GRA: 16/58,16/58
CP_LNK GVI: 7 56 FBI: 16 44 11 GRA: 16/57,16/57
CP_LNK GVI: 7 55 FBI: 16 44 10 GRA: 16/56,16/56
CP_LNK GVI: 7 54 FBI: 16 44 9 GRA: 16/55,16/55
CP_LNK GVI: 7 53 FBI: 16 44 8 GRA: 16/54,16/54
CP_LNK GVI: 7 52 FBI: 16 44 7 GRA: 16/53,16/53
CP_LNK GVI: 7 51 FBI: 16 44 6 GRA: 16/52,16/52
CP_LNK GVI: 7 50 FBI: 16 44 5 GRA: 16/51,16/51
CP_LNK GVI: 7 49 FBI: 16 44 4 GRA: 16/50,16/50
CP_LNK GVI: 7 48 FBI: 16 44 3 GRA: 16/49,16/49
CP_LNK GVI: 7 47 FBI: 16 44 2 GRA: 16/48,16/48
CP_LNK FBI: 47 4 14 GVI: 57 19 GRA: 57/20,57/20
CP_LNK FBI: 47 4 13 GVI: 57 18 GRA: 57/19,57/19
CP_LNK FBI: 47 4 12 GVI: 57 17 GRA: 57/18,57/18
CP_LNK FBI: 47 4 11 GVI: 57 16 GRA: 57/17,57/17
CP_LNK FBI: 47 4 10 GVI: 57 15 GRA: 57/16,57/16
CP_LNK FBI: 47 4 9 GVI: 57 14 GRA: 57/15,57/15
CP_LNK FBI: 47 4 8 GVI: 57 13 GRA: 57/14,57/14
CP_LNK FBI: 47 4 7 GVI: 57 12 GRA: 57/13,57/13
CP_LNK FBI: 47 4 6 GVI: 57 11 GRA: 57/12,57/12
CP_LNK FBI: 47 4 5 GVI: 57 10 GRA: 57/11,57/11
CP_LNK FBI: 47 4 4 GVI: 57 9 GRA: 57/10,57/10
CP_LNK FBI: 47 4 3 GVI: 57 8 GRA: 57/9,57/9
CP_LNK FBI: 47 4 2 GVI: 57 7 GRA: 57/8,57/8
CP_LNK FBI: 16 24 15 GVI: 26 40 GRA: 26/41,26/41
CP_LNK FBI: 16 24 16 GVI: 26 41 GRA: 26/42,26/42
CP_LNK FBI: 16 24 17 GVI: 26 42 GRA: 26/43,26/43
CP_LNK FBI: 16 24 12 GVI: 26 37 GRA: 26/38,26/38
CP_LNK FBI: 16 24 11 GVI: 26 36 GRA: 26/37,26/37
CP_LNK FBI: 16 24 10 GVI: 26 35 GRA: 26/36,26/36
CP_LNK FBI: 16 24 9 GVI: 26 34 GRA: 26/35,26/35
CP_LNK FBI: 16 24 8 GVI: 26 33 GRA: 26/34,26/34
CP_LNK FBI: 16 24 7 GVI: 26 32 GRA: 26/33,26/33
CP_LNK FBI: 16 24 6 GVI: 26 31 GRA: 26/32,26/32
CP_LNK FBI: 16 24 5 GVI: 26 30 GRA: 26/31,26/31
CP_LNK FBI: 16 24 4 GVI: 26 29 GRA: 26/30,26/30
CP_LNK FBI: 16 24 3 GVI: 26 28 GRA: 26/29,26/29
CP_LNK FBI: 16 24 2 GVI: 26 27 GRA: 26/28,26/28
CP_LNK FBI: 16 4 14 GVI: 26 19 GRA: 26/20,26/20
CP_LNK FBI: 16 4 13 GVI: 26 18 GRA: 26/19,26/19
CP_LNK FBI: 16 4 12 GVI: 26 17 GRA: 26/18,26/18
CP_LNK FBI: 16 4 11 GVI: 26 16 GRA: 26/17,26/17
CP_LNK FBI: 16 4 10 GVI: 26 15 GRA: 26/16,26/16
CP_LNK FBI: 16 4 9 GVI: 26 14 GRA: 26/15,26/15
CP_LNK FBI: 16 4 8 GVI: 26 13 GRA: 26/14,26/14
CP_LNK FBI: 16 4 7 GVI: 26 12 GRA: 26/13,26/13
CP_LNK FBI: 16 4 6 GVI: 26 11 GRA: 26/12,26/12
CP_LNK FBI: 16 4 5 GVI: 26 10 GRA: 26/11,26/11
CP_LNK FBI: 16 4 4 GVI: 26 9 GRA: 26/10,26/10
CP_LNK FBI: 16 4 3 GVI: 26 8 GRA: 26/9,26/9
CP_LNK FBI: 16 4 2 GVI: 26 7 GRA: 26/8,26/8
CP_LNK FBI: 16 4 17 GVI: 26 22 GRA: 26/23,26/23
CP_LNK FBI: 16 4 16 GVI: 26 21 GRA: 26/22,26/22
CP_LNK FBI: 16 4 15 GVI: 26 20 GRA: 26/21,26/21
CP_LNK FBI: 16 24 14 GVI: 26 39 GRA: 26/40,26/40
CP_LNK FBI: 16 24 13 GVI: 26 38 GRA: 26/39,26/39
CP_LNK FBI: 47 4 15 GVI: 57 20 GRA: 57/21,57/21
CP_LNK FBI: 47 4 16 GVI: 57 21 GRA: 57/22,57/22
CP_LNK FBI: 47 4 17 GVI: 57 22 GRA: 57/23,57/23
CP_LNK GVI: 7 60 FBI: 16 44 15 GRA: 16/61,16/61
CP_LNK GVI: 7 61 FBI: 16 44 16 GRA: 16/62,16/62
CP_LNK GVI: 7 62 FBI: 16 44 17 GRA: 16/63,16/63
CP_LNK GVI: 40 60 FBI: 49 44 15 GRA: 49/61,49/61
CP_LNK GVI: 40 61 FBI: 49 44 16 GRA: 49/62,49/62
CP_LNK GVI: 40 62 FBI: 49 44 17 GRA: 49/63,49/63
CP_LNK GVI: 7 79 FBI: 16 64 14 GRA: 16/80,16/80
CP_LNK GVI: 7 74 FBI: 16 64 9 GRA: 16/75,16/75
CP_LNK GVI: 7 73 FBI: 16 64 8 GRA: 16/74,16/74
CP_LNK GVI: 7 67 FBI: 16 64 2 GRA: 16/68,16/68
CP_LNK GVI: 7 68 FBI: 16 64 3 GRA: 16/69,16/69
CP_LNK GVI: 7 75 FBI: 16 64 10 GRA: 16/76,16/76
CP_LNK GVI: 7 76 FBI: 16 64 11 GRA: 16/77,16/77
CP_LNK GVI: 7 77 FBI: 16 64 12 GRA: 16/78,16/78
CP_LNK GVI: 7 78 FBI: 16 64 13 GRA: 16/79,16/79
CP_LNK FBI: 48 64 2 IFP: 59 67 GRA: 59/68,59/68
CP_LNK GVI: 39 76 FBI: 48 64 11 GRA: 48/77,48/77
CP_LNK GVI: 39 75 FBI: 48 64 10 GRA: 48/76,48/76
CP_LNK GVI: 39 74 FBI: 48 64 9 GRA: 48/75,48/75
CP_LNK IFP: 39 70 FBI: 48 64 5 GRA: 48/71,48/71
CP_LNK IFP: 39 68 FBI: 48 64 3 GRA: 48/69,48/69
CP_LNK CON: 39 67 FBI: 48 64 2 GRA: 48/68,48/68
CP_LNK GVI: 39 69 FBI: 48 64 4 GRA: 48/70,48/70
CP_LNK GVI: 39 73 FBI: 48 64 8 GRA: 48/74,48/74
CP_LNK GVI: 39 71 FBI: 48 64 6 GRA: 48/72,48/72
CP_LNK IFP: 39 72 FBI: 48 64 7 GRA: 48/73,48/73
CP_LNK GVI: 39 77 FBI: 48 64 12 GRA: 48/78,48/78
CP_SEC "Status_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 2 EXEC: 2 TEXT:
...TXF In deze sectie wordt van een werktuig de status weergegeven.
...TXT Dit is bedoeld om in de SCADA applicatie een werktuig een
...TXT bepaalde kleuring te geven
CP_IFP "CmdO" 44 19 FP_IO_OUTPUT
CP_IFP "CmdO" 44 25 FP_IO_OUTPUT
CP_IFP "MeldD" 44 11 FP_IO_OUTPUT
CP_IFP "CmdO" 44 12 FP_IO_OUTPUT
CP_IFP "Storing" 44 13 FP_IO_OUTPUT
CP_IFP "MeldD" 44 18 FP_IO_OUTPUT
CP_IFP "MeldO" 44 24 FP_IO_OUTPUT
CP_IFP "VrijO" 44 30 FP_IO_OUTPUT
CP_IFP "AutoO" 44 31 FP_IO_OUTPUT
CP_IFP "Paraat" 62 10 FP_IO_INPUT
CP_IFP "Storing" 44 5 FP_IO_OUTPUT
CP_IFP "Beschik" 62 4 FP_IO_INPUT
CP_FBI "AND_BOOL" 53 1 CODID: 12 NAME: ".2.16" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "OR_BOOL" 33 35 CODID: 8 NAME: ".2.11" TEXT:
CP_FBI "AND_BOOL" 53 21 CODID: 1 NAME: ".2.3" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 53 15 CODID: 2 NAME: ".2.4" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3
CP_FBI "OR_BOOL" 33 42 CODID: 3 NAME: ".2.5" TEXT:
CP_FBI "AND_BOOL" 53 42 CODID: 4 NAME: ".2.6" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "OR_BOOL" 33 49 CODID: 6 NAME: ".2.7" DRAW: 1 TEXT:
CP_FBI "AND_BOOL" 53 49 CODID: 7 NAME: ".2.8" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "R_TRIG" 16 50 CODID: 5 NAME: "Initialisatie_bij_opstart" TEXT:
CP_FBI "AND_BOOL" 53 35 CODID: 9 NAME: ".2.12" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 53 27 CODID: 10 NAME: ".2.14" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 53 7 CODID: 11 NAME: ".2.15" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/5
CP_GVI NAMED_VAR: "sta_bedr_sluiten" 62 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_openen" 62 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 24 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 24 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 24 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 44 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 62 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 62 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 44 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 44 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 44 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 44 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 44 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 62 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 24 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 24 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_blokkeren" 62 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 44 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 44 4 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 24 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 44 32 FP_IO_OUTPUT
CP_CON 7 53 IEC_BOOL_ID 1
CP_LNK IFP: 44 19 FBI: 53 15 3 GRA: 53/20,53/20
CP_LNK IFP: 44 25 FBI: 53 21 3 GRA: 53/26,53/26
CP_LNK FBI: 33 49 2 FBI: 53 49 2 GRA: 41/53,53/53
CP_LNK FBI: 33 42 2 FBI: 53 42 2 GRA: 41/46,53/46
CP_LNK FBI: 53 15 2 GVI: 62 18 GRA: 62/19,62/19
CP_LNK FBI: 53 21 2 GVI: 62 24 GRA: 62/25,62/25
CP_LNK GVI: 24 45 FBI: 33 42 2 GRA: 33/46,33/46
CP_LNK GVI: 24 46 FBI: 33 42 3 GRA: 33/47,33/47
CP_LNK GVI: 24 52 FBI: 33 49 2 GRA: 33/53,33/53
CP_LNK GVI: 44 53 FBI: 53 49 3 GRA: 53/54,53/54
CP_LNK FBI: 53 42 2 GVI: 62 45 GRA: 62/46,62/46
CP_LNK FBI: 53 49 2 GVI: 62 52 GRA: 62/53,62/53
CP_LNK GVI: 44 46 FBI: 53 42 3 GRA: 53/47,53/47
CP_LNK GVI: 44 47 FBI: 53 42 4 GRA: 53/48,53/48
CP_LNK GVI: 44 54 FBI: 53 49 4 GRA: 53/55,53/55
CP_LNK FBI: 33 35 2 FBI: 53 35 2 GRA: 41/39,53/39
CP_LNK GVI: 44 39 FBI: 53 35 3 GRA: 53/40,53/40
CP_LNK GVI: 44 40 FBI: 53 35 4 GRA: 53/41,53/41
CP_LNK FBI: 53 35 2 GVI: 62 38 GRA: 62/39,62/39
CP_LNK GVI: 24 38 FBI: 33 35 2 GRA: 33/39,33/39
CP_LNK GVI: 24 39 FBI: 33 35 3 GRA: 33/40,33/40
CP_LNK FBI: 53 27 2 GVI: 62 30 GRA: 62/31,62/31
CP_LNK GVI: 44 10 FBI: 53 7 2 GRA: 53/11,53/11
CP_LNK IFP: 44 11 FBI: 53 7 3 GRA: 53/12,53/12
CP_LNK IFP: 44 12 FBI: 53 7 4 GRA: 53/13,53/13
CP_LNK IFP: 44 13 FBI: 53 7 5 GRA: 53/14,53/14
CP_LNK IFP: 44 18 FBI: 53 15 2 GRA: 53/19,53/19
CP_LNK IFP: 44 24 FBI: 53 21 2 GRA: 53/25,53/25
CP_LNK IFP: 44 30 FBI: 53 27 2 GRA: 53/31,53/31
CP_LNK IFP: 44 31 FBI: 53 27 3 GRA: 53/32,53/32
CP_LNK FBI: 53 7 2 IFP: 62 10 GRA: 62/11,62/11
CP_LNK GVI: 44 4 FBI: 53 1 2 GRA: 53/5,53/5
CP_LNK IFP: 44 5 FBI: 53 1 3 GRA: 53/6,53/6
CP_LNK FBI: 53 1 2 IFP: 62 4 GRA: 62/5,62/5
CP_LNK GVI: 24 54 FBI: 33 49 4 GRA: 33/55,33/55
CP_LNK CON: 7 53 FBI: 16 50 2 GRA: 16/54,16/54
CP_LNK FBI: 16 50 2 FBI: 33 49 3 GRA: 23/54,33/54
CP_LNK GVI: 44 32 FBI: 53 27 4 GRA: 53/33,53/33
CP_SEC "Alarmen_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 3 EXEC: 3 TEXT:
...TXF In deze sectie zijn de 4 alarmen van een werktuig geprogrammeerd.
...TXT Elk alarm is via het primair woord instelbaar tussen primair en secundair.
...TXT De default waarde voor het primair woord is dat alles op NUL staat.
...TXT Dit houdt in dat in basis alle storingen primair staan.
CP_IFP "Acoftijd" 6 18 FP_IO_OUTPUT
CP_IFP "Storing" 34 40 FP_IO_INPUT
CP_IFP "VrijO" 6 10 FP_IO_OUTPUT
CP_IFP "VrijO" 6 25 FP_IO_OUTPUT
CP_IFP "Storing" 6 57 FP_IO_OUTPUT
CP_IFP "Rst_alg" 30 71 FP_IO_OUTPUT
CP_IFP "Accept" 30 70 FP_IO_OUTPUT
CP_IFP "Accept" 19 56 FP_IO_OUTPUT
CP_IFP "Rst_alg" 6 65 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 15 7 CODID: 1 NAME: ".3.6" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "TON" 30 7 CODID: 2 NAME: "FBI_3_7" TEXT:
CP_FBI "AND_BOOL" 52 32 CODID: 12 NAME: ".3.25" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 41 CODID: 15 NAME: ".3.32" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 15 22 CODID: 6 NAME: ".3.9" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "TON" 30 22 CODID: 7 NAME: "FBI_3_10" TEXT:
CP_FBI "OR_BOOL" 15 41 CODID: 14 NAME: ".3.33" TEXT:
CP_FBI "RS" 43 8 CODID: 3 NAME: "FBI_3_42" TEXT:
CP_FBI "RS" 43 23 CODID: 8 NAME: "FBI_3_43" TEXT:
CP_FBI "OR_BOOL" 15 32 CODID: 11 NAME: ".3.14" TEXT:
CP_FBI "OR_BOOL" 26 37 CODID: 16 NAME: ".3.34" TEXT:
CP_FBI "AND_BOOL" 52 47 CODID: 17 NAME: ".3.35" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 11 CODID: 4 NAME: ".3.21" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 25 CODID: 9 NAME: ".3.22" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 3 CODID: 5 NAME: ".3.23" TEXT:
CP_FBI "AND_BOOL" 52 18 CODID: 10 NAME: ".3.24" TEXT:
CP_FBI "OR_BOOL" 15 61 CODID: 18 NAME: ".3.36" TEXT:
CP_FBI "TIME_MUL_INT" 15 14 CODID: 13 NAME: ".3.31" TEXT:
CP_FBI "AND_BOOL" 39 61 CODID: 19 NAME: ".3.37" TEXT:
CP_FBI "OR_BOOL" 15 54 CODID: 20 NAME: ".3.38" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "RS" 28 53 CODID: 21 NAME: "FBI_3_39" TEXT:
CP_FBI "AND_BOOL" 39 67 CODID: 22 NAME: ".3.40" TEXT:
CP_FBI "OR_BOOL" 53 61 CODID: 23 NAME: ".3.41" TEXT:
CP_GVI NAMED_VAR: "reset" 34 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 34 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_open" 43 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_dicht" 43 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_open" 61 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_open" 61 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_dicht" 61 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_dicht" 61 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_open" 6 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_open" 43 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_dicht" 43 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 21 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 21 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 25 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_openen" 6 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_open" 6 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_sluiten" 6 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_dicht" 6 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_no" 61 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_nd" 61 44 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_open" 6 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_dicht" 6 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_dicht" 6 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 43 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 43 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "niet_open" 37 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "niet_dicht" 37 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 61 50 FP_IO_INPUT
CP_GVI NAMED_VAR: "niet_open" 43 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "niet_dicht" 43 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 43 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 30 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 6 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 61 64 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 6 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 35 56 FP_IO_INPUT
CP_CON 6 17 IEC_TIME_ID T#1s
CP_LNK FBI: 15 7 2 FBI: 30 7 2 GRA: 24/11,30/11
CP_LNK FBI: 15 22 2 FBI: 30 22 2 GRA: 24/26,30/26
CP_LNK GVI: 34 12 FBI: 43 8 3 GRA: 43/13,43/13
CP_LNK GVI: 34 27 FBI: 43 23 3 GRA: 43/28,43/28
CP_LNK FBI: 43 8 2 FBI: 52 11 2 GRA: 50/12,51/12,51/15,52/15
CP_LNK FBI: 43 8 2 FBI: 52 3 3 GRA: 50/12,51/12,51/8,52/8
CP_LNK FBI: 43 23 2 FBI: 52 25 2 GRA: 50/27,51/27,51/29,52/29
CP_LNK FBI: 43 23 2 FBI: 52 18 3 GRA: 50/27,51/27,51/23,52/23
CP_LNK GVI: 43 15 FBI: 52 11 3 GRA: 52/16,52/16
CP_LNK GVI: 43 29 FBI: 52 25 3 GRA: 52/30,52/30
CP_LNK FBI: 52 11 2 GVI: 61 14 GRA: 61/15,61/15
CP_LNK FBI: 52 3 2 GVI: 61 6 GRA: 61/7,61/7
CP_LNK FBI: 52 25 2 GVI: 61 28 GRA: 61/29,61/29
CP_LNK FBI: 52 18 2 GVI: 61 21 GRA: 61/22,61/22
CP_LNK GVI: 6 35 FBI: 15 32 2 GRA: 15/36,15/36
CP_LNK FBI: 30 7 2 FBI: 43 8 2 GRA: 37/11,38/11,38/12,43/12
CP_LNK FBI: 30 7 2 GVI: 37 10 GRA: 37/11,37/11
CP_LNK GVI: 43 6 FBI: 52 3 2 GRA: 52/7,52/7
CP_LNK FBI: 30 22 2 FBI: 43 23 2 GRA: 37/26,38/26,38/27,43/27
CP_LNK FBI: 30 22 2 GVI: 37 25 GRA: 37/26,37/26
CP_LNK GVI: 43 21 FBI: 52 18 2 GRA: 52/22,52/22
CP_LNK GVI: 21 11 FBI: 30 7 3 GRA: 30/12,30/12
CP_LNK GVI: 21 26 FBI: 30 22 3 GRA: 30/27,30/27
CP_LNK FBI: 15 32 2 FBI: 52 32 2 GRA: 23/36,52/36
CP_LNK FBI: 15 32 2 FBI: 26 37 2 GRA: 23/36,24/36,24/41,26/41
CP_LNK CON: 6 17 FBI: 15 14 2 GRA: 15/18,15/18
CP_LNK IFP: 6 18 FBI: 15 14 3 GRA: 15/19,15/19
CP_LNK FBI: 15 14 2 GVI: 25 17 GRA: 25/18,25/18
CP_LNK GVI: 6 11 FBI: 15 7 3 GRA: 15/12,15/12
CP_LNK GVI: 6 12 FBI: 15 7 4 GRA: 15/13,15/13
CP_LNK GVI: 6 26 FBI: 15 22 3 GRA: 15/27,15/27
CP_LNK GVI: 6 27 FBI: 15 22 4 GRA: 15/28,15/28
CP_LNK FBI: 52 32 2 GVI: 61 35 GRA: 61/36,61/36
CP_LNK FBI: 52 41 2 GVI: 61 44 GRA: 61/45,61/45
CP_LNK GVI: 6 36 FBI: 15 32 3 GRA: 15/37,15/37
CP_LNK GVI: 6 44 FBI: 15 41 2 GRA: 15/45,15/45
CP_LNK GVI: 6 45 FBI: 15 41 3 GRA: 15/46,15/46
CP_LNK GVI: 43 36 FBI: 52 32 3 GRA: 52/37,52/37
CP_LNK GVI: 43 45 FBI: 52 41 3 GRA: 52/46,52/46
CP_LNK FBI: 26 37 2 IFP: 34 40 GRA: 34/41,34/41
CP_LNK FBI: 15 41 2 FBI: 52 41 2 GRA: 23/45,52/45
CP_LNK FBI: 15 41 2 FBI: 26 37 3 GRA: 23/45,24/45,24/42,26/42
CP_LNK IFP: 6 10 FBI: 15 7 2 GRA: 15/11,15/11
CP_LNK IFP: 6 25 FBI: 15 22 2 GRA: 15/26,15/26
CP_LNK FBI: 52 47 2 GVI: 61 50 GRA: 61/51,61/51
CP_LNK GVI: 43 50 FBI: 52 47 2 GRA: 52/51,52/51
CP_LNK GVI: 43 51 FBI: 52 47 3 GRA: 52/52,52/52
CP_LNK GVI: 43 52 FBI: 52 47 4 GRA: 52/53,52/53
CP_LNK GVI: 30 65 FBI: 39 61 3 GRA: 39/66,39/66
CP_LNK FBI: 15 54 2 FBI: 28 53 3 GRA: 23/58,28/58
CP_LNK GVI: 6 58 FBI: 15 54 3 GRA: 15/59,15/59
CP_LNK IFP: 6 57 FBI: 15 54 2 GRA: 15/58,15/58
CP_LNK FBI: 39 67 2 FBI: 53 61 3 GRA: 48/71,49/71,49/66,53/66
CP_LNK FBI: 39 61 2 FBI: 53 61 2 GRA: 48/65,53/65
CP_LNK IFP: 30 71 FBI: 39 67 3 GRA: 39/72,39/72
CP_LNK IFP: 30 70 FBI: 39 67 2 GRA: 39/71,39/71
CP_LNK FBI: 53 61 2 GVI: 61 64 GRA: 61/65,61/65
CP_LNK FBI: 15 61 2 FBI: 39 61 2 GRA: 23/65,39/65
CP_LNK GVI: 6 64 FBI: 15 61 2 GRA: 15/65,15/65
CP_LNK FBI: 28 53 2 GVI: 35 56 GRA: 35/57,35/57
CP_LNK IFP: 19 56 FBI: 28 53 2 GRA: 28/57,28/57
CP_LNK IFP: 6 65 FBI: 15 61 3 GRA: 15/66,15/66
CP_SEC "Aansturing_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 4 EXEC: 4 TEXT:
...TXF In deze sectie is de aansturing van een afsluiter geprogrammeerd.
...TXT Hierin is ook verwerkt dat wanneer een werktuig op automatisch staat
...TXT en er is een commando in, dan blijft de aansturing staan als er
...TXT wordt overgeschakeld van AUTO naar HAND.
CP_IFP "CmdO" 4 16 FP_IO_OUTPUT
CP_IFP "CmdO" 69 8 FP_IO_INPUT
CP_IFP "AutoO" 4 9 FP_IO_OUTPUT
CP_IFP "VrijO" 4 10 FP_IO_OUTPUT
CP_IFP "Storing" 51 9 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 13 5 CODID: 1 NAME: ".4.1" DRAW: 1 TEXT:
CP_FBI "OR_BOOL" 13 12 CODID: 2 NAME: ".4.2" TEXT:
CP_FBI "AND_BOOL" 31 12 CODID: 3 NAME: ".4.3" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "OR_BOOL" 42 5 CODID: 4 NAME: ".4.4" TEXT:
CP_FBI "AND_BOOL" 60 5 CODID: 5 NAME: ".4.5" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_GVI NAMED_VAR: "sta_bed_auto" 4 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_open" 4 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 22 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_dicht" 22 17 FP_IO_OUTPUT
CP_LNK IFP: 4 16 FBI: 13 12 3 GRA: 13/17,13/17
CP_LNK FBI: 13 12 2 FBI: 31 12 2 GRA: 21/16,31/16
CP_LNK FBI: 13 5 2 FBI: 42 5 2 GRA: 22/9,42/9
CP_LNK FBI: 31 12 2 FBI: 42 5 3 GRA: 40/16,41/16,41/10,42/10
CP_LNK FBI: 42 5 2 FBI: 60 5 2 GRA: 50/9,60/9
CP_LNK FBI: 60 5 2 IFP: 69 8 GRA: 69/9,69/9
CP_LNK GVI: 4 8 FBI: 13 5 2 GRA: 13/9,13/9
CP_LNK GVI: 4 15 FBI: 13 12 2 GRA: 13/16,13/16
CP_LNK GVI: 22 16 FBI: 31 12 3 GRA: 31/17,31/17
CP_LNK GVI: 22 17 FBI: 31 12 4 GRA: 31/18,31/18
CP_LNK IFP: 4 9 FBI: 13 5 3 GRA: 13/10,13/10
CP_LNK IFP: 4 10 FBI: 13 5 4 GRA: 13/11,13/11
CP_LNK IFP: 51 9 FBI: 60 5 3 GRA: 60/10,60/10
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ PLAUS "11/02/05 13:16:18" TEXT:
CP_DFB "PLAUS" HEIGHT/WIDTH: 5 8 FBTK_DFB "11/02/05 13:16:18" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : PLAUS{1}
CL_FRM "input" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "inst_pla" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "output" ID_6 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
VS_FFB "SAH" ANYPIN_ANY_PIN FBTK_EFB HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 6
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "CLK" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL FP_TRG_RISING_EDGE TEXT:
VS_FRM "PV" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 2 TEXT:
VS_FRM "OUT" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "TP" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "SUB_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FFB "GE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "MIN_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "MAX_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
CP_GVS "plausibiliteit" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "teller1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "teller2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "plausibiliteit" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "input" 4 15 FP_IO_OUTPUT
CP_IFP "input" 4 23 FP_IO_OUTPUT
CP_IFP "inst_pla" 40 20 FP_IO_OUTPUT
CP_IFP "output" 57 19 FP_IO_INPUT
CP_FBI "SAH" 13 12 CODID: 1 NAME: "FBI_1_1" ANY: IEC_REAL_ID TEXT:
CP_FBI "TP" 13 4 CODID: 2 NAME: "FBI_1_2" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "TP" 31 4 CODID: 3 NAME: "FBI_1_3" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "SAH" 13 20 CODID: 4 NAME: "FBI_1_4" ANY: IEC_REAL_ID TEXT:
CP_FBI "SUB_REAL" 35 16 CODID: 7 NAME: ".1.32" TEXT:
CP_FBI "GE_REAL" 49 16 CODID: 8 NAME: ".1.6" TEXT:
CP_FBI "MIN_REAL" 25 21 CODID: 6 NAME: ".1.30" TEXT:
CP_FBI "MAX_REAL" 25 14 CODID: 5 NAME: ".1.31" TEXT:
CP_GVI NAMED_VAR: "teller1" 4 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "teller2" 20 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "teller2" 22 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "teller1" 38 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "teller1" 4 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "teller2" 4 24 FP_IO_OUTPUT
CP_CON 4 8 IEC_TIME_ID t#0.5s
CP_CON 22 8 IEC_TIME_ID t#0.5s
CP_LNK GVI: 4 7 FBI: 13 4 2 GRA: 13/8,13/8
CP_LNK FBI: 13 4 2 GVI: 20 7 GRA: 20/8,20/8
CP_LNK GVI: 22 7 FBI: 31 4 2 GRA: 31/8,31/8
CP_LNK FBI: 31 4 2 GVI: 38 7 GRA: 38/8,38/8
CP_LNK CON: 4 8 FBI: 13 4 3 GRA: 13/9,13/9
CP_LNK CON: 22 8 FBI: 31 4 3 GRA: 31/9,31/9
CP_LNK GVI: 4 16 FBI: 13 12 3 GRA: 13/17,13/17
CP_LNK GVI: 4 24 FBI: 13 20 3 GRA: 13/25,13/25
CP_LNK IFP: 4 15 FBI: 13 12 2 GRA: 13/16,13/16
CP_LNK IFP: 4 23 FBI: 13 20 2 GRA: 13/24,13/24
CP_LNK IFP: 40 20 FBI: 49 16 3 GRA: 49/21,49/21
CP_LNK FBI: 49 16 2 IFP: 57 19 GRA: 57/20,57/20
CP_LNK FBI: 13 12 2 FBI: 25 21 2 GRA: 20/16,21/16,21/25,25/25
CP_LNK FBI: 13 12 2 FBI: 25 14 2 GRA: 20/16,23/16,23/18,25/18
CP_LNK FBI: 13 20 2 FBI: 25 21 3 GRA: 20/24,22/24,22/26,25/26
CP_LNK FBI: 13 20 2 FBI: 25 14 3 GRA: 20/24,23/24,23/19,25/19
CP_LNK FBI: 35 16 2 FBI: 49 16 2 GRA: 43/20,49/20
CP_LNK FBI: 25 14 2 FBI: 35 16 2 GRA: 33/18,34/18,34/20,35/20
CP_LNK FBI: 25 21 2 FBI: 35 16 3 GRA: 33/25,34/25,34/21,35/21
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DFB_ANA "11/02/05 13:16:19" TEXT:
CP_DFB "DFB_ANA" HEIGHT/WIDTH: 23 9 FBTK_DFB "11/02/05 13:16:19" TEXT:
...TXF De dfb ANA is een functieblok waarin een analoge ingang
...TXT wordt ingelezen, bewaakt, en gescaleerd.
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_ANA{1,2,3}
CL_FRM "Pri_wrd" ID_4 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: primair woord (schrijfwoord vanaf SCADA)
CL_FRM "Bed_wrd" ID_6 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: bedieningswoord (schijfwoord vanaf SCADA)
CL_FRM "Ond_wrd" ID_7 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: onderdruk woord (schrijfwoord vanaf SCADA)
CL_FRM "Accept" ID_8 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: acceptatie storingsmelding
CL_FRM "Rst_alg" ID_9 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: reset storingsmelding  algemeen
CL_FRM "Str_mw" ID_11 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: storing analoge meetwaarde 
CL_FRM "Alw_sec" ID_12 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair
CL_FRM "Alw_pri" ID_13 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord primair
CL_FRM "Sta_wrd" ID_14 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: status woord
CL_FRM "Inst_h" ID_20 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: insteliing grenswaarde hoog
CL_FRM "Inst_hh" ID_21 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: insteliing grenswaarde hoog-hoog
CL_FRM "Inst_ll" ID_22 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: insteliing grenswaarde laag-laag
CL_FRM "Inst_l" ID_23 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: insteliing grenswaarde laag
CL_FRM "MeetwMax" ID_26 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: maximale waarde scalering (20ma waarde) 
CL_FRM "MeetwMin" ID_27 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: minimale waarde scalering (4ma waarde) 
CL_FRM "Meetw" ID_28 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE REAL TEXT: gescaleerde meetwaarde
CL_FRM "Inst_pla" ID_29 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: insteliing grenswaarde plausibiliteit
CL_FRM "AnaIogIn" ID_30 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT: analoge ingangswaarde (ruwe waarde 0-4095)
CL_FRM "Acoftijd" ID_35 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT: vertragingstijd
CL_FRM "Str_hh" ID_42 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: storingsmelding hoog-hoog
CL_FRM "Str_h" ID_43 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: storingsmelding hoog
CL_FRM "Str_l" ID_44 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: storingsmelding laag
CL_FRM "Str_ll" ID_45 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: storingsmelding laag-laag
CL_FRM "Vrijgave" ID_46 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "MeldDrbr" ID_47 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding draadbreuk
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BIT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "BIT0" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "GE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "NE_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "LE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "B_STAT" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 19 9 "11/02/05 13:16:15" NR_FORMP: 18
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "StatBedr" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Stat_3" ID_8 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_2" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_1" ID_10 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_0" ID_11 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_4" ID_12 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_5" ID_14 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_6" ID_15 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_7" ID_16 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_8" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_9" ID_18 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_10" ID_19 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_11" ID_20 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_12" ID_21 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_13" ID_22 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_14" ID_23 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_15" ID_24 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "PLAUS" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 5 8 "11/02/05 13:16:18" NR_FORMP: 4
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "input" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "inst_pla" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "output" ID_6 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "NOT_BOOL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 7 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "I_SCALE" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "CHANNEL" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "MN" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "MX" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Y" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
CP_GVS "conversie_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Drbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Meld_plaus" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld_hh" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld_h" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld_l" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "meld_ll" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_wrd_storing_geaccepteerd" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_wrd_storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_wrd_blokkeren" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_laag_laag" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_laag" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_hoog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_hoog_hoog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_plausibiliteit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_laag_laag" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_laag" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_hoog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_hoog_hoog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_plausibiliteit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_laag_laag" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_laag" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_hoog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_hoog_hoog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_plausibiliteit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_laag_laag" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_laag" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_hoog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_hoog_hoog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_plausibilteit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_draadbreuk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_storing_draadbreuk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_storing_draadbreuk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_storing_draadbreuk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "tijdvertr" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "storingen_meting" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "verschaling_meting" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "conversie_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT: 
CP_IFP "Pri_wrd" 7 6 FP_IO_OUTPUT
CP_IFP "Bed_wrd" 7 26 FP_IO_OUTPUT
CP_IFP "Ond_wrd" 38 7 FP_IO_OUTPUT
CP_IFP "Alw_pri" 26 49 FP_IO_INPUT
CP_IFP "Alw_sec" 57 49 FP_IO_INPUT
CP_IFP "Sta_wrd" 27 69 FP_IO_INPUT
CP_FBI "WORD_TO_BIT" 16 3 CODID: 1 NAME: "primair_woord" TEXT:
CP_FBI "WORD_TO_BIT" 16 23 CODID: 2 NAME: "bedien_woord" TEXT:
CP_FBI "WORD_TO_BIT" 47 4 CODID: 3 NAME: "onderdrukken_woord" TEXT:
CP_FBI "BIT_TO_WORD" 16 46 CODID: 4 NAME: ".1.9" TEXT:
CP_FBI "BIT_TO_WORD" 47 46 CODID: 5 NAME: ".1.10" TEXT:
CP_DBI "B_STAT" 16 66 CODID: 6 NAME: "FBI_1_12" TEXT:
CP_GVI NAMED_VAR: "alw_sec_bit8" 38 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit7" 38 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit6" 38 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit4" 38 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit5" 38 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit3" 38 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit2" 38 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit1" 38 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit8" 7 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit7" 7 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit6" 7 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit5" 7 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit4" 7 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit3" 7 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit2" 7 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit1" 7 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_bit8" 57 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit7" 57 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit6" 57 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit5" 57 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit4" 57 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit3" 57 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit2" 57 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit1" 57 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit11" 26 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit10" 26 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit9" 26 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit8" 26 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit7" 26 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit6" 26 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit5" 26 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit4" 26 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 26 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit8" 26 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit7" 26 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit6" 26 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit5" 26 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit4" 26 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit3" 26 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit2" 26 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit1" 26 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_plausibilteit" 26 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_draadbreuk" 26 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit12" 26 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit13" 26 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit14" 26 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit15" 26 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit16" 26 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_plausibiliteit" 57 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_draadbreuk" 57 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_plausibiliteit" 7 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_draadbreuk" 7 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_plausibiliteit" 38 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_draadbreuk" 38 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_blokkeren" 7 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_storing" 7 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_storing_geaccepteerd" 7 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_hoog_hoog" 26 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_hoog" 26 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_laag" 26 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_laag_laag" 26 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_hoog_hoog" 57 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_hoog" 57 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_laag" 57 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_laag_laag" 57 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_hoog_hoog" 7 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_hoog" 7 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_laag" 7 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_laag_laag" 7 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_hoog_hoog" 38 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_hoog" 38 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_laag" 38 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_laag_laag" 38 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit9" 7 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit10" 7 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit9" 38 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit10" 38 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_bit9" 26 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit10" 26 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit9" 57 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit10" 57 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit2" 26 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit3" 26 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost" 7 73 FP_IO_OUTPUT
CP_CON 7 69 IEC_BOOL_ID 1
CP_LNK GVI: 38 56 FBI: 47 46 9 GRA: 47/57,47/57
CP_LNK GVI: 38 55 FBI: 47 46 8 GRA: 47/56,47/56
CP_LNK GVI: 38 54 FBI: 47 46 7 GRA: 47/55,47/55
CP_LNK GVI: 38 52 FBI: 47 46 5 GRA: 47/53,47/53
CP_LNK GVI: 38 53 FBI: 47 46 6 GRA: 47/54,47/54
CP_LNK GVI: 38 51 FBI: 47 46 4 GRA: 47/52,47/52
CP_LNK GVI: 38 50 FBI: 47 46 3 GRA: 47/51,47/51
CP_LNK GVI: 38 49 FBI: 47 46 2 GRA: 47/50,47/50
CP_LNK GVI: 7 56 FBI: 16 46 9 GRA: 16/57,16/57
CP_LNK GVI: 7 55 FBI: 16 46 8 GRA: 16/56,16/56
CP_LNK GVI: 7 54 FBI: 16 46 7 GRA: 16/55,16/55
CP_LNK GVI: 7 53 FBI: 16 46 6 GRA: 16/54,16/54
CP_LNK GVI: 7 52 FBI: 16 46 5 GRA: 16/53,16/53
CP_LNK GVI: 7 51 FBI: 16 46 4 GRA: 16/52,16/52
CP_LNK GVI: 7 50 FBI: 16 46 3 GRA: 16/51,16/51
CP_LNK GVI: 7 49 FBI: 16 46 2 GRA: 16/50,16/50
CP_LNK FBI: 47 4 9 GVI: 57 14 GRA: 57/15,57/15
CP_LNK FBI: 47 4 8 GVI: 57 13 GRA: 57/14,57/14
CP_LNK FBI: 47 4 7 GVI: 57 12 GRA: 57/13,57/13
CP_LNK FBI: 47 4 6 GVI: 57 11 GRA: 57/12,57/12
CP_LNK FBI: 47 4 5 GVI: 57 10 GRA: 57/11,57/11
CP_LNK FBI: 47 4 4 GVI: 57 9 GRA: 57/10,57/10
CP_LNK FBI: 47 4 3 GVI: 57 8 GRA: 57/9,57/9
CP_LNK FBI: 47 4 2 GVI: 57 7 GRA: 57/8,57/8
CP_LNK FBI: 16 23 12 GVI: 26 36 GRA: 26/37,26/37
CP_LNK FBI: 16 23 11 GVI: 26 35 GRA: 26/36,26/36
CP_LNK FBI: 16 23 10 GVI: 26 34 GRA: 26/35,26/35
CP_LNK FBI: 16 23 9 GVI: 26 33 GRA: 26/34,26/34
CP_LNK FBI: 16 23 8 GVI: 26 32 GRA: 26/33,26/33
CP_LNK FBI: 16 23 7 GVI: 26 31 GRA: 26/32,26/32
CP_LNK FBI: 16 23 6 GVI: 26 30 GRA: 26/31,26/31
CP_LNK FBI: 16 23 5 GVI: 26 29 GRA: 26/30,26/30
CP_LNK FBI: 16 23 2 GVI: 26 26 GRA: 26/27,26/27
CP_LNK FBI: 16 3 9 GVI: 26 13 GRA: 26/14,26/14
CP_LNK FBI: 16 3 8 GVI: 26 12 GRA: 26/13,26/13
CP_LNK FBI: 16 3 7 GVI: 26 11 GRA: 26/12,26/12
CP_LNK FBI: 16 3 6 GVI: 26 10 GRA: 26/11,26/11
CP_LNK FBI: 16 3 5 GVI: 26 9 GRA: 26/10,26/10
CP_LNK FBI: 16 3 4 GVI: 26 8 GRA: 26/9,26/9
CP_LNK FBI: 16 3 3 GVI: 26 7 GRA: 26/8,26/8
CP_LNK FBI: 16 3 2 GVI: 26 6 GRA: 26/7,26/7
CP_LNK IFP: 7 6 FBI: 16 3 2 GRA: 16/7,16/7
CP_LNK IFP: 7 26 FBI: 16 23 2 GRA: 16/27,16/27
CP_LNK IFP: 38 7 FBI: 47 4 2 GRA: 47/8,47/8
CP_LNK FBI: 16 46 2 IFP: 26 49 GRA: 26/50,26/50
CP_LNK FBI: 47 46 2 IFP: 57 49 GRA: 57/50,57/50
CP_LNK FBI: 16 3 16 GVI: 26 20 GRA: 26/21,26/21
CP_LNK FBI: 16 3 17 GVI: 26 21 GRA: 26/22,26/22
CP_LNK FBI: 16 23 13 GVI: 26 37 GRA: 26/38,26/38
CP_LNK FBI: 16 23 14 GVI: 26 38 GRA: 26/39,26/39
CP_LNK FBI: 16 23 15 GVI: 26 39 GRA: 26/40,26/40
CP_LNK FBI: 16 23 16 GVI: 26 40 GRA: 26/41,26/41
CP_LNK FBI: 16 23 17 GVI: 26 41 GRA: 26/42,26/42
CP_LNK FBI: 47 4 16 GVI: 57 21 GRA: 57/22,57/22
CP_LNK FBI: 47 4 17 GVI: 57 22 GRA: 57/23,57/23
CP_LNK GVI: 7 63 FBI: 16 46 16 GRA: 16/64,16/64
CP_LNK GVI: 7 64 FBI: 16 46 17 GRA: 16/65,16/65
CP_LNK GVI: 38 63 FBI: 47 46 16 GRA: 47/64,47/64
CP_LNK GVI: 38 64 FBI: 47 46 17 GRA: 47/65,47/65
CP_LNK CON: 7 69 FBI: 16 66 2 GRA: 16/70,16/70
CP_LNK GVI: 7 70 FBI: 16 66 3 GRA: 16/71,16/71
CP_LNK GVI: 7 71 FBI: 16 66 4 GRA: 16/72,16/72
CP_LNK GVI: 7 72 FBI: 16 66 5 GRA: 16/73,16/73
CP_LNK FBI: 16 66 2 IFP: 27 69 GRA: 27/70,27/70
CP_LNK FBI: 16 3 15 GVI: 26 19 GRA: 26/20,26/20
CP_LNK FBI: 16 3 14 GVI: 26 18 GRA: 26/19,26/19
CP_LNK FBI: 16 3 13 GVI: 26 17 GRA: 26/18,26/18
CP_LNK FBI: 16 3 12 GVI: 26 16 GRA: 26/17,26/17
CP_LNK FBI: 47 4 15 GVI: 57 20 GRA: 57/21,57/21
CP_LNK FBI: 47 4 14 GVI: 57 19 GRA: 57/20,57/20
CP_LNK FBI: 47 4 13 GVI: 57 18 GRA: 57/19,57/19
CP_LNK FBI: 47 4 12 GVI: 57 17 GRA: 57/18,57/18
CP_LNK GVI: 7 62 FBI: 16 46 15 GRA: 16/63,16/63
CP_LNK GVI: 7 61 FBI: 16 46 14 GRA: 16/62,16/62
CP_LNK GVI: 7 60 FBI: 16 46 13 GRA: 16/61,16/61
CP_LNK GVI: 7 59 FBI: 16 46 12 GRA: 16/60,16/60
CP_LNK GVI: 38 62 FBI: 47 46 15 GRA: 47/63,47/63
CP_LNK GVI: 38 61 FBI: 47 46 14 GRA: 47/62,47/62
CP_LNK GVI: 38 60 FBI: 47 46 13 GRA: 47/61,47/61
CP_LNK GVI: 38 59 FBI: 47 46 12 GRA: 47/60,47/60
CP_LNK GVI: 7 57 FBI: 16 46 10 GRA: 16/58,16/58
CP_LNK GVI: 7 58 FBI: 16 46 11 GRA: 16/59,16/59
CP_LNK GVI: 38 57 FBI: 47 46 10 GRA: 47/58,47/58
CP_LNK GVI: 38 58 FBI: 47 46 11 GRA: 47/59,47/59
CP_LNK FBI: 16 3 10 GVI: 26 14 GRA: 26/15,26/15
CP_LNK FBI: 16 3 11 GVI: 26 15 GRA: 26/16,26/16
CP_LNK FBI: 47 4 10 GVI: 57 15 GRA: 57/16,57/16
CP_LNK FBI: 47 4 11 GVI: 57 16 GRA: 57/17,57/17
CP_LNK FBI: 16 23 3 GVI: 26 27 GRA: 26/28,26/28
CP_LNK FBI: 16 23 4 GVI: 26 28 GRA: 26/29,26/29
CP_LNK GVI: 7 73 FBI: 16 66 6 GRA: 16/74,16/74
CP_SEC "storingen_meting" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 3 EXEC: 2 TEXT: 
CP_IFP "Inst_hh" -2 31 FP_IO_OUTPUT
CP_IFP "Inst_pla" -2 19 FP_IO_OUTPUT
CP_IFP "Meetw" -2 30 FP_IO_OUTPUT
CP_IFP "Meetw" -2 18 FP_IO_OUTPUT
CP_IFP "Acoftijd" 8 5 FP_IO_OUTPUT
CP_IFP "Str_hh" 135 55 FP_IO_INPUT
CP_IFP "Str_h" 135 61 FP_IO_INPUT
CP_IFP "Str_l" 135 67 FP_IO_INPUT
CP_IFP "Str_ll" 135 73 FP_IO_INPUT
CP_IFP "Str_mw" 135 79 FP_IO_INPUT
CP_IFP "Vrijgave" 117 49 FP_IO_OUTPUT
CP_IFP "Vrijgave" 8 10 FP_IO_OUTPUT
CP_IFP "MeldDrbr" 8 11 FP_IO_OUTPUT
CP_IFP "Inst_hh" -2 36 FP_IO_OUTPUT
CP_IFP "Vrijgave" 10 41 FP_IO_OUTPUT
CP_IFP "MeldDrbr" 10 40 FP_IO_OUTPUT
CP_IFP "Meetw" -2 46 FP_IO_OUTPUT
CP_IFP "Vrijgave" 10 57 FP_IO_OUTPUT
CP_IFP "MeldDrbr" 10 56 FP_IO_OUTPUT
CP_IFP "Inst_h" -2 47 FP_IO_OUTPUT
CP_IFP "Inst_h" -2 52 FP_IO_OUTPUT
CP_IFP "Inst_l" -2 63 FP_IO_OUTPUT
CP_IFP "Meetw" -2 62 FP_IO_OUTPUT
CP_IFP "Vrijgave" 10 73 FP_IO_OUTPUT
CP_IFP "MeldDrbr" 10 72 FP_IO_OUTPUT
CP_IFP "Inst_l" -2 68 FP_IO_OUTPUT
CP_IFP "Meetw" -2 78 FP_IO_OUTPUT
CP_IFP "Vrijgave" 10 89 FP_IO_OUTPUT
CP_IFP "MeldDrbr" 10 88 FP_IO_OUTPUT
CP_IFP "Inst_ll" -2 79 FP_IO_OUTPUT
CP_IFP "Inst_ll" -2 84 FP_IO_OUTPUT
CP_IFP "Inst_pla" -2 24 FP_IO_OUTPUT
CP_IFP "Vrijgave" 23 26 FP_IO_OUTPUT
CP_IFP "Rst_alg" 115 30 FP_IO_OUTPUT
CP_IFP "Accept" 115 29 FP_IO_OUTPUT
CP_IFP "Accept" 117 15 FP_IO_OUTPUT
CP_IFP "Rst_alg" 91 24 FP_IO_OUTPUT
CP_FBI "NE_REAL" 7 33 CODID: 2 NAME: ".3.121" TEXT:
CP_FBI "TON" 34 34 CODID: 4 NAME: "FBI_3_4" TEXT:
CP_FBI "RS" 46 35 CODID: 5 NAME: "FBI_3_144" TEXT:
CP_FBI "AND_BOOL" 56 37 CODID: 6 NAME: ".3.6" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "GE_REAL" 7 43 CODID: 9 NAME: ".3.122" TEXT:
CP_FBI "TON" 34 50 CODID: 12 NAME: "FBI_3_28" TEXT:
CP_FBI "NE_REAL" 7 49 CODID: 10 NAME: ".3.123" TEXT:
CP_FBI "AND_BOOL" 56 30 CODID: 7 NAME: ".3.10" TEXT:
CP_FBI "RS" 46 51 CODID: 13 NAME: "FBI_3_145" TEXT:
CP_FBI "AND_BOOL" 56 53 CODID: 14 NAME: ".3.31" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 56 46 CODID: 15 NAME: ".3.32" TEXT:
CP_FBI "LE_REAL" 7 59 CODID: 16 NAME: ".3.130" TEXT:
CP_FBI "TON" 34 66 CODID: 19 NAME: "FBI_3_34" TEXT:
CP_FBI "LE_REAL" 7 75 CODID: 23 NAME: ".3.131" TEXT:
CP_FBI "RS" 46 67 CODID: 20 NAME: "FBI_3_146" TEXT:
CP_FBI "AND_BOOL" 56 69 CODID: 21 NAME: ".3.37" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 56 62 CODID: 22 NAME: ".3.38" TEXT:
CP_FBI "OR_BOOL" 100 3 CODID: 8 NAME: ".3.20" DRAW: 10 TEXT:
CP_FBI "AND_BOOL" 136 3 CODID: 45 NAME: ".3.108" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 19 50 CODID: 11 NAME: ".3.124" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/5
CP_FBI "NE_REAL" 7 65 CODID: 17 NAME: ".3.128" TEXT:
CP_FBI "AND_BOOL" 19 34 CODID: 3 NAME: ".3.26" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/5
CP_FBI "GE_REAL" 7 27 CODID: 1 NAME: ".3.56" TEXT:
CP_FBI "TON" 34 82 CODID: 26 NAME: "FBI_3_40" TEXT:
CP_FBI "NE_REAL" 7 81 CODID: 24 NAME: ".3.132" TEXT:
CP_FBI "RS" 46 83 CODID: 27 NAME: "FBI_3_147" TEXT:
CP_FBI "AND_BOOL" 56 85 CODID: 28 NAME: ".3.43" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 56 78 CODID: 29 NAME: ".3.44" TEXT:
CP_FBI "AND_BOOL" 19 66 CODID: 18 NAME: ".3.129" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/5
CP_FBI "AND_BOOL" 19 82 CODID: 25 NAME: ".3.133" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/5
CP_FBI "TON" 34 7 CODID: 31 NAME: "FBI_3_65" TEXT:
CP_FBI "NE_REAL" 7 21 CODID: 36 NAME: ".3.134" TEXT:
CP_DBI "PLAUS" 7 15 CODID: 35 NAME: "FBI_3_95" TEXT:
CP_FBI "NOT_BOOL" 126 46 CODID: 41 NAME: ".3.96" TEXT:
CP_FBI "AND_BOOL" 17 7 CODID: 30 NAME: ".3.71" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "RS" 46 8 CODID: 32 NAME: "FBI_3_142" TEXT:
CP_FBI "AND_BOOL" 56 10 CODID: 33 NAME: ".3.73" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 56 3 CODID: 34 NAME: ".3.74" TEXT:
CP_FBI "TIME_MUL_INT" 17 1 CODID: 42 NAME: ".3.97" TEXT:
CP_FBI "AND_BOOL" 32 20 CODID: 37 NAME: ".3.90" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "RS" 47 21 CODID: 38 NAME: "FBI_3_143" TEXT:
CP_FBI "AND_BOOL" 56 23 CODID: 39 NAME: ".3.92" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 56 16 CODID: 40 NAME: ".3.93" TEXT:
CP_FBI "AND_BOOL" 126 34 CODID: 51 NAME: ".3.135" DRAW: 5 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3,FBIPH_INPUT/4,FBIPH_INPUT/5,FBIPH_INPUT/6,FBIPH_INPUT/7
CP_FBI "OR_BOOL" 100 20 CODID: 52 NAME: ".3.136" TEXT:
CP_FBI "AND_BOOL" 124 20 CODID: 53 NAME: ".3.137" TEXT:
CP_FBI "OR_BOOL" 127 52 CODID: 46 NAME: ".3.114" TEXT:
CP_FBI "OR_BOOL" 127 58 CODID: 47 NAME: ".3.115" TEXT:
CP_FBI "OR_BOOL" 127 64 CODID: 48 NAME: ".3.116" TEXT:
CP_FBI "OR_BOOL" 127 70 CODID: 49 NAME: ".3.117" TEXT:
CP_FBI "OR_BOOL" 127 76 CODID: 50 NAME: ".3.118" TEXT:
CP_FBI "OR_BOOL" 113 13 CODID: 43 NAME: ".3.138" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "RS" 126 12 CODID: 44 NAME: "FBI_3_139" TEXT:
CP_FBI "AND_BOOL" 124 26 CODID: 54 NAME: ".3.140" TEXT:
CP_FBI "OR_BOOL" 137 20 CODID: 55 NAME: ".3.141" TEXT:
CP_GVI NAMED_VAR: "reset" 37 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_hoog_hoog" 47 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_hoog_hoog" 47 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_hoog_hoog" 65 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_hoog_hoog" 65 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "reset" 37 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 37 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_hoog" 47 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_hoog" 47 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_hoog" 65 56 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_hoog" 65 49 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_laag" 47 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_laag" 65 72 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_laag" 65 65 FP_IO_INPUT
CP_GVI NAMED_VAR: "reset" 37 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_laag_laag" 47 89 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_laag_laag" 65 88 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_laag_laag" 65 81 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_draadbreuk" 91 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_laag" 91 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_laag_laag" 91 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 37 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_draadbreuk" 65 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_draadbreuk" 65 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_draadbreuk" 47 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 38 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_plausibilteit" 47 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_plausibiliteit" 65 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_plausibiliteit" 65 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_wrd_blokkeren" 135 49 FP_IO_INPUT
CP_GVI NAMED_VAR: "tijdvertr" 27 4 FP_IO_INPUT
CP_GVI NAMED_VAR: "tijdvertr" 25 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 25 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 25 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 25 86 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 25 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_laag" 47 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_laag_laag" 47 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_plausibilteit" 47 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_draadbreuk" 47 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_storing" 145 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_hoog_hoog" 118 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_hoog_hoog" 118 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_hoog" 118 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_hoog" 118 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_laag_laag" 118 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_laag_laag" 118 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_laag" 118 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_laag" 118 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_draadbreuk" 118 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_draadbreuk" 118 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_draadbreuk" 8 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_plausibiliteit" 91 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_hoog_hoog" 91 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_hoog" 91 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_draadbreuk" 91 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_plausibiliteit" 91 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_hoog_hoog" 91 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_hoog" 91 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_laag" 91 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_laag_laag" 91 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_hoog_hoog" 10 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_hoog" 10 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_laag" 10 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_laag_laag" 10 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_plausibiliteit" 23 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Drbr" 41 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "Meld_plaus" 41 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld_hh" 41 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld_h" 41 53 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld_l" 41 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld_ll" 41 85 FP_IO_INPUT
CP_GVI NAMED_VAR: "Drbr" 117 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Meld_plaus" 117 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld_hh" 117 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld_h" 117 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld_l" 117 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld_ll" 117 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_storing_geaccepteerd" 117 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost" 135 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost" 115 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 104 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 145 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 91 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_storing_geaccepteerd" 133 15 FP_IO_INPUT
CP_CON 8 4 IEC_TIME_ID t#1s
CP_CON -2 37 IEC_REAL_ID 0.0
CP_CON -2 53 IEC_REAL_ID 0.0
CP_CON -2 69 IEC_REAL_ID 0.0
CP_CON -2 85 IEC_REAL_ID 0.0
CP_CON -2 25 IEC_REAL_ID 0.0
CP_LNK FBI: 46 35 2 FBI: 56 37 2 GRA: 53/39,54/39,54/41,56/41
CP_LNK FBI: 46 35 2 FBI: 56 30 3 GRA: 53/39,54/39,54/35,56/35
CP_LNK FBI: 100 3 2 FBI: 113 13 2 GRA: 108/7,110/7,110/17,113/17
CP_LNK FBI: 100 3 2 FBI: 136 3 2 GRA: 108/7,136/7
CP_LNK GVI: 37 39 FBI: 46 35 3 GRA: 46/40,46/40
CP_LNK GVI: 47 41 FBI: 56 37 3 GRA: 56/42,56/42
CP_LNK GVI: 47 33 FBI: 56 30 2 GRA: 56/34,56/34
CP_LNK FBI: 56 37 2 GVI: 65 40 GRA: 65/41,65/41
CP_LNK FBI: 56 30 2 GVI: 65 33 GRA: 65/34,65/34
CP_LNK FBI: 46 51 2 FBI: 56 53 2 GRA: 53/55,54/55,54/57,56/57
CP_LNK FBI: 46 51 2 FBI: 56 46 3 GRA: 53/55,54/55,54/51,56/51
CP_LNK GVI: 37 55 FBI: 46 51 3 GRA: 46/56,46/56
CP_LNK GVI: 37 71 FBI: 46 67 3 GRA: 46/72,46/72
CP_LNK FBI: 46 67 2 FBI: 56 69 2 GRA: 53/71,54/71,54/73,56/73
CP_LNK FBI: 46 67 2 FBI: 56 62 3 GRA: 53/71,54/71,54/67,56/67
CP_LNK GVI: 47 57 FBI: 56 53 3 GRA: 56/58,56/58
CP_LNK GVI: 47 49 FBI: 56 46 2 GRA: 56/50,56/50
CP_LNK FBI: 56 53 2 GVI: 65 56 GRA: 65/57,65/57
CP_LNK FBI: 56 46 2 GVI: 65 49 GRA: 65/50,65/50
CP_LNK GVI: 47 73 FBI: 56 69 3 GRA: 56/74,56/74
CP_LNK FBI: 56 69 2 GVI: 65 72 GRA: 65/73,65/73
CP_LNK FBI: 56 62 2 GVI: 65 65 GRA: 65/66,65/66
CP_LNK FBI: 46 83 2 FBI: 56 85 2 GRA: 53/87,54/87,54/89,56/89
CP_LNK FBI: 46 83 2 FBI: 56 78 3 GRA: 53/87,54/87,54/83,56/83
CP_LNK GVI: 37 87 FBI: 46 83 3 GRA: 46/88,46/88
CP_LNK GVI: 47 89 FBI: 56 85 3 GRA: 56/90,56/90
CP_LNK FBI: 56 85 2 GVI: 65 88 GRA: 65/89,65/89
CP_LNK FBI: 56 78 2 GVI: 65 81 GRA: 65/82,65/82
CP_LNK GVI: 91 6 FBI: 100 3 2 GRA: 100/7,100/7
CP_LNK GVI: 91 10 FBI: 100 3 6 GRA: 100/11,100/11
CP_LNK GVI: 91 11 FBI: 100 3 7 GRA: 100/12,100/12
CP_LNK IFP: -2 31 FBI: 7 27 3 GRA: 7/32,7/32
CP_LNK GVI: 37 12 FBI: 46 8 3 GRA: 46/13,46/13
CP_LNK FBI: 56 10 2 GVI: 65 13 GRA: 65/14,65/14
CP_LNK FBI: 56 3 2 GVI: 65 6 GRA: 65/7,65/7
CP_LNK FBI: 46 8 2 FBI: 56 10 2 GRA: 53/12,55/12,55/14,56/14
CP_LNK FBI: 46 8 2 FBI: 56 3 3 GRA: 53/12,55/12,55/8,56/8
CP_LNK GVI: 47 14 FBI: 56 10 3 GRA: 56/15,56/15
CP_LNK FBI: 32 20 2 GVI: 41 23 GRA: 41/24,41/24
CP_LNK FBI: 32 20 2 FBI: 47 21 2 GRA: 41/24,42/24,42/25,47/25
CP_LNK GVI: 38 25 FBI: 47 21 3 GRA: 47/26,47/26
CP_LNK FBI: 47 21 2 FBI: 56 23 2 GRA: 54/25,55/25,55/27,56/27
CP_LNK FBI: 47 21 2 FBI: 56 16 3 GRA: 54/25,55/25,55/21,56/21
CP_LNK GVI: 47 27 FBI: 56 23 3 GRA: 56/28,56/28
CP_LNK FBI: 56 23 2 GVI: 65 26 GRA: 65/27,65/27
CP_LNK FBI: 56 16 2 GVI: 65 19 GRA: 65/20,65/20
CP_LNK FBI: 7 15 2 FBI: 32 20 2 GRA: 17/19,18/19,18/24,32/24
CP_LNK IFP: -2 19 FBI: 7 15 3 GRA: 7/20,7/20
CP_LNK FBI: 126 46 2 GVI: 135 49 GRA: 135/50,135/50
CP_LNK IFP: -2 30 FBI: 7 27 2 GRA: 7/31,7/31
CP_LNK IFP: -2 18 FBI: 7 15 2 GRA: 7/19,7/19
CP_LNK FBI: 7 27 2 FBI: 19 34 2 GRA: 15/31,18/31,18/38,19/38
CP_LNK FBI: 19 34 2 FBI: 34 34 2 GRA: 28/38,34/38
CP_LNK FBI: 34 34 2 GVI: 41 37 GRA: 41/38,41/38
CP_LNK FBI: 34 34 2 FBI: 46 35 2 GRA: 41/38,42/38,42/39,46/39
CP_LNK FBI: 34 50 2 GVI: 41 53 GRA: 41/54,41/54
CP_LNK FBI: 34 50 2 FBI: 46 51 2 GRA: 41/54,42/54,42/55,46/55
CP_LNK CON: 8 4 FBI: 17 1 2 GRA: 17/5,17/5
CP_LNK IFP: 8 5 FBI: 17 1 3 GRA: 17/6,17/6
CP_LNK FBI: 17 1 2 GVI: 27 4 GRA: 27/5,27/5
CP_LNK GVI: 25 38 FBI: 34 34 3 GRA: 34/39,34/39
CP_LNK GVI: 25 54 FBI: 34 50 3 GRA: 34/55,34/55
CP_LNK GVI: 25 70 FBI: 34 66 3 GRA: 34/71,34/71
CP_LNK GVI: 25 86 FBI: 34 82 3 GRA: 34/87,34/87
CP_LNK GVI: 25 11 FBI: 34 7 3 GRA: 34/12,34/12
CP_LNK GVI: 47 65 FBI: 56 62 2 GRA: 56/66,56/66
CP_LNK FBI: 34 66 2 GVI: 41 69 GRA: 41/70,41/70
CP_LNK FBI: 34 66 2 FBI: 46 67 2 GRA: 41/70,42/70,42/71,46/71
CP_LNK FBI: 34 82 2 GVI: 41 85 GRA: 41/86,41/86
CP_LNK FBI: 34 82 2 FBI: 46 83 2 GRA: 41/86,42/86,42/87,46/87
CP_LNK GVI: 47 81 FBI: 56 78 2 GRA: 56/82,56/82
CP_LNK GVI: 47 19 FBI: 56 16 2 GRA: 56/20,56/20
CP_LNK FBI: 17 7 2 FBI: 34 7 2 GRA: 26/11,34/11
CP_LNK FBI: 34 7 2 GVI: 41 10 GRA: 41/11,41/11
CP_LNK FBI: 34 7 2 FBI: 46 8 2 GRA: 41/11,42/11,42/12,46/12
CP_LNK GVI: 47 6 FBI: 56 3 2 GRA: 56/7,56/7
CP_LNK FBI: 136 3 2 GVI: 145 6 GRA: 145/7,145/7
CP_LNK GVI: 118 55 FBI: 127 52 2 GRA: 127/56,127/56
CP_LNK GVI: 118 56 FBI: 127 52 3 GRA: 127/57,127/57
CP_LNK FBI: 127 52 2 IFP: 135 55 GRA: 135/56,135/56
CP_LNK FBI: 127 58 2 IFP: 135 61 GRA: 135/62,135/62
CP_LNK FBI: 127 64 2 IFP: 135 67 GRA: 135/68,135/68
CP_LNK FBI: 127 70 2 IFP: 135 73 GRA: 135/74,135/74
CP_LNK GVI: 118 61 FBI: 127 58 2 GRA: 127/62,127/62
CP_LNK GVI: 118 62 FBI: 127 58 3 GRA: 127/63,127/63
CP_LNK GVI: 118 73 FBI: 127 70 2 GRA: 127/74,127/74
CP_LNK GVI: 118 74 FBI: 127 70 3 GRA: 127/75,127/75
CP_LNK GVI: 118 67 FBI: 127 64 2 GRA: 127/68,127/68
CP_LNK GVI: 118 68 FBI: 127 64 3 GRA: 127/69,127/69
CP_LNK GVI: 118 79 FBI: 127 76 2 GRA: 127/80,127/80
CP_LNK GVI: 118 80 FBI: 127 76 3 GRA: 127/81,127/81
CP_LNK FBI: 127 76 2 IFP: 135 79 GRA: 135/80,135/80
CP_LNK IFP: 117 49 FBI: 126 46 2 GRA: 126/50,126/50
CP_LNK IFP: 8 10 FBI: 17 7 2 GRA: 17/11,17/11
CP_LNK GVI: 8 12 FBI: 17 7 4 GRA: 17/13,17/13
CP_LNK IFP: 8 11 FBI: 17 7 3 GRA: 17/12,17/12
CP_LNK GVI: 91 7 FBI: 100 3 3 GRA: 100/8,100/8
CP_LNK GVI: 91 8 FBI: 100 3 4 GRA: 100/9,100/9
CP_LNK GVI: 91 9 FBI: 100 3 5 GRA: 100/10,100/10
CP_LNK GVI: 91 12 FBI: 100 3 8 GRA: 100/13,100/13
CP_LNK GVI: 91 13 FBI: 100 3 9 GRA: 100/14,100/14
CP_LNK GVI: 91 14 FBI: 100 3 10 GRA: 100/15,100/15
CP_LNK GVI: 91 15 FBI: 100 3 11 GRA: 100/16,100/16
CP_LNK GVI: 91 16 FBI: 100 3 12 GRA: 100/17,100/17
CP_LNK GVI: 91 17 FBI: 100 3 13 GRA: 100/18,100/18
CP_LNK IFP: -2 36 FBI: 7 33 2 GRA: 7/37,7/37
CP_LNK CON: -2 37 FBI: 7 33 3 GRA: 7/38,7/38
CP_LNK IFP: 10 41 FBI: 19 34 6 GRA: 19/42,19/42
CP_LNK IFP: 10 40 FBI: 19 34 5 GRA: 19/41,19/41
CP_LNK GVI: 10 39 FBI: 19 34 4 GRA: 19/40,19/40
CP_LNK FBI: 7 33 2 FBI: 19 34 3 GRA: 15/37,17/37,17/39,19/39
CP_LNK IFP: -2 46 FBI: 7 43 2 GRA: 7/47,7/47
CP_LNK FBI: 7 43 2 FBI: 19 50 2 GRA: 15/47,18/47,18/54,19/54
CP_LNK CON: -2 53 FBI: 7 49 3 GRA: 7/54,7/54
CP_LNK IFP: 10 57 FBI: 19 50 6 GRA: 19/58,19/58
CP_LNK IFP: 10 56 FBI: 19 50 5 GRA: 19/57,19/57
CP_LNK FBI: 7 49 2 FBI: 19 50 3 GRA: 15/53,17/53,17/55,19/55
CP_LNK FBI: 19 50 2 FBI: 34 50 2 GRA: 28/54,34/54
CP_LNK IFP: -2 47 FBI: 7 43 3 GRA: 7/48,7/48
CP_LNK IFP: -2 52 FBI: 7 49 2 GRA: 7/53,7/53
CP_LNK GVI: 10 55 FBI: 19 50 4 GRA: 19/56,19/56
CP_LNK IFP: -2 63 FBI: 7 59 3 GRA: 7/64,7/64
CP_LNK IFP: -2 62 FBI: 7 59 2 GRA: 7/63,7/63
CP_LNK CON: -2 69 FBI: 7 65 3 GRA: 7/70,7/70
CP_LNK IFP: 10 73 FBI: 19 66 6 GRA: 19/74,19/74
CP_LNK IFP: 10 72 FBI: 19 66 5 GRA: 19/73,19/73
CP_LNK FBI: 7 65 2 FBI: 19 66 3 GRA: 15/69,17/69,17/71,19/71
CP_LNK FBI: 7 59 2 FBI: 19 66 2 GRA: 15/63,18/63,18/70,19/70
CP_LNK IFP: -2 68 FBI: 7 65 2 GRA: 7/69,7/69
CP_LNK GVI: 10 71 FBI: 19 66 4 GRA: 19/72,19/72
CP_LNK FBI: 19 66 2 FBI: 34 66 2 GRA: 28/70,34/70
CP_LNK IFP: -2 78 FBI: 7 75 2 GRA: 7/79,7/79
CP_LNK CON: -2 85 FBI: 7 81 3 GRA: 7/86,7/86
CP_LNK IFP: 10 89 FBI: 19 82 6 GRA: 19/90,19/90
CP_LNK IFP: 10 88 FBI: 19 82 5 GRA: 19/89,19/89
CP_LNK FBI: 7 81 2 FBI: 19 82 3 GRA: 15/85,17/85,17/87,19/87
CP_LNK FBI: 7 75 2 FBI: 19 82 2 GRA: 15/79,18/79,18/86,19/86
CP_LNK FBI: 19 82 2 FBI: 34 82 2 GRA: 28/86,34/86
CP_LNK IFP: -2 79 FBI: 7 75 3 GRA: 7/80,7/80
CP_LNK IFP: -2 84 FBI: 7 81 2 GRA: 7/85,7/85
CP_LNK GVI: 10 87 FBI: 19 82 4 GRA: 19/88,19/88
CP_LNK CON: -2 25 FBI: 7 21 3 GRA: 7/26,7/26
CP_LNK IFP: -2 24 FBI: 7 21 2 GRA: 7/25,7/25
CP_LNK IFP: 23 26 FBI: 32 20 5 GRA: 32/27,32/27
CP_LNK GVI: 23 25 FBI: 32 20 4 GRA: 32/26,32/26
CP_LNK FBI: 7 21 2 FBI: 32 20 3 GRA: 15/25,32/25
CP_LNK GVI: 117 37 FBI: 126 34 2 GRA: 126/38,126/38
CP_LNK GVI: 117 38 FBI: 126 34 3 GRA: 126/39,126/39
CP_LNK GVI: 117 39 FBI: 126 34 4 GRA: 126/40,126/40
CP_LNK GVI: 117 40 FBI: 126 34 5 GRA: 126/41,126/41
CP_LNK GVI: 117 41 FBI: 126 34 6 GRA: 126/42,126/42
CP_LNK GVI: 117 42 FBI: 126 34 7 GRA: 126/43,126/43
CP_LNK GVI: 117 43 FBI: 126 34 8 GRA: 126/44,126/44
CP_LNK FBI: 126 34 2 GVI: 135 37 GRA: 135/38,135/38
CP_LNK GVI: 115 24 FBI: 124 20 3 GRA: 124/25,124/25
CP_LNK FBI: 113 13 2 FBI: 126 12 3 GRA: 121/17,126/17
CP_LNK GVI: 104 17 FBI: 113 13 3 GRA: 113/18,113/18
CP_LNK FBI: 124 26 2 FBI: 137 20 3 GRA: 133/30,135/30,135/25,137/25
CP_LNK FBI: 124 20 2 FBI: 137 20 2 GRA: 133/24,137/24
CP_LNK IFP: 115 30 FBI: 124 26 3 GRA: 124/31,124/31
CP_LNK IFP: 115 29 FBI: 124 26 2 GRA: 124/30,124/30
CP_LNK FBI: 137 20 2 GVI: 145 23 GRA: 145/24,145/24
CP_LNK FBI: 100 20 2 FBI: 124 20 2 GRA: 108/24,124/24
CP_LNK GVI: 91 23 FBI: 100 20 2 GRA: 100/24,100/24
CP_LNK IFP: 117 15 FBI: 126 12 2 GRA: 126/16,126/16
CP_LNK IFP: 91 24 FBI: 100 20 3 GRA: 100/25,100/25
CP_LNK FBI: 126 12 2 GVI: 133 15 GRA: 133/16,133/16
CP_LNK FBI: 126 12 2 FBI: 136 3 3 GRA: 133/16,134/16,134/8,136/8
CP_SEC "verschaling_meting" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 4 EXEC: 3 TEXT: In deze sectie kan een meting worden verschaald naar de gewenste
...TXT waarde.
...TXT 
CP_IFP "AnaIogIn" 23 6 FP_IO_OUTPUT
CP_IFP "MeetwMax" 23 8 FP_IO_OUTPUT
CP_IFP "MeetwMin" 23 7 FP_IO_OUTPUT
CP_IFP "Meetw" 40 7 FP_IO_INPUT
CP_FBI "I_SCALE" 32 3 CODID: 1 NAME: ".4.9" TEXT:
CP_LNK IFP: 23 6 FBI: 32 3 2 GRA: 32/7,32/7
CP_LNK IFP: 23 8 FBI: 32 3 4 GRA: 32/9,32/9
CP_LNK IFP: 23 7 FBI: 32 3 3 GRA: 32/8,32/8
CP_LNK FBI: 32 3 3 IFP: 40 7 GRA: 40/8,40/8
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DFB_DIGA "11/02/05 13:16:25" TEXT:
CP_DFB "DFB_DIGA" HEIGHT/WIDTH: 27 9 FBTK_DFB "11/02/05 13:16:25" TEXT: De dfb DIGA is een functieblok waarin een 16 alarmeringen
...TXT verwerkt worden.
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_DIGA{1,2}
CL_FRM "Acoftijd" ID_4 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "Accept" ID_5 SHOW POSL 24 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Rst_alg" ID_6 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Ond_wrd" ID_18 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Pri_wrd" ID_19 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_pri" ID_22 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_sec" ID_23 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Sta_wrd" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "VerzStr" ID_25 SHOW POSR 23 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: vezamelstoring
CL_FRM "Meld_1" ID_26 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_2" ID_27 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_3" ID_28 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_4" ID_29 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_5" ID_30 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_6" ID_31 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_7" ID_32 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_8" ID_33 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_9" ID_34 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_10" ID_35 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_11" ID_36 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_12" ID_37 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_13" ID_38 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_14" ID_39 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_15" ID_40 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_16" ID_41 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_1" ID_42 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_2" ID_43 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_3" ID_44 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_4" ID_45 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_5" ID_46 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_6" ID_47 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_8" ID_49 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_9" ID_50 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_10" ID_51 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_7" ID_53 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_11" ID_54 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_12" ID_55 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_13" ID_56 SHOW POSR 18 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_14" ID_57 SHOW POSR 19 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_15" ID_58 SHOW POSR 20 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_16" ID_59 SHOW POSR 21 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "OR_WORD" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE WORD VAL: 30 TEXT:
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BIT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "BIT0" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "NE_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
CP_GV2 "bed_wrd_reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_wrd_storing_geaccepteerd" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_wrd_storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "alarmen_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "conversie_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "tijdvertr" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "conversie_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 3 EXEC: 1 TEXT:
CP_IFP "Ond_wrd" 41 7 FP_IO_OUTPUT
CP_IFP "Bed_wrd" 4 26 FP_IO_OUTPUT
CP_IFP "Pri_wrd" 4 6 FP_IO_OUTPUT
CP_IFP "Alw_pri" 23 46 FP_IO_INPUT
CP_IFP "Alw_sec" 60 47 FP_IO_INPUT
CP_IFP "Sta_wrd" 60 72 FP_IO_INPUT
CP_IFP "VerzStr" 1 71 FP_IO_OUTPUT
CP_FBI "WORD_TO_BIT" 13 3 CODID: 1 NAME: "primair_woord" TEXT:
CP_FBI "SEL" 10 68 CODID: 6 NAME: ".3.15" ANY: IEC_INT_ID TEXT:
CP_FBI "WORD_TO_BIT" 13 23 CODID: 2 NAME: "bedien_woord" TEXT:
CP_FBI "WORD_TO_BIT" 50 4 CODID: 3 NAME: "onderdrukken_woord" TEXT:
CP_FBI "BIT_TO_WORD" 13 43 CODID: 4 NAME: ".3.9" TEXT:
CP_FBI "BIT_TO_WORD" 50 44 CODID: 5 NAME: ".3.10" TEXT:
CP_FBI "SEL" 31 68 CODID: 7 NAME: ".3.16" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 53 68 CODID: 8 NAME: ".3.17" ANY: IEC_INT_ID TEXT:
CP_GVI NAMED_VAR: "bed_wrd_bit11" 23 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit10" 23 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit9" 23 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit8" 23 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit7" 23 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit6" 23 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit5" 23 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit4" 23 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit3" 23 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 23 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_1" 4 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_2" 4 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_3" 4 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_4" 4 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_5" 4 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_6" 4 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_7" 4 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_8" 4 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_9" 4 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_10" 4 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_11" 4 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_12" 4 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_13" 4 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_14" 4 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_15" 4 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_16" 4 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_1" 41 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_2" 41 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_3" 41 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_4" 41 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_5" 41 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_6" 41 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_7" 41 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_8" 41 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_9" 41 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_10" 41 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_11" 41 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_12" 41 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_13" 41 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_14" 41 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_15" 41 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_16" 41 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_1" 60 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_2" 60 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_3" 60 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_4" 60 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_5" 60 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_6" 60 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_7" 60 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_8" 60 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_9" 60 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_10" 60 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_11" 60 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_12" 60 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_13" 60 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_14" 60 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_15" 60 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_16" 60 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit16" 23 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit15" 23 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit14" 23 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit13" 23 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit12" 23 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit2" 23 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_1" 23 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_2" 23 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_3" 23 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_4" 23 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_5" 23 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_6" 23 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_7" 23 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_8" 23 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_9" 23 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_10" 23 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_11" 23 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_12" 23 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_13" 23 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_14" 23 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_15" 23 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_16" 23 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_wrd_storing_geaccepteerd" 22 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost" 44 71 FP_IO_OUTPUT
CP_CON 22 73 IEC_INT_ID 2
CP_CON 1 72 IEC_INT_ID 0
CP_CON 1 73 IEC_INT_ID 1
CP_CON 44 73 IEC_INT_ID 3
CP_LNK IFP: 41 7 FBI: 50 4 2 GRA: 50/8,50/8
CP_LNK IFP: 4 26 FBI: 13 23 2 GRA: 13/27,13/27
CP_LNK IFP: 4 6 FBI: 13 3 2 GRA: 13/7,13/7
CP_LNK FBI: 13 43 2 IFP: 23 46 GRA: 23/47,23/47
CP_LNK FBI: 50 44 2 IFP: 60 47 GRA: 60/48,60/48
CP_LNK FBI: 13 23 12 GVI: 23 36 GRA: 23/37,23/37
CP_LNK FBI: 13 23 11 GVI: 23 35 GRA: 23/36,23/36
CP_LNK FBI: 13 23 10 GVI: 23 34 GRA: 23/35,23/35
CP_LNK FBI: 13 23 9 GVI: 23 33 GRA: 23/34,23/34
CP_LNK FBI: 13 23 8 GVI: 23 32 GRA: 23/33,23/33
CP_LNK FBI: 13 23 7 GVI: 23 31 GRA: 23/32,23/32
CP_LNK FBI: 13 23 6 GVI: 23 30 GRA: 23/31,23/31
CP_LNK FBI: 13 23 5 GVI: 23 29 GRA: 23/30,23/30
CP_LNK FBI: 13 23 4 GVI: 23 28 GRA: 23/29,23/29
CP_LNK FBI: 13 23 2 GVI: 23 26 GRA: 23/27,23/27
CP_LNK GVI: 4 46 FBI: 13 43 2 GRA: 13/47,13/47
CP_LNK GVI: 4 47 FBI: 13 43 3 GRA: 13/48,13/48
CP_LNK GVI: 4 48 FBI: 13 43 4 GRA: 13/49,13/49
CP_LNK GVI: 4 49 FBI: 13 43 5 GRA: 13/50,13/50
CP_LNK GVI: 4 50 FBI: 13 43 6 GRA: 13/51,13/51
CP_LNK GVI: 4 51 FBI: 13 43 7 GRA: 13/52,13/52
CP_LNK GVI: 4 52 FBI: 13 43 8 GRA: 13/53,13/53
CP_LNK GVI: 4 53 FBI: 13 43 9 GRA: 13/54,13/54
CP_LNK GVI: 4 54 FBI: 13 43 10 GRA: 13/55,13/55
CP_LNK GVI: 4 55 FBI: 13 43 11 GRA: 13/56,13/56
CP_LNK GVI: 4 56 FBI: 13 43 12 GRA: 13/57,13/57
CP_LNK GVI: 4 57 FBI: 13 43 13 GRA: 13/58,13/58
CP_LNK GVI: 4 58 FBI: 13 43 14 GRA: 13/59,13/59
CP_LNK GVI: 4 59 FBI: 13 43 15 GRA: 13/60,13/60
CP_LNK GVI: 4 60 FBI: 13 43 16 GRA: 13/61,13/61
CP_LNK GVI: 4 61 FBI: 13 43 17 GRA: 13/62,13/62
CP_LNK GVI: 41 47 FBI: 50 44 2 GRA: 50/48,50/48
CP_LNK GVI: 41 48 FBI: 50 44 3 GRA: 50/49,50/49
CP_LNK GVI: 41 49 FBI: 50 44 4 GRA: 50/50,50/50
CP_LNK GVI: 41 50 FBI: 50 44 5 GRA: 50/51,50/51
CP_LNK GVI: 41 51 FBI: 50 44 6 GRA: 50/52,50/52
CP_LNK GVI: 41 52 FBI: 50 44 7 GRA: 50/53,50/53
CP_LNK GVI: 41 53 FBI: 50 44 8 GRA: 50/54,50/54
CP_LNK GVI: 41 54 FBI: 50 44 9 GRA: 50/55,50/55
CP_LNK GVI: 41 55 FBI: 50 44 10 GRA: 50/56,50/56
CP_LNK GVI: 41 56 FBI: 50 44 11 GRA: 50/57,50/57
CP_LNK GVI: 41 57 FBI: 50 44 12 GRA: 50/58,50/58
CP_LNK GVI: 41 58 FBI: 50 44 13 GRA: 50/59,50/59
CP_LNK GVI: 41 59 FBI: 50 44 14 GRA: 50/60,50/60
CP_LNK GVI: 41 60 FBI: 50 44 15 GRA: 50/61,50/61
CP_LNK GVI: 41 61 FBI: 50 44 16 GRA: 50/62,50/62
CP_LNK GVI: 41 62 FBI: 50 44 17 GRA: 50/63,50/63
CP_LNK FBI: 50 4 2 GVI: 60 7 GRA: 60/8,60/8
CP_LNK FBI: 50 4 3 GVI: 60 8 GRA: 60/9,60/9
CP_LNK FBI: 50 4 4 GVI: 60 9 GRA: 60/10,60/10
CP_LNK FBI: 50 4 5 GVI: 60 10 GRA: 60/11,60/11
CP_LNK FBI: 50 4 6 GVI: 60 11 GRA: 60/12,60/12
CP_LNK FBI: 50 4 7 GVI: 60 12 GRA: 60/13,60/13
CP_LNK FBI: 50 4 8 GVI: 60 13 GRA: 60/14,60/14
CP_LNK FBI: 50 4 9 GVI: 60 14 GRA: 60/15,60/15
CP_LNK FBI: 50 4 10 GVI: 60 15 GRA: 60/16,60/16
CP_LNK FBI: 50 4 11 GVI: 60 16 GRA: 60/17,60/17
CP_LNK FBI: 50 4 12 GVI: 60 17 GRA: 60/18,60/18
CP_LNK FBI: 50 4 13 GVI: 60 18 GRA: 60/19,60/19
CP_LNK FBI: 50 4 14 GVI: 60 19 GRA: 60/20,60/20
CP_LNK FBI: 50 4 15 GVI: 60 20 GRA: 60/21,60/21
CP_LNK FBI: 50 4 16 GVI: 60 21 GRA: 60/22,60/22
CP_LNK FBI: 50 4 17 GVI: 60 22 GRA: 60/23,60/23
CP_LNK FBI: 13 23 17 GVI: 23 41 GRA: 23/42,23/42
CP_LNK FBI: 13 23 16 GVI: 23 40 GRA: 23/41,23/41
CP_LNK FBI: 13 23 15 GVI: 23 39 GRA: 23/40,23/40
CP_LNK FBI: 13 23 14 GVI: 23 38 GRA: 23/39,23/39
CP_LNK FBI: 13 23 13 GVI: 23 37 GRA: 23/38,23/38
CP_LNK FBI: 13 23 3 GVI: 23 27 GRA: 23/28,23/28
CP_LNK FBI: 13 3 2 GVI: 23 6 GRA: 23/7,23/7
CP_LNK FBI: 13 3 3 GVI: 23 7 GRA: 23/8,23/8
CP_LNK FBI: 13 3 4 GVI: 23 8 GRA: 23/9,23/9
CP_LNK FBI: 13 3 5 GVI: 23 9 GRA: 23/10,23/10
CP_LNK FBI: 13 3 6 GVI: 23 10 GRA: 23/11,23/11
CP_LNK FBI: 13 3 7 GVI: 23 11 GRA: 23/12,23/12
CP_LNK FBI: 13 3 8 GVI: 23 12 GRA: 23/13,23/13
CP_LNK FBI: 13 3 9 GVI: 23 13 GRA: 23/14,23/14
CP_LNK FBI: 13 3 10 GVI: 23 14 GRA: 23/15,23/15
CP_LNK FBI: 13 3 11 GVI: 23 15 GRA: 23/16,23/16
CP_LNK FBI: 13 3 12 GVI: 23 16 GRA: 23/17,23/17
CP_LNK FBI: 13 3 13 GVI: 23 17 GRA: 23/18,23/18
CP_LNK FBI: 13 3 14 GVI: 23 18 GRA: 23/19,23/19
CP_LNK FBI: 13 3 15 GVI: 23 19 GRA: 23/20,23/20
CP_LNK FBI: 13 3 16 GVI: 23 20 GRA: 23/21,23/21
CP_LNK FBI: 13 3 17 GVI: 23 21 GRA: 23/22,23/22
CP_LNK GVI: 22 71 FBI: 31 68 2 GRA: 31/72,31/72
CP_LNK FBI: 10 68 3 FBI: 31 68 3 GRA: 17/73,31/73
CP_LNK CON: 22 73 FBI: 31 68 4 GRA: 31/74,31/74
CP_LNK CON: 1 72 FBI: 10 68 3 GRA: 10/73,10/73
CP_LNK CON: 1 73 FBI: 10 68 4 GRA: 10/74,10/74
CP_LNK FBI: 53 68 3 IFP: 60 72 GRA: 60/73,60/73
CP_LNK CON: 44 73 FBI: 53 68 4 GRA: 53/74,53/74
CP_LNK FBI: 31 68 3 FBI: 53 68 3 GRA: 38/73,53/73
CP_LNK GVI: 44 71 FBI: 53 68 2 GRA: 53/72,53/72
CP_LNK IFP: 1 71 FBI: 10 68 2 GRA: 10/72,10/72
CP_SEC "alarmen_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 2 TEXT:
CP_IFP "Str_1" 50 12 FP_IO_INPUT
CP_IFP "Meld_1" 6 11 FP_IO_OUTPUT
CP_IFP "Alw_pri" 239 24 FP_IO_OUTPUT
CP_IFP "VerzStr" 269 24 FP_IO_INPUT
CP_IFP "Acoftijd" 6 18 FP_IO_OUTPUT
CP_IFP "Str_2" 50 30 FP_IO_INPUT
CP_IFP "Meld_2" 6 29 FP_IO_OUTPUT
CP_IFP "Meld_3" 6 46 FP_IO_OUTPUT
CP_IFP "Str_3" 50 47 FP_IO_INPUT
CP_IFP "Str_4" 50 64 FP_IO_INPUT
CP_IFP "Meld_4" 6 63 FP_IO_OUTPUT
CP_IFP "Meld_5" 6 80 FP_IO_OUTPUT
CP_IFP "Str_5" 50 81 FP_IO_INPUT
CP_IFP "Str_6" 125 12 FP_IO_INPUT
CP_IFP "Meld_6" 81 11 FP_IO_OUTPUT
CP_IFP "Meld_7" 81 29 FP_IO_OUTPUT
CP_IFP "Meld_8" 81 46 FP_IO_OUTPUT
CP_IFP "Meld_9" 81 63 FP_IO_OUTPUT
CP_IFP "Meld_10" 81 80 FP_IO_OUTPUT
CP_IFP "Str_10" 125 81 FP_IO_INPUT
CP_IFP "Str_9" 125 64 FP_IO_INPUT
CP_IFP "Str_8" 125 47 FP_IO_INPUT
CP_IFP "Str_7" 125 30 FP_IO_INPUT
CP_IFP "Str_16" 277 12 FP_IO_INPUT
CP_IFP "Meld_16" 233 11 FP_IO_OUTPUT
CP_IFP "Str_11" 200 13 FP_IO_INPUT
CP_IFP "Str_12" 200 31 FP_IO_INPUT
CP_IFP "Str_13" 200 48 FP_IO_INPUT
CP_IFP "Str_14" 200 65 FP_IO_INPUT
CP_IFP "Str_15" 200 82 FP_IO_INPUT
CP_IFP "Meld_15" 156 81 FP_IO_OUTPUT
CP_IFP "Meld_14" 156 64 FP_IO_OUTPUT
CP_IFP "Meld_13" 156 47 FP_IO_OUTPUT
CP_IFP "Meld_12" 156 30 FP_IO_OUTPUT
CP_IFP "Meld_11" 156 12 FP_IO_OUTPUT
CP_IFP "Alw_sec" 239 25 FP_IO_OUTPUT
CP_IFP "Rst_alg" 263 45 FP_IO_OUTPUT
CP_IFP "Accept" 263 44 FP_IO_OUTPUT
CP_IFP "Accept" 252 30 FP_IO_OUTPUT
CP_IFP "Rst_alg" 239 39 FP_IO_OUTPUT
CP_IFP "VerzStr" 239 31 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 15 8 CODID: 1 NAME: ".1.97" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 29 8 CODID: 2 NAME: "FBI_1_98" TEXT:
CP_FBI "RS" 43 9 CODID: 3 NAME: "FBI_1_184" TEXT:
CP_FBI "AND_BOOL" 52 14 CODID: 4 NAME: ".1.100" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 4 CODID: 5 NAME: ".1.101" TEXT:
CP_FBI "OR_WORD" 248 21 CODID: 6 NAME: ".1.102" TEXT:
CP_FBI "NE_WORD" 261 21 CODID: 7 NAME: ".1.103" TEXT:
CP_FBI "OR_BOOL" 248 35 CODID: 85 NAME: ".1.201" TEXT:
CP_FBI "TIME_MUL_INT" 15 14 CODID: 8 NAME: ".1.106" TEXT:
CP_FBI "AND_BOOL" 15 26 CODID: 9 NAME: ".1.107" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 29 26 CODID: 10 NAME: "FBI_1_108" TEXT:
CP_FBI "RS" 43 27 CODID: 11 NAME: "FBI_1_185" TEXT:
CP_FBI "AND_BOOL" 52 32 CODID: 12 NAME: ".1.110" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 22 CODID: 13 NAME: ".1.111" TEXT:
CP_FBI "AND_BOOL" 15 43 CODID: 14 NAME: ".1.113" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 29 43 CODID: 15 NAME: "FBI_1_114" TEXT:
CP_FBI "RS" 43 44 CODID: 16 NAME: "FBI_1_186" TEXT:
CP_FBI "AND_BOOL" 52 49 CODID: 17 NAME: ".1.116" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 39 CODID: 18 NAME: ".1.117" TEXT:
CP_FBI "AND_BOOL" 15 60 CODID: 19 NAME: ".1.118" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 29 60 CODID: 20 NAME: "FBI_1_119" TEXT:
CP_FBI "RS" 43 61 CODID: 21 NAME: "FBI_1_187" TEXT:
CP_FBI "AND_BOOL" 52 66 CODID: 22 NAME: ".1.121" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 56 CODID: 23 NAME: ".1.122" TEXT:
CP_FBI "AND_BOOL" 15 77 CODID: 24 NAME: ".1.123" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 29 77 CODID: 25 NAME: "FBI_1_124" TEXT:
CP_FBI "RS" 43 78 CODID: 26 NAME: "FBI_1_188" TEXT:
CP_FBI "AND_BOOL" 52 83 CODID: 27 NAME: ".1.126" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 73 CODID: 28 NAME: ".1.127" TEXT:
CP_FBI "AND_BOOL" 90 8 CODID: 29 NAME: ".1.128" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 104 8 CODID: 30 NAME: "FBI_1_129" TEXT:
CP_FBI "RS" 118 9 CODID: 31 NAME: "FBI_1_189" TEXT:
CP_FBI "AND_BOOL" 127 14 CODID: 32 NAME: ".1.131" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 127 4 CODID: 33 NAME: ".1.132" TEXT:
CP_FBI "AND_BOOL" 242 8 CODID: 54 NAME: ".1.154" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 90 26 CODID: 34 NAME: ".1.134" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 104 26 CODID: 35 NAME: "FBI_1_135" TEXT:
CP_FBI "RS" 118 27 CODID: 36 NAME: "FBI_1_190" TEXT:
CP_FBI "AND_BOOL" 127 32 CODID: 37 NAME: ".1.137" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 127 22 CODID: 38 NAME: ".1.138" TEXT:
CP_FBI "AND_BOOL" 90 43 CODID: 39 NAME: ".1.139" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 104 43 CODID: 40 NAME: "FBI_1_140" TEXT:
CP_FBI "RS" 118 44 CODID: 41 NAME: "FBI_1_191" TEXT:
CP_FBI "AND_BOOL" 127 49 CODID: 42 NAME: ".1.142" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 127 39 CODID: 43 NAME: ".1.143" TEXT:
CP_FBI "AND_BOOL" 90 60 CODID: 44 NAME: ".1.144" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 104 60 CODID: 45 NAME: "FBI_1_145" TEXT:
CP_FBI "RS" 118 61 CODID: 46 NAME: "FBI_1_192" TEXT:
CP_FBI "AND_BOOL" 127 66 CODID: 47 NAME: ".1.147" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 127 56 CODID: 48 NAME: ".1.148" TEXT:
CP_FBI "AND_BOOL" 90 77 CODID: 49 NAME: ".1.149" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 104 77 CODID: 50 NAME: "FBI_1_150" TEXT:
CP_FBI "RS" 118 78 CODID: 51 NAME: "FBI_1_193" TEXT:
CP_FBI "AND_BOOL" 127 83 CODID: 52 NAME: ".1.152" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 127 73 CODID: 53 NAME: ".1.153" TEXT:
CP_FBI "TON" 256 8 CODID: 55 NAME: "FBI_1_155" TEXT:
CP_FBI "RS" 270 9 CODID: 56 NAME: "FBI_1_199" TEXT:
CP_FBI "AND_BOOL" 279 14 CODID: 57 NAME: ".1.157" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 279 4 CODID: 58 NAME: ".1.158" TEXT:
CP_FBI "AND_BOOL" 165 9 CODID: 59 NAME: ".1.159" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 179 9 CODID: 60 NAME: "FBI_1_160" TEXT:
CP_FBI "RS" 193 10 CODID: 61 NAME: "FBI_1_198" TEXT:
CP_FBI "AND_BOOL" 202 15 CODID: 62 NAME: ".1.162" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 202 5 CODID: 63 NAME: ".1.163" TEXT:
CP_FBI "AND_BOOL" 165 27 CODID: 64 NAME: ".1.164" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 179 27 CODID: 65 NAME: "FBI_1_165" TEXT:
CP_FBI "RS" 193 28 CODID: 66 NAME: "FBI_1_197" TEXT:
CP_FBI "AND_BOOL" 202 33 CODID: 67 NAME: ".1.167" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 202 23 CODID: 68 NAME: ".1.168" TEXT:
CP_FBI "AND_BOOL" 165 44 CODID: 69 NAME: ".1.169" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 179 44 CODID: 70 NAME: "FBI_1_170" TEXT:
CP_FBI "RS" 193 45 CODID: 71 NAME: "FBI_1_196" TEXT:
CP_FBI "AND_BOOL" 202 50 CODID: 72 NAME: ".1.172" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 202 40 CODID: 73 NAME: ".1.173" TEXT:
CP_FBI "AND_BOOL" 165 61 CODID: 74 NAME: ".1.174" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 179 61 CODID: 75 NAME: "FBI_1_175" TEXT:
CP_FBI "RS" 193 62 CODID: 76 NAME: "FBI_1_195" TEXT:
CP_FBI "AND_BOOL" 202 67 CODID: 77 NAME: ".1.177" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 202 57 CODID: 78 NAME: ".1.178" TEXT:
CP_FBI "AND_BOOL" 165 78 CODID: 79 NAME: ".1.179" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 179 78 CODID: 80 NAME: "FBI_1_180" TEXT:
CP_FBI "RS" 193 79 CODID: 81 NAME: "FBI_1_194" TEXT:
CP_FBI "AND_BOOL" 202 84 CODID: 82 NAME: ".1.182" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 202 74 CODID: 83 NAME: ".1.183" TEXT:
CP_FBI "AND_BOOL" 272 48 CODID: 84 NAME: ".1.200" DRAW: 15 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3,FBIPH_INPUT/4,FBIPH_INPUT/5,FBIPH_INPUT/6,FBIPH_INPUT/7,FBIPH_INPUT/8,FBIPH_INPUT/9,FBIPH_INPUT/10,FBIPH_INPUT/11
...INV ,FBIPH_INPUT/12,FBIPH_INPUT/13,FBIPH_INPUT/14,FBIPH_INPUT/15,FBIPH_INPUT/16,FBIPH_INPUT/17
CP_FBI "AND_BOOL" 272 35 CODID: 86 NAME: ".1.202" TEXT:
CP_FBI "OR_BOOL" 248 28 CODID: 87 NAME: ".1.203" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "RS" 261 27 CODID: 88 NAME: "FBI_1_204" TEXT:
CP_FBI "AND_BOOL" 272 41 CODID: 89 NAME: ".1.205" TEXT:
CP_FBI "OR_BOOL" 286 35 CODID: 90 NAME: ".1.206" TEXT:
CP_GVI NAMED_VAR: "reset" 34 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_1" 6 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_1" 61 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_1" 61 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_1" 43 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_1" 43 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 25 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "reset" 34 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_2" 61 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_2" 43 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_2" 61 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_2" 43 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_2" 6 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 34 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_3" 61 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_3" 43 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_3" 61 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_3" 43 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_3" 6 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 34 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_4" 43 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_4" 61 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_4" 43 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_4" 61 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_4" 6 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 34 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_5" 43 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_5" 61 76 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_5" 43 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_5" 61 86 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_5" 6 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 109 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 95 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 109 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 95 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 109 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 95 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 109 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 95 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 109 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 95 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_6" 118 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_6" 118 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_6" 136 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_6" 136 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_6" 81 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_7" 81 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_7" 118 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_7" 136 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_7" 118 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_7" 136 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_8" 81 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_8" 118 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_8" 136 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_8" 118 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_8" 136 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_9" 81 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_9" 136 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_9" 118 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_9" 136 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_9" 118 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_10" 81 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_10" 136 86 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_10" 118 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_10" 136 76 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_10" 118 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 261 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 247 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_16" 270 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_16" 288 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_16" 270 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_16" 288 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_16" 233 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 184 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 170 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 184 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 170 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 184 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 170 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 184 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 170 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 184 83 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 170 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_11" 193 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_11" 211 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_11" 193 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_11" 211 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_11" 156 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_12" 211 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_12" 193 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_12" 211 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_12" 193 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_12" 156 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_13" 211 43 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_13" 193 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_13" 211 53 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_13" 193 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_13" 156 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_14" 193 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_14" 211 60 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_14" 193 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_14" 211 70 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_14" 156 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_15" 193 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_15" 211 77 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_15" 193 88 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_15" 211 87 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_15" 156 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld1" 36 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld2" 36 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld3" 36 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld4" 36 63 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld5" 36 80 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld6" 111 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld7" 111 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld8" 111 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld9" 111 63 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld10" 111 80 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld11" 186 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld12" 186 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld13" 186 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld14" 186 64 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld15" 186 81 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld16" 263 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld1" 263 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld2" 263 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld3" 263 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld4" 263 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld5" 263 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld6" 263 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld7" 263 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld8" 263 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld9" 263 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld10" 263 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld11" 263 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld12" 263 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld13" 263 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld14" 263 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld15" 263 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld16" 263 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_storing_geaccepteerd" 263 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost" 281 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost" 263 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 239 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 294 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 239 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_storing_geaccepteerd" 268 30 FP_IO_INPUT
CP_CON 252 25 IEC_WORD_ID 0
CP_CON 6 17 IEC_TIME_ID T#1s
CP_LNK GVI: 34 13 FBI: 43 9 3 GRA: 43/14,43/14
CP_LNK GVI: 6 12 FBI: 15 8 3 GRA: 15/13,15/13
CP_LNK FBI: 52 14 2 GVI: 61 17 GRA: 61/18,61/18
CP_LNK FBI: 52 4 2 GVI: 61 7 GRA: 61/8,61/8
CP_LNK FBI: 29 8 2 GVI: 36 11 GRA: 36/12,36/12
CP_LNK FBI: 29 8 2 FBI: 43 9 2 GRA: 36/12,37/12,37/13,43/13
CP_LNK FBI: 15 8 2 FBI: 29 8 2 GRA: 24/12,29/12
CP_LNK GVI: 43 7 FBI: 52 4 2 GRA: 52/8,52/8
CP_LNK FBI: 43 9 2 FBI: 52 14 2 GRA: 50/13,51/13,51/18,52/18
CP_LNK FBI: 43 9 2 IFP: 50 12 GRA: 50/13,50/13
CP_LNK FBI: 43 9 2 FBI: 52 4 3 GRA: 50/13,51/13,51/9,52/9
CP_LNK GVI: 43 18 FBI: 52 14 3 GRA: 52/19,52/19
CP_LNK GVI: 20 12 FBI: 29 8 3 GRA: 29/13,29/13
CP_LNK IFP: 6 11 FBI: 15 8 2 GRA: 15/12,15/12
CP_LNK IFP: 239 24 FBI: 248 21 2 GRA: 248/25,248/25
CP_LNK FBI: 248 21 2 FBI: 261 21 2 GRA: 256/25,261/25
CP_LNK CON: 252 25 FBI: 261 21 3 GRA: 261/26,261/26
CP_LNK FBI: 261 21 2 IFP: 269 24 GRA: 269/25,269/25
CP_LNK FBI: 15 14 2 GVI: 25 17 GRA: 25/18,25/18
CP_LNK IFP: 6 18 FBI: 15 14 3 GRA: 15/19,15/19
CP_LNK CON: 6 17 FBI: 15 14 2 GRA: 15/18,15/18
CP_LNK GVI: 34 31 FBI: 43 27 3 GRA: 43/32,43/32
CP_LNK FBI: 29 26 2 GVI: 36 29 GRA: 36/30,36/30
CP_LNK FBI: 29 26 2 FBI: 43 27 2 GRA: 36/30,37/30,37/31,43/31
CP_LNK FBI: 15 26 2 FBI: 29 26 2 GRA: 24/30,29/30
CP_LNK FBI: 43 27 2 FBI: 52 32 2 GRA: 50/31,51/31,51/36,52/36
CP_LNK FBI: 43 27 2 IFP: 50 30 GRA: 50/31,50/31
CP_LNK FBI: 43 27 2 FBI: 52 22 3 GRA: 50/31,51/31,51/27,52/27
CP_LNK GVI: 20 30 FBI: 29 26 3 GRA: 29/31,29/31
CP_LNK FBI: 52 22 2 GVI: 61 25 GRA: 61/26,61/26
CP_LNK GVI: 43 25 FBI: 52 22 2 GRA: 52/26,52/26
CP_LNK FBI: 52 32 2 GVI: 61 35 GRA: 61/36,61/36
CP_LNK GVI: 43 36 FBI: 52 32 3 GRA: 52/37,52/37
CP_LNK GVI: 6 30 FBI: 15 26 3 GRA: 15/31,15/31
CP_LNK IFP: 6 29 FBI: 15 26 2 GRA: 15/30,15/30
CP_LNK FBI: 43 44 2 FBI: 52 49 2 GRA: 50/48,51/48,51/53,52/53
CP_LNK FBI: 43 44 2 IFP: 50 47 GRA: 50/48,50/48
CP_LNK FBI: 43 44 2 FBI: 52 39 3 GRA: 50/48,51/48,51/44,52/44
CP_LNK GVI: 34 48 FBI: 43 44 3 GRA: 43/49,43/49
CP_LNK FBI: 29 43 2 GVI: 36 46 GRA: 36/47,36/47
CP_LNK FBI: 29 43 2 FBI: 43 44 2 GRA: 36/47,37/47,37/48,43/48
CP_LNK FBI: 15 43 2 FBI: 29 43 2 GRA: 24/47,29/47
CP_LNK GVI: 20 47 FBI: 29 43 3 GRA: 29/48,29/48
CP_LNK FBI: 52 39 2 GVI: 61 42 GRA: 61/43,61/43
CP_LNK GVI: 43 42 FBI: 52 39 2 GRA: 52/43,52/43
CP_LNK FBI: 52 49 2 GVI: 61 52 GRA: 61/53,61/53
CP_LNK GVI: 43 53 FBI: 52 49 3 GRA: 52/54,52/54
CP_LNK GVI: 6 47 FBI: 15 43 3 GRA: 15/48,15/48
CP_LNK IFP: 6 46 FBI: 15 43 2 GRA: 15/47,15/47
CP_LNK FBI: 43 61 2 FBI: 52 66 2 GRA: 50/65,51/65,51/70,52/70
CP_LNK FBI: 43 61 2 IFP: 50 64 GRA: 50/65,50/65
CP_LNK FBI: 43 61 2 FBI: 52 56 3 GRA: 50/65,51/65,51/61,52/61
CP_LNK GVI: 34 65 FBI: 43 61 3 GRA: 43/66,43/66
CP_LNK FBI: 29 60 2 GVI: 36 63 GRA: 36/64,36/64
CP_LNK FBI: 29 60 2 FBI: 43 61 2 GRA: 36/64,37/64,37/65,43/65
CP_LNK FBI: 15 60 2 FBI: 29 60 2 GRA: 24/64,29/64
CP_LNK GVI: 20 64 FBI: 29 60 3 GRA: 29/65,29/65
CP_LNK GVI: 43 59 FBI: 52 56 2 GRA: 52/60,52/60
CP_LNK FBI: 52 56 2 GVI: 61 59 GRA: 61/60,61/60
CP_LNK GVI: 43 70 FBI: 52 66 3 GRA: 52/71,52/71
CP_LNK FBI: 52 66 2 GVI: 61 69 GRA: 61/70,61/70
CP_LNK GVI: 6 64 FBI: 15 60 3 GRA: 15/65,15/65
CP_LNK IFP: 6 63 FBI: 15 60 2 GRA: 15/64,15/64
CP_LNK FBI: 43 78 2 FBI: 52 83 2 GRA: 50/82,51/82,51/87,52/87
CP_LNK FBI: 43 78 2 IFP: 50 81 GRA: 50/82,50/82
CP_LNK FBI: 43 78 2 FBI: 52 73 3 GRA: 50/82,51/82,51/78,52/78
CP_LNK GVI: 34 82 FBI: 43 78 3 GRA: 43/83,43/83
CP_LNK FBI: 29 77 2 GVI: 36 80 GRA: 36/81,36/81
CP_LNK FBI: 29 77 2 FBI: 43 78 2 GRA: 36/81,37/81,37/82,43/82
CP_LNK FBI: 15 77 2 FBI: 29 77 2 GRA: 24/81,29/81
CP_LNK GVI: 20 81 FBI: 29 77 3 GRA: 29/82,29/82
CP_LNK GVI: 43 76 FBI: 52 73 2 GRA: 52/77,52/77
CP_LNK FBI: 52 73 2 GVI: 61 76 GRA: 61/77,61/77
CP_LNK GVI: 43 87 FBI: 52 83 3 GRA: 52/88,52/88
CP_LNK FBI: 52 83 2 GVI: 61 86 GRA: 61/87,61/87
CP_LNK GVI: 6 81 FBI: 15 77 3 GRA: 15/82,15/82
CP_LNK IFP: 6 80 FBI: 15 77 2 GRA: 15/81,15/81
CP_LNK GVI: 109 13 FBI: 118 9 3 GRA: 118/14,118/14
CP_LNK FBI: 104 8 2 GVI: 111 11 GRA: 111/12,111/12
CP_LNK FBI: 104 8 2 FBI: 118 9 2 GRA: 111/12,112/12,112/13,118/13
CP_LNK FBI: 90 8 2 FBI: 104 8 2 GRA: 99/12,104/12
CP_LNK FBI: 118 9 2 FBI: 127 14 2 GRA: 125/13,126/13,126/18,127/18
CP_LNK FBI: 118 9 2 IFP: 125 12 GRA: 125/13,125/13
CP_LNK FBI: 118 9 2 FBI: 127 4 3 GRA: 125/13,126/13,126/9,127/9
CP_LNK GVI: 95 12 FBI: 104 8 3 GRA: 104/13,104/13
CP_LNK GVI: 109 31 FBI: 118 27 3 GRA: 118/32,118/32
CP_LNK FBI: 104 26 2 GVI: 111 29 GRA: 111/30,111/30
CP_LNK FBI: 104 26 2 FBI: 118 27 2 GRA: 111/30,112/30,112/31,118/31
CP_LNK FBI: 90 26 2 FBI: 104 26 2 GRA: 99/30,104/30
CP_LNK FBI: 118 27 2 FBI: 127 32 2 GRA: 125/31,126/31,126/36,127/36
CP_LNK FBI: 118 27 2 IFP: 125 30 GRA: 125/31,125/31
CP_LNK FBI: 118 27 2 FBI: 127 22 3 GRA: 125/31,126/31,126/27,127/27
CP_LNK GVI: 95 30 FBI: 104 26 3 GRA: 104/31,104/31
CP_LNK GVI: 109 48 FBI: 118 44 3 GRA: 118/49,118/49
CP_LNK FBI: 104 43 2 GVI: 111 46 GRA: 111/47,111/47
CP_LNK FBI: 104 43 2 FBI: 118 44 2 GRA: 111/47,112/47,112/48,118/48
CP_LNK FBI: 90 43 2 FBI: 104 43 2 GRA: 99/47,104/47
CP_LNK FBI: 118 44 2 FBI: 127 49 2 GRA: 125/48,126/48,126/53,127/53
CP_LNK FBI: 118 44 2 IFP: 125 47 GRA: 125/48,125/48
CP_LNK FBI: 118 44 2 FBI: 127 39 3 GRA: 125/48,126/48,126/44,127/44
CP_LNK GVI: 95 47 FBI: 104 43 3 GRA: 104/48,104/48
CP_LNK GVI: 109 65 FBI: 118 61 3 GRA: 118/66,118/66
CP_LNK FBI: 104 60 2 GVI: 111 63 GRA: 111/64,111/64
CP_LNK FBI: 104 60 2 FBI: 118 61 2 GRA: 111/64,112/64,112/65,118/65
CP_LNK FBI: 90 60 2 FBI: 104 60 2 GRA: 99/64,104/64
CP_LNK FBI: 118 61 2 FBI: 127 66 2 GRA: 125/65,126/65,126/70,127/70
CP_LNK FBI: 118 61 2 IFP: 125 64 GRA: 125/65,125/65
CP_LNK FBI: 118 61 2 FBI: 127 56 3 GRA: 125/65,126/65,126/61,127/61
CP_LNK GVI: 95 64 FBI: 104 60 3 GRA: 104/65,104/65
CP_LNK GVI: 109 82 FBI: 118 78 3 GRA: 118/83,118/83
CP_LNK FBI: 104 77 2 GVI: 111 80 GRA: 111/81,111/81
CP_LNK FBI: 104 77 2 FBI: 118 78 2 GRA: 111/81,112/81,112/82,118/82
CP_LNK FBI: 90 77 2 FBI: 104 77 2 GRA: 99/81,104/81
CP_LNK FBI: 118 78 2 FBI: 127 83 2 GRA: 125/82,126/82,126/87,127/87
CP_LNK FBI: 118 78 2 IFP: 125 81 GRA: 125/82,125/82
CP_LNK FBI: 118 78 2 FBI: 127 73 3 GRA: 125/82,126/82,126/78,127/78
CP_LNK GVI: 95 81 FBI: 104 77 3 GRA: 104/82,104/82
CP_LNK GVI: 118 18 FBI: 127 14 3 GRA: 127/19,127/19
CP_LNK GVI: 118 7 FBI: 127 4 2 GRA: 127/8,127/8
CP_LNK FBI: 127 4 2 GVI: 136 7 GRA: 136/8,136/8
CP_LNK FBI: 127 14 2 GVI: 136 17 GRA: 136/18,136/18
CP_LNK GVI: 81 12 FBI: 90 8 3 GRA: 90/13,90/13
CP_LNK GVI: 81 30 FBI: 90 26 3 GRA: 90/31,90/31
CP_LNK GVI: 118 36 FBI: 127 32 3 GRA: 127/37,127/37
CP_LNK FBI: 127 32 2 GVI: 136 35 GRA: 136/36,136/36
CP_LNK GVI: 118 25 FBI: 127 22 2 GRA: 127/26,127/26
CP_LNK FBI: 127 22 2 GVI: 136 25 GRA: 136/26,136/26
CP_LNK GVI: 81 47 FBI: 90 43 3 GRA: 90/48,90/48
CP_LNK GVI: 118 53 FBI: 127 49 3 GRA: 127/54,127/54
CP_LNK FBI: 127 49 2 GVI: 136 52 GRA: 136/53,136/53
CP_LNK GVI: 118 42 FBI: 127 39 2 GRA: 127/43,127/43
CP_LNK FBI: 127 39 2 GVI: 136 42 GRA: 136/43,136/43
CP_LNK GVI: 81 64 FBI: 90 60 3 GRA: 90/65,90/65
CP_LNK FBI: 127 66 2 GVI: 136 69 GRA: 136/70,136/70
CP_LNK GVI: 118 70 FBI: 127 66 3 GRA: 127/71,127/71
CP_LNK FBI: 127 56 2 GVI: 136 59 GRA: 136/60,136/60
CP_LNK GVI: 118 59 FBI: 127 56 2 GRA: 127/60,127/60
CP_LNK GVI: 81 81 FBI: 90 77 3 GRA: 90/82,90/82
CP_LNK FBI: 127 83 2 GVI: 136 86 GRA: 136/87,136/87
CP_LNK GVI: 118 87 FBI: 127 83 3 GRA: 127/88,127/88
CP_LNK FBI: 127 73 2 GVI: 136 76 GRA: 136/77,136/77
CP_LNK GVI: 118 76 FBI: 127 73 2 GRA: 127/77,127/77
CP_LNK IFP: 81 11 FBI: 90 8 2 GRA: 90/12,90/12
CP_LNK IFP: 81 29 FBI: 90 26 2 GRA: 90/30,90/30
CP_LNK IFP: 81 46 FBI: 90 43 2 GRA: 90/47,90/47
CP_LNK IFP: 81 63 FBI: 90 60 2 GRA: 90/64,90/64
CP_LNK IFP: 81 80 FBI: 90 77 2 GRA: 90/81,90/81
CP_LNK GVI: 261 13 FBI: 270 9 3 GRA: 270/14,270/14
CP_LNK FBI: 256 8 2 GVI: 263 11 GRA: 263/12,263/12
CP_LNK FBI: 256 8 2 FBI: 270 9 2 GRA: 263/12,264/12,264/13,270/13
CP_LNK FBI: 242 8 2 FBI: 256 8 2 GRA: 251/12,256/12
CP_LNK FBI: 270 9 2 FBI: 279 14 2 GRA: 277/13,278/13,278/18,279/18
CP_LNK FBI: 270 9 2 IFP: 277 12 GRA: 277/13,277/13
CP_LNK FBI: 270 9 2 FBI: 279 4 3 GRA: 277/13,278/13,278/9,279/9
CP_LNK GVI: 247 12 FBI: 256 8 3 GRA: 256/13,256/13
CP_LNK GVI: 270 7 FBI: 279 4 2 GRA: 279/8,279/8
CP_LNK FBI: 279 4 2 GVI: 288 7 GRA: 288/8,288/8
CP_LNK GVI: 270 18 FBI: 279 14 3 GRA: 279/19,279/19
CP_LNK FBI: 279 14 2 GVI: 288 17 GRA: 288/18,288/18
CP_LNK GVI: 233 12 FBI: 242 8 3 GRA: 242/13,242/13
CP_LNK IFP: 233 11 FBI: 242 8 2 GRA: 242/12,242/12
CP_LNK GVI: 184 14 FBI: 193 10 3 GRA: 193/15,193/15
CP_LNK FBI: 179 9 2 GVI: 186 12 GRA: 186/13,186/13
CP_LNK FBI: 179 9 2 FBI: 193 10 2 GRA: 186/13,187/13,187/14,193/14
CP_LNK FBI: 165 9 2 FBI: 179 9 2 GRA: 174/13,179/13
CP_LNK FBI: 193 10 2 FBI: 202 15 2 GRA: 200/14,201/14,201/19,202/19
CP_LNK FBI: 193 10 2 IFP: 200 13 GRA: 200/14,200/14
CP_LNK FBI: 193 10 2 FBI: 202 5 3 GRA: 200/14,201/14,201/10,202/10
CP_LNK GVI: 170 13 FBI: 179 9 3 GRA: 179/14,179/14
CP_LNK GVI: 184 32 FBI: 193 28 3 GRA: 193/33,193/33
CP_LNK FBI: 179 27 2 GVI: 186 30 GRA: 186/31,186/31
CP_LNK FBI: 179 27 2 FBI: 193 28 2 GRA: 186/31,187/31,187/32,193/32
CP_LNK FBI: 165 27 2 FBI: 179 27 2 GRA: 174/31,179/31
CP_LNK FBI: 193 28 2 FBI: 202 33 2 GRA: 200/32,201/32,201/37,202/37
CP_LNK FBI: 193 28 2 IFP: 200 31 GRA: 200/32,200/32
CP_LNK FBI: 193 28 2 FBI: 202 23 3 GRA: 200/32,201/32,201/28,202/28
CP_LNK GVI: 170 31 FBI: 179 27 3 GRA: 179/32,179/32
CP_LNK GVI: 184 49 FBI: 193 45 3 GRA: 193/50,193/50
CP_LNK FBI: 179 44 2 GVI: 186 47 GRA: 186/48,186/48
CP_LNK FBI: 179 44 2 FBI: 193 45 2 GRA: 186/48,187/48,187/49,193/49
CP_LNK FBI: 165 44 2 FBI: 179 44 2 GRA: 174/48,179/48
CP_LNK FBI: 193 45 2 FBI: 202 50 2 GRA: 200/49,201/49,201/54,202/54
CP_LNK FBI: 193 45 2 IFP: 200 48 GRA: 200/49,200/49
CP_LNK FBI: 193 45 2 FBI: 202 40 3 GRA: 200/49,201/49,201/45,202/45
CP_LNK GVI: 170 48 FBI: 179 44 3 GRA: 179/49,179/49
CP_LNK GVI: 184 66 FBI: 193 62 3 GRA: 193/67,193/67
CP_LNK FBI: 179 61 2 GVI: 186 64 GRA: 186/65,186/65
CP_LNK FBI: 179 61 2 FBI: 193 62 2 GRA: 186/65,187/65,187/66,193/66
CP_LNK FBI: 165 61 2 FBI: 179 61 2 GRA: 174/65,179/65
CP_LNK FBI: 193 62 2 FBI: 202 67 2 GRA: 200/66,201/66,201/71,202/71
CP_LNK FBI: 193 62 2 IFP: 200 65 GRA: 200/66,200/66
CP_LNK FBI: 193 62 2 FBI: 202 57 3 GRA: 200/66,201/66,201/62,202/62
CP_LNK GVI: 170 65 FBI: 179 61 3 GRA: 179/66,179/66
CP_LNK GVI: 184 83 FBI: 193 79 3 GRA: 193/84,193/84
CP_LNK FBI: 179 78 2 GVI: 186 81 GRA: 186/82,186/82
CP_LNK FBI: 179 78 2 FBI: 193 79 2 GRA: 186/82,187/82,187/83,193/83
CP_LNK FBI: 165 78 2 FBI: 179 78 2 GRA: 174/82,179/82
CP_LNK FBI: 193 79 2 FBI: 202 84 2 GRA: 200/83,201/83,201/88,202/88
CP_LNK FBI: 193 79 2 IFP: 200 82 GRA: 200/83,200/83
CP_LNK FBI: 193 79 2 FBI: 202 74 3 GRA: 200/83,201/83,201/79,202/79
CP_LNK GVI: 170 82 FBI: 179 78 3 GRA: 179/83,179/83
CP_LNK GVI: 193 8 FBI: 202 5 2 GRA: 202/9,202/9
CP_LNK FBI: 202 5 2 GVI: 211 8 GRA: 211/9,211/9
CP_LNK GVI: 193 19 FBI: 202 15 3 GRA: 202/20,202/20
CP_LNK FBI: 202 15 2 GVI: 211 18 GRA: 211/19,211/19
CP_LNK GVI: 156 13 FBI: 165 9 3 GRA: 165/14,165/14
CP_LNK FBI: 202 23 2 GVI: 211 26 GRA: 211/27,211/27
CP_LNK GVI: 193 26 FBI: 202 23 2 GRA: 202/27,202/27
CP_LNK FBI: 202 33 2 GVI: 211 36 GRA: 211/37,211/37
CP_LNK GVI: 193 37 FBI: 202 33 3 GRA: 202/38,202/38
CP_LNK GVI: 156 31 FBI: 165 27 3 GRA: 165/32,165/32
CP_LNK FBI: 202 40 2 GVI: 211 43 GRA: 211/44,211/44
CP_LNK GVI: 193 43 FBI: 202 40 2 GRA: 202/44,202/44
CP_LNK FBI: 202 50 2 GVI: 211 53 GRA: 211/54,211/54
CP_LNK GVI: 193 54 FBI: 202 50 3 GRA: 202/55,202/55
CP_LNK GVI: 156 48 FBI: 165 44 3 GRA: 165/49,165/49
CP_LNK GVI: 193 60 FBI: 202 57 2 GRA: 202/61,202/61
CP_LNK FBI: 202 57 2 GVI: 211 60 GRA: 211/61,211/61
CP_LNK GVI: 193 71 FBI: 202 67 3 GRA: 202/72,202/72
CP_LNK FBI: 202 67 2 GVI: 211 70 GRA: 211/71,211/71
CP_LNK GVI: 156 65 FBI: 165 61 3 GRA: 165/66,165/66
CP_LNK GVI: 193 77 FBI: 202 74 2 GRA: 202/78,202/78
CP_LNK FBI: 202 74 2 GVI: 211 77 GRA: 211/78,211/78
CP_LNK GVI: 193 88 FBI: 202 84 3 GRA: 202/89,202/89
CP_LNK FBI: 202 84 2 GVI: 211 87 GRA: 211/88,211/88
CP_LNK GVI: 156 82 FBI: 165 78 3 GRA: 165/83,165/83
CP_LNK IFP: 156 81 FBI: 165 78 2 GRA: 165/82,165/82
CP_LNK IFP: 156 64 FBI: 165 61 2 GRA: 165/65,165/65
CP_LNK IFP: 156 47 FBI: 165 44 2 GRA: 165/48,165/48
CP_LNK IFP: 156 30 FBI: 165 27 2 GRA: 165/31,165/31
CP_LNK IFP: 156 12 FBI: 165 9 2 GRA: 165/13,165/13
CP_LNK IFP: 239 25 FBI: 248 21 3 GRA: 248/26,248/26
CP_LNK GVI: 263 51 FBI: 272 48 2 GRA: 272/52,272/52
CP_LNK GVI: 263 52 FBI: 272 48 3 GRA: 272/53,272/53
CP_LNK GVI: 263 53 FBI: 272 48 4 GRA: 272/54,272/54
CP_LNK GVI: 263 54 FBI: 272 48 5 GRA: 272/55,272/55
CP_LNK GVI: 263 55 FBI: 272 48 6 GRA: 272/56,272/56
CP_LNK GVI: 263 56 FBI: 272 48 7 GRA: 272/57,272/57
CP_LNK GVI: 263 57 FBI: 272 48 8 GRA: 272/58,272/58
CP_LNK GVI: 263 58 FBI: 272 48 9 GRA: 272/59,272/59
CP_LNK GVI: 263 59 FBI: 272 48 10 GRA: 272/60,272/60
CP_LNK GVI: 263 60 FBI: 272 48 11 GRA: 272/61,272/61
CP_LNK GVI: 263 61 FBI: 272 48 12 GRA: 272/62,272/62
CP_LNK GVI: 263 62 FBI: 272 48 13 GRA: 272/63,272/63
CP_LNK GVI: 263 63 FBI: 272 48 14 GRA: 272/64,272/64
CP_LNK GVI: 263 64 FBI: 272 48 15 GRA: 272/65,272/65
CP_LNK GVI: 263 65 FBI: 272 48 16 GRA: 272/66,272/66
CP_LNK GVI: 263 66 FBI: 272 48 17 GRA: 272/67,272/67
CP_LNK GVI: 263 67 FBI: 272 48 18 GRA: 272/68,272/68
CP_LNK FBI: 272 48 2 GVI: 281 51 GRA: 281/52,281/52
CP_LNK GVI: 263 39 FBI: 272 35 3 GRA: 272/40,272/40
CP_LNK FBI: 248 28 2 FBI: 261 27 3 GRA: 256/32,261/32
CP_LNK GVI: 239 32 FBI: 248 28 3 GRA: 248/33,248/33
CP_LNK FBI: 272 41 2 FBI: 286 35 3 GRA: 281/45,282/45,282/40,286/40
CP_LNK FBI: 272 35 2 FBI: 286 35 2 GRA: 281/39,286/39
CP_LNK IFP: 263 45 FBI: 272 41 3 GRA: 272/46,272/46
CP_LNK IFP: 263 44 FBI: 272 41 2 GRA: 272/45,272/45
CP_LNK FBI: 286 35 2 GVI: 294 38 GRA: 294/39,294/39
CP_LNK FBI: 248 35 2 FBI: 272 35 2 GRA: 256/39,272/39
CP_LNK GVI: 239 38 FBI: 248 35 2 GRA: 248/39,248/39
CP_LNK IFP: 252 30 FBI: 261 27 2 GRA: 261/31,261/31
CP_LNK IFP: 239 39 FBI: 248 35 3 GRA: 248/40,248/40
CP_LNK FBI: 261 27 2 GVI: 268 30 GRA: 268/31,268/31
CP_LNK IFP: 239 31 FBI: 248 28 2 GRA: 248/32,248/32
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DFB_DOL "07/10/02 14:44:02" TEXT:
CP_DFB "DFB_DOL" HEIGHT/WIDTH: 20 9 FBTK_DFB "07/10/02 14:44:02" TEXT:
...TXF De dfb DOL (Direct On Line) is een functieblok waarin de besturing voor 
...TXT een motor of pomp is opgenomen.
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_DOL{1,2,3,4}
CL_FRM "Acoftijd" ID_24 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT: vertragingstijd
CL_FRM "CmdIn" ID_36 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: commando in
CL_FRM "Storing" ID_37 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: verzamelstoring
CL_FRM "LokAuto" ID_38 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: lokaal automatisch
CL_FRM "Pri_wrd" ID_39 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: primair woord
CL_FRM "Bed_wrd" ID_40 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: bedieningswoord (schijfwoord vanaf SCADA)
CL_FRM "Ond_wrd" ID_41 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: onderdrukkenwoord
CL_FRM "Alw_sec" ID_42 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair
CL_FRM "Alw_pri" ID_43 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord primair
CL_FRM "StatBed" ID_44 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: status bediening
CL_FRM "Beschik" ID_51 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: werktuig beschikbaar
CL_FRM "Accept" ID_52 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: accepteren storing 
CL_FRM "Rst_alg" ID_53 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: herstel storing
CL_FRM "StatBedr" ID_54 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: bedrijfsstatus
CL_FRM "MeldVk" ID_61 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: voorkeur werktuig
CL_FRM "MeldExt1" ID_62 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding storing extern  1
CL_FRM "MeldFlow" ID_63 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding flow
CL_FRM "MeldIn" ID_64 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding in bedrijf
CL_FRM "AutoIn" ID_65 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: automatisch in bedrijf
CL_FRM "VrijIn" ID_66 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: vrijgave automatisch in bedrijf
CL_FRM "MeldExt2" ID_67 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding storing extern  2
CL_FRM "Paraat" ID_68 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: werktuig paraat
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BIT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "BIT0" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "R_TRIG" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "CLK" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "NOT_BOOL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 7 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "B_STAT" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 19 9 "07/10/02 14:43:57" NR_FORMP: 18
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "StatBedr" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Stat_3" ID_8 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_2" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_1" ID_10 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_0" ID_11 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_4" ID_12 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_5" ID_14 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_6" ID_15 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_7" ID_16 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_8" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_9" ID_18 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_10" ID_19 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_11" ID_20 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_12" ID_21 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_13" ID_22 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_14" ID_23 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_15" ID_24 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "Conversie_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_storing_extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_storing_extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_storing_extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_geaccepteerd_opgelost" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "geen_flow" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_start" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_stop" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_hand" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing_geaccepteerd" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "status_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Alarmen_Werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_bed_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Aansturing_Werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_bed_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_blokkeren" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_stoppen" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_starten" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_voorkeur" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_lokaal" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_hand" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_geen_flow" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_storing_extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_storing_niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_geen_flow" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_storing_extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_storing_niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_geen_flow" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_storing_extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_storing_niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_geen_flow" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_storing_extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_storing_niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "tijdvertr" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "conversie_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 8 EXEC: 1 TEXT: Deze sectie zet de in- en uitgangs registers om naar bits.
CP_IFP "Alw_sec" 61 47 FP_IO_INPUT
CP_IFP "Alw_pri" 27 47 FP_IO_INPUT
CP_IFP "StatBed" 27 67 FP_IO_INPUT
CP_IFP "Pri_wrd" 8 7 FP_IO_OUTPUT
CP_IFP "Bed_wrd" 8 27 FP_IO_OUTPUT
CP_IFP "Ond_wrd" 42 7 FP_IO_OUTPUT
CP_IFP "StatBedr" 62 67 FP_IO_INPUT
CP_IFP "Beschik" 42 68 FP_IO_OUTPUT
CP_IFP "MeldIn" 42 70 FP_IO_OUTPUT
CP_FBI "WORD_TO_BIT" 17 4 CODID: 1 NAME: "primair_woord" TEXT:
CP_FBI "WORD_TO_BIT" 17 24 CODID: 2 NAME: "bedien_woord" TEXT:
CP_FBI "WORD_TO_BIT" 51 4 CODID: 3 NAME: "onderdrukken_woord" TEXT:
CP_FBI "BIT_TO_WORD" 17 44 CODID: 4 NAME: ".8.16" TEXT:
CP_FBI "BIT_TO_WORD" 51 44 CODID: 5 NAME: ".8.17" TEXT:
CP_FBI "BIT_TO_WORD" 17 64 CODID: 6 NAME: ".8.18" TEXT:
CP_DBI "B_STAT" 51 64 CODID: 7 NAME: "Bedrijfsstatus_tbv_Scada" TEXT:
CP_GVI NAMED_VAR: "pri_wrd_bit1" 27 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit2" 27 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit3" 27 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit4" 27 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit5" 27 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit6" 27 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit7" 27 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit8" 27 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit9" 27 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit10" 27 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit11" 27 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_in" 27 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_uit" 27 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 27 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit4" 27 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit5" 27 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit6" 27 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit7" 27 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit8" 27 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit9" 27 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit10" 27 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit11" 27 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 27 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 27 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 27 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_stop" 27 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_start" 27 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit1" 61 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit2" 61 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit3" 61 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit4" 61 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit5" 61 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit6" 61 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit7" 61 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit8" 61 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit9" 61 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit10" 61 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit11" 61 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_bit1" 8 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit2" 8 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit3" 8 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit4" 8 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit5" 8 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit6" 8 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit7" 8 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit8" 8 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit9" 8 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit10" 8 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit11" 8 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_in" 8 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_uit" 8 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit1" 42 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit2" 42 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit3" 42 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit5" 42 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit4" 42 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit6" 42 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit7" 42 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit8" 42 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit9" 42 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit10" 42 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit11" 42 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_in" 42 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_uit" 42 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit3" 8 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit4" 8 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit5" 8 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit6" 8 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_lokaal" 8 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 8 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 8 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 8 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_voorkeur" 8 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit1" 8 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit2" 8 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit7" 8 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit8" 8 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit9" 8 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit10" 8 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit11" 8 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 42 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing" 42 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_stoppen" 42 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_uit" 61 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_in" 61 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_geen_flow" 61 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern1" 61 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern2" 61 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_geen_flow" 27 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern1" 27 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern2" 27 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern2" 42 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern2" 8 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_geen_flow" 8 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_geen_flow" 42 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern1" 42 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern1" 8 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_bit2" 27 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit3" 27 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_blokkeren" 42 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_starten" 42 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 42 75 FP_IO_OUTPUT
CP_CON 42 67 IEC_BOOL_ID 1
CP_LNK FBI: 17 4 2 GVI: 27 7 GRA: 27/8,27/8
CP_LNK FBI: 17 4 3 GVI: 27 8 GRA: 27/9,27/9
CP_LNK FBI: 17 4 4 GVI: 27 9 GRA: 27/10,27/10
CP_LNK FBI: 17 4 5 GVI: 27 10 GRA: 27/11,27/11
CP_LNK FBI: 17 4 6 GVI: 27 11 GRA: 27/12,27/12
CP_LNK FBI: 17 4 7 GVI: 27 12 GRA: 27/13,27/13
CP_LNK FBI: 17 4 8 GVI: 27 13 GRA: 27/14,27/14
CP_LNK FBI: 17 4 9 GVI: 27 14 GRA: 27/15,27/15
CP_LNK FBI: 17 4 10 GVI: 27 15 GRA: 27/16,27/16
CP_LNK FBI: 17 4 11 GVI: 27 16 GRA: 27/17,27/17
CP_LNK FBI: 17 4 12 GVI: 27 17 GRA: 27/18,27/18
CP_LNK FBI: 17 4 16 GVI: 27 21 GRA: 27/22,27/22
CP_LNK FBI: 17 4 17 GVI: 27 22 GRA: 27/23,27/23
CP_LNK FBI: 17 24 2 GVI: 27 27 GRA: 27/28,27/28
CP_LNK FBI: 17 24 5 GVI: 27 30 GRA: 27/31,27/31
CP_LNK FBI: 17 24 6 GVI: 27 31 GRA: 27/32,27/32
CP_LNK FBI: 17 24 7 GVI: 27 32 GRA: 27/33,27/33
CP_LNK FBI: 17 24 8 GVI: 27 33 GRA: 27/34,27/34
CP_LNK FBI: 17 24 9 GVI: 27 34 GRA: 27/35,27/35
CP_LNK FBI: 17 24 10 GVI: 27 35 GRA: 27/36,27/36
CP_LNK FBI: 17 24 11 GVI: 27 36 GRA: 27/37,27/37
CP_LNK FBI: 17 24 12 GVI: 27 37 GRA: 27/38,27/38
CP_LNK FBI: 17 24 17 GVI: 27 42 GRA: 27/43,27/43
CP_LNK FBI: 17 24 16 GVI: 27 41 GRA: 27/42,27/42
CP_LNK FBI: 17 24 15 GVI: 27 40 GRA: 27/41,27/41
CP_LNK FBI: 17 24 14 GVI: 27 39 GRA: 27/40,27/40
CP_LNK FBI: 17 24 13 GVI: 27 38 GRA: 27/39,27/39
CP_LNK FBI: 51 4 2 GVI: 61 7 GRA: 61/8,61/8
CP_LNK FBI: 51 4 3 GVI: 61 8 GRA: 61/9,61/9
CP_LNK FBI: 51 4 4 GVI: 61 9 GRA: 61/10,61/10
CP_LNK FBI: 51 4 5 GVI: 61 10 GRA: 61/11,61/11
CP_LNK FBI: 51 4 6 GVI: 61 11 GRA: 61/12,61/12
CP_LNK FBI: 51 4 7 GVI: 61 12 GRA: 61/13,61/13
CP_LNK FBI: 51 4 8 GVI: 61 13 GRA: 61/14,61/14
CP_LNK FBI: 51 4 9 GVI: 61 14 GRA: 61/15,61/15
CP_LNK FBI: 51 4 10 GVI: 61 15 GRA: 61/16,61/16
CP_LNK FBI: 51 4 11 GVI: 61 16 GRA: 61/17,61/17
CP_LNK FBI: 51 4 12 GVI: 61 17 GRA: 61/18,61/18
CP_LNK GVI: 8 47 FBI: 17 44 2 GRA: 17/48,17/48
CP_LNK GVI: 8 48 FBI: 17 44 3 GRA: 17/49,17/49
CP_LNK GVI: 8 49 FBI: 17 44 4 GRA: 17/50,17/50
CP_LNK GVI: 8 50 FBI: 17 44 5 GRA: 17/51,17/51
CP_LNK GVI: 8 51 FBI: 17 44 6 GRA: 17/52,17/52
CP_LNK GVI: 8 52 FBI: 17 44 7 GRA: 17/53,17/53
CP_LNK GVI: 8 53 FBI: 17 44 8 GRA: 17/54,17/54
CP_LNK GVI: 8 54 FBI: 17 44 9 GRA: 17/55,17/55
CP_LNK GVI: 8 55 FBI: 17 44 10 GRA: 17/56,17/56
CP_LNK GVI: 8 56 FBI: 17 44 11 GRA: 17/57,17/57
CP_LNK GVI: 8 57 FBI: 17 44 12 GRA: 17/58,17/58
CP_LNK GVI: 8 61 FBI: 17 44 16 GRA: 17/62,17/62
CP_LNK GVI: 8 62 FBI: 17 44 17 GRA: 17/63,17/63
CP_LNK GVI: 42 47 FBI: 51 44 2 GRA: 51/48,51/48
CP_LNK GVI: 42 48 FBI: 51 44 3 GRA: 51/49,51/49
CP_LNK GVI: 42 49 FBI: 51 44 4 GRA: 51/50,51/50
CP_LNK GVI: 42 51 FBI: 51 44 6 GRA: 51/52,51/52
CP_LNK GVI: 42 50 FBI: 51 44 5 GRA: 51/51,51/51
CP_LNK GVI: 42 52 FBI: 51 44 7 GRA: 51/53,51/53
CP_LNK GVI: 42 53 FBI: 51 44 8 GRA: 51/54,51/54
CP_LNK GVI: 42 54 FBI: 51 44 9 GRA: 51/55,51/55
CP_LNK GVI: 42 55 FBI: 51 44 10 GRA: 51/56,51/56
CP_LNK GVI: 42 56 FBI: 51 44 11 GRA: 51/57,51/57
CP_LNK GVI: 42 57 FBI: 51 44 12 GRA: 51/58,51/58
CP_LNK GVI: 42 61 FBI: 51 44 16 GRA: 51/62,51/62
CP_LNK GVI: 42 62 FBI: 51 44 17 GRA: 51/63,51/63
CP_LNK GVI: 8 69 FBI: 17 64 4 GRA: 17/70,17/70
CP_LNK GVI: 8 70 FBI: 17 64 5 GRA: 17/71,17/71
CP_LNK GVI: 8 71 FBI: 17 64 6 GRA: 17/72,17/72
CP_LNK GVI: 8 72 FBI: 17 64 7 GRA: 17/73,17/73
CP_LNK GVI: 8 79 FBI: 17 64 14 GRA: 17/80,17/80
CP_LNK GVI: 8 80 FBI: 17 64 15 GRA: 17/81,17/81
CP_LNK GVI: 8 81 FBI: 17 64 16 GRA: 17/82,17/82
CP_LNK FBI: 51 44 2 IFP: 61 47 GRA: 61/48,61/48
CP_LNK FBI: 17 44 2 IFP: 27 47 GRA: 27/48,27/48
CP_LNK FBI: 17 64 2 IFP: 27 67 GRA: 27/68,27/68
CP_LNK IFP: 8 7 FBI: 17 4 2 GRA: 17/8,17/8
CP_LNK IFP: 8 27 FBI: 17 24 2 GRA: 17/28,17/28
CP_LNK IFP: 42 7 FBI: 51 4 2 GRA: 51/8,51/8
CP_LNK GVI: 8 82 FBI: 17 64 17 GRA: 17/83,17/83
CP_LNK GVI: 8 78 FBI: 17 64 13 GRA: 17/79,17/79
CP_LNK FBI: 51 64 2 IFP: 62 67 GRA: 62/68,62/68
CP_LNK GVI: 8 67 FBI: 17 64 2 GRA: 17/68,17/68
CP_LNK GVI: 8 68 FBI: 17 64 3 GRA: 17/69,17/69
CP_LNK GVI: 8 73 FBI: 17 64 8 GRA: 17/74,17/74
CP_LNK GVI: 8 74 FBI: 17 64 9 GRA: 17/75,17/75
CP_LNK GVI: 8 75 FBI: 17 64 10 GRA: 17/76,17/76
CP_LNK GVI: 8 76 FBI: 17 64 11 GRA: 17/77,17/77
CP_LNK GVI: 8 77 FBI: 17 64 12 GRA: 17/78,17/78
CP_LNK GVI: 42 74 FBI: 51 64 9 GRA: 51/75,51/75
CP_LNK GVI: 42 73 FBI: 51 64 8 GRA: 51/74,51/74
CP_LNK GVI: 42 71 FBI: 51 64 6 GRA: 51/72,51/72
CP_LNK CON: 42 67 FBI: 51 64 2 GRA: 51/68,51/68
CP_LNK IFP: 42 68 FBI: 51 64 3 GRA: 51/69,51/69
CP_LNK IFP: 42 70 FBI: 51 64 5 GRA: 51/71,51/71
CP_LNK FBI: 51 4 17 GVI: 61 22 GRA: 61/23,61/23
CP_LNK FBI: 51 4 16 GVI: 61 21 GRA: 61/22,61/22
CP_LNK FBI: 51 4 15 GVI: 61 20 GRA: 61/21,61/21
CP_LNK FBI: 51 4 14 GVI: 61 19 GRA: 61/20,61/20
CP_LNK FBI: 51 4 13 GVI: 61 18 GRA: 61/19,61/19
CP_LNK FBI: 17 4 15 GVI: 27 20 GRA: 27/21,27/21
CP_LNK FBI: 17 4 14 GVI: 27 19 GRA: 27/20,27/20
CP_LNK FBI: 17 4 13 GVI: 27 18 GRA: 27/19,27/19
CP_LNK GVI: 42 58 FBI: 51 44 13 GRA: 51/59,51/59
CP_LNK GVI: 8 58 FBI: 17 44 13 GRA: 17/59,17/59
CP_LNK GVI: 8 60 FBI: 17 44 15 GRA: 17/61,17/61
CP_LNK GVI: 42 60 FBI: 51 44 15 GRA: 51/61,51/61
CP_LNK GVI: 42 59 FBI: 51 44 14 GRA: 51/60,51/60
CP_LNK GVI: 8 59 FBI: 17 44 14 GRA: 17/60,17/60
CP_LNK FBI: 17 24 3 GVI: 27 28 GRA: 27/29,27/29
CP_LNK FBI: 17 24 4 GVI: 27 29 GRA: 27/30,27/30
CP_LNK GVI: 42 69 FBI: 51 64 4 GRA: 51/70,51/70
CP_LNK GVI: 42 72 FBI: 51 64 7 GRA: 51/73,51/73
CP_LNK GVI: 42 75 FBI: 51 64 10 GRA: 51/76,51/76
CP_SEC "status_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 4 EXEC: 2 TEXT:
...TXF In deze sectie wordt van een werktuig de status
...TXT weergegeven. Dit is bedoeld om in de SCADA applicatie een 
...TXT werktuig een bepaalde kleuring te geven
CP_IFP "CmdIn" 45 22 FP_IO_OUTPUT
CP_IFP "CmdIn" 45 29 FP_IO_OUTPUT
CP_IFP "Storing" 45 16 FP_IO_OUTPUT
CP_IFP "CmdIn" 45 15 FP_IO_OUTPUT
CP_IFP "MeldIn" 45 14 FP_IO_OUTPUT
CP_IFP "LokAuto" 45 13 FP_IO_OUTPUT
CP_IFP "MeldFlow" 45 21 FP_IO_OUTPUT
CP_IFP "MeldFlow" 45 28 FP_IO_OUTPUT
CP_IFP "VrijIn" 45 35 FP_IO_OUTPUT
CP_IFP "AutoIn" 45 36 FP_IO_OUTPUT
CP_IFP "LokAuto" 45 47 FP_IO_OUTPUT
CP_IFP "MeldVk" 46 42 FP_IO_OUTPUT
CP_IFP "Beschik" 63 5 FP_IO_INPUT
CP_IFP "LokAuto" 45 6 FP_IO_OUTPUT
CP_IFP "Paraat" 63 12 FP_IO_INPUT
CP_IFP "Storing" 45 7 FP_IO_OUTPUT
CP_IFP "Beschik" 45 37 FP_IO_OUTPUT
CP_IFP "CmdIn" 31 6 FP_IO_OUTPUT
CP_IFP "MeldIn" 45 23 FP_IO_OUTPUT
CP_IFP "MeldIn" 45 30 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 54 9 CODID: 1 NAME: ".4.1" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "MOVE" 55 39 CODID: 15 NAME: ".4.17" ANY: IEC_BOOL_ID TEXT:
CP_FBI "AND_BOOL" 54 18 CODID: 2 NAME: ".4.3" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 54 25 CODID: 3 NAME: ".4.4" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 54 32 CODID: 4 NAME: ".4.5" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 54 2 CODID: 13 NAME: ".4.18" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "OR_BOOL" 36 49 CODID: 5 NAME: ".4.7" TEXT:
CP_FBI "AND_BOOL" 54 49 CODID: 6 NAME: ".4.8" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "OR_BOOL" 36 56 CODID: 8 NAME: ".4.9" DRAW: 1 TEXT:
CP_FBI "AND_BOOL" 54 56 CODID: 9 NAME: ".4.10" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "OR_BOOL" 36 63 CODID: 10 NAME: ".4.11" TEXT:
CP_FBI "AND_BOOL" 54 63 CODID: 11 NAME: ".4.12" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "NOT_BOOL" 54 44 CODID: 14 NAME: ".4.13" TEXT:
CP_FBI "R_TRIG" 18 56 CODID: 7 NAME: "Initialisatie_bij_opstart" TEXT:
CP_FBI "OR_BOOL" 40 2 CODID: 12 NAME: ".4.19" TEXT:
CP_GVI NAMED_VAR: "sta_bedr_stoppen" 63 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_starten" 63 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_blokkeren" 63 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 27 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 27 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 27 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 27 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 27 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 45 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 45 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 45 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 45 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 63 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 63 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 63 66 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_lokaal" 63 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 45 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 45 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 45 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_voorkeur" 62 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 27 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 31 5 FP_IO_OUTPUT
CP_CON 9 59 IEC_BOOL_ID 1
CP_LNK IFP: 45 22 FBI: 54 18 3 GRA: 54/23,54/23
CP_LNK IFP: 45 29 FBI: 54 25 3 GRA: 54/30,54/30
CP_LNK FBI: 36 49 2 FBI: 54 49 2 GRA: 44/53,54/53
CP_LNK FBI: 54 25 2 GVI: 63 28 GRA: 63/29,63/29
CP_LNK FBI: 54 18 2 GVI: 63 21 GRA: 63/22,63/22
CP_LNK FBI: 54 32 2 GVI: 63 35 GRA: 63/36,63/36
CP_LNK GVI: 27 52 FBI: 36 49 2 GRA: 36/53,36/53
CP_LNK GVI: 27 59 FBI: 36 56 2 GRA: 36/60,36/60
CP_LNK GVI: 27 66 FBI: 36 63 2 GRA: 36/67,36/67
CP_LNK GVI: 27 53 FBI: 36 49 3 GRA: 36/54,36/54
CP_LNK GVI: 27 67 FBI: 36 63 3 GRA: 36/68,36/68
CP_LNK GVI: 45 53 FBI: 54 49 3 GRA: 54/54,54/54
CP_LNK GVI: 45 54 FBI: 54 49 4 GRA: 54/55,54/55
CP_LNK GVI: 45 61 FBI: 54 56 4 GRA: 54/62,54/62
CP_LNK GVI: 45 67 FBI: 54 63 3 GRA: 54/68,54/68
CP_LNK FBI: 54 49 2 GVI: 63 52 GRA: 63/53,63/53
CP_LNK FBI: 54 56 2 GVI: 63 59 GRA: 63/60,63/60
CP_LNK FBI: 54 63 2 GVI: 63 66 GRA: 63/67,63/67
CP_LNK FBI: 54 44 2 GVI: 63 47 GRA: 63/48,63/48
CP_LNK GVI: 45 12 FBI: 54 9 2 GRA: 54/13,54/13
CP_LNK GVI: 45 60 FBI: 54 56 3 GRA: 54/61,54/61
CP_LNK FBI: 36 56 2 FBI: 54 56 2 GRA: 44/60,54/60
CP_LNK GVI: 45 68 FBI: 54 63 4 GRA: 54/69,54/69
CP_LNK FBI: 36 63 2 FBI: 54 63 2 GRA: 44/67,54/67
CP_LNK IFP: 45 16 FBI: 54 9 6 GRA: 54/17,54/17
CP_LNK IFP: 45 15 FBI: 54 9 5 GRA: 54/16,54/16
CP_LNK IFP: 45 14 FBI: 54 9 4 GRA: 54/15,54/15
CP_LNK IFP: 45 13 FBI: 54 9 3 GRA: 54/14,54/14
CP_LNK IFP: 45 21 FBI: 54 18 2 GRA: 54/22,54/22
CP_LNK IFP: 45 28 FBI: 54 25 2 GRA: 54/29,54/29
CP_LNK IFP: 45 35 FBI: 54 32 2 GRA: 54/36,54/36
CP_LNK IFP: 45 36 FBI: 54 32 3 GRA: 54/37,54/37
CP_LNK IFP: 45 47 FBI: 54 44 2 GRA: 54/48,54/48
CP_LNK IFP: 46 42 FBI: 55 39 2 GRA: 55/43,55/43
CP_LNK FBI: 55 39 2 GVI: 62 42 GRA: 62/43,62/43
CP_LNK FBI: 54 2 2 IFP: 63 5 GRA: 63/6,63/6
CP_LNK IFP: 45 6 FBI: 54 2 3 GRA: 54/7,54/7
CP_LNK FBI: 54 9 2 IFP: 63 12 GRA: 63/13,63/13
CP_LNK IFP: 45 7 FBI: 54 2 4 GRA: 54/8,54/8
CP_LNK GVI: 27 61 FBI: 36 56 4 GRA: 36/62,36/62
CP_LNK FBI: 18 56 2 FBI: 36 56 3 GRA: 25/60,27/60,27/61,36/61
CP_LNK CON: 9 59 FBI: 18 56 2 GRA: 18/60,18/60
CP_LNK IFP: 45 37 FBI: 54 32 4 GRA: 54/38,54/38
CP_LNK GVI: 31 5 FBI: 40 2 2 GRA: 40/6,40/6
CP_LNK IFP: 31 6 FBI: 40 2 3 GRA: 40/7,40/7
CP_LNK FBI: 40 2 2 FBI: 54 2 2 GRA: 48/6,54/6
CP_LNK IFP: 45 23 FBI: 54 18 4 GRA: 54/24,54/24
CP_LNK IFP: 45 30 FBI: 54 25 4 GRA: 54/31,54/31
CP_SEC "alarmen_Werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 5 EXEC: 3 TEXT:
...TXF In deze sectie zijn de 5 alarmen van een werktuig geprogrammeerd
...TXT Elk alarm is via het primair woord instelbaar tussen primair en secundair.
...TXT De default waarde voor het primair woord is dat alles op NUL staat.
...TXT Dit houdt in dat in basis alle storingen primair staan.
CP_IFP "Storing" 0 92 FP_IO_OUTPUT
CP_IFP "Rst_alg" 29 113 FP_IO_OUTPUT
CP_IFP "Accept" 29 112 FP_IO_OUTPUT
CP_IFP "Acoftijd" 5 6 FP_IO_OUTPUT
CP_IFP "CmdIn" 5 15 FP_IO_OUTPUT
CP_IFP "CmdIn" 5 28 FP_IO_OUTPUT
CP_IFP "Storing" 22 73 FP_IO_INPUT
CP_IFP "CmdIn" 5 41 FP_IO_OUTPUT
CP_IFP "Accept" 13 91 FP_IO_OUTPUT
CP_IFP "Rst_alg" 5 107 FP_IO_OUTPUT
CP_IFP "VrijIn" 5 12 FP_IO_OUTPUT
CP_IFP "LokAuto" 5 13 FP_IO_OUTPUT
CP_IFP "MeldIn" 5 14 FP_IO_OUTPUT
CP_IFP "VrijIn" 5 25 FP_IO_OUTPUT
CP_IFP "LokAuto" 5 26 FP_IO_OUTPUT
CP_IFP "MeldIn" 5 27 FP_IO_OUTPUT
CP_IFP "VrijIn" 5 38 FP_IO_OUTPUT
CP_IFP "LokAuto" 5 39 FP_IO_OUTPUT
CP_IFP "MeldFlow" 5 40 FP_IO_OUTPUT
CP_IFP "VrijIn" 5 51 FP_IO_OUTPUT
CP_IFP "MeldExt1" 5 52 FP_IO_OUTPUT
CP_IFP "VrijIn" 5 64 FP_IO_OUTPUT
CP_IFP "MeldExt2" 5 65 FP_IO_OUTPUT
CP_FBI "OR_BOOL" 14 103 CODID: 1 NAME: ".5.66" TEXT:
CP_FBI "AND_BOOL" 38 103 CODID: 2 NAME: ".5.67" TEXT:
CP_FBI "AND_BOOL" 14 9 CODID: 3 NAME: ".5.68" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "TON" 29 9 CODID: 4 NAME: "FBI_5_69" TEXT:
CP_FBI "RS" 42 10 CODID: 5 NAME: "FBI_5_70" TEXT:
CP_FBI "AND_BOOL" 51 12 CODID: 6 NAME: ".5.71" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 51 5 CODID: 7 NAME: ".5.72" TEXT:
CP_FBI "AND_BOOL" 14 22 CODID: 8 NAME: ".5.73" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/6
CP_FBI "TON" 29 22 CODID: 9 NAME: "FBI_5_74" TEXT:
CP_FBI "RS" 42 23 CODID: 10 NAME: "FBI_5_75" TEXT:
CP_FBI "AND_BOOL" 51 25 CODID: 11 NAME: ".5.76" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 51 18 CODID: 12 NAME: ".5.77" TEXT:
CP_FBI "OR_BOOL" 14 70 CODID: 13 NAME: ".5.78" DRAW: 8 TEXT:
CP_FBI "OR_BOOL" 9 89 CODID: 14 NAME: ".5.79" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "RS" 22 88 CODID: 15 NAME: "FBI_5_80" TEXT:
CP_FBI "AND_BOOL" 14 35 CODID: 16 NAME: ".5.81" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/6
CP_FBI "TON" 29 35 CODID: 17 NAME: "FBI_5_82" TEXT:
CP_FBI "RS" 42 36 CODID: 18 NAME: "FBI_5_83" TEXT:
CP_FBI "AND_BOOL" 51 38 CODID: 19 NAME: ".5.84" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 51 31 CODID: 20 NAME: ".5.85" TEXT:
CP_FBI "TIME_MUL_INT" 14 2 CODID: 21 NAME: ".5.86" TEXT:
CP_FBI "AND_BOOL" 51 71 CODID: 22 NAME: ".5.87" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 14 48 CODID: 23 NAME: ".5.88" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "TON" 29 48 CODID: 24 NAME: "FBI_5_89" TEXT:
CP_FBI "RS" 42 49 CODID: 25 NAME: "FBI_5_90" TEXT:
CP_FBI "AND_BOOL" 51 51 CODID: 26 NAME: ".5.91" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 51 44 CODID: 27 NAME: ".5.92" TEXT:
CP_FBI "AND_BOOL" 14 61 CODID: 28 NAME: ".5.93" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "TON" 29 61 CODID: 29 NAME: "FBI_5_94" TEXT:
CP_FBI "RS" 42 62 CODID: 30 NAME: "FBI_5_95" TEXT:
CP_FBI "AND_BOOL" 51 64 CODID: 31 NAME: ".5.96" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 51 57 CODID: 32 NAME: ".5.97" TEXT:
CP_FBI "AND_BOOL" 38 109 CODID: 33 NAME: ".5.98" TEXT:
CP_FBI "OR_BOOL" 52 103 CODID: 34 NAME: ".5.99" TEXT:
CP_FBI "AND_BOOL" 51 77 CODID: 35 NAME: ".5.100" DRAW: 4 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3,FBIPH_INPUT/4,FBIPH_INPUT/5,FBIPH_INPUT/6
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 29 107 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 0 93 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 60 80 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 42 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "extern2" 42 84 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "extern1" 42 83 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "geen_flow" 42 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "niet_in" 42 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "niet_uit" 42 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "extern2" 36 64 FP_IO_INPUT
CP_GVI NAMED_VAR: "extern1" 36 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "geen_flow" 36 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "niet_in" 36 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "niet_uit" 36 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "reset" 60 106 FP_IO_INPUT
CP_GVI NAMED_VAR: "reset" 33 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 33 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 5 106 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_uit" 42 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_uit" 42 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_uit" 60 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_uit" 60 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_in" 60 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_in" 60 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_in" 42 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_in" 42 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_in" 5 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_uit" 5 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 29 91 FP_IO_INPUT
CP_GVI NAMED_VAR: "reset" 33 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_geen_flow" 42 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_geen_flow" 42 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_geen_flow" 60 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_geen_flow" 60 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "tijdvertr" 24 5 FP_IO_INPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_uit" 5 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_in" 5 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_geen_flow" 5 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing" 60 74 FP_IO_INPUT
CP_GVI NAMED_VAR: "reset" 33 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern1" 5 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern1" 42 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern1" 42 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern1" 60 54 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern1" 60 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 33 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern2" 42 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern2" 60 60 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern2" 42 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern2" 60 67 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern2" 5 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_uit" 5 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_geen_flow" 5 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern1" 5 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern2" 5 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_in" 5 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_geen_flow" 5 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern1" 5 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern2" 5 82 FP_IO_OUTPUT
CP_CON 5 5 IEC_TIME_ID t#1s
CP_LNK GVI: 29 107 FBI: 38 103 3 GRA: 38/108,38/108
CP_LNK FBI: 9 89 2 FBI: 22 88 3 GRA: 17/93,22/93
CP_LNK GVI: 0 93 FBI: 9 89 3 GRA: 9/94,9/94
CP_LNK IFP: 0 92 FBI: 9 89 2 GRA: 9/93,9/93
CP_LNK FBI: 51 77 2 GVI: 60 80 GRA: 60/81,60/81
CP_LNK GVI: 42 85 FBI: 51 77 7 GRA: 51/86,51/86
CP_LNK GVI: 42 84 FBI: 51 77 6 GRA: 51/85,51/85
CP_LNK GVI: 42 83 FBI: 51 77 5 GRA: 51/84,51/84
CP_LNK GVI: 42 82 FBI: 51 77 4 GRA: 51/83,51/83
CP_LNK GVI: 42 81 FBI: 51 77 3 GRA: 51/82,51/82
CP_LNK GVI: 42 80 FBI: 51 77 2 GRA: 51/81,51/81
CP_LNK FBI: 38 109 2 FBI: 52 103 3 GRA: 47/113,48/113,48/108,52/108
CP_LNK FBI: 38 103 2 FBI: 52 103 2 GRA: 47/107,52/107
CP_LNK IFP: 29 113 FBI: 38 109 3 GRA: 38/114,38/114
CP_LNK IFP: 29 112 FBI: 38 109 2 GRA: 38/113,38/113
CP_LNK FBI: 52 103 2 GVI: 60 106 GRA: 60/107,60/107
CP_LNK FBI: 14 9 2 FBI: 29 9 2 GRA: 23/13,29/13
CP_LNK FBI: 14 103 2 FBI: 38 103 2 GRA: 22/107,38/107
CP_LNK FBI: 14 70 2 FBI: 51 71 2 GRA: 22/74,23/74,23/75,51/75
CP_LNK FBI: 14 70 2 IFP: 22 73 GRA: 22/74,22/74
CP_LNK FBI: 42 10 2 FBI: 51 12 2 GRA: 49/14,50/14,50/16,51/16
CP_LNK FBI: 42 10 2 FBI: 51 5 3 GRA: 49/14,50/14,50/10,51/10
CP_LNK FBI: 42 23 2 FBI: 51 25 2 GRA: 49/27,50/27,50/29,51/29
CP_LNK FBI: 42 23 2 FBI: 51 18 3 GRA: 49/27,50/27,50/23,51/23
CP_LNK GVI: 33 14 FBI: 42 10 3 GRA: 42/15,42/15
CP_LNK GVI: 33 27 FBI: 42 23 3 GRA: 42/28,42/28
CP_LNK GVI: 5 106 FBI: 14 103 2 GRA: 14/107,14/107
CP_LNK GVI: 42 8 FBI: 51 5 2 GRA: 51/9,51/9
CP_LNK GVI: 42 16 FBI: 51 12 3 GRA: 51/17,51/17
CP_LNK FBI: 51 12 2 GVI: 60 15 GRA: 60/16,60/16
CP_LNK FBI: 51 5 2 GVI: 60 8 GRA: 60/9,60/9
CP_LNK FBI: 51 25 2 GVI: 60 28 GRA: 60/29,60/29
CP_LNK FBI: 51 18 2 GVI: 60 21 GRA: 60/22,60/22
CP_LNK GVI: 42 29 FBI: 51 25 3 GRA: 51/30,51/30
CP_LNK GVI: 42 21 FBI: 51 18 2 GRA: 51/22,51/22
CP_LNK GVI: 5 74 FBI: 14 70 3 GRA: 14/75,14/75
CP_LNK GVI: 5 78 FBI: 14 70 7 GRA: 14/79,14/79
CP_LNK FBI: 22 88 2 GVI: 29 91 GRA: 29/92,29/92
CP_LNK FBI: 22 88 2 FBI: 51 71 3 GRA: 29/92,30/92,30/76,51/76
CP_LNK FBI: 14 35 2 FBI: 29 35 2 GRA: 23/39,29/39
CP_LNK FBI: 42 36 2 FBI: 51 38 2 GRA: 49/40,50/40,50/42,51/42
CP_LNK FBI: 42 36 2 FBI: 51 31 3 GRA: 49/40,50/40,50/36,51/36
CP_LNK GVI: 33 40 FBI: 42 36 3 GRA: 42/41,42/41
CP_LNK GVI: 42 42 FBI: 51 38 3 GRA: 51/43,51/43
CP_LNK GVI: 42 34 FBI: 51 31 2 GRA: 51/35,51/35
CP_LNK FBI: 51 38 2 GVI: 60 41 GRA: 60/42,60/42
CP_LNK FBI: 51 31 2 GVI: 60 34 GRA: 60/35,60/35
CP_LNK FBI: 29 9 2 GVI: 36 12 GRA: 36/13,36/13
CP_LNK FBI: 29 9 2 FBI: 42 10 2 GRA: 36/13,37/13,37/14,42/14
CP_LNK CON: 5 5 FBI: 14 2 2 GRA: 14/6,14/6
CP_LNK IFP: 5 6 FBI: 14 2 3 GRA: 14/7,14/7
CP_LNK FBI: 14 2 2 GVI: 24 5 GRA: 24/6,24/6
CP_LNK GVI: 20 13 FBI: 29 9 3 GRA: 29/14,29/14
CP_LNK GVI: 5 16 FBI: 14 9 6 GRA: 14/17,14/17
CP_LNK IFP: 5 15 FBI: 14 9 5 GRA: 14/16,14/16
CP_LNK GVI: 20 26 FBI: 29 22 3 GRA: 29/27,29/27
CP_LNK FBI: 29 22 2 GVI: 36 25 GRA: 36/26,36/26
CP_LNK FBI: 29 22 2 FBI: 42 23 2 GRA: 36/26,37/26,37/27,42/27
CP_LNK IFP: 5 28 FBI: 14 22 5 GRA: 14/29,14/29
CP_LNK FBI: 14 22 2 FBI: 29 22 2 GRA: 23/26,29/26
CP_LNK GVI: 5 29 FBI: 14 22 6 GRA: 14/30,14/30
CP_LNK GVI: 20 39 FBI: 29 35 3 GRA: 29/40,29/40
CP_LNK IFP: 5 41 FBI: 14 35 5 GRA: 14/42,14/42
CP_LNK GVI: 5 42 FBI: 14 35 6 GRA: 14/43,14/43
CP_LNK FBI: 29 35 2 GVI: 36 38 GRA: 36/39,36/39
CP_LNK FBI: 29 35 2 FBI: 42 36 2 GRA: 36/39,37/39,37/40,42/40
CP_LNK FBI: 51 71 2 GVI: 60 74 GRA: 60/75,60/75
CP_LNK IFP: 13 91 FBI: 22 88 2 GRA: 22/92,22/92
CP_LNK IFP: 5 107 FBI: 14 103 3 GRA: 14/108,14/108
CP_LNK IFP: 5 12 FBI: 14 9 2 GRA: 14/13,14/13
CP_LNK IFP: 5 13 FBI: 14 9 3 GRA: 14/14,14/14
CP_LNK IFP: 5 14 FBI: 14 9 4 GRA: 14/15,14/15
CP_LNK IFP: 5 25 FBI: 14 22 2 GRA: 14/26,14/26
CP_LNK IFP: 5 26 FBI: 14 22 3 GRA: 14/27,14/27
CP_LNK IFP: 5 27 FBI: 14 22 4 GRA: 14/28,14/28
CP_LNK IFP: 5 38 FBI: 14 35 2 GRA: 14/39,14/39
CP_LNK IFP: 5 39 FBI: 14 35 3 GRA: 14/40,14/40
CP_LNK IFP: 5 40 FBI: 14 35 4 GRA: 14/41,14/41
CP_LNK FBI: 14 48 2 FBI: 29 48 2 GRA: 23/52,29/52
CP_LNK FBI: 29 48 2 GVI: 36 51 GRA: 36/52,36/52
CP_LNK FBI: 29 48 2 FBI: 42 49 2 GRA: 36/52,37/52,37/53,42/53
CP_LNK FBI: 42 49 2 FBI: 51 51 2 GRA: 49/53,50/53,50/55,51/55
CP_LNK FBI: 42 49 2 FBI: 51 44 3 GRA: 49/53,50/53,50/49,51/49
CP_LNK GVI: 33 53 FBI: 42 49 3 GRA: 42/54,42/54
CP_LNK GVI: 5 53 FBI: 14 48 4 GRA: 14/54,14/54
CP_LNK GVI: 42 55 FBI: 51 51 3 GRA: 51/56,51/56
CP_LNK GVI: 42 47 FBI: 51 44 2 GRA: 51/48,51/48
CP_LNK FBI: 51 51 2 GVI: 60 54 GRA: 60/55,60/55
CP_LNK FBI: 51 44 2 GVI: 60 47 GRA: 60/48,60/48
CP_LNK GVI: 20 52 FBI: 29 48 3 GRA: 29/53,29/53
CP_LNK IFP: 5 51 FBI: 14 48 2 GRA: 14/52,14/52
CP_LNK IFP: 5 52 FBI: 14 48 3 GRA: 14/53,14/53
CP_LNK FBI: 14 61 2 FBI: 29 61 2 GRA: 23/65,29/65
CP_LNK FBI: 29 61 2 GVI: 36 64 GRA: 36/65,36/65
CP_LNK FBI: 29 61 2 FBI: 42 62 2 GRA: 36/65,37/65,37/66,42/66
CP_LNK FBI: 42 62 2 FBI: 51 64 2 GRA: 49/66,50/66,50/68,51/68
CP_LNK FBI: 42 62 2 FBI: 51 57 3 GRA: 49/66,50/66,50/62,51/62
CP_LNK GVI: 33 66 FBI: 42 62 3 GRA: 42/67,42/67
CP_LNK GVI: 20 65 FBI: 29 61 3 GRA: 29/66,29/66
CP_LNK IFP: 5 64 FBI: 14 61 2 GRA: 14/65,14/65
CP_LNK GVI: 42 60 FBI: 51 57 2 GRA: 51/61,51/61
CP_LNK FBI: 51 57 2 GVI: 60 60 GRA: 60/61,60/61
CP_LNK GVI: 42 68 FBI: 51 64 3 GRA: 51/69,51/69
CP_LNK FBI: 51 64 2 GVI: 60 67 GRA: 60/68,60/68
CP_LNK GVI: 5 66 FBI: 14 61 4 GRA: 14/67,14/67
CP_LNK IFP: 5 65 FBI: 14 61 3 GRA: 14/66,14/66
CP_LNK GVI: 5 73 FBI: 14 70 2 GRA: 14/74,14/74
CP_LNK GVI: 5 75 FBI: 14 70 4 GRA: 14/76,14/76
CP_LNK GVI: 5 76 FBI: 14 70 5 GRA: 14/77,14/77
CP_LNK GVI: 5 77 FBI: 14 70 6 GRA: 14/78,14/78
CP_LNK GVI: 5 79 FBI: 14 70 8 GRA: 14/80,14/80
CP_LNK GVI: 5 80 FBI: 14 70 9 GRA: 14/81,14/81
CP_LNK GVI: 5 81 FBI: 14 70 10 GRA: 14/82,14/82
CP_LNK GVI: 5 82 FBI: 14 70 11 GRA: 14/83,14/83
CP_SEC "aansturing_Werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 6 EXEC: 4 TEXT:
...TXF In deze sectie is de aansturing van een werktuig geprogrammeerd.
...TXT Hierin is ook verwerkt dat wanneer een werktuig op automatisch 
...TXT staat en er is een commando in, dan blijft de aansturing staan als er
...TXT wordt overgeschakeld van AUTO naar Hand
CP_IFP "CmdIn" 4 17 FP_IO_OUTPUT
CP_IFP "CmdIn" 67 9 FP_IO_INPUT
CP_IFP "Storing" 49 11 FP_IO_OUTPUT
CP_IFP "AutoIn" 4 10 FP_IO_OUTPUT
CP_IFP "VrijIn" 4 11 FP_IO_OUTPUT
CP_IFP "LokAuto" 49 10 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 13 6 CODID: 1 NAME: ".6.3" DRAW: 1 TEXT:
CP_FBI "AND_BOOL" 30 11 CODID: 3 NAME: ".6.11" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "OR_BOOL" 41 6 CODID: 4 NAME: ".6.7" TEXT:
CP_FBI "AND_BOOL" 58 6 CODID: 5 NAME: ".6.8" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "OR_BOOL" 13 13 CODID: 2 NAME: ".6.12" TEXT:
CP_GVI NAMED_VAR: "sta_bed_auto" 4 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 21 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_stop" 21 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_start" 4 16 FP_IO_OUTPUT
CP_LNK FBI: 13 6 2 FBI: 41 6 2 GRA: 22/10,41/10
CP_LNK FBI: 41 6 2 FBI: 58 6 2 GRA: 49/10,58/10
CP_LNK FBI: 13 13 2 FBI: 30 11 4 GRA: 21/17,30/17
CP_LNK FBI: 30 11 2 FBI: 41 6 3 GRA: 39/15,40/15,40/11,41/11
CP_LNK IFP: 4 17 FBI: 13 13 3 GRA: 13/18,13/18
CP_LNK FBI: 58 6 2 IFP: 67 9 GRA: 67/10,67/10
CP_LNK GVI: 4 9 FBI: 13 6 2 GRA: 13/10,13/10
CP_LNK GVI: 21 14 FBI: 30 11 2 GRA: 30/15,30/15
CP_LNK GVI: 21 15 FBI: 30 11 3 GRA: 30/16,30/16
CP_LNK GVI: 4 16 FBI: 13 13 2 GRA: 13/17,13/17
CP_LNK IFP: 49 11 FBI: 58 6 4 GRA: 58/12,58/12
CP_LNK IFP: 4 10 FBI: 13 6 3 GRA: 13/11,13/11
CP_LNK IFP: 4 11 FBI: 13 6 4 GRA: 13/12,13/12
CP_LNK IFP: 49 10 FBI: 58 6 3 GRA: 58/11,58/11
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DFB_FREQ "11/02/05 13:16:16" TEXT:
CP_DFB "DFB_FREQ" HEIGHT/WIDTH: 28 9 FBTK_DFB "11/02/05 13:16:16" TEXT:
...TXF De dfb FREQ (Frequentieregelaar) is een functieblok waarin de besturing voor 
...TXT een motor of pomp is opgenomen.
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_FREQ{1,2,3,4}
CL_FRM "Acoftijd" ID_24 SHOW POSL 24 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT: vertragingstijd
CL_FRM "CmdIn" ID_36 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: commando in
CL_FRM "Storing" ID_37 SHOW POSR 24 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: verzamelstoring
CL_FRM "LokAuto" ID_38 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: lokaal automatisch
CL_FRM "Pri_wrd" ID_39 SHOW POSL 22 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: primair woord
CL_FRM "Bed_wrd" ID_40 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: bedieningswoord (schijfwoord vanaf SCADA)
CL_FRM "Ond_wrd" ID_41 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: onderdrukkenwoord
CL_FRM "Alw_sec" ID_42 SHOW POSR 23 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair
CL_FRM "Alw_pri" ID_43 SHOW POSR 22 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord primair
CL_FRM "StatBed" ID_44 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: status bediening
CL_FRM "Beschik" ID_51 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: werktuig beschikbaar
CL_FRM "Accept" ID_52 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: accepteren storing 
CL_FRM "Rst_alg" ID_53 SHOW POSL 26 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: herstel storing
CL_FRM "StatBedr" ID_54 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: bedrijfsstatus
CL_FRM "MeldVk" ID_61 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding voorkeur
CL_FRM "MeldExt1" ID_62 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding storing extern 1
CL_FRM "MeldFlow" ID_63 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding flow
CL_FRM "MeldIn" ID_64 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding in bedrijf
CL_FRM "AutoIn" ID_65 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: automatisch in bedrijf
CL_FRM "VrijIn" ID_66 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: vrijgave automatisch in bedrijf
CL_FRM "CmdUit" ID_67 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: commando uit
CL_FRM "MeldExt2" ID_68 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding storing extern 2
CL_FRM "Paraat" ID_69 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: werktuig paraat
CL_FRM "MinToer" ID_76 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL VAL: 0.0 TEXT: instelling minimum toeren (0-100%) (watergeef moment)
CL_FRM "Toeren" ID_77 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: gemeten toeren (0-100%)
CL_FRM "SturAuto" ID_78 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: sturing automatisch (0-100%) vanaf regelaar
CL_FRM "SturHand" ID_79 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: sturing hand (0-100%) vanaf SCADA
CL_FRM "Stuur" ID_80 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT: sturing analoge waarde naar frequentie regelaar
CL_FRM "SturHdU" ID_81 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT: sturing hand waarde uitgang t.b.v. stootloos overschakelen
CL_FRM "LTydGew" ID_82 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: gewenste looptijd (sec)
CL_FRM "CmdVt1" ID_85 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: commando vast toerental 1 
CL_FRM "CmdVt2" ID_86 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: commando vast toerental 2
CL_FRM "VastT1" ID_91 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: aanvraag vast toerental 1
CL_FRM "VastT2" ID_92 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: aanvraag vast toerental 2
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BIT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "BIT0" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "SR" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S1" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "LE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LIMV" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 10 7 "02/15/01 09:12:41" NR_FORMP: 11
VS_FRM "MAN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "HALT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "X" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "RATE" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "YMAX" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "YMIN" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "YMAN" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 6 TEXT:
VS_FRM "Y" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "QMAX" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "QMIN" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "DIV_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FFB "R_TRIG" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "CLK" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "NOT_BOOL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 7 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "B_STAT" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 19 9 "11/02/05 13:16:15" NR_FORMP: 18
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "StatBedr" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Stat_3" ID_8 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_2" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_1" ID_10 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_0" ID_11 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_4" ID_12 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_5" ID_14 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_6" ID_15 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_7" ID_16 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_8" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_9" ID_18 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_10" ID_19 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_11" ID_20 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_12" ID_21 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_13" ID_22 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_14" ID_23 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_15" ID_24 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "Conversie_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_storing_extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_storing_extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_storing_extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_geaccepteerd_opgelost" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "geen_flow" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_start" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_stop" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_hand" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing_geaccepteerd" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "status_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Alarmen_Werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_bed_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Aansturing_Werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_bed_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_blokkeren" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_stoppen" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_starten" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_voorkeur" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_lokaal" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_hand" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_geen_flow" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_storing_extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_storing_niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_geen_flow" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_storing_extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_storing_niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_geen_flow" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_storing_extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_storing_niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_geen_flow" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_storing_extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_storing_niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "tijdvertr" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "conversie_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 8 EXEC: 1 TEXT: Deze sectie zet de in- en uitgangs registers om naar bits.
CP_IFP "MeldIn" 39 70 FP_IO_OUTPUT
CP_IFP "Beschik" 39 68 FP_IO_OUTPUT
CP_IFP "StatBedr" 59 67 FP_IO_INPUT
CP_IFP "Ond_wrd" 39 7 FP_IO_OUTPUT
CP_IFP "Bed_wrd" 5 27 FP_IO_OUTPUT
CP_IFP "Pri_wrd" 5 7 FP_IO_OUTPUT
CP_IFP "StatBed" 24 67 FP_IO_INPUT
CP_IFP "Alw_pri" 24 47 FP_IO_INPUT
CP_IFP "Alw_sec" 58 47 FP_IO_INPUT
CP_FBI "WORD_TO_BIT" 14 4 CODID: 1 NAME: "primair_woord" TEXT:
CP_FBI "WORD_TO_BIT" 14 24 CODID: 2 NAME: "bedien_woord" TEXT:
CP_FBI "WORD_TO_BIT" 48 4 CODID: 3 NAME: "onderdrukken_woord" TEXT:
CP_FBI "BIT_TO_WORD" 14 44 CODID: 4 NAME: ".8.7" TEXT:
CP_FBI "BIT_TO_WORD" 48 44 CODID: 5 NAME: ".8.8" TEXT:
CP_FBI "BIT_TO_WORD" 14 64 CODID: 6 NAME: ".8.9" TEXT:
CP_DBI "B_STAT" 48 64 CODID: 7 NAME: "Bedrijfsstatus_tbv_Scada" TEXT:
CP_GVI NAMED_VAR: "alw_pri_storing_extern1" 5 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern1" 39 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_geen_flow" 39 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_geen_flow" 5 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern2" 5 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern2" 39 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern2" 24 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern1" 24 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_geen_flow" 24 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern2" 58 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern1" 58 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_geen_flow" 58 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_in" 58 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_uit" 58 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_stoppen" 39 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing" 39 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 39 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit11" 5 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit10" 5 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit9" 5 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit8" 5 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit7" 5 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit2" 5 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit1" 5 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_voorkeur" 5 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 5 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 5 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 5 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_lokaal" 5 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit6" 5 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit5" 5 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit4" 5 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit3" 5 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_uit" 39 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_in" 39 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit11" 39 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit10" 39 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit9" 39 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit8" 39 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit7" 39 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit6" 39 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit4" 39 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit5" 39 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit3" 39 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit2" 39 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit1" 39 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_uit" 5 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_in" 5 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit11" 5 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit10" 5 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit9" 5 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit8" 5 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit7" 5 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit6" 5 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit5" 5 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit4" 5 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit3" 5 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit2" 5 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit1" 5 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_bit11" 58 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit10" 58 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit9" 58 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit8" 58 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit7" 58 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit6" 58 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit5" 58 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit4" 58 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit3" 58 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit2" 58 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit1" 58 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_start" 24 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_stop" 24 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 24 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 24 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 24 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit11" 24 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit10" 24 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit9" 24 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit8" 24 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit7" 24 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit6" 24 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit5" 24 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit4" 24 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 24 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_uit" 24 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_in" 24 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit11" 24 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit10" 24 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit9" 24 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit8" 24 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit7" 24 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit6" 24 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit5" 24 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit4" 24 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit3" 24 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit2" 24 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit1" 24 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit3" 24 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit2" 24 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_blokkeren" 39 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_starten" 39 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 39 75 FP_IO_OUTPUT
CP_CON 39 67 IEC_BOOL_ID 1
CP_LNK GVI: 5 59 FBI: 14 44 14 GRA: 14/60,14/60
CP_LNK GVI: 39 59 FBI: 48 44 14 GRA: 48/60,48/60
CP_LNK GVI: 39 60 FBI: 48 44 15 GRA: 48/61,48/61
CP_LNK GVI: 5 60 FBI: 14 44 15 GRA: 14/61,14/61
CP_LNK GVI: 5 58 FBI: 14 44 13 GRA: 14/59,14/59
CP_LNK GVI: 39 58 FBI: 48 44 13 GRA: 48/59,48/59
CP_LNK FBI: 14 4 13 GVI: 24 18 GRA: 24/19,24/19
CP_LNK FBI: 14 4 14 GVI: 24 19 GRA: 24/20,24/20
CP_LNK FBI: 14 4 15 GVI: 24 20 GRA: 24/21,24/21
CP_LNK FBI: 48 4 13 GVI: 58 18 GRA: 58/19,58/19
CP_LNK FBI: 48 4 14 GVI: 58 19 GRA: 58/20,58/20
CP_LNK FBI: 48 4 15 GVI: 58 20 GRA: 58/21,58/21
CP_LNK FBI: 48 4 16 GVI: 58 21 GRA: 58/22,58/22
CP_LNK FBI: 48 4 17 GVI: 58 22 GRA: 58/23,58/23
CP_LNK IFP: 39 70 FBI: 48 64 5 GRA: 48/71,48/71
CP_LNK IFP: 39 68 FBI: 48 64 3 GRA: 48/69,48/69
CP_LNK CON: 39 67 FBI: 48 64 2 GRA: 48/68,48/68
CP_LNK GVI: 39 71 FBI: 48 64 6 GRA: 48/72,48/72
CP_LNK GVI: 39 73 FBI: 48 64 8 GRA: 48/74,48/74
CP_LNK GVI: 39 74 FBI: 48 64 9 GRA: 48/75,48/75
CP_LNK GVI: 5 77 FBI: 14 64 12 GRA: 14/78,14/78
CP_LNK GVI: 5 76 FBI: 14 64 11 GRA: 14/77,14/77
CP_LNK GVI: 5 75 FBI: 14 64 10 GRA: 14/76,14/76
CP_LNK GVI: 5 74 FBI: 14 64 9 GRA: 14/75,14/75
CP_LNK GVI: 5 73 FBI: 14 64 8 GRA: 14/74,14/74
CP_LNK GVI: 5 68 FBI: 14 64 3 GRA: 14/69,14/69
CP_LNK GVI: 5 67 FBI: 14 64 2 GRA: 14/68,14/68
CP_LNK FBI: 48 64 2 IFP: 59 67 GRA: 59/68,59/68
CP_LNK GVI: 5 78 FBI: 14 64 13 GRA: 14/79,14/79
CP_LNK GVI: 5 82 FBI: 14 64 17 GRA: 14/83,14/83
CP_LNK IFP: 39 7 FBI: 48 4 2 GRA: 48/8,48/8
CP_LNK IFP: 5 27 FBI: 14 24 2 GRA: 14/28,14/28
CP_LNK IFP: 5 7 FBI: 14 4 2 GRA: 14/8,14/8
CP_LNK FBI: 14 64 2 IFP: 24 67 GRA: 24/68,24/68
CP_LNK FBI: 14 44 2 IFP: 24 47 GRA: 24/48,24/48
CP_LNK FBI: 48 44 2 IFP: 58 47 GRA: 58/48,58/48
CP_LNK GVI: 5 81 FBI: 14 64 16 GRA: 14/82,14/82
CP_LNK GVI: 5 80 FBI: 14 64 15 GRA: 14/81,14/81
CP_LNK GVI: 5 79 FBI: 14 64 14 GRA: 14/80,14/80
CP_LNK GVI: 5 72 FBI: 14 64 7 GRA: 14/73,14/73
CP_LNK GVI: 5 71 FBI: 14 64 6 GRA: 14/72,14/72
CP_LNK GVI: 5 70 FBI: 14 64 5 GRA: 14/71,14/71
CP_LNK GVI: 5 69 FBI: 14 64 4 GRA: 14/70,14/70
CP_LNK GVI: 39 62 FBI: 48 44 17 GRA: 48/63,48/63
CP_LNK GVI: 39 61 FBI: 48 44 16 GRA: 48/62,48/62
CP_LNK GVI: 39 57 FBI: 48 44 12 GRA: 48/58,48/58
CP_LNK GVI: 39 56 FBI: 48 44 11 GRA: 48/57,48/57
CP_LNK GVI: 39 55 FBI: 48 44 10 GRA: 48/56,48/56
CP_LNK GVI: 39 54 FBI: 48 44 9 GRA: 48/55,48/55
CP_LNK GVI: 39 53 FBI: 48 44 8 GRA: 48/54,48/54
CP_LNK GVI: 39 52 FBI: 48 44 7 GRA: 48/53,48/53
CP_LNK GVI: 39 50 FBI: 48 44 5 GRA: 48/51,48/51
CP_LNK GVI: 39 51 FBI: 48 44 6 GRA: 48/52,48/52
CP_LNK GVI: 39 49 FBI: 48 44 4 GRA: 48/50,48/50
CP_LNK GVI: 39 48 FBI: 48 44 3 GRA: 48/49,48/49
CP_LNK GVI: 39 47 FBI: 48 44 2 GRA: 48/48,48/48
CP_LNK GVI: 5 62 FBI: 14 44 17 GRA: 14/63,14/63
CP_LNK GVI: 5 61 FBI: 14 44 16 GRA: 14/62,14/62
CP_LNK GVI: 5 57 FBI: 14 44 12 GRA: 14/58,14/58
CP_LNK GVI: 5 56 FBI: 14 44 11 GRA: 14/57,14/57
CP_LNK GVI: 5 55 FBI: 14 44 10 GRA: 14/56,14/56
CP_LNK GVI: 5 54 FBI: 14 44 9 GRA: 14/55,14/55
CP_LNK GVI: 5 53 FBI: 14 44 8 GRA: 14/54,14/54
CP_LNK GVI: 5 52 FBI: 14 44 7 GRA: 14/53,14/53
CP_LNK GVI: 5 51 FBI: 14 44 6 GRA: 14/52,14/52
CP_LNK GVI: 5 50 FBI: 14 44 5 GRA: 14/51,14/51
CP_LNK GVI: 5 49 FBI: 14 44 4 GRA: 14/50,14/50
CP_LNK GVI: 5 48 FBI: 14 44 3 GRA: 14/49,14/49
CP_LNK GVI: 5 47 FBI: 14 44 2 GRA: 14/48,14/48
CP_LNK FBI: 48 4 12 GVI: 58 17 GRA: 58/18,58/18
CP_LNK FBI: 48 4 11 GVI: 58 16 GRA: 58/17,58/17
CP_LNK FBI: 48 4 10 GVI: 58 15 GRA: 58/16,58/16
CP_LNK FBI: 48 4 9 GVI: 58 14 GRA: 58/15,58/15
CP_LNK FBI: 48 4 8 GVI: 58 13 GRA: 58/14,58/14
CP_LNK FBI: 48 4 7 GVI: 58 12 GRA: 58/13,58/13
CP_LNK FBI: 48 4 6 GVI: 58 11 GRA: 58/12,58/12
CP_LNK FBI: 48 4 5 GVI: 58 10 GRA: 58/11,58/11
CP_LNK FBI: 48 4 4 GVI: 58 9 GRA: 58/10,58/10
CP_LNK FBI: 48 4 3 GVI: 58 8 GRA: 58/9,58/9
CP_LNK FBI: 48 4 2 GVI: 58 7 GRA: 58/8,58/8
CP_LNK FBI: 14 24 13 GVI: 24 38 GRA: 24/39,24/39
CP_LNK FBI: 14 24 14 GVI: 24 39 GRA: 24/40,24/40
CP_LNK FBI: 14 24 15 GVI: 24 40 GRA: 24/41,24/41
CP_LNK FBI: 14 24 16 GVI: 24 41 GRA: 24/42,24/42
CP_LNK FBI: 14 24 17 GVI: 24 42 GRA: 24/43,24/43
CP_LNK FBI: 14 24 12 GVI: 24 37 GRA: 24/38,24/38
CP_LNK FBI: 14 24 11 GVI: 24 36 GRA: 24/37,24/37
CP_LNK FBI: 14 24 10 GVI: 24 35 GRA: 24/36,24/36
CP_LNK FBI: 14 24 9 GVI: 24 34 GRA: 24/35,24/35
CP_LNK FBI: 14 24 8 GVI: 24 33 GRA: 24/34,24/34
CP_LNK FBI: 14 24 7 GVI: 24 32 GRA: 24/33,24/33
CP_LNK FBI: 14 24 6 GVI: 24 31 GRA: 24/32,24/32
CP_LNK FBI: 14 24 5 GVI: 24 30 GRA: 24/31,24/31
CP_LNK FBI: 14 24 2 GVI: 24 27 GRA: 24/28,24/28
CP_LNK FBI: 14 4 17 GVI: 24 22 GRA: 24/23,24/23
CP_LNK FBI: 14 4 16 GVI: 24 21 GRA: 24/22,24/22
CP_LNK FBI: 14 4 12 GVI: 24 17 GRA: 24/18,24/18
CP_LNK FBI: 14 4 11 GVI: 24 16 GRA: 24/17,24/17
CP_LNK FBI: 14 4 10 GVI: 24 15 GRA: 24/16,24/16
CP_LNK FBI: 14 4 9 GVI: 24 14 GRA: 24/15,24/15
CP_LNK FBI: 14 4 8 GVI: 24 13 GRA: 24/14,24/14
CP_LNK FBI: 14 4 7 GVI: 24 12 GRA: 24/13,24/13
CP_LNK FBI: 14 4 6 GVI: 24 11 GRA: 24/12,24/12
CP_LNK FBI: 14 4 5 GVI: 24 10 GRA: 24/11,24/11
CP_LNK FBI: 14 4 4 GVI: 24 9 GRA: 24/10,24/10
CP_LNK FBI: 14 4 3 GVI: 24 8 GRA: 24/9,24/9
CP_LNK FBI: 14 4 2 GVI: 24 7 GRA: 24/8,24/8
CP_LNK FBI: 14 24 4 GVI: 24 29 GRA: 24/30,24/30
CP_LNK FBI: 14 24 3 GVI: 24 28 GRA: 24/29,24/29
CP_LNK GVI: 39 69 FBI: 48 64 4 GRA: 48/70,48/70
CP_LNK GVI: 39 72 FBI: 48 64 7 GRA: 48/73,48/73
CP_LNK GVI: 39 75 FBI: 48 64 10 GRA: 48/76,48/76
CP_SEC "status_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 4 EXEC: 2 TEXT:
...TXF In deze sectie wordt van een werktuig de status
...TXT weergegeven. Dit is bedoeld om in de SCADA applicatie een 
...TXT werktuig een bepaalde kleuring te geven
CP_IFP "CmdIn" 44 22 FP_IO_OUTPUT
CP_IFP "CmdIn" 44 29 FP_IO_OUTPUT
CP_IFP "Storing" 44 16 FP_IO_OUTPUT
CP_IFP "CmdIn" 44 15 FP_IO_OUTPUT
CP_IFP "MeldIn" 44 14 FP_IO_OUTPUT
CP_IFP "LokAuto" 44 13 FP_IO_OUTPUT
CP_IFP "MeldFlow" 44 21 FP_IO_OUTPUT
CP_IFP "MeldFlow" 44 28 FP_IO_OUTPUT
CP_IFP "VrijIn" 44 35 FP_IO_OUTPUT
CP_IFP "AutoIn" 44 36 FP_IO_OUTPUT
CP_IFP "LokAuto" 44 47 FP_IO_OUTPUT
CP_IFP "MeldVk" 45 42 FP_IO_OUTPUT
CP_IFP "Beschik" 62 5 FP_IO_INPUT
CP_IFP "LokAuto" 44 6 FP_IO_OUTPUT
CP_IFP "Paraat" 62 12 FP_IO_INPUT
CP_IFP "Storing" 44 7 FP_IO_OUTPUT
CP_IFP "Beschik" 44 37 FP_IO_OUTPUT
CP_IFP "CmdIn" 30 6 FP_IO_OUTPUT
CP_IFP "MeldIn" 44 23 FP_IO_OUTPUT
CP_IFP "MeldIn" 44 30 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 53 9 CODID: 1 NAME: ".4.1" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "MOVE" 54 39 CODID: 13 NAME: ".4.17" ANY: IEC_BOOL_ID TEXT:
CP_FBI "AND_BOOL" 53 18 CODID: 2 NAME: ".4.3" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 53 25 CODID: 3 NAME: ".4.4" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 53 32 CODID: 4 NAME: ".4.5" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 53 2 CODID: 15 NAME: ".4.18" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "OR_BOOL" 35 49 CODID: 5 NAME: ".4.7" TEXT:
CP_FBI "AND_BOOL" 53 49 CODID: 6 NAME: ".4.8" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "OR_BOOL" 35 56 CODID: 8 NAME: ".4.9" DRAW: 1 TEXT:
CP_FBI "AND_BOOL" 53 56 CODID: 9 NAME: ".4.10" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "OR_BOOL" 35 63 CODID: 10 NAME: ".4.11" TEXT:
CP_FBI "AND_BOOL" 53 63 CODID: 11 NAME: ".4.12" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "NOT_BOOL" 53 44 CODID: 12 NAME: ".4.13" TEXT:
CP_FBI "R_TRIG" 17 57 CODID: 7 NAME: "Initialisatie_bij_opstart" TEXT:
CP_FBI "OR_BOOL" 39 2 CODID: 14 NAME: ".4.19" TEXT:
CP_GVI NAMED_VAR: "sta_bedr_stoppen" 62 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_starten" 62 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_blokkeren" 62 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 26 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 26 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 26 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 26 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 26 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 44 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 44 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 44 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 44 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 62 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 62 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 62 66 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_lokaal" 62 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 44 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 44 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 44 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_voorkeur" 61 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 26 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 30 5 FP_IO_OUTPUT
CP_CON 8 60 IEC_BOOL_ID 1
CP_LNK IFP: 44 22 FBI: 53 18 3 GRA: 53/23,53/23
CP_LNK IFP: 44 29 FBI: 53 25 3 GRA: 53/30,53/30
CP_LNK FBI: 35 49 2 FBI: 53 49 2 GRA: 43/53,53/53
CP_LNK FBI: 53 25 2 GVI: 62 28 GRA: 62/29,62/29
CP_LNK FBI: 53 18 2 GVI: 62 21 GRA: 62/22,62/22
CP_LNK FBI: 53 32 2 GVI: 62 35 GRA: 62/36,62/36
CP_LNK GVI: 26 52 FBI: 35 49 2 GRA: 35/53,35/53
CP_LNK GVI: 26 59 FBI: 35 56 2 GRA: 35/60,35/60
CP_LNK GVI: 26 66 FBI: 35 63 2 GRA: 35/67,35/67
CP_LNK GVI: 26 53 FBI: 35 49 3 GRA: 35/54,35/54
CP_LNK GVI: 26 67 FBI: 35 63 3 GRA: 35/68,35/68
CP_LNK GVI: 44 53 FBI: 53 49 3 GRA: 53/54,53/54
CP_LNK GVI: 44 54 FBI: 53 49 4 GRA: 53/55,53/55
CP_LNK GVI: 44 61 FBI: 53 56 4 GRA: 53/62,53/62
CP_LNK GVI: 44 67 FBI: 53 63 3 GRA: 53/68,53/68
CP_LNK FBI: 53 49 2 GVI: 62 52 GRA: 62/53,62/53
CP_LNK FBI: 53 56 2 GVI: 62 59 GRA: 62/60,62/60
CP_LNK FBI: 53 63 2 GVI: 62 66 GRA: 62/67,62/67
CP_LNK FBI: 53 44 2 GVI: 62 47 GRA: 62/48,62/48
CP_LNK GVI: 44 12 FBI: 53 9 2 GRA: 53/13,53/13
CP_LNK GVI: 44 60 FBI: 53 56 3 GRA: 53/61,53/61
CP_LNK FBI: 35 56 2 FBI: 53 56 2 GRA: 43/60,53/60
CP_LNK GVI: 44 68 FBI: 53 63 4 GRA: 53/69,53/69
CP_LNK FBI: 35 63 2 FBI: 53 63 2 GRA: 43/67,53/67
CP_LNK IFP: 44 16 FBI: 53 9 6 GRA: 53/17,53/17
CP_LNK IFP: 44 15 FBI: 53 9 5 GRA: 53/16,53/16
CP_LNK IFP: 44 14 FBI: 53 9 4 GRA: 53/15,53/15
CP_LNK IFP: 44 13 FBI: 53 9 3 GRA: 53/14,53/14
CP_LNK IFP: 44 21 FBI: 53 18 2 GRA: 53/22,53/22
CP_LNK IFP: 44 28 FBI: 53 25 2 GRA: 53/29,53/29
CP_LNK IFP: 44 35 FBI: 53 32 2 GRA: 53/36,53/36
CP_LNK IFP: 44 36 FBI: 53 32 3 GRA: 53/37,53/37
CP_LNK IFP: 44 47 FBI: 53 44 2 GRA: 53/48,53/48
CP_LNK IFP: 45 42 FBI: 54 39 2 GRA: 54/43,54/43
CP_LNK FBI: 54 39 2 GVI: 61 42 GRA: 61/43,61/43
CP_LNK FBI: 53 2 2 IFP: 62 5 GRA: 62/6,62/6
CP_LNK IFP: 44 6 FBI: 53 2 3 GRA: 53/7,53/7
CP_LNK FBI: 53 9 2 IFP: 62 12 GRA: 62/13,62/13
CP_LNK IFP: 44 7 FBI: 53 2 4 GRA: 53/8,53/8
CP_LNK CON: 8 60 FBI: 17 57 2 GRA: 17/61,17/61
CP_LNK GVI: 26 61 FBI: 35 56 4 GRA: 35/62,35/62
CP_LNK FBI: 17 57 2 FBI: 35 56 3 GRA: 24/61,35/61
CP_LNK IFP: 44 37 FBI: 53 32 4 GRA: 53/38,53/38
CP_LNK IFP: 30 6 FBI: 39 2 3 GRA: 39/7,39/7
CP_LNK GVI: 30 5 FBI: 39 2 2 GRA: 39/6,39/6
CP_LNK FBI: 39 2 2 FBI: 53 2 2 GRA: 47/6,53/6
CP_LNK IFP: 44 23 FBI: 53 18 4 GRA: 53/24,53/24
CP_LNK IFP: 44 30 FBI: 53 25 4 GRA: 53/31,53/31
CP_SEC "alarmen_Werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 5 EXEC: 3 TEXT:
...TXF In deze sectie zijn de 5 alarmen van een werktuig geprogrammeerd
...TXT Elk alarm is via het primair woord instelbaar tussen primair en secundair.
...TXT De default waarde voor het primair woord is dat alles op NUL staat.
...TXT Dit houdt in dat in basis alle storingen primair staan.
CP_IFP "MeldExt2" 6 65 FP_IO_OUTPUT
CP_IFP "VrijIn" 6 64 FP_IO_OUTPUT
CP_IFP "MeldExt1" 6 52 FP_IO_OUTPUT
CP_IFP "VrijIn" 6 51 FP_IO_OUTPUT
CP_IFP "MeldFlow" 6 40 FP_IO_OUTPUT
CP_IFP "LokAuto" 6 39 FP_IO_OUTPUT
CP_IFP "VrijIn" 6 38 FP_IO_OUTPUT
CP_IFP "MeldIn" 6 27 FP_IO_OUTPUT
CP_IFP "LokAuto" 6 26 FP_IO_OUTPUT
CP_IFP "VrijIn" 6 25 FP_IO_OUTPUT
CP_IFP "MeldIn" 6 14 FP_IO_OUTPUT
CP_IFP "LokAuto" 6 13 FP_IO_OUTPUT
CP_IFP "VrijIn" 6 12 FP_IO_OUTPUT
CP_IFP "Rst_alg" 6 107 FP_IO_OUTPUT
CP_IFP "Accept" 14 91 FP_IO_OUTPUT
CP_IFP "CmdIn" 6 41 FP_IO_OUTPUT
CP_IFP "Storing" 23 73 FP_IO_INPUT
CP_IFP "CmdIn" 6 28 FP_IO_OUTPUT
CP_IFP "CmdIn" 6 15 FP_IO_OUTPUT
CP_IFP "Acoftijd" 6 6 FP_IO_OUTPUT
CP_IFP "Accept" 30 112 FP_IO_OUTPUT
CP_IFP "Rst_alg" 30 113 FP_IO_OUTPUT
CP_IFP "Storing" 1 92 FP_IO_OUTPUT
CP_FBI "OR_BOOL" 15 103 CODID: 1 NAME: ".5.32" TEXT:
CP_FBI "AND_BOOL" 39 103 CODID: 2 NAME: ".5.33" TEXT:
CP_FBI "AND_BOOL" 15 9 CODID: 3 NAME: ".5.34" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "TON" 30 9 CODID: 4 NAME: "FBI_5_35" TEXT:
CP_FBI "RS" 43 10 CODID: 5 NAME: "FBI_5_36" TEXT:
CP_FBI "AND_BOOL" 52 12 CODID: 6 NAME: ".5.37" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 5 CODID: 7 NAME: ".5.38" TEXT:
CP_FBI "AND_BOOL" 15 22 CODID: 8 NAME: ".5.39" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/6
CP_FBI "TON" 30 22 CODID: 9 NAME: "FBI_5_40" TEXT:
CP_FBI "RS" 43 23 CODID: 10 NAME: "FBI_5_41" TEXT:
CP_FBI "AND_BOOL" 52 25 CODID: 11 NAME: ".5.42" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 18 CODID: 12 NAME: ".5.43" TEXT:
CP_FBI "OR_BOOL" 15 70 CODID: 13 NAME: ".5.44" DRAW: 8 TEXT:
CP_FBI "OR_BOOL" 10 89 CODID: 14 NAME: ".5.45" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "RS" 23 88 CODID: 15 NAME: "FBI_5_46" TEXT:
CP_FBI "AND_BOOL" 15 35 CODID: 16 NAME: ".5.47" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/6
CP_FBI "TON" 30 35 CODID: 17 NAME: "FBI_5_48" TEXT:
CP_FBI "RS" 43 36 CODID: 18 NAME: "FBI_5_49" TEXT:
CP_FBI "AND_BOOL" 52 38 CODID: 19 NAME: ".5.50" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 31 CODID: 20 NAME: ".5.51" TEXT:
CP_FBI "TIME_MUL_INT" 15 2 CODID: 21 NAME: ".5.52" TEXT:
CP_FBI "AND_BOOL" 52 71 CODID: 22 NAME: ".5.53" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 15 48 CODID: 23 NAME: ".5.54" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "TON" 30 48 CODID: 24 NAME: "FBI_5_55" TEXT:
CP_FBI "RS" 43 49 CODID: 25 NAME: "FBI_5_56" TEXT:
CP_FBI "AND_BOOL" 52 51 CODID: 26 NAME: ".5.57" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 44 CODID: 27 NAME: ".5.58" TEXT:
CP_FBI "AND_BOOL" 15 61 CODID: 28 NAME: ".5.59" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "TON" 30 61 CODID: 29 NAME: "FBI_5_60" TEXT:
CP_FBI "RS" 43 62 CODID: 30 NAME: "FBI_5_61" TEXT:
CP_FBI "AND_BOOL" 52 64 CODID: 31 NAME: ".5.62" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 57 CODID: 32 NAME: ".5.63" TEXT:
CP_FBI "AND_BOOL" 39 109 CODID: 33 NAME: ".5.64" TEXT:
CP_FBI "OR_BOOL" 53 103 CODID: 34 NAME: ".5.65" TEXT:
CP_FBI "AND_BOOL" 52 77 CODID: 35 NAME: ".5.66" DRAW: 4 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3,FBIPH_INPUT/4,FBIPH_INPUT/5,FBIPH_INPUT/6
CP_GVI NAMED_VAR: "alw_pri_storing_extern2" 6 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern1" 6 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_geen_flow" 6 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_in" 6 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern2" 6 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern1" 6 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_geen_flow" 6 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_uit" 6 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern2" 6 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern2" 61 67 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern2" 43 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern2" 61 60 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern2" 43 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 21 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 34 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 21 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern1" 61 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern1" 61 54 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern1" 43 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern1" 43 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern1" 6 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 34 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing" 61 74 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_geen_flow" 6 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 21 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_in" 6 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 21 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_uit" 6 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 21 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 25 5 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_geen_flow" 61 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_geen_flow" 61 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_geen_flow" 43 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_geen_flow" 43 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 34 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 30 91 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_uit" 6 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_in" 6 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_in" 43 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_in" 43 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_in" 61 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_in" 61 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_uit" 61 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_uit" 61 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_uit" 43 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_uit" 43 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 6 106 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 34 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 34 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 61 106 FP_IO_INPUT
CP_GVI NAMED_VAR: "niet_uit" 37 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "niet_in" 37 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "geen_flow" 37 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "extern1" 37 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "extern2" 37 64 FP_IO_INPUT
CP_GVI NAMED_VAR: "niet_uit" 43 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "niet_in" 43 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "geen_flow" 43 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "extern1" 43 83 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "extern2" 43 84 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 43 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 61 80 FP_IO_INPUT
CP_GVI NAMED_VAR: "reset" 1 93 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 30 107 FP_IO_OUTPUT
CP_CON 6 5 IEC_TIME_ID t#1s
CP_LNK GVI: 6 82 FBI: 15 70 11 GRA: 15/83,15/83
CP_LNK GVI: 6 81 FBI: 15 70 10 GRA: 15/82,15/82
CP_LNK GVI: 6 80 FBI: 15 70 9 GRA: 15/81,15/81
CP_LNK GVI: 6 79 FBI: 15 70 8 GRA: 15/80,15/80
CP_LNK GVI: 6 77 FBI: 15 70 6 GRA: 15/78,15/78
CP_LNK GVI: 6 76 FBI: 15 70 5 GRA: 15/77,15/77
CP_LNK GVI: 6 75 FBI: 15 70 4 GRA: 15/76,15/76
CP_LNK GVI: 6 73 FBI: 15 70 2 GRA: 15/74,15/74
CP_LNK IFP: 6 65 FBI: 15 61 3 GRA: 15/66,15/66
CP_LNK GVI: 6 66 FBI: 15 61 4 GRA: 15/67,15/67
CP_LNK FBI: 52 64 2 GVI: 61 67 GRA: 61/68,61/68
CP_LNK GVI: 43 68 FBI: 52 64 3 GRA: 52/69,52/69
CP_LNK FBI: 52 57 2 GVI: 61 60 GRA: 61/61,61/61
CP_LNK GVI: 43 60 FBI: 52 57 2 GRA: 52/61,52/61
CP_LNK IFP: 6 64 FBI: 15 61 2 GRA: 15/65,15/65
CP_LNK GVI: 21 65 FBI: 30 61 3 GRA: 30/66,30/66
CP_LNK GVI: 34 66 FBI: 43 62 3 GRA: 43/67,43/67
CP_LNK FBI: 43 62 2 FBI: 52 64 2 GRA: 50/66,51/66,51/68,52/68
CP_LNK FBI: 43 62 2 FBI: 52 57 3 GRA: 50/66,51/66,51/62,52/62
CP_LNK FBI: 30 61 2 GVI: 37 64 GRA: 37/65,37/65
CP_LNK FBI: 30 61 2 FBI: 43 62 2 GRA: 37/65,38/65,38/66,43/66
CP_LNK FBI: 15 61 2 FBI: 30 61 2 GRA: 24/65,30/65
CP_LNK IFP: 6 52 FBI: 15 48 3 GRA: 15/53,15/53
CP_LNK IFP: 6 51 FBI: 15 48 2 GRA: 15/52,15/52
CP_LNK GVI: 21 52 FBI: 30 48 3 GRA: 30/53,30/53
CP_LNK FBI: 52 44 2 GVI: 61 47 GRA: 61/48,61/48
CP_LNK FBI: 52 51 2 GVI: 61 54 GRA: 61/55,61/55
CP_LNK GVI: 43 47 FBI: 52 44 2 GRA: 52/48,52/48
CP_LNK GVI: 43 55 FBI: 52 51 3 GRA: 52/56,52/56
CP_LNK GVI: 6 53 FBI: 15 48 4 GRA: 15/54,15/54
CP_LNK GVI: 34 53 FBI: 43 49 3 GRA: 43/54,43/54
CP_LNK FBI: 43 49 2 FBI: 52 51 2 GRA: 50/53,51/53,51/55,52/55
CP_LNK FBI: 43 49 2 FBI: 52 44 3 GRA: 50/53,51/53,51/49,52/49
CP_LNK FBI: 30 48 2 GVI: 37 51 GRA: 37/52,37/52
CP_LNK FBI: 30 48 2 FBI: 43 49 2 GRA: 37/52,38/52,38/53,43/53
CP_LNK FBI: 15 48 2 FBI: 30 48 2 GRA: 24/52,30/52
CP_LNK IFP: 6 40 FBI: 15 35 4 GRA: 15/41,15/41
CP_LNK IFP: 6 39 FBI: 15 35 3 GRA: 15/40,15/40
CP_LNK IFP: 6 38 FBI: 15 35 2 GRA: 15/39,15/39
CP_LNK IFP: 6 27 FBI: 15 22 4 GRA: 15/28,15/28
CP_LNK IFP: 6 26 FBI: 15 22 3 GRA: 15/27,15/27
CP_LNK IFP: 6 25 FBI: 15 22 2 GRA: 15/26,15/26
CP_LNK IFP: 6 14 FBI: 15 9 4 GRA: 15/15,15/15
CP_LNK IFP: 6 13 FBI: 15 9 3 GRA: 15/14,15/14
CP_LNK IFP: 6 12 FBI: 15 9 2 GRA: 15/13,15/13
CP_LNK IFP: 6 107 FBI: 15 103 3 GRA: 15/108,15/108
CP_LNK IFP: 14 91 FBI: 23 88 2 GRA: 23/92,23/92
CP_LNK FBI: 52 71 2 GVI: 61 74 GRA: 61/75,61/75
CP_LNK FBI: 30 35 2 GVI: 37 38 GRA: 37/39,37/39
CP_LNK FBI: 30 35 2 FBI: 43 36 2 GRA: 37/39,38/39,38/40,43/40
CP_LNK GVI: 6 42 FBI: 15 35 6 GRA: 15/43,15/43
CP_LNK IFP: 6 41 FBI: 15 35 5 GRA: 15/42,15/42
CP_LNK GVI: 21 39 FBI: 30 35 3 GRA: 30/40,30/40
CP_LNK GVI: 6 29 FBI: 15 22 6 GRA: 15/30,15/30
CP_LNK FBI: 15 22 2 FBI: 30 22 2 GRA: 24/26,30/26
CP_LNK IFP: 6 28 FBI: 15 22 5 GRA: 15/29,15/29
CP_LNK FBI: 30 22 2 GVI: 37 25 GRA: 37/26,37/26
CP_LNK FBI: 30 22 2 FBI: 43 23 2 GRA: 37/26,38/26,38/27,43/27
CP_LNK GVI: 21 26 FBI: 30 22 3 GRA: 30/27,30/27
CP_LNK IFP: 6 15 FBI: 15 9 5 GRA: 15/16,15/16
CP_LNK GVI: 6 16 FBI: 15 9 6 GRA: 15/17,15/17
CP_LNK GVI: 21 13 FBI: 30 9 3 GRA: 30/14,30/14
CP_LNK FBI: 15 2 2 GVI: 25 5 GRA: 25/6,25/6
CP_LNK IFP: 6 6 FBI: 15 2 3 GRA: 15/7,15/7
CP_LNK CON: 6 5 FBI: 15 2 2 GRA: 15/6,15/6
CP_LNK FBI: 30 9 2 GVI: 37 12 GRA: 37/13,37/13
CP_LNK FBI: 30 9 2 FBI: 43 10 2 GRA: 37/13,38/13,38/14,43/14
CP_LNK FBI: 52 31 2 GVI: 61 34 GRA: 61/35,61/35
CP_LNK FBI: 52 38 2 GVI: 61 41 GRA: 61/42,61/42
CP_LNK GVI: 43 34 FBI: 52 31 2 GRA: 52/35,52/35
CP_LNK GVI: 43 42 FBI: 52 38 3 GRA: 52/43,52/43
CP_LNK GVI: 34 40 FBI: 43 36 3 GRA: 43/41,43/41
CP_LNK FBI: 43 36 2 FBI: 52 38 2 GRA: 50/40,51/40,51/42,52/42
CP_LNK FBI: 43 36 2 FBI: 52 31 3 GRA: 50/40,51/40,51/36,52/36
CP_LNK FBI: 15 35 2 FBI: 30 35 2 GRA: 24/39,30/39
CP_LNK FBI: 23 88 2 GVI: 30 91 GRA: 30/92,30/92
CP_LNK FBI: 23 88 2 FBI: 52 71 3 GRA: 30/92,31/92,31/76,52/76
CP_LNK GVI: 6 78 FBI: 15 70 7 GRA: 15/79,15/79
CP_LNK GVI: 6 74 FBI: 15 70 3 GRA: 15/75,15/75
CP_LNK GVI: 43 21 FBI: 52 18 2 GRA: 52/22,52/22
CP_LNK GVI: 43 29 FBI: 52 25 3 GRA: 52/30,52/30
CP_LNK FBI: 52 18 2 GVI: 61 21 GRA: 61/22,61/22
CP_LNK FBI: 52 25 2 GVI: 61 28 GRA: 61/29,61/29
CP_LNK FBI: 52 5 2 GVI: 61 8 GRA: 61/9,61/9
CP_LNK FBI: 52 12 2 GVI: 61 15 GRA: 61/16,61/16
CP_LNK GVI: 43 16 FBI: 52 12 3 GRA: 52/17,52/17
CP_LNK GVI: 43 8 FBI: 52 5 2 GRA: 52/9,52/9
CP_LNK GVI: 6 106 FBI: 15 103 2 GRA: 15/107,15/107
CP_LNK GVI: 34 27 FBI: 43 23 3 GRA: 43/28,43/28
CP_LNK GVI: 34 14 FBI: 43 10 3 GRA: 43/15,43/15
CP_LNK FBI: 43 23 2 FBI: 52 25 2 GRA: 50/27,51/27,51/29,52/29
CP_LNK FBI: 43 23 2 FBI: 52 18 3 GRA: 50/27,51/27,51/23,52/23
CP_LNK FBI: 43 10 2 FBI: 52 12 2 GRA: 50/14,51/14,51/16,52/16
CP_LNK FBI: 43 10 2 FBI: 52 5 3 GRA: 50/14,51/14,51/10,52/10
CP_LNK FBI: 15 70 2 FBI: 52 71 2 GRA: 23/74,24/74,24/75,52/75
CP_LNK FBI: 15 70 2 IFP: 23 73 GRA: 23/74,23/74
CP_LNK FBI: 15 103 2 FBI: 39 103 2 GRA: 23/107,39/107
CP_LNK FBI: 15 9 2 FBI: 30 9 2 GRA: 24/13,30/13
CP_LNK FBI: 53 103 2 GVI: 61 106 GRA: 61/107,61/107
CP_LNK IFP: 30 112 FBI: 39 109 2 GRA: 39/113,39/113
CP_LNK IFP: 30 113 FBI: 39 109 3 GRA: 39/114,39/114
CP_LNK FBI: 39 103 2 FBI: 53 103 2 GRA: 48/107,53/107
CP_LNK FBI: 39 109 2 FBI: 53 103 3 GRA: 48/113,49/113,49/108,53/108
CP_LNK GVI: 43 80 FBI: 52 77 2 GRA: 52/81,52/81
CP_LNK GVI: 43 81 FBI: 52 77 3 GRA: 52/82,52/82
CP_LNK GVI: 43 82 FBI: 52 77 4 GRA: 52/83,52/83
CP_LNK GVI: 43 83 FBI: 52 77 5 GRA: 52/84,52/84
CP_LNK GVI: 43 84 FBI: 52 77 6 GRA: 52/85,52/85
CP_LNK GVI: 43 85 FBI: 52 77 7 GRA: 52/86,52/86
CP_LNK FBI: 52 77 2 GVI: 61 80 GRA: 61/81,61/81
CP_LNK IFP: 1 92 FBI: 10 89 2 GRA: 10/93,10/93
CP_LNK GVI: 1 93 FBI: 10 89 3 GRA: 10/94,10/94
CP_LNK FBI: 10 89 2 FBI: 23 88 3 GRA: 18/93,23/93
CP_LNK GVI: 30 107 FBI: 39 103 3 GRA: 39/108,39/108
CP_SEC "aansturing_Werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 6 EXEC: 4 TEXT:
...TXF In deze sectie is de aansturing van een werktuig geprogrammeerd.
...TXT Hierin is ook verwerkt dat wanneer een werktuig op automatisch 
...TXT staat en er is een commando in, dan blijft de aansturing staan als er
...TXT wordt overgeschakeld van AUTO naar Hand
CP_COM LEFT: 22 RIGHT: 38 TOP: 3 BOT: 6 TEXT:
...TXF Indien AutoIn wegvalt en VrijIn blijft,
...TXT dan blijft het CmdIn staan totdat
...TXT het minimum toerental bereikt is.
CP_IFP "CmdIn" 3 20 FP_IO_OUTPUT
CP_IFP "CmdIn" 63 24 FP_IO_INPUT
CP_IFP "Storing" 45 26 FP_IO_OUTPUT
CP_IFP "VrijIn" 45 9 FP_IO_OUTPUT
CP_IFP "LokAuto" 45 25 FP_IO_OUTPUT
CP_IFP "CmdUit" 63 33 FP_IO_INPUT
CP_IFP "AutoIn" 29 8 FP_IO_OUTPUT
CP_IFP "VrijIn" 16 10 FP_IO_OUTPUT
CP_IFP "Toeren" 3 9 FP_IO_OUTPUT
CP_IFP "MinToer" 3 10 FP_IO_OUTPUT
CP_IFP "CmdIn" 45 41 FP_IO_OUTPUT
CP_IFP "MinToer" 45 46 FP_IO_OUTPUT
CP_IFP "Stuur" 63 43 FP_IO_INPUT
CP_IFP "MeldIn" 28 42 FP_IO_OUTPUT
CP_IFP "SturHand" 14 44 FP_IO_OUTPUT
CP_IFP "SturHand" 32 64 FP_IO_OUTPUT
CP_IFP "AutoIn" 1 63 FP_IO_OUTPUT
CP_IFP "SturAuto" 1 65 FP_IO_OUTPUT
CP_IFP "Toeren" 15 63 FP_IO_OUTPUT
CP_IFP "SturHdU" 63 63 FP_IO_INPUT
CP_IFP "Toeren" 47 64 FP_IO_OUTPUT
CP_IFP "LTydGew" 27 50 FP_IO_OUTPUT
CP_IFP "CmdVt1" 32 56 FP_IO_OUTPUT
CP_IFP "CmdVt2" 32 57 FP_IO_OUTPUT
CP_IFP "CmdVt1" 1 57 FP_IO_OUTPUT
CP_IFP "CmdVt2" 1 58 FP_IO_OUTPUT
CP_IFP "Beschik" 30 71 FP_IO_OUTPUT
CP_IFP "CmdVt2" 63 77 FP_IO_INPUT
CP_IFP "AutoIn" 30 72 FP_IO_OUTPUT
CP_IFP "VrijIn" 30 73 FP_IO_OUTPUT
CP_IFP "VastT2" 45 78 FP_IO_OUTPUT
CP_IFP "VastT1" 45 72 FP_IO_OUTPUT
CP_IFP "CmdVt1" 63 71 FP_IO_INPUT
CP_IFP "MeldFlow" 16 11 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 54 4 CODID: 4 NAME: ".6.3" DRAW: 1 TEXT:
CP_FBI "AND_BOOL" 36 14 CODID: 6 NAME: ".6.11" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "OR_BOOL" 55 13 CODID: 7 NAME: ".6.7" TEXT:
CP_FBI "AND_BOOL" 54 21 CODID: 8 NAME: ".6.8" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "OR_BOOL" 12 16 CODID: 5 NAME: ".6.12" TEXT:
CP_FBI "NOT_BOOL" 54 30 CODID: 9 NAME: ".6.13" TEXT:
CP_FBI "SR" 38 5 CODID: 3 NAME: "FBI_6_24" TEXT:
CP_FBI "OR_BOOL" 25 6 CODID: 2 NAME: ".6.15" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "LE_REAL" 12 6 CODID: 1 NAME: ".6.16" TEXT:
CP_FBI "LIMV" 54 38 CODID: 16 NAME: "FBI_6_17" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "SEL" 37 39 CODID: 14 NAME: ".6.18" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 23 40 CODID: 13 NAME: ".6.19" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 41 59 CODID: 17 NAME: ".6.20" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 10 60 CODID: 10 NAME: ".6.21" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 24 59 CODID: 12 NAME: ".6.22" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 56 59 CODID: 19 NAME: ".6.23" ANY: IEC_REAL_ID TEXT:
CP_FBI "DIV_REAL" 36 46 CODID: 15 NAME: ".6.25" TEXT:
CP_FBI "OR_BOOL" 41 52 CODID: 18 NAME: ".6.26" DRAW: 1 TEXT:
CP_FBI "AND_BOOL" 10 53 CODID: 11 NAME: ".6.27" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 39 68 CODID: 20 NAME: ".6.28" DRAW: 1 TEXT:
CP_FBI "AND_BOOL" 54 74 CODID: 21 NAME: ".6.29" TEXT:
CP_FBI "AND_BOOL" 54 68 CODID: 22 NAME: ".6.30" TEXT:
CP_GVI NAMED_VAR: "sta_bed_auto" 45 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 27 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_stop" 27 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_start" 3 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 14 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 32 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_lokaal" 32 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 1 56 FP_IO_OUTPUT
CP_CON 45 42 IEC_BOOL_ID 0
CP_CON 45 45 IEC_REAL_ID 100.0
CP_CON 45 47 IEC_REAL_ID 0.0
CP_CON 28 43 IEC_REAL_ID 0.0
CP_CON 1 64 IEC_REAL_ID 0.0
CP_CON 27 49 IEC_REAL_ID 100.0
CP_LNK FBI: 54 4 2 FBI: 55 13 2 GRA: 63/8,64/8,64/12,54/12,54/17,55/17
CP_LNK FBI: 55 13 2 FBI: 54 21 2 GRA: 63/17,64/17,64/20,53/20,53/25,54/25
CP_LNK FBI: 12 16 2 FBI: 36 14 4 GRA: 20/20,36/20
CP_LNK FBI: 36 14 2 FBI: 55 13 3 GRA: 45/18,55/18
CP_LNK IFP: 3 20 FBI: 12 16 3 GRA: 12/21,12/21
CP_LNK FBI: 54 21 2 FBI: 54 30 2 GRA: 63/25,64/25,64/29,53/29,53/34,54/34
CP_LNK FBI: 54 21 2 IFP: 63 24 GRA: 63/25,63/25
CP_LNK GVI: 45 7 FBI: 54 4 2 GRA: 54/8,54/8
CP_LNK GVI: 27 17 FBI: 36 14 2 GRA: 36/18,36/18
CP_LNK GVI: 27 18 FBI: 36 14 3 GRA: 36/19,36/19
CP_LNK GVI: 3 19 FBI: 12 16 2 GRA: 12/20,12/20
CP_LNK IFP: 45 26 FBI: 54 21 4 GRA: 54/27,54/27
CP_LNK IFP: 45 9 FBI: 54 4 4 GRA: 54/10,54/10
CP_LNK IFP: 45 25 FBI: 54 21 3 GRA: 54/26,54/26
CP_LNK FBI: 54 30 2 IFP: 63 33 GRA: 63/34,63/34
CP_LNK IFP: 29 8 FBI: 38 5 2 GRA: 38/9,38/9
CP_LNK IFP: 16 10 FBI: 25 6 3 GRA: 25/11,25/11
CP_LNK FBI: 12 6 2 FBI: 25 6 2 GRA: 20/10,25/10
CP_LNK IFP: 3 9 FBI: 12 6 2 GRA: 12/10,12/10
CP_LNK IFP: 3 10 FBI: 12 6 3 GRA: 12/11,12/11
CP_LNK FBI: 25 6 2 FBI: 38 5 3 GRA: 33/10,38/10
CP_LNK FBI: 38 5 2 FBI: 54 4 3 GRA: 45/9,54/9
CP_LNK IFP: 45 41 FBI: 54 38 2 GRA: 54/42,54/42
CP_LNK CON: 45 42 FBI: 54 38 3 GRA: 54/43,54/43
CP_LNK CON: 45 45 FBI: 54 38 6 GRA: 54/46,54/46
CP_LNK CON: 45 47 FBI: 54 38 8 GRA: 54/48,54/48
CP_LNK IFP: 45 46 FBI: 54 38 7 GRA: 54/47,54/47
CP_LNK FBI: 54 38 4 IFP: 63 43 GRA: 63/44,63/44
CP_LNK IFP: 28 42 FBI: 37 39 2 GRA: 37/43,37/43
CP_LNK FBI: 37 39 3 FBI: 54 38 4 GRA: 44/44,54/44
CP_LNK CON: 28 43 FBI: 37 39 3 GRA: 37/44,37/44
CP_LNK GVI: 14 43 FBI: 23 40 2 GRA: 23/44,23/44
CP_LNK FBI: 23 40 3 FBI: 37 39 4 GRA: 30/45,37/45
CP_LNK IFP: 14 44 FBI: 23 40 3 GRA: 23/45,23/45
CP_LNK IFP: 32 64 FBI: 41 59 4 GRA: 41/65,41/65
CP_LNK GVI: 32 62 FBI: 41 59 2 GRA: 41/63,41/63
CP_LNK FBI: 10 60 3 FBI: 24 59 4 GRA: 17/65,24/65
CP_LNK IFP: 1 63 FBI: 10 60 2 GRA: 10/64,10/64
CP_LNK CON: 1 64 FBI: 10 60 3 GRA: 10/65,10/65
CP_LNK IFP: 1 65 FBI: 10 60 4 GRA: 10/66,10/66
CP_LNK IFP: 15 63 FBI: 24 59 3 GRA: 24/64,24/64
CP_LNK FBI: 56 59 3 IFP: 63 63 GRA: 63/64,63/64
CP_LNK FBI: 41 59 3 FBI: 56 59 3 GRA: 48/64,56/64
CP_LNK IFP: 47 64 FBI: 56 59 4 GRA: 56/65,56/65
CP_LNK FBI: 24 59 3 FBI: 41 59 3 GRA: 31/64,41/64
CP_LNK FBI: 24 59 3 FBI: 23 40 4 GRA: 31/64,32/64,32/54,22/54,22/46,23/46
CP_LNK CON: 27 49 FBI: 36 46 2 GRA: 36/50,36/50
CP_LNK IFP: 27 50 FBI: 36 46 3 GRA: 36/51,36/51
CP_LNK FBI: 36 46 2 FBI: 54 38 5 GRA: 44/50,45/50,45/45,54/45
CP_LNK GVI: 32 55 FBI: 41 52 2 GRA: 41/56,41/56
CP_LNK IFP: 32 56 FBI: 41 52 3 GRA: 41/57,41/57
CP_LNK IFP: 32 57 FBI: 41 52 4 GRA: 41/58,41/58
CP_LNK FBI: 41 52 2 FBI: 56 59 2 GRA: 49/56,50/56,50/63,56/63
CP_LNK GVI: 1 56 FBI: 10 53 2 GRA: 10/57,10/57
CP_LNK IFP: 1 57 FBI: 10 53 3 GRA: 10/58,10/58
CP_LNK IFP: 1 58 FBI: 10 53 4 GRA: 10/59,10/59
CP_LNK FBI: 10 53 2 FBI: 24 59 2 GRA: 19/57,22/57,22/63,24/63
CP_LNK IFP: 30 71 FBI: 39 68 2 GRA: 39/72,39/72
CP_LNK FBI: 54 74 2 IFP: 63 77 GRA: 63/78,63/78
CP_LNK IFP: 30 72 FBI: 39 68 3 GRA: 39/73,39/73
CP_LNK IFP: 30 73 FBI: 39 68 4 GRA: 39/74,39/74
CP_LNK IFP: 45 78 FBI: 54 74 3 GRA: 54/79,54/79
CP_LNK IFP: 45 72 FBI: 54 68 3 GRA: 54/73,54/73
CP_LNK FBI: 54 68 2 IFP: 63 71 GRA: 63/72,63/72
CP_LNK FBI: 39 68 2 FBI: 54 74 2 GRA: 48/72,49/72,49/78,54/78
CP_LNK FBI: 39 68 2 FBI: 54 68 2 GRA: 48/72,54/72
CP_LNK IFP: 16 11 FBI: 25 6 4 GRA: 25/12,25/12
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DFB_KELD "01/27/05 12:41:42" TEXT:
CP_DFB "DFB_KELD" HEIGHT/WIDTH: 32 9 FBTK_DFB "01/27/05 12:41:42" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_KELD{1,2,3}
CL_FRM "PmpVk1" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp2" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp3" ID_6 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp4" ID_7 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "LaagIn1" ID_8 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn2" ID_9 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn3" ID_10 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn4" ID_11 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "StartP1" ID_13 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP2" ID_14 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP3" ID_15 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP4" ID_16 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "HoogUit1" ID_22 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit2" ID_23 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit3" ID_24 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit4" ID_25 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "MeetwLK" ID_26 SHOW POSL 29 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "MeetwHK" ID_27 SHOW POSL 30 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH1" ID_28 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL1" ID_29 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH4" ID_30 SHOW POSL 26 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL4" ID_31 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH3" ID_32 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL3" ID_33 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH2" ID_34 SHOW POSL 24 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL2" ID_35 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "GE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LT_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "SR" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S1" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "GT_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
CP_GVS "Conversie" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Bepaal_VK" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "VK" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk4_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "j" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Start_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Pompen" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Vk1_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk2_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk3_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Bepaal_VK" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 4 EXEC: 1 TEXT:
CP_IFP "HoogUit1" 19 73 FP_IO_OUTPUT
CP_IFP "HoogUit2" 19 50 FP_IO_OUTPUT
CP_IFP "HoogUit3" 19 28 FP_IO_OUTPUT
CP_IFP "HoogUit4" 19 6 FP_IO_OUTPUT
CP_IFP "LaagIn1" 19 79 FP_IO_OUTPUT
CP_IFP "LaagIn2" 19 56 FP_IO_OUTPUT
CP_IFP "LaagIn3" 19 34 FP_IO_OUTPUT
CP_IFP "LaagIn4" 19 12 FP_IO_OUTPUT
CP_IFP "MeetwLK" -1 9 FP_IO_OUTPUT
CP_IFP "MeetwHK" -1 14 FP_IO_OUTPUT
CP_IFP "BlokH4" 50 15 FP_IO_OUTPUT
CP_IFP "BlokL4" 50 21 FP_IO_OUTPUT
CP_IFP "BlokH3" 50 37 FP_IO_OUTPUT
CP_IFP "BlokL3" 50 43 FP_IO_OUTPUT
CP_IFP "BlokH2" 50 59 FP_IO_OUTPUT
CP_IFP "BlokL2" 50 65 FP_IO_OUTPUT
CP_IFP "BlokH1" 50 82 FP_IO_OUTPUT
CP_IFP "BlokL1" 50 88 FP_IO_OUTPUT
CP_FBI "LT_REAL" 28 75 CODID: 2 NAME: ".4.9" TEXT:
CP_FBI "LT_REAL" 28 52 CODID: 7 NAME: ".4.10" TEXT:
CP_FBI "LT_REAL" 28 8 CODID: 8 NAME: ".4.11" TEXT:
CP_FBI "LT_REAL" 28 30 CODID: 9 NAME: ".4.12" TEXT:
CP_FBI "GE_REAL" 28 69 CODID: 3 NAME: ".4.5" TEXT:
CP_FBI "GE_REAL" 28 46 CODID: 4 NAME: ".4.6" TEXT:
CP_FBI "GE_REAL" 28 24 CODID: 5 NAME: ".4.7" TEXT:
CP_FBI "GE_REAL" 28 2 CODID: 6 NAME: ".4.8" TEXT:
CP_FBI "SR" 59 72 CODID: 10 NAME: "FBI_4_34" TEXT:
CP_FBI "SR" 59 49 CODID: 11 NAME: "FBI_4_32" TEXT:
CP_FBI "SR" 59 27 CODID: 12 NAME: "FBI_4_33" TEXT:
CP_FBI "SR" 59 5 CODID: 13 NAME: "FBI_4_31" TEXT:
CP_FBI "MOVE" 8 6 CODID: 1 NAME: ".4.25" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 95 72 CODID: 19 NAME: ".4.26" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 95 49 CODID: 24 NAME: ".4.27" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 95 27 CODID: 29 NAME: ".4.28" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 95 5 CODID: 34 NAME: ".4.29" ANY: IEC_INT_ID TEXT:
CP_FBI "GT_REAL" 59 11 CODID: 30 NAME: ".4.35" TEXT:
CP_FBI "LE_REAL" 59 17 CODID: 31 NAME: ".4.36" TEXT:
CP_FBI "MOVE" 8 11 CODID: 14 NAME: ".4.37" ANY: IEC_REAL_ID TEXT:
CP_FBI "SR" 70 14 CODID: 32 NAME: "FBI_4_38" TEXT:
CP_FBI "AND_BOOL" 81 5 CODID: 33 NAME: ".4.39" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "GT_REAL" 59 33 CODID: 25 NAME: ".4.46" TEXT:
CP_FBI "LE_REAL" 59 39 CODID: 26 NAME: ".4.47" TEXT:
CP_FBI "SR" 70 36 CODID: 27 NAME: "FBI_4_48" TEXT:
CP_FBI "AND_BOOL" 81 27 CODID: 28 NAME: ".4.49" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "GT_REAL" 59 55 CODID: 20 NAME: ".4.50" TEXT:
CP_FBI "LE_REAL" 59 61 CODID: 21 NAME: ".4.51" TEXT:
CP_FBI "SR" 70 58 CODID: 22 NAME: "FBI_4_52" TEXT:
CP_FBI "AND_BOOL" 81 49 CODID: 23 NAME: ".4.53" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "GT_REAL" 59 78 CODID: 15 NAME: ".4.54" TEXT:
CP_FBI "LE_REAL" 59 84 CODID: 16 NAME: ".4.55" TEXT:
CP_FBI "SR" 70 81 CODID: 17 NAME: "FBI_4_56" TEXT:
CP_FBI "AND_BOOL" 81 72 CODID: 18 NAME: ".4.57" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_GVI NAMED_VAR: "VK" 102 9 FP_IO_INPUT
CP_CON 86 77 IEC_INT_ID 1
CP_CON 86 54 IEC_INT_ID 2
CP_CON 86 32 IEC_INT_ID 3
CP_CON 86 10 IEC_INT_ID 4
CP_CON 86 76 IEC_INT_ID 0
CP_LNK FBI: 28 69 2 FBI: 59 72 2 GRA: 36/73,38/73,38/76,59/76
CP_LNK FBI: 28 75 2 FBI: 59 72 3 GRA: 36/79,38/79,38/77,59/77
CP_LNK FBI: 8 6 2 FBI: 28 69 2 GRA: 15/10,19/10,19/73,28/73
CP_LNK FBI: 8 6 2 FBI: 28 75 2 GRA: 15/10,19/10,19/79,28/79
CP_LNK FBI: 8 6 2 FBI: 28 46 2 GRA: 15/10,19/10,19/50,28/50
CP_LNK FBI: 8 6 2 FBI: 28 52 2 GRA: 15/10,19/10,19/56,28/56
CP_LNK FBI: 8 6 2 FBI: 28 24 2 GRA: 15/10,19/10,19/28,28/28
CP_LNK FBI: 8 6 2 FBI: 28 30 2 GRA: 15/10,19/10,19/34,28/34
CP_LNK FBI: 8 6 2 FBI: 28 2 2 GRA: 15/10,19/10,19/6,28/6
CP_LNK FBI: 8 6 2 FBI: 28 8 2 GRA: 15/10,19/10,19/12,28/12
CP_LNK IFP: 19 73 FBI: 28 69 3 GRA: 28/74,28/74
CP_LNK IFP: 19 50 FBI: 28 46 3 GRA: 28/51,28/51
CP_LNK IFP: 19 28 FBI: 28 24 3 GRA: 28/29,28/29
CP_LNK IFP: 19 6 FBI: 28 2 3 GRA: 28/7,28/7
CP_LNK IFP: 19 79 FBI: 28 75 3 GRA: 28/80,28/80
CP_LNK IFP: 19 56 FBI: 28 52 3 GRA: 28/57,28/57
CP_LNK IFP: 19 34 FBI: 28 30 3 GRA: 28/35,28/35
CP_LNK IFP: 19 12 FBI: 28 8 3 GRA: 28/13,28/13
CP_LNK FBI: 28 46 2 FBI: 59 49 2 GRA: 36/50,38/50,38/53,59/53
CP_LNK FBI: 28 52 2 FBI: 59 49 3 GRA: 36/56,38/56,38/54,59/54
CP_LNK FBI: 28 24 2 FBI: 59 27 2 GRA: 36/28,38/28,38/31,59/31
CP_LNK FBI: 28 30 2 FBI: 59 27 3 GRA: 36/34,38/34,38/32,59/32
CP_LNK FBI: 28 2 2 FBI: 59 5 2 GRA: 36/6,38/6,38/9,59/9
CP_LNK FBI: 28 8 2 FBI: 59 5 3 GRA: 36/12,38/12,38/10,59/10
CP_LNK IFP: -1 9 FBI: 8 6 2 GRA: 8/10,8/10
CP_LNK CON: 86 77 FBI: 95 72 4 GRA: 95/78,95/78
CP_LNK FBI: 95 72 3 FBI: 95 49 3 GRA: 102/77,103/77,103/58,91/58,91/54,95/54
CP_LNK CON: 86 54 FBI: 95 49 4 GRA: 95/55,95/55
CP_LNK FBI: 95 49 3 FBI: 95 27 3 GRA: 102/54,103/54,103/36,91/36,91/32,95/32
CP_LNK CON: 86 32 FBI: 95 27 4 GRA: 95/33,95/33
CP_LNK FBI: 95 27 3 FBI: 95 5 3 GRA: 102/32,103/32,103/14,91/14,91/10,95/10
CP_LNK CON: 86 10 FBI: 95 5 4 GRA: 95/11,95/11
CP_LNK FBI: 95 5 3 GVI: 102 9 GRA: 102/10,102/10
CP_LNK CON: 86 76 FBI: 95 72 3 GRA: 95/77,95/77
CP_LNK IFP: -1 14 FBI: 8 11 2 GRA: 8/15,8/15
CP_LNK FBI: 8 11 2 FBI: 59 84 2 GRA: 15/15,16/15,16/82,53/82,53/88,59/88
CP_LNK FBI: 8 11 2 FBI: 59 61 2 GRA: 15/15,16/15,16/59,53/59,53/65,59/65
CP_LNK FBI: 8 11 2 FBI: 59 78 2 GRA: 15/15,16/15,16/82,59/82
CP_LNK FBI: 8 11 2 FBI: 59 55 2 GRA: 15/15,16/15,16/59,59/59
CP_LNK FBI: 8 11 2 FBI: 59 33 2 GRA: 15/15,16/15,16/37,59/37
CP_LNK FBI: 8 11 2 FBI: 59 39 2 GRA: 15/15,16/15,16/37,53/37,53/43,59/43
CP_LNK FBI: 8 11 2 FBI: 59 17 2 GRA: 15/15,53/15,53/21,59/21
CP_LNK FBI: 8 11 2 FBI: 59 11 2 GRA: 15/15,59/15
CP_LNK FBI: 59 11 2 FBI: 70 14 2 GRA: 67/15,68/15,68/18,70/18
CP_LNK FBI: 59 17 2 FBI: 70 14 3 GRA: 67/21,68/21,68/19,70/19
CP_LNK IFP: 50 15 FBI: 59 11 3 GRA: 59/16,59/16
CP_LNK IFP: 50 21 FBI: 59 17 3 GRA: 59/22,59/22
CP_LNK FBI: 70 14 2 FBI: 81 5 3 GRA: 77/18,79/18,79/10,81/10
CP_LNK FBI: 59 5 2 FBI: 81 5 2 GRA: 66/9,81/9
CP_LNK FBI: 81 5 2 FBI: 95 5 2 GRA: 90/9,95/9
CP_LNK FBI: 59 33 2 FBI: 70 36 2 GRA: 67/37,68/37,68/40,70/40
CP_LNK FBI: 59 39 2 FBI: 70 36 3 GRA: 67/43,68/43,68/41,70/41
CP_LNK FBI: 59 27 2 FBI: 81 27 2 GRA: 66/31,81/31
CP_LNK FBI: 81 27 2 FBI: 95 27 2 GRA: 90/31,95/31
CP_LNK FBI: 70 36 2 FBI: 81 27 3 GRA: 77/40,79/40,79/32,81/32
CP_LNK IFP: 50 37 FBI: 59 33 3 GRA: 59/38,59/38
CP_LNK IFP: 50 43 FBI: 59 39 3 GRA: 59/44,59/44
CP_LNK FBI: 59 55 2 FBI: 70 58 2 GRA: 67/59,68/59,68/62,70/62
CP_LNK FBI: 59 61 2 FBI: 70 58 3 GRA: 67/65,68/65,68/63,70/63
CP_LNK FBI: 59 78 2 FBI: 70 81 2 GRA: 67/82,68/82,68/85,70/85
CP_LNK FBI: 59 84 2 FBI: 70 81 3 GRA: 67/88,68/88,68/86,70/86
CP_LNK FBI: 59 49 2 FBI: 81 49 2 GRA: 66/53,81/53
CP_LNK FBI: 81 49 2 FBI: 95 49 2 GRA: 90/53,95/53
CP_LNK FBI: 59 72 2 FBI: 81 72 2 GRA: 66/76,81/76
CP_LNK FBI: 81 72 2 FBI: 95 72 2 GRA: 90/76,95/76
CP_LNK FBI: 70 58 2 FBI: 81 49 3 GRA: 77/62,79/62,79/54,81/54
CP_LNK FBI: 70 81 2 FBI: 81 72 3 GRA: 77/85,79/85,79/77,81/77
CP_LNK IFP: 50 59 FBI: 59 55 3 GRA: 59/60,59/60
CP_LNK IFP: 50 65 FBI: 59 61 3 GRA: 59/66,59/66
CP_LNK IFP: 50 82 FBI: 59 78 3 GRA: 59/83,59/83
CP_LNK IFP: 50 88 FBI: 59 84 3 GRA: 59/89,59/89
CP_SEC "Pompen" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 3 EXEC: 2 TEXT:
CP__ST IF VK<1 THEN
CP__ST FOR j:= 1 TO 4 DO;
CP__ST    Start_P[j] := FALSE;
CP__ST END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF (VK = 1) THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST     
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST  
CP__ST  
CP__ST IF (VK = 2) THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF VK = 3 THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] OR Vk3_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF VK = 4 THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] OR Vk3_P[j] OR Vk4_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP_SEC "Conversie" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 3 TEXT:
CP_IFP "PmpVk1" 0 6 FP_IO_OUTPUT
CP_IFP "PmpStp2" 23 6 FP_IO_OUTPUT
CP_IFP "PmpStp3" 47 6 FP_IO_OUTPUT
CP_IFP "PmpStp4" 0 26 FP_IO_OUTPUT
CP_IFP "StartP1" 32 100 FP_IO_INPUT
CP_IFP "StartP2" 32 105 FP_IO_INPUT
CP_IFP "StartP3" 32 110 FP_IO_INPUT
CP_IFP "StartP4" 32 115 FP_IO_INPUT
CP_FBI "WORD_TO_BIT" 9 3 CODID: 1 NAME: "FBI_1_1" TEXT:
CP_FBI "WORD_TO_BIT" 32 3 CODID: 2 NAME: "FBI_1_2" TEXT:
CP_FBI "WORD_TO_BIT" 56 3 CODID: 3 NAME: "FBI_1_3" TEXT:
CP_FBI "WORD_TO_BIT" 9 23 CODID: 4 NAME: "FBI_1_4" TEXT:
CP_FBI "MOVE" 25 97 CODID: 5 NAME: ".1.10" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 102 CODID: 6 NAME: ".1.11" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 107 CODID: 7 NAME: ".1.12" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 112 CODID: 8 NAME: ".1.13" ANY: IEC_BOOL_ID TEXT:
CP_GVI NAMED_VAR: "Start_P[1]" 16 100 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[2]" 16 105 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[3]" 16 110 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[4]" 16 115 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[1]" 19 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[2]" 19 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[3]" 19 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[4]" 19 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[1]" 42 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[2]" 42 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[3]" 42 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[4]" 42 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[1]" 66 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[2]" 66 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[3]" 66 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[4]" 66 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[1]" 19 41 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[2]" 19 40 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[3]" 19 39 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[4]" 19 38 FP_IO_INPUT_COMP
CP_LNK IFP: 0 6 FBI: 9 3 2 GRA: 9/7,9/7
CP_LNK IFP: 23 6 FBI: 32 3 2 GRA: 32/7,32/7
CP_LNK IFP: 47 6 FBI: 56 3 2 GRA: 56/7,56/7
CP_LNK IFP: 0 26 FBI: 9 23 2 GRA: 9/27,9/27
CP_LNK GVI: 16 100 FBI: 25 97 2 GRA: 25/101,25/101
CP_LNK FBI: 25 97 2 IFP: 32 100 GRA: 32/101,32/101
CP_LNK FBI: 25 102 2 IFP: 32 105 GRA: 32/106,32/106
CP_LNK GVI: 16 105 FBI: 25 102 2 GRA: 25/106,25/106
CP_LNK GVI: 16 110 FBI: 25 107 2 GRA: 25/111,25/111
CP_LNK GVI: 16 115 FBI: 25 112 2 GRA: 25/116,25/116
CP_LNK FBI: 25 107 2 IFP: 32 110 GRA: 32/111,32/111
CP_LNK FBI: 25 112 2 IFP: 32 115 GRA: 32/116,32/116
CP_LNK FBI: 9 3 17 GVI: 19 21 GRA: 19/22,19/22
CP_LNK FBI: 9 3 16 GVI: 19 20 GRA: 19/21,19/21
CP_LNK FBI: 9 3 15 GVI: 19 19 GRA: 19/20,19/20
CP_LNK FBI: 9 3 14 GVI: 19 18 GRA: 19/19,19/19
CP_LNK FBI: 32 3 17 GVI: 42 21 GRA: 42/22,42/22
CP_LNK FBI: 32 3 16 GVI: 42 20 GRA: 42/21,42/21
CP_LNK FBI: 32 3 15 GVI: 42 19 GRA: 42/20,42/20
CP_LNK FBI: 32 3 14 GVI: 42 18 GRA: 42/19,42/19
CP_LNK FBI: 56 3 17 GVI: 66 21 GRA: 66/22,66/22
CP_LNK FBI: 56 3 16 GVI: 66 20 GRA: 66/21,66/21
CP_LNK FBI: 56 3 15 GVI: 66 19 GRA: 66/20,66/20
CP_LNK FBI: 56 3 14 GVI: 66 18 GRA: 66/19,66/19
CP_LNK FBI: 9 23 17 GVI: 19 41 GRA: 19/42,19/42
CP_LNK FBI: 9 23 16 GVI: 19 40 GRA: 19/41,19/41
CP_LNK FBI: 9 23 15 GVI: 19 39 GRA: 19/40,19/40
CP_LNK FBI: 9 23 14 GVI: 19 38 GRA: 19/39,19/39
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DFB_KELP "01/27/05 12:12:43" TEXT:
CP_DFB "DFB_KELP" HEIGHT/WIDTH: 29 9 FBTK_DFB "01/27/05 12:12:43" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_KELP{1,2,3}
CL_FRM "PmpVk1" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp2" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp3" ID_6 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp4" ID_7 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "LaagIn1" ID_8 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn2" ID_9 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn3" ID_10 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn4" ID_11 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "StartP1" ID_13 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP2" ID_14 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP3" ID_15 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP4" ID_16 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "HoogUit1" ID_22 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit2" ID_23 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit3" ID_24 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit4" ID_25 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "MeetwLK" ID_26 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "MeetwHK" ID_27 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH1" ID_28 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL1" ID_29 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH4" ID_30 SHOW POSL 22 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL4" ID_31 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH3" ID_32 SHOW POSL 24 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL3" ID_33 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH2" ID_34 SHOW POSL 26 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL2" ID_35 SHOW POSL 27 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "GE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LT_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "SR" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S1" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "GT_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
CP_GVS "Conversie" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Bepaal_VK" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "VK" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk4_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "j" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Start_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Pompen" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Vk1_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk2_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk3_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Bepaal_VK" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 4 EXEC: 1 TEXT:
CP_IFP "HoogUit1" 19 73 FP_IO_OUTPUT
CP_IFP "HoogUit2" 19 50 FP_IO_OUTPUT
CP_IFP "HoogUit3" 19 28 FP_IO_OUTPUT
CP_IFP "HoogUit4" 19 6 FP_IO_OUTPUT
CP_IFP "LaagIn1" 19 79 FP_IO_OUTPUT
CP_IFP "LaagIn2" 19 56 FP_IO_OUTPUT
CP_IFP "LaagIn3" 19 34 FP_IO_OUTPUT
CP_IFP "LaagIn4" 19 12 FP_IO_OUTPUT
CP_IFP "MeetwLK" -1 9 FP_IO_OUTPUT
CP_IFP "MeetwHK" -1 14 FP_IO_OUTPUT
CP_IFP "BlokH4" 50 15 FP_IO_OUTPUT
CP_IFP "BlokL4" 50 21 FP_IO_OUTPUT
CP_IFP "BlokH3" 50 37 FP_IO_OUTPUT
CP_IFP "BlokL3" 50 43 FP_IO_OUTPUT
CP_IFP "BlokH2" 50 59 FP_IO_OUTPUT
CP_IFP "BlokL2" 50 65 FP_IO_OUTPUT
CP_IFP "BlokH1" 50 82 FP_IO_OUTPUT
CP_IFP "BlokL1" 50 88 FP_IO_OUTPUT
CP_FBI "LT_REAL" 28 75 CODID: 2 NAME: ".4.9" TEXT:
CP_FBI "LT_REAL" 28 52 CODID: 7 NAME: ".4.10" TEXT:
CP_FBI "LT_REAL" 28 8 CODID: 8 NAME: ".4.11" TEXT:
CP_FBI "LT_REAL" 28 30 CODID: 9 NAME: ".4.12" TEXT:
CP_FBI "GE_REAL" 28 69 CODID: 3 NAME: ".4.5" TEXT:
CP_FBI "GE_REAL" 28 46 CODID: 4 NAME: ".4.6" TEXT:
CP_FBI "GE_REAL" 28 24 CODID: 5 NAME: ".4.7" TEXT:
CP_FBI "GE_REAL" 28 2 CODID: 6 NAME: ".4.8" TEXT:
CP_FBI "SR" 59 72 CODID: 10 NAME: "FBI_4_34" TEXT:
CP_FBI "SR" 59 49 CODID: 11 NAME: "FBI_4_32" TEXT:
CP_FBI "SR" 59 27 CODID: 12 NAME: "FBI_4_33" TEXT:
CP_FBI "SR" 59 5 CODID: 13 NAME: "FBI_4_31" TEXT:
CP_FBI "MOVE" 8 6 CODID: 1 NAME: ".4.25" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 95 72 CODID: 19 NAME: ".4.26" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 95 49 CODID: 24 NAME: ".4.27" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 95 27 CODID: 29 NAME: ".4.28" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 95 5 CODID: 34 NAME: ".4.29" ANY: IEC_INT_ID TEXT:
CP_FBI "GT_REAL" 59 11 CODID: 30 NAME: ".4.35" TEXT:
CP_FBI "LE_REAL" 59 17 CODID: 31 NAME: ".4.36" TEXT:
CP_FBI "MOVE" 8 11 CODID: 14 NAME: ".4.37" ANY: IEC_REAL_ID TEXT:
CP_FBI "SR" 70 14 CODID: 32 NAME: "FBI_4_38" TEXT:
CP_FBI "AND_BOOL" 81 5 CODID: 33 NAME: ".4.39" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "GT_REAL" 59 33 CODID: 25 NAME: ".4.46" TEXT:
CP_FBI "LE_REAL" 59 39 CODID: 26 NAME: ".4.47" TEXT:
CP_FBI "SR" 70 36 CODID: 27 NAME: "FBI_4_48" TEXT:
CP_FBI "AND_BOOL" 81 27 CODID: 28 NAME: ".4.49" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "GT_REAL" 59 55 CODID: 20 NAME: ".4.50" TEXT:
CP_FBI "LE_REAL" 59 61 CODID: 21 NAME: ".4.51" TEXT:
CP_FBI "SR" 70 58 CODID: 22 NAME: "FBI_4_52" TEXT:
CP_FBI "AND_BOOL" 81 49 CODID: 23 NAME: ".4.53" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "GT_REAL" 59 78 CODID: 15 NAME: ".4.54" TEXT:
CP_FBI "LE_REAL" 59 84 CODID: 16 NAME: ".4.55" TEXT:
CP_FBI "SR" 70 81 CODID: 17 NAME: "FBI_4_56" TEXT:
CP_FBI "AND_BOOL" 81 72 CODID: 18 NAME: ".4.57" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_GVI NAMED_VAR: "VK" 102 9 FP_IO_INPUT
CP_CON 86 77 IEC_INT_ID 1
CP_CON 86 54 IEC_INT_ID 2
CP_CON 86 32 IEC_INT_ID 3
CP_CON 86 10 IEC_INT_ID 4
CP_CON 86 76 IEC_INT_ID 0
CP_LNK FBI: 28 69 2 FBI: 59 72 2 GRA: 36/73,38/73,38/76,59/76
CP_LNK FBI: 28 75 2 FBI: 59 72 3 GRA: 36/79,38/79,38/77,59/77
CP_LNK FBI: 8 6 2 FBI: 28 69 2 GRA: 15/10,19/10,19/73,28/73
CP_LNK FBI: 8 6 2 FBI: 28 75 2 GRA: 15/10,19/10,19/79,28/79
CP_LNK FBI: 8 6 2 FBI: 28 46 2 GRA: 15/10,19/10,19/50,28/50
CP_LNK FBI: 8 6 2 FBI: 28 52 2 GRA: 15/10,19/10,19/56,28/56
CP_LNK FBI: 8 6 2 FBI: 28 24 2 GRA: 15/10,19/10,19/28,28/28
CP_LNK FBI: 8 6 2 FBI: 28 30 2 GRA: 15/10,19/10,19/34,28/34
CP_LNK FBI: 8 6 2 FBI: 28 2 2 GRA: 15/10,19/10,19/6,28/6
CP_LNK FBI: 8 6 2 FBI: 28 8 2 GRA: 15/10,19/10,19/12,28/12
CP_LNK IFP: 19 73 FBI: 28 69 3 GRA: 28/74,28/74
CP_LNK IFP: 19 50 FBI: 28 46 3 GRA: 28/51,28/51
CP_LNK IFP: 19 28 FBI: 28 24 3 GRA: 28/29,28/29
CP_LNK IFP: 19 6 FBI: 28 2 3 GRA: 28/7,28/7
CP_LNK IFP: 19 79 FBI: 28 75 3 GRA: 28/80,28/80
CP_LNK IFP: 19 56 FBI: 28 52 3 GRA: 28/57,28/57
CP_LNK IFP: 19 34 FBI: 28 30 3 GRA: 28/35,28/35
CP_LNK IFP: 19 12 FBI: 28 8 3 GRA: 28/13,28/13
CP_LNK FBI: 28 46 2 FBI: 59 49 2 GRA: 36/50,38/50,38/53,59/53
CP_LNK FBI: 28 52 2 FBI: 59 49 3 GRA: 36/56,38/56,38/54,59/54
CP_LNK FBI: 28 24 2 FBI: 59 27 2 GRA: 36/28,38/28,38/31,59/31
CP_LNK FBI: 28 30 2 FBI: 59 27 3 GRA: 36/34,38/34,38/32,59/32
CP_LNK FBI: 28 2 2 FBI: 59 5 2 GRA: 36/6,38/6,38/9,59/9
CP_LNK FBI: 28 8 2 FBI: 59 5 3 GRA: 36/12,38/12,38/10,59/10
CP_LNK IFP: -1 9 FBI: 8 6 2 GRA: 8/10,8/10
CP_LNK CON: 86 77 FBI: 95 72 4 GRA: 95/78,95/78
CP_LNK FBI: 95 72 3 FBI: 95 49 3 GRA: 102/77,103/77,103/58,91/58,91/54,95/54
CP_LNK CON: 86 54 FBI: 95 49 4 GRA: 95/55,95/55
CP_LNK FBI: 95 49 3 FBI: 95 27 3 GRA: 102/54,103/54,103/36,91/36,91/32,95/32
CP_LNK CON: 86 32 FBI: 95 27 4 GRA: 95/33,95/33
CP_LNK FBI: 95 27 3 FBI: 95 5 3 GRA: 102/32,103/32,103/14,91/14,91/10,95/10
CP_LNK CON: 86 10 FBI: 95 5 4 GRA: 95/11,95/11
CP_LNK FBI: 95 5 3 GVI: 102 9 GRA: 102/10,102/10
CP_LNK CON: 86 76 FBI: 95 72 3 GRA: 95/77,95/77
CP_LNK IFP: -1 14 FBI: 8 11 2 GRA: 8/15,8/15
CP_LNK FBI: 8 11 2 FBI: 59 84 2 GRA: 15/15,16/15,16/82,53/82,53/88,59/88
CP_LNK FBI: 8 11 2 FBI: 59 61 2 GRA: 15/15,16/15,16/59,53/59,53/65,59/65
CP_LNK FBI: 8 11 2 FBI: 59 78 2 GRA: 15/15,16/15,16/82,59/82
CP_LNK FBI: 8 11 2 FBI: 59 55 2 GRA: 15/15,16/15,16/59,59/59
CP_LNK FBI: 8 11 2 FBI: 59 33 2 GRA: 15/15,16/15,16/37,59/37
CP_LNK FBI: 8 11 2 FBI: 59 39 2 GRA: 15/15,16/15,16/37,53/37,53/43,59/43
CP_LNK FBI: 8 11 2 FBI: 59 17 2 GRA: 15/15,53/15,53/21,59/21
CP_LNK FBI: 8 11 2 FBI: 59 11 2 GRA: 15/15,59/15
CP_LNK FBI: 59 11 2 FBI: 70 14 2 GRA: 67/15,68/15,68/18,70/18
CP_LNK FBI: 59 17 2 FBI: 70 14 3 GRA: 67/21,68/21,68/19,70/19
CP_LNK IFP: 50 15 FBI: 59 11 3 GRA: 59/16,59/16
CP_LNK IFP: 50 21 FBI: 59 17 3 GRA: 59/22,59/22
CP_LNK FBI: 70 14 2 FBI: 81 5 3 GRA: 77/18,79/18,79/10,81/10
CP_LNK FBI: 59 5 2 FBI: 81 5 2 GRA: 66/9,81/9
CP_LNK FBI: 81 5 2 FBI: 95 5 2 GRA: 90/9,95/9
CP_LNK FBI: 59 33 2 FBI: 70 36 2 GRA: 67/37,68/37,68/40,70/40
CP_LNK FBI: 59 39 2 FBI: 70 36 3 GRA: 67/43,68/43,68/41,70/41
CP_LNK FBI: 59 27 2 FBI: 81 27 2 GRA: 66/31,81/31
CP_LNK FBI: 81 27 2 FBI: 95 27 2 GRA: 90/31,95/31
CP_LNK FBI: 70 36 2 FBI: 81 27 3 GRA: 77/40,79/40,79/32,81/32
CP_LNK IFP: 50 37 FBI: 59 33 3 GRA: 59/38,59/38
CP_LNK IFP: 50 43 FBI: 59 39 3 GRA: 59/44,59/44
CP_LNK FBI: 59 55 2 FBI: 70 58 2 GRA: 67/59,68/59,68/62,70/62
CP_LNK FBI: 59 61 2 FBI: 70 58 3 GRA: 67/65,68/65,68/63,70/63
CP_LNK FBI: 59 78 2 FBI: 70 81 2 GRA: 67/82,68/82,68/85,70/85
CP_LNK FBI: 59 84 2 FBI: 70 81 3 GRA: 67/88,68/88,68/86,70/86
CP_LNK FBI: 59 49 2 FBI: 81 49 2 GRA: 66/53,81/53
CP_LNK FBI: 81 49 2 FBI: 95 49 2 GRA: 90/53,95/53
CP_LNK FBI: 59 72 2 FBI: 81 72 2 GRA: 66/76,81/76
CP_LNK FBI: 81 72 2 FBI: 95 72 2 GRA: 90/76,95/76
CP_LNK FBI: 70 58 2 FBI: 81 49 3 GRA: 77/62,79/62,79/54,81/54
CP_LNK FBI: 70 81 2 FBI: 81 72 3 GRA: 77/85,79/85,79/77,81/77
CP_LNK IFP: 50 59 FBI: 59 55 3 GRA: 59/60,59/60
CP_LNK IFP: 50 65 FBI: 59 61 3 GRA: 59/66,59/66
CP_LNK IFP: 50 82 FBI: 59 78 3 GRA: 59/83,59/83
CP_LNK IFP: 50 88 FBI: 59 84 3 GRA: 59/89,59/89
CP_SEC "Pompen" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 3 EXEC: 2 TEXT:
CP__ST IF VK<1 THEN
CP__ST FOR j:= 1 TO 4 DO;
CP__ST    Start_P[j] := FALSE;
CP__ST END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF (VK = 1) THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST     
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST  
CP__ST  
CP__ST IF (VK = 2) THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF VK = 3 THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] OR Vk3_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF VK = 4 THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] OR Vk3_P[j] OR Vk4_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP_SEC "Conversie" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 3 TEXT:
CP_IFP "PmpVk1" 0 6 FP_IO_OUTPUT
CP_IFP "PmpStp2" 23 6 FP_IO_OUTPUT
CP_IFP "PmpStp3" 47 6 FP_IO_OUTPUT
CP_IFP "PmpStp4" 0 26 FP_IO_OUTPUT
CP_IFP "StartP1" 32 100 FP_IO_INPUT
CP_IFP "StartP2" 32 105 FP_IO_INPUT
CP_IFP "StartP3" 32 110 FP_IO_INPUT
CP_IFP "StartP4" 32 115 FP_IO_INPUT
CP_FBI "WORD_TO_BIT" 9 3 CODID: 1 NAME: "FBI_1_1" TEXT:
CP_FBI "WORD_TO_BIT" 32 3 CODID: 2 NAME: "FBI_1_2" TEXT:
CP_FBI "WORD_TO_BIT" 56 3 CODID: 3 NAME: "FBI_1_3" TEXT:
CP_FBI "WORD_TO_BIT" 9 23 CODID: 4 NAME: "FBI_1_4" TEXT:
CP_FBI "MOVE" 25 97 CODID: 5 NAME: ".1.10" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 102 CODID: 6 NAME: ".1.11" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 107 CODID: 7 NAME: ".1.12" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 112 CODID: 8 NAME: ".1.13" ANY: IEC_BOOL_ID TEXT:
CP_GVI NAMED_VAR: "Start_P[1]" 16 100 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[2]" 16 105 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[3]" 16 110 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[4]" 16 115 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[1]" 19 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[2]" 19 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[3]" 19 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[4]" 19 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[1]" 42 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[2]" 42 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[3]" 42 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[4]" 42 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[1]" 66 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[2]" 66 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[3]" 66 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[4]" 66 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[1]" 19 41 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[2]" 19 40 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[3]" 19 39 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[4]" 19 38 FP_IO_INPUT_COMP
CP_LNK IFP: 0 6 FBI: 9 3 2 GRA: 9/7,9/7
CP_LNK IFP: 23 6 FBI: 32 3 2 GRA: 32/7,32/7
CP_LNK IFP: 47 6 FBI: 56 3 2 GRA: 56/7,56/7
CP_LNK IFP: 0 26 FBI: 9 23 2 GRA: 9/27,9/27
CP_LNK GVI: 16 100 FBI: 25 97 2 GRA: 25/101,25/101
CP_LNK FBI: 25 97 2 IFP: 32 100 GRA: 32/101,32/101
CP_LNK FBI: 25 102 2 IFP: 32 105 GRA: 32/106,32/106
CP_LNK GVI: 16 105 FBI: 25 102 2 GRA: 25/106,25/106
CP_LNK GVI: 16 110 FBI: 25 107 2 GRA: 25/111,25/111
CP_LNK GVI: 16 115 FBI: 25 112 2 GRA: 25/116,25/116
CP_LNK FBI: 25 107 2 IFP: 32 110 GRA: 32/111,32/111
CP_LNK FBI: 25 112 2 IFP: 32 115 GRA: 32/116,32/116
CP_LNK FBI: 9 3 17 GVI: 19 21 GRA: 19/22,19/22
CP_LNK FBI: 9 3 16 GVI: 19 20 GRA: 19/21,19/21
CP_LNK FBI: 9 3 15 GVI: 19 19 GRA: 19/20,19/20
CP_LNK FBI: 9 3 14 GVI: 19 18 GRA: 19/19,19/19
CP_LNK FBI: 32 3 17 GVI: 42 21 GRA: 42/22,42/22
CP_LNK FBI: 32 3 16 GVI: 42 20 GRA: 42/21,42/21
CP_LNK FBI: 32 3 15 GVI: 42 19 GRA: 42/20,42/20
CP_LNK FBI: 32 3 14 GVI: 42 18 GRA: 42/19,42/19
CP_LNK FBI: 56 3 17 GVI: 66 21 GRA: 66/22,66/22
CP_LNK FBI: 56 3 16 GVI: 66 20 GRA: 66/21,66/21
CP_LNK FBI: 56 3 15 GVI: 66 19 GRA: 66/20,66/20
CP_LNK FBI: 56 3 14 GVI: 66 18 GRA: 66/19,66/19
CP_LNK FBI: 9 23 17 GVI: 19 41 GRA: 19/42,19/42
CP_LNK FBI: 9 23 16 GVI: 19 40 GRA: 19/41,19/41
CP_LNK FBI: 9 23 15 GVI: 19 39 GRA: 19/40,19/40
CP_LNK FBI: 9 23 14 GVI: 19 38 GRA: 19/39,19/39
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DFB_PKEL "01/27/05 13:46:44" TEXT:
CP_DFB "DFB_PKEL" HEIGHT/WIDTH: 31 9 FBTK_DFB "01/27/05 13:46:42" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_PKEL{1,2,3}
CL_FRM "PmpVk1" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpVk2" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpVk3" ID_6 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpVk4" ID_7 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "LaagIn1" ID_8 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn2" ID_9 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn3" ID_10 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn4" ID_11 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "StartP1" ID_13 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP2" ID_14 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP3" ID_15 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP4" ID_16 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "HoogUit1" ID_22 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit2" ID_23 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit3" ID_24 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit4" ID_25 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "MeetwLK" ID_26 SHOW POSL 28 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "MeetwHK" ID_27 SHOW POSL 29 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH1" ID_28 SHOW POSL 22 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL1" ID_29 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH4" ID_30 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL4" ID_31 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH3" ID_32 SHOW POSL 24 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL3" ID_33 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH2" ID_34 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL2" ID_35 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "GE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LT_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "SR" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S1" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "GT_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
CP_GVS "Conversie" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Bepaal_VK" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "VK" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk4_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "j" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Start_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Pompen" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Vk1_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk2_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk3_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Bepaal_VK" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 4 EXEC: 1 TEXT:
CP_IFP "HoogUit1" 19 73 FP_IO_OUTPUT
CP_IFP "HoogUit2" 19 50 FP_IO_OUTPUT
CP_IFP "HoogUit3" 19 28 FP_IO_OUTPUT
CP_IFP "HoogUit4" 19 6 FP_IO_OUTPUT
CP_IFP "LaagIn1" 19 79 FP_IO_OUTPUT
CP_IFP "LaagIn2" 19 56 FP_IO_OUTPUT
CP_IFP "LaagIn3" 19 34 FP_IO_OUTPUT
CP_IFP "LaagIn4" 19 12 FP_IO_OUTPUT
CP_IFP "MeetwLK" -1 9 FP_IO_OUTPUT
CP_IFP "MeetwHK" -1 14 FP_IO_OUTPUT
CP_IFP "BlokL4" 50 21 FP_IO_OUTPUT
CP_IFP "BlokH3" 50 37 FP_IO_OUTPUT
CP_IFP "BlokL3" 50 43 FP_IO_OUTPUT
CP_IFP "BlokH2" 50 59 FP_IO_OUTPUT
CP_IFP "BlokL2" 50 65 FP_IO_OUTPUT
CP_IFP "BlokH1" 50 82 FP_IO_OUTPUT
CP_IFP "BlokL1" 50 88 FP_IO_OUTPUT
CP_IFP "BlokH4" 50 15 FP_IO_OUTPUT
CP_FBI "LT_REAL" 28 75 CODID: 2 NAME: ".4.9" TEXT:
CP_FBI "LT_REAL" 28 52 CODID: 7 NAME: ".4.10" TEXT:
CP_FBI "LT_REAL" 28 8 CODID: 8 NAME: ".4.11" TEXT:
CP_FBI "LT_REAL" 28 30 CODID: 9 NAME: ".4.12" TEXT:
CP_FBI "GE_REAL" 28 69 CODID: 3 NAME: ".4.5" TEXT:
CP_FBI "GE_REAL" 28 46 CODID: 4 NAME: ".4.6" TEXT:
CP_FBI "GE_REAL" 28 24 CODID: 5 NAME: ".4.7" TEXT:
CP_FBI "GE_REAL" 28 2 CODID: 6 NAME: ".4.8" TEXT:
CP_FBI "SR" 59 72 CODID: 10 NAME: "FBI_4_34" TEXT:
CP_FBI "SR" 59 49 CODID: 11 NAME: "FBI_4_32" TEXT:
CP_FBI "SR" 59 27 CODID: 12 NAME: "FBI_4_33" TEXT:
CP_FBI "SR" 59 5 CODID: 13 NAME: "FBI_4_31" TEXT:
CP_FBI "MOVE" 8 6 CODID: 1 NAME: ".4.25" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 95 72 CODID: 19 NAME: ".4.26" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 95 49 CODID: 24 NAME: ".4.27" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 95 27 CODID: 29 NAME: ".4.28" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 95 5 CODID: 34 NAME: ".4.29" ANY: IEC_INT_ID TEXT:
CP_FBI "GT_REAL" 59 11 CODID: 30 NAME: ".4.35" TEXT:
CP_FBI "LE_REAL" 59 17 CODID: 31 NAME: ".4.36" TEXT:
CP_FBI "MOVE" 8 11 CODID: 14 NAME: ".4.37" ANY: IEC_REAL_ID TEXT:
CP_FBI "SR" 70 14 CODID: 32 NAME: "FBI_4_38" TEXT:
CP_FBI "AND_BOOL" 81 5 CODID: 33 NAME: ".4.39" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "GT_REAL" 59 33 CODID: 25 NAME: ".4.46" TEXT:
CP_FBI "LE_REAL" 59 39 CODID: 26 NAME: ".4.47" TEXT:
CP_FBI "SR" 70 36 CODID: 27 NAME: "FBI_4_48" TEXT:
CP_FBI "AND_BOOL" 81 27 CODID: 28 NAME: ".4.49" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "GT_REAL" 59 55 CODID: 20 NAME: ".4.50" TEXT:
CP_FBI "LE_REAL" 59 61 CODID: 21 NAME: ".4.51" TEXT:
CP_FBI "SR" 70 58 CODID: 22 NAME: "FBI_4_52" TEXT:
CP_FBI "AND_BOOL" 81 49 CODID: 23 NAME: ".4.53" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "GT_REAL" 59 78 CODID: 15 NAME: ".4.54" TEXT:
CP_FBI "LE_REAL" 59 84 CODID: 16 NAME: ".4.55" TEXT:
CP_FBI "SR" 70 81 CODID: 17 NAME: "FBI_4_56" TEXT:
CP_FBI "AND_BOOL" 81 72 CODID: 18 NAME: ".4.57" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_GVI NAMED_VAR: "VK" 102 9 FP_IO_INPUT
CP_CON 86 77 IEC_INT_ID 1
CP_CON 86 54 IEC_INT_ID 2
CP_CON 86 32 IEC_INT_ID 3
CP_CON 86 10 IEC_INT_ID 4
CP_CON 86 76 IEC_INT_ID 0
CP_LNK FBI: 28 69 2 FBI: 59 72 2 GRA: 36/73,38/73,38/76,59/76
CP_LNK FBI: 28 75 2 FBI: 59 72 3 GRA: 36/79,38/79,38/77,59/77
CP_LNK FBI: 8 6 2 FBI: 28 69 2 GRA: 15/10,19/10,19/73,28/73
CP_LNK FBI: 8 6 2 FBI: 28 75 2 GRA: 15/10,19/10,19/79,28/79
CP_LNK FBI: 8 6 2 FBI: 28 46 2 GRA: 15/10,19/10,19/50,28/50
CP_LNK FBI: 8 6 2 FBI: 28 52 2 GRA: 15/10,19/10,19/56,28/56
CP_LNK FBI: 8 6 2 FBI: 28 24 2 GRA: 15/10,19/10,19/28,28/28
CP_LNK FBI: 8 6 2 FBI: 28 30 2 GRA: 15/10,19/10,19/34,28/34
CP_LNK FBI: 8 6 2 FBI: 28 2 2 GRA: 15/10,19/10,19/6,28/6
CP_LNK FBI: 8 6 2 FBI: 28 8 2 GRA: 15/10,19/10,19/12,28/12
CP_LNK IFP: 19 73 FBI: 28 69 3 GRA: 28/74,28/74
CP_LNK IFP: 19 50 FBI: 28 46 3 GRA: 28/51,28/51
CP_LNK IFP: 19 28 FBI: 28 24 3 GRA: 28/29,28/29
CP_LNK IFP: 19 6 FBI: 28 2 3 GRA: 28/7,28/7
CP_LNK IFP: 19 79 FBI: 28 75 3 GRA: 28/80,28/80
CP_LNK IFP: 19 56 FBI: 28 52 3 GRA: 28/57,28/57
CP_LNK IFP: 19 34 FBI: 28 30 3 GRA: 28/35,28/35
CP_LNK IFP: 19 12 FBI: 28 8 3 GRA: 28/13,28/13
CP_LNK FBI: 28 46 2 FBI: 59 49 2 GRA: 36/50,38/50,38/53,59/53
CP_LNK FBI: 28 52 2 FBI: 59 49 3 GRA: 36/56,38/56,38/54,59/54
CP_LNK FBI: 28 24 2 FBI: 59 27 2 GRA: 36/28,38/28,38/31,59/31
CP_LNK FBI: 28 30 2 FBI: 59 27 3 GRA: 36/34,38/34,38/32,59/32
CP_LNK FBI: 28 2 2 FBI: 59 5 2 GRA: 36/6,38/6,38/9,59/9
CP_LNK FBI: 28 8 2 FBI: 59 5 3 GRA: 36/12,38/12,38/10,59/10
CP_LNK IFP: -1 9 FBI: 8 6 2 GRA: 8/10,8/10
CP_LNK CON: 86 77 FBI: 95 72 4 GRA: 95/78,95/78
CP_LNK FBI: 95 72 3 FBI: 95 49 3 GRA: 102/77,103/77,103/58,91/58,91/54,95/54
CP_LNK CON: 86 54 FBI: 95 49 4 GRA: 95/55,95/55
CP_LNK FBI: 95 49 3 FBI: 95 27 3 GRA: 102/54,103/54,103/36,91/36,91/32,95/32
CP_LNK CON: 86 32 FBI: 95 27 4 GRA: 95/33,95/33
CP_LNK FBI: 95 27 3 FBI: 95 5 3 GRA: 102/32,103/32,103/14,91/14,91/10,95/10
CP_LNK CON: 86 10 FBI: 95 5 4 GRA: 95/11,95/11
CP_LNK FBI: 95 5 3 GVI: 102 9 GRA: 102/10,102/10
CP_LNK CON: 86 76 FBI: 95 72 3 GRA: 95/77,95/77
CP_LNK IFP: -1 14 FBI: 8 11 2 GRA: 8/15,8/15
CP_LNK FBI: 8 11 2 FBI: 59 84 2 GRA: 15/15,16/15,16/82,53/82,53/88,59/88
CP_LNK FBI: 8 11 2 FBI: 59 61 2 GRA: 15/15,16/15,16/59,53/59,53/65,59/65
CP_LNK FBI: 8 11 2 FBI: 59 78 2 GRA: 15/15,16/15,16/82,59/82
CP_LNK FBI: 8 11 2 FBI: 59 55 2 GRA: 15/15,16/15,16/59,59/59
CP_LNK FBI: 8 11 2 FBI: 59 33 2 GRA: 15/15,16/15,16/37,59/37
CP_LNK FBI: 8 11 2 FBI: 59 39 2 GRA: 15/15,16/15,16/37,53/37,53/43,59/43
CP_LNK FBI: 8 11 2 FBI: 59 17 2 GRA: 15/15,53/15,53/21,59/21
CP_LNK FBI: 8 11 2 FBI: 59 11 2 GRA: 15/15,59/15
CP_LNK FBI: 59 11 2 FBI: 70 14 2 GRA: 67/15,68/15,68/18,70/18
CP_LNK FBI: 59 17 2 FBI: 70 14 3 GRA: 67/21,68/21,68/19,70/19
CP_LNK IFP: 50 21 FBI: 59 17 3 GRA: 59/22,59/22
CP_LNK FBI: 70 14 2 FBI: 81 5 3 GRA: 77/18,79/18,79/10,81/10
CP_LNK FBI: 59 5 2 FBI: 81 5 2 GRA: 66/9,81/9
CP_LNK FBI: 81 5 2 FBI: 95 5 2 GRA: 90/9,95/9
CP_LNK FBI: 59 33 2 FBI: 70 36 2 GRA: 67/37,68/37,68/40,70/40
CP_LNK FBI: 59 39 2 FBI: 70 36 3 GRA: 67/43,68/43,68/41,70/41
CP_LNK FBI: 59 27 2 FBI: 81 27 2 GRA: 66/31,81/31
CP_LNK FBI: 81 27 2 FBI: 95 27 2 GRA: 90/31,95/31
CP_LNK FBI: 70 36 2 FBI: 81 27 3 GRA: 77/40,79/40,79/32,81/32
CP_LNK IFP: 50 37 FBI: 59 33 3 GRA: 59/38,59/38
CP_LNK IFP: 50 43 FBI: 59 39 3 GRA: 59/44,59/44
CP_LNK FBI: 59 55 2 FBI: 70 58 2 GRA: 67/59,68/59,68/62,70/62
CP_LNK FBI: 59 61 2 FBI: 70 58 3 GRA: 67/65,68/65,68/63,70/63
CP_LNK FBI: 59 78 2 FBI: 70 81 2 GRA: 67/82,68/82,68/85,70/85
CP_LNK FBI: 59 84 2 FBI: 70 81 3 GRA: 67/88,68/88,68/86,70/86
CP_LNK FBI: 59 49 2 FBI: 81 49 2 GRA: 66/53,81/53
CP_LNK FBI: 81 49 2 FBI: 95 49 2 GRA: 90/53,95/53
CP_LNK FBI: 59 72 2 FBI: 81 72 2 GRA: 66/76,81/76
CP_LNK FBI: 81 72 2 FBI: 95 72 2 GRA: 90/76,95/76
CP_LNK FBI: 70 58 2 FBI: 81 49 3 GRA: 77/62,79/62,79/54,81/54
CP_LNK FBI: 70 81 2 FBI: 81 72 3 GRA: 77/85,79/85,79/77,81/77
CP_LNK IFP: 50 59 FBI: 59 55 3 GRA: 59/60,59/60
CP_LNK IFP: 50 65 FBI: 59 61 3 GRA: 59/66,59/66
CP_LNK IFP: 50 82 FBI: 59 78 3 GRA: 59/83,59/83
CP_LNK IFP: 50 88 FBI: 59 84 3 GRA: 59/89,59/89
CP_LNK IFP: 50 15 FBI: 59 11 3 GRA: 59/16,59/16
CP_SEC "Pompen" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 3 EXEC: 2 TEXT:
CP__ST IF VK<1 THEN
CP__ST FOR j:= 1 TO 4 DO;
CP__ST    Start_P[j] := FALSE;
CP__ST END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF (VK = 1) THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST     
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST  
CP__ST   
CP__ST IF (VK = 2) THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST  
CP__ST  
CP__ST IF VK = 3 THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] OR Vk3_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST  
CP__ST  
CP__ST IF VK = 4 THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] OR Vk3_P[j] OR Vk4_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP_SEC "Conversie" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 3 TEXT:
CP_IFP "PmpVk1" 0 6 FP_IO_OUTPUT
CP_IFP "PmpVk2" 23 6 FP_IO_OUTPUT
CP_IFP "PmpVk3" 47 6 FP_IO_OUTPUT
CP_IFP "PmpVk4" 0 26 FP_IO_OUTPUT
CP_IFP "StartP1" 32 100 FP_IO_INPUT
CP_IFP "StartP2" 32 105 FP_IO_INPUT
CP_IFP "StartP3" 32 110 FP_IO_INPUT
CP_IFP "StartP4" 32 115 FP_IO_INPUT
CP_FBI "WORD_TO_BIT" 9 3 CODID: 1 NAME: "FBI_1_1" TEXT:
CP_FBI "WORD_TO_BIT" 32 3 CODID: 2 NAME: "FBI_1_2" TEXT:
CP_FBI "WORD_TO_BIT" 56 3 CODID: 3 NAME: "FBI_1_3" TEXT:
CP_FBI "WORD_TO_BIT" 9 23 CODID: 4 NAME: "FBI_1_4" TEXT:
CP_FBI "MOVE" 25 97 CODID: 5 NAME: ".1.10" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 102 CODID: 6 NAME: ".1.11" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 107 CODID: 7 NAME: ".1.12" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 112 CODID: 8 NAME: ".1.13" ANY: IEC_BOOL_ID TEXT:
CP_GVI NAMED_VAR: "Start_P[1]" 16 100 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[2]" 16 105 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[3]" 16 110 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[4]" 16 115 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[1]" 19 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[2]" 19 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[3]" 19 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[4]" 19 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[1]" 42 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[2]" 42 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[3]" 42 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[4]" 42 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[1]" 66 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[2]" 66 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[3]" 66 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[4]" 66 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[1]" 19 41 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[2]" 19 40 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[3]" 19 39 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[4]" 19 38 FP_IO_INPUT_COMP
CP_LNK IFP: 0 6 FBI: 9 3 2 GRA: 9/7,9/7
CP_LNK IFP: 23 6 FBI: 32 3 2 GRA: 32/7,32/7
CP_LNK IFP: 47 6 FBI: 56 3 2 GRA: 56/7,56/7
CP_LNK IFP: 0 26 FBI: 9 23 2 GRA: 9/27,9/27
CP_LNK GVI: 16 100 FBI: 25 97 2 GRA: 25/101,25/101
CP_LNK FBI: 25 97 2 IFP: 32 100 GRA: 32/101,32/101
CP_LNK FBI: 25 102 2 IFP: 32 105 GRA: 32/106,32/106
CP_LNK GVI: 16 105 FBI: 25 102 2 GRA: 25/106,25/106
CP_LNK GVI: 16 110 FBI: 25 107 2 GRA: 25/111,25/111
CP_LNK GVI: 16 115 FBI: 25 112 2 GRA: 25/116,25/116
CP_LNK FBI: 25 107 2 IFP: 32 110 GRA: 32/111,32/111
CP_LNK FBI: 25 112 2 IFP: 32 115 GRA: 32/116,32/116
CP_LNK FBI: 9 3 17 GVI: 19 21 GRA: 19/22,19/22
CP_LNK FBI: 9 3 16 GVI: 19 20 GRA: 19/21,19/21
CP_LNK FBI: 9 3 15 GVI: 19 19 GRA: 19/20,19/20
CP_LNK FBI: 9 3 14 GVI: 19 18 GRA: 19/19,19/19
CP_LNK FBI: 32 3 17 GVI: 42 21 GRA: 42/22,42/22
CP_LNK FBI: 32 3 16 GVI: 42 20 GRA: 42/21,42/21
CP_LNK FBI: 32 3 15 GVI: 42 19 GRA: 42/20,42/20
CP_LNK FBI: 32 3 14 GVI: 42 18 GRA: 42/19,42/19
CP_LNK FBI: 56 3 17 GVI: 66 21 GRA: 66/22,66/22
CP_LNK FBI: 56 3 16 GVI: 66 20 GRA: 66/21,66/21
CP_LNK FBI: 56 3 15 GVI: 66 19 GRA: 66/20,66/20
CP_LNK FBI: 56 3 14 GVI: 66 18 GRA: 66/19,66/19
CP_LNK FBI: 9 23 17 GVI: 19 41 GRA: 19/42,19/42
CP_LNK FBI: 9 23 16 GVI: 19 40 GRA: 19/41,19/41
CP_LNK FBI: 9 23 15 GVI: 19 39 GRA: 19/40,19/40
CP_LNK FBI: 9 23 14 GVI: 19 38 GRA: 19/39,19/39
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DFB_REGE "11/02/05 13:16:19" TEXT:
CP_DFB "DFB_REGE" HEIGHT/WIDTH: 25 9 FBTK_DFB "11/02/05 13:16:19" TEXT: De dfb REGE is een functieblok voor een PI-regelaar
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_REGE{1,2,3,4}
CL_FRM "Acoftijd" ID_4 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT: vertragingstijd
CL_FRM "Accept" ID_5 SHOW POSL 22 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: accepteren storing
CL_FRM "Rst_alg" ID_6 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: herstel storing
CL_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: bedieningswoord (schrijfwoord vanaf SCADA)
CL_FRM "Ond_wrd" ID_18 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: onderdrukken woord
CL_FRM "Pri_wrd" ID_19 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: primair woord
CL_FRM "Alw_pri" ID_22 SHOW POSR 19 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord primair
CL_FRM "Alw_sec" ID_23 SHOW POSR 20 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair
CL_FRM "StatBed" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: status bediening
CL_FRM "ExtGew" ID_26 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: setpoint extern
CL_FRM "Meetw" ID_27 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: meetwaarde (pv) 
CL_FRM "P_actie" ID_28 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: P waarde instelling vanaf SCADA
CL_FRM "VolgWrd" ID_29 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: Volgwaarde (trackingwaarde , toerntal of klepstand  0-100%)
CL_FRM "Stuur" ID_33 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT: uitsturing regelaar (0-100%)
CL_FRM "I_actie" ID_34 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: I waarde instelling vanaf SCADA
CL_FRM "IntGew" ID_35 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: setpoint intern vanaf SCADA
CL_FRM "Vrijgave" ID_36 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: vrijgave regelaar 
CL_FRM "StatBedr" ID_37 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: bedrijfsstatus
CL_FRM "IntGewU" ID_38 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE REAL TEXT: interne gewenst setpoint uitgang
CL_FRM "InstAfw" ID_40 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: Instelling afwijking tbv afwijkingsbewaking
CL_FRM "Str_mw" ID_41 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: storing proceswaarde
CL_FRM "MeetwMax" ID_44 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: maximale waarde meetwaarde
CL_FRM "MeetwMin" ID_45 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: minimale waarde meetwaarde
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BIT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "BIT0" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "B_STAT" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 19 9 "11/02/05 13:16:15" NR_FORMP: 18
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "StatBedr" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Stat_3" ID_8 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_2" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_1" ID_10 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_0" ID_11 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_4" ID_12 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_5" ID_14 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_6" ID_15 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_7" ID_16 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_8" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_9" ID_18 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_10" ID_19 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_11" ID_20 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_12" ID_21 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_13" ID_22 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_14" ID_23 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_15" ID_24 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "PI1" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 12 6 "02/15/01 09:12:41" NR_FORMP: 14
VS_FRM "MAN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "HALT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "SP" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "PV" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "GAIN" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "TI" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "YMAX" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "YMIN" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "YMAN" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 14 TEXT:
VS_FRM "Y" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "ERR" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "QMAX" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "QMIN" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "SUB_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FFB "ABS_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 6 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FFB "GT_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "NOT_BOOL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 7 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "DIV_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
CP_GV2 "sta_bed_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "status_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Alarmen_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Aansturing_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_extern" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_cmd_intern" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing_geaccepteerd" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_extern" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_intern" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_afwijking" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "faktor" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_afwijking" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_bedr_geaccepteerd_opgelost" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_afwijking" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_afwijking" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "afwijking" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "conversie_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "conversie_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 5 EXEC: 1 TEXT: 
CP_IFP "Ond_wrd" 43 7 FP_IO_OUTPUT
CP_IFP "Bed_wrd" 14 27 FP_IO_OUTPUT
CP_IFP "Pri_wrd" 14 7 FP_IO_OUTPUT
CP_IFP "StatBed" 33 67 FP_IO_INPUT
CP_IFP "Alw_pri" 33 47 FP_IO_INPUT
CP_IFP "Alw_sec" 62 47 FP_IO_INPUT
CP_IFP "StatBedr" 63 67 FP_IO_INPUT
CP_FBI "WORD_TO_BIT" 23 4 CODID: 1 NAME: "primair_woord" TEXT:
CP_DBI "B_STAT" 52 64 CODID: 7 NAME: "FBI_5_12" TEXT:
CP_FBI "WORD_TO_BIT" 23 24 CODID: 2 NAME: "bedien_woord" TEXT:
CP_FBI "WORD_TO_BIT" 52 4 CODID: 3 NAME: "onderdrukken_woord" TEXT:
CP_FBI "BIT_TO_WORD" 23 44 CODID: 4 NAME: ".5.9" TEXT:
CP_FBI "BIT_TO_WORD" 52 44 CODID: 5 NAME: ".5.10" TEXT:
CP_FBI "BIT_TO_WORD" 23 64 CODID: 6 NAME: ".5.11" TEXT:
CP_GVI NAMED_VAR: "sta_bed_intern" 14 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_extern" 14 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit6" 14 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit5" 14 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit4" 14 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit3" 14 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit13" 43 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit12" 43 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit11" 43 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit10" 43 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit9" 43 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit8" 43 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit7" 43 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit6" 43 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit4" 43 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit5" 43 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit3" 43 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit2" 43 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit1" 43 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit13" 14 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit12" 14 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit11" 14 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit10" 14 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit9" 14 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit8" 14 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit7" 14 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit6" 14 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit5" 14 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit4" 14 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit3" 14 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit2" 14 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit1" 14 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_bit13" 62 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit12" 62 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit11" 62 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit10" 62 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit9" 62 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit8" 62 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit7" 62 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit6" 62 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit5" 62 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit4" 62 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit3" 62 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit2" 62 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit1" 62 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_extern" 33 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_intern" 33 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit11" 33 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit10" 33 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit9" 33 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit8" 33 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit7" 33 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit6" 33 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit5" 33 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit4" 33 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit3" 33 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit2" 33 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 33 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit13" 33 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit12" 33 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit11" 33 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit10" 33 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit9" 33 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit8" 33 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit7" 33 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit6" 33 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit5" 33 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit4" 33 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit3" 33 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit2" 33 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit1" 33 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit14" 33 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit13" 33 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit12" 33 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit14" 62 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_bit14" 14 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_afwijking" 14 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit14" 43 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_afwijking" 43 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit10" 14 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit9" 14 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit8" 14 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit7" 14 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit11" 14 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit12" 14 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing" 43 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 43 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit2" 14 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit1" 14 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_afwijking" 33 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_afwijking" 62 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_bit13" 14 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit14" 14 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit15" 43 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_bit15" 33 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit15" 62 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit14" 33 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_bit15" 14 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 43 75 FP_IO_OUTPUT
CP_CON 43 67 IEC_BOOL_ID 1
CP_CON 43 68 IEC_BOOL_ID 0
CP_CON 43 69 IEC_BOOL_ID 0
CP_CON 43 70 IEC_BOOL_ID 0
CP_CON 43 71 IEC_BOOL_ID 0
CP_CON 43 72 IEC_BOOL_ID 0
CP_LNK GVI: 14 82 FBI: 23 64 17 GRA: 23/83,23/83
CP_LNK IFP: 43 7 FBI: 52 4 2 GRA: 52/8,52/8
CP_LNK IFP: 14 27 FBI: 23 24 2 GRA: 23/28,23/28
CP_LNK IFP: 14 7 FBI: 23 4 2 GRA: 23/8,23/8
CP_LNK FBI: 23 64 2 IFP: 33 67 GRA: 33/68,33/68
CP_LNK FBI: 23 44 2 IFP: 33 47 GRA: 33/48,33/48
CP_LNK FBI: 52 44 2 IFP: 62 47 GRA: 62/48,62/48
CP_LNK GVI: 14 81 FBI: 23 64 16 GRA: 23/82,23/82
CP_LNK GVI: 14 72 FBI: 23 64 7 GRA: 23/73,23/73
CP_LNK GVI: 14 71 FBI: 23 64 6 GRA: 23/72,23/72
CP_LNK GVI: 14 70 FBI: 23 64 5 GRA: 23/71,23/71
CP_LNK GVI: 14 69 FBI: 23 64 4 GRA: 23/70,23/70
CP_LNK GVI: 43 59 FBI: 52 44 14 GRA: 52/60,52/60
CP_LNK GVI: 43 58 FBI: 52 44 13 GRA: 52/59,52/59
CP_LNK GVI: 43 57 FBI: 52 44 12 GRA: 52/58,52/58
CP_LNK GVI: 43 56 FBI: 52 44 11 GRA: 52/57,52/57
CP_LNK GVI: 43 55 FBI: 52 44 10 GRA: 52/56,52/56
CP_LNK GVI: 43 54 FBI: 52 44 9 GRA: 52/55,52/55
CP_LNK GVI: 43 53 FBI: 52 44 8 GRA: 52/54,52/54
CP_LNK GVI: 43 52 FBI: 52 44 7 GRA: 52/53,52/53
CP_LNK GVI: 43 50 FBI: 52 44 5 GRA: 52/51,52/51
CP_LNK GVI: 43 51 FBI: 52 44 6 GRA: 52/52,52/52
CP_LNK GVI: 43 49 FBI: 52 44 4 GRA: 52/50,52/50
CP_LNK GVI: 43 48 FBI: 52 44 3 GRA: 52/49,52/49
CP_LNK GVI: 43 47 FBI: 52 44 2 GRA: 52/48,52/48
CP_LNK GVI: 14 59 FBI: 23 44 14 GRA: 23/60,23/60
CP_LNK GVI: 14 58 FBI: 23 44 13 GRA: 23/59,23/59
CP_LNK GVI: 14 57 FBI: 23 44 12 GRA: 23/58,23/58
CP_LNK GVI: 14 56 FBI: 23 44 11 GRA: 23/57,23/57
CP_LNK GVI: 14 55 FBI: 23 44 10 GRA: 23/56,23/56
CP_LNK GVI: 14 54 FBI: 23 44 9 GRA: 23/55,23/55
CP_LNK GVI: 14 53 FBI: 23 44 8 GRA: 23/54,23/54
CP_LNK GVI: 14 52 FBI: 23 44 7 GRA: 23/53,23/53
CP_LNK GVI: 14 51 FBI: 23 44 6 GRA: 23/52,23/52
CP_LNK GVI: 14 50 FBI: 23 44 5 GRA: 23/51,23/51
CP_LNK GVI: 14 49 FBI: 23 44 4 GRA: 23/50,23/50
CP_LNK GVI: 14 48 FBI: 23 44 3 GRA: 23/49,23/49
CP_LNK GVI: 14 47 FBI: 23 44 2 GRA: 23/48,23/48
CP_LNK FBI: 52 4 14 GVI: 62 19 GRA: 62/20,62/20
CP_LNK FBI: 52 4 13 GVI: 62 18 GRA: 62/19,62/19
CP_LNK FBI: 52 4 12 GVI: 62 17 GRA: 62/18,62/18
CP_LNK FBI: 52 4 11 GVI: 62 16 GRA: 62/17,62/17
CP_LNK FBI: 52 4 10 GVI: 62 15 GRA: 62/16,62/16
CP_LNK FBI: 52 4 9 GVI: 62 14 GRA: 62/15,62/15
CP_LNK FBI: 52 4 8 GVI: 62 13 GRA: 62/14,62/14
CP_LNK FBI: 52 4 7 GVI: 62 12 GRA: 62/13,62/13
CP_LNK FBI: 52 4 6 GVI: 62 11 GRA: 62/12,62/12
CP_LNK FBI: 52 4 5 GVI: 62 10 GRA: 62/11,62/11
CP_LNK FBI: 52 4 4 GVI: 62 9 GRA: 62/10,62/10
CP_LNK FBI: 52 4 3 GVI: 62 8 GRA: 62/9,62/9
CP_LNK FBI: 52 4 2 GVI: 62 7 GRA: 62/8,62/8
CP_LNK FBI: 23 24 16 GVI: 33 41 GRA: 33/42,33/42
CP_LNK FBI: 23 24 17 GVI: 33 42 GRA: 33/43,33/43
CP_LNK FBI: 23 24 12 GVI: 33 37 GRA: 33/38,33/38
CP_LNK FBI: 23 24 11 GVI: 33 36 GRA: 33/37,33/37
CP_LNK FBI: 23 24 10 GVI: 33 35 GRA: 33/36,33/36
CP_LNK FBI: 23 24 9 GVI: 33 34 GRA: 33/35,33/35
CP_LNK FBI: 23 24 8 GVI: 33 33 GRA: 33/34,33/34
CP_LNK FBI: 23 24 7 GVI: 33 32 GRA: 33/33,33/33
CP_LNK FBI: 23 24 6 GVI: 33 31 GRA: 33/32,33/32
CP_LNK FBI: 23 24 5 GVI: 33 30 GRA: 33/31,33/31
CP_LNK FBI: 23 24 4 GVI: 33 29 GRA: 33/30,33/30
CP_LNK FBI: 23 24 3 GVI: 33 28 GRA: 33/29,33/29
CP_LNK FBI: 23 24 2 GVI: 33 27 GRA: 33/28,33/28
CP_LNK FBI: 23 4 14 GVI: 33 19 GRA: 33/20,33/20
CP_LNK FBI: 23 4 13 GVI: 33 18 GRA: 33/19,33/19
CP_LNK FBI: 23 4 12 GVI: 33 17 GRA: 33/18,33/18
CP_LNK FBI: 23 4 11 GVI: 33 16 GRA: 33/17,33/17
CP_LNK FBI: 23 4 10 GVI: 33 15 GRA: 33/16,33/16
CP_LNK FBI: 23 4 9 GVI: 33 14 GRA: 33/15,33/15
CP_LNK FBI: 23 4 8 GVI: 33 13 GRA: 33/14,33/14
CP_LNK FBI: 23 4 7 GVI: 33 12 GRA: 33/13,33/13
CP_LNK FBI: 23 4 6 GVI: 33 11 GRA: 33/12,33/12
CP_LNK FBI: 23 4 5 GVI: 33 10 GRA: 33/11,33/11
CP_LNK FBI: 23 4 4 GVI: 33 9 GRA: 33/10,33/10
CP_LNK FBI: 23 4 3 GVI: 33 8 GRA: 33/9,33/9
CP_LNK FBI: 23 4 2 GVI: 33 7 GRA: 33/8,33/8
CP_LNK FBI: 23 4 15 GVI: 33 20 GRA: 33/21,33/21
CP_LNK FBI: 23 24 14 GVI: 33 39 GRA: 33/40,33/40
CP_LNK FBI: 23 24 13 GVI: 33 38 GRA: 33/39,33/39
CP_LNK FBI: 52 4 15 GVI: 62 20 GRA: 62/21,62/21
CP_LNK GVI: 14 60 FBI: 23 44 15 GRA: 23/61,23/61
CP_LNK GVI: 14 62 FBI: 23 44 17 GRA: 23/63,23/63
CP_LNK GVI: 43 60 FBI: 52 44 15 GRA: 52/61,52/61
CP_LNK GVI: 43 62 FBI: 52 44 17 GRA: 52/63,52/63
CP_LNK GVI: 14 76 FBI: 23 64 11 GRA: 23/77,23/77
CP_LNK GVI: 14 75 FBI: 23 64 10 GRA: 23/76,23/76
CP_LNK GVI: 14 74 FBI: 23 64 9 GRA: 23/75,23/75
CP_LNK GVI: 14 73 FBI: 23 64 8 GRA: 23/74,23/74
CP_LNK GVI: 14 77 FBI: 23 64 12 GRA: 23/78,23/78
CP_LNK GVI: 14 78 FBI: 23 64 13 GRA: 23/79,23/79
CP_LNK GVI: 43 73 FBI: 52 64 8 GRA: 52/74,52/74
CP_LNK CON: 43 67 FBI: 52 64 2 GRA: 52/68,52/68
CP_LNK GVI: 43 74 FBI: 52 64 9 GRA: 52/75,52/75
CP_LNK CON: 43 68 FBI: 52 64 3 GRA: 52/69,52/69
CP_LNK CON: 43 69 FBI: 52 64 4 GRA: 52/70,52/70
CP_LNK CON: 43 70 FBI: 52 64 5 GRA: 52/71,52/71
CP_LNK CON: 43 71 FBI: 52 64 6 GRA: 52/72,52/72
CP_LNK CON: 43 72 FBI: 52 64 7 GRA: 52/73,52/73
CP_LNK GVI: 14 68 FBI: 23 64 3 GRA: 23/69,23/69
CP_LNK GVI: 14 67 FBI: 23 64 2 GRA: 23/68,23/68
CP_LNK FBI: 52 64 2 IFP: 63 67 GRA: 63/68,63/68
CP_LNK FBI: 23 4 17 GVI: 33 22 GRA: 33/23,33/23
CP_LNK FBI: 52 4 17 GVI: 62 22 GRA: 62/23,62/23
CP_LNK GVI: 14 79 FBI: 23 64 14 GRA: 23/80,23/80
CP_LNK GVI: 14 80 FBI: 23 64 15 GRA: 23/81,23/81
CP_LNK GVI: 43 61 FBI: 52 44 16 GRA: 52/62,52/62
CP_LNK FBI: 23 4 16 GVI: 33 21 GRA: 33/22,33/22
CP_LNK FBI: 52 4 16 GVI: 62 21 GRA: 62/22,62/22
CP_LNK FBI: 23 24 15 GVI: 33 40 GRA: 33/41,33/41
CP_LNK GVI: 14 61 FBI: 23 44 16 GRA: 23/62,23/62
CP_LNK GVI: 43 75 FBI: 52 64 10 GRA: 52/76,52/76
CP_SEC "Status_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 2 EXEC: 2 TEXT:
...TXF In deze sectie wordt van een werktuig de status weergegeven.
...TXT Dit is bedoeld om in de SCADA applicatie een werktuig een
...TXT bepaalde kleuring te geven
CP_FBI "RS" 29 4 CODID: 1 NAME: "FBI_2_9" TEXT:
CP_FBI "NOT_BOOL" 38 9 CODID: 2 NAME: ".2.10" TEXT:
CP_GVI NAMED_VAR: "bed_wrd_cmd_intern" 20 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_extern" 20 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_intern" 36 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_extern" 47 12 FP_IO_INPUT
CP_LNK FBI: 29 4 2 GVI: 36 7 GRA: 36/8,36/8
CP_LNK FBI: 29 4 2 FBI: 38 9 2 GRA: 36/8,37/8,37/13,38/13
CP_LNK GVI: 20 7 FBI: 29 4 2 GRA: 29/8,29/8
CP_LNK GVI: 20 8 FBI: 29 4 3 GRA: 29/9,29/9
CP_LNK FBI: 38 9 2 GVI: 47 12 GRA: 47/13,47/13
CP_SEC "Alarmen_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 3 EXEC: 3 TEXT:
...TXF In deze sectie zijn de alarmen van een werktuig geprogrammeerd.
...TXT Elk alarm is via het primair woord instelbaar tussen primair en secundair.
...TXT De default waarde voor het primair woord is dat alles op NUL staat.
...TXT Dit houdt in dat in basis alle storingen primair staan.
CP_IFP "Meetw" 4 8 FP_IO_OUTPUT
CP_IFP "InstAfw" 27 9 FP_IO_OUTPUT
CP_IFP "Vrijgave" 4 20 FP_IO_OUTPUT
CP_IFP "Acoftijd" 4 27 FP_IO_OUTPUT
CP_IFP "IntGewU" 4 9 FP_IO_OUTPUT
CP_IFP "Rst_alg" 28 60 FP_IO_OUTPUT
CP_IFP "Accept" 28 59 FP_IO_OUTPUT
CP_IFP "Accept" 27 41 FP_IO_OUTPUT
CP_IFP "Rst_alg" 4 54 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 13 16 CODID: 4 NAME: ".3.6" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "TON" 27 16 CODID: 6 NAME: "FBI_3_7" TEXT:
CP_FBI "AND_BOOL" 50 43 CODID: 18 NAME: ".3.40" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "SUB_REAL" 13 5 CODID: 1 NAME: ".3.27" TEXT:
CP_FBI "ABS_REAL" 23 5 CODID: 2 NAME: ".3.28" TEXT:
CP_FBI "OR_BOOL" 13 50 CODID: 14 NAME: ".3.34" TEXT:
CP_FBI "TIME_MUL_INT" 13 23 CODID: 5 NAME: ".3.32" TEXT:
CP_FBI "AND_BOOL" 37 50 CODID: 15 NAME: ".3.35" TEXT:
CP_FBI "RS" 40 17 CODID: 7 NAME: "FBI_3_33" TEXT:
CP_FBI "OR_BOOL" 23 39 CODID: 11 NAME: ".3.36" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "OR_BOOL" 13 32 CODID: 10 NAME: ".3.14" TEXT:
CP_FBI "AND_BOOL" 50 32 CODID: 13 NAME: ".3.31" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 50 12 CODID: 8 NAME: ".3.21" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "RS" 36 38 CODID: 12 NAME: "FBI_3_37" TEXT:
CP_FBI "AND_BOOL" 50 19 CODID: 9 NAME: ".3.23" TEXT:
CP_FBI "AND_BOOL" 37 56 CODID: 16 NAME: ".3.38" TEXT:
CP_FBI "GT_REAL" 36 5 CODID: 3 NAME: ".3.29" TEXT:
CP_FBI "OR_BOOL" 51 50 CODID: 17 NAME: ".3.39" TEXT:
CP_GVI NAMED_VAR: "reset" 31 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_afwijking" 41 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_afwijking" 4 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_afwijking" 41 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_afwijking" 59 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_afwijking" 59 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_afwijking" 4 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_afwijking" 4 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing" 59 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "reset" 14 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 59 53 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 4 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 43 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 28 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "afwijking" 34 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "afwijking" 41 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 41 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 59 46 FP_IO_INPUT
CP_CON 4 26 IEC_TIME_ID t#1s
CP_LNK FBI: 13 16 2 FBI: 27 16 2 GRA: 22/20,27/20
CP_LNK GVI: 31 21 FBI: 40 17 3 GRA: 40/22,40/22
CP_LNK FBI: 13 32 2 FBI: 23 39 2 GRA: 21/36,22/36,22/43,23/43
CP_LNK FBI: 13 32 2 FBI: 50 32 2 GRA: 21/36,50/36
CP_LNK FBI: 40 17 2 FBI: 50 19 2 GRA: 47/21,48/21,48/23,50/23
CP_LNK FBI: 40 17 2 FBI: 50 12 3 GRA: 47/21,48/21,48/17,50/17
CP_LNK GVI: 41 23 FBI: 50 19 3 GRA: 50/24,50/24
CP_LNK GVI: 4 21 FBI: 13 16 4 GRA: 13/22,13/22
CP_LNK GVI: 41 15 FBI: 50 12 2 GRA: 50/16,50/16
CP_LNK IFP: 4 8 FBI: 13 5 2 GRA: 13/9,13/9
CP_LNK FBI: 13 5 2 FBI: 23 5 2 GRA: 21/9,23/9
CP_LNK IFP: 27 9 FBI: 36 5 3 GRA: 36/10,36/10
CP_LNK FBI: 23 5 2 FBI: 36 5 2 GRA: 31/9,36/9
CP_LNK FBI: 27 16 2 GVI: 34 19 GRA: 34/20,34/20
CP_LNK FBI: 27 16 2 FBI: 40 17 2 GRA: 34/20,35/20,35/21,40/21
CP_LNK FBI: 50 12 2 GVI: 59 15 GRA: 59/16,59/16
CP_LNK FBI: 50 19 2 GVI: 59 22 GRA: 59/23,59/23
CP_LNK IFP: 4 20 FBI: 13 16 3 GRA: 13/21,13/21
CP_LNK FBI: 36 5 2 FBI: 13 16 2 GRA: 44/9,45/9,45/13,12/13,12/20,13/20
CP_LNK GVI: 4 35 FBI: 13 32 2 GRA: 13/36,13/36
CP_LNK GVI: 4 36 FBI: 13 32 3 GRA: 13/37,13/37
CP_LNK FBI: 50 32 2 GVI: 59 35 GRA: 59/36,59/36
CP_LNK CON: 4 26 FBI: 13 23 2 GRA: 13/27,13/27
CP_LNK IFP: 4 27 FBI: 13 23 3 GRA: 13/28,13/28
CP_LNK FBI: 13 23 2 FBI: 27 16 3 GRA: 23/27,25/27,25/21,27/21
CP_LNK IFP: 4 9 FBI: 13 5 3 GRA: 13/10,13/10
CP_LNK FBI: 23 39 2 FBI: 36 38 3 GRA: 31/43,36/43
CP_LNK GVI: 14 43 FBI: 23 39 3 GRA: 23/44,23/44
CP_LNK FBI: 37 56 2 FBI: 51 50 3 GRA: 46/60,48/60,48/55,51/55
CP_LNK FBI: 37 50 2 FBI: 51 50 2 GRA: 46/54,51/54
CP_LNK IFP: 28 60 FBI: 37 56 3 GRA: 37/61,37/61
CP_LNK IFP: 28 59 FBI: 37 56 2 GRA: 37/60,37/60
CP_LNK FBI: 51 50 2 GVI: 59 53 GRA: 59/54,59/54
CP_LNK FBI: 13 50 2 FBI: 37 50 2 GRA: 21/54,37/54
CP_LNK GVI: 4 53 FBI: 13 50 2 GRA: 13/54,13/54
CP_LNK FBI: 36 38 2 GVI: 43 41 GRA: 43/42,43/42
CP_LNK FBI: 36 38 2 FBI: 50 32 3 GRA: 43/42,44/42,44/37,50/37
CP_LNK IFP: 27 41 FBI: 36 38 2 GRA: 36/42,36/42
CP_LNK IFP: 4 54 FBI: 13 50 3 GRA: 13/55,13/55
CP_LNK GVI: 28 54 FBI: 37 50 3 GRA: 37/55,37/55
CP_LNK GVI: 41 46 FBI: 50 43 2 GRA: 50/47,50/47
CP_LNK GVI: 41 47 FBI: 50 43 3 GRA: 50/48,50/48
CP_LNK FBI: 50 43 2 GVI: 59 46 GRA: 59/47,59/47
CP_SEC "Aansturing_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 4 EXEC: 4 TEXT: 
CP_IFP "VolgWrd" 44 31 FP_IO_OUTPUT
CP_IFP "I_actie" 3 37 FP_IO_OUTPUT
CP_IFP "ExtGew" 3 25 FP_IO_OUTPUT
CP_IFP "IntGew" 3 24 FP_IO_OUTPUT
CP_IFP "IntGewU" 19 24 FP_IO_INPUT
CP_IFP "Stuur" 61 25 FP_IO_INPUT
CP_IFP "Vrijgave" 3 17 FP_IO_OUTPUT
CP_IFP "Str_mw" 3 18 FP_IO_OUTPUT
CP_IFP "P_actie" 44 27 FP_IO_OUTPUT
CP_IFP "Vrijgave" 44 23 FP_IO_OUTPUT
CP_IFP "MeetwMax" 3 9 FP_IO_OUTPUT
CP_IFP "MeetwMin" 3 10 FP_IO_OUTPUT
CP_IFP "Meetw" 3 30 FP_IO_OUTPUT
CP_FBI "TIME_MUL_INT" 12 33 CODID: 6 NAME: ".4.5" TEXT:
CP_FBI "SEL" 12 20 CODID: 7 NAME: ".4.6" ANY: IEC_REAL_ID TEXT:
CP_FBI "PI1" 53 20 CODID: 10 NAME: "FBI_4_3" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 12 14 CODID: 5 NAME: ".4.18" TEXT:
CP_FBI "SUB_REAL" 12 6 CODID: 1 NAME: ".4.19" TEXT:
CP_FBI "DIV_REAL" 26 6 CODID: 2 NAME: ".4.20" TEXT:
CP_FBI "SEL" 53 4 CODID: 4 NAME: ".4.21" ANY: IEC_REAL_ID TEXT:
CP_FBI "GT_REAL" 40 2 CODID: 3 NAME: ".4.22" TEXT:
CP_FBI "DIV_REAL" 12 27 CODID: 9 NAME: ".4.23" TEXT:
CP_FBI "DIV_REAL" 26 22 CODID: 8 NAME: ".4.24" TEXT:
CP_GVI NAMED_VAR: "sta_bed_extern" 3 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "faktor" 60 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "faktor" 3 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "faktor" 17 26 FP_IO_OUTPUT
CP_CON 44 29 IEC_REAL_ID 100.0
CP_CON 44 30 IEC_REAL_ID 0.0
CP_CON 3 36 IEC_TIME_ID t#1s
CP_CON 17 10 IEC_REAL_ID 100.0
CP_CON 44 8 IEC_REAL_ID 1.0
CP_CON 31 6 IEC_REAL_ID 1.0
CP_LNK CON: 44 29 FBI: 53 20 8 GRA: 53/30,53/30
CP_LNK CON: 44 30 FBI: 53 20 9 GRA: 53/31,53/31
CP_LNK IFP: 44 31 FBI: 53 20 10 GRA: 53/32,53/32
CP_LNK CON: 3 36 FBI: 12 33 2 GRA: 12/37,12/37
CP_LNK IFP: 3 37 FBI: 12 33 3 GRA: 12/38,12/38
CP_LNK FBI: 12 33 2 FBI: 53 20 7 GRA: 22/37,35/37,35/29,53/29
CP_LNK GVI: 3 23 FBI: 12 20 2 GRA: 12/24,12/24
CP_LNK IFP: 3 25 FBI: 12 20 4 GRA: 12/26,12/26
CP_LNK IFP: 3 24 FBI: 12 20 3 GRA: 12/25,12/25
CP_LNK FBI: 12 20 3 FBI: 26 22 2 GRA: 19/25,20/25,20/26,26/26
CP_LNK FBI: 12 20 3 IFP: 19 24 GRA: 19/25,19/25
CP_LNK FBI: 53 20 4 IFP: 61 25 GRA: 61/26,61/26
CP_LNK IFP: 3 17 FBI: 12 14 2 GRA: 12/18,12/18
CP_LNK IFP: 3 18 FBI: 12 14 3 GRA: 12/19,12/19
CP_LNK IFP: 44 27 FBI: 53 20 6 GRA: 53/28,53/28
CP_LNK IFP: 44 23 FBI: 53 20 2 GRA: 53/24,53/24
CP_LNK FBI: 12 14 2 FBI: 53 20 3 GRA: 21/18,34/18,34/25,53/25
CP_LNK IFP: 3 9 FBI: 12 6 2 GRA: 12/10,12/10
CP_LNK IFP: 3 10 FBI: 12 6 3 GRA: 12/11,12/11
CP_LNK FBI: 12 6 2 FBI: 26 6 2 GRA: 20/10,26/10
CP_LNK CON: 17 10 FBI: 26 6 3 GRA: 26/11,26/11
CP_LNK FBI: 53 4 3 GVI: 60 8 GRA: 60/9,60/9
CP_LNK CON: 44 8 FBI: 53 4 3 GRA: 53/9,53/9
CP_LNK FBI: 26 6 2 FBI: 40 2 2 GRA: 34/10,35/10,35/6,40/6
CP_LNK FBI: 26 6 2 FBI: 53 4 4 GRA: 34/10,53/10
CP_LNK CON: 31 6 FBI: 40 2 3 GRA: 40/7,40/7
CP_LNK FBI: 40 2 2 FBI: 53 4 2 GRA: 48/6,51/6,51/8,53/8
CP_LNK IFP: 3 30 FBI: 12 27 2 GRA: 12/31,12/31
CP_LNK GVI: 3 31 FBI: 12 27 3 GRA: 12/32,12/32
CP_LNK FBI: 12 27 2 FBI: 53 20 5 GRA: 20/31,34/31,34/27,53/27
CP_LNK GVI: 17 26 FBI: 26 22 3 GRA: 26/27,26/27
CP_LNK FBI: 26 22 2 FBI: 53 20 4 GRA: 34/26,53/26
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DFB_RKEL "01/27/05 13:14:58" TEXT:
CP_DFB "DFB_RKEL" HEIGHT/WIDTH: 31 9 FBTK_DFB "01/27/05 13:14:56" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_RKEL{1,2,3}
CL_FRM "PmpVk1" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpVk2" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpVk3" ID_6 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpVk4" ID_7 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "LaagIn1" ID_8 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn2" ID_9 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn3" ID_10 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn4" ID_11 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "StartP1" ID_13 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP2" ID_14 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP3" ID_15 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP4" ID_16 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "HoogUit1" ID_22 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit2" ID_23 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit3" ID_24 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit4" ID_25 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "MeetwLK" ID_26 SHOW POSL 28 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "MeetwHK" ID_27 SHOW POSL 29 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH1" ID_28 SHOW POSL 22 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL1" ID_29 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH4" ID_30 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL4" ID_31 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH3" ID_32 SHOW POSL 24 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL3" ID_33 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokH2" ID_34 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "BlokL2" ID_35 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "GE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LT_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "SR" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S1" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "GT_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
CP_GVS "Conversie" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Bepaal_VK" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "VK" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk4_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "j" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Start_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Pompen" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Vk1_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk2_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk3_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Bepaal_VK" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 4 EXEC: 1 TEXT:
CP_IFP "HoogUit1" 19 73 FP_IO_OUTPUT
CP_IFP "HoogUit2" 19 50 FP_IO_OUTPUT
CP_IFP "HoogUit3" 19 28 FP_IO_OUTPUT
CP_IFP "HoogUit4" 19 6 FP_IO_OUTPUT
CP_IFP "LaagIn1" 19 79 FP_IO_OUTPUT
CP_IFP "LaagIn2" 19 56 FP_IO_OUTPUT
CP_IFP "LaagIn3" 19 34 FP_IO_OUTPUT
CP_IFP "LaagIn4" 19 12 FP_IO_OUTPUT
CP_IFP "MeetwLK" -1 9 FP_IO_OUTPUT
CP_IFP "MeetwHK" -1 14 FP_IO_OUTPUT
CP_IFP "BlokL4" 50 21 FP_IO_OUTPUT
CP_IFP "BlokH3" 50 37 FP_IO_OUTPUT
CP_IFP "BlokL3" 50 43 FP_IO_OUTPUT
CP_IFP "BlokH2" 50 59 FP_IO_OUTPUT
CP_IFP "BlokL2" 50 65 FP_IO_OUTPUT
CP_IFP "BlokH1" 50 82 FP_IO_OUTPUT
CP_IFP "BlokL1" 50 88 FP_IO_OUTPUT
CP_IFP "MeetwHK" 50 15 FP_IO_OUTPUT
CP_FBI "LT_REAL" 28 75 CODID: 2 NAME: ".4.9" TEXT:
CP_FBI "LT_REAL" 28 52 CODID: 7 NAME: ".4.10" TEXT:
CP_FBI "LT_REAL" 28 8 CODID: 8 NAME: ".4.11" TEXT:
CP_FBI "LT_REAL" 28 30 CODID: 9 NAME: ".4.12" TEXT:
CP_FBI "GE_REAL" 28 69 CODID: 3 NAME: ".4.5" TEXT:
CP_FBI "GE_REAL" 28 46 CODID: 4 NAME: ".4.6" TEXT:
CP_FBI "GE_REAL" 28 24 CODID: 5 NAME: ".4.7" TEXT:
CP_FBI "GE_REAL" 28 2 CODID: 6 NAME: ".4.8" TEXT:
CP_FBI "SR" 59 72 CODID: 10 NAME: "FBI_4_34" TEXT:
CP_FBI "SR" 59 49 CODID: 11 NAME: "FBI_4_32" TEXT:
CP_FBI "SR" 59 27 CODID: 12 NAME: "FBI_4_33" TEXT:
CP_FBI "SR" 59 5 CODID: 13 NAME: "FBI_4_31" TEXT:
CP_FBI "MOVE" 8 6 CODID: 1 NAME: ".4.25" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 95 72 CODID: 19 NAME: ".4.26" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 95 49 CODID: 24 NAME: ".4.27" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 95 27 CODID: 29 NAME: ".4.28" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 95 5 CODID: 34 NAME: ".4.29" ANY: IEC_INT_ID TEXT:
CP_FBI "GT_REAL" 59 11 CODID: 30 NAME: ".4.35" TEXT:
CP_FBI "LE_REAL" 59 17 CODID: 31 NAME: ".4.36" TEXT:
CP_FBI "MOVE" 8 11 CODID: 14 NAME: ".4.37" ANY: IEC_REAL_ID TEXT:
CP_FBI "SR" 70 14 CODID: 32 NAME: "FBI_4_38" TEXT:
CP_FBI "AND_BOOL" 81 5 CODID: 33 NAME: ".4.39" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "GT_REAL" 59 33 CODID: 25 NAME: ".4.46" TEXT:
CP_FBI "LE_REAL" 59 39 CODID: 26 NAME: ".4.47" TEXT:
CP_FBI "SR" 70 36 CODID: 27 NAME: "FBI_4_48" TEXT:
CP_FBI "AND_BOOL" 81 27 CODID: 28 NAME: ".4.49" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "GT_REAL" 59 55 CODID: 20 NAME: ".4.50" TEXT:
CP_FBI "LE_REAL" 59 61 CODID: 21 NAME: ".4.51" TEXT:
CP_FBI "SR" 70 58 CODID: 22 NAME: "FBI_4_52" TEXT:
CP_FBI "AND_BOOL" 81 49 CODID: 23 NAME: ".4.53" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "GT_REAL" 59 78 CODID: 15 NAME: ".4.54" TEXT:
CP_FBI "LE_REAL" 59 84 CODID: 16 NAME: ".4.55" TEXT:
CP_FBI "SR" 70 81 CODID: 17 NAME: "FBI_4_56" TEXT:
CP_FBI "AND_BOOL" 81 72 CODID: 18 NAME: ".4.57" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_GVI NAMED_VAR: "VK" 102 9 FP_IO_INPUT
CP_CON 86 77 IEC_INT_ID 1
CP_CON 86 54 IEC_INT_ID 2
CP_CON 86 32 IEC_INT_ID 3
CP_CON 86 10 IEC_INT_ID 4
CP_CON 86 76 IEC_INT_ID 0
CP_LNK FBI: 28 69 2 FBI: 59 72 2 GRA: 36/73,38/73,38/76,59/76
CP_LNK FBI: 28 75 2 FBI: 59 72 3 GRA: 36/79,38/79,38/77,59/77
CP_LNK FBI: 8 6 2 FBI: 28 69 2 GRA: 15/10,19/10,19/73,28/73
CP_LNK FBI: 8 6 2 FBI: 28 75 2 GRA: 15/10,19/10,19/79,28/79
CP_LNK FBI: 8 6 2 FBI: 28 46 2 GRA: 15/10,19/10,19/50,28/50
CP_LNK FBI: 8 6 2 FBI: 28 52 2 GRA: 15/10,19/10,19/56,28/56
CP_LNK FBI: 8 6 2 FBI: 28 24 2 GRA: 15/10,19/10,19/28,28/28
CP_LNK FBI: 8 6 2 FBI: 28 30 2 GRA: 15/10,19/10,19/34,28/34
CP_LNK FBI: 8 6 2 FBI: 28 2 2 GRA: 15/10,19/10,19/6,28/6
CP_LNK FBI: 8 6 2 FBI: 28 8 2 GRA: 15/10,19/10,19/12,28/12
CP_LNK IFP: 19 73 FBI: 28 69 3 GRA: 28/74,28/74
CP_LNK IFP: 19 50 FBI: 28 46 3 GRA: 28/51,28/51
CP_LNK IFP: 19 28 FBI: 28 24 3 GRA: 28/29,28/29
CP_LNK IFP: 19 6 FBI: 28 2 3 GRA: 28/7,28/7
CP_LNK IFP: 19 79 FBI: 28 75 3 GRA: 28/80,28/80
CP_LNK IFP: 19 56 FBI: 28 52 3 GRA: 28/57,28/57
CP_LNK IFP: 19 34 FBI: 28 30 3 GRA: 28/35,28/35
CP_LNK IFP: 19 12 FBI: 28 8 3 GRA: 28/13,28/13
CP_LNK FBI: 28 46 2 FBI: 59 49 2 GRA: 36/50,38/50,38/53,59/53
CP_LNK FBI: 28 52 2 FBI: 59 49 3 GRA: 36/56,38/56,38/54,59/54
CP_LNK FBI: 28 24 2 FBI: 59 27 2 GRA: 36/28,38/28,38/31,59/31
CP_LNK FBI: 28 30 2 FBI: 59 27 3 GRA: 36/34,38/34,38/32,59/32
CP_LNK FBI: 28 2 2 FBI: 59 5 2 GRA: 36/6,38/6,38/9,59/9
CP_LNK FBI: 28 8 2 FBI: 59 5 3 GRA: 36/12,38/12,38/10,59/10
CP_LNK IFP: -1 9 FBI: 8 6 2 GRA: 8/10,8/10
CP_LNK CON: 86 77 FBI: 95 72 4 GRA: 95/78,95/78
CP_LNK FBI: 95 72 3 FBI: 95 49 3 GRA: 102/77,103/77,103/58,91/58,91/54,95/54
CP_LNK CON: 86 54 FBI: 95 49 4 GRA: 95/55,95/55
CP_LNK FBI: 95 49 3 FBI: 95 27 3 GRA: 102/54,103/54,103/36,91/36,91/32,95/32
CP_LNK CON: 86 32 FBI: 95 27 4 GRA: 95/33,95/33
CP_LNK FBI: 95 27 3 FBI: 95 5 3 GRA: 102/32,103/32,103/14,91/14,91/10,95/10
CP_LNK CON: 86 10 FBI: 95 5 4 GRA: 95/11,95/11
CP_LNK FBI: 95 5 3 GVI: 102 9 GRA: 102/10,102/10
CP_LNK CON: 86 76 FBI: 95 72 3 GRA: 95/77,95/77
CP_LNK IFP: -1 14 FBI: 8 11 2 GRA: 8/15,8/15
CP_LNK FBI: 8 11 2 FBI: 59 84 2 GRA: 15/15,16/15,16/82,53/82,53/88,59/88
CP_LNK FBI: 8 11 2 FBI: 59 61 2 GRA: 15/15,16/15,16/59,53/59,53/65,59/65
CP_LNK FBI: 8 11 2 FBI: 59 78 2 GRA: 15/15,16/15,16/82,59/82
CP_LNK FBI: 8 11 2 FBI: 59 55 2 GRA: 15/15,16/15,16/59,59/59
CP_LNK FBI: 8 11 2 FBI: 59 33 2 GRA: 15/15,16/15,16/37,59/37
CP_LNK FBI: 8 11 2 FBI: 59 39 2 GRA: 15/15,16/15,16/37,53/37,53/43,59/43
CP_LNK FBI: 8 11 2 FBI: 59 17 2 GRA: 15/15,53/15,53/21,59/21
CP_LNK FBI: 8 11 2 FBI: 59 11 2 GRA: 15/15,59/15
CP_LNK FBI: 59 11 2 FBI: 70 14 2 GRA: 67/15,68/15,68/18,70/18
CP_LNK FBI: 59 17 2 FBI: 70 14 3 GRA: 67/21,68/21,68/19,70/19
CP_LNK IFP: 50 21 FBI: 59 17 3 GRA: 59/22,59/22
CP_LNK FBI: 70 14 2 FBI: 81 5 3 GRA: 77/18,79/18,79/10,81/10
CP_LNK FBI: 59 5 2 FBI: 81 5 2 GRA: 66/9,81/9
CP_LNK FBI: 81 5 2 FBI: 95 5 2 GRA: 90/9,95/9
CP_LNK FBI: 59 33 2 FBI: 70 36 2 GRA: 67/37,68/37,68/40,70/40
CP_LNK FBI: 59 39 2 FBI: 70 36 3 GRA: 67/43,68/43,68/41,70/41
CP_LNK FBI: 59 27 2 FBI: 81 27 2 GRA: 66/31,81/31
CP_LNK FBI: 81 27 2 FBI: 95 27 2 GRA: 90/31,95/31
CP_LNK FBI: 70 36 2 FBI: 81 27 3 GRA: 77/40,79/40,79/32,81/32
CP_LNK IFP: 50 37 FBI: 59 33 3 GRA: 59/38,59/38
CP_LNK IFP: 50 43 FBI: 59 39 3 GRA: 59/44,59/44
CP_LNK FBI: 59 55 2 FBI: 70 58 2 GRA: 67/59,68/59,68/62,70/62
CP_LNK FBI: 59 61 2 FBI: 70 58 3 GRA: 67/65,68/65,68/63,70/63
CP_LNK FBI: 59 78 2 FBI: 70 81 2 GRA: 67/82,68/82,68/85,70/85
CP_LNK FBI: 59 84 2 FBI: 70 81 3 GRA: 67/88,68/88,68/86,70/86
CP_LNK FBI: 59 49 2 FBI: 81 49 2 GRA: 66/53,81/53
CP_LNK FBI: 81 49 2 FBI: 95 49 2 GRA: 90/53,95/53
CP_LNK FBI: 59 72 2 FBI: 81 72 2 GRA: 66/76,81/76
CP_LNK FBI: 81 72 2 FBI: 95 72 2 GRA: 90/76,95/76
CP_LNK FBI: 70 58 2 FBI: 81 49 3 GRA: 77/62,79/62,79/54,81/54
CP_LNK FBI: 70 81 2 FBI: 81 72 3 GRA: 77/85,79/85,79/77,81/77
CP_LNK IFP: 50 59 FBI: 59 55 3 GRA: 59/60,59/60
CP_LNK IFP: 50 65 FBI: 59 61 3 GRA: 59/66,59/66
CP_LNK IFP: 50 82 FBI: 59 78 3 GRA: 59/83,59/83
CP_LNK IFP: 50 88 FBI: 59 84 3 GRA: 59/89,59/89
CP_LNK IFP: 50 15 FBI: 59 11 3 GRA: 59/16,59/16
CP_SEC "Pompen" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 3 EXEC: 2 TEXT:
CP__ST IF VK<1 THEN
CP__ST FOR j:= 1 TO 4 DO;
CP__ST    Start_P[j] := FALSE;
CP__ST END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF (VK = 1) THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST     
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST  
CP__ST   
CP__ST IF (VK = 2) THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST  
CP__ST  
CP__ST IF VK = 3 THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] OR Vk3_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST  
CP__ST  
CP__ST IF VK = 4 THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] OR Vk3_P[j] OR Vk4_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP_SEC "Conversie" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 3 TEXT:
CP_IFP "PmpVk1" 0 6 FP_IO_OUTPUT
CP_IFP "PmpVk2" 23 6 FP_IO_OUTPUT
CP_IFP "PmpVk3" 47 6 FP_IO_OUTPUT
CP_IFP "PmpVk4" 0 26 FP_IO_OUTPUT
CP_IFP "StartP1" 32 100 FP_IO_INPUT
CP_IFP "StartP2" 32 105 FP_IO_INPUT
CP_IFP "StartP3" 32 110 FP_IO_INPUT
CP_IFP "StartP4" 32 115 FP_IO_INPUT
CP_FBI "WORD_TO_BIT" 9 3 CODID: 1 NAME: "FBI_1_1" TEXT:
CP_FBI "WORD_TO_BIT" 32 3 CODID: 2 NAME: "FBI_1_2" TEXT:
CP_FBI "WORD_TO_BIT" 56 3 CODID: 3 NAME: "FBI_1_3" TEXT:
CP_FBI "WORD_TO_BIT" 9 23 CODID: 4 NAME: "FBI_1_4" TEXT:
CP_FBI "MOVE" 25 97 CODID: 5 NAME: ".1.10" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 102 CODID: 6 NAME: ".1.11" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 107 CODID: 7 NAME: ".1.12" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 112 CODID: 8 NAME: ".1.13" ANY: IEC_BOOL_ID TEXT:
CP_GVI NAMED_VAR: "Start_P[1]" 16 100 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[2]" 16 105 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[3]" 16 110 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[4]" 16 115 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[1]" 19 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[2]" 19 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[3]" 19 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[4]" 19 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[1]" 42 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[2]" 42 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[3]" 42 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[4]" 42 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[1]" 66 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[2]" 66 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[3]" 66 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[4]" 66 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[1]" 19 41 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[2]" 19 40 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[3]" 19 39 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[4]" 19 38 FP_IO_INPUT_COMP
CP_LNK IFP: 0 6 FBI: 9 3 2 GRA: 9/7,9/7
CP_LNK IFP: 23 6 FBI: 32 3 2 GRA: 32/7,32/7
CP_LNK IFP: 47 6 FBI: 56 3 2 GRA: 56/7,56/7
CP_LNK IFP: 0 26 FBI: 9 23 2 GRA: 9/27,9/27
CP_LNK GVI: 16 100 FBI: 25 97 2 GRA: 25/101,25/101
CP_LNK FBI: 25 97 2 IFP: 32 100 GRA: 32/101,32/101
CP_LNK FBI: 25 102 2 IFP: 32 105 GRA: 32/106,32/106
CP_LNK GVI: 16 105 FBI: 25 102 2 GRA: 25/106,25/106
CP_LNK GVI: 16 110 FBI: 25 107 2 GRA: 25/111,25/111
CP_LNK GVI: 16 115 FBI: 25 112 2 GRA: 25/116,25/116
CP_LNK FBI: 25 107 2 IFP: 32 110 GRA: 32/111,32/111
CP_LNK FBI: 25 112 2 IFP: 32 115 GRA: 32/116,32/116
CP_LNK FBI: 9 3 17 GVI: 19 21 GRA: 19/22,19/22
CP_LNK FBI: 9 3 16 GVI: 19 20 GRA: 19/21,19/21
CP_LNK FBI: 9 3 15 GVI: 19 19 GRA: 19/20,19/20
CP_LNK FBI: 9 3 14 GVI: 19 18 GRA: 19/19,19/19
CP_LNK FBI: 32 3 17 GVI: 42 21 GRA: 42/22,42/22
CP_LNK FBI: 32 3 16 GVI: 42 20 GRA: 42/21,42/21
CP_LNK FBI: 32 3 15 GVI: 42 19 GRA: 42/20,42/20
CP_LNK FBI: 32 3 14 GVI: 42 18 GRA: 42/19,42/19
CP_LNK FBI: 56 3 17 GVI: 66 21 GRA: 66/22,66/22
CP_LNK FBI: 56 3 16 GVI: 66 20 GRA: 66/21,66/21
CP_LNK FBI: 56 3 15 GVI: 66 19 GRA: 66/20,66/20
CP_LNK FBI: 56 3 14 GVI: 66 18 GRA: 66/19,66/19
CP_LNK FBI: 9 23 17 GVI: 19 41 GRA: 19/42,19/42
CP_LNK FBI: 9 23 16 GVI: 19 40 GRA: 19/41,19/41
CP_LNK FBI: 9 23 15 GVI: 19 39 GRA: 19/40,19/40
CP_LNK FBI: 9 23 14 GVI: 19 38 GRA: 19/39,19/39
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DFB_VOED "11/02/05 13:16:36" TEXT:
CP_DFB "DFB_VOED" HEIGHT/WIDTH: 20 9 FBTK_DFB "11/02/05 13:16:36" TEXT: De dfb VOED (Voeding) is een functieblok waarin de besturing voor 
...TXT een motor package unit.
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_VOED{1,2,3,4}
CL_FRM "Acoftijd" ID_24 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT: vertragingstijd
CL_FRM "CmdIn" ID_36 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: commando in
CL_FRM "Storing" ID_37 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: verzamelstoring
CL_FRM "LokAuto" ID_38 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: lokaal automatisch
CL_FRM "Pri_wrd" ID_39 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: primair woord
CL_FRM "Bed_wrd" ID_40 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: bedieningswoord (schijfwoord vanaf SCADA)
CL_FRM "Ond_wrd" ID_41 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: onderdrukkenwoord
CL_FRM "Alw_sec" ID_42 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair
CL_FRM "Alw_pri" ID_43 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord primair
CL_FRM "StatBed" ID_44 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: status bediening
CL_FRM "Beschik" ID_51 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: werktuig beschikbaar
CL_FRM "Accept" ID_52 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: accepteren storing 
CL_FRM "Rst_alg" ID_53 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: herstel storing
CL_FRM "StatBedr" ID_54 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: bedrijfsstatus
CL_FRM "MeldVk" ID_61 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: voorkeur werktuig
CL_FRM "MeldExt1" ID_62 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding storing extern  1
CL_FRM "MeldExt3" ID_63 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding storing extern  3
CL_FRM "MeldIn" ID_64 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding in bedrijf
CL_FRM "AutoIn" ID_65 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: automatisch in bedrijf
CL_FRM "VrijIn" ID_66 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: vrijgave automatisch in bedrijf
CL_FRM "MeldExt2" ID_67 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding storing extern  2
CL_FRM "Paraat" ID_68 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: werktuig paraat
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BIT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "BIT0" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "R_TRIG" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "CLK" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "NOT_BOOL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 7 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "B_STAT" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 19 9 "11/02/05 13:16:15" NR_FORMP: 18
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "StatBedr" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Stat_3" ID_8 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_2" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_1" ID_10 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_0" ID_11 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_4" ID_12 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_5" ID_14 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_6" ID_15 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_7" ID_16 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_8" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_9" ID_18 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_10" ID_19 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_11" ID_20 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_12" ID_21 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_13" ID_22 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_14" ID_23 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_15" ID_24 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "Conversie_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_storing_extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_storing_extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_storing_extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_geaccepteerd_opgelost" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "extern2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "extern3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_start" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_stop" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_hand" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing_geaccepteerd" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "status_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Alarmen_Werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_bed_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Aansturing_Werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_bed_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_blokkeren" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_voorkeur" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_lokaal" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_hand" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_extern3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_storing_extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_storing_niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_extern3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_storing_extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_storing_niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_extern3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_storing_extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_storing_niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_extern3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_storing_extern1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_storing_niet_uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_niet_in" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "tijdvertr" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "conversie_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 8 EXEC: 1 TEXT: Deze sectie zet de in- en uitgangs registers om naar bits.
CP_IFP "Alw_sec" 61 47 FP_IO_INPUT
CP_IFP "Alw_pri" 27 47 FP_IO_INPUT
CP_IFP "StatBed" 27 67 FP_IO_INPUT
CP_IFP "Pri_wrd" 8 7 FP_IO_OUTPUT
CP_IFP "Bed_wrd" 8 27 FP_IO_OUTPUT
CP_IFP "Ond_wrd" 42 7 FP_IO_OUTPUT
CP_IFP "StatBedr" 62 67 FP_IO_INPUT
CP_IFP "Beschik" 42 68 FP_IO_OUTPUT
CP_IFP "MeldIn" 42 70 FP_IO_OUTPUT
CP_FBI "WORD_TO_BIT" 17 4 CODID: 1 NAME: "primair_woord" TEXT:
CP_FBI "WORD_TO_BIT" 17 24 CODID: 2 NAME: "bedien_woord" TEXT:
CP_FBI "WORD_TO_BIT" 51 4 CODID: 3 NAME: "onderdrukken_woord" TEXT:
CP_FBI "BIT_TO_WORD" 17 44 CODID: 4 NAME: ".8.16" TEXT:
CP_FBI "BIT_TO_WORD" 51 44 CODID: 5 NAME: ".8.17" TEXT:
CP_FBI "BIT_TO_WORD" 17 64 CODID: 6 NAME: ".8.18" TEXT:
CP_DBI "B_STAT" 51 64 CODID: 7 NAME: "Bedrijfsstatus_tbv_Scada" TEXT:
CP_GVI NAMED_VAR: "pri_wrd_bit1" 27 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit2" 27 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit3" 27 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit4" 27 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit5" 27 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit6" 27 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit7" 27 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit8" 27 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit9" 27 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit10" 27 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit11" 27 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_in" 27 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_uit" 27 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 27 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit4" 27 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit5" 27 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit6" 27 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit7" 27 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit8" 27 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit9" 27 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit10" 27 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit11" 27 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 27 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 27 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 27 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_stop" 27 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_start" 27 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit1" 61 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit2" 61 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit3" 61 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit4" 61 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit5" 61 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit6" 61 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit7" 61 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit8" 61 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit9" 61 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit10" 61 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit11" 61 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_bit1" 8 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit2" 8 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit3" 8 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit4" 8 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit5" 8 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit6" 8 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit7" 8 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit8" 8 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit9" 8 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit10" 8 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit11" 8 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_in" 8 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_uit" 8 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit1" 42 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit2" 42 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit3" 42 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit5" 42 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit4" 42 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit6" 42 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit7" 42 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit8" 42 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit9" 42 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit10" 42 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit11" 42 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_in" 42 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_uit" 42 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit3" 8 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit4" 8 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit5" 8 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit6" 8 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_lokaal" 8 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 8 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 8 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 8 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_voorkeur" 8 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit1" 8 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit2" 8 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit7" 8 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit8" 8 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit9" 8 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit10" 8 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit11" 8 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 42 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing" 42 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_uit" 61 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_in" 61 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit2" 27 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit3" 27 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern1" 27 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern1" 61 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern2" 61 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern2" 27 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern1" 8 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern2" 8 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern1" 42 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern2" 42 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern3" 8 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern3" 42 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern3" 27 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern3" 61 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_blokkeren" 42 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 42 75 FP_IO_OUTPUT
CP_CON 42 67 IEC_BOOL_ID 1
CP_CON 42 71 IEC_BOOL_ID 0
CP_CON 42 72 IEC_BOOL_ID 0
CP_LNK FBI: 17 4 2 GVI: 27 7 GRA: 27/8,27/8
CP_LNK FBI: 17 4 3 GVI: 27 8 GRA: 27/9,27/9
CP_LNK FBI: 17 4 4 GVI: 27 9 GRA: 27/10,27/10
CP_LNK FBI: 17 4 5 GVI: 27 10 GRA: 27/11,27/11
CP_LNK FBI: 17 4 6 GVI: 27 11 GRA: 27/12,27/12
CP_LNK FBI: 17 4 7 GVI: 27 12 GRA: 27/13,27/13
CP_LNK FBI: 17 4 8 GVI: 27 13 GRA: 27/14,27/14
CP_LNK FBI: 17 4 9 GVI: 27 14 GRA: 27/15,27/15
CP_LNK FBI: 17 4 10 GVI: 27 15 GRA: 27/16,27/16
CP_LNK FBI: 17 4 11 GVI: 27 16 GRA: 27/17,27/17
CP_LNK FBI: 17 4 12 GVI: 27 17 GRA: 27/18,27/18
CP_LNK FBI: 17 4 16 GVI: 27 21 GRA: 27/22,27/22
CP_LNK FBI: 17 4 17 GVI: 27 22 GRA: 27/23,27/23
CP_LNK FBI: 17 24 2 GVI: 27 27 GRA: 27/28,27/28
CP_LNK FBI: 17 24 5 GVI: 27 30 GRA: 27/31,27/31
CP_LNK FBI: 17 24 6 GVI: 27 31 GRA: 27/32,27/32
CP_LNK FBI: 17 24 7 GVI: 27 32 GRA: 27/33,27/33
CP_LNK FBI: 17 24 8 GVI: 27 33 GRA: 27/34,27/34
CP_LNK FBI: 17 24 9 GVI: 27 34 GRA: 27/35,27/35
CP_LNK FBI: 17 24 10 GVI: 27 35 GRA: 27/36,27/36
CP_LNK FBI: 17 24 11 GVI: 27 36 GRA: 27/37,27/37
CP_LNK FBI: 17 24 12 GVI: 27 37 GRA: 27/38,27/38
CP_LNK FBI: 17 24 17 GVI: 27 42 GRA: 27/43,27/43
CP_LNK FBI: 17 24 16 GVI: 27 41 GRA: 27/42,27/42
CP_LNK FBI: 17 24 15 GVI: 27 40 GRA: 27/41,27/41
CP_LNK FBI: 17 24 14 GVI: 27 39 GRA: 27/40,27/40
CP_LNK FBI: 17 24 13 GVI: 27 38 GRA: 27/39,27/39
CP_LNK FBI: 51 4 2 GVI: 61 7 GRA: 61/8,61/8
CP_LNK FBI: 51 4 3 GVI: 61 8 GRA: 61/9,61/9
CP_LNK FBI: 51 4 4 GVI: 61 9 GRA: 61/10,61/10
CP_LNK FBI: 51 4 5 GVI: 61 10 GRA: 61/11,61/11
CP_LNK FBI: 51 4 6 GVI: 61 11 GRA: 61/12,61/12
CP_LNK FBI: 51 4 7 GVI: 61 12 GRA: 61/13,61/13
CP_LNK FBI: 51 4 8 GVI: 61 13 GRA: 61/14,61/14
CP_LNK FBI: 51 4 9 GVI: 61 14 GRA: 61/15,61/15
CP_LNK FBI: 51 4 10 GVI: 61 15 GRA: 61/16,61/16
CP_LNK FBI: 51 4 11 GVI: 61 16 GRA: 61/17,61/17
CP_LNK FBI: 51 4 12 GVI: 61 17 GRA: 61/18,61/18
CP_LNK GVI: 8 47 FBI: 17 44 2 GRA: 17/48,17/48
CP_LNK GVI: 8 48 FBI: 17 44 3 GRA: 17/49,17/49
CP_LNK GVI: 8 49 FBI: 17 44 4 GRA: 17/50,17/50
CP_LNK GVI: 8 50 FBI: 17 44 5 GRA: 17/51,17/51
CP_LNK GVI: 8 51 FBI: 17 44 6 GRA: 17/52,17/52
CP_LNK GVI: 8 52 FBI: 17 44 7 GRA: 17/53,17/53
CP_LNK GVI: 8 53 FBI: 17 44 8 GRA: 17/54,17/54
CP_LNK GVI: 8 54 FBI: 17 44 9 GRA: 17/55,17/55
CP_LNK GVI: 8 55 FBI: 17 44 10 GRA: 17/56,17/56
CP_LNK GVI: 8 56 FBI: 17 44 11 GRA: 17/57,17/57
CP_LNK GVI: 8 57 FBI: 17 44 12 GRA: 17/58,17/58
CP_LNK GVI: 8 61 FBI: 17 44 16 GRA: 17/62,17/62
CP_LNK GVI: 8 62 FBI: 17 44 17 GRA: 17/63,17/63
CP_LNK GVI: 42 47 FBI: 51 44 2 GRA: 51/48,51/48
CP_LNK GVI: 42 48 FBI: 51 44 3 GRA: 51/49,51/49
CP_LNK GVI: 42 49 FBI: 51 44 4 GRA: 51/50,51/50
CP_LNK GVI: 42 51 FBI: 51 44 6 GRA: 51/52,51/52
CP_LNK GVI: 42 50 FBI: 51 44 5 GRA: 51/51,51/51
CP_LNK GVI: 42 52 FBI: 51 44 7 GRA: 51/53,51/53
CP_LNK GVI: 42 53 FBI: 51 44 8 GRA: 51/54,51/54
CP_LNK GVI: 42 54 FBI: 51 44 9 GRA: 51/55,51/55
CP_LNK GVI: 42 55 FBI: 51 44 10 GRA: 51/56,51/56
CP_LNK GVI: 42 56 FBI: 51 44 11 GRA: 51/57,51/57
CP_LNK GVI: 42 57 FBI: 51 44 12 GRA: 51/58,51/58
CP_LNK GVI: 42 61 FBI: 51 44 16 GRA: 51/62,51/62
CP_LNK GVI: 42 62 FBI: 51 44 17 GRA: 51/63,51/63
CP_LNK GVI: 8 69 FBI: 17 64 4 GRA: 17/70,17/70
CP_LNK GVI: 8 70 FBI: 17 64 5 GRA: 17/71,17/71
CP_LNK GVI: 8 71 FBI: 17 64 6 GRA: 17/72,17/72
CP_LNK GVI: 8 72 FBI: 17 64 7 GRA: 17/73,17/73
CP_LNK GVI: 8 79 FBI: 17 64 14 GRA: 17/80,17/80
CP_LNK GVI: 8 80 FBI: 17 64 15 GRA: 17/81,17/81
CP_LNK GVI: 8 81 FBI: 17 64 16 GRA: 17/82,17/82
CP_LNK FBI: 51 44 2 IFP: 61 47 GRA: 61/48,61/48
CP_LNK FBI: 17 44 2 IFP: 27 47 GRA: 27/48,27/48
CP_LNK FBI: 17 64 2 IFP: 27 67 GRA: 27/68,27/68
CP_LNK IFP: 8 7 FBI: 17 4 2 GRA: 17/8,17/8
CP_LNK IFP: 8 27 FBI: 17 24 2 GRA: 17/28,17/28
CP_LNK IFP: 42 7 FBI: 51 4 2 GRA: 51/8,51/8
CP_LNK GVI: 8 82 FBI: 17 64 17 GRA: 17/83,17/83
CP_LNK GVI: 8 78 FBI: 17 64 13 GRA: 17/79,17/79
CP_LNK FBI: 51 64 2 IFP: 62 67 GRA: 62/68,62/68
CP_LNK GVI: 8 67 FBI: 17 64 2 GRA: 17/68,17/68
CP_LNK GVI: 8 68 FBI: 17 64 3 GRA: 17/69,17/69
CP_LNK GVI: 8 73 FBI: 17 64 8 GRA: 17/74,17/74
CP_LNK GVI: 8 74 FBI: 17 64 9 GRA: 17/75,17/75
CP_LNK GVI: 8 75 FBI: 17 64 10 GRA: 17/76,17/76
CP_LNK GVI: 8 76 FBI: 17 64 11 GRA: 17/77,17/77
CP_LNK GVI: 8 77 FBI: 17 64 12 GRA: 17/78,17/78
CP_LNK GVI: 42 74 FBI: 51 64 9 GRA: 51/75,51/75
CP_LNK GVI: 42 73 FBI: 51 64 8 GRA: 51/74,51/74
CP_LNK CON: 42 67 FBI: 51 64 2 GRA: 51/68,51/68
CP_LNK IFP: 42 68 FBI: 51 64 3 GRA: 51/69,51/69
CP_LNK IFP: 42 70 FBI: 51 64 5 GRA: 51/71,51/71
CP_LNK FBI: 51 4 17 GVI: 61 22 GRA: 61/23,61/23
CP_LNK FBI: 51 4 16 GVI: 61 21 GRA: 61/22,61/22
CP_LNK FBI: 17 24 3 GVI: 27 28 GRA: 27/29,27/29
CP_LNK FBI: 17 24 4 GVI: 27 29 GRA: 27/30,27/30
CP_LNK FBI: 17 4 15 GVI: 27 20 GRA: 27/21,27/21
CP_LNK FBI: 51 4 15 GVI: 61 20 GRA: 61/21,61/21
CP_LNK FBI: 51 4 14 GVI: 61 19 GRA: 61/20,61/20
CP_LNK FBI: 17 4 14 GVI: 27 19 GRA: 27/20,27/20
CP_LNK GVI: 8 60 FBI: 17 44 15 GRA: 17/61,17/61
CP_LNK GVI: 8 59 FBI: 17 44 14 GRA: 17/60,17/60
CP_LNK GVI: 42 60 FBI: 51 44 15 GRA: 51/61,51/61
CP_LNK GVI: 42 59 FBI: 51 44 14 GRA: 51/60,51/60
CP_LNK CON: 42 71 FBI: 51 64 6 GRA: 51/72,51/72
CP_LNK GVI: 8 58 FBI: 17 44 13 GRA: 17/59,17/59
CP_LNK GVI: 42 58 FBI: 51 44 13 GRA: 51/59,51/59
CP_LNK FBI: 17 4 13 GVI: 27 18 GRA: 27/19,27/19
CP_LNK FBI: 51 4 13 GVI: 61 18 GRA: 61/19,61/19
CP_LNK GVI: 42 69 FBI: 51 64 4 GRA: 51/70,51/70
CP_LNK CON: 42 72 FBI: 51 64 7 GRA: 51/73,51/73
CP_LNK GVI: 42 75 FBI: 51 64 10 GRA: 51/76,51/76
CP_SEC "status_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 4 EXEC: 2 TEXT:
...TXF In deze sectie wordt van een werktuig de status
...TXT weergegeven. Dit is bedoeld om in de SCADA applicatie een 
...TXT werktuig een bepaalde kleuring te geven
CP_IFP "Storing" 45 16 FP_IO_OUTPUT
CP_IFP "CmdIn" 45 15 FP_IO_OUTPUT
CP_IFP "MeldIn" 45 14 FP_IO_OUTPUT
CP_IFP "LokAuto" 45 13 FP_IO_OUTPUT
CP_IFP "VrijIn" 45 21 FP_IO_OUTPUT
CP_IFP "AutoIn" 45 22 FP_IO_OUTPUT
CP_IFP "LokAuto" 45 33 FP_IO_OUTPUT
CP_IFP "MeldVk" 46 28 FP_IO_OUTPUT
CP_IFP "Beschik" 63 5 FP_IO_INPUT
CP_IFP "LokAuto" 45 6 FP_IO_OUTPUT
CP_IFP "Paraat" 63 12 FP_IO_INPUT
CP_IFP "Storing" 45 7 FP_IO_OUTPUT
CP_IFP "Beschik" 45 23 FP_IO_OUTPUT
CP_IFP "CmdIn" 31 6 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 54 9 CODID: 1 NAME: ".4.1" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "MOVE" 55 25 CODID: 13 NAME: ".4.17" ANY: IEC_BOOL_ID TEXT:
CP_FBI "OR_BOOL" 40 2 CODID: 10 NAME: ".4.19" TEXT:
CP_FBI "AND_BOOL" 54 18 CODID: 2 NAME: ".4.5" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 54 2 CODID: 11 NAME: ".4.18" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "OR_BOOL" 36 35 CODID: 3 NAME: ".4.7" TEXT:
CP_FBI "AND_BOOL" 54 35 CODID: 4 NAME: ".4.8" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "OR_BOOL" 36 42 CODID: 6 NAME: ".4.9" DRAW: 1 TEXT:
CP_FBI "AND_BOOL" 54 42 CODID: 7 NAME: ".4.10" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "OR_BOOL" 36 49 CODID: 8 NAME: ".4.11" TEXT:
CP_FBI "AND_BOOL" 54 49 CODID: 9 NAME: ".4.12" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "NOT_BOOL" 54 30 CODID: 12 NAME: ".4.13" TEXT:
CP_FBI "R_TRIG" 18 43 CODID: 5 NAME: "Initialisatie_bij_opstart" TEXT:
CP_GVI NAMED_VAR: "sta_bedr_blokkeren" 63 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 27 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 27 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 27 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 27 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 27 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 45 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 45 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 45 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 45 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_uit" 63 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 63 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 63 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_lokaal" 63 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 45 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_uit" 45 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 45 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_voorkeur" 62 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 27 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 31 5 FP_IO_OUTPUT
CP_CON 9 46 IEC_BOOL_ID 1
CP_LNK FBI: 36 35 2 FBI: 54 35 2 GRA: 44/39,54/39
CP_LNK FBI: 54 18 2 GVI: 63 21 GRA: 63/22,63/22
CP_LNK GVI: 27 38 FBI: 36 35 2 GRA: 36/39,36/39
CP_LNK GVI: 27 45 FBI: 36 42 2 GRA: 36/46,36/46
CP_LNK GVI: 27 52 FBI: 36 49 2 GRA: 36/53,36/53
CP_LNK GVI: 27 39 FBI: 36 35 3 GRA: 36/40,36/40
CP_LNK GVI: 27 53 FBI: 36 49 3 GRA: 36/54,36/54
CP_LNK GVI: 45 39 FBI: 54 35 3 GRA: 54/40,54/40
CP_LNK GVI: 45 40 FBI: 54 35 4 GRA: 54/41,54/41
CP_LNK GVI: 45 47 FBI: 54 42 4 GRA: 54/48,54/48
CP_LNK GVI: 45 53 FBI: 54 49 3 GRA: 54/54,54/54
CP_LNK FBI: 54 35 2 GVI: 63 38 GRA: 63/39,63/39
CP_LNK FBI: 54 42 2 GVI: 63 45 GRA: 63/46,63/46
CP_LNK FBI: 54 49 2 GVI: 63 52 GRA: 63/53,63/53
CP_LNK FBI: 54 30 2 GVI: 63 33 GRA: 63/34,63/34
CP_LNK GVI: 45 12 FBI: 54 9 2 GRA: 54/13,54/13
CP_LNK GVI: 45 46 FBI: 54 42 3 GRA: 54/47,54/47
CP_LNK FBI: 36 42 2 FBI: 54 42 2 GRA: 44/46,54/46
CP_LNK GVI: 45 54 FBI: 54 49 4 GRA: 54/55,54/55
CP_LNK FBI: 36 49 2 FBI: 54 49 2 GRA: 44/53,54/53
CP_LNK IFP: 45 16 FBI: 54 9 6 GRA: 54/17,54/17
CP_LNK IFP: 45 15 FBI: 54 9 5 GRA: 54/16,54/16
CP_LNK IFP: 45 14 FBI: 54 9 4 GRA: 54/15,54/15
CP_LNK IFP: 45 13 FBI: 54 9 3 GRA: 54/14,54/14
CP_LNK IFP: 45 21 FBI: 54 18 2 GRA: 54/22,54/22
CP_LNK IFP: 45 22 FBI: 54 18 3 GRA: 54/23,54/23
CP_LNK IFP: 45 33 FBI: 54 30 2 GRA: 54/34,54/34
CP_LNK IFP: 46 28 FBI: 55 25 2 GRA: 55/29,55/29
CP_LNK FBI: 55 25 2 GVI: 62 28 GRA: 62/29,62/29
CP_LNK FBI: 54 2 2 IFP: 63 5 GRA: 63/6,63/6
CP_LNK IFP: 45 6 FBI: 54 2 3 GRA: 54/7,54/7
CP_LNK FBI: 54 9 2 IFP: 63 12 GRA: 63/13,63/13
CP_LNK IFP: 45 7 FBI: 54 2 4 GRA: 54/8,54/8
CP_LNK GVI: 27 47 FBI: 36 42 4 GRA: 36/48,36/48
CP_LNK FBI: 18 43 2 FBI: 36 42 3 GRA: 25/47,36/47
CP_LNK CON: 9 46 FBI: 18 43 2 GRA: 18/47,18/47
CP_LNK IFP: 45 23 FBI: 54 18 4 GRA: 54/24,54/24
CP_LNK GVI: 31 5 FBI: 40 2 2 GRA: 40/6,40/6
CP_LNK IFP: 31 6 FBI: 40 2 3 GRA: 40/7,40/7
CP_LNK FBI: 40 2 2 FBI: 54 2 2 GRA: 48/6,54/6
CP_SEC "alarmen_Werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 5 EXEC: 3 TEXT:
...TXF In deze sectie zijn de 5 alarmen van een werktuig geprogrammeerd
...TXT Elk alarm is via het primair woord instelbaar tussen primair en secundair.
...TXT De default waarde voor het primair woord is dat alles op NUL staat.
...TXT Dit houdt in dat in basis alle storingen primair staan.
CP_IFP "Acoftijd" 5 6 FP_IO_OUTPUT
CP_IFP "CmdIn" 5 14 FP_IO_OUTPUT
CP_IFP "CmdIn" 5 27 FP_IO_OUTPUT
CP_IFP "Storing" 22 73 FP_IO_INPUT
CP_IFP "VrijIn" 5 11 FP_IO_OUTPUT
CP_IFP "LokAuto" 5 12 FP_IO_OUTPUT
CP_IFP "MeldIn" 5 13 FP_IO_OUTPUT
CP_IFP "VrijIn" 5 24 FP_IO_OUTPUT
CP_IFP "LokAuto" 5 25 FP_IO_OUTPUT
CP_IFP "MeldIn" 5 26 FP_IO_OUTPUT
CP_IFP "VrijIn" 5 37 FP_IO_OUTPUT
CP_IFP "MeldExt1" 5 38 FP_IO_OUTPUT
CP_IFP "VrijIn" 5 50 FP_IO_OUTPUT
CP_IFP "MeldExt2" 5 51 FP_IO_OUTPUT
CP_IFP "VrijIn" 5 63 FP_IO_OUTPUT
CP_IFP "MeldExt3" 5 64 FP_IO_OUTPUT
CP_IFP "Rst_alg" 5 106 FP_IO_OUTPUT
CP_IFP "Accept" 18 89 FP_IO_OUTPUT
CP_IFP "Accept" 29 111 FP_IO_OUTPUT
CP_IFP "Rst_alg" 29 112 FP_IO_OUTPUT
CP_IFP "Storing" 5 90 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 14 8 CODID: 1 NAME: ".5.3" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "TON" 29 8 CODID: 2 NAME: "FBI_5_4" TEXT:
CP_FBI "AND_BOOL" 14 21 CODID: 6 NAME: ".5.45" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/6
CP_FBI "AND_BOOL" 51 71 CODID: 15 NAME: ".5.50" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 29 21 CODID: 7 NAME: "FBI_5_7" TEXT:
CP_FBI "AND_BOOL" 14 34 CODID: 16 NAME: ".5.51" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "TON" 29 34 CODID: 17 NAME: "FBI_5_52" TEXT:
CP_FBI "AND_BOOL" 14 60 CODID: 26 NAME: ".5.61" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "OR_BOOL" 14 70 CODID: 11 NAME: ".5.13" DRAW: 8 TEXT:
CP_FBI "RS" 42 35 CODID: 18 NAME: "FBI_5_75" TEXT:
CP_FBI "AND_BOOL" 51 37 CODID: 19 NAME: ".5.54" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 51 30 CODID: 20 NAME: ".5.55" TEXT:
CP_FBI "RS" 42 9 CODID: 3 NAME: "FBI_5_73" TEXT:
CP_FBI "RS" 42 22 CODID: 8 NAME: "FBI_5_74" TEXT:
CP_FBI "AND_BOOL" 14 47 CODID: 21 NAME: ".5.56" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "TON" 29 47 CODID: 22 NAME: "FBI_5_57" TEXT:
CP_FBI "RS" 42 48 CODID: 23 NAME: "FBI_5_76" TEXT:
CP_FBI "AND_BOOL" 51 11 CODID: 4 NAME: ".5.30" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 51 4 CODID: 5 NAME: ".5.31" TEXT:
CP_FBI "AND_BOOL" 51 24 CODID: 9 NAME: ".5.32" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 51 17 CODID: 10 NAME: ".5.33" TEXT:
CP_FBI "TON" 29 60 CODID: 27 NAME: "FBI_5_62" TEXT:
CP_FBI "AND_BOOL" 51 50 CODID: 24 NAME: ".5.59" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 51 43 CODID: 25 NAME: ".5.60" TEXT:
CP_FBI "RS" 42 61 CODID: 28 NAME: "FBI_5_77" TEXT:
CP_FBI "AND_BOOL" 51 63 CODID: 29 NAME: ".5.64" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 51 56 CODID: 30 NAME: ".5.65" TEXT:
CP_FBI "OR_BOOL" 14 102 CODID: 31 NAME: ".5.66" TEXT:
CP_FBI "TIME_MUL_INT" 14 2 CODID: 12 NAME: ".5.44" TEXT:
CP_FBI "AND_BOOL" 38 102 CODID: 32 NAME: ".5.67" TEXT:
CP_FBI "OR_BOOL" 14 87 CODID: 13 NAME: ".5.68" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "RS" 27 86 CODID: 14 NAME: "FBI_5_69" TEXT:
CP_FBI "AND_BOOL" 38 108 CODID: 33 NAME: ".5.70" TEXT:
CP_FBI "OR_BOOL" 52 102 CODID: 34 NAME: ".5.71" TEXT:
CP_FBI "AND_BOOL" 51 77 CODID: 35 NAME: ".5.72" DRAW: 4 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3,FBIPH_INPUT/4,FBIPH_INPUT/5,FBIPH_INPUT/6
CP_GVI NAMED_VAR: "reset" 33 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 33 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_uit" 42 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_uit" 42 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_uit" 60 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_uit" 60 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_in" 60 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_in" 60 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_in" 42 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_niet_in" 42 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_in" 5 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_uit" 5 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 24 5 FP_IO_INPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_uit" 5 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_niet_in" 5 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing" 60 74 FP_IO_INPUT
CP_GVI NAMED_VAR: "reset" 33 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern1" 5 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern1" 42 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern1" 42 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern1" 60 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern1" 60 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 33 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern2" 42 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern2" 60 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern2" 42 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern2" 60 53 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern2" 5 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_niet_uit" 5 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_niet_in" 5 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 33 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern3" 5 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern3" 42 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern3" 42 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern3" 60 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern3" 60 66 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern1" 5 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern2" 5 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern3" 5 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern1" 5 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern2" 5 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern3" 5 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "niet_uit" 36 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "niet_in" 36 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "extern1" 36 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "extern2" 36 50 FP_IO_INPUT
CP_GVI NAMED_VAR: "extern3" 36 63 FP_IO_INPUT
CP_GVI NAMED_VAR: "niet_uit" 42 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "niet_in" 42 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 42 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 60 80 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 34 89 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 5 105 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 60 105 FP_IO_INPUT
CP_GVI NAMED_VAR: "reset" 5 91 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 29 106 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "extern1" 42 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "extern2" 42 83 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "extern3" 42 84 FP_IO_OUTPUT
CP_CON 5 5 IEC_TIME_ID t#1s
CP_LNK FBI: 14 8 2 FBI: 29 8 2 GRA: 23/12,29/12
CP_LNK FBI: 14 70 2 FBI: 51 71 2 GRA: 22/74,23/74,23/75,51/75
CP_LNK FBI: 14 70 2 IFP: 22 73 GRA: 22/74,22/74
CP_LNK FBI: 42 9 2 FBI: 51 11 2 GRA: 49/13,50/13,50/15,51/15
CP_LNK FBI: 42 9 2 FBI: 51 4 3 GRA: 49/13,50/13,50/9,51/9
CP_LNK FBI: 42 22 2 FBI: 51 24 2 GRA: 49/26,50/26,50/28,51/28
CP_LNK FBI: 42 22 2 FBI: 51 17 3 GRA: 49/26,50/26,50/22,51/22
CP_LNK GVI: 33 13 FBI: 42 9 3 GRA: 42/14,42/14
CP_LNK GVI: 33 26 FBI: 42 22 3 GRA: 42/27,42/27
CP_LNK GVI: 42 7 FBI: 51 4 2 GRA: 51/8,51/8
CP_LNK GVI: 42 15 FBI: 51 11 3 GRA: 51/16,51/16
CP_LNK FBI: 51 11 2 GVI: 60 14 GRA: 60/15,60/15
CP_LNK FBI: 51 4 2 GVI: 60 7 GRA: 60/8,60/8
CP_LNK FBI: 51 24 2 GVI: 60 27 GRA: 60/28,60/28
CP_LNK FBI: 51 17 2 GVI: 60 20 GRA: 60/21,60/21
CP_LNK GVI: 42 28 FBI: 51 24 3 GRA: 51/29,51/29
CP_LNK GVI: 42 20 FBI: 51 17 2 GRA: 51/21,51/21
CP_LNK GVI: 5 74 FBI: 14 70 3 GRA: 14/75,14/75
CP_LNK GVI: 5 78 FBI: 14 70 7 GRA: 14/79,14/79
CP_LNK FBI: 29 8 2 GVI: 36 11 GRA: 36/12,36/12
CP_LNK FBI: 29 8 2 FBI: 42 9 2 GRA: 36/12,37/12,37/13,42/13
CP_LNK CON: 5 5 FBI: 14 2 2 GRA: 14/6,14/6
CP_LNK IFP: 5 6 FBI: 14 2 3 GRA: 14/7,14/7
CP_LNK FBI: 14 2 2 GVI: 24 5 GRA: 24/6,24/6
CP_LNK GVI: 20 12 FBI: 29 8 3 GRA: 29/13,29/13
CP_LNK GVI: 5 15 FBI: 14 8 6 GRA: 14/16,14/16
CP_LNK IFP: 5 14 FBI: 14 8 5 GRA: 14/15,14/15
CP_LNK GVI: 20 25 FBI: 29 21 3 GRA: 29/26,29/26
CP_LNK FBI: 29 21 2 GVI: 36 24 GRA: 36/25,36/25
CP_LNK FBI: 29 21 2 FBI: 42 22 2 GRA: 36/25,37/25,37/26,42/26
CP_LNK IFP: 5 27 FBI: 14 21 5 GRA: 14/28,14/28
CP_LNK FBI: 14 21 2 FBI: 29 21 2 GRA: 23/25,29/25
CP_LNK GVI: 5 28 FBI: 14 21 6 GRA: 14/29,14/29
CP_LNK FBI: 51 71 2 GVI: 60 74 GRA: 60/75,60/75
CP_LNK IFP: 5 11 FBI: 14 8 2 GRA: 14/12,14/12
CP_LNK IFP: 5 12 FBI: 14 8 3 GRA: 14/13,14/13
CP_LNK IFP: 5 13 FBI: 14 8 4 GRA: 14/14,14/14
CP_LNK IFP: 5 24 FBI: 14 21 2 GRA: 14/25,14/25
CP_LNK IFP: 5 25 FBI: 14 21 3 GRA: 14/26,14/26
CP_LNK IFP: 5 26 FBI: 14 21 4 GRA: 14/27,14/27
CP_LNK FBI: 14 34 2 FBI: 29 34 2 GRA: 23/38,29/38
CP_LNK FBI: 29 34 2 GVI: 36 37 GRA: 36/38,36/38
CP_LNK FBI: 29 34 2 FBI: 42 35 2 GRA: 36/38,37/38,37/39,42/39
CP_LNK FBI: 42 35 2 FBI: 51 37 2 GRA: 49/39,50/39,50/41,51/41
CP_LNK FBI: 42 35 2 FBI: 51 30 3 GRA: 49/39,50/39,50/35,51/35
CP_LNK GVI: 33 39 FBI: 42 35 3 GRA: 42/40,42/40
CP_LNK GVI: 5 39 FBI: 14 34 4 GRA: 14/40,14/40
CP_LNK GVI: 42 41 FBI: 51 37 3 GRA: 51/42,51/42
CP_LNK GVI: 42 33 FBI: 51 30 2 GRA: 51/34,51/34
CP_LNK FBI: 51 37 2 GVI: 60 40 GRA: 60/41,60/41
CP_LNK FBI: 51 30 2 GVI: 60 33 GRA: 60/34,60/34
CP_LNK GVI: 20 38 FBI: 29 34 3 GRA: 29/39,29/39
CP_LNK IFP: 5 37 FBI: 14 34 2 GRA: 14/38,14/38
CP_LNK IFP: 5 38 FBI: 14 34 3 GRA: 14/39,14/39
CP_LNK FBI: 14 47 2 FBI: 29 47 2 GRA: 23/51,29/51
CP_LNK FBI: 29 47 2 GVI: 36 50 GRA: 36/51,36/51
CP_LNK FBI: 29 47 2 FBI: 42 48 2 GRA: 36/51,37/51,37/52,42/52
CP_LNK FBI: 42 48 2 FBI: 51 50 2 GRA: 49/52,50/52,50/54,51/54
CP_LNK FBI: 42 48 2 FBI: 51 43 3 GRA: 49/52,50/52,50/48,51/48
CP_LNK GVI: 33 52 FBI: 42 48 3 GRA: 42/53,42/53
CP_LNK GVI: 20 51 FBI: 29 47 3 GRA: 29/52,29/52
CP_LNK IFP: 5 50 FBI: 14 47 2 GRA: 14/51,14/51
CP_LNK GVI: 42 46 FBI: 51 43 2 GRA: 51/47,51/47
CP_LNK FBI: 51 43 2 GVI: 60 46 GRA: 60/47,60/47
CP_LNK GVI: 42 54 FBI: 51 50 3 GRA: 51/55,51/55
CP_LNK FBI: 51 50 2 GVI: 60 53 GRA: 60/54,60/54
CP_LNK GVI: 5 52 FBI: 14 47 4 GRA: 14/53,14/53
CP_LNK IFP: 5 51 FBI: 14 47 3 GRA: 14/52,14/52
CP_LNK GVI: 5 73 FBI: 14 70 2 GRA: 14/74,14/74
CP_LNK GVI: 5 79 FBI: 14 70 8 GRA: 14/80,14/80
CP_LNK FBI: 14 60 2 FBI: 29 60 2 GRA: 23/64,29/64
CP_LNK FBI: 29 60 2 GVI: 36 63 GRA: 36/64,36/64
CP_LNK FBI: 29 60 2 FBI: 42 61 2 GRA: 36/64,37/64,37/65,42/65
CP_LNK FBI: 42 61 2 FBI: 51 63 2 GRA: 49/65,50/65,50/67,51/67
CP_LNK FBI: 42 61 2 FBI: 51 56 3 GRA: 49/65,50/65,50/61,51/61
CP_LNK GVI: 33 65 FBI: 42 61 3 GRA: 42/66,42/66
CP_LNK GVI: 20 64 FBI: 29 60 3 GRA: 29/65,29/65
CP_LNK IFP: 5 63 FBI: 14 60 2 GRA: 14/64,14/64
CP_LNK IFP: 5 64 FBI: 14 60 3 GRA: 14/65,14/65
CP_LNK GVI: 5 65 FBI: 14 60 4 GRA: 14/66,14/66
CP_LNK GVI: 42 59 FBI: 51 56 2 GRA: 51/60,51/60
CP_LNK GVI: 42 67 FBI: 51 63 3 GRA: 51/68,51/68
CP_LNK FBI: 51 56 2 GVI: 60 59 GRA: 60/60,60/60
CP_LNK FBI: 51 63 2 GVI: 60 66 GRA: 60/67,60/67
CP_LNK GVI: 5 75 FBI: 14 70 4 GRA: 14/76,14/76
CP_LNK GVI: 5 76 FBI: 14 70 5 GRA: 14/77,14/77
CP_LNK GVI: 5 77 FBI: 14 70 6 GRA: 14/78,14/78
CP_LNK GVI: 5 80 FBI: 14 70 9 GRA: 14/81,14/81
CP_LNK GVI: 5 81 FBI: 14 70 10 GRA: 14/82,14/82
CP_LNK GVI: 5 82 FBI: 14 70 11 GRA: 14/83,14/83
CP_LNK GVI: 42 80 FBI: 51 77 2 GRA: 51/81,51/81
CP_LNK GVI: 42 81 FBI: 51 77 3 GRA: 51/82,51/82
CP_LNK GVI: 42 85 FBI: 51 77 7 GRA: 51/86,51/86
CP_LNK FBI: 51 77 2 GVI: 60 80 GRA: 60/81,60/81
CP_LNK IFP: 5 106 FBI: 14 102 3 GRA: 14/107,14/107
CP_LNK IFP: 18 89 FBI: 27 86 2 GRA: 27/90,27/90
CP_LNK FBI: 27 86 2 GVI: 34 89 GRA: 34/90,34/90
CP_LNK FBI: 27 86 2 FBI: 51 71 3 GRA: 34/90,35/90,35/76,51/76
CP_LNK GVI: 5 105 FBI: 14 102 2 GRA: 14/106,14/106
CP_LNK FBI: 14 102 2 FBI: 38 102 2 GRA: 22/106,38/106
CP_LNK FBI: 52 102 2 GVI: 60 105 GRA: 60/106,60/106
CP_LNK IFP: 29 111 FBI: 38 108 2 GRA: 38/112,38/112
CP_LNK IFP: 29 112 FBI: 38 108 3 GRA: 38/113,38/113
CP_LNK FBI: 38 102 2 FBI: 52 102 2 GRA: 47/106,52/106
CP_LNK FBI: 38 108 2 FBI: 52 102 3 GRA: 47/112,48/112,48/107,52/107
CP_LNK IFP: 5 90 FBI: 14 87 2 GRA: 14/91,14/91
CP_LNK GVI: 5 91 FBI: 14 87 3 GRA: 14/92,14/92
CP_LNK FBI: 14 87 2 FBI: 27 86 3 GRA: 22/91,27/91
CP_LNK GVI: 29 106 FBI: 38 102 3 GRA: 38/107,38/107
CP_LNK GVI: 42 82 FBI: 51 77 4 GRA: 51/83,51/83
CP_LNK GVI: 42 83 FBI: 51 77 5 GRA: 51/84,51/84
CP_LNK GVI: 42 84 FBI: 51 77 6 GRA: 51/85,51/85
CP_SEC "aansturing_Werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 6 EXEC: 4 TEXT:
...TXF In deze sectie is de aansturing van een werktuig geprogrammeerd.
...TXT Hierin is ook verwerkt dat wanneer een werktuig op automatisch 
...TXT staat en er is een commando in, dan blijft de aansturing staan als er
...TXT wordt overgeschakeld van AUTO naar Hand
CP_IFP "CmdIn" 4 17 FP_IO_OUTPUT
CP_IFP "CmdIn" 67 9 FP_IO_INPUT
CP_IFP "Storing" 49 11 FP_IO_OUTPUT
CP_IFP "AutoIn" 4 10 FP_IO_OUTPUT
CP_IFP "VrijIn" 4 11 FP_IO_OUTPUT
CP_IFP "LokAuto" 49 10 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 13 6 CODID: 1 NAME: ".6.3" DRAW: 1 TEXT:
CP_FBI "AND_BOOL" 30 11 CODID: 3 NAME: ".6.11" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "OR_BOOL" 41 6 CODID: 4 NAME: ".6.7" TEXT:
CP_FBI "AND_BOOL" 58 6 CODID: 5 NAME: ".6.8" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "OR_BOOL" 13 13 CODID: 2 NAME: ".6.12" TEXT:
CP_GVI NAMED_VAR: "sta_bed_auto" 4 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 21 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_stop" 21 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_start" 4 16 FP_IO_OUTPUT
CP_LNK FBI: 13 6 2 FBI: 41 6 2 GRA: 22/10,41/10
CP_LNK FBI: 41 6 2 FBI: 58 6 2 GRA: 49/10,58/10
CP_LNK FBI: 13 13 2 FBI: 30 11 4 GRA: 21/17,30/17
CP_LNK FBI: 30 11 2 FBI: 41 6 3 GRA: 39/15,40/15,40/11,41/11
CP_LNK IFP: 4 17 FBI: 13 13 3 GRA: 13/18,13/18
CP_LNK FBI: 58 6 2 IFP: 67 9 GRA: 67/10,67/10
CP_LNK GVI: 4 9 FBI: 13 6 2 GRA: 13/10,13/10
CP_LNK GVI: 21 14 FBI: 30 11 2 GRA: 30/15,30/15
CP_LNK GVI: 21 15 FBI: 30 11 3 GRA: 30/16,30/16
CP_LNK GVI: 4 16 FBI: 13 13 2 GRA: 13/17,13/17
CP_LNK IFP: 49 11 FBI: 58 6 4 GRA: 58/12,58/12
CP_LNK IFP: 4 10 FBI: 13 6 3 GRA: 13/11,13/11
CP_LNK IFP: 4 11 FBI: 13 6 4 GRA: 13/12,13/12
CP_LNK IFP: 49 10 FBI: 58 6 3 GRA: 58/11,58/11
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DIGA1 "07/10/02 14:43:58" TEXT:
CP_DFB "DIGA1" HEIGHT/WIDTH: 12 9 FBTK_DFB "07/10/02 14:43:58" TEXT: De DIGA1 is een functieblok waarin een alarmering verwerkt wordt.
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DIGA1{1,2}
CL_FRM "Acoftijd" ID_4 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "Accept" ID_5 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Rst_alg" ID_6 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Ond_wrd" ID_18 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Pri_wrd" ID_19 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_pri" ID_22 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_sec" ID_23 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Sta_wrd" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "Storing" ID_25 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: storing
CL_FRM "Melding" ID_26 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BIT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "BIT0" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
CP_GV2 "bed_wrd_reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_wrd_storing_geaccepteerd" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "alarmen_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "conversie_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "tijdvertr" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld_alarm" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "conversie_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 3 EXEC: 1 TEXT:
CP_IFP "Ond_wrd" 41 7 FP_IO_OUTPUT
CP_IFP "Bed_wrd" 4 26 FP_IO_OUTPUT
CP_IFP "Pri_wrd" 4 6 FP_IO_OUTPUT
CP_IFP "Alw_pri" 23 46 FP_IO_INPUT
CP_IFP "Alw_sec" 60 47 FP_IO_INPUT
CP_IFP "Sta_wrd" 62 71 FP_IO_INPUT
CP_IFP "Storing" 3 70 FP_IO_OUTPUT
CP_FBI "WORD_TO_BIT" 13 3 CODID: 1 NAME: "primair_woord" TEXT:
CP_FBI "SEL" 55 67 CODID: 8 NAME: ".3.15" ANY: IEC_INT_ID TEXT:
CP_FBI "WORD_TO_BIT" 13 23 CODID: 2 NAME: "bedien_woord" TEXT:
CP_FBI "WORD_TO_BIT" 50 4 CODID: 3 NAME: "onderdrukken_woord" TEXT:
CP_FBI "BIT_TO_WORD" 13 43 CODID: 4 NAME: ".3.9" TEXT:
CP_FBI "BIT_TO_WORD" 50 44 CODID: 5 NAME: ".3.10" TEXT:
CP_FBI "SEL" 12 67 CODID: 6 NAME: ".3.13" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 33 67 CODID: 7 NAME: ".3.14" ANY: IEC_INT_ID TEXT:
CP_GVI NAMED_VAR: "bed_wrd_bit11" 23 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit10" 23 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit9" 23 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit8" 23 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit7" 23 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit6" 23 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit5" 23 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit4" 23 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit3" 23 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 23 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_bit1" 4 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit2" 4 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit3" 4 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit4" 4 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit5" 4 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit6" 4 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit7" 4 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit8" 4 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit9" 4 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit10" 4 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit11" 4 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit12" 4 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit13" 4 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit14" 4 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit15" 4 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing" 4 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit1" 41 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit2" 41 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit3" 41 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit4" 41 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit5" 41 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit6" 41 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit7" 41 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit8" 41 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit9" 41 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit10" 41 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit11" 41 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit12" 41 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit13" 41 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit14" 41 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit15" 41 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing" 41 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_bit1" 60 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit2" 60 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit3" 60 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit4" 60 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit5" 60 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit6" 60 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit7" 60 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit8" 60 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit9" 60 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit10" 60 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit11" 60 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit12" 60 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit13" 60 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit14" 60 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit15" 60 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing" 60 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit16" 23 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit15" 23 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit14" 23 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit13" 23 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit12" 23 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit2" 23 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit1" 23 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit2" 23 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit3" 23 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit4" 23 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit5" 23 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit6" 23 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit7" 23 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit8" 23 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit9" 23 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit10" 23 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit11" 23 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit12" 23 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit13" 23 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit14" 23 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit15" 23 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing" 23 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_wrd_storing_geaccepteerd" 24 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost" 46 70 FP_IO_OUTPUT
CP_CON 24 72 IEC_INT_ID 2
CP_CON 3 71 IEC_INT_ID 0
CP_CON 3 72 IEC_INT_ID 1
CP_CON 46 72 IEC_INT_ID 3
CP_LNK IFP: 41 7 FBI: 50 4 2 GRA: 50/8,50/8
CP_LNK IFP: 4 26 FBI: 13 23 2 GRA: 13/27,13/27
CP_LNK IFP: 4 6 FBI: 13 3 2 GRA: 13/7,13/7
CP_LNK FBI: 13 43 2 IFP: 23 46 GRA: 23/47,23/47
CP_LNK FBI: 50 44 2 IFP: 60 47 GRA: 60/48,60/48
CP_LNK FBI: 13 23 12 GVI: 23 36 GRA: 23/37,23/37
CP_LNK FBI: 13 23 11 GVI: 23 35 GRA: 23/36,23/36
CP_LNK FBI: 13 23 10 GVI: 23 34 GRA: 23/35,23/35
CP_LNK FBI: 13 23 9 GVI: 23 33 GRA: 23/34,23/34
CP_LNK FBI: 13 23 8 GVI: 23 32 GRA: 23/33,23/33
CP_LNK FBI: 13 23 7 GVI: 23 31 GRA: 23/32,23/32
CP_LNK FBI: 13 23 6 GVI: 23 30 GRA: 23/31,23/31
CP_LNK FBI: 13 23 5 GVI: 23 29 GRA: 23/30,23/30
CP_LNK FBI: 13 23 4 GVI: 23 28 GRA: 23/29,23/29
CP_LNK FBI: 13 23 2 GVI: 23 26 GRA: 23/27,23/27
CP_LNK GVI: 4 46 FBI: 13 43 2 GRA: 13/47,13/47
CP_LNK GVI: 4 47 FBI: 13 43 3 GRA: 13/48,13/48
CP_LNK GVI: 4 48 FBI: 13 43 4 GRA: 13/49,13/49
CP_LNK GVI: 4 49 FBI: 13 43 5 GRA: 13/50,13/50
CP_LNK GVI: 4 50 FBI: 13 43 6 GRA: 13/51,13/51
CP_LNK GVI: 4 51 FBI: 13 43 7 GRA: 13/52,13/52
CP_LNK GVI: 4 52 FBI: 13 43 8 GRA: 13/53,13/53
CP_LNK GVI: 4 53 FBI: 13 43 9 GRA: 13/54,13/54
CP_LNK GVI: 4 54 FBI: 13 43 10 GRA: 13/55,13/55
CP_LNK GVI: 4 55 FBI: 13 43 11 GRA: 13/56,13/56
CP_LNK GVI: 4 56 FBI: 13 43 12 GRA: 13/57,13/57
CP_LNK GVI: 4 57 FBI: 13 43 13 GRA: 13/58,13/58
CP_LNK GVI: 4 58 FBI: 13 43 14 GRA: 13/59,13/59
CP_LNK GVI: 4 59 FBI: 13 43 15 GRA: 13/60,13/60
CP_LNK GVI: 4 60 FBI: 13 43 16 GRA: 13/61,13/61
CP_LNK GVI: 4 61 FBI: 13 43 17 GRA: 13/62,13/62
CP_LNK GVI: 41 47 FBI: 50 44 2 GRA: 50/48,50/48
CP_LNK GVI: 41 48 FBI: 50 44 3 GRA: 50/49,50/49
CP_LNK GVI: 41 49 FBI: 50 44 4 GRA: 50/50,50/50
CP_LNK GVI: 41 50 FBI: 50 44 5 GRA: 50/51,50/51
CP_LNK GVI: 41 51 FBI: 50 44 6 GRA: 50/52,50/52
CP_LNK GVI: 41 52 FBI: 50 44 7 GRA: 50/53,50/53
CP_LNK GVI: 41 53 FBI: 50 44 8 GRA: 50/54,50/54
CP_LNK GVI: 41 54 FBI: 50 44 9 GRA: 50/55,50/55
CP_LNK GVI: 41 55 FBI: 50 44 10 GRA: 50/56,50/56
CP_LNK GVI: 41 56 FBI: 50 44 11 GRA: 50/57,50/57
CP_LNK GVI: 41 57 FBI: 50 44 12 GRA: 50/58,50/58
CP_LNK GVI: 41 58 FBI: 50 44 13 GRA: 50/59,50/59
CP_LNK GVI: 41 59 FBI: 50 44 14 GRA: 50/60,50/60
CP_LNK GVI: 41 60 FBI: 50 44 15 GRA: 50/61,50/61
CP_LNK GVI: 41 61 FBI: 50 44 16 GRA: 50/62,50/62
CP_LNK GVI: 41 62 FBI: 50 44 17 GRA: 50/63,50/63
CP_LNK FBI: 50 4 2 GVI: 60 7 GRA: 60/8,60/8
CP_LNK FBI: 50 4 3 GVI: 60 8 GRA: 60/9,60/9
CP_LNK FBI: 50 4 4 GVI: 60 9 GRA: 60/10,60/10
CP_LNK FBI: 50 4 5 GVI: 60 10 GRA: 60/11,60/11
CP_LNK FBI: 50 4 6 GVI: 60 11 GRA: 60/12,60/12
CP_LNK FBI: 50 4 7 GVI: 60 12 GRA: 60/13,60/13
CP_LNK FBI: 50 4 8 GVI: 60 13 GRA: 60/14,60/14
CP_LNK FBI: 50 4 9 GVI: 60 14 GRA: 60/15,60/15
CP_LNK FBI: 50 4 10 GVI: 60 15 GRA: 60/16,60/16
CP_LNK FBI: 50 4 11 GVI: 60 16 GRA: 60/17,60/17
CP_LNK FBI: 50 4 12 GVI: 60 17 GRA: 60/18,60/18
CP_LNK FBI: 50 4 13 GVI: 60 18 GRA: 60/19,60/19
CP_LNK FBI: 50 4 14 GVI: 60 19 GRA: 60/20,60/20
CP_LNK FBI: 50 4 15 GVI: 60 20 GRA: 60/21,60/21
CP_LNK FBI: 50 4 16 GVI: 60 21 GRA: 60/22,60/22
CP_LNK FBI: 50 4 17 GVI: 60 22 GRA: 60/23,60/23
CP_LNK FBI: 13 23 17 GVI: 23 41 GRA: 23/42,23/42
CP_LNK FBI: 13 23 16 GVI: 23 40 GRA: 23/41,23/41
CP_LNK FBI: 13 23 15 GVI: 23 39 GRA: 23/40,23/40
CP_LNK FBI: 13 23 14 GVI: 23 38 GRA: 23/39,23/39
CP_LNK FBI: 13 23 13 GVI: 23 37 GRA: 23/38,23/38
CP_LNK FBI: 13 23 3 GVI: 23 27 GRA: 23/28,23/28
CP_LNK FBI: 13 3 2 GVI: 23 6 GRA: 23/7,23/7
CP_LNK FBI: 13 3 3 GVI: 23 7 GRA: 23/8,23/8
CP_LNK FBI: 13 3 4 GVI: 23 8 GRA: 23/9,23/9
CP_LNK FBI: 13 3 5 GVI: 23 9 GRA: 23/10,23/10
CP_LNK FBI: 13 3 6 GVI: 23 10 GRA: 23/11,23/11
CP_LNK FBI: 13 3 7 GVI: 23 11 GRA: 23/12,23/12
CP_LNK FBI: 13 3 8 GVI: 23 12 GRA: 23/13,23/13
CP_LNK FBI: 13 3 9 GVI: 23 13 GRA: 23/14,23/14
CP_LNK FBI: 13 3 10 GVI: 23 14 GRA: 23/15,23/15
CP_LNK FBI: 13 3 11 GVI: 23 15 GRA: 23/16,23/16
CP_LNK FBI: 13 3 12 GVI: 23 16 GRA: 23/17,23/17
CP_LNK FBI: 13 3 13 GVI: 23 17 GRA: 23/18,23/18
CP_LNK FBI: 13 3 14 GVI: 23 18 GRA: 23/19,23/19
CP_LNK FBI: 13 3 15 GVI: 23 19 GRA: 23/20,23/20
CP_LNK FBI: 13 3 16 GVI: 23 20 GRA: 23/21,23/21
CP_LNK FBI: 13 3 17 GVI: 23 21 GRA: 23/22,23/22
CP_LNK GVI: 24 70 FBI: 33 67 2 GRA: 33/71,33/71
CP_LNK FBI: 12 67 3 FBI: 33 67 3 GRA: 19/72,33/72
CP_LNK CON: 24 72 FBI: 33 67 4 GRA: 33/73,33/73
CP_LNK CON: 3 71 FBI: 12 67 3 GRA: 12/72,12/72
CP_LNK CON: 3 72 FBI: 12 67 4 GRA: 12/73,12/73
CP_LNK FBI: 55 67 3 IFP: 62 71 GRA: 62/72,62/72
CP_LNK GVI: 46 70 FBI: 55 67 2 GRA: 55/71,55/71
CP_LNK CON: 46 72 FBI: 55 67 4 GRA: 55/73,55/73
CP_LNK FBI: 33 67 3 FBI: 55 67 3 GRA: 40/72,55/72
CP_LNK IFP: 3 70 FBI: 12 67 2 GRA: 12/71,12/71
CP_SEC "alarmen_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 2 TEXT:
CP_IFP "Melding" 6 11 FP_IO_OUTPUT
CP_IFP "Acoftijd" 6 18 FP_IO_OUTPUT
CP_IFP "Storing" 50 12 FP_IO_INPUT
CP_IFP "Storing" 6 27 FP_IO_OUTPUT
CP_IFP "Rst_alg" 30 40 FP_IO_OUTPUT
CP_IFP "Accept" 30 39 FP_IO_OUTPUT
CP_IFP "Accept" 19 26 FP_IO_OUTPUT
CP_IFP "Rst_alg" 6 34 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 52 20 CODID: 13 NAME: ".1.114" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 15 8 CODID: 1 NAME: ".1.97" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 29 8 CODID: 2 NAME: "FBI_1_98" TEXT:
CP_FBI "RS" 43 9 CODID: 3 NAME: "FBI_1_107" TEXT:
CP_FBI "AND_BOOL" 52 14 CODID: 4 NAME: ".1.100" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 4 CODID: 5 NAME: ".1.101" TEXT:
CP_FBI "OR_BOOL" 15 30 CODID: 7 NAME: ".1.108" TEXT:
CP_FBI "AND_BOOL" 39 30 CODID: 8 NAME: ".1.109" TEXT:
CP_FBI "TIME_MUL_INT" 15 14 CODID: 6 NAME: ".1.106" TEXT:
CP_FBI "OR_BOOL" 15 24 CODID: 9 NAME: ".1.110" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "RS" 28 23 CODID: 10 NAME: "FBI_1_111" TEXT:
CP_FBI "AND_BOOL" 39 36 CODID: 11 NAME: ".1.112" TEXT:
CP_FBI "OR_BOOL" 53 30 CODID: 12 NAME: ".1.113" TEXT:
CP_GVI NAMED_VAR: "reset" 34 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_bit1" 6 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit1" 61 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_bit1" 61 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit1" 43 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_bit1" 43 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 25 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld_alarm" 36 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost" 30 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 6 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 61 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 6 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_storing_geaccepteerd" 35 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld_alarm" 43 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_storing_geaccepteerd" 43 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost" 61 23 FP_IO_INPUT
CP_CON 6 17 IEC_TIME_ID T#1s
CP_LNK GVI: 34 13 FBI: 43 9 3 GRA: 43/14,43/14
CP_LNK GVI: 6 12 FBI: 15 8 3 GRA: 15/13,15/13
CP_LNK FBI: 52 14 2 GVI: 61 17 GRA: 61/18,61/18
CP_LNK FBI: 52 4 2 GVI: 61 7 GRA: 61/8,61/8
CP_LNK FBI: 29 8 2 GVI: 36 11 GRA: 36/12,36/12
CP_LNK FBI: 29 8 2 FBI: 43 9 2 GRA: 36/12,37/12,37/13,43/13
CP_LNK FBI: 15 8 2 FBI: 29 8 2 GRA: 24/12,29/12
CP_LNK GVI: 43 7 FBI: 52 4 2 GRA: 52/8,52/8
CP_LNK FBI: 43 9 2 IFP: 50 12 GRA: 50/13,50/13
CP_LNK FBI: 43 9 2 FBI: 52 14 2 GRA: 50/13,51/13,51/18,52/18
CP_LNK FBI: 43 9 2 FBI: 52 4 3 GRA: 50/13,51/13,51/9,52/9
CP_LNK GVI: 43 18 FBI: 52 14 3 GRA: 52/19,52/19
CP_LNK GVI: 20 12 FBI: 29 8 3 GRA: 29/13,29/13
CP_LNK IFP: 6 11 FBI: 15 8 2 GRA: 15/12,15/12
CP_LNK FBI: 15 14 2 GVI: 25 17 GRA: 25/18,25/18
CP_LNK IFP: 6 18 FBI: 15 14 3 GRA: 15/19,15/19
CP_LNK CON: 6 17 FBI: 15 14 2 GRA: 15/18,15/18
CP_LNK GVI: 30 34 FBI: 39 30 3 GRA: 39/35,39/35
CP_LNK FBI: 15 24 2 FBI: 28 23 3 GRA: 23/28,28/28
CP_LNK GVI: 6 28 FBI: 15 24 3 GRA: 15/29,15/29
CP_LNK IFP: 6 27 FBI: 15 24 2 GRA: 15/28,15/28
CP_LNK FBI: 39 36 2 FBI: 53 30 3 GRA: 48/40,49/40,49/35,53/35
CP_LNK FBI: 39 30 2 FBI: 53 30 2 GRA: 48/34,53/34
CP_LNK IFP: 30 40 FBI: 39 36 3 GRA: 39/41,39/41
CP_LNK IFP: 30 39 FBI: 39 36 2 GRA: 39/40,39/40
CP_LNK FBI: 53 30 2 GVI: 61 33 GRA: 61/34,61/34
CP_LNK FBI: 15 30 2 FBI: 39 30 2 GRA: 23/34,39/34
CP_LNK GVI: 6 33 FBI: 15 30 2 GRA: 15/34,15/34
CP_LNK IFP: 19 26 FBI: 28 23 2 GRA: 28/27,28/27
CP_LNK IFP: 6 34 FBI: 15 30 3 GRA: 15/35,15/35
CP_LNK FBI: 28 23 2 GVI: 35 26 GRA: 35/27,35/27
CP_LNK GVI: 43 23 FBI: 52 20 2 GRA: 52/24,52/24
CP_LNK GVI: 43 24 FBI: 52 20 3 GRA: 52/25,52/25
CP_LNK FBI: 52 20 2 GVI: 61 23 GRA: 61/24,61/24
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DIGA16 "07/21/03 11:59:28" TEXT:
CP_DFB "DIGA16" HEIGHT/WIDTH: 27 9 FBTK_DFB "07/21/03 11:59:28" TEXT: De dfb DIGA is een functieblok waarin een 16 alarmeringen
...TXT verwerkt worden.
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DIGA16{1,2}
CL_FRM "Acoftijd" ID_4 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "Accept" ID_5 SHOW POSL 24 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Rst_alg" ID_6 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Ond_wrd" ID_18 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Pri_wrd" ID_19 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_pri" ID_22 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_sec" ID_23 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Sta_wrd" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "Meld_1" ID_26 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_2" ID_27 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_3" ID_28 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_4" ID_29 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_5" ID_30 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_6" ID_31 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_7" ID_32 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_8" ID_33 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_9" ID_34 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_10" ID_35 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_11" ID_36 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_12" ID_37 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_13" ID_38 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_14" ID_39 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_15" ID_40 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Meld_16" ID_41 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_12" ID_55 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_13" ID_56 SHOW POSR 18 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_14" ID_57 SHOW POSR 19 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_15" ID_58 SHOW POSR 20 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_16" ID_59 SHOW POSR 21 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_1" ID_60 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_2" ID_61 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_3" ID_62 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_4" ID_63 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_5" ID_64 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_6" ID_65 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_7" ID_66 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_8" ID_67 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_9" ID_68 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_10" ID_69 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Str_11" ID_70 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "SR" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S1" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BIT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "BIT0" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "WORD_TO_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 8 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
CP_GV2 "bed_wrd_reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "sta_wrd_geaccepteerd_opgelost_6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_storing_da_1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_storing_da_16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_storing_da_16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_storing_da_16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_storing_da_16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "alarmen_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "conversie_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "tijdvertr" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "meld16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_geaccepteerd_opgelost_16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Opstart_reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "conversie_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 3 EXEC: 1 TEXT:
CP_IFP "Ond_wrd" 38 7 FP_IO_OUTPUT
CP_IFP "Bed_wrd" 4 26 FP_IO_OUTPUT
CP_IFP "Pri_wrd" 4 6 FP_IO_OUTPUT
CP_IFP "Alw_pri" 23 46 FP_IO_INPUT
CP_IFP "Alw_sec" 57 47 FP_IO_INPUT
CP_IFP "Sta_wrd" 69 67 FP_IO_INPUT
CP_FBI "WORD_TO_BIT" 13 3 CODID: 1 NAME: "primair_woord" TEXT:
CP_FBI "WORD_TO_INT" 59 64 CODID: 6 NAME: ".3.13" TEXT:
CP_FBI "WORD_TO_BIT" 13 23 CODID: 2 NAME: "bedien_woord" TEXT:
CP_FBI "WORD_TO_BIT" 47 4 CODID: 3 NAME: "onderdrukken_woord" TEXT:
CP_FBI "BIT_TO_WORD" 13 43 CODID: 4 NAME: ".3.9" TEXT:
CP_FBI "BIT_TO_WORD" 47 44 CODID: 7 NAME: ".3.14" TEXT:
CP_FBI "BIT_TO_WORD" 47 64 CODID: 5 NAME: ".3.15" TEXT:
CP_GVI NAMED_VAR: "bed_wrd_bit11" 23 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit10" 23 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit9" 23 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit8" 23 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit7" 23 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit6" 23 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit5" 23 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit4" 23 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit3" 23 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 23 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_1" 4 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_2" 4 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_3" 4 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_4" 4 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_5" 4 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_6" 4 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_7" 4 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_8" 4 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_9" 4 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_10" 4 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_11" 4 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_12" 4 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_13" 4 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_14" 4 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_15" 4 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_16" 4 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_1" 57 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_2" 57 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_3" 57 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_4" 57 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_5" 57 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_6" 57 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_7" 57 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_8" 57 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_9" 57 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_10" 57 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_11" 57 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_12" 57 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_13" 57 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_14" 57 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_15" 57 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_16" 57 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit16" 23 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit15" 23 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit14" 23 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit13" 23 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit12" 23 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit2" 23 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_1" 23 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_2" 23 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_3" 23 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_4" 23 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_5" 23 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_6" 23 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_7" 23 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_8" 23 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_9" 23 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_10" 23 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_11" 23 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_12" 23 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_13" 23 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_14" 23 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_15" 23 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_16" 23 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_1" 38 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_2" 38 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_3" 38 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_4" 38 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_5" 38 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_6" 38 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_7" 38 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_8" 38 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_9" 38 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_10" 38 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_11" 38 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_12" 38 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_13" 38 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_14" 38 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_15" 38 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_16" 38 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_1" 38 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_2" 38 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_3" 38 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_4" 38 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_5" 38 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_6" 38 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_7" 38 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_8" 38 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_9" 38 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_10" 38 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_11" 38 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_12" 38 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_13" 38 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_14" 38 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_15" 38 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_16" 38 82 FP_IO_OUTPUT
CP_LNK IFP: 38 7 FBI: 47 4 2 GRA: 47/8,47/8
CP_LNK IFP: 4 26 FBI: 13 23 2 GRA: 13/27,13/27
CP_LNK IFP: 4 6 FBI: 13 3 2 GRA: 13/7,13/7
CP_LNK FBI: 13 43 2 IFP: 23 46 GRA: 23/47,23/47
CP_LNK FBI: 13 23 12 GVI: 23 36 GRA: 23/37,23/37
CP_LNK FBI: 13 23 11 GVI: 23 35 GRA: 23/36,23/36
CP_LNK FBI: 13 23 10 GVI: 23 34 GRA: 23/35,23/35
CP_LNK FBI: 13 23 9 GVI: 23 33 GRA: 23/34,23/34
CP_LNK FBI: 13 23 8 GVI: 23 32 GRA: 23/33,23/33
CP_LNK FBI: 13 23 7 GVI: 23 31 GRA: 23/32,23/32
CP_LNK FBI: 13 23 6 GVI: 23 30 GRA: 23/31,23/31
CP_LNK FBI: 13 23 5 GVI: 23 29 GRA: 23/30,23/30
CP_LNK FBI: 13 23 4 GVI: 23 28 GRA: 23/29,23/29
CP_LNK FBI: 13 23 2 GVI: 23 26 GRA: 23/27,23/27
CP_LNK GVI: 4 46 FBI: 13 43 2 GRA: 13/47,13/47
CP_LNK GVI: 4 47 FBI: 13 43 3 GRA: 13/48,13/48
CP_LNK GVI: 4 48 FBI: 13 43 4 GRA: 13/49,13/49
CP_LNK GVI: 4 49 FBI: 13 43 5 GRA: 13/50,13/50
CP_LNK GVI: 4 50 FBI: 13 43 6 GRA: 13/51,13/51
CP_LNK GVI: 4 51 FBI: 13 43 7 GRA: 13/52,13/52
CP_LNK GVI: 4 52 FBI: 13 43 8 GRA: 13/53,13/53
CP_LNK GVI: 4 53 FBI: 13 43 9 GRA: 13/54,13/54
CP_LNK GVI: 4 54 FBI: 13 43 10 GRA: 13/55,13/55
CP_LNK GVI: 4 55 FBI: 13 43 11 GRA: 13/56,13/56
CP_LNK GVI: 4 56 FBI: 13 43 12 GRA: 13/57,13/57
CP_LNK GVI: 4 57 FBI: 13 43 13 GRA: 13/58,13/58
CP_LNK GVI: 4 58 FBI: 13 43 14 GRA: 13/59,13/59
CP_LNK GVI: 4 59 FBI: 13 43 15 GRA: 13/60,13/60
CP_LNK GVI: 4 60 FBI: 13 43 16 GRA: 13/61,13/61
CP_LNK GVI: 4 61 FBI: 13 43 17 GRA: 13/62,13/62
CP_LNK FBI: 47 4 2 GVI: 57 7 GRA: 57/8,57/8
CP_LNK FBI: 47 4 3 GVI: 57 8 GRA: 57/9,57/9
CP_LNK FBI: 47 4 4 GVI: 57 9 GRA: 57/10,57/10
CP_LNK FBI: 47 4 5 GVI: 57 10 GRA: 57/11,57/11
CP_LNK FBI: 47 4 6 GVI: 57 11 GRA: 57/12,57/12
CP_LNK FBI: 47 4 7 GVI: 57 12 GRA: 57/13,57/13
CP_LNK FBI: 47 4 8 GVI: 57 13 GRA: 57/14,57/14
CP_LNK FBI: 47 4 9 GVI: 57 14 GRA: 57/15,57/15
CP_LNK FBI: 47 4 10 GVI: 57 15 GRA: 57/16,57/16
CP_LNK FBI: 47 4 11 GVI: 57 16 GRA: 57/17,57/17
CP_LNK FBI: 47 4 12 GVI: 57 17 GRA: 57/18,57/18
CP_LNK FBI: 47 4 13 GVI: 57 18 GRA: 57/19,57/19
CP_LNK FBI: 47 4 14 GVI: 57 19 GRA: 57/20,57/20
CP_LNK FBI: 47 4 15 GVI: 57 20 GRA: 57/21,57/21
CP_LNK FBI: 47 4 16 GVI: 57 21 GRA: 57/22,57/22
CP_LNK FBI: 47 4 17 GVI: 57 22 GRA: 57/23,57/23
CP_LNK FBI: 13 23 17 GVI: 23 41 GRA: 23/42,23/42
CP_LNK FBI: 13 23 16 GVI: 23 40 GRA: 23/41,23/41
CP_LNK FBI: 13 23 15 GVI: 23 39 GRA: 23/40,23/40
CP_LNK FBI: 13 23 14 GVI: 23 38 GRA: 23/39,23/39
CP_LNK FBI: 13 23 13 GVI: 23 37 GRA: 23/38,23/38
CP_LNK FBI: 13 23 3 GVI: 23 27 GRA: 23/28,23/28
CP_LNK FBI: 13 3 2 GVI: 23 6 GRA: 23/7,23/7
CP_LNK FBI: 13 3 3 GVI: 23 7 GRA: 23/8,23/8
CP_LNK FBI: 13 3 4 GVI: 23 8 GRA: 23/9,23/9
CP_LNK FBI: 13 3 5 GVI: 23 9 GRA: 23/10,23/10
CP_LNK FBI: 13 3 6 GVI: 23 10 GRA: 23/11,23/11
CP_LNK FBI: 13 3 7 GVI: 23 11 GRA: 23/12,23/12
CP_LNK FBI: 13 3 8 GVI: 23 12 GRA: 23/13,23/13
CP_LNK FBI: 13 3 9 GVI: 23 13 GRA: 23/14,23/14
CP_LNK FBI: 13 3 10 GVI: 23 14 GRA: 23/15,23/15
CP_LNK FBI: 13 3 11 GVI: 23 15 GRA: 23/16,23/16
CP_LNK FBI: 13 3 12 GVI: 23 16 GRA: 23/17,23/17
CP_LNK FBI: 13 3 13 GVI: 23 17 GRA: 23/18,23/18
CP_LNK FBI: 13 3 14 GVI: 23 18 GRA: 23/19,23/19
CP_LNK FBI: 13 3 15 GVI: 23 19 GRA: 23/20,23/20
CP_LNK FBI: 13 3 16 GVI: 23 20 GRA: 23/21,23/21
CP_LNK FBI: 13 3 17 GVI: 23 21 GRA: 23/22,23/22
CP_LNK FBI: 47 44 2 IFP: 57 47 GRA: 57/48,57/48
CP_LNK GVI: 38 47 FBI: 47 44 2 GRA: 47/48,47/48
CP_LNK GVI: 38 48 FBI: 47 44 3 GRA: 47/49,47/49
CP_LNK GVI: 38 49 FBI: 47 44 4 GRA: 47/50,47/50
CP_LNK GVI: 38 50 FBI: 47 44 5 GRA: 47/51,47/51
CP_LNK GVI: 38 51 FBI: 47 44 6 GRA: 47/52,47/52
CP_LNK GVI: 38 52 FBI: 47 44 7 GRA: 47/53,47/53
CP_LNK GVI: 38 53 FBI: 47 44 8 GRA: 47/54,47/54
CP_LNK GVI: 38 54 FBI: 47 44 9 GRA: 47/55,47/55
CP_LNK GVI: 38 55 FBI: 47 44 10 GRA: 47/56,47/56
CP_LNK GVI: 38 56 FBI: 47 44 11 GRA: 47/57,47/57
CP_LNK GVI: 38 57 FBI: 47 44 12 GRA: 47/58,47/58
CP_LNK GVI: 38 58 FBI: 47 44 13 GRA: 47/59,47/59
CP_LNK GVI: 38 59 FBI: 47 44 14 GRA: 47/60,47/60
CP_LNK GVI: 38 60 FBI: 47 44 15 GRA: 47/61,47/61
CP_LNK GVI: 38 61 FBI: 47 44 16 GRA: 47/62,47/62
CP_LNK GVI: 38 62 FBI: 47 44 17 GRA: 47/63,47/63
CP_LNK FBI: 47 64 2 FBI: 59 64 2 GRA: 57/68,59/68
CP_LNK FBI: 59 64 2 IFP: 69 67 GRA: 69/68,69/68
CP_LNK GVI: 38 67 FBI: 47 64 2 GRA: 47/68,47/68
CP_LNK GVI: 38 68 FBI: 47 64 3 GRA: 47/69,47/69
CP_LNK GVI: 38 69 FBI: 47 64 4 GRA: 47/70,47/70
CP_LNK GVI: 38 70 FBI: 47 64 5 GRA: 47/71,47/71
CP_LNK GVI: 38 71 FBI: 47 64 6 GRA: 47/72,47/72
CP_LNK GVI: 38 72 FBI: 47 64 7 GRA: 47/73,47/73
CP_LNK GVI: 38 73 FBI: 47 64 8 GRA: 47/74,47/74
CP_LNK GVI: 38 74 FBI: 47 64 9 GRA: 47/75,47/75
CP_LNK GVI: 38 75 FBI: 47 64 10 GRA: 47/76,47/76
CP_LNK GVI: 38 76 FBI: 47 64 11 GRA: 47/77,47/77
CP_LNK GVI: 38 77 FBI: 47 64 12 GRA: 47/78,47/78
CP_LNK GVI: 38 78 FBI: 47 64 13 GRA: 47/79,47/79
CP_LNK GVI: 38 79 FBI: 47 64 14 GRA: 47/80,47/80
CP_LNK GVI: 38 80 FBI: 47 64 15 GRA: 47/81,47/81
CP_LNK GVI: 38 81 FBI: 47 64 16 GRA: 47/82,47/82
CP_LNK GVI: 38 82 FBI: 47 64 17 GRA: 47/83,47/83
CP_SEC "alarmen_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 2 TEXT:
CP_IFP "Meld_1" 6 11 FP_IO_OUTPUT
CP_IFP "Acoftijd" 6 5 FP_IO_OUTPUT
CP_IFP "Rst_alg" 231 36 FP_IO_OUTPUT
CP_IFP "Accept" 231 35 FP_IO_OUTPUT
CP_IFP "Rst_alg" 231 30 FP_IO_OUTPUT
CP_IFP "Accept" 6 18 FP_IO_OUTPUT
CP_IFP "Str_1" 50 12 FP_IO_INPUT
CP_IFP "Str_1" 6 19 FP_IO_OUTPUT
CP_IFP "Accept" 6 36 FP_IO_OUTPUT
CP_IFP "Meld_2" 6 29 FP_IO_OUTPUT
CP_IFP "Str_2" 6 37 FP_IO_OUTPUT
CP_IFP "Str_2" 50 30 FP_IO_INPUT
CP_IFP "Accept" 6 54 FP_IO_OUTPUT
CP_IFP "Accept" 6 72 FP_IO_OUTPUT
CP_IFP "Accept" 6 91 FP_IO_OUTPUT
CP_IFP "Meld_3" 6 47 FP_IO_OUTPUT
CP_IFP "Str_3" 6 55 FP_IO_OUTPUT
CP_IFP "Str_3" 50 48 FP_IO_INPUT
CP_IFP "Str_4" 50 66 FP_IO_INPUT
CP_IFP "Str_4" 6 73 FP_IO_OUTPUT
CP_IFP "Meld_4" 6 65 FP_IO_OUTPUT
CP_IFP "Str_5" 50 85 FP_IO_INPUT
CP_IFP "Meld_5" 6 84 FP_IO_OUTPUT
CP_IFP "Str_5" 6 92 FP_IO_OUTPUT
CP_IFP "Accept" 82 16 FP_IO_OUTPUT
CP_IFP "Accept" 82 34 FP_IO_OUTPUT
CP_IFP "Accept" 82 53 FP_IO_OUTPUT
CP_IFP "Accept" 82 71 FP_IO_OUTPUT
CP_IFP "Accept" 81 90 FP_IO_OUTPUT
CP_IFP "Str_6" 126 10 FP_IO_INPUT
CP_IFP "Meld_6" 82 9 FP_IO_OUTPUT
CP_IFP "Str_6" 82 17 FP_IO_OUTPUT
CP_IFP "Meld_7" 82 27 FP_IO_OUTPUT
CP_IFP "Str_7" 82 35 FP_IO_OUTPUT
CP_IFP "Str_7" 126 28 FP_IO_INPUT
CP_IFP "Str_8" 126 47 FP_IO_INPUT
CP_IFP "Meld_8" 82 46 FP_IO_OUTPUT
CP_IFP "Str_8" 82 54 FP_IO_OUTPUT
CP_IFP "Str_9" 126 65 FP_IO_INPUT
CP_IFP "Str_9" 82 72 FP_IO_OUTPUT
CP_IFP "Meld_9" 82 64 FP_IO_OUTPUT
CP_IFP "Str_10" 125 84 FP_IO_INPUT
CP_IFP "Meld_10" 81 83 FP_IO_OUTPUT
CP_IFP "Str_10" 81 91 FP_IO_OUTPUT
CP_IFP "Accept" 156 16 FP_IO_OUTPUT
CP_IFP "Accept" 156 34 FP_IO_OUTPUT
CP_IFP "Accept" 156 52 FP_IO_OUTPUT
CP_IFP "Accept" 156 70 FP_IO_OUTPUT
CP_IFP "Accept" 156 89 FP_IO_OUTPUT
CP_IFP "Str_15" 200 83 FP_IO_INPUT
CP_IFP "Meld_15" 156 82 FP_IO_OUTPUT
CP_IFP "Str_15" 156 90 FP_IO_OUTPUT
CP_IFP "Str_14" 200 64 FP_IO_INPUT
CP_IFP "Str_14" 156 71 FP_IO_OUTPUT
CP_IFP "Meld_14" 156 63 FP_IO_OUTPUT
CP_IFP "Str_13" 200 46 FP_IO_INPUT
CP_IFP "Meld_13" 156 45 FP_IO_OUTPUT
CP_IFP "Str_13" 156 53 FP_IO_OUTPUT
CP_IFP "Str_12" 200 28 FP_IO_INPUT
CP_IFP "Meld_12" 156 27 FP_IO_OUTPUT
CP_IFP "Str_12" 156 35 FP_IO_OUTPUT
CP_IFP "Str_11" 200 10 FP_IO_INPUT
CP_IFP "Meld_11" 156 9 FP_IO_OUTPUT
CP_IFP "Str_11" 156 17 FP_IO_OUTPUT
CP_IFP "Accept" 231 17 FP_IO_OUTPUT
CP_IFP "Str_16" 275 11 FP_IO_INPUT
CP_IFP "Meld_16" 231 10 FP_IO_OUTPUT
CP_IFP "Str_16" 231 18 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 27 14 CODID: 4 NAME: ".1.209" TEXT:
CP_FBI "RS" 15 15 CODID: 3 NAME: "FBI_1_208" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 15 8 CODID: 1 NAME: ".1.97" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 29 8 CODID: 2 NAME: "FBI_1_98" TEXT:
CP_FBI "SR" 43 9 CODID: 5 NAME: "FBI_1_218" TEXT:
CP_FBI "AND_BOOL" 52 14 CODID: 6 NAME: ".1.100" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 4 CODID: 7 NAME: ".1.101" TEXT:
CP_FBI "AND_BOOL" 15 26 CODID: 12 NAME: ".1.219" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 29 26 CODID: 13 NAME: "FBI_1_220" TEXT:
CP_FBI "AND_BOOL" 15 44 CODID: 19 NAME: ".1.226" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "OR_BOOL" 240 26 CODID: 9 NAME: ".1.201" TEXT:
CP_FBI "TIME_MUL_INT" 15 1 CODID: 8 NAME: ".1.106" TEXT:
CP_FBI "RS" 15 33 CODID: 14 NAME: "FBI_1_221" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 27 32 CODID: 15 NAME: ".1.222" TEXT:
CP_FBI "SR" 43 27 CODID: 16 NAME: "FBI_1_223" TEXT:
CP_FBI "AND_BOOL" 52 32 CODID: 17 NAME: ".1.224" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 22 CODID: 18 NAME: ".1.225" TEXT:
CP_FBI "TON" 29 44 CODID: 20 NAME: "FBI_1_227" TEXT:
CP_FBI "RS" 15 51 CODID: 21 NAME: "FBI_1_228" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 27 50 CODID: 22 NAME: ".1.229" TEXT:
CP_FBI "SR" 43 45 CODID: 23 NAME: "FBI_1_230" TEXT:
CP_FBI "AND_BOOL" 52 50 CODID: 24 NAME: ".1.231" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 40 CODID: 25 NAME: ".1.232" TEXT:
CP_FBI "AND_BOOL" 15 62 CODID: 26 NAME: ".1.233" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 29 62 CODID: 27 NAME: "FBI_1_234" TEXT:
CP_FBI "RS" 15 69 CODID: 28 NAME: "FBI_1_235" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 27 68 CODID: 29 NAME: ".1.236" TEXT:
CP_FBI "SR" 43 63 CODID: 30 NAME: "FBI_1_237" TEXT:
CP_FBI "AND_BOOL" 52 68 CODID: 31 NAME: ".1.238" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 52 58 CODID: 32 NAME: ".1.239" TEXT:
CP_FBI "AND_BOOL" 15 81 CODID: 33 NAME: ".1.240" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 29 81 CODID: 34 NAME: "FBI_1_241" TEXT:
CP_FBI "AND_BOOL" 91 6 CODID: 40 NAME: ".1.247" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 105 6 CODID: 41 NAME: "FBI_1_248" TEXT:
CP_FBI "RS" 91 13 CODID: 42 NAME: "FBI_1_249" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 103 12 CODID: 43 NAME: ".1.250" TEXT:
CP_FBI "SR" 119 7 CODID: 44 NAME: "FBI_1_251" TEXT:
CP_FBI "AND_BOOL" 240 7 CODID: 110 NAME: ".1.317" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 128 12 CODID: 45 NAME: ".1.252" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 128 2 CODID: 46 NAME: ".1.253" TEXT:
CP_FBI "AND_BOOL" 91 24 CODID: 47 NAME: ".1.254" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 105 24 CODID: 48 NAME: "FBI_1_255" TEXT:
CP_FBI "RS" 91 31 CODID: 49 NAME: "FBI_1_256" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 103 30 CODID: 50 NAME: ".1.257" TEXT:
CP_FBI "SR" 119 25 CODID: 51 NAME: "FBI_1_258" TEXT:
CP_FBI "AND_BOOL" 128 30 CODID: 52 NAME: ".1.259" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 128 20 CODID: 53 NAME: ".1.260" TEXT:
CP_FBI "AND_BOOL" 91 43 CODID: 54 NAME: ".1.261" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 105 43 CODID: 55 NAME: "FBI_1_262" TEXT:
CP_FBI "RS" 91 50 CODID: 56 NAME: "FBI_1_263" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 103 49 CODID: 57 NAME: ".1.264" TEXT:
CP_FBI "SR" 119 44 CODID: 58 NAME: "FBI_1_265" TEXT:
CP_FBI "AND_BOOL" 128 49 CODID: 59 NAME: ".1.266" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 128 39 CODID: 60 NAME: ".1.267" TEXT:
CP_FBI "AND_BOOL" 91 61 CODID: 61 NAME: ".1.268" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 105 61 CODID: 62 NAME: "FBI_1_269" TEXT:
CP_FBI "RS" 91 68 CODID: 63 NAME: "FBI_1_270" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 103 67 CODID: 64 NAME: ".1.271" TEXT:
CP_FBI "TON" 254 7 CODID: 111 NAME: "FBI_1_318" TEXT:
CP_FBI "RS" 240 14 CODID: 112 NAME: "FBI_1_319" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 252 13 CODID: 113 NAME: ".1.320" TEXT:
CP_FBI "SR" 268 8 CODID: 114 NAME: "FBI_1_321" TEXT:
CP_FBI "AND_BOOL" 165 6 CODID: 75 NAME: ".1.282" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 179 6 CODID: 76 NAME: "FBI_1_283" TEXT:
CP_FBI "RS" 165 13 CODID: 77 NAME: "FBI_1_284" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 177 12 CODID: 78 NAME: ".1.285" TEXT:
CP_FBI "SR" 193 7 CODID: 79 NAME: "FBI_1_286" TEXT:
CP_FBI "AND_BOOL" 202 12 CODID: 80 NAME: ".1.287" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 202 2 CODID: 81 NAME: ".1.288" TEXT:
CP_FBI "AND_BOOL" 165 24 CODID: 82 NAME: ".1.289" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 179 24 CODID: 83 NAME: "FBI_1_290" TEXT:
CP_FBI "RS" 165 31 CODID: 84 NAME: "FBI_1_291" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 177 30 CODID: 85 NAME: ".1.292" TEXT:
CP_FBI "SR" 193 25 CODID: 86 NAME: "FBI_1_293" TEXT:
CP_FBI "AND_BOOL" 202 30 CODID: 87 NAME: ".1.294" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 202 20 CODID: 88 NAME: ".1.295" TEXT:
CP_FBI "AND_BOOL" 165 42 CODID: 89 NAME: ".1.296" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 179 42 CODID: 90 NAME: "FBI_1_297" TEXT:
CP_FBI "RS" 165 49 CODID: 91 NAME: "FBI_1_298" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 177 48 CODID: 92 NAME: ".1.299" TEXT:
CP_FBI "SR" 193 43 CODID: 93 NAME: "FBI_1_300" TEXT:
CP_FBI "AND_BOOL" 202 48 CODID: 94 NAME: ".1.301" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 202 38 CODID: 95 NAME: ".1.302" TEXT:
CP_FBI "AND_BOOL" 165 60 CODID: 96 NAME: ".1.303" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 179 60 CODID: 97 NAME: "FBI_1_304" TEXT:
CP_FBI "RS" 165 67 CODID: 98 NAME: "FBI_1_305" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 177 66 CODID: 99 NAME: ".1.306" TEXT:
CP_FBI "RS" 15 88 CODID: 35 NAME: "FBI_1_242" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 27 87 CODID: 36 NAME: ".1.243" TEXT:
CP_FBI "SR" 43 82 CODID: 37 NAME: "FBI_1_244" TEXT:
CP_FBI "AND_BOOL" 52 87 CODID: 38 NAME: ".1.245" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 240 32 CODID: 10 NAME: ".1.205" TEXT:
CP_FBI "OR_BOOL" 253 26 CODID: 11 NAME: ".1.206" TEXT:
CP_FBI "AND_BOOL" 52 77 CODID: 39 NAME: ".1.246" TEXT:
CP_FBI "SR" 119 62 CODID: 65 NAME: "FBI_1_272" TEXT:
CP_FBI "AND_BOOL" 128 67 CODID: 66 NAME: ".1.273" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 128 57 CODID: 67 NAME: ".1.274" TEXT:
CP_FBI "AND_BOOL" 90 80 CODID: 68 NAME: ".1.275" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 104 80 CODID: 69 NAME: "FBI_1_276" TEXT:
CP_FBI "RS" 90 87 CODID: 70 NAME: "FBI_1_277" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 102 86 CODID: 71 NAME: ".1.278" TEXT:
CP_FBI "SR" 118 81 CODID: 72 NAME: "FBI_1_279" TEXT:
CP_FBI "AND_BOOL" 127 86 CODID: 73 NAME: ".1.280" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 127 76 CODID: 74 NAME: ".1.281" TEXT:
CP_FBI "SR" 193 61 CODID: 100 NAME: "FBI_1_307" TEXT:
CP_FBI "AND_BOOL" 202 66 CODID: 101 NAME: ".1.308" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 202 56 CODID: 102 NAME: ".1.309" TEXT:
CP_FBI "AND_BOOL" 165 79 CODID: 103 NAME: ".1.310" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "TON" 179 79 CODID: 104 NAME: "FBI_1_311" TEXT:
CP_FBI "RS" 165 86 CODID: 105 NAME: "FBI_1_312" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 177 85 CODID: 106 NAME: ".1.313" TEXT:
CP_FBI "SR" 193 80 CODID: 107 NAME: "FBI_1_314" TEXT:
CP_FBI "AND_BOOL" 202 85 CODID: 108 NAME: ".1.315" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 202 75 CODID: 109 NAME: ".1.316" TEXT:
CP_FBI "AND_BOOL" 277 13 CODID: 115 NAME: ".1.322" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 277 3 CODID: 116 NAME: ".1.323" TEXT:
CP_FBI "AND_BOOL" 27 20 CODID: 117 NAME: ".1.324" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 27 38 CODID: 118 NAME: ".1.325" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 27 56 CODID: 119 NAME: ".1.326" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 27 74 CODID: 120 NAME: ".1.327" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 27 93 CODID: 121 NAME: ".1.328" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 103 18 CODID: 122 NAME: ".1.329" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 103 36 CODID: 123 NAME: ".1.330" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 103 55 CODID: 124 NAME: ".1.331" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 103 73 CODID: 125 NAME: ".1.332" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 102 92 CODID: 126 NAME: ".1.333" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 177 91 CODID: 127 NAME: ".1.334" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 177 72 CODID: 128 NAME: ".1.335" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 177 54 CODID: 129 NAME: ".1.336" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 177 18 CODID: 130 NAME: ".1.337" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 177 36 CODID: 131 NAME: ".1.338" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 252 19 CODID: 132 NAME: ".1.339" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_GVI NAMED_VAR: "ond_wrd_storing_da_1" 6 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_1" 61 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_1" 61 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_1" 43 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_1" 43 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 25 4 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld1" 36 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "reset" 261 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 231 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 18 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 249 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "Opstart_reset" 6 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 18 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 6 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_2" 61 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_2" 43 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_2" 61 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_2" 43 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld2" 36 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_2" 6 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 18 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 6 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_3" 61 43 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_3" 43 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_3" 61 53 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_3" 43 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld3" 36 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_3" 6 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 18 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 6 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_4" 6 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld4" 36 65 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_4" 61 71 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_4" 43 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_4" 61 61 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_4" 43 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 20 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 18 90 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 6 86 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_5" 61 80 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_5" 43 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_5" 61 90 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_5" 43 91 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld5" 36 84 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_5" 6 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 96 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 94 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 82 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_6" 137 5 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_6" 119 5 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_6" 137 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_6" 119 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld6" 112 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_6" 82 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 96 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 94 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 82 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_7" 137 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_7" 119 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_7" 137 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_7" 119 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld7" 112 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_7" 82 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 96 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 94 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 82 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_8" 137 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_8" 119 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_8" 137 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_8" 119 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld8" 112 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_8" 82 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 96 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 94 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 82 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_9" 137 60 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_9" 119 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_9" 137 70 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_9" 119 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld9" 112 64 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_9" 82 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 95 84 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 93 89 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 81 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_10" 136 79 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_10" 118 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_10" 136 89 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_10" 118 90 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld10" 111 83 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_10" 81 84 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 170 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 168 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 156 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_11" 211 5 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_11" 193 5 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_11" 211 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_11" 193 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld11" 186 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_11" 156 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 170 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 168 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 156 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_12" 211 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_12" 193 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_12" 211 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_12" 193 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld12" 186 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_12" 156 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 170 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 168 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 156 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_13" 211 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_13" 193 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_13" 211 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_13" 193 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld13" 186 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_13" 156 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 170 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 168 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 156 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_14" 211 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_14" 193 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_14" 211 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_14" 193 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld14" 186 63 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_14" 156 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 170 83 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 168 88 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 156 84 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_15" 211 78 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_15" 193 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_15" 211 88 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_15" 193 89 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld15" 186 82 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_15" 156 83 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "tijdvertr" 245 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 243 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Opstart_reset" 231 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_da_16" 286 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_16" 268 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_da_16" 286 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_da_16" 268 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld16" 261 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_da_16" 231 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld1" 18 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_1" 36 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld2" 18 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_2" 36 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld3" 18 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_3" 36 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld4" 18 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_4" 36 77 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld5" 18 97 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_5" 36 96 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld6" 94 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_6" 112 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld7" 94 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_7" 112 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_8" 112 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld8" 94 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld9" 94 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_9" 112 76 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld10" 93 96 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_10" 111 95 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld15" 168 95 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_15" 186 94 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld14" 168 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_14" 186 75 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_13" 186 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld13" 168 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld11" 168 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_11" 186 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_12" 186 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "meld12" 168 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "meld16" 243 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_geaccepteerd_opgelost_16" 261 22 FP_IO_INPUT
CP_CON 6 4 IEC_TIME_ID T#1s
CP_LNK GVI: 6 12 FBI: 15 8 3 GRA: 15/13,15/13
CP_LNK FBI: 52 14 2 GVI: 61 17 GRA: 61/18,61/18
CP_LNK FBI: 52 4 2 GVI: 61 7 GRA: 61/8,61/8
CP_LNK FBI: 29 8 2 GVI: 36 11 GRA: 36/12,36/12
CP_LNK FBI: 29 8 2 FBI: 43 9 2 GRA: 36/12,37/12,37/13,43/13
CP_LNK FBI: 15 8 2 FBI: 29 8 2 GRA: 24/12,29/12
CP_LNK GVI: 43 7 FBI: 52 4 2 GRA: 52/8,52/8
CP_LNK FBI: 43 9 2 IFP: 50 12 GRA: 50/13,50/13
CP_LNK FBI: 43 9 2 FBI: 52 14 2 GRA: 50/13,51/13,51/18,52/18
CP_LNK FBI: 43 9 2 FBI: 52 4 3 GRA: 50/13,51/13,51/9,52/9
CP_LNK GVI: 43 18 FBI: 52 14 3 GRA: 52/19,52/19
CP_LNK GVI: 20 12 FBI: 29 8 3 GRA: 29/13,29/13
CP_LNK IFP: 6 11 FBI: 15 8 2 GRA: 15/12,15/12
CP_LNK FBI: 15 1 2 GVI: 25 4 GRA: 25/5,25/5
CP_LNK IFP: 6 5 FBI: 15 1 3 GRA: 15/6,15/6
CP_LNK CON: 6 4 FBI: 15 1 2 GRA: 15/5,15/5
CP_LNK FBI: 240 32 2 GVI: 249 35 GRA: 249/36,249/36
CP_LNK FBI: 240 32 2 FBI: 253 26 3 GRA: 249/36,250/36,250/31,253/31
CP_LNK IFP: 231 36 FBI: 240 32 3 GRA: 240/37,240/37
CP_LNK IFP: 231 35 FBI: 240 32 2 GRA: 240/36,240/36
CP_LNK FBI: 253 26 2 GVI: 261 29 GRA: 261/30,261/30
CP_LNK GVI: 231 29 FBI: 240 26 2 GRA: 240/30,240/30
CP_LNK IFP: 231 30 FBI: 240 26 3 GRA: 240/31,240/31
CP_LNK IFP: 6 18 FBI: 15 15 2 GRA: 15/19,15/19
CP_LNK GVI: 18 17 FBI: 27 14 2 GRA: 27/18,27/18
CP_LNK FBI: 27 14 2 FBI: 43 9 3 GRA: 36/18,37/18,37/14,43/14
CP_LNK FBI: 240 26 2 FBI: 253 26 2 GRA: 248/30,253/30
CP_LNK IFP: 6 19 FBI: 15 15 3 GRA: 15/20,15/20
CP_LNK GVI: 6 13 FBI: 15 8 4 GRA: 15/14,15/14
CP_LNK FBI: 15 15 2 FBI: 27 20 2 GRA: 22/19,26/19,26/24,27/24
CP_LNK FBI: 15 15 2 FBI: 27 14 3 GRA: 22/19,27/19
CP_LNK FBI: 15 33 2 FBI: 27 38 2 GRA: 22/37,26/37,26/42,27/42
CP_LNK FBI: 15 33 2 FBI: 27 32 3 GRA: 22/37,27/37
CP_LNK FBI: 29 26 2 GVI: 36 29 GRA: 36/30,36/30
CP_LNK FBI: 29 26 2 FBI: 43 27 2 GRA: 36/30,37/30,37/31,43/31
CP_LNK FBI: 15 26 2 FBI: 29 26 2 GRA: 24/30,29/30
CP_LNK FBI: 43 27 2 IFP: 50 30 GRA: 50/31,50/31
CP_LNK FBI: 43 27 2 FBI: 52 32 2 GRA: 50/31,51/31,51/36,52/36
CP_LNK FBI: 43 27 2 FBI: 52 22 3 GRA: 50/31,51/31,51/27,52/27
CP_LNK GVI: 20 30 FBI: 29 26 3 GRA: 29/31,29/31
CP_LNK IFP: 6 36 FBI: 15 33 2 GRA: 15/37,15/37
CP_LNK GVI: 18 35 FBI: 27 32 2 GRA: 27/36,27/36
CP_LNK FBI: 27 32 2 FBI: 43 27 3 GRA: 36/36,37/36,37/32,43/32
CP_LNK GVI: 6 31 FBI: 15 26 4 GRA: 15/32,15/32
CP_LNK FBI: 52 22 2 GVI: 61 25 GRA: 61/26,61/26
CP_LNK GVI: 43 25 FBI: 52 22 2 GRA: 52/26,52/26
CP_LNK FBI: 52 32 2 GVI: 61 35 GRA: 61/36,61/36
CP_LNK GVI: 43 36 FBI: 52 32 3 GRA: 52/37,52/37
CP_LNK GVI: 6 30 FBI: 15 26 3 GRA: 15/31,15/31
CP_LNK IFP: 6 29 FBI: 15 26 2 GRA: 15/30,15/30
CP_LNK IFP: 6 37 FBI: 15 33 3 GRA: 15/38,15/38
CP_LNK FBI: 15 51 2 FBI: 27 56 2 GRA: 22/55,26/55,26/60,27/60
CP_LNK FBI: 15 51 2 FBI: 27 50 3 GRA: 22/55,27/55
CP_LNK FBI: 29 44 2 GVI: 36 47 GRA: 36/48,36/48
CP_LNK FBI: 29 44 2 FBI: 43 45 2 GRA: 36/48,37/48,37/49,43/49
CP_LNK FBI: 15 44 2 FBI: 29 44 2 GRA: 24/48,29/48
CP_LNK FBI: 43 45 2 IFP: 50 48 GRA: 50/49,50/49
CP_LNK FBI: 43 45 2 FBI: 52 50 2 GRA: 50/49,51/49,51/54,52/54
CP_LNK FBI: 43 45 2 FBI: 52 40 3 GRA: 50/49,51/49,51/45,52/45
CP_LNK GVI: 20 48 FBI: 29 44 3 GRA: 29/49,29/49
CP_LNK IFP: 6 54 FBI: 15 51 2 GRA: 15/55,15/55
CP_LNK GVI: 18 53 FBI: 27 50 2 GRA: 27/54,27/54
CP_LNK FBI: 27 50 2 FBI: 43 45 3 GRA: 36/54,37/54,37/50,43/50
CP_LNK GVI: 6 49 FBI: 15 44 4 GRA: 15/50,15/50
CP_LNK FBI: 52 40 2 GVI: 61 43 GRA: 61/44,61/44
CP_LNK GVI: 43 43 FBI: 52 40 2 GRA: 52/44,52/44
CP_LNK FBI: 52 50 2 GVI: 61 53 GRA: 61/54,61/54
CP_LNK GVI: 43 54 FBI: 52 50 3 GRA: 52/55,52/55
CP_LNK GVI: 6 48 FBI: 15 44 3 GRA: 15/49,15/49
CP_LNK FBI: 15 69 2 FBI: 27 74 2 GRA: 22/73,26/73,26/78,27/78
CP_LNK FBI: 15 69 2 FBI: 27 68 3 GRA: 22/73,27/73
CP_LNK FBI: 29 62 2 GVI: 36 65 GRA: 36/66,36/66
CP_LNK FBI: 29 62 2 FBI: 43 63 2 GRA: 36/66,37/66,37/67,43/67
CP_LNK FBI: 15 62 2 FBI: 29 62 2 GRA: 24/66,29/66
CP_LNK FBI: 43 63 2 IFP: 50 66 GRA: 50/67,50/67
CP_LNK FBI: 43 63 2 FBI: 52 68 2 GRA: 50/67,51/67,51/72,52/72
CP_LNK FBI: 43 63 2 FBI: 52 58 3 GRA: 50/67,51/67,51/63,52/63
CP_LNK GVI: 20 66 FBI: 29 62 3 GRA: 29/67,29/67
CP_LNK IFP: 6 72 FBI: 15 69 2 GRA: 15/73,15/73
CP_LNK GVI: 18 71 FBI: 27 68 2 GRA: 27/72,27/72
CP_LNK FBI: 27 68 2 FBI: 43 63 3 GRA: 36/72,37/72,37/68,43/68
CP_LNK GVI: 6 67 FBI: 15 62 4 GRA: 15/68,15/68
CP_LNK GVI: 6 66 FBI: 15 62 3 GRA: 15/67,15/67
CP_LNK FBI: 52 68 2 GVI: 61 71 GRA: 61/72,61/72
CP_LNK GVI: 43 72 FBI: 52 68 3 GRA: 52/73,52/73
CP_LNK FBI: 52 58 2 GVI: 61 61 GRA: 61/62,61/62
CP_LNK GVI: 43 61 FBI: 52 58 2 GRA: 52/62,52/62
CP_LNK FBI: 15 88 2 FBI: 27 93 2 GRA: 22/92,26/92,26/97,27/97
CP_LNK FBI: 15 88 2 FBI: 27 87 3 GRA: 22/92,27/92
CP_LNK FBI: 29 81 2 GVI: 36 84 GRA: 36/85,36/85
CP_LNK FBI: 29 81 2 FBI: 43 82 2 GRA: 36/85,37/85,37/86,43/86
CP_LNK FBI: 15 81 2 FBI: 29 81 2 GRA: 24/85,29/85
CP_LNK FBI: 43 82 2 IFP: 50 85 GRA: 50/86,50/86
CP_LNK FBI: 43 82 2 FBI: 52 87 2 GRA: 50/86,51/86,51/91,52/91
CP_LNK FBI: 43 82 2 FBI: 52 77 3 GRA: 50/86,51/86,51/82,52/82
CP_LNK GVI: 20 85 FBI: 29 81 3 GRA: 29/86,29/86
CP_LNK IFP: 6 91 FBI: 15 88 2 GRA: 15/92,15/92
CP_LNK GVI: 18 90 FBI: 27 87 2 GRA: 27/91,27/91
CP_LNK FBI: 27 87 2 FBI: 43 82 3 GRA: 36/91,37/91,37/87,43/87
CP_LNK GVI: 6 86 FBI: 15 81 4 GRA: 15/87,15/87
CP_LNK FBI: 52 77 2 GVI: 61 80 GRA: 61/81,61/81
CP_LNK GVI: 43 80 FBI: 52 77 2 GRA: 52/81,52/81
CP_LNK FBI: 52 87 2 GVI: 61 90 GRA: 61/91,61/91
CP_LNK GVI: 43 91 FBI: 52 87 3 GRA: 52/92,52/92
CP_LNK GVI: 6 85 FBI: 15 81 3 GRA: 15/86,15/86
CP_LNK IFP: 6 47 FBI: 15 44 2 GRA: 15/48,15/48
CP_LNK IFP: 6 55 FBI: 15 51 3 GRA: 15/56,15/56
CP_LNK IFP: 6 73 FBI: 15 69 3 GRA: 15/74,15/74
CP_LNK IFP: 6 65 FBI: 15 62 2 GRA: 15/66,15/66
CP_LNK IFP: 6 84 FBI: 15 81 2 GRA: 15/85,15/85
CP_LNK IFP: 6 92 FBI: 15 88 3 GRA: 15/93,15/93
CP_LNK FBI: 91 13 2 FBI: 103 18 2 GRA: 98/17,102/17,102/22,103/22
CP_LNK FBI: 91 13 2 FBI: 103 12 3 GRA: 98/17,103/17
CP_LNK FBI: 105 6 2 GVI: 112 9 GRA: 112/10,112/10
CP_LNK FBI: 105 6 2 FBI: 119 7 2 GRA: 112/10,113/10,113/11,119/11
CP_LNK FBI: 91 6 2 FBI: 105 6 2 GRA: 100/10,105/10
CP_LNK FBI: 119 7 2 IFP: 126 10 GRA: 126/11,126/11
CP_LNK FBI: 119 7 2 FBI: 128 12 2 GRA: 126/11,127/11,127/16,128/16
CP_LNK FBI: 119 7 2 FBI: 128 2 3 GRA: 126/11,127/11,127/7,128/7
CP_LNK GVI: 96 10 FBI: 105 6 3 GRA: 105/11,105/11
CP_LNK IFP: 82 16 FBI: 91 13 2 GRA: 91/17,91/17
CP_LNK GVI: 94 15 FBI: 103 12 2 GRA: 103/16,103/16
CP_LNK FBI: 103 12 2 FBI: 119 7 3 GRA: 112/16,113/16,113/12,119/12
CP_LNK GVI: 82 11 FBI: 91 6 4 GRA: 91/12,91/12
CP_LNK FBI: 128 2 2 GVI: 137 5 GRA: 137/6,137/6
CP_LNK GVI: 119 5 FBI: 128 2 2 GRA: 128/6,128/6
CP_LNK FBI: 128 12 2 GVI: 137 15 GRA: 137/16,137/16
CP_LNK GVI: 119 16 FBI: 128 12 3 GRA: 128/17,128/17
CP_LNK GVI: 82 10 FBI: 91 6 3 GRA: 91/11,91/11
CP_LNK FBI: 91 31 2 FBI: 103 36 2 GRA: 98/35,102/35,102/40,103/40
CP_LNK FBI: 91 31 2 FBI: 103 30 3 GRA: 98/35,103/35
CP_LNK FBI: 105 24 2 GVI: 112 27 GRA: 112/28,112/28
CP_LNK FBI: 105 24 2 FBI: 119 25 2 GRA: 112/28,113/28,113/29,119/29
CP_LNK FBI: 91 24 2 FBI: 105 24 2 GRA: 100/28,105/28
CP_LNK FBI: 119 25 2 IFP: 126 28 GRA: 126/29,126/29
CP_LNK FBI: 119 25 2 FBI: 128 30 2 GRA: 126/29,127/29,127/34,128/34
CP_LNK FBI: 119 25 2 FBI: 128 20 3 GRA: 126/29,127/29,127/25,128/25
CP_LNK GVI: 96 28 FBI: 105 24 3 GRA: 105/29,105/29
CP_LNK IFP: 82 34 FBI: 91 31 2 GRA: 91/35,91/35
CP_LNK GVI: 94 33 FBI: 103 30 2 GRA: 103/34,103/34
CP_LNK FBI: 103 30 2 FBI: 119 25 3 GRA: 112/34,113/34,113/30,119/30
CP_LNK GVI: 82 29 FBI: 91 24 4 GRA: 91/30,91/30
CP_LNK FBI: 128 20 2 GVI: 137 23 GRA: 137/24,137/24
CP_LNK GVI: 119 23 FBI: 128 20 2 GRA: 128/24,128/24
CP_LNK FBI: 128 30 2 GVI: 137 33 GRA: 137/34,137/34
CP_LNK GVI: 119 34 FBI: 128 30 3 GRA: 128/35,128/35
CP_LNK GVI: 82 28 FBI: 91 24 3 GRA: 91/29,91/29
CP_LNK FBI: 91 50 2 FBI: 103 55 2 GRA: 98/54,102/54,102/59,103/59
CP_LNK FBI: 91 50 2 FBI: 103 49 3 GRA: 98/54,103/54
CP_LNK FBI: 105 43 2 GVI: 112 46 GRA: 112/47,112/47
CP_LNK FBI: 105 43 2 FBI: 119 44 2 GRA: 112/47,113/47,113/48,119/48
CP_LNK FBI: 91 43 2 FBI: 105 43 2 GRA: 100/47,105/47
CP_LNK FBI: 119 44 2 IFP: 126 47 GRA: 126/48,126/48
CP_LNK FBI: 119 44 2 FBI: 128 49 2 GRA: 126/48,127/48,127/53,128/53
CP_LNK FBI: 119 44 2 FBI: 128 39 3 GRA: 126/48,127/48,127/44,128/44
CP_LNK GVI: 96 47 FBI: 105 43 3 GRA: 105/48,105/48
CP_LNK IFP: 82 53 FBI: 91 50 2 GRA: 91/54,91/54
CP_LNK GVI: 94 52 FBI: 103 49 2 GRA: 103/53,103/53
CP_LNK FBI: 103 49 2 FBI: 119 44 3 GRA: 112/53,113/53,113/49,119/49
CP_LNK GVI: 82 48 FBI: 91 43 4 GRA: 91/49,91/49
CP_LNK FBI: 128 39 2 GVI: 137 42 GRA: 137/43,137/43
CP_LNK GVI: 119 42 FBI: 128 39 2 GRA: 128/43,128/43
CP_LNK FBI: 128 49 2 GVI: 137 52 GRA: 137/53,137/53
CP_LNK GVI: 119 53 FBI: 128 49 3 GRA: 128/54,128/54
CP_LNK GVI: 82 47 FBI: 91 43 3 GRA: 91/48,91/48
CP_LNK FBI: 91 68 2 FBI: 103 73 2 GRA: 98/72,102/72,102/77,103/77
CP_LNK FBI: 91 68 2 FBI: 103 67 3 GRA: 98/72,103/72
CP_LNK FBI: 105 61 2 GVI: 112 64 GRA: 112/65,112/65
CP_LNK FBI: 105 61 2 FBI: 119 62 2 GRA: 112/65,113/65,113/66,119/66
CP_LNK FBI: 91 61 2 FBI: 105 61 2 GRA: 100/65,105/65
CP_LNK FBI: 119 62 2 IFP: 126 65 GRA: 126/66,126/66
CP_LNK FBI: 119 62 2 FBI: 128 67 2 GRA: 126/66,127/66,127/71,128/71
CP_LNK FBI: 119 62 2 FBI: 128 57 3 GRA: 126/66,127/66,127/62,128/62
CP_LNK GVI: 96 65 FBI: 105 61 3 GRA: 105/66,105/66
CP_LNK IFP: 82 71 FBI: 91 68 2 GRA: 91/72,91/72
CP_LNK GVI: 94 70 FBI: 103 67 2 GRA: 103/71,103/71
CP_LNK FBI: 103 67 2 FBI: 119 62 3 GRA: 112/71,113/71,113/67,119/67
CP_LNK GVI: 82 66 FBI: 91 61 4 GRA: 91/67,91/67
CP_LNK FBI: 128 57 2 GVI: 137 60 GRA: 137/61,137/61
CP_LNK GVI: 119 60 FBI: 128 57 2 GRA: 128/61,128/61
CP_LNK FBI: 128 67 2 GVI: 137 70 GRA: 137/71,137/71
CP_LNK GVI: 119 71 FBI: 128 67 3 GRA: 128/72,128/72
CP_LNK GVI: 82 65 FBI: 91 61 3 GRA: 91/66,91/66
CP_LNK FBI: 90 87 2 FBI: 102 92 2 GRA: 97/91,101/91,101/96,102/96
CP_LNK FBI: 90 87 2 FBI: 102 86 3 GRA: 97/91,102/91
CP_LNK FBI: 104 80 2 GVI: 111 83 GRA: 111/84,111/84
CP_LNK FBI: 104 80 2 FBI: 118 81 2 GRA: 111/84,112/84,112/85,118/85
CP_LNK FBI: 90 80 2 FBI: 104 80 2 GRA: 99/84,104/84
CP_LNK FBI: 118 81 2 IFP: 125 84 GRA: 125/85,125/85
CP_LNK FBI: 118 81 2 FBI: 127 86 2 GRA: 125/85,126/85,126/90,127/90
CP_LNK FBI: 118 81 2 FBI: 127 76 3 GRA: 125/85,126/85,126/81,127/81
CP_LNK GVI: 95 84 FBI: 104 80 3 GRA: 104/85,104/85
CP_LNK IFP: 81 90 FBI: 90 87 2 GRA: 90/91,90/91
CP_LNK GVI: 93 89 FBI: 102 86 2 GRA: 102/90,102/90
CP_LNK FBI: 102 86 2 FBI: 118 81 3 GRA: 111/90,112/90,112/86,118/86
CP_LNK GVI: 81 85 FBI: 90 80 4 GRA: 90/86,90/86
CP_LNK FBI: 127 76 2 GVI: 136 79 GRA: 136/80,136/80
CP_LNK GVI: 118 79 FBI: 127 76 2 GRA: 127/80,127/80
CP_LNK FBI: 127 86 2 GVI: 136 89 GRA: 136/90,136/90
CP_LNK GVI: 118 90 FBI: 127 86 3 GRA: 127/91,127/91
CP_LNK GVI: 81 84 FBI: 90 80 3 GRA: 90/85,90/85
CP_LNK IFP: 82 9 FBI: 91 6 2 GRA: 91/10,91/10
CP_LNK IFP: 82 17 FBI: 91 13 3 GRA: 91/18,91/18
CP_LNK IFP: 82 27 FBI: 91 24 2 GRA: 91/28,91/28
CP_LNK IFP: 82 35 FBI: 91 31 3 GRA: 91/36,91/36
CP_LNK IFP: 82 46 FBI: 91 43 2 GRA: 91/47,91/47
CP_LNK IFP: 82 54 FBI: 91 50 3 GRA: 91/55,91/55
CP_LNK IFP: 82 72 FBI: 91 68 3 GRA: 91/73,91/73
CP_LNK IFP: 82 64 FBI: 91 61 2 GRA: 91/65,91/65
CP_LNK IFP: 81 83 FBI: 90 80 2 GRA: 90/84,90/84
CP_LNK IFP: 81 91 FBI: 90 87 3 GRA: 90/92,90/92
CP_LNK FBI: 179 6 2 GVI: 186 9 GRA: 186/10,186/10
CP_LNK FBI: 179 6 2 FBI: 193 7 2 GRA: 186/10,187/10,187/11,193/11
CP_LNK FBI: 165 6 2 FBI: 179 6 2 GRA: 174/10,179/10
CP_LNK FBI: 193 7 2 IFP: 200 10 GRA: 200/11,200/11
CP_LNK FBI: 193 7 2 FBI: 202 12 2 GRA: 200/11,201/11,201/16,202/16
CP_LNK FBI: 193 7 2 FBI: 202 2 3 GRA: 200/11,201/11,201/7,202/7
CP_LNK GVI: 170 10 FBI: 179 6 3 GRA: 179/11,179/11
CP_LNK IFP: 156 16 FBI: 165 13 2 GRA: 165/17,165/17
CP_LNK GVI: 168 15 FBI: 177 12 2 GRA: 177/16,177/16
CP_LNK FBI: 177 12 2 FBI: 193 7 3 GRA: 186/16,187/16,187/12,193/12
CP_LNK GVI: 156 11 FBI: 165 6 4 GRA: 165/12,165/12
CP_LNK FBI: 165 13 2 FBI: 177 18 2 GRA: 172/17,176/17,176/22,177/22
CP_LNK FBI: 165 13 2 FBI: 177 12 3 GRA: 172/17,177/17
CP_LNK FBI: 202 2 2 GVI: 211 5 GRA: 211/6,211/6
CP_LNK GVI: 193 5 FBI: 202 2 2 GRA: 202/6,202/6
CP_LNK FBI: 202 12 2 GVI: 211 15 GRA: 211/16,211/16
CP_LNK GVI: 193 16 FBI: 202 12 3 GRA: 202/17,202/17
CP_LNK GVI: 156 10 FBI: 165 6 3 GRA: 165/11,165/11
CP_LNK FBI: 179 24 2 GVI: 186 27 GRA: 186/28,186/28
CP_LNK FBI: 179 24 2 FBI: 193 25 2 GRA: 186/28,187/28,187/29,193/29
CP_LNK FBI: 165 24 2 FBI: 179 24 2 GRA: 174/28,179/28
CP_LNK FBI: 193 25 2 IFP: 200 28 GRA: 200/29,200/29
CP_LNK FBI: 193 25 2 FBI: 202 30 2 GRA: 200/29,201/29,201/34,202/34
CP_LNK FBI: 193 25 2 FBI: 202 20 3 GRA: 200/29,201/29,201/25,202/25
CP_LNK GVI: 170 28 FBI: 179 24 3 GRA: 179/29,179/29
CP_LNK IFP: 156 34 FBI: 165 31 2 GRA: 165/35,165/35
CP_LNK GVI: 168 33 FBI: 177 30 2 GRA: 177/34,177/34
CP_LNK FBI: 177 30 2 FBI: 193 25 3 GRA: 186/34,187/34,187/30,193/30
CP_LNK GVI: 156 29 FBI: 165 24 4 GRA: 165/30,165/30
CP_LNK FBI: 165 31 2 FBI: 177 36 2 GRA: 172/35,176/35,176/40,177/40
CP_LNK FBI: 165 31 2 FBI: 177 30 3 GRA: 172/35,177/35
CP_LNK FBI: 202 20 2 GVI: 211 23 GRA: 211/24,211/24
CP_LNK GVI: 193 23 FBI: 202 20 2 GRA: 202/24,202/24
CP_LNK FBI: 202 30 2 GVI: 211 33 GRA: 211/34,211/34
CP_LNK GVI: 193 34 FBI: 202 30 3 GRA: 202/35,202/35
CP_LNK GVI: 156 28 FBI: 165 24 3 GRA: 165/29,165/29
CP_LNK FBI: 179 42 2 GVI: 186 45 GRA: 186/46,186/46
CP_LNK FBI: 179 42 2 FBI: 193 43 2 GRA: 186/46,187/46,187/47,193/47
CP_LNK FBI: 165 42 2 FBI: 179 42 2 GRA: 174/46,179/46
CP_LNK FBI: 193 43 2 IFP: 200 46 GRA: 200/47,200/47
CP_LNK FBI: 193 43 2 FBI: 202 48 2 GRA: 200/47,201/47,201/52,202/52
CP_LNK FBI: 193 43 2 FBI: 202 38 3 GRA: 200/47,201/47,201/43,202/43
CP_LNK GVI: 170 46 FBI: 179 42 3 GRA: 179/47,179/47
CP_LNK IFP: 156 52 FBI: 165 49 2 GRA: 165/53,165/53
CP_LNK GVI: 168 51 FBI: 177 48 2 GRA: 177/52,177/52
CP_LNK FBI: 177 48 2 FBI: 193 43 3 GRA: 186/52,187/52,187/48,193/48
CP_LNK GVI: 156 47 FBI: 165 42 4 GRA: 165/48,165/48
CP_LNK FBI: 165 49 2 FBI: 177 54 2 GRA: 172/53,176/53,176/58,177/58
CP_LNK FBI: 165 49 2 FBI: 177 48 3 GRA: 172/53,177/53
CP_LNK FBI: 202 38 2 GVI: 211 41 GRA: 211/42,211/42
CP_LNK GVI: 193 41 FBI: 202 38 2 GRA: 202/42,202/42
CP_LNK FBI: 202 48 2 GVI: 211 51 GRA: 211/52,211/52
CP_LNK GVI: 193 52 FBI: 202 48 3 GRA: 202/53,202/53
CP_LNK GVI: 156 46 FBI: 165 42 3 GRA: 165/47,165/47
CP_LNK FBI: 179 60 2 GVI: 186 63 GRA: 186/64,186/64
CP_LNK FBI: 179 60 2 FBI: 193 61 2 GRA: 186/64,187/64,187/65,193/65
CP_LNK FBI: 165 60 2 FBI: 179 60 2 GRA: 174/64,179/64
CP_LNK FBI: 193 61 2 IFP: 200 64 GRA: 200/65,200/65
CP_LNK FBI: 193 61 2 FBI: 202 66 2 GRA: 200/65,201/65,201/70,202/70
CP_LNK FBI: 193 61 2 FBI: 202 56 3 GRA: 200/65,201/65,201/61,202/61
CP_LNK GVI: 170 64 FBI: 179 60 3 GRA: 179/65,179/65
CP_LNK IFP: 156 70 FBI: 165 67 2 GRA: 165/71,165/71
CP_LNK GVI: 168 69 FBI: 177 66 2 GRA: 177/70,177/70
CP_LNK FBI: 177 66 2 FBI: 193 61 3 GRA: 186/70,187/70,187/66,193/66
CP_LNK GVI: 156 65 FBI: 165 60 4 GRA: 165/66,165/66
CP_LNK FBI: 165 67 2 FBI: 177 72 2 GRA: 172/71,176/71,176/76,177/76
CP_LNK FBI: 165 67 2 FBI: 177 66 3 GRA: 172/71,177/71
CP_LNK FBI: 202 56 2 GVI: 211 59 GRA: 211/60,211/60
CP_LNK GVI: 193 59 FBI: 202 56 2 GRA: 202/60,202/60
CP_LNK FBI: 202 66 2 GVI: 211 69 GRA: 211/70,211/70
CP_LNK GVI: 193 70 FBI: 202 66 3 GRA: 202/71,202/71
CP_LNK GVI: 156 64 FBI: 165 60 3 GRA: 165/65,165/65
CP_LNK FBI: 179 79 2 GVI: 186 82 GRA: 186/83,186/83
CP_LNK FBI: 179 79 2 FBI: 193 80 2 GRA: 186/83,187/83,187/84,193/84
CP_LNK FBI: 165 79 2 FBI: 179 79 2 GRA: 174/83,179/83
CP_LNK FBI: 193 80 2 IFP: 200 83 GRA: 200/84,200/84
CP_LNK FBI: 193 80 2 FBI: 202 85 2 GRA: 200/84,201/84,201/89,202/89
CP_LNK FBI: 193 80 2 FBI: 202 75 3 GRA: 200/84,201/84,201/80,202/80
CP_LNK GVI: 170 83 FBI: 179 79 3 GRA: 179/84,179/84
CP_LNK IFP: 156 89 FBI: 165 86 2 GRA: 165/90,165/90
CP_LNK GVI: 168 88 FBI: 177 85 2 GRA: 177/89,177/89
CP_LNK FBI: 177 85 2 FBI: 193 80 3 GRA: 186/89,187/89,187/85,193/85
CP_LNK GVI: 156 84 FBI: 165 79 4 GRA: 165/85,165/85
CP_LNK FBI: 165 86 2 FBI: 177 91 2 GRA: 172/90,176/90,176/95,177/95
CP_LNK FBI: 165 86 2 FBI: 177 85 3 GRA: 172/90,177/90
CP_LNK FBI: 202 75 2 GVI: 211 78 GRA: 211/79,211/79
CP_LNK GVI: 193 78 FBI: 202 75 2 GRA: 202/79,202/79
CP_LNK FBI: 202 85 2 GVI: 211 88 GRA: 211/89,211/89
CP_LNK GVI: 193 89 FBI: 202 85 3 GRA: 202/90,202/90
CP_LNK GVI: 156 83 FBI: 165 79 3 GRA: 165/84,165/84
CP_LNK IFP: 156 82 FBI: 165 79 2 GRA: 165/83,165/83
CP_LNK IFP: 156 90 FBI: 165 86 3 GRA: 165/91,165/91
CP_LNK IFP: 156 71 FBI: 165 67 3 GRA: 165/72,165/72
CP_LNK IFP: 156 63 FBI: 165 60 2 GRA: 165/64,165/64
CP_LNK IFP: 156 45 FBI: 165 42 2 GRA: 165/46,165/46
CP_LNK IFP: 156 53 FBI: 165 49 3 GRA: 165/54,165/54
CP_LNK IFP: 156 27 FBI: 165 24 2 GRA: 165/28,165/28
CP_LNK IFP: 156 35 FBI: 165 31 3 GRA: 165/36,165/36
CP_LNK IFP: 156 9 FBI: 165 6 2 GRA: 165/10,165/10
CP_LNK IFP: 156 17 FBI: 165 13 3 GRA: 165/18,165/18
CP_LNK FBI: 254 7 2 GVI: 261 10 GRA: 261/11,261/11
CP_LNK FBI: 254 7 2 FBI: 268 8 2 GRA: 261/11,262/11,262/12,268/12
CP_LNK FBI: 240 7 2 FBI: 254 7 2 GRA: 249/11,254/11
CP_LNK FBI: 268 8 2 IFP: 275 11 GRA: 275/12,275/12
CP_LNK FBI: 268 8 2 FBI: 277 13 2 GRA: 275/12,276/12,276/17,277/17
CP_LNK FBI: 268 8 2 FBI: 277 3 3 GRA: 275/12,276/12,276/8,277/8
CP_LNK GVI: 245 11 FBI: 254 7 3 GRA: 254/12,254/12
CP_LNK IFP: 231 17 FBI: 240 14 2 GRA: 240/18,240/18
CP_LNK GVI: 243 16 FBI: 252 13 2 GRA: 252/17,252/17
CP_LNK FBI: 252 13 2 FBI: 268 8 3 GRA: 261/17,262/17,262/13,268/13
CP_LNK GVI: 231 12 FBI: 240 7 4 GRA: 240/13,240/13
CP_LNK FBI: 240 14 2 FBI: 252 19 2 GRA: 247/18,251/18,251/23,252/23
CP_LNK FBI: 240 14 2 FBI: 252 13 3 GRA: 247/18,252/18
CP_LNK FBI: 277 3 2 GVI: 286 6 GRA: 286/7,286/7
CP_LNK GVI: 268 6 FBI: 277 3 2 GRA: 277/7,277/7
CP_LNK FBI: 277 13 2 GVI: 286 16 GRA: 286/17,286/17
CP_LNK GVI: 268 17 FBI: 277 13 3 GRA: 277/18,277/18
CP_LNK GVI: 231 11 FBI: 240 7 3 GRA: 240/12,240/12
CP_LNK IFP: 231 10 FBI: 240 7 2 GRA: 240/11,240/11
CP_LNK IFP: 231 18 FBI: 240 14 3 GRA: 240/19,240/19
CP_LNK GVI: 18 24 FBI: 27 20 3 GRA: 27/25,27/25
CP_LNK FBI: 27 20 2 GVI: 36 23 GRA: 36/24,36/24
CP_LNK GVI: 18 42 FBI: 27 38 3 GRA: 27/43,27/43
CP_LNK FBI: 27 38 2 GVI: 36 41 GRA: 36/42,36/42
CP_LNK GVI: 18 60 FBI: 27 56 3 GRA: 27/61,27/61
CP_LNK FBI: 27 56 2 GVI: 36 59 GRA: 36/60,36/60
CP_LNK GVI: 18 78 FBI: 27 74 3 GRA: 27/79,27/79
CP_LNK FBI: 27 74 2 GVI: 36 77 GRA: 36/78,36/78
CP_LNK GVI: 18 97 FBI: 27 93 3 GRA: 27/98,27/98
CP_LNK FBI: 27 93 2 GVI: 36 96 GRA: 36/97,36/97
CP_LNK GVI: 94 22 FBI: 103 18 3 GRA: 103/23,103/23
CP_LNK FBI: 103 18 2 GVI: 112 21 GRA: 112/22,112/22
CP_LNK GVI: 94 40 FBI: 103 36 3 GRA: 103/41,103/41
CP_LNK FBI: 103 36 2 GVI: 112 39 GRA: 112/40,112/40
CP_LNK FBI: 103 55 2 GVI: 112 58 GRA: 112/59,112/59
CP_LNK GVI: 94 59 FBI: 103 55 3 GRA: 103/60,103/60
CP_LNK GVI: 94 77 FBI: 103 73 3 GRA: 103/78,103/78
CP_LNK FBI: 103 73 2 GVI: 112 76 GRA: 112/77,112/77
CP_LNK GVI: 93 96 FBI: 102 92 3 GRA: 102/97,102/97
CP_LNK FBI: 102 92 2 GVI: 111 95 GRA: 111/96,111/96
CP_LNK GVI: 168 95 FBI: 177 91 3 GRA: 177/96,177/96
CP_LNK FBI: 177 91 2 GVI: 186 94 GRA: 186/95,186/95
CP_LNK GVI: 168 76 FBI: 177 72 3 GRA: 177/77,177/77
CP_LNK FBI: 177 72 2 GVI: 186 75 GRA: 186/76,186/76
CP_LNK FBI: 177 54 2 GVI: 186 57 GRA: 186/58,186/58
CP_LNK GVI: 168 58 FBI: 177 54 3 GRA: 177/59,177/59
CP_LNK GVI: 168 22 FBI: 177 18 3 GRA: 177/23,177/23
CP_LNK FBI: 177 18 2 GVI: 186 21 GRA: 186/22,186/22
CP_LNK FBI: 177 36 2 GVI: 186 39 GRA: 186/40,186/40
CP_LNK GVI: 168 40 FBI: 177 36 3 GRA: 177/41,177/41
CP_LNK GVI: 243 23 FBI: 252 19 3 GRA: 252/24,252/24
CP_LNK FBI: 252 19 2 GVI: 261 22 GRA: 261/23,261/23
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DRDBRK "07/10/02 14:43:57" TEXT:
CP_DFB "DRDBRK" HEIGHT/WIDTH: 11 9 FBTK_DFB "07/10/02 14:43:57" TEXT:
...TXF DRAADBREUK
...TXT 
...TXT Doel:
...TXT Het bepalen of er bij een analoge ingang van module 140aci030 draadbreuk (I<2mA) is opgetreden.
...TXT 
...TXT Werking:
...TXT Het analoge modul heeft een extra register (het hoogste 3xxxx register) waarin de bits een draadbreuk aangeven.
...TXT Doormiddel van een word to bit worden deze als storings melding beschikbaar gesteld.
...TXT 
...TXT Versie:
...TXT 23-03-97 Gzb Eerste versie.
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : DRDBRK{1}
CL_FRM "Status" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: status woord aci 030 (hoogste adres)
CL_FRM "MeldCh1" ID_5 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 1
CL_FRM "MeldCH2" ID_6 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 2
CL_FRM "MeldCh3" ID_7 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 3
CL_FRM "MeldCh4" ID_8 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 4
CL_FRM "MeldCh5" ID_9 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 5
CL_FRM "MeldCh6" ID_10 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 6
CL_FRM "MeldCh7" ID_11 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 7
CL_FRM "MeldCh8" ID_12 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 8
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "bewaking" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "bewaking" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "Status" 17 9 FP_IO_OUTPUT
CP_IFP "MeldCh1" 36 9 FP_IO_INPUT
CP_IFP "MeldCH2" 36 10 FP_IO_INPUT
CP_IFP "MeldCh3" 36 11 FP_IO_INPUT
CP_IFP "MeldCh4" 36 12 FP_IO_INPUT
CP_IFP "MeldCh5" 36 13 FP_IO_INPUT
CP_IFP "MeldCh6" 36 14 FP_IO_INPUT
CP_IFP "MeldCh7" 36 15 FP_IO_INPUT
CP_IFP "MeldCh8" 36 16 FP_IO_INPUT
CP_FBI "WORD_TO_BIT" 26 6 CODID: 1 NAME: "FBI_1_2" TEXT:
CP_LNK IFP: 17 9 FBI: 26 6 2 GRA: 26/10,26/10
CP_LNK FBI: 26 6 2 IFP: 36 9 GRA: 36/10,36/10
CP_LNK FBI: 26 6 3 IFP: 36 10 GRA: 36/11,36/11
CP_LNK FBI: 26 6 4 IFP: 36 11 GRA: 36/12,36/12
CP_LNK FBI: 26 6 5 IFP: 36 12 GRA: 36/13,36/13
CP_LNK FBI: 26 6 6 IFP: 36 13 GRA: 36/14,36/14
CP_LNK FBI: 26 6 7 IFP: 36 14 GRA: 36/15,36/15
CP_LNK FBI: 26 6 8 IFP: 36 15 GRA: 36/16,36/16
CP_LNK FBI: 26 6 9 IFP: 36 16 GRA: 36/17,36/17
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ DRDBRK16 "11/02/05 13:16:27" TEXT:
CP_DFB "DRDBRK16" HEIGHT/WIDTH: 19 9 FBTK_DFB "11/02/05 13:16:27" TEXT:
...TXF DRAADBREUK
...TXT 
...TXT Doel:
...TXT Het bepalen of er bij een analoge ingang van module 140aci030 draadbreuk (I<2mA) is opgetreden.
...TXT 
...TXT Werking:
...TXT Het analoge modul heeft een extra register (het hoogste 3xxxx register) waarin de bits een draadbreuk aangeven.
...TXT Doormiddel van een word to bit worden deze als storings melding beschikbaar gesteld.
...TXT 
...TXT Versie:
...TXT 23-03-97 Gzb Eerste versie.
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : DRDBRK16{1}
CL_FRM "Status" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: status woord aci 030 (hoogste adres)
CL_FRM "MeldCh1" ID_5 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 1
CL_FRM "MeldCH2" ID_6 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 2
CL_FRM "MeldCh3" ID_7 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 3
CL_FRM "MeldCh4" ID_8 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 4
CL_FRM "MeldCh5" ID_9 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 5
CL_FRM "MeldCh6" ID_10 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 6
CL_FRM "MeldCh7" ID_11 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 7
CL_FRM "MeldCh8" ID_12 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 8
CL_FRM "MeldCh9" ID_15 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 9
CL_FRM "MeldCh10" ID_16 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 10
CL_FRM "MeldCh11" ID_20 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 11
CL_FRM "MeldCh12" ID_21 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 12
CL_FRM "MeldCh13" ID_22 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 13
CL_FRM "MeldCh14" ID_23 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 14
CL_FRM "MeldCh15" ID_24 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 15
CL_FRM "MeldCh16" ID_25 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: draadbreuk channel 16
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "bewaking" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "bewaking" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "Status" 11 9 FP_IO_OUTPUT
CP_IFP "MeldCh1" 30 9 FP_IO_INPUT
CP_IFP "MeldCH2" 30 10 FP_IO_INPUT
CP_IFP "MeldCh3" 30 11 FP_IO_INPUT
CP_IFP "MeldCh4" 30 12 FP_IO_INPUT
CP_IFP "MeldCh5" 30 13 FP_IO_INPUT
CP_IFP "MeldCh6" 30 14 FP_IO_INPUT
CP_IFP "MeldCh7" 30 15 FP_IO_INPUT
CP_IFP "MeldCh8" 30 16 FP_IO_INPUT
CP_IFP "MeldCh9" 30 17 FP_IO_INPUT
CP_IFP "MeldCh10" 30 18 FP_IO_INPUT
CP_IFP "MeldCh11" 30 19 FP_IO_INPUT
CP_IFP "MeldCh12" 30 20 FP_IO_INPUT
CP_IFP "MeldCh13" 30 21 FP_IO_INPUT
CP_IFP "MeldCh14" 30 22 FP_IO_INPUT
CP_IFP "MeldCh15" 30 23 FP_IO_INPUT
CP_IFP "MeldCh16" 30 24 FP_IO_INPUT
CP_FBI "WORD_TO_BIT" 20 6 CODID: 1 NAME: "FBI_1_2" TEXT:
CP_LNK IFP: 11 9 FBI: 20 6 2 GRA: 20/10,20/10
CP_LNK FBI: 20 6 2 IFP: 30 9 GRA: 30/10,30/10
CP_LNK FBI: 20 6 3 IFP: 30 10 GRA: 30/11,30/11
CP_LNK FBI: 20 6 4 IFP: 30 11 GRA: 30/12,30/12
CP_LNK FBI: 20 6 5 IFP: 30 12 GRA: 30/13,30/13
CP_LNK FBI: 20 6 6 IFP: 30 13 GRA: 30/14,30/14
CP_LNK FBI: 20 6 7 IFP: 30 14 GRA: 30/15,30/15
CP_LNK FBI: 20 6 8 IFP: 30 15 GRA: 30/16,30/16
CP_LNK FBI: 20 6 9 IFP: 30 16 GRA: 30/17,30/17
CP_LNK FBI: 20 6 10 IFP: 30 17 GRA: 30/18,30/18
CP_LNK FBI: 20 6 11 IFP: 30 18 GRA: 30/19,30/19
CP_LNK FBI: 20 6 12 IFP: 30 19 GRA: 30/20,30/20
CP_LNK FBI: 20 6 13 IFP: 30 20 GRA: 30/21,30/21
CP_LNK FBI: 20 6 14 IFP: 30 21 GRA: 30/22,30/22
CP_LNK FBI: 20 6 15 IFP: 30 22 GRA: 30/23,30/23
CP_LNK FBI: 20 6 16 IFP: 30 23 GRA: 30/24,30/24
CP_LNK FBI: 20 6 17 IFP: 30 24 GRA: 30/25,30/25
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ GRW_HIT "11/02/05 13:16:17" TEXT:
CP_DFB "GRW_HIT" HEIGHT/WIDTH: 9 8 FBTK_DFB "11/02/05 13:16:17" TEXT:
...TXF GRW_HIT
...TXT 
...TXT Grenswaarde schakeling  hoog in, laag uit melding  tijdvertraagd.
...TXT 
...TXT Instelling:
...TXT Grenswaarde hoog
...TXT Grenswaarde laag
...TXT Acoftijd
...TXT 
...TXT Werking:
...TXT -De melding wordt geset als de meetwaarde gelijk of hoger is dan grenswaarde hoog.
...TXT -De melding wordt gereset als de meetwaarde gelijk of lager is dan grenswaarde laag of
...TXT  het vrijgave-signaal niet aanwezig is. 
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : GRW_HIT{1}
CL_FRM "Meetw" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: meetwaarde
CL_FRM "Vrijgave" ID_8 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: vrijgave
CL_FRM "Acoftijd" ID_9 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: vertragingstijd
CL_FRM "InstGrwL" ID_10 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: instelling grenswaarde laag
CL_FRM "InstGrwH" ID_11 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: instelling grenswaarde hoog
CL_FRM "Meld" ID_12 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: melding 
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "GE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "NE_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "Grenswaarde_schakeling_HIT" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Grenswaarde_schakeling_HIT" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT: 
CP_IFP "Meetw" 2 8 FP_IO_OUTPUT
CP_IFP "InstGrwH" 2 9 FP_IO_OUTPUT
CP_IFP "Meetw" 2 27 FP_IO_OUTPUT
CP_IFP "InstGrwL" 2 28 FP_IO_OUTPUT
CP_IFP "Meld" 64 8 FP_IO_INPUT
CP_IFP "Acoftijd" 2 40 FP_IO_OUTPUT
CP_IFP "Acoftijd" 2 21 FP_IO_OUTPUT
CP_IFP "Vrijgave" 38 28 FP_IO_OUTPUT
CP_IFP "InstGrwH" 2 14 FP_IO_OUTPUT
CP_IFP "InstGrwL" 2 33 FP_IO_OUTPUT
CP_FBI "TON" 32 24 CODID: 10 NAME: "FBI_1_6" TEXT:
CP_FBI "GE_REAL" 11 5 CODID: 1 NAME: ".1.2" TEXT:
CP_FBI "LE_REAL" 11 24 CODID: 6 NAME: ".1.3" TEXT:
CP_FBI "TIME_MUL_INT" 11 36 CODID: 7 NAME: ".1.7" TEXT:
CP_FBI "RS" 57 5 CODID: 12 NAME: "FBI_1_5" TEXT:
CP_FBI "TIME_MUL_INT" 11 17 CODID: 2 NAME: ".1.8" TEXT:
CP_FBI "TON" 32 5 CODID: 5 NAME: "FBI_1_9" TEXT:
CP_FBI "OR_BOOL" 47 24 CODID: 11 NAME: ".1.10" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 21 5 CODID: 4 NAME: ".1.11" TEXT:
CP_FBI "NE_REAL" 11 11 CODID: 3 NAME: ".1.12" TEXT:
CP_FBI "NE_REAL" 11 30 CODID: 8 NAME: ".1.13" TEXT:
CP_FBI "AND_BOOL" 21 24 CODID: 9 NAME: ".1.14" TEXT:
CP_CON 2 39 IEC_TIME_ID t#1s
CP_CON 2 20 IEC_TIME_ID t#1s
CP_CON 2 15 IEC_REAL_ID 0.0
CP_CON 2 34 IEC_REAL_ID 0.0
CP_LNK IFP: 2 8 FBI: 11 5 2 GRA: 11/9,11/9
CP_LNK IFP: 2 9 FBI: 11 5 3 GRA: 11/10,11/10
CP_LNK IFP: 2 27 FBI: 11 24 2 GRA: 11/28,11/28
CP_LNK IFP: 2 28 FBI: 11 24 3 GRA: 11/29,11/29
CP_LNK FBI: 57 5 2 IFP: 64 8 GRA: 64/9,64/9
CP_LNK CON: 2 39 FBI: 11 36 2 GRA: 11/40,11/40
CP_LNK FBI: 11 36 2 FBI: 32 24 3 GRA: 21/40,31/40,31/29,32/29
CP_LNK IFP: 2 40 FBI: 11 36 3 GRA: 11/41,11/41
CP_LNK CON: 2 20 FBI: 11 17 2 GRA: 11/21,11/21
CP_LNK IFP: 2 21 FBI: 11 17 3 GRA: 11/22,11/22
CP_LNK FBI: 11 17 2 FBI: 32 5 3 GRA: 21/21,30/21,30/10,32/10
CP_LNK FBI: 32 5 2 FBI: 57 5 2 GRA: 39/9,57/9
CP_LNK FBI: 47 24 2 FBI: 57 5 3 GRA: 55/28,56/28,56/10,57/10
CP_LNK FBI: 32 24 2 FBI: 47 24 2 GRA: 39/28,47/28
CP_LNK IFP: 38 28 FBI: 47 24 3 GRA: 47/29,47/29
CP_LNK FBI: 11 5 2 FBI: 21 5 2 GRA: 19/9,21/9
CP_LNK FBI: 21 5 2 FBI: 32 5 2 GRA: 30/9,32/9
CP_LNK IFP: 2 14 FBI: 11 11 2 GRA: 11/15,11/15
CP_LNK CON: 2 15 FBI: 11 11 3 GRA: 11/16,11/16
CP_LNK FBI: 11 11 2 FBI: 21 5 3 GRA: 19/15,20/15,20/10,21/10
CP_LNK IFP: 2 33 FBI: 11 30 2 GRA: 11/34,11/34
CP_LNK CON: 2 34 FBI: 11 30 3 GRA: 11/35,11/35
CP_LNK FBI: 11 24 2 FBI: 21 24 2 GRA: 19/28,21/28
CP_LNK FBI: 11 30 2 FBI: 21 24 3 GRA: 19/34,20/34,20/29,21/29
CP_LNK FBI: 21 24 2 FBI: 32 24 2 GRA: 30/28,32/28
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ GRW_HT "11/02/05 13:16:34" TEXT:
CP_DFB "GRW_HT" HEIGHT/WIDTH: 8 8 FBTK_DFB "11/02/05 13:16:33" TEXT:
...TXF GRW_HT
...TXT 
...TXT Genereren van een hoog melding
...TXT 
...TXT Instelling:
...TXT Grenswaarde hoog
...TXT Acoftijd (sec)
...TXT 
...TXT Werking:
...TXT -De melding wordt geset als de meetwaarde gedurende de acoftijd gelijk of
...TXT  hoger is dan de grenswaarde.
...TXT -De melding wordt gereset als de meetwaarde gelijk of lager is dan 
...TXT  0,95 maal de grenswaarde   
...TXT 
...TXT 
...TXT 
...TXT  
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : GRW_HT{1}
CL_FRM "Meetw" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: meetwaarde
CL_FRM "Vrijgave" ID_8 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: vrijgave
CL_FRM "Acoftijd" ID_9 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: vertragingstijd
CL_FRM "InstGrwH" ID_11 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: instelling grenswaarde hoog
CL_FRM "Meld" ID_12 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: melding
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "GE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "MUL_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "NE_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
CP_GVS "Grenswaarde_hoog" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Grenswaarde_hoog" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT: 
CP_IFP "Meetw" 1 5 FP_IO_OUTPUT
CP_IFP "InstGrwH" 1 6 FP_IO_OUTPUT
CP_IFP "Meetw" 14 23 FP_IO_OUTPUT
CP_IFP "Meld" 54 10 FP_IO_INPUT
CP_IFP "Acoftijd" 1 19 FP_IO_OUTPUT
CP_IFP "Vrijgave" 27 24 FP_IO_OUTPUT
CP_IFP "InstGrwH" 1 24 FP_IO_OUTPUT
CP_IFP "InstGrwH" 1 11 FP_IO_OUTPUT
CP_FBI "MUL_REAL" 10 21 CODID: 6 NAME: ".1.11" TEXT:
CP_FBI "GE_REAL" 10 2 CODID: 1 NAME: ".1.2" TEXT:
CP_FBI "LE_REAL" 23 20 CODID: 7 NAME: ".1.3" TEXT:
CP_FBI "NE_REAL" 10 8 CODID: 3 NAME: ".1.12" TEXT:
CP_FBI "RS" 47 7 CODID: 9 NAME: "FBI_1_5" TEXT:
CP_FBI "TIME_MUL_INT" 10 15 CODID: 2 NAME: ".1.8" TEXT:
CP_FBI "TON" 33 7 CODID: 5 NAME: "FBI_1_9" TEXT:
CP_FBI "OR_BOOL" 36 20 CODID: 8 NAME: ".1.10" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 21 7 CODID: 4 NAME: ".1.13" TEXT:
CP_CON 1 18 IEC_TIME_ID t#1s
CP_CON 1 25 IEC_REAL_ID 0.95
CP_CON 1 12 IEC_REAL_ID 0.0
CP_LNK IFP: 1 5 FBI: 10 2 2 GRA: 10/6,10/6
CP_LNK IFP: 1 6 FBI: 10 2 3 GRA: 10/7,10/7
CP_LNK IFP: 14 23 FBI: 23 20 2 GRA: 23/24,23/24
CP_LNK FBI: 47 7 2 IFP: 54 10 GRA: 54/11,54/11
CP_LNK CON: 1 18 FBI: 10 15 2 GRA: 10/19,10/19
CP_LNK IFP: 1 19 FBI: 10 15 3 GRA: 10/20,10/20
CP_LNK FBI: 10 15 2 FBI: 33 7 3 GRA: 20/19,30/19,30/12,33/12
CP_LNK FBI: 33 7 2 FBI: 47 7 2 GRA: 40/11,47/11
CP_LNK FBI: 36 20 2 FBI: 47 7 3 GRA: 44/24,46/24,46/12,47/12
CP_LNK IFP: 27 24 FBI: 36 20 3 GRA: 36/25,36/25
CP_LNK IFP: 1 24 FBI: 10 21 2 GRA: 10/25,10/25
CP_LNK CON: 1 25 FBI: 10 21 3 GRA: 10/26,10/26
CP_LNK FBI: 10 21 2 FBI: 23 20 3 GRA: 18/25,23/25
CP_LNK FBI: 23 20 2 FBI: 36 20 2 GRA: 31/24,36/24
CP_LNK FBI: 21 7 2 FBI: 33 7 2 GRA: 30/11,33/11
CP_LNK FBI: 10 2 2 FBI: 21 7 2 GRA: 18/6,19/6,19/11,21/11
CP_LNK IFP: 1 11 FBI: 10 8 2 GRA: 10/12,10/12
CP_LNK CON: 1 12 FBI: 10 8 3 GRA: 10/13,10/13
CP_LNK FBI: 10 8 2 FBI: 21 7 3 GRA: 18/12,21/12
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ GRW_LIT "07/10/02 14:44:00" TEXT:
CP_DFB "GRW_LIT" HEIGHT/WIDTH: 9 8 FBTK_DFB "07/10/02 14:44:00" TEXT:
...TXF GRW_LIT
...TXT 
...TXT Grenswaarde schakeling  laag in, hoog uit melding  tijdvertraagd.
...TXT 
...TXT Instelling:
...TXT Grenswaarde hoog
...TXT Grenswaarde laag
...TXT Acoftijd
...TXT 
...TXT Werking:
...TXT -De melding wordt geset als de meetwaarde gelijk of lager is dan grenswaarde laag.
...TXT -De melding wordt gereset als de meetwaarde gelijk of hoger is dan grenswaarde hoog of
...TXT  het vrijgave-signaal niet aanwezig is. 
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : GRW_LIT{1}
CL_FRM "Meetw" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: Meetwaarde
CL_FRM "Vrijgave" ID_8 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: vrijgave
CL_FRM "Acoftijd" ID_9 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: vertragingstijd
CL_FRM "InstGrwL" ID_10 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: Instelling grenswaarde laag
CL_FRM "InstGrwH" ID_11 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: Instelling grenswaarde hoog
CL_FRM "Meld" ID_12 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: Melding
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "GE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "NE_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
CP_GVS "Grenswaarde_schakeling_LIT" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Grenswaarde_schakeling_LIT" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT: 
CP_IFP "Meetw" 1 8 FP_IO_OUTPUT
CP_IFP "Meetw" 1 27 FP_IO_OUTPUT
CP_IFP "Meld" 63 8 FP_IO_INPUT
CP_IFP "Acoftijd" 1 40 FP_IO_OUTPUT
CP_IFP "Acoftijd" 1 21 FP_IO_OUTPUT
CP_IFP "Vrijgave" 37 28 FP_IO_OUTPUT
CP_IFP "InstGrwL" 1 9 FP_IO_OUTPUT
CP_IFP "InstGrwL" 1 14 FP_IO_OUTPUT
CP_IFP "InstGrwH" 1 28 FP_IO_OUTPUT
CP_IFP "InstGrwH" 1 33 FP_IO_OUTPUT
CP_FBI "LE_REAL" 10 5 CODID: 1 NAME: ".1.23" TEXT:
CP_FBI "TIME_MUL_INT" 10 17 CODID: 2 NAME: ".1.12" TEXT:
CP_FBI "NE_REAL" 10 11 CODID: 3 NAME: ".1.13" TEXT:
CP_FBI "AND_BOOL" 20 5 CODID: 4 NAME: ".1.14" TEXT:
CP_FBI "TON" 31 5 CODID: 5 NAME: "FBI_1_15" TEXT:
CP_FBI "GE_REAL" 10 24 CODID: 6 NAME: ".1.24" TEXT:
CP_FBI "TIME_MUL_INT" 10 36 CODID: 7 NAME: ".1.17" TEXT:
CP_FBI "NE_REAL" 10 30 CODID: 8 NAME: ".1.18" TEXT:
CP_FBI "AND_BOOL" 20 24 CODID: 9 NAME: ".1.19" TEXT:
CP_FBI "TON" 31 24 CODID: 10 NAME: "FBI_1_20" TEXT:
CP_FBI "OR_BOOL" 46 24 CODID: 11 NAME: ".1.21" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "RS" 56 5 CODID: 12 NAME: "FBI_1_22" TEXT:
CP_CON 1 39 IEC_TIME_ID t#1s
CP_CON 1 20 IEC_TIME_ID t#1s
CP_CON 1 15 IEC_REAL_ID 0.0
CP_CON 1 34 IEC_REAL_ID 0.0
CP_LNK IFP: 1 8 FBI: 10 5 2 GRA: 10/9,10/9
CP_LNK IFP: 1 27 FBI: 10 24 2 GRA: 10/28,10/28
CP_LNK FBI: 56 5 2 IFP: 63 8 GRA: 63/9,63/9
CP_LNK CON: 1 39 FBI: 10 36 2 GRA: 10/40,10/40
CP_LNK FBI: 10 36 2 FBI: 31 24 3 GRA: 20/40,30/40,30/29,31/29
CP_LNK IFP: 1 40 FBI: 10 36 3 GRA: 10/41,10/41
CP_LNK CON: 1 20 FBI: 10 17 2 GRA: 10/21,10/21
CP_LNK IFP: 1 21 FBI: 10 17 3 GRA: 10/22,10/22
CP_LNK FBI: 10 17 2 FBI: 31 5 3 GRA: 20/21,29/21,29/10,31/10
CP_LNK FBI: 31 5 2 FBI: 56 5 2 GRA: 38/9,56/9
CP_LNK FBI: 46 24 2 FBI: 56 5 3 GRA: 54/28,55/28,55/10,56/10
CP_LNK FBI: 31 24 2 FBI: 46 24 2 GRA: 38/28,46/28
CP_LNK IFP: 37 28 FBI: 46 24 3 GRA: 46/29,46/29
CP_LNK FBI: 10 5 2 FBI: 20 5 2 GRA: 18/9,20/9
CP_LNK FBI: 20 5 2 FBI: 31 5 2 GRA: 29/9,31/9
CP_LNK CON: 1 15 FBI: 10 11 3 GRA: 10/16,10/16
CP_LNK FBI: 10 11 2 FBI: 20 5 3 GRA: 18/15,19/15,19/10,20/10
CP_LNK CON: 1 34 FBI: 10 30 3 GRA: 10/35,10/35
CP_LNK FBI: 10 24 2 FBI: 20 24 2 GRA: 18/28,20/28
CP_LNK FBI: 10 30 2 FBI: 20 24 3 GRA: 18/34,19/34,19/29,20/29
CP_LNK FBI: 20 24 2 FBI: 31 24 2 GRA: 29/28,31/28
CP_LNK IFP: 1 9 FBI: 10 5 3 GRA: 10/10,10/10
CP_LNK IFP: 1 14 FBI: 10 11 2 GRA: 10/15,10/15
CP_LNK IFP: 1 28 FBI: 10 24 3 GRA: 10/29,10/29
CP_LNK IFP: 1 33 FBI: 10 30 2 GRA: 10/34,10/34
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ GRW_LT "11/02/05 13:16:35" TEXT:
CP_DFB "GRW_LT" HEIGHT/WIDTH: 8 8 FBTK_DFB "11/02/05 13:16:35" TEXT:
...TXF GRW_LT
...TXT 
...TXT Genereren van een laag melding
...TXT 
...TXT Instelling:
...TXT Grenswaarde laag
...TXT Acoftijd (sec)
...TXT 
...TXT Werking:
...TXT -De melding wordt geset als de meetwaarde gedurende de acoftijd gelijk of
...TXT  lager is dan de grenswaarde.
...TXT -De melding wordt gereset als de meetwaarde gelijk of hoger is dan 
...TXT  1,05 maal de grenswaarde   
...TXT 
...TXT 
...TXT 
...TXT  
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : GRW_LT{1}
CL_FRM "Meetw" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: meetwaarde
CL_FRM "Vrijgave" ID_8 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: vrijgave
CL_FRM "Acoftijd" ID_9 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: vertragingstijd
CL_FRM "InstGrwL" ID_11 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: instelling grenswaarde laag
CL_FRM "Meld" ID_12 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: melding
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "GE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "MUL_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "NE_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
CP_GVS "Grenswaarde_laag" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Grenswaarde_laag" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT: 
CP_IFP "Meetw" 13 23 FP_IO_OUTPUT
CP_IFP "Meld" 53 10 FP_IO_INPUT
CP_IFP "Acoftijd" 0 19 FP_IO_OUTPUT
CP_IFP "Vrijgave" 26 24 FP_IO_OUTPUT
CP_IFP "Meetw" 0 5 FP_IO_OUTPUT
CP_IFP "InstGrwL" 0 6 FP_IO_OUTPUT
CP_IFP "InstGrwL" 0 11 FP_IO_OUTPUT
CP_IFP "InstGrwL" 0 24 FP_IO_OUTPUT
CP_FBI "LE_REAL" 9 2 CODID: 3 NAME: ".1.23" TEXT:
CP_FBI "TIME_MUL_INT" 9 15 CODID: 1 NAME: ".1.15" TEXT:
CP_FBI "NE_REAL" 9 8 CODID: 2 NAME: ".1.16" TEXT:
CP_FBI "AND_BOOL" 20 7 CODID: 4 NAME: ".1.17" TEXT:
CP_FBI "TON" 32 7 CODID: 5 NAME: "FBI_1_18" TEXT:
CP_FBI "MUL_REAL" 9 21 CODID: 6 NAME: ".1.19" TEXT:
CP_FBI "GE_REAL" 22 20 CODID: 7 NAME: ".1.31" TEXT:
CP_FBI "OR_BOOL" 35 20 CODID: 8 NAME: ".1.21" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "RS" 46 7 CODID: 9 NAME: "FBI_1_22" TEXT:
CP_CON 0 18 IEC_TIME_ID t#1s
CP_CON 0 25 IEC_REAL_ID 1.05
CP_CON 0 12 IEC_REAL_ID 0.0
CP_LNK IFP: 13 23 FBI: 22 20 2 GRA: 22/24,22/24
CP_LNK FBI: 46 7 2 IFP: 53 10 GRA: 53/11,53/11
CP_LNK CON: 0 18 FBI: 9 15 2 GRA: 9/19,9/19
CP_LNK IFP: 0 19 FBI: 9 15 3 GRA: 9/20,9/20
CP_LNK FBI: 9 15 2 FBI: 32 7 3 GRA: 19/19,29/19,29/12,32/12
CP_LNK FBI: 32 7 2 FBI: 46 7 2 GRA: 39/11,46/11
CP_LNK FBI: 35 20 2 FBI: 46 7 3 GRA: 43/24,45/24,45/12,46/12
CP_LNK IFP: 26 24 FBI: 35 20 3 GRA: 35/25,35/25
CP_LNK CON: 0 25 FBI: 9 21 3 GRA: 9/26,9/26
CP_LNK FBI: 9 21 2 FBI: 22 20 3 GRA: 17/25,22/25
CP_LNK FBI: 22 20 2 FBI: 35 20 2 GRA: 30/24,35/24
CP_LNK FBI: 20 7 2 FBI: 32 7 2 GRA: 29/11,32/11
CP_LNK CON: 0 12 FBI: 9 8 3 GRA: 9/13,9/13
CP_LNK FBI: 9 8 2 FBI: 20 7 3 GRA: 17/12,20/12
CP_LNK IFP: 0 5 FBI: 9 2 2 GRA: 9/6,9/6
CP_LNK IFP: 0 6 FBI: 9 2 3 GRA: 9/7,9/7
CP_LNK FBI: 9 2 2 FBI: 20 7 2 GRA: 17/6,18/6,18/11,20/11
CP_LNK IFP: 0 11 FBI: 9 8 2 GRA: 9/12,9/12
CP_LNK IFP: 0 24 FBI: 9 21 2 GRA: 9/25,9/25
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ HARDWREG "09/02/02 11:58:00" TEXT:
CP_DFB "HARDWREG" HEIGHT/WIDTH: 13 9 FBTK_DFB "09/02/02 11:58:00" TEXT:
...TXF De HARWREG een functieblok voor omschakeling van een software
...TXT naar een hardware PI-regelaar.
...TXT Indien vrijgave = 1 (indien draadbreuk meetwaarde of opstart plc na stop)
...TXT wordt er overgeschakeld naar hardware regelaar.
...TXT Vanaf Scada kan men terugschakelen naar software regelaar. 
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : HARDWREG{1,2,3}
CL_FRM "Accept" ID_5 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: accepteren storing
CL_FRM "Rst_alg" ID_6 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: herstel storing
CL_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: bedieningswoord (schrijfwoord vanaf SCADA)
CL_FRM "Ond_wrd" ID_18 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: onderdrukken woord
CL_FRM "Pri_wrd" ID_19 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: primair woord
CL_FRM "Alw_pri" ID_22 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord primair
CL_FRM "Alw_sec" ID_23 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair
CL_FRM "StatBed" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: status bediening
CL_FRM "Vrijgave" ID_36 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: vrijgave regelaar automatisch
CL_FRM "StatBedr" ID_37 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: bedrijfsstatus
CL_FRM "Hardware" ID_39 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: commando hardware regelaar (uitgang hardware regelaar = 0)
CL_FRM "Software" ID_43 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: commando software regelaar (uitgang hardware regelaar = 1)
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BIT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "BIT0" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "B_STAT" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 19 9 "07/10/02 14:43:57" NR_FORMP: 18
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "StatBedr" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Stat_3" ID_8 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_2" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_1" ID_10 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_0" ID_11 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_4" ID_12 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_5" ID_14 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_6" ID_15 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_7" ID_16 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_8" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_9" ID_18 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_10" ID_19 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_11" ID_20 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_12" ID_21 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_13" ID_22 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_14" ID_23 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_15" ID_24 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "R_TRIG" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "CLK" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GV2 "ond_wrd_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Alarmen_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_cmd_software" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Aansturing_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_cmd_hardware" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_geaccepteerd_opgelost" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing_geaccepteerd" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ond_wrd_hw_regelaar" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_pri_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_pri_hw_regelaar" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "alw_sec_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "alw_sec_hw_regelaar" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_hw_regelaar" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "conversie_werktuig" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "pri_wrd_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bed_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Alarmen_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 3 EXEC: 1 TEXT:
...TXF In deze sectie zijn de alarmen van een werktuig geprogrammeerd.
...TXT Elk alarm is via het primair woord instelbaar tussen primair en secundair.
...TXT De default waarde voor het primair woord is dat alles op NUL staat.
...TXT Dit houdt in dat in basis alle storingen primair staan.
CP_IFP "Rst_alg" 7 37 FP_IO_OUTPUT
CP_IFP "Hardware" 2 11 FP_IO_OUTPUT
CP_IFP "Accept" 22 26 FP_IO_OUTPUT
CP_FBI "MOVE" 53 27 CODID: 11 NAME: ".3.33" ANY: IEC_BOOL_ID TEXT:
CP_FBI "OR_BOOL" 16 33 CODID: 1 NAME: ".3.18" TEXT:
CP_FBI "AND_BOOL" 53 33 CODID: 2 NAME: ".3.19" TEXT:
CP_FBI "AND_BOOL" 29 8 CODID: 4 NAME: ".3.9" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "R_TRIG" 11 8 CODID: 3 NAME: "FBI_3_34" TEXT:
CP_FBI "RS" 43 8 CODID: 5 NAME: "FBI_3_32" TEXT:
CP_FBI "OR_BOOL" 16 18 CODID: 8 NAME: ".3.14" TEXT:
CP_FBI "AND_BOOL" 53 18 CODID: 10 NAME: ".3.31" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "RS" 31 23 CODID: 9 NAME: "FBI_3_16" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 53 3 CODID: 6 NAME: ".3.22" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 53 10 CODID: 7 NAME: ".3.24" TEXT:
CP_GVI NAMED_VAR: "reset" 34 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 62 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 7 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 44 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_hw_regelaar" 44 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 38 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_hw_regelaar" 44 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_hw_regelaar" 62 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_hw_regelaar" 62 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_storing" 62 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_hw_regelaar" 7 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_hw_regelaar" 7 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_hw_regelaar" 20 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 44 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 60 30 FP_IO_INPUT
CP_LNK GVI: 34 12 FBI: 43 8 3 GRA: 43/13,43/13
CP_LNK FBI: 16 18 2 FBI: 31 23 3 GRA: 24/22,25/22,25/28,31/28
CP_LNK FBI: 16 18 2 FBI: 53 18 2 GRA: 24/22,53/22
CP_LNK FBI: 16 33 2 FBI: 53 33 2 GRA: 24/37,53/37
CP_LNK IFP: 7 37 FBI: 16 33 3 GRA: 16/38,16/38
CP_LNK FBI: 53 33 2 GVI: 62 36 GRA: 62/37,62/37
CP_LNK FBI: 43 8 2 FBI: 53 10 2 GRA: 50/12,52/12,52/14,53/14
CP_LNK FBI: 43 8 2 FBI: 53 3 3 GRA: 50/12,52/12,52/8,53/8
CP_LNK GVI: 7 36 FBI: 16 33 2 GRA: 16/37,16/37
CP_LNK GVI: 44 37 FBI: 53 33 3 GRA: 53/38,53/38
CP_LNK GVI: 44 14 FBI: 53 10 3 GRA: 53/15,53/15
CP_LNK FBI: 31 23 2 GVI: 38 26 GRA: 38/27,38/27
CP_LNK FBI: 31 23 2 FBI: 53 18 3 GRA: 38/27,39/27,39/23,53/23
CP_LNK GVI: 44 6 FBI: 53 3 2 GRA: 53/7,53/7
CP_LNK FBI: 53 3 2 GVI: 62 6 GRA: 62/7,62/7
CP_LNK FBI: 53 10 2 GVI: 62 13 GRA: 62/14,62/14
CP_LNK IFP: 2 11 FBI: 11 8 2 GRA: 11/12,11/12
CP_LNK FBI: 11 8 2 FBI: 29 8 2 GRA: 18/12,29/12
CP_LNK IFP: 22 26 FBI: 31 23 2 GRA: 31/27,31/27
CP_LNK FBI: 53 18 2 GVI: 62 21 GRA: 62/22,62/22
CP_LNK FBI: 29 8 2 FBI: 43 8 2 GRA: 38/12,43/12
CP_LNK GVI: 7 21 FBI: 16 18 2 GRA: 16/22,16/22
CP_LNK GVI: 7 22 FBI: 16 18 3 GRA: 16/23,16/23
CP_LNK GVI: 20 12 FBI: 29 8 3 GRA: 29/13,29/13
CP_LNK GVI: 44 30 FBI: 53 27 2 GRA: 53/31,53/31
CP_LNK FBI: 53 27 2 GVI: 60 30 GRA: 60/31,60/31
CP_SEC "Aansturing_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 4 EXEC: 2 TEXT: 
CP_IFP "Vrijgave" 1 8 FP_IO_OUTPUT
CP_IFP "Vrijgave" 39 17 FP_IO_OUTPUT
CP_IFP "Hardware" 57 7 FP_IO_INPUT
CP_IFP "Software" 57 15 FP_IO_INPUT
CP_IFP "Hardware" 19 9 FP_IO_OUTPUT
CP_IFP "Software" 19 16 FP_IO_OUTPUT
CP_FBI "R_TRIG" 10 5 CODID: 1 NAME: "initialisatie_bij_opstart1" TEXT:
CP_FBI "OR_BOOL" 28 4 CODID: 2 NAME: ".4.14" DRAW: 1 TEXT:
CP_FBI "AND_BOOL" 48 4 CODID: 3 NAME: ".4.15" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "OR_BOOL" 28 12 CODID: 4 NAME: ".4.16" TEXT:
CP_FBI "AND_BOOL" 48 12 CODID: 5 NAME: ".4.17" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_GVI NAMED_VAR: "bed_wrd_cmd_hardware" 19 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_software" 19 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_software" 39 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hardware" 39 16 FP_IO_OUTPUT
CP_LNK IFP: 1 8 FBI: 10 5 2 GRA: 10/9,10/9
CP_LNK IFP: 39 17 FBI: 48 12 4 GRA: 48/18,48/18
CP_LNK FBI: 28 4 2 FBI: 48 4 2 GRA: 36/8,48/8
CP_LNK GVI: 19 7 FBI: 28 4 2 GRA: 28/8,28/8
CP_LNK FBI: 10 5 2 FBI: 28 4 3 GRA: 17/9,28/9
CP_LNK FBI: 28 12 2 FBI: 48 12 2 GRA: 36/16,48/16
CP_LNK GVI: 19 15 FBI: 28 12 2 GRA: 28/16,28/16
CP_LNK FBI: 48 4 2 IFP: 57 7 GRA: 57/8,57/8
CP_LNK GVI: 39 8 FBI: 48 4 3 GRA: 48/9,48/9
CP_LNK GVI: 39 16 FBI: 48 12 3 GRA: 48/17,48/17
CP_LNK FBI: 48 12 2 IFP: 57 15 GRA: 57/16,57/16
CP_LNK IFP: 19 9 FBI: 28 4 4 GRA: 28/10,28/10
CP_LNK IFP: 19 16 FBI: 28 12 3 GRA: 28/17,28/17
CP_SEC "conversie_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 5 EXEC: 3 TEXT: 
CP_IFP "Ond_wrd" 43 7 FP_IO_OUTPUT
CP_IFP "Bed_wrd" 14 27 FP_IO_OUTPUT
CP_IFP "Pri_wrd" 14 7 FP_IO_OUTPUT
CP_IFP "StatBed" 33 67 FP_IO_INPUT
CP_IFP "Alw_pri" 33 47 FP_IO_INPUT
CP_IFP "Alw_sec" 62 47 FP_IO_INPUT
CP_IFP "StatBedr" 63 67 FP_IO_INPUT
CP_IFP "Hardware" 14 81 FP_IO_OUTPUT
CP_IFP "Software" 14 82 FP_IO_OUTPUT
CP_FBI "WORD_TO_BIT" 23 4 CODID: 1 NAME: "primair_woord" TEXT:
CP_DBI "B_STAT" 52 64 CODID: 7 NAME: "FBI_5_12" TEXT:
CP_FBI "WORD_TO_BIT" 23 24 CODID: 2 NAME: "bedien_woord" TEXT:
CP_FBI "WORD_TO_BIT" 52 4 CODID: 3 NAME: "onderdrukken_woord" TEXT:
CP_FBI "BIT_TO_WORD" 23 44 CODID: 4 NAME: ".5.9" TEXT:
CP_FBI "BIT_TO_WORD" 52 44 CODID: 5 NAME: ".5.10" TEXT:
CP_FBI "BIT_TO_WORD" 23 64 CODID: 6 NAME: ".5.11" TEXT:
CP_GVI NAMED_VAR: "sta_bed_bit6" 14 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit5" 14 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit4" 14 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit3" 14 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit13" 43 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit12" 43 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit11" 43 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit10" 43 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit9" 43 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit8" 43 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit7" 43 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit6" 43 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit4" 43 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit5" 43 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit3" 43 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit2" 43 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit1" 43 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit13" 14 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit12" 14 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit11" 14 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit10" 14 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit9" 14 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit8" 14 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit7" 14 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit6" 14 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit5" 14 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit4" 14 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit3" 14 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit2" 14 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit1" 14 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_bit13" 62 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit12" 62 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit11" 62 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit10" 62 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit9" 62 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit8" 62 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit7" 62 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit6" 62 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit5" 62 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit4" 62 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit3" 62 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit2" 62 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit1" 62 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hardware" 33 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit11" 33 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit10" 33 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit9" 33 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit8" 33 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit7" 33 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit6" 33 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit5" 33 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit4" 33 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit3" 33 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit2" 33 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 33 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit13" 33 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit12" 33 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit11" 33 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit10" 33 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit9" 33 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit8" 33 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit7" 33 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit6" 33 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit5" 33 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit4" 33 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit3" 33 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit2" 33 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit1" 33 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_hw_regelaar" 33 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit14" 33 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit13" 33 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit12" 33 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit14" 62 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_hw_regelaar" 62 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_bit14" 14 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit14" 43 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit10" 14 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit9" 14 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit8" 14 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit7" 14 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit11" 14 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit12" 14 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing" 43 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 43 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit2" 14 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit1" 14 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_software" 33 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_hw_regelaar" 14 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_hw_regelaar" 43 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit15" 14 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit15" 43 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit13" 14 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit14" 14 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_bit14" 33 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit15" 62 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit15" 33 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 43 75 FP_IO_OUTPUT
CP_CON 43 67 IEC_BOOL_ID 1
CP_CON 43 68 IEC_BOOL_ID 0
CP_CON 43 69 IEC_BOOL_ID 0
CP_CON 43 70 IEC_BOOL_ID 0
CP_CON 43 71 IEC_BOOL_ID 0
CP_CON 43 72 IEC_BOOL_ID 0
CP_LNK IFP: 43 7 FBI: 52 4 2 GRA: 52/8,52/8
CP_LNK IFP: 14 27 FBI: 23 24 2 GRA: 23/28,23/28
CP_LNK IFP: 14 7 FBI: 23 4 2 GRA: 23/8,23/8
CP_LNK FBI: 23 64 2 IFP: 33 67 GRA: 33/68,33/68
CP_LNK FBI: 23 44 2 IFP: 33 47 GRA: 33/48,33/48
CP_LNK FBI: 52 44 2 IFP: 62 47 GRA: 62/48,62/48
CP_LNK GVI: 14 72 FBI: 23 64 7 GRA: 23/73,23/73
CP_LNK GVI: 14 71 FBI: 23 64 6 GRA: 23/72,23/72
CP_LNK GVI: 14 70 FBI: 23 64 5 GRA: 23/71,23/71
CP_LNK GVI: 14 69 FBI: 23 64 4 GRA: 23/70,23/70
CP_LNK GVI: 43 59 FBI: 52 44 14 GRA: 52/60,52/60
CP_LNK GVI: 43 58 FBI: 52 44 13 GRA: 52/59,52/59
CP_LNK GVI: 43 57 FBI: 52 44 12 GRA: 52/58,52/58
CP_LNK GVI: 43 56 FBI: 52 44 11 GRA: 52/57,52/57
CP_LNK GVI: 43 55 FBI: 52 44 10 GRA: 52/56,52/56
CP_LNK GVI: 43 54 FBI: 52 44 9 GRA: 52/55,52/55
CP_LNK GVI: 43 53 FBI: 52 44 8 GRA: 52/54,52/54
CP_LNK GVI: 43 52 FBI: 52 44 7 GRA: 52/53,52/53
CP_LNK GVI: 43 50 FBI: 52 44 5 GRA: 52/51,52/51
CP_LNK GVI: 43 51 FBI: 52 44 6 GRA: 52/52,52/52
CP_LNK GVI: 43 49 FBI: 52 44 4 GRA: 52/50,52/50
CP_LNK GVI: 43 48 FBI: 52 44 3 GRA: 52/49,52/49
CP_LNK GVI: 43 47 FBI: 52 44 2 GRA: 52/48,52/48
CP_LNK GVI: 14 59 FBI: 23 44 14 GRA: 23/60,23/60
CP_LNK GVI: 14 58 FBI: 23 44 13 GRA: 23/59,23/59
CP_LNK GVI: 14 57 FBI: 23 44 12 GRA: 23/58,23/58
CP_LNK GVI: 14 56 FBI: 23 44 11 GRA: 23/57,23/57
CP_LNK GVI: 14 55 FBI: 23 44 10 GRA: 23/56,23/56
CP_LNK GVI: 14 54 FBI: 23 44 9 GRA: 23/55,23/55
CP_LNK GVI: 14 53 FBI: 23 44 8 GRA: 23/54,23/54
CP_LNK GVI: 14 52 FBI: 23 44 7 GRA: 23/53,23/53
CP_LNK GVI: 14 51 FBI: 23 44 6 GRA: 23/52,23/52
CP_LNK GVI: 14 50 FBI: 23 44 5 GRA: 23/51,23/51
CP_LNK GVI: 14 49 FBI: 23 44 4 GRA: 23/50,23/50
CP_LNK GVI: 14 48 FBI: 23 44 3 GRA: 23/49,23/49
CP_LNK GVI: 14 47 FBI: 23 44 2 GRA: 23/48,23/48
CP_LNK FBI: 52 4 14 GVI: 62 19 GRA: 62/20,62/20
CP_LNK FBI: 52 4 13 GVI: 62 18 GRA: 62/19,62/19
CP_LNK FBI: 52 4 12 GVI: 62 17 GRA: 62/18,62/18
CP_LNK FBI: 52 4 11 GVI: 62 16 GRA: 62/17,62/17
CP_LNK FBI: 52 4 10 GVI: 62 15 GRA: 62/16,62/16
CP_LNK FBI: 52 4 9 GVI: 62 14 GRA: 62/15,62/15
CP_LNK FBI: 52 4 8 GVI: 62 13 GRA: 62/14,62/14
CP_LNK FBI: 52 4 7 GVI: 62 12 GRA: 62/13,62/13
CP_LNK FBI: 52 4 6 GVI: 62 11 GRA: 62/12,62/12
CP_LNK FBI: 52 4 5 GVI: 62 10 GRA: 62/11,62/11
CP_LNK FBI: 52 4 4 GVI: 62 9 GRA: 62/10,62/10
CP_LNK FBI: 52 4 3 GVI: 62 8 GRA: 62/9,62/9
CP_LNK FBI: 52 4 2 GVI: 62 7 GRA: 62/8,62/8
CP_LNK FBI: 23 24 16 GVI: 33 41 GRA: 33/42,33/42
CP_LNK FBI: 23 24 12 GVI: 33 37 GRA: 33/38,33/38
CP_LNK FBI: 23 24 11 GVI: 33 36 GRA: 33/37,33/37
CP_LNK FBI: 23 24 10 GVI: 33 35 GRA: 33/36,33/36
CP_LNK FBI: 23 24 9 GVI: 33 34 GRA: 33/35,33/35
CP_LNK FBI: 23 24 8 GVI: 33 33 GRA: 33/34,33/34
CP_LNK FBI: 23 24 7 GVI: 33 32 GRA: 33/33,33/33
CP_LNK FBI: 23 24 6 GVI: 33 31 GRA: 33/32,33/32
CP_LNK FBI: 23 24 5 GVI: 33 30 GRA: 33/31,33/31
CP_LNK FBI: 23 24 4 GVI: 33 29 GRA: 33/30,33/30
CP_LNK FBI: 23 24 3 GVI: 33 28 GRA: 33/29,33/29
CP_LNK FBI: 23 24 2 GVI: 33 27 GRA: 33/28,33/28
CP_LNK FBI: 23 4 14 GVI: 33 19 GRA: 33/20,33/20
CP_LNK FBI: 23 4 13 GVI: 33 18 GRA: 33/19,33/19
CP_LNK FBI: 23 4 12 GVI: 33 17 GRA: 33/18,33/18
CP_LNK FBI: 23 4 11 GVI: 33 16 GRA: 33/17,33/17
CP_LNK FBI: 23 4 10 GVI: 33 15 GRA: 33/16,33/16
CP_LNK FBI: 23 4 9 GVI: 33 14 GRA: 33/15,33/15
CP_LNK FBI: 23 4 8 GVI: 33 13 GRA: 33/14,33/14
CP_LNK FBI: 23 4 7 GVI: 33 12 GRA: 33/13,33/13
CP_LNK FBI: 23 4 6 GVI: 33 11 GRA: 33/12,33/12
CP_LNK FBI: 23 4 5 GVI: 33 10 GRA: 33/11,33/11
CP_LNK FBI: 23 4 4 GVI: 33 9 GRA: 33/10,33/10
CP_LNK FBI: 23 4 3 GVI: 33 8 GRA: 33/9,33/9
CP_LNK FBI: 23 4 2 GVI: 33 7 GRA: 33/8,33/8
CP_LNK FBI: 23 4 17 GVI: 33 22 GRA: 33/23,33/23
CP_LNK FBI: 23 4 15 GVI: 33 20 GRA: 33/21,33/21
CP_LNK FBI: 23 24 14 GVI: 33 39 GRA: 33/40,33/40
CP_LNK FBI: 23 24 13 GVI: 33 38 GRA: 33/39,33/39
CP_LNK FBI: 52 4 15 GVI: 62 20 GRA: 62/21,62/21
CP_LNK FBI: 52 4 17 GVI: 62 22 GRA: 62/23,62/23
CP_LNK GVI: 14 60 FBI: 23 44 15 GRA: 23/61,23/61
CP_LNK GVI: 43 60 FBI: 52 44 15 GRA: 52/61,52/61
CP_LNK GVI: 14 76 FBI: 23 64 11 GRA: 23/77,23/77
CP_LNK GVI: 14 75 FBI: 23 64 10 GRA: 23/76,23/76
CP_LNK GVI: 14 74 FBI: 23 64 9 GRA: 23/75,23/75
CP_LNK GVI: 14 73 FBI: 23 64 8 GRA: 23/74,23/74
CP_LNK GVI: 14 77 FBI: 23 64 12 GRA: 23/78,23/78
CP_LNK GVI: 14 78 FBI: 23 64 13 GRA: 23/79,23/79
CP_LNK GVI: 43 73 FBI: 52 64 8 GRA: 52/74,52/74
CP_LNK CON: 43 67 FBI: 52 64 2 GRA: 52/68,52/68
CP_LNK GVI: 43 74 FBI: 52 64 9 GRA: 52/75,52/75
CP_LNK CON: 43 68 FBI: 52 64 3 GRA: 52/69,52/69
CP_LNK CON: 43 69 FBI: 52 64 4 GRA: 52/70,52/70
CP_LNK CON: 43 70 FBI: 52 64 5 GRA: 52/71,52/71
CP_LNK CON: 43 71 FBI: 52 64 6 GRA: 52/72,52/72
CP_LNK CON: 43 72 FBI: 52 64 7 GRA: 52/73,52/73
CP_LNK GVI: 14 68 FBI: 23 64 3 GRA: 23/69,23/69
CP_LNK GVI: 14 67 FBI: 23 64 2 GRA: 23/68,23/68
CP_LNK FBI: 52 64 2 IFP: 63 67 GRA: 63/68,63/68
CP_LNK FBI: 23 24 17 GVI: 33 42 GRA: 33/43,33/43
CP_LNK GVI: 14 62 FBI: 23 44 17 GRA: 23/63,23/63
CP_LNK GVI: 43 62 FBI: 52 44 17 GRA: 52/63,52/63
CP_LNK GVI: 14 61 FBI: 23 44 16 GRA: 23/62,23/62
CP_LNK GVI: 43 61 FBI: 52 44 16 GRA: 52/62,52/62
CP_LNK GVI: 14 79 FBI: 23 64 14 GRA: 23/80,23/80
CP_LNK GVI: 14 80 FBI: 23 64 15 GRA: 23/81,23/81
CP_LNK FBI: 23 24 15 GVI: 33 40 GRA: 33/41,33/41
CP_LNK FBI: 52 4 16 GVI: 62 21 GRA: 62/22,62/22
CP_LNK FBI: 23 4 16 GVI: 33 21 GRA: 33/22,33/22
CP_LNK IFP: 14 81 FBI: 23 64 16 GRA: 23/82,23/82
CP_LNK IFP: 14 82 FBI: 23 64 17 GRA: 23/83,23/83
CP_LNK GVI: 43 75 FBI: 52 64 10 GRA: 52/76,52/76
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ KELDERP "12/15/04 14:00:30" TEXT:
CP_DFB "KELDERP" HEIGHT/WIDTH: 20 9 FBTK_DFB "12/14/04 14:05:37" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : KELDERP{1,2,3}
CL_FRM "PmpVk1" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp2" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp3" ID_6 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp4" ID_7 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "LaagIn1" ID_8 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn2" ID_9 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn3" ID_10 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "LaagIn4" ID_11 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "StartP1" ID_13 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP2" ID_14 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP3" ID_15 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP4" ID_16 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "HoogUit1" ID_22 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit2" ID_23 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit3" ID_24 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "HoogUit4" ID_25 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "Meetw" ID_26 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "GE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LT_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "SR" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S1" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "Conversie" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Bepaal_VK" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "VK" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk4_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "j" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Start_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Pompen" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Vk1_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk2_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Vk3_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Bepaal_VK" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 4 EXEC: 1 TEXT:
CP_IFP "HoogUit1" 19 50 FP_IO_OUTPUT
CP_IFP "HoogUit2" 19 37 FP_IO_OUTPUT
CP_IFP "HoogUit3" 19 21 FP_IO_OUTPUT
CP_IFP "HoogUit4" 19 6 FP_IO_OUTPUT
CP_IFP "LaagIn1" 19 56 FP_IO_OUTPUT
CP_IFP "LaagIn2" 19 43 FP_IO_OUTPUT
CP_IFP "LaagIn3" 19 27 FP_IO_OUTPUT
CP_IFP "LaagIn4" 19 12 FP_IO_OUTPUT
CP_IFP "Meetw" -1 9 FP_IO_OUTPUT
CP_FBI "LT_REAL" 28 52 CODID: 2 NAME: ".4.9" TEXT:
CP_FBI "LT_REAL" 28 39 CODID: 7 NAME: ".4.10" TEXT:
CP_FBI "LT_REAL" 28 8 CODID: 8 NAME: ".4.11" TEXT:
CP_FBI "LT_REAL" 28 23 CODID: 9 NAME: ".4.12" TEXT:
CP_FBI "GE_REAL" 28 46 CODID: 3 NAME: ".4.5" TEXT:
CP_FBI "GE_REAL" 28 33 CODID: 4 NAME: ".4.6" TEXT:
CP_FBI "GE_REAL" 28 17 CODID: 5 NAME: ".4.7" TEXT:
CP_FBI "GE_REAL" 28 2 CODID: 6 NAME: ".4.8" TEXT:
CP_FBI "SR" 38 49 CODID: 10 NAME: "FBI_4_34" TEXT:
CP_FBI "SR" 39 36 CODID: 11 NAME: "FBI_4_32" TEXT:
CP_FBI "SR" 38 20 CODID: 12 NAME: "FBI_4_33" TEXT:
CP_FBI "SR" 59 5 CODID: 13 NAME: "FBI_4_31" TEXT:
CP_FBI "MOVE" 8 6 CODID: 1 NAME: ".4.25" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 51 49 CODID: 14 NAME: ".4.26" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 63 36 CODID: 15 NAME: ".4.27" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 75 20 CODID: 16 NAME: ".4.28" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 86 5 CODID: 17 NAME: ".4.29" ANY: IEC_INT_ID TEXT:
CP_GVI NAMED_VAR: "VK" 93 9 FP_IO_INPUT
CP_CON 42 54 IEC_INT_ID 1
CP_CON 54 41 IEC_INT_ID 2
CP_CON 66 25 IEC_INT_ID 3
CP_CON 77 10 IEC_INT_ID 4
CP_CON 42 53 IEC_INT_ID 0
CP_LNK FBI: 28 46 2 FBI: 38 49 2 GRA: 36/50,37/50,37/53,38/53
CP_LNK FBI: 28 52 2 FBI: 38 49 3 GRA: 36/56,37/56,37/54,38/54
CP_LNK FBI: 8 6 2 FBI: 28 46 2 GRA: 15/10,17/10,17/50,28/50
CP_LNK FBI: 8 6 2 FBI: 28 52 2 GRA: 15/10,17/10,17/56,28/56
CP_LNK FBI: 8 6 2 FBI: 28 33 2 GRA: 15/10,17/10,17/37,28/37
CP_LNK FBI: 8 6 2 FBI: 28 39 2 GRA: 15/10,17/10,17/43,28/43
CP_LNK FBI: 8 6 2 FBI: 28 17 2 GRA: 15/10,17/10,17/21,28/21
CP_LNK FBI: 8 6 2 FBI: 28 23 2 GRA: 15/10,17/10,17/27,28/27
CP_LNK FBI: 8 6 2 FBI: 28 2 2 GRA: 15/10,17/10,17/6,28/6
CP_LNK FBI: 8 6 2 FBI: 28 8 2 GRA: 15/10,17/10,17/12,28/12
CP_LNK IFP: 19 50 FBI: 28 46 3 GRA: 28/51,28/51
CP_LNK IFP: 19 37 FBI: 28 33 3 GRA: 28/38,28/38
CP_LNK IFP: 19 21 FBI: 28 17 3 GRA: 28/22,28/22
CP_LNK IFP: 19 6 FBI: 28 2 3 GRA: 28/7,28/7
CP_LNK IFP: 19 56 FBI: 28 52 3 GRA: 28/57,28/57
CP_LNK IFP: 19 43 FBI: 28 39 3 GRA: 28/44,28/44
CP_LNK IFP: 19 27 FBI: 28 23 3 GRA: 28/28,28/28
CP_LNK IFP: 19 12 FBI: 28 8 3 GRA: 28/13,28/13
CP_LNK FBI: 28 33 2 FBI: 39 36 2 GRA: 36/37,37/37,37/40,39/40
CP_LNK FBI: 28 39 2 FBI: 39 36 3 GRA: 36/43,37/43,37/41,39/41
CP_LNK FBI: 28 17 2 FBI: 38 20 2 GRA: 36/21,37/21,37/24,38/24
CP_LNK FBI: 28 23 2 FBI: 38 20 3 GRA: 36/27,37/27,37/25,38/25
CP_LNK FBI: 28 2 2 FBI: 59 5 2 GRA: 36/6,38/6,38/9,59/9
CP_LNK FBI: 28 8 2 FBI: 59 5 3 GRA: 36/12,38/12,38/10,59/10
CP_LNK IFP: -1 9 FBI: 8 6 2 GRA: 8/10,8/10
CP_LNK FBI: 59 5 2 FBI: 86 5 2 GRA: 66/9,86/9
CP_LNK FBI: 38 49 2 FBI: 51 49 2 GRA: 45/53,51/53
CP_LNK CON: 42 54 FBI: 51 49 4 GRA: 51/55,51/55
CP_LNK FBI: 39 36 2 FBI: 63 36 2 GRA: 46/40,63/40
CP_LNK FBI: 51 49 3 FBI: 63 36 3 GRA: 58/54,59/54,59/41,63/41
CP_LNK CON: 54 41 FBI: 63 36 4 GRA: 63/42,63/42
CP_LNK FBI: 38 20 2 FBI: 75 20 2 GRA: 45/24,75/24
CP_LNK FBI: 63 36 3 FBI: 75 20 3 GRA: 70/41,71/41,71/25,75/25
CP_LNK CON: 66 25 FBI: 75 20 4 GRA: 75/26,75/26
CP_LNK FBI: 75 20 3 FBI: 86 5 3 GRA: 82/25,83/25,83/10,86/10
CP_LNK CON: 77 10 FBI: 86 5 4 GRA: 86/11,86/11
CP_LNK FBI: 86 5 3 GVI: 93 9 GRA: 93/10,93/10
CP_LNK CON: 42 53 FBI: 51 49 3 GRA: 51/54,51/54
CP_SEC "Pompen" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 3 EXEC: 2 TEXT:
CP__ST IF VK<1 THEN
CP__ST FOR j:= 1 TO 4 DO;
CP__ST    Start_P[j] := FALSE;
CP__ST END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF (VK = 1) THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST     
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST  
CP__ST  
CP__ST IF (VK = 2) THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF VK = 3 THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] OR Vk3_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF VK = 4 THEN
CP__ST  FOR j:= 1 TO 4 DO;
CP__ST     IF Vk1_P[j] OR Vk2_P[j] OR Vk3_P[j] OR Vk4_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP_SEC "Conversie" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 3 TEXT:
CP_IFP "PmpVk1" 0 6 FP_IO_OUTPUT
CP_IFP "PmpStp2" 23 6 FP_IO_OUTPUT
CP_IFP "PmpStp3" 47 6 FP_IO_OUTPUT
CP_IFP "PmpStp4" 0 26 FP_IO_OUTPUT
CP_IFP "StartP1" 32 100 FP_IO_INPUT
CP_IFP "StartP2" 32 105 FP_IO_INPUT
CP_IFP "StartP3" 32 110 FP_IO_INPUT
CP_IFP "StartP4" 32 115 FP_IO_INPUT
CP_FBI "WORD_TO_BIT" 9 3 CODID: 1 NAME: "FBI_1_1" TEXT:
CP_FBI "WORD_TO_BIT" 32 3 CODID: 2 NAME: "FBI_1_2" TEXT:
CP_FBI "WORD_TO_BIT" 56 3 CODID: 3 NAME: "FBI_1_3" TEXT:
CP_FBI "WORD_TO_BIT" 9 23 CODID: 4 NAME: "FBI_1_4" TEXT:
CP_FBI "MOVE" 25 97 CODID: 5 NAME: ".1.10" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 102 CODID: 6 NAME: ".1.11" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 107 CODID: 7 NAME: ".1.12" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 112 CODID: 8 NAME: ".1.13" ANY: IEC_BOOL_ID TEXT:
CP_GVI NAMED_VAR: "Start_P[1]" 16 100 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[2]" 16 105 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[3]" 16 110 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[4]" 16 115 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[1]" 19 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[2]" 19 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[3]" 19 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk1_P[4]" 19 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[1]" 42 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[2]" 42 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[3]" 42 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk2_P[4]" 42 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[1]" 66 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[2]" 66 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[3]" 66 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk3_P[4]" 66 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[1]" 19 41 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[2]" 19 40 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[3]" 19 39 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Vk4_P[4]" 19 38 FP_IO_INPUT_COMP
CP_LNK IFP: 0 6 FBI: 9 3 2 GRA: 9/7,9/7
CP_LNK IFP: 23 6 FBI: 32 3 2 GRA: 32/7,32/7
CP_LNK IFP: 47 6 FBI: 56 3 2 GRA: 56/7,56/7
CP_LNK IFP: 0 26 FBI: 9 23 2 GRA: 9/27,9/27
CP_LNK GVI: 16 100 FBI: 25 97 2 GRA: 25/101,25/101
CP_LNK FBI: 25 97 2 IFP: 32 100 GRA: 32/101,32/101
CP_LNK FBI: 25 102 2 IFP: 32 105 GRA: 32/106,32/106
CP_LNK GVI: 16 105 FBI: 25 102 2 GRA: 25/106,25/106
CP_LNK GVI: 16 110 FBI: 25 107 2 GRA: 25/111,25/111
CP_LNK GVI: 16 115 FBI: 25 112 2 GRA: 25/116,25/116
CP_LNK FBI: 25 107 2 IFP: 32 110 GRA: 32/111,32/111
CP_LNK FBI: 25 112 2 IFP: 32 115 GRA: 32/116,32/116
CP_LNK FBI: 9 3 17 GVI: 19 21 GRA: 19/22,19/22
CP_LNK FBI: 9 3 16 GVI: 19 20 GRA: 19/21,19/21
CP_LNK FBI: 9 3 15 GVI: 19 19 GRA: 19/20,19/20
CP_LNK FBI: 9 3 14 GVI: 19 18 GRA: 19/19,19/19
CP_LNK FBI: 32 3 17 GVI: 42 21 GRA: 42/22,42/22
CP_LNK FBI: 32 3 16 GVI: 42 20 GRA: 42/21,42/21
CP_LNK FBI: 32 3 15 GVI: 42 19 GRA: 42/20,42/20
CP_LNK FBI: 32 3 14 GVI: 42 18 GRA: 42/19,42/19
CP_LNK FBI: 56 3 17 GVI: 66 21 GRA: 66/22,66/22
CP_LNK FBI: 56 3 16 GVI: 66 20 GRA: 66/21,66/21
CP_LNK FBI: 56 3 15 GVI: 66 19 GRA: 66/20,66/20
CP_LNK FBI: 56 3 14 GVI: 66 18 GRA: 66/19,66/19
CP_LNK FBI: 9 23 17 GVI: 19 41 GRA: 19/42,19/42
CP_LNK FBI: 9 23 16 GVI: 19 40 GRA: 19/41,19/41
CP_LNK FBI: 9 23 15 GVI: 19 39 GRA: 19/40,19/40
CP_LNK FBI: 9 23 14 GVI: 19 38 GRA: 19/39,19/39
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ L_KAR "12/16/04 11:27:34" TEXT:
CP_DFB "L_KAR" HEIGHT/WIDTH: 8 8 FBTK_DFB "12/16/04 11:27:33" TEXT: 
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : L_KAR{1,2}
CL_FRM "X" ID_13 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "Y" ID_16 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "Y_Coor" ID_17 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE IntArr30 TEXT: 
VS_FFB "INT_TO_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 8 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
CP_GVS "Leidingkarakteristiek" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "teller" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "initKoud" IEC_BOOL_ID INIT: TRUE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: koude initialisatie direct na download
CP_GV2 "x1" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "x2" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "y2" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "y1" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "INIT" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "X_Coor" IntArr30 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "x_Teller" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "INIT" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 9 EXEC: 1 TEXT:
CP__ST  
CP__ST X_Coor[1] := 0;
CP__ST  
CP__ST FOR x_Teller := 2 TO 25 DO;
CP__ST    X_Coor[x_Teller]:= X_Coor[x_Teller-1] + 250;
CP__ST END_FOR;
CP__ST  
CP_SEC "Leidingkarakteristiek" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 8 EXEC: 2 TEXT: 
CP__ST  
CP__ST IF NOT initKoud THEN
CP__ST  teller:=1; 
CP__ST     x1:=INT_TO_REAL(X_Coor[teller]);
CP__ST     x2:=INT_TO_REAL(X_Coor[teller+1]);
CP__ST     y1:=INT_TO_REAL(Y_Coor[teller]);
CP__ST     y2:=INT_TO_REAL(Y_Coor[teller+1]);
CP__ST  initKoud:=1;
CP__ST END_IF;
CP__ST  
CP__ST IF NOT (X>=x1 AND (X<x2 OR teller=25)) THEN
CP__ST     IF(teller<25)THEN
CP__ST    teller:=teller+1;
CP__ST  ELSE
CP__ST    teller:=1;
CP__ST  END_IF;
CP__ST END_IF;
CP__ST  
CP__ST     x1:=INT_TO_REAL(X_Coor[teller]);
CP__ST     x2:=INT_TO_REAL(X_Coor[teller+1]);
CP__ST     y1:=INT_TO_REAL(Y_Coor[teller]);
CP__ST     y2:=INT_TO_REAL(Y_Coor[teller+1]);
CP__ST  
CP__ST  
CP__ST Y:=y1+(((y2-y1)/(x2-x1))*(X-x1));
CP__ST  
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ L_KAR1 "11/24/05 12:11:15" TEXT:
CP_DFB "L_KAR1" HEIGHT/WIDTH: 7 8 FBTK_DFB "11/24/05 12:11:14" TEXT: 
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : L_KAR1{1}
CL_FRM "X" ID_13 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "X_coor" ID_14 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE IntArr30 VAL: ... TEXT: 
...INI [0,100,200,300,400,500,600,700,800,900,1000,1100,1200,1300,1400,1500,1600,1700,1800,1900,2000]
CL_FRM "Y_coor" ID_15 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE IntArr30 TEXT: 
CL_FRM "Y" ID_16 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
VS_FFB "INT_TO_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 8 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
CP_GVS "Leidingkarakteristiek" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "teller" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "initKoud" IEC_BOOL_ID INIT: TRUE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: koude initialisatie direct na download
CP_GV2 "x1" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "x2" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "y2" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "y1" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Leidingkarakteristiek" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 8 EXEC: 1 TEXT: 
CP__ST  
CP__ST IF NOT initKoud THEN
CP__ST  teller:=1; 
CP__ST     x1:=INT_TO_REAL(X_coor[teller]);
CP__ST     x2:=INT_TO_REAL(X_coor[teller+1]);
CP__ST     y1:=INT_TO_REAL(Y_coor[teller]);
CP__ST     y2:=INT_TO_REAL(Y_coor[teller+1]);
CP__ST  initKoud:=1;
CP__ST END_IF;
CP__ST  
CP__ST WHILE NOT (x>=x1 AND (x<x2 OR teller=21)) DO
CP__ST     IF(teller<21)THEN
CP__ST    teller:=teller+1;
CP__ST  ELSE
CP__ST    teller:=1;
CP__ST  END_IF;
CP__ST  
CP__ST     x1:=INT_TO_REAL(X_coor[teller]);
CP__ST     x2:=INT_TO_REAL(X_coor[teller+1]);
CP__ST     y1:=INT_TO_REAL(Y_coor[teller]);
CP__ST     y2:=INT_TO_REAL(Y_coor[teller+1]);
CP__ST  
CP__ST END_WHILE;
CP__ST  
CP__ST Y:=y1+(((y2-y1)/(x2-x1))*(x-x1));
CP__ST  
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ L_KAR50 "12/12/05 14:31:36" TEXT:
CP_DFB "L_KAR50" HEIGHT/WIDTH: 7 8 FBTK_DFB "12/12/05 14:31:36" TEXT: 
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : L_KAR50{1}
CL_FRM "X" ID_13 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "X_coor" ID_14 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE IntArr30 VAL: ... TEXT: 
...INI [0,50,100,150,200,250,300,350,400,450,500,550,600,650,700,750,800,850,900,950,1000,1050,1100,1150,
...INH 0A
...INI 1200,1250,1300,1350,1400,1450]
CL_FRM "Y_coor" ID_15 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE IntArr30 TEXT: 
CL_FRM "Y" ID_16 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
VS_FFB "INT_TO_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 8 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
CP_GVS "Leidingkarakteristiek" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "teller" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "initKoud" IEC_BOOL_ID INIT: TRUE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: koude initialisatie direct na download
CP_GV2 "x1" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "x2" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "y2" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "y1" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Leidingkarakteristiek" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 8 EXEC: 1 TEXT: 
CP__ST  
CP__ST IF NOT initKoud THEN
CP__ST  teller:=1; 
CP__ST     x1:=INT_TO_REAL(X_coor[teller]);
CP__ST     x2:=INT_TO_REAL(X_coor[teller+1]);
CP__ST     y1:=INT_TO_REAL(Y_coor[teller]);
CP__ST     y2:=INT_TO_REAL(Y_coor[teller+1]);
CP__ST  initKoud:=1;
CP__ST END_IF;
CP__ST  
CP__ST WHILE NOT (x>=x1 AND (x<x2 OR teller=21)) DO
CP__ST     IF(teller<21)THEN
CP__ST    teller:=teller+1;
CP__ST  ELSE
CP__ST    teller:=1;
CP__ST  END_IF;
CP__ST  
CP__ST     x1:=INT_TO_REAL(X_coor[teller]);
CP__ST     x2:=INT_TO_REAL(X_coor[teller+1]);
CP__ST     y1:=INT_TO_REAL(Y_coor[teller]);
CP__ST     y2:=INT_TO_REAL(Y_coor[teller+1]);
CP__ST  
CP__ST END_WHILE;
CP__ST  
CP__ST Y:=y1+(((y2-y1)/(x2-x1))*(x-x1));
CP__ST  
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ MASKEER "07/10/02 14:44:07" TEXT:
CP_DFB "MASKEER" HEIGHT/WIDTH: 6 8 FBTK_DFB "07/10/02 14:44:07" TEXT:
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : MASKEER{1}
CL_FRM "Wrd_in" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Wrd_uit" ID_5 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Masker1" ID_6 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Masker2" ID_7 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
VS_FFB "OR_WORD" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE WORD VAL: 30 TEXT:
VS_FFB "AND_WORD" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE WORD VAL: 30 TEXT:
CP_GVS "Maskeer_bits_van_woord" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Maskeer_bits_van_woord" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "Wrd_in" 2 6 FP_IO_OUTPUT
CP_IFP "Wrd_uit" 34 6 FP_IO_INPUT
CP_IFP "Masker1" 2 7 FP_IO_OUTPUT
CP_IFP "Masker2" 16 7 FP_IO_OUTPUT
CP_FBI "OR_WORD" 11 3 CODID: 1 NAME: ".1.1" TEXT:
CP_FBI "AND_WORD" 25 3 CODID: 2 NAME: ".1.2" TEXT:
CP_LNK FBI: 11 3 2 FBI: 25 3 2 GRA: 19/7,25/7
CP_LNK IFP: 2 6 FBI: 11 3 2 GRA: 11/7,11/7
CP_LNK FBI: 25 3 2 IFP: 34 6 GRA: 34/7,34/7
CP_LNK IFP: 2 7 FBI: 11 3 3 GRA: 11/8,11/8
CP_LNK IFP: 16 7 FBI: 25 3 3 GRA: 25/8,25/8
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ MATRIX "11/02/05 13:16:21" TEXT:
CP_DFB "MATRIX" HEIGHT/WIDTH: 13 9 FBTK_DFB "11/02/05 13:16:21" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : MATRIX{1,2}
CL_FRM "PmpStp1" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp2" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp3" ID_6 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp4" ID_7 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp5" ID_8 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp6" ID_9 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp7" ID_10 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpStp8" ID_11 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "StartP1" ID_13 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP2" ID_14 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP3" ID_15 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP4" ID_16 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP5" ID_17 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP6" ID_18 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP7" ID_19 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StartP8" ID_20 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StapNr" ID_21 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
CP_GVS "Conversie" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Stap4_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Stap5_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Stap6_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Stap7_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "j" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Stap8_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Start_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Pompen" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Stap1_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Stap2_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Stap3_P" BoolArr12 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Pompen" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 3 EXEC: 1 TEXT:
CP__ST  
CP__ST IF StapNr = 1 THEN
CP__ST  FOR j:= 1 TO 8 DO;
CP__ST     IF Stap1_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF StapNr = 2 THEN
CP__ST  FOR j:= 1 TO 8 DO;
CP__ST     IF Stap2_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF StapNr = 3 THEN
CP__ST  FOR j:= 1 TO 8 DO;
CP__ST     IF Stap3_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF StapNr = 4 THEN
CP__ST  FOR j:= 1 TO 8 DO;
CP__ST     IF Stap4_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF StapNr = 5 THEN
CP__ST  FOR j := 1 TO 8 DO;
CP__ST     IF Stap5_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF StapNr = 6 THEN
CP__ST  FOR j := 1 TO 8 DO;
CP__ST     IF Stap6_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF StapNr = 7 THEN
CP__ST  FOR j := 1 TO 8 DO;
CP__ST     IF Stap7_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST IF StapNr = 8 THEN
CP__ST  FOR j := 1 TO 8 DO;
CP__ST     IF Stap8_P[j] THEN;
CP__ST        Start_P[j] := TRUE;
CP__ST     ELSE;
CP__ST        Start_P[j] := FALSE;
CP__ST     END_IF;
CP__ST  END_FOR;
CP__ST END_IF;
CP__ST  
CP__ST  
CP__ST  
CP__ST  
CP_SEC "Conversie" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 2 TEXT:
CP_IFP "PmpStp1" 0 6 FP_IO_OUTPUT
CP_IFP "PmpStp2" 23 6 FP_IO_OUTPUT
CP_IFP "PmpStp3" 47 6 FP_IO_OUTPUT
CP_IFP "PmpStp4" 0 26 FP_IO_OUTPUT
CP_IFP "PmpStp5" 23 26 FP_IO_OUTPUT
CP_IFP "PmpStp6" 47 26 FP_IO_OUTPUT
CP_IFP "PmpStp7" 0 46 FP_IO_OUTPUT
CP_IFP "PmpStp8" 23 46 FP_IO_OUTPUT
CP_IFP "StartP1" 32 100 FP_IO_INPUT
CP_IFP "StartP2" 32 105 FP_IO_INPUT
CP_IFP "StartP3" 32 110 FP_IO_INPUT
CP_IFP "StartP4" 32 115 FP_IO_INPUT
CP_IFP "StartP5" 32 120 FP_IO_INPUT
CP_IFP "StartP6" 32 125 FP_IO_INPUT
CP_IFP "StartP7" 32 130 FP_IO_INPUT
CP_IFP "StartP8" 32 135 FP_IO_INPUT
CP_FBI "WORD_TO_BIT" 9 3 CODID: 1 NAME: "FBI_1_1" TEXT:
CP_FBI "WORD_TO_BIT" 32 3 CODID: 2 NAME: "FBI_1_2" TEXT:
CP_FBI "WORD_TO_BIT" 56 3 CODID: 3 NAME: "FBI_1_3" TEXT:
CP_FBI "WORD_TO_BIT" 9 23 CODID: 4 NAME: "FBI_1_4" TEXT:
CP_FBI "WORD_TO_BIT" 32 23 CODID: 5 NAME: "FBI_1_5" TEXT:
CP_FBI "WORD_TO_BIT" 56 23 CODID: 6 NAME: "FBI_1_6" TEXT:
CP_FBI "WORD_TO_BIT" 9 43 CODID: 7 NAME: "FBI_1_7" TEXT:
CP_FBI "WORD_TO_BIT" 32 43 CODID: 8 NAME: "FBI_1_8" TEXT:
CP_FBI "MOVE" 25 97 CODID: 9 NAME: ".1.10" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 102 CODID: 10 NAME: ".1.11" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 107 CODID: 11 NAME: ".1.12" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 112 CODID: 12 NAME: ".1.13" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 117 CODID: 13 NAME: ".1.14" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 127 CODID: 14 NAME: ".1.15" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 122 CODID: 15 NAME: ".1.16" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 25 132 CODID: 16 NAME: ".1.17" ANY: IEC_BOOL_ID TEXT:
CP_GVI NAMED_VAR: "Start_P[1]" 16 100 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[2]" 16 105 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[3]" 16 110 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[4]" 16 115 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[5]" 16 120 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[6]" 16 125 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[7]" 16 130 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Start_P[8]" 16 135 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Stap1_P[1]" 19 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap1_P[2]" 19 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap1_P[3]" 19 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap1_P[4]" 19 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap1_P[5]" 19 17 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap1_P[6]" 19 16 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap1_P[7]" 19 15 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap1_P[8]" 19 14 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap2_P[1]" 42 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap2_P[2]" 42 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap2_P[3]" 42 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap2_P[4]" 42 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap2_P[5]" 42 17 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap2_P[6]" 42 16 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap2_P[7]" 42 15 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap2_P[8]" 42 14 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap3_P[1]" 66 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap3_P[2]" 66 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap3_P[3]" 66 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap3_P[4]" 66 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap3_P[5]" 66 17 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap3_P[6]" 66 16 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap3_P[7]" 66 15 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap3_P[8]" 66 14 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap4_P[1]" 19 41 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap4_P[2]" 19 40 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap4_P[3]" 19 39 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap4_P[4]" 19 38 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap4_P[5]" 19 37 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap4_P[6]" 19 36 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap4_P[7]" 19 35 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap4_P[8]" 19 34 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap5_P[8]" 42 34 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap5_P[7]" 42 35 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap5_P[6]" 42 36 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap5_P[5]" 42 37 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap5_P[4]" 42 38 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap5_P[3]" 42 39 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap5_P[2]" 42 40 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap5_P[1]" 42 41 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap6_P[8]" 66 34 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap6_P[7]" 66 35 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap6_P[6]" 66 36 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap6_P[5]" 66 37 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap6_P[4]" 66 38 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap6_P[3]" 66 39 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap6_P[2]" 66 40 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap6_P[1]" 66 41 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap7_P[8]" 19 54 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap7_P[7]" 19 55 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap7_P[6]" 19 56 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap7_P[5]" 19 57 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap7_P[4]" 19 58 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap7_P[3]" 19 59 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap7_P[2]" 19 60 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap7_P[1]" 19 61 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap8_P[1]" 42 61 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap8_P[2]" 42 60 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap8_P[3]" 42 59 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap8_P[4]" 42 58 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap8_P[5]" 42 57 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap8_P[6]" 42 56 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap8_P[7]" 42 55 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Stap8_P[8]" 42 54 FP_IO_INPUT_COMP
CP_LNK IFP: 0 6 FBI: 9 3 2 GRA: 9/7,9/7
CP_LNK IFP: 23 6 FBI: 32 3 2 GRA: 32/7,32/7
CP_LNK IFP: 47 6 FBI: 56 3 2 GRA: 56/7,56/7
CP_LNK IFP: 0 26 FBI: 9 23 2 GRA: 9/27,9/27
CP_LNK IFP: 23 26 FBI: 32 23 2 GRA: 32/27,32/27
CP_LNK IFP: 47 26 FBI: 56 23 2 GRA: 56/27,56/27
CP_LNK IFP: 0 46 FBI: 9 43 2 GRA: 9/47,9/47
CP_LNK IFP: 23 46 FBI: 32 43 2 GRA: 32/47,32/47
CP_LNK GVI: 16 100 FBI: 25 97 2 GRA: 25/101,25/101
CP_LNK FBI: 25 97 2 IFP: 32 100 GRA: 32/101,32/101
CP_LNK FBI: 25 102 2 IFP: 32 105 GRA: 32/106,32/106
CP_LNK GVI: 16 105 FBI: 25 102 2 GRA: 25/106,25/106
CP_LNK GVI: 16 110 FBI: 25 107 2 GRA: 25/111,25/111
CP_LNK GVI: 16 115 FBI: 25 112 2 GRA: 25/116,25/116
CP_LNK GVI: 16 120 FBI: 25 117 2 GRA: 25/121,25/121
CP_LNK GVI: 16 125 FBI: 25 122 2 GRA: 25/126,25/126
CP_LNK GVI: 16 130 FBI: 25 127 2 GRA: 25/131,25/131
CP_LNK GVI: 16 135 FBI: 25 132 2 GRA: 25/136,25/136
CP_LNK FBI: 25 107 2 IFP: 32 110 GRA: 32/111,32/111
CP_LNK FBI: 25 112 2 IFP: 32 115 GRA: 32/116,32/116
CP_LNK FBI: 25 117 2 IFP: 32 120 GRA: 32/121,32/121
CP_LNK FBI: 25 122 2 IFP: 32 125 GRA: 32/126,32/126
CP_LNK FBI: 25 127 2 IFP: 32 130 GRA: 32/131,32/131
CP_LNK FBI: 25 132 2 IFP: 32 135 GRA: 32/136,32/136
CP_LNK FBI: 9 3 17 GVI: 19 21 GRA: 19/22,19/22
CP_LNK FBI: 9 3 16 GVI: 19 20 GRA: 19/21,19/21
CP_LNK FBI: 9 3 15 GVI: 19 19 GRA: 19/20,19/20
CP_LNK FBI: 9 3 14 GVI: 19 18 GRA: 19/19,19/19
CP_LNK FBI: 9 3 13 GVI: 19 17 GRA: 19/18,19/18
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CP_LNK FBI: 32 3 17 GVI: 42 21 GRA: 42/22,42/22
CP_LNK FBI: 32 3 16 GVI: 42 20 GRA: 42/21,42/21
CP_LNK FBI: 32 3 15 GVI: 42 19 GRA: 42/20,42/20
CP_LNK FBI: 32 3 14 GVI: 42 18 GRA: 42/19,42/19
CP_LNK FBI: 32 3 13 GVI: 42 17 GRA: 42/18,42/18
CP_LNK FBI: 32 3 12 GVI: 42 16 GRA: 42/17,42/17
CP_LNK FBI: 32 3 11 GVI: 42 15 GRA: 42/16,42/16
CP_LNK FBI: 32 3 10 GVI: 42 14 GRA: 42/15,42/15
CP_LNK FBI: 56 3 17 GVI: 66 21 GRA: 66/22,66/22
CP_LNK FBI: 56 3 16 GVI: 66 20 GRA: 66/21,66/21
CP_LNK FBI: 56 3 15 GVI: 66 19 GRA: 66/20,66/20
CP_LNK FBI: 56 3 14 GVI: 66 18 GRA: 66/19,66/19
CP_LNK FBI: 56 3 13 GVI: 66 17 GRA: 66/18,66/18
CP_LNK FBI: 56 3 12 GVI: 66 16 GRA: 66/17,66/17
CP_LNK FBI: 56 3 11 GVI: 66 15 GRA: 66/16,66/16
CP_LNK FBI: 56 3 10 GVI: 66 14 GRA: 66/15,66/15
CP_LNK FBI: 9 23 17 GVI: 19 41 GRA: 19/42,19/42
CP_LNK FBI: 9 23 16 GVI: 19 40 GRA: 19/41,19/41
CP_LNK FBI: 9 23 15 GVI: 19 39 GRA: 19/40,19/40
CP_LNK FBI: 9 23 14 GVI: 19 38 GRA: 19/39,19/39
CP_LNK FBI: 9 23 13 GVI: 19 37 GRA: 19/38,19/38
CP_LNK FBI: 9 23 12 GVI: 19 36 GRA: 19/37,19/37
CP_LNK FBI: 9 23 11 GVI: 19 35 GRA: 19/36,19/36
CP_LNK FBI: 9 23 10 GVI: 19 34 GRA: 19/35,19/35
CP_LNK FBI: 32 23 10 GVI: 42 34 GRA: 42/35,42/35
CP_LNK FBI: 32 23 11 GVI: 42 35 GRA: 42/36,42/36
CP_LNK FBI: 32 23 12 GVI: 42 36 GRA: 42/37,42/37
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CP_LNK FBI: 32 23 14 GVI: 42 38 GRA: 42/39,42/39
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CP_LNK FBI: 32 23 17 GVI: 42 41 GRA: 42/42,42/42
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CP_LNK FBI: 56 23 11 GVI: 66 35 GRA: 66/36,66/36
CP_LNK FBI: 56 23 12 GVI: 66 36 GRA: 66/37,66/37
CP_LNK FBI: 56 23 13 GVI: 66 37 GRA: 66/38,66/38
CP_LNK FBI: 56 23 14 GVI: 66 38 GRA: 66/39,66/39
CP_LNK FBI: 56 23 15 GVI: 66 39 GRA: 66/40,66/40
CP_LNK FBI: 56 23 16 GVI: 66 40 GRA: 66/41,66/41
CP_LNK FBI: 56 23 17 GVI: 66 41 GRA: 66/42,66/42
CP_LNK FBI: 9 43 10 GVI: 19 54 GRA: 19/55,19/55
CP_LNK FBI: 9 43 11 GVI: 19 55 GRA: 19/56,19/56
CP_LNK FBI: 9 43 12 GVI: 19 56 GRA: 19/57,19/57
CP_LNK FBI: 9 43 13 GVI: 19 57 GRA: 19/58,19/58
CP_LNK FBI: 9 43 14 GVI: 19 58 GRA: 19/59,19/59
CP_LNK FBI: 9 43 15 GVI: 19 59 GRA: 19/60,19/60
CP_LNK FBI: 9 43 16 GVI: 19 60 GRA: 19/61,19/61
CP_LNK FBI: 9 43 17 GVI: 19 61 GRA: 19/62,19/62
CP_LNK FBI: 32 43 17 GVI: 42 61 GRA: 42/62,42/62
CP_LNK FBI: 32 43 16 GVI: 42 60 GRA: 42/61,42/61
CP_LNK FBI: 32 43 15 GVI: 42 59 GRA: 42/60,42/60
CP_LNK FBI: 32 43 14 GVI: 42 58 GRA: 42/59,42/59
CP_LNK FBI: 32 43 13 GVI: 42 57 GRA: 42/58,42/58
CP_LNK FBI: 32 43 12 GVI: 42 56 GRA: 42/57,42/57
CP_LNK FBI: 32 43 11 GVI: 42 55 GRA: 42/56,42/56
CP_LNK FBI: 32 43 10 GVI: 42 54 GRA: 42/55,42/55
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ MWMINMAX "11/02/05 13:16:30" TEXT:
CP_DFB "MWMINMAX" HEIGHT/WIDTH: 9 9 FBTK_DFB "11/02/05 13:16:29" TEXT:
...TXF GECOMBINEERDE MINIMALE EN MAXIMALE OPSLAG VAN EEN MEETWAARDE
...TXT 
...TXT Doel:
...TXT Het opslaan van het minimum en maximum van een meetwaarde, met de tijden van optreden.
...TXT 
...TXT Werking:
...TXT Als de gemeten waarde groter is dan het actuele maximum (= het maximum tot op dat moment),
...TXT dan wordt het actuele maximum gelijk aan de gemeten waarde.
...TXT Als de Enable hoog is en de gemeten waarde is kleiner dan het actuele minimum (= het minimum tot op dat moment),
...TXT dan wordt het actuele minimum gelijk aan de gemeten waarde.
...TXT In beide gevallen wordt ook de tijd van optreden opgeslagen.
...TXT 
...TXT Bij een Store commando, komen het actuele minimum en maximum, samen met de bijbehorende tijden aan de uitgang beschikbaar.
...TXT Vervolgens worden alle actuele waarden en tijden geinitialiseerd.
...TXT 
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : MWMINMAX{1}
CL_FRM "Tijd" ID_6 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: De huidige tijd (HH:MM)
CL_FRM "Cmd" ID_7 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Store (1 scan hoog)
CL_FRM "TijdMax" ID_10 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: De tijd van optreden van het maximum
CL_FRM "TijdMin" ID_15 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: De tijd van optreden van het minimum
CL_FRM "Vrijgave" ID_16 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Enable ingang (voor minimum bepaling)
CL_FRM "Meetw" ID_17 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: Ingangswaarde voor bepaling minimum en maximum
CL_FRM "MeetwMax" ID_20 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT: Laatst opgeslagen maximale waarde
CL_FRM "MeetwMin" ID_21 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT: Laatst opgeslagen minimale waarde
CP_GVS "Minimum_Maximum_waarde" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "ActTMax" IEC_INT_ID INIT: TRUE -1 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: De actuele bijbehorende tijd bij het maximum
CP_GV2 "ActTMin" IEC_INT_ID INIT: TRUE -1 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: De actuele bijbehorende tijd bij het minimum
CP_GV2 "ActMax" IEC_REAL_ID INIT: TRUE 0.0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: De actuele maximale waarde
CP_GV2 "ActMin" IEC_REAL_ID INIT: TRUE 32767.0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: De actuele minimum waarde
CP_SEC "Minimum_Maximum_waarde" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 1 EXEC: 1 TEXT: 
CP__ST IF Meetw > ActMax           (* Is er een nieuw maximum ?                   *)               
CP__ST THEN
CP__ST    ActMax  := Meetw;        (* Dan wordt de gemeten waarde,                *)
CP__ST    ActTMax := Tijd;         (* met de tijd opgeslagen                      *)
CP__ST END_IF;
CP__ST  
CP__ST IF Meetw < ActMin AND Vrijgave  (* Is Enable hoog en is er een nieuw minimum ? *)
CP__ST THEN
CP__ST    ActMin  := Meetw;        (* Dan wordt de gemeten waarde,                *)
CP__ST    ActTMin := Tijd;         (* met de tijd opgeslagen                      *)
CP__ST END_IF;
CP__ST  
CP__ST IF Cmd                      (* Is er een 'Store' puls ?                    *)
CP__ST THEN
CP__ST    MeetwMax := ActMax;      (* Dan worden het actuele maximum              *)
CP__ST    TijdMax := ActTMax;      (* en minimum met de bijbehorende              *)   
CP__ST    MeetwMin := ActMin;      (* tijden naar buiten gebracht                 *)
CP__ST    TijdMin := ActTMin;
CP__ST    ActMax  := 0.0;          (* Vervolgens worden het actuele               *)
CP__ST    ActTMax := -1;           (* minimum en maximum, samen met               *)
CP__ST    ActMin  := 32767.0;      (* de tijden geinitialiseerd                   *)           
CP__ST    ActTMin := -1;
CP__ST END_IF;
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ OBJST2 "11/02/05 13:16:34" TEXT:
CP_DFB "OBJST2" HEIGHT/WIDTH: 7 8 FBTK_DFB "11/02/05 13:16:34" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : OBJST2{1}
CL_FRM "Object1" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Object2" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Object3" ID_6 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Object4" ID_7 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "ObjSt" ID_14 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
CP_GVS "_2ObjSt" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Tmp1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Tmp2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Tmp3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Tmp4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Tmp5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Tmp6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "_2ObjSt" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "Object1" 2 8 FP_IO_OUTPUT
CP_IFP "Object2" 2 9 FP_IO_OUTPUT
CP_IFP "Object1" 2 14 FP_IO_OUTPUT
CP_IFP "Object1" 2 20 FP_IO_OUTPUT
CP_IFP "Object3" 2 15 FP_IO_OUTPUT
CP_IFP "Object4" 2 21 FP_IO_OUTPUT
CP_IFP "Object2" 2 26 FP_IO_OUTPUT
CP_IFP "Object3" 2 27 FP_IO_OUTPUT
CP_IFP "Object1" 2 32 FP_IO_OUTPUT
CP_IFP "Object4" 2 33 FP_IO_OUTPUT
CP_IFP "Object4" 2 39 FP_IO_OUTPUT
CP_IFP "Object3" 2 38 FP_IO_OUTPUT
CP_IFP "ObjSt" 47 15 FP_IO_INPUT
CP_FBI "AND_BOOL" 11 5 CODID: 1 NAME: ".1.1" TEXT:
CP_FBI "AND_BOOL" 11 11 CODID: 2 NAME: ".1.3" TEXT:
CP_FBI "AND_BOOL" 11 17 CODID: 3 NAME: ".1.4" TEXT:
CP_FBI "AND_BOOL" 11 23 CODID: 4 NAME: ".1.5" TEXT:
CP_FBI "AND_BOOL" 11 29 CODID: 5 NAME: ".1.6" TEXT:
CP_FBI "AND_BOOL" 11 35 CODID: 6 NAME: ".1.7" TEXT:
CP_FBI "OR_BOOL" 39 12 CODID: 7 NAME: ".1.8" DRAW: 4 TEXT:
CP_GVI NAMED_VAR: "Tmp1" 20 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "Tmp2" 20 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "Tmp3" 20 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "Tmp4" 20 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "Tmp5" 20 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "Tmp6" 20 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "Tmp1" 30 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Tmp2" 30 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Tmp3" 30 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Tmp4" 30 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Tmp5" 30 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Tmp6" 30 20 FP_IO_OUTPUT
CP_LNK IFP: 2 8 FBI: 11 5 2 GRA: 11/9,11/9
CP_LNK IFP: 2 9 FBI: 11 5 3 GRA: 11/10,11/10
CP_LNK IFP: 2 14 FBI: 11 11 2 GRA: 11/15,11/15
CP_LNK IFP: 2 20 FBI: 11 17 2 GRA: 11/21,11/21
CP_LNK IFP: 2 15 FBI: 11 11 3 GRA: 11/16,11/16
CP_LNK IFP: 2 21 FBI: 11 17 3 GRA: 11/22,11/22
CP_LNK IFP: 2 26 FBI: 11 23 2 GRA: 11/27,11/27
CP_LNK IFP: 2 27 FBI: 11 23 3 GRA: 11/28,11/28
CP_LNK IFP: 2 32 FBI: 11 29 2 GRA: 11/33,11/33
CP_LNK IFP: 2 33 FBI: 11 29 3 GRA: 11/34,11/34
CP_LNK IFP: 2 39 FBI: 11 35 3 GRA: 11/40,11/40
CP_LNK IFP: 2 38 FBI: 11 35 2 GRA: 11/39,11/39
CP_LNK FBI: 11 5 2 GVI: 20 8 GRA: 20/9,20/9
CP_LNK FBI: 11 11 2 GVI: 20 14 GRA: 20/15,20/15
CP_LNK FBI: 11 17 2 GVI: 20 20 GRA: 20/21,20/21
CP_LNK FBI: 11 23 2 GVI: 20 26 GRA: 20/27,20/27
CP_LNK FBI: 11 29 2 GVI: 20 32 GRA: 20/33,20/33
CP_LNK FBI: 11 35 2 GVI: 20 38 GRA: 20/39,20/39
CP_LNK GVI: 30 15 FBI: 39 12 2 GRA: 39/16,39/16
CP_LNK GVI: 30 16 FBI: 39 12 3 GRA: 39/17,39/17
CP_LNK GVI: 30 17 FBI: 39 12 4 GRA: 39/18,39/18
CP_LNK GVI: 30 18 FBI: 39 12 5 GRA: 39/19,39/19
CP_LNK GVI: 30 19 FBI: 39 12 6 GRA: 39/20,39/20
CP_LNK GVI: 30 20 FBI: 39 12 7 GRA: 39/21,39/21
CP_LNK FBI: 39 12 2 IFP: 47 15 GRA: 47/16,47/16
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ OPSTART "11/02/05 13:16:33" TEXT:
CP_DFB "OPSTART" HEIGHT/WIDTH: 13 8 FBTK_DFB "11/02/05 13:16:33" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : OPSTART{1}
CL_FRM "Vrijgave" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "VertTyd1" ID_6 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "VertTyd2" ID_7 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "VertTyd3" ID_8 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "VertTyd4" ID_9 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "VertTyd5" ID_10 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "VertTyd6" ID_11 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "VertTyd7" ID_12 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "VertTyd8" ID_13 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "RstTyd" ID_14 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "RstAlg" ID_24 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Vrij1" ID_25 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Vrij2" ID_26 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Vrij3" ID_27 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Vrij4" ID_28 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Vrij5" ID_29 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Vrij6" ID_30 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Vrij7" ID_31 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Vrij8" ID_32 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
VS_FFB "TP" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
CP_GVS "Opstartprocedure" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Opstartprocedure" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "Vrijgave" 21 5 FP_IO_OUTPUT
CP_IFP "RstAlg" 37 5 FP_IO_INPUT
CP_IFP "Vrijgave" 21 11 FP_IO_OUTPUT
CP_IFP "Vrij1" 37 11 FP_IO_INPUT
CP_IFP "RstTyd" 5 7 FP_IO_OUTPUT
CP_IFP "VertTyd1" 5 13 FP_IO_OUTPUT
CP_IFP "Vrij1" 21 17 FP_IO_OUTPUT
CP_IFP "Vrij2" 37 17 FP_IO_INPUT
CP_IFP "VertTyd2" 5 19 FP_IO_OUTPUT
CP_IFP "Vrij3" 37 23 FP_IO_INPUT
CP_IFP "Vrij2" 21 23 FP_IO_OUTPUT
CP_IFP "VertTyd3" 5 25 FP_IO_OUTPUT
CP_IFP "Vrij4" 37 29 FP_IO_INPUT
CP_IFP "VertTyd4" 5 31 FP_IO_OUTPUT
CP_IFP "Vrij3" 21 29 FP_IO_OUTPUT
CP_IFP "Vrij5" 37 35 FP_IO_INPUT
CP_IFP "Vrij4" 21 35 FP_IO_OUTPUT
CP_IFP "VertTyd5" 5 37 FP_IO_OUTPUT
CP_IFP "Vrij6" 37 41 FP_IO_INPUT
CP_IFP "Vrij5" 21 41 FP_IO_OUTPUT
CP_IFP "VertTyd6" 5 43 FP_IO_OUTPUT
CP_IFP "Vrij7" 37 47 FP_IO_INPUT
CP_IFP "Vrij6" 21 47 FP_IO_OUTPUT
CP_IFP "VertTyd7" 5 49 FP_IO_OUTPUT
CP_IFP "Vrij7" 21 53 FP_IO_OUTPUT
CP_IFP "Vrij8" 37 53 FP_IO_INPUT
CP_IFP "VertTyd8" 5 55 FP_IO_OUTPUT
CP_FBI "TP" 30 2 CODID: 2 NAME: "FBI_1_1" TEXT:
CP_FBI "TIME_MUL_INT" 14 3 CODID: 1 NAME: ".1.2" TEXT:
CP_FBI "TIME_MUL_INT" 14 9 CODID: 3 NAME: ".1.3" TEXT:
CP_FBI "TON" 30 8 CODID: 4 NAME: "FBI_1_5" TEXT:
CP_FBI "TIME_MUL_INT" 14 15 CODID: 5 NAME: ".1.6" TEXT:
CP_FBI "TON" 30 14 CODID: 6 NAME: "FBI_1_7" TEXT:
CP_FBI "TIME_MUL_INT" 14 21 CODID: 7 NAME: ".1.8" TEXT:
CP_FBI "TON" 30 20 CODID: 8 NAME: "FBI_1_9" TEXT:
CP_FBI "TIME_MUL_INT" 14 27 CODID: 9 NAME: ".1.10" TEXT:
CP_FBI "TON" 30 26 CODID: 10 NAME: "FBI_1_11" TEXT:
CP_FBI "TIME_MUL_INT" 14 33 CODID: 11 NAME: ".1.12" TEXT:
CP_FBI "TON" 30 32 CODID: 12 NAME: "FBI_1_13" TEXT:
CP_FBI "TIME_MUL_INT" 14 39 CODID: 13 NAME: ".1.14" TEXT:
CP_FBI "TON" 30 38 CODID: 14 NAME: "FBI_1_15" TEXT:
CP_FBI "TIME_MUL_INT" 14 45 CODID: 15 NAME: ".1.16" TEXT:
CP_FBI "TON" 30 44 CODID: 16 NAME: "FBI_1_17" TEXT:
CP_FBI "TIME_MUL_INT" 14 51 CODID: 17 NAME: ".1.18" TEXT:
CP_FBI "TON" 30 50 CODID: 18 NAME: "FBI_1_19" TEXT:
CP_CON 5 6 IEC_TIME_ID t#1s
CP_CON 5 12 IEC_TIME_ID t#1s
CP_CON 5 18 IEC_TIME_ID t#1s
CP_CON 5 24 IEC_TIME_ID t#1s
CP_CON 5 30 IEC_TIME_ID t#1s
CP_CON 5 36 IEC_TIME_ID t#1s
CP_CON 5 42 IEC_TIME_ID t#1s
CP_CON 5 48 IEC_TIME_ID t#1s
CP_CON 5 54 IEC_TIME_ID t#1s
CP_LNK CON: 5 6 FBI: 14 3 2 GRA: 14/7,14/7
CP_LNK FBI: 14 3 2 FBI: 30 2 3 GRA: 24/7,30/7
CP_LNK FBI: 14 9 2 FBI: 30 8 3 GRA: 24/13,30/13
CP_LNK CON: 5 12 FBI: 14 9 2 GRA: 14/13,14/13
CP_LNK IFP: 21 5 FBI: 30 2 2 GRA: 30/6,30/6
CP_LNK FBI: 30 2 2 IFP: 37 5 GRA: 37/6,37/6
CP_LNK IFP: 21 11 FBI: 30 8 2 GRA: 30/12,30/12
CP_LNK FBI: 30 8 2 IFP: 37 11 GRA: 37/12,37/12
CP_LNK IFP: 5 7 FBI: 14 3 3 GRA: 14/8,14/8
CP_LNK IFP: 5 13 FBI: 14 9 3 GRA: 14/14,14/14
CP_LNK FBI: 14 15 2 FBI: 30 14 3 GRA: 24/19,30/19
CP_LNK CON: 5 18 FBI: 14 15 2 GRA: 14/19,14/19
CP_LNK IFP: 21 17 FBI: 30 14 2 GRA: 30/18,30/18
CP_LNK FBI: 30 14 2 IFP: 37 17 GRA: 37/18,37/18
CP_LNK IFP: 5 19 FBI: 14 15 3 GRA: 14/20,14/20
CP_LNK FBI: 14 21 2 FBI: 30 20 3 GRA: 24/25,30/25
CP_LNK CON: 5 24 FBI: 14 21 2 GRA: 14/25,14/25
CP_LNK FBI: 30 20 2 IFP: 37 23 GRA: 37/24,37/24
CP_LNK IFP: 21 23 FBI: 30 20 2 GRA: 30/24,30/24
CP_LNK IFP: 5 25 FBI: 14 21 3 GRA: 14/26,14/26
CP_LNK FBI: 14 27 2 FBI: 30 26 3 GRA: 24/31,30/31
CP_LNK CON: 5 30 FBI: 14 27 2 GRA: 14/31,14/31
CP_LNK FBI: 30 26 2 IFP: 37 29 GRA: 37/30,37/30
CP_LNK IFP: 5 31 FBI: 14 27 3 GRA: 14/32,14/32
CP_LNK IFP: 21 29 FBI: 30 26 2 GRA: 30/30,30/30
CP_LNK FBI: 14 33 2 FBI: 30 32 3 GRA: 24/37,30/37
CP_LNK CON: 5 36 FBI: 14 33 2 GRA: 14/37,14/37
CP_LNK FBI: 30 32 2 IFP: 37 35 GRA: 37/36,37/36
CP_LNK IFP: 21 35 FBI: 30 32 2 GRA: 30/36,30/36
CP_LNK IFP: 5 37 FBI: 14 33 3 GRA: 14/38,14/38
CP_LNK FBI: 14 39 2 FBI: 30 38 3 GRA: 24/43,30/43
CP_LNK CON: 5 42 FBI: 14 39 2 GRA: 14/43,14/43
CP_LNK FBI: 30 38 2 IFP: 37 41 GRA: 37/42,37/42
CP_LNK IFP: 21 41 FBI: 30 38 2 GRA: 30/42,30/42
CP_LNK IFP: 5 43 FBI: 14 39 3 GRA: 14/44,14/44
CP_LNK FBI: 14 45 2 FBI: 30 44 3 GRA: 24/49,30/49
CP_LNK CON: 5 48 FBI: 14 45 2 GRA: 14/49,14/49
CP_LNK FBI: 30 44 2 IFP: 37 47 GRA: 37/48,37/48
CP_LNK IFP: 21 47 FBI: 30 44 2 GRA: 30/48,30/48
CP_LNK IFP: 5 49 FBI: 14 45 3 GRA: 14/50,14/50
CP_LNK FBI: 14 51 2 FBI: 30 50 3 GRA: 24/55,30/55
CP_LNK CON: 5 54 FBI: 14 51 2 GRA: 14/55,14/55
CP_LNK IFP: 21 53 FBI: 30 50 2 GRA: 30/54,30/54
CP_LNK FBI: 30 50 2 IFP: 37 53 GRA: 37/54,37/54
CP_LNK IFP: 5 55 FBI: 14 51 3 GRA: 14/56,14/56
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ PLC_KLOK "11/02/05 13:16:26" TEXT:
CP_DFB "PLC_KLOK" HEIGHT/WIDTH: 10 9 FBTK_DFB "11/02/05 13:16:26" TEXT: 
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : PLC_KLOK{1}
CL_FRM "Ctrl_uit" ID_4 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: Control register uitgang
CL_FRM "DagTijd" ID_6 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE INT TEXT: De dagtijd (in HH:MM)
CL_FRM "SecPuls" ID_10 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: Seconde puls (één scan hoog)
CL_FRM "KnipPuls" ID_11 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: Knipper puls (0.5 sec hoog en 0.5 sec laag)
CL_FRM "Ctrl_in" ID_15 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: Control register ingang
CL_FRM "Dagnr" ID_19 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: Dagnummer vanaf Scada [zondag = 1]
CL_FRM "Uur" ID_20 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: Uren vanaf Scada
CL_FRM "Minuut" ID_21 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: Minuten vanaf Scada
CL_FRM "Weekdag" ID_22 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: Dag van de week [zondag = 1]
CL_FRM "Klok_in" ID_25 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE KLOK_struc TEXT: Kloktijd registers (inkomend) 
CL_FRM "Klok_uit" ID_26 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE KLOK_struc TEXT: Kloktijd registers (uitgaand)
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "R_TRIG" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "CLK" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "NE_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE INT VAL: 30 TEXT:
VS_FFB "ADD_INT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE INT VAL: 30 TEXT:
VS_FFB "TP" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "F_TRIG" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "CLK" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GV2 "Hulp_seconde" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Hulp register voor het aanmaken van seconde pulsen
CP_GVS "klok" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Synchro" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Synchro_klok" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Hulp_dagtijd" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Dagtijd_Scada" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "klok" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 2 EXEC: 1 TEXT: 
CP_COM LEFT: 46 RIGHT: 66 TOP: 31 BOT: 38 TEXT:
...TXF Synchronisatie interne PLC klok (control register)
...TXT Controlecodes:
...TXT 1. Set klok = 8000 H
...TXT 2. "Terug van klok = 2000 H" (klok staat stil)
...TXT 3. Schrijf nieuwe tijd in register
...TXT 4. Start klok = 4000 H
...TXT 5. "Terug van klok = 6000 H" (normale klok status)
CP_COM LEFT: 44 RIGHT: 54 TOP: 56 BOT: 57 TEXT: Op tijd zetten van de klok
CP_COM LEFT: 19 RIGHT: 29 TOP: 40 BOT: 41 TEXT: Initialisatie na download
CP_COM LEFT: 103 RIGHT: 116 TOP: 3 BOT: 4 TEXT: Berekening van de PLC tijd (HH:MM)
CP_COM LEFT: 108 RIGHT: 112 TOP: 27 BOT: 28 TEXT: Knipper puls
CP_COM LEFT: 108 RIGHT: 112 TOP: 13 BOT: 14 TEXT: Seconde puls
CP_IFP "Ctrl_uit" 65 50 FP_IO_INPUT
CP_IFP "DagTijd" 123 8 FP_IO_INPUT
CP_IFP "SecPuls" 123 22 FP_IO_INPUT
CP_IFP "KnipPuls" 123 30 FP_IO_INPUT
CP_IFP "KnipPuls" 88 30 FP_IO_OUTPUT
CP_IFP "Uur" -3 6 FP_IO_OUTPUT
CP_IFP "Minuut" 11 7 FP_IO_OUTPUT
CP_IFP "Dagnr" 37 78 FP_IO_OUTPUT
CP_IFP "Weekdag" 63 82 FP_IO_INPUT
CP_IFP "Uur" 37 85 FP_IO_OUTPUT
CP_IFP "Minuut" 37 92 FP_IO_OUTPUT
CP_IFP "DagTijd" 21 31 FP_IO_OUTPUT
CP_IFP "Ctrl_in" 6 50 FP_IO_OUTPUT
CP_IFP "Dagnr" 21 17 FP_IO_OUTPUT
CP_IFP "Klok_in.jaar" 37 61 FP_IO_OUTPUT_COMP
CP_IFP "Klok_in.maand" 37 66 FP_IO_OUTPUT_COMP
CP_IFP "Klok_in.dag" 37 71 FP_IO_OUTPUT_COMP
CP_IFP "Klok_in.weekdag" 37 77 FP_IO_OUTPUT_COMP
CP_IFP "Klok_in.uur" 37 84 FP_IO_OUTPUT_COMP
CP_IFP "Klok_in.minuut" 37 91 FP_IO_OUTPUT_COMP
CP_IFP "Klok_in.seconde" 37 97 FP_IO_OUTPUT_COMP
CP_IFP "Klok_uit.uur" 88 8 FP_IO_OUTPUT_COMP
CP_IFP "Klok_uit.minuut" 107 9 FP_IO_OUTPUT_COMP
CP_IFP "Klok_uit.seconde" 88 17 FP_IO_OUTPUT_COMP
CP_IFP "Klok_uit.seconde" 107 17 FP_IO_OUTPUT_COMP
CP_IFP "Klok_uit.jaar" 53 61 FP_IO_INPUT_COMP
CP_IFP "Klok_uit.maand" 53 66 FP_IO_INPUT_COMP
CP_IFP "Klok_uit.dag" 53 71 FP_IO_INPUT_COMP
CP_IFP "Klok_uit.weekdag" 53 77 FP_IO_INPUT_COMP
CP_IFP "Klok_uit.uur" 53 84 FP_IO_INPUT_COMP
CP_IFP "Klok_uit.minuut" 53 91 FP_IO_INPUT_COMP
CP_IFP "Klok_uit.seconde" 53 97 FP_IO_INPUT_COMP
CP_FBI "NE_INT" 30 27 CODID: 5 NAME: ".2.44" TEXT:
CP_FBI "OR_BOOL" 30 21 CODID: 4 NAME: ".2.2" TEXT:
CP_FBI "AND_BOOL" 56 21 CODID: 6 NAME: ".2.3" TEXT:
CP_FBI "SEL" 15 46 CODID: 7 NAME: ".2.4" ANY: IEC_WORD_ID TEXT:
CP_FBI "F_TRIG" 30 45 CODID: 8 NAME: "FBI_2_5" TEXT:
CP_FBI "SEL" 58 46 CODID: 11 NAME: ".2.6" ANY: IEC_WORD_ID TEXT:
CP_FBI "AND_BOOL" 40 13 CODID: 29 NAME: ".2.48" TEXT:
CP_FBI "NE_INT" 30 14 CODID: 28 NAME: ".2.49" TEXT:
CP_FBI "R_TRIG" 29 73 CODID: 12 NAME: "FBI_2_10" TEXT:
CP_FBI "MOVE" 46 63 CODID: 21 NAME: ".2.34" ANY: IEC_INT_ID TEXT:
CP_FBI "MUL_INT" 97 5 CODID: 13 NAME: ".2.23" TEXT:
CP_FBI "R_TRIG" 30 39 CODID: 9 NAME: "FBI_2_21" TEXT:
CP_FBI "OR_BOOL" 46 44 CODID: 10 NAME: ".2.22" TEXT:
CP_FBI "ADD_INT" 116 5 CODID: 14 NAME: ".2.24" TEXT:
CP_FBI "NE_INT" 97 14 CODID: 15 NAME: ".2.25" TEXT:
CP_FBI "R_TRIG" 116 19 CODID: 16 NAME: "FBI_2_26" TEXT:
CP_FBI "MOVE" 116 14 CODID: 17 NAME: ".2.27" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_FBI "TP" 97 27 CODID: 18 NAME: "FBI_2_28" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "TP" 116 27 CODID: 19 NAME: "FBI_2_29" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "MUL_INT" 6 3 CODID: 1 NAME: ".2.30" TEXT:
CP_FBI "ADD_INT" 20 3 CODID: 2 NAME: ".2.31" TEXT:
CP_FBI "MOVE" 46 58 CODID: 20 NAME: ".2.33" ANY: IEC_INT_ID TEXT:
CP_FBI "MOVE" 46 68 CODID: 22 NAME: ".2.35" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 46 73 CODID: 23 NAME: ".2.37" ANY: IEC_INT_ID TEXT:
CP_FBI "MOVE" 56 79 CODID: 24 NAME: ".2.38" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 46 80 CODID: 25 NAME: ".2.39" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 46 87 CODID: 26 NAME: ".2.40" ANY: IEC_INT_ID TEXT:
CP_FBI "MOVE" 46 94 CODID: 27 NAME: ".2.41" ANY: IEC_INT_ID TEXT:
CP_FBI "NE_INT" 30 8 CODID: 3 NAME: ".2.42" TEXT:
CP_FBI "MOVE" 58 15 CODID: 30 NAME: ".2.43" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_GVI NAMED_VAR: "Synchro_klok" 21 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Synchro_klok" 21 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Synchro_klok" 65 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "Hulp_seconde" 123 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "Hulp_seconde" 88 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dagtijd_Scada" 27 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "Hulp_dagtijd" 21 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dagtijd_Scada" 49 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Synchro" 21 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Hulp_dagtijd" 65 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "Dagtijd_Scada" 21 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Synchro_klok" 20 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Synchro_klok" 6 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Synchro" 49 16 FP_IO_INPUT
CP_CON 49 51 IEC_WORD_ID 16#4000
CP_CON 6 51 IEC_WORD_ID 16#8000
CP_CON 21 42 IEC_BOOL_ID 1
CP_CON 88 9 IEC_INT_ID 100
CP_CON 107 31 IEC_TIME_ID t#500ms
CP_CON 88 31 IEC_TIME_ID t#500ms
CP_CON -3 7 IEC_INT_ID 100
CP_CON 21 18 IEC_INT_ID 0
CP_LNK GVI: 21 25 FBI: 30 21 3 GRA: 30/26,30/26
CP_LNK FBI: 56 21 2 GVI: 65 24 GRA: 65/25,65/25
CP_LNK GVI: 21 48 FBI: 30 45 2 GRA: 30/49,30/49
CP_LNK FBI: 30 21 2 FBI: 56 21 2 GRA: 38/25,56/25
CP_LNK CON: 49 51 FBI: 58 46 4 GRA: 58/52,58/52
CP_LNK FBI: 58 46 3 IFP: 65 50 GRA: 65/51,65/51
CP_LNK CON: 6 51 FBI: 15 46 4 GRA: 15/52,15/52
CP_LNK FBI: 15 46 3 FBI: 58 46 3 GRA: 22/51,58/51
CP_LNK FBI: 30 45 2 FBI: 46 44 3 GRA: 37/49,46/49
CP_LNK FBI: 30 39 2 FBI: 46 44 2 GRA: 37/43,38/43,38/48,46/48
CP_LNK FBI: 46 44 2 FBI: 58 46 2 GRA: 54/48,56/48,56/50,58/50
CP_LNK CON: 21 42 FBI: 30 39 2 GRA: 30/43,30/43
CP_LNK FBI: 97 5 2 FBI: 116 5 2 GRA: 104/9,116/9
CP_LNK CON: 88 9 FBI: 97 5 3 GRA: 97/10,97/10
CP_LNK FBI: 116 5 2 IFP: 123 8 GRA: 123/9,123/9
CP_LNK FBI: 97 14 2 FBI: 116 19 2 GRA: 104/18,105/18,105/23,116/23
CP_LNK FBI: 97 14 2 FBI: 116 14 1 GRA: 104/18,105/18,105/17,116/17
CP_LNK FBI: 116 19 2 IFP: 123 22 GRA: 123/23,123/23
CP_LNK FBI: 116 14 2 GVI: 123 17 GRA: 123/18,123/18
CP_LNK GVI: 88 18 FBI: 97 14 3 GRA: 97/19,97/19
CP_LNK CON: 107 31 FBI: 116 27 3 GRA: 116/32,116/32
CP_LNK FBI: 116 27 2 IFP: 123 30 GRA: 123/31,123/31
CP_LNK CON: 88 31 FBI: 97 27 3 GRA: 97/32,97/32
CP_LNK IFP: 88 30 FBI: 97 27 2 GRA: 97/31,97/31
CP_LNK FBI: 97 27 2 FBI: 116 27 2 GRA: 104/31,116/31
CP_LNK FBI: 6 3 2 FBI: 20 3 2 GRA: 13/7,20/7
CP_LNK CON: -3 7 FBI: 6 3 3 GRA: 6/8,6/8
CP_LNK IFP: -3 6 FBI: 6 3 2 GRA: 6/7,6/7
CP_LNK IFP: 11 7 FBI: 20 3 3 GRA: 20/8,20/8
CP_LNK FBI: 20 3 2 FBI: 30 8 2 GRA: 27/7,28/7,28/12,30/12
CP_LNK FBI: 20 3 2 GVI: 27 6 GRA: 27/7,27/7
CP_LNK IFP: 37 78 FBI: 46 73 4 GRA: 46/79,46/79
CP_LNK FBI: 46 73 3 FBI: 56 79 2 GRA: 53/78,54/78,54/83,56/83
CP_LNK FBI: 46 73 3 IFP: 53 77 GRA: 53/78,53/78
CP_LNK FBI: 56 79 2 IFP: 63 82 GRA: 63/83,63/83
CP_LNK IFP: 37 85 FBI: 46 80 4 GRA: 46/86,46/86
CP_LNK IFP: 37 92 FBI: 46 87 4 GRA: 46/93,46/93
CP_LNK FBI: 29 73 2 FBI: 46 87 2 GRA: 36/77,37/77,37/91,46/91
CP_LNK FBI: 29 73 2 FBI: 46 80 2 GRA: 36/77,37/77,37/84,46/84
CP_LNK FBI: 29 73 2 FBI: 46 73 2 GRA: 36/77,46/77
CP_LNK GVI: 21 12 FBI: 30 8 3 GRA: 30/13,30/13
CP_LNK GVI: 49 18 FBI: 58 15 2 GRA: 58/19,58/19
CP_LNK GVI: 21 24 FBI: 30 21 2 GRA: 30/25,30/25
CP_LNK FBI: 58 15 2 GVI: 65 18 GRA: 65/19,65/19
CP_LNK GVI: 21 30 FBI: 30 27 2 GRA: 30/31,30/31
CP_LNK IFP: 21 31 FBI: 30 27 3 GRA: 30/32,30/32
CP_LNK FBI: 30 27 2 FBI: 56 21 3 GRA: 37/31,38/31,38/26,56/26
CP_LNK GVI: 20 76 FBI: 29 73 2 GRA: 29/77,29/77
CP_LNK IFP: 6 50 FBI: 15 46 3 GRA: 15/51,15/51
CP_LNK GVI: 6 49 FBI: 15 46 2 GRA: 15/50,15/50
CP_LNK IFP: 21 17 FBI: 30 14 2 GRA: 30/18,30/18
CP_LNK CON: 21 18 FBI: 30 14 3 GRA: 30/19,30/19
CP_LNK FBI: 30 14 2 FBI: 40 13 3 GRA: 37/18,40/18
CP_LNK FBI: 30 8 2 FBI: 40 13 2 GRA: 37/12,38/12,38/17,40/17
CP_LNK FBI: 40 13 2 FBI: 58 15 1 GRA: 49/17,50/17,50/18,58/18
CP_LNK FBI: 40 13 2 GVI: 49 16 GRA: 49/17,49/17
CP_LNK IFP: 37 61 FBI: 46 58 2 GRA: 46/62,46/62
CP_LNK IFP: 37 66 FBI: 46 63 2 GRA: 46/67,46/67
CP_LNK IFP: 37 71 FBI: 46 68 2 GRA: 46/72,46/72
CP_LNK IFP: 37 77 FBI: 46 73 3 GRA: 46/78,46/78
CP_LNK IFP: 37 84 FBI: 46 80 3 GRA: 46/85,46/85
CP_LNK IFP: 37 91 FBI: 46 87 3 GRA: 46/92,46/92
CP_LNK IFP: 37 97 FBI: 46 94 2 GRA: 46/98,46/98
CP_LNK IFP: 88 8 FBI: 97 5 2 GRA: 97/9,97/9
CP_LNK IFP: 107 9 FBI: 116 5 3 GRA: 116/10,116/10
CP_LNK IFP: 88 17 FBI: 97 14 2 GRA: 97/18,97/18
CP_LNK IFP: 107 17 FBI: 116 14 2 GRA: 116/18,116/18
CP_LNK FBI: 46 58 2 IFP: 53 61 GRA: 53/62,53/62
CP_LNK FBI: 46 63 2 IFP: 53 66 GRA: 53/67,53/67
CP_LNK FBI: 46 68 2 IFP: 53 71 GRA: 53/72,53/72
CP_LNK FBI: 46 80 3 IFP: 53 84 GRA: 53/85,53/85
CP_LNK FBI: 46 87 3 IFP: 53 91 GRA: 53/92,53/92
CP_LNK FBI: 46 94 2 IFP: 53 97 GRA: 53/98,53/98
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ PULSPAUZ "07/10/02 14:39:01" TEXT:
CP_DFB "PULSPAUZ" HEIGHT/WIDTH: 7 8 FBTK_DFB "07/10/02 14:39:01" TEXT:
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : PULSPAUZ{1}
CL_FRM "Vrijgave" ID_8 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Vrijgave (start puls_ pauzetijd)
CL_FRM "Pulstyd" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: Pulstijd (seconden)
CL_FRM "Pauzetyd" ID_10 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: Pauzetijd (seconden)
CL_FRM "Puls" ID_11 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TOF" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "GT_INT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE INT VAL: 30 TEXT:
VS_FFB "EQ_INT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE INT VAL: 30 TEXT:
CP_GVS "Puls_Pauzetijd" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "Pauze" IEC_BOOL_ID INIT: TRUE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Puls_Pauzetijd" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "Pulstyd" -1 10 FP_IO_OUTPUT
CP_IFP "Puls" 56 8 FP_IO_INPUT
CP_IFP "Pauzetyd" -1 22 FP_IO_OUTPUT
CP_IFP "Pulstyd" 24 17 FP_IO_OUTPUT
CP_IFP "Vrijgave" 38 10 FP_IO_OUTPUT
CP_IFP "Pauzetyd" -1 15 FP_IO_OUTPUT
CP_FBI "TOF" 22 5 CODID: 3 NAME: "FBI_1_8" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "TOF" 60 17 CODID: 8 NAME: "FBI_1_9" TEXT:
CP_FBI "TIME_MUL_INT" 8 6 CODID: 1 NAME: ".1.3" TEXT:
CP_FBI "TIME_MUL_INT" 8 18 CODID: 2 NAME: ".1.14" TEXT:
CP_FBI "AND_BOOL" 47 5 CODID: 7 NAME: ".1.5" DRAW: 1 TEXT:
CP_FBI "OR_BOOL" 33 5 CODID: 5 NAME: ".1.15" TEXT:
CP_FBI "GT_INT" 33 14 CODID: 6 NAME: ".1.16" TEXT:
CP_FBI "EQ_INT" 8 12 CODID: 4 NAME: ".1.17" TEXT:
CP_GVI NAMED_VAR: "Pauze" 67 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "Pauze" 13 8 FP_IO_OUTPUT
CP_CON -1 9 IEC_TIME_ID t#1s
CP_CON -1 21 IEC_TIME_ID t#1s
CP_CON 24 18 IEC_INT_ID 0
CP_CON -1 16 IEC_INT_ID 0
CP_LNK CON: -1 9 FBI: 8 6 2 GRA: 8/10,8/10
CP_LNK FBI: 60 17 2 GVI: 67 20 GRA: 67/21,67/21
CP_LNK IFP: -1 10 FBI: 8 6 3 GRA: 8/11,8/11
CP_LNK GVI: 13 8 FBI: 22 5 2 GRA: 22/9,22/9
CP_LNK FBI: 8 6 2 FBI: 22 5 3 GRA: 18/10,22/10
CP_LNK FBI: 47 5 2 FBI: 60 17 2 GRA: 56/9,57/9,57/21,60/21
CP_LNK FBI: 47 5 2 IFP: 56 8 GRA: 56/9,56/9
CP_LNK CON: -1 21 FBI: 8 18 2 GRA: 8/22,8/22
CP_LNK FBI: 8 18 2 FBI: 60 17 3 GRA: 18/22,60/22
CP_LNK IFP: -1 22 FBI: 8 18 3 GRA: 8/23,8/23
CP_LNK CON: 24 18 FBI: 33 14 3 GRA: 33/19,33/19
CP_LNK IFP: 24 17 FBI: 33 14 2 GRA: 33/18,33/18
CP_LNK FBI: 22 5 2 FBI: 33 5 2 GRA: 29/9,33/9
CP_LNK FBI: 33 5 2 FBI: 47 5 2 GRA: 41/9,47/9
CP_LNK IFP: 38 10 FBI: 47 5 4 GRA: 47/11,47/11
CP_LNK FBI: 33 14 2 FBI: 47 5 3 GRA: 40/18,41/18,41/10,47/10
CP_LNK IFP: -1 15 FBI: 8 12 2 GRA: 8/16,8/16
CP_LNK CON: -1 16 FBI: 8 12 3 GRA: 8/17,8/17
CP_LNK FBI: 8 12 2 FBI: 33 5 3 GRA: 15/16,30/16,30/10,33/10
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ SCHAKEL "12/16/04 15:04:04" TEXT:
CP_DFB "SCHAKEL" HEIGHT/WIDTH: 9 8 FBTK_DFB "12/16/04 15:04:04" TEXT:
...TXF GRW_HIT
...TXT 
...TXT Grenswaarde schakeling  hoog in, laag uit melding  tijdvertraagd.
...TXT 
...TXT Instelling:
...TXT Grenswaarde hoog
...TXT Grenswaarde laag
...TXT Acoftijd
...TXT 
...TXT Werking:
...TXT -De melding wordt geset als de meetwaarde gelijk of hoger is dan grenswaarde hoog.
...TXT -De melding wordt gereset als de meetwaarde gelijk of lager is dan grenswaarde laag of
...TXT  het vrijgave-signaal niet aanwezig is. 
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : SCHAKEL{1}
CL_FRM "Meetw" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: meetwaarde
CL_FRM "Vrijgave" ID_8 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: vrijgave
CL_FRM "Acoftijd" ID_9 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: vertragingstijd
CL_FRM "InstGrwL" ID_10 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: instelling grenswaarde laag
CL_FRM "InstGrwH" ID_11 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: instelling grenswaarde hoog
CL_FRM "Meld" ID_12 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: melding 
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "GT_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "LE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TIME_MUL_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 8 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "NE_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "Grenswaarde_schakeling_HIT" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Grenswaarde_schakeling_HIT" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT: 
CP_IFP "Meetw" 2 27 FP_IO_OUTPUT
CP_IFP "InstGrwL" 2 28 FP_IO_OUTPUT
CP_IFP "Meld" 73 24 FP_IO_INPUT
CP_IFP "Acoftijd" 11 45 FP_IO_OUTPUT
CP_IFP "Acoftijd" 2 21 FP_IO_OUTPUT
CP_IFP "Vrijgave" 43 37 FP_IO_OUTPUT
CP_IFP "InstGrwL" 2 33 FP_IO_OUTPUT
CP_IFP "Meetw" 2 8 FP_IO_OUTPUT
CP_IFP "InstGrwL" 2 9 FP_IO_OUTPUT
CP_IFP "InstGrwL" 2 14 FP_IO_OUTPUT
CP_IFP "Meetw" 2 39 FP_IO_OUTPUT
CP_IFP "InstGrwH" 2 40 FP_IO_OUTPUT
CP_FBI "TON" 38 33 CODID: 12 NAME: "FBI_1_6" TEXT:
CP_FBI "GT_REAL" 11 5 CODID: 1 NAME: ".1.16" TEXT:
CP_FBI "LE_REAL" 11 24 CODID: 6 NAME: ".1.3" TEXT:
CP_FBI "TIME_MUL_INT" 20 41 CODID: 7 NAME: ".1.7" TEXT:
CP_FBI "RS" 66 21 CODID: 14 NAME: "FBI_1_5" TEXT:
CP_FBI "TIME_MUL_INT" 11 17 CODID: 2 NAME: ".1.8" TEXT:
CP_FBI "TON" 32 5 CODID: 5 NAME: "FBI_1_9" TEXT:
CP_FBI "OR_BOOL" 52 33 CODID: 13 NAME: ".1.10" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 21 5 CODID: 4 NAME: ".1.11" TEXT:
CP_FBI "NE_REAL" 11 11 CODID: 3 NAME: ".1.12" TEXT:
CP_FBI "NE_REAL" 11 30 CODID: 8 NAME: ".1.13" TEXT:
CP_FBI "AND_BOOL" 21 24 CODID: 9 NAME: ".1.14" TEXT:
CP_FBI "OR_BOOL" 22 34 CODID: 11 NAME: ".1.19" TEXT:
CP_FBI "GT_REAL" 11 36 CODID: 10 NAME: ".1.18" TEXT:
CP_CON 11 44 IEC_TIME_ID t#1s
CP_CON 2 20 IEC_TIME_ID t#1s
CP_CON 2 15 IEC_REAL_ID 0.0
CP_CON 2 34 IEC_REAL_ID 0.0
CP_LNK IFP: 2 27 FBI: 11 24 2 GRA: 11/28,11/28
CP_LNK IFP: 2 28 FBI: 11 24 3 GRA: 11/29,11/29
CP_LNK FBI: 66 21 2 IFP: 73 24 GRA: 73/25,73/25
CP_LNK CON: 11 44 FBI: 20 41 2 GRA: 20/45,20/45
CP_LNK IFP: 11 45 FBI: 20 41 3 GRA: 20/46,20/46
CP_LNK CON: 2 20 FBI: 11 17 2 GRA: 11/21,11/21
CP_LNK IFP: 2 21 FBI: 11 17 3 GRA: 11/22,11/22
CP_LNK FBI: 11 17 2 FBI: 32 5 3 GRA: 21/21,30/21,30/10,32/10
CP_LNK FBI: 32 5 2 FBI: 66 21 2 GRA: 39/9,64/9,64/25,66/25
CP_LNK FBI: 52 33 2 FBI: 66 21 3 GRA: 60/37,62/37,62/26,66/26
CP_LNK FBI: 38 33 2 FBI: 52 33 2 GRA: 45/37,52/37
CP_LNK IFP: 43 37 FBI: 52 33 3 GRA: 52/38,52/38
CP_LNK FBI: 11 5 2 FBI: 21 5 2 GRA: 19/9,21/9
CP_LNK FBI: 21 5 2 FBI: 32 5 2 GRA: 30/9,32/9
CP_LNK CON: 2 15 FBI: 11 11 3 GRA: 11/16,11/16
CP_LNK FBI: 11 11 2 FBI: 21 5 3 GRA: 19/15,20/15,20/10,21/10
CP_LNK IFP: 2 33 FBI: 11 30 2 GRA: 11/34,11/34
CP_LNK CON: 2 34 FBI: 11 30 3 GRA: 11/35,11/35
CP_LNK FBI: 11 24 2 FBI: 21 24 2 GRA: 19/28,21/28
CP_LNK FBI: 11 30 2 FBI: 21 24 3 GRA: 19/34,20/34,20/29,21/29
CP_LNK FBI: 21 24 2 FBI: 22 34 2 GRA: 30/28,32/28,32/33,21/33,21/38,22/38
CP_LNK IFP: 2 8 FBI: 11 5 2 GRA: 11/9,11/9
CP_LNK IFP: 2 9 FBI: 11 5 3 GRA: 11/10,11/10
CP_LNK IFP: 2 14 FBI: 11 11 2 GRA: 11/15,11/15
CP_LNK IFP: 2 39 FBI: 11 36 2 GRA: 11/40,11/40
CP_LNK IFP: 2 40 FBI: 11 36 3 GRA: 11/41,11/41
CP_LNK FBI: 11 36 2 FBI: 22 34 3 GRA: 19/40,21/40,21/39,22/39
CP_LNK FBI: 22 34 2 FBI: 38 33 2 GRA: 30/38,31/38,31/37,38/37
CP_LNK FBI: 20 41 2 FBI: 38 33 3 GRA: 30/45,33/45,33/38,38/38
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ TRIG_WRD "11/02/05 13:16:28" TEXT:
CP_DFB "TRIG_WRD" HEIGHT/WIDTH: 4 8 FBTK_DFB "11/02/05 13:16:28" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : TRIG_WRD{1}
CL_FRM "in" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "puls" ID_5 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
VS_FFB "AND_WORD" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE WORD VAL: 30 TEXT:
VS_FFB "XOR_WORD" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE WORD VAL: 30 TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "NE_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "R_TRIG_WOORD" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "in_hulp" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "R_TRIG_WOORD" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "in" 0 8 FP_IO_OUTPUT
CP_IFP "in" 0 14 FP_IO_OUTPUT
CP_IFP "in" 15 9 FP_IO_OUTPUT
CP_IFP "puls" 44 8 FP_IO_INPUT
CP_FBI "AND_WORD" 9 5 CODID: 1 NAME: ".1.1" TEXT:
CP_FBI "XOR_WORD" 24 5 CODID: 2 NAME: ".1.2" TEXT:
CP_FBI "MOVE" 9 11 CODID: 3 NAME: ".1.3" ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 36 5 CODID: 4 NAME: ".1.4" TEXT:
CP_GVI NAMED_VAR: "in_hulp" 0 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "in_hulp" 16 14 FP_IO_INPUT
CP_CON 27 9 IEC_WORD_ID 0
CP_LNK IFP: 0 8 FBI: 9 5 2 GRA: 9/9,9/9
CP_LNK GVI: 0 9 FBI: 9 5 3 GRA: 9/10,9/10
CP_LNK IFP: 0 14 FBI: 9 11 2 GRA: 9/15,9/15
CP_LNK FBI: 9 11 2 GVI: 16 14 GRA: 16/15,16/15
CP_LNK IFP: 15 9 FBI: 24 5 3 GRA: 24/10,24/10
CP_LNK FBI: 9 5 2 FBI: 24 5 2 GRA: 18/9,24/9
CP_LNK FBI: 24 5 2 FBI: 36 5 2 GRA: 33/9,36/9
CP_LNK CON: 27 9 FBI: 36 5 3 GRA: 36/10,36/10
CP_LNK FBI: 36 5 2 IFP: 44 8 GRA: 44/9,44/9
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ STORING "11/02/05 13:16:29" TEXT:
CP_DFB "STORING" HEIGHT/WIDTH: 21 8 FBTK_DFB "11/02/05 13:16:29" TEXT:
...TXF DFB "storing" detekteerd uit 16 storingswoorden een opkomende storing. 
...TXT Bij het "1"worden van een bit in het storingswoord wordt er een
...TXT een impuls opkomende flank gegenereerd. (woordsgewijs), welke
...TXT een verzamelstoring geeft.
...TXT Acceptatie storing geeft de verzamelstoring weer vrij.
...TXT  
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : STORING{1}
CL_FRM "VerzStor" ID_39 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: Verzamelstoring
CL_FRM "Accept" ID_40 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: acceptatie storing
CL_FRM "Alw1" ID_41 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 1
CL_FRM "Alw2" ID_42 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 2
CL_FRM "Alw3" ID_43 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 3
CL_FRM "Alw4" ID_44 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 4
CL_FRM "Alw5" ID_45 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 5
CL_FRM "Alw6" ID_46 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 6
CL_FRM "Alw7" ID_47 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 7
CL_FRM "Alw8" ID_48 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 8
CL_FRM "Alw9" ID_49 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 9
CL_FRM "Alw10" ID_50 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 10
CL_FRM "Alw11" ID_51 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 11
CL_FRM "Alw12" ID_52 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 12
CL_FRM "Alw13" ID_53 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 13
CL_FRM "Alw14" ID_54 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 14
CL_FRM "Alw15" ID_55 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 15
CL_FRM "Alw16" ID_56 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord 16
VS_FFB "TRIG_WRD" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 4 8 "11/02/05 13:16:28" NR_FORMP: 3
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "in" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "puls" ID_5 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "Verzamelstoring" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Verzamelstoring" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "Alw1" 7 7 FP_IO_OUTPUT
CP_IFP "Alw2" 7 12 FP_IO_OUTPUT
CP_IFP "Alw3" 7 17 FP_IO_OUTPUT
CP_IFP "Alw4" 7 22 FP_IO_OUTPUT
CP_IFP "Alw5" 7 27 FP_IO_OUTPUT
CP_IFP "Alw6" 7 32 FP_IO_OUTPUT
CP_IFP "Alw7" 7 37 FP_IO_OUTPUT
CP_IFP "Alw8" 7 42 FP_IO_OUTPUT
CP_IFP "Alw9" 7 47 FP_IO_OUTPUT
CP_IFP "Alw10" 7 52 FP_IO_OUTPUT
CP_IFP "Alw11" 7 57 FP_IO_OUTPUT
CP_IFP "Alw12" 7 62 FP_IO_OUTPUT
CP_IFP "Alw13" 7 67 FP_IO_OUTPUT
CP_IFP "Alw14" 7 72 FP_IO_OUTPUT
CP_IFP "Alw15" 7 77 FP_IO_OUTPUT
CP_IFP "Alw16" 7 82 FP_IO_OUTPUT
CP_IFP "VerzStor" 62 7 FP_IO_INPUT
CP_IFP "Accept" 46 8 FP_IO_OUTPUT
CP_DBI "TRIG_WRD" 16 4 CODID: 1 NAME: "FBI_1_1" TEXT:
CP_FBI "OR_BOOL" 42 4 CODID: 17 NAME: ".1.2" DRAW: 14 TEXT:
CP_DBI "TRIG_WRD" 16 9 CODID: 2 NAME: "FBI_1_3" TEXT:
CP_DBI "TRIG_WRD" 16 14 CODID: 3 NAME: "FBI_1_4" TEXT:
CP_DBI "TRIG_WRD" 16 19 CODID: 4 NAME: "FBI_1_5" TEXT:
CP_DBI "TRIG_WRD" 16 24 CODID: 5 NAME: "FBI_1_6" TEXT:
CP_DBI "TRIG_WRD" 16 29 CODID: 6 NAME: "FBI_1_7" TEXT:
CP_DBI "TRIG_WRD" 16 34 CODID: 7 NAME: "FBI_1_8" TEXT:
CP_DBI "TRIG_WRD" 16 39 CODID: 8 NAME: "FBI_1_9" TEXT:
CP_DBI "TRIG_WRD" 16 44 CODID: 9 NAME: "FBI_1_10" TEXT:
CP_DBI "TRIG_WRD" 16 49 CODID: 10 NAME: "FBI_1_11" TEXT:
CP_DBI "TRIG_WRD" 16 54 CODID: 11 NAME: "FBI_1_12" TEXT:
CP_DBI "TRIG_WRD" 16 59 CODID: 12 NAME: "FBI_1_13" TEXT:
CP_DBI "TRIG_WRD" 16 64 CODID: 13 NAME: "FBI_1_14" TEXT:
CP_DBI "TRIG_WRD" 16 69 CODID: 14 NAME: "FBI_1_15" TEXT:
CP_DBI "TRIG_WRD" 16 74 CODID: 15 NAME: "FBI_1_16" TEXT:
CP_DBI "TRIG_WRD" 16 79 CODID: 16 NAME: "FBI_1_17" TEXT:
CP_FBI "RS" 55 4 CODID: 18 NAME: "FBI_1_18" TEXT:
CP_LNK IFP: 7 7 FBI: 16 4 2 GRA: 16/8,16/8
CP_LNK FBI: 16 4 2 FBI: 42 4 2 GRA: 26/8,42/8
CP_LNK IFP: 7 12 FBI: 16 9 2 GRA: 16/13,16/13
CP_LNK IFP: 7 17 FBI: 16 14 2 GRA: 16/18,16/18
CP_LNK IFP: 7 22 FBI: 16 19 2 GRA: 16/23,16/23
CP_LNK IFP: 7 27 FBI: 16 24 2 GRA: 16/28,16/28
CP_LNK IFP: 7 32 FBI: 16 29 2 GRA: 16/33,16/33
CP_LNK IFP: 7 37 FBI: 16 34 2 GRA: 16/38,16/38
CP_LNK IFP: 7 42 FBI: 16 39 2 GRA: 16/43,16/43
CP_LNK IFP: 7 47 FBI: 16 44 2 GRA: 16/48,16/48
CP_LNK IFP: 7 52 FBI: 16 49 2 GRA: 16/53,16/53
CP_LNK IFP: 7 57 FBI: 16 54 2 GRA: 16/58,16/58
CP_LNK IFP: 7 62 FBI: 16 59 2 GRA: 16/63,16/63
CP_LNK IFP: 7 67 FBI: 16 64 2 GRA: 16/68,16/68
CP_LNK IFP: 7 72 FBI: 16 69 2 GRA: 16/73,16/73
CP_LNK IFP: 7 77 FBI: 16 74 2 GRA: 16/78,16/78
CP_LNK IFP: 7 82 FBI: 16 79 2 GRA: 16/83,16/83
CP_LNK FBI: 16 9 2 FBI: 42 4 3 GRA: 26/13,27/13,27/9,42/9
CP_LNK FBI: 16 14 2 FBI: 42 4 4 GRA: 26/18,28/18,28/10,42/10
CP_LNK FBI: 16 19 2 FBI: 42 4 5 GRA: 26/23,29/23,29/11,42/11
CP_LNK FBI: 16 24 2 FBI: 42 4 6 GRA: 26/28,30/28,30/12,42/12
CP_LNK FBI: 16 29 2 FBI: 42 4 7 GRA: 26/33,31/33,31/13,42/13
CP_LNK FBI: 16 34 2 FBI: 42 4 8 GRA: 26/38,32/38,32/14,42/14
CP_LNK FBI: 16 39 2 FBI: 42 4 9 GRA: 26/43,33/43,33/15,42/15
CP_LNK FBI: 16 44 2 FBI: 42 4 10 GRA: 26/48,34/48,34/16,42/16
CP_LNK FBI: 16 49 2 FBI: 42 4 11 GRA: 26/53,35/53,35/17,42/17
CP_LNK FBI: 16 54 2 FBI: 42 4 12 GRA: 26/58,36/58,36/18,42/18
CP_LNK FBI: 16 59 2 FBI: 42 4 13 GRA: 26/63,37/63,37/19,42/19
CP_LNK FBI: 16 64 2 FBI: 42 4 14 GRA: 26/68,38/68,38/20,42/20
CP_LNK FBI: 16 69 2 FBI: 42 4 15 GRA: 26/73,39/73,39/21,42/21
CP_LNK FBI: 16 74 2 FBI: 42 4 16 GRA: 26/78,40/78,40/22,42/22
CP_LNK FBI: 16 79 2 FBI: 42 4 17 GRA: 26/83,41/83,41/23,42/23
CP_LNK FBI: 42 4 2 FBI: 55 4 2 GRA: 50/8,55/8
CP_LNK FBI: 55 4 2 IFP: 62 7 GRA: 62/8,62/8
CP_LNK IFP: 46 8 FBI: 55 4 3 GRA: 55/9,55/9
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ STR_SEC2 "07/10/02 14:44:11" TEXT:
CP_DFB "STR_SEC2" HEIGHT/WIDTH: 11 9 FBTK_DFB "07/10/02 14:44:11" TEXT:
...TXF DFB "str_sec2" detekteert of er twee of meer gelijkwaardige werktuigen
...TXT in secundiare verzamelstoring zijn. 
...TXT 
...TXT 
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : STR_SEC2{1}
CL_FRM "StrSec2" ID_12 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: Twee werktuigen in secundaire verzamelstoring 
CL_FRM "Alw_sec1" ID_13 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair 1
CL_FRM "Alw_sec2" ID_14 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair 2
CL_FRM "Alw_sec3" ID_15 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair 3
CL_FRM "Alw_sec4" ID_16 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair 4
CL_FRM "Alw_sec5" ID_17 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair 5
CL_FRM "Alw_sec6" ID_18 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair 6
CL_FRM "Alw_sec7" ID_19 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair 7
CL_FRM "Alw_sec8" ID_20 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: alarmwoord secundair 8
VS_FFB "NE_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BOOL_TO_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 8 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FFB "ADD_INT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE INT VAL: 30 TEXT:
VS_FFB "GE_INT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE INT VAL: 30 TEXT:
CP_GVS "besturing" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "besturing" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "Alw_sec1" 6 9 FP_IO_OUTPUT
CP_IFP "Alw_sec2" 6 15 FP_IO_OUTPUT
CP_IFP "Alw_sec3" 6 21 FP_IO_OUTPUT
CP_IFP "Alw_sec4" 6 27 FP_IO_OUTPUT
CP_IFP "Alw_sec5" 6 33 FP_IO_OUTPUT
CP_IFP "Alw_sec6" 6 39 FP_IO_OUTPUT
CP_IFP "Alw_sec7" 6 45 FP_IO_OUTPUT
CP_IFP "Alw_sec8" 6 51 FP_IO_OUTPUT
CP_IFP "StrSec2" 63 9 FP_IO_INPUT
CP_FBI "NE_WORD" 15 6 CODID: 1 NAME: ".1.1" TEXT:
CP_FBI "BOOL_TO_INT" 25 6 CODID: 2 NAME: ".1.2" TEXT:
CP_FBI "ADD_INT" 46 6 CODID: 17 NAME: ".1.3" DRAW: 6 TEXT:
CP_FBI "NE_WORD" 15 12 CODID: 3 NAME: ".1.4" TEXT:
CP_FBI "BOOL_TO_INT" 25 12 CODID: 4 NAME: ".1.5" TEXT:
CP_FBI "NE_WORD" 15 18 CODID: 5 NAME: ".1.6" TEXT:
CP_FBI "BOOL_TO_INT" 25 18 CODID: 6 NAME: ".1.7" TEXT:
CP_FBI "NE_WORD" 15 24 CODID: 7 NAME: ".1.8" TEXT:
CP_FBI "BOOL_TO_INT" 25 24 CODID: 8 NAME: ".1.9" TEXT:
CP_FBI "NE_WORD" 15 30 CODID: 9 NAME: ".1.10" TEXT:
CP_FBI "BOOL_TO_INT" 25 30 CODID: 10 NAME: ".1.11" TEXT:
CP_FBI "NE_WORD" 15 36 CODID: 11 NAME: ".1.12" TEXT:
CP_FBI "BOOL_TO_INT" 25 36 CODID: 12 NAME: ".1.13" TEXT:
CP_FBI "NE_WORD" 15 42 CODID: 13 NAME: ".1.14" TEXT:
CP_FBI "BOOL_TO_INT" 25 42 CODID: 14 NAME: ".1.15" TEXT:
CP_FBI "NE_WORD" 15 48 CODID: 15 NAME: ".1.16" TEXT:
CP_FBI "BOOL_TO_INT" 25 48 CODID: 16 NAME: ".1.17" TEXT:
CP_FBI "GE_INT" 56 6 CODID: 18 NAME: ".1.18" TEXT:
CP_CON 6 10 IEC_WORD_ID 0
CP_CON 6 16 IEC_WORD_ID 0
CP_CON 6 22 IEC_WORD_ID 0
CP_CON 6 28 IEC_WORD_ID 0
CP_CON 6 34 IEC_WORD_ID 0
CP_CON 6 40 IEC_WORD_ID 0
CP_CON 6 46 IEC_WORD_ID 0
CP_CON 6 52 IEC_WORD_ID 0
CP_CON 47 10 IEC_INT_ID 2
CP_LNK FBI: 15 6 2 FBI: 25 6 2 GRA: 23/10,25/10
CP_LNK FBI: 25 6 2 FBI: 46 6 2 GRA: 35/10,46/10
CP_LNK IFP: 6 9 FBI: 15 6 2 GRA: 15/10,15/10
CP_LNK CON: 6 10 FBI: 15 6 3 GRA: 15/11,15/11
CP_LNK CON: 6 16 FBI: 15 12 3 GRA: 15/17,15/17
CP_LNK FBI: 15 12 2 FBI: 25 12 2 GRA: 23/16,25/16
CP_LNK CON: 6 22 FBI: 15 18 3 GRA: 15/23,15/23
CP_LNK FBI: 15 18 2 FBI: 25 18 2 GRA: 23/22,25/22
CP_LNK CON: 6 28 FBI: 15 24 3 GRA: 15/29,15/29
CP_LNK FBI: 15 24 2 FBI: 25 24 2 GRA: 23/28,25/28
CP_LNK FBI: 15 30 2 FBI: 25 30 2 GRA: 23/34,25/34
CP_LNK CON: 6 34 FBI: 15 30 3 GRA: 15/35,15/35
CP_LNK CON: 6 40 FBI: 15 36 3 GRA: 15/41,15/41
CP_LNK FBI: 15 36 2 FBI: 25 36 2 GRA: 23/40,25/40
CP_LNK CON: 6 46 FBI: 15 42 3 GRA: 15/47,15/47
CP_LNK FBI: 15 42 2 FBI: 25 42 2 GRA: 23/46,25/46
CP_LNK CON: 6 52 FBI: 15 48 3 GRA: 15/53,15/53
CP_LNK FBI: 15 48 2 FBI: 25 48 2 GRA: 23/52,25/52
CP_LNK IFP: 6 15 FBI: 15 12 2 GRA: 15/16,15/16
CP_LNK IFP: 6 21 FBI: 15 18 2 GRA: 15/22,15/22
CP_LNK IFP: 6 27 FBI: 15 24 2 GRA: 15/28,15/28
CP_LNK IFP: 6 33 FBI: 15 30 2 GRA: 15/34,15/34
CP_LNK IFP: 6 39 FBI: 15 36 2 GRA: 15/40,15/40
CP_LNK IFP: 6 45 FBI: 15 42 2 GRA: 15/46,15/46
CP_LNK IFP: 6 51 FBI: 15 48 2 GRA: 15/52,15/52
CP_LNK FBI: 25 12 2 FBI: 46 6 3 GRA: 35/16,36/16,36/11,46/11
CP_LNK FBI: 25 18 2 FBI: 46 6 4 GRA: 35/22,37/22,37/12,46/12
CP_LNK FBI: 25 24 2 FBI: 46 6 5 GRA: 35/28,38/28,38/13,46/13
CP_LNK FBI: 25 30 2 FBI: 46 6 6 GRA: 35/34,39/34,39/14,46/14
CP_LNK FBI: 25 36 2 FBI: 46 6 7 GRA: 35/40,40/40,40/15,46/15
CP_LNK FBI: 25 42 2 FBI: 46 6 8 GRA: 35/46,41/46,41/16,46/16
CP_LNK FBI: 25 48 2 FBI: 46 6 9 GRA: 35/52,42/52,42/17,46/17
CP_LNK FBI: 46 6 2 FBI: 56 6 2 GRA: 53/10,56/10
CP_LNK CON: 47 10 FBI: 56 6 3 GRA: 56/11,56/11
CP_LNK FBI: 56 6 2 IFP: 63 9 GRA: 63/10,63/10
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ STR_STAT "07/10/02 14:44:08" TEXT:
CP_DFB "STR_STAT" HEIGHT/WIDTH: 7 9 FBTK_DFB "07/10/02 14:44:08" TEXT:
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : STR_STAT{1}
CL_FRM "StatIn1" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "StatIn2" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "Offset" ID_7 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "MeldStr" ID_8 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StatBedr" ID_9 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "ADD_INT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE INT VAL: 30 TEXT:
VS_FFB "MAX_INT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE INT VAL: 30 TEXT:
CP_GVS "Bedrijfs_met_storing_status" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Bedrijfs_met_storing_status" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "MeldStr" 20 7 FP_IO_OUTPUT
CP_IFP "StatIn2" 6 9 FP_IO_OUTPUT
CP_IFP "Offset" 6 10 FP_IO_OUTPUT
CP_IFP "StatIn1" 33 7 FP_IO_OUTPUT
CP_IFP "StatBedr" 49 7 FP_IO_INPUT
CP_FBI "SEL" 29 4 CODID: 2 NAME: ".1.1" ANY: IEC_INT_ID TEXT:
CP_FBI "ADD_INT" 15 6 CODID: 1 NAME: ".1.2" TEXT:
CP_FBI "MAX_INT" 42 4 CODID: 3 NAME: ".1.3" TEXT:
CP_CON 20 8 IEC_INT_ID 0
CP_LNK IFP: 20 7 FBI: 29 4 2 GRA: 29/8,29/8
CP_LNK IFP: 6 9 FBI: 15 6 2 GRA: 15/10,15/10
CP_LNK IFP: 6 10 FBI: 15 6 3 GRA: 15/11,15/11
CP_LNK FBI: 15 6 2 FBI: 29 4 4 GRA: 22/10,29/10
CP_LNK CON: 20 8 FBI: 29 4 3 GRA: 29/9,29/9
CP_LNK IFP: 33 7 FBI: 42 4 2 GRA: 42/8,42/8
CP_LNK FBI: 29 4 3 FBI: 42 4 3 GRA: 36/9,42/9
CP_LNK FBI: 42 4 2 IFP: 49 7 GRA: 49/8,49/8
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ TOT_HRS "11/02/05 13:16:30" TEXT:
CP_DFB "TOT_HRS" HEIGHT/WIDTH: 8 8 FBTK_DFB "11/02/05 13:16:30" TEXT: DFB tot_hrs
...TXT Bedrijfsurenteller  werktuig
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : TOT_HRS{1}
CL_FRM "Sec1" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 1 seconde puls
CL_FRM "MeldIn" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Inbedrijf melding
CL_FRM "Hrs1" ID_7 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT: Bedrijfsuren cummulatief
CL_FRM "Hrs2" ID_12 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT: Bedrijfsuren periodiek [resetbaar + instelbaar] 
CL_FRM "Hrs1_in" ID_15 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT: totaal aantal uren in (tbv preset) 
CL_FRM "Hrs2_in" ID_16 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT: periodiek aantal uren in (tbv preset)
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "ADD_DINT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE DINT VAL: 30 TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "CTU" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 6
VS_FRM "CU" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL FP_TRG_RISING_EDGE TEXT:
VS_FRM "R" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PV" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "CV" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE INT TEXT:
CP_GV2 "Uur_puls" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Bedrijfsuren" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Bedrijfsuren" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 2 EXEC: 1 TEXT: 
CP_COM LEFT: 48 RIGHT: 51 TOP: 3 BOT: 4 TEXT: Urenpuls
CP_COM LEFT: 46 RIGHT: 55 TOP: 12 BOT: 13 TEXT: Bedrijfsuren cumulatief
CP_COM LEFT: 46 RIGHT: 55 TOP: 20 BOT: 21 TEXT: Bedrijfsuren periodiek
CP_IFP "Sec1" 23 7 FP_IO_OUTPUT
CP_IFP "Hrs1" 54 17 FP_IO_INPUT
CP_IFP "Hrs1" 23 17 FP_IO_OUTPUT
CP_IFP "Hrs1_in" 38 18 FP_IO_OUTPUT
CP_IFP "MeldIn" 23 8 FP_IO_OUTPUT
CP_IFP "Hrs2" 54 25 FP_IO_INPUT
CP_IFP "Hrs2" 23 25 FP_IO_OUTPUT
CP_IFP "Hrs2_in" 38 26 FP_IO_OUTPUT
CP_FBI "ADD_DINT" 32 22 CODID: 5 NAME: ".2.43" +EN +ENO TEXT:
CP_FBI "SEL" 47 21 CODID: 6 NAME: ".2.45" ANY: IEC_DINT_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 32 4 CODID: 1 NAME: ".2.32" TEXT:
CP_FBI "CTU" 47 4 CODID: 2 NAME: "FBI_2_33" TEXT:
CP_FBI "ADD_DINT" 32 14 CODID: 3 NAME: ".2.34" +EN +ENO TEXT:
CP_FBI "SEL" 47 13 CODID: 4 NAME: ".2.35" ANY: IEC_DINT_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_GVI NAMED_VAR: "Uur_puls" 38 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Uur_puls" 54 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "Uur_puls" 38 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Uur_puls" 23 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Uur_puls" 38 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Uur_puls" 23 24 FP_IO_OUTPUT
CP_CON 38 9 IEC_INT_ID 3600
CP_CON 23 18 IEC_DINT_ID 1
CP_CON 23 26 IEC_DINT_ID 1
CP_LNK IFP: 23 7 FBI: 32 4 2 GRA: 32/8,32/8
CP_LNK FBI: 32 4 2 FBI: 47 4 2 GRA: 41/8,47/8
CP_LNK GVI: 38 8 FBI: 47 4 3 GRA: 47/9,47/9
CP_LNK CON: 38 9 FBI: 47 4 4 GRA: 47/10,47/10
CP_LNK FBI: 47 4 2 GVI: 54 7 GRA: 54/8,54/8
CP_LNK FBI: 47 13 3 IFP: 54 17 GRA: 54/18,54/18
CP_LNK GVI: 38 16 FBI: 47 13 2 GRA: 47/17,47/17
CP_LNK GVI: 23 16 FBI: 32 14 1 GRA: 32/17,32/17
CP_LNK IFP: 23 17 FBI: 32 14 2 GRA: 32/18,32/18
CP_LNK CON: 23 18 FBI: 32 14 3 GRA: 32/19,32/19
CP_LNK FBI: 32 14 2 FBI: 47 13 3 GRA: 40/18,47/18
CP_LNK IFP: 38 18 FBI: 47 13 4 GRA: 47/19,47/19
CP_LNK IFP: 23 8 FBI: 32 4 3 GRA: 32/9,32/9
CP_LNK CON: 23 26 FBI: 32 22 3 GRA: 32/27,32/27
CP_LNK FBI: 32 22 2 FBI: 47 21 3 GRA: 40/26,47/26
CP_LNK GVI: 38 24 FBI: 47 21 2 GRA: 47/25,47/25
CP_LNK GVI: 23 24 FBI: 32 22 1 GRA: 32/25,32/25
CP_LNK FBI: 47 21 3 IFP: 54 25 GRA: 54/26,54/26
CP_LNK IFP: 23 25 FBI: 32 22 2 GRA: 32/26,32/26
CP_LNK IFP: 38 26 FBI: 47 21 4 GRA: 47/27,47/27
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ TOT_KWH "11/02/05 13:16:31" TEXT:
CP_DFB "TOT_KWH" HEIGHT/WIDTH: 7 8 FBTK_DFB "11/02/05 13:16:31" TEXT: DFB tot_kwh
...TXT Kwh teller
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : TOT_KWH{1}
CL_FRM "Kwh1" ID_7 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT: kwh totaal
CL_FRM "Kwh2" ID_12 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT: kwh periodiek
CL_FRM "Kwh1_in" ID_15 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT: totaal kwh (tbv preset)
CL_FRM "Kwh2_in" ID_16 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT: periodiek kwh (tbv preset)
CL_FRM "Puls_kwh" ID_23 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: telpuls
VS_FFB "ADD_DINT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE DINT VAL: 30 TEXT:
VS_FFB "R_TRIG" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "CLK" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
CP_GVS "Totaal_debiet" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Totaal_debiet" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 2 EXEC: 1 TEXT: 
CP_COM LEFT: 15 RIGHT: 55 TOP: 4 BOT: 5 TEXT:
...TXF Totale debiet teller. Iedere puls, wordt er 1 m3 bij het totaal opgeteld. (cumulatief / periodiek)
CP_IFP "Kwh1" 52 10 FP_IO_INPUT
CP_IFP "Puls_kwh" 5 9 FP_IO_OUTPUT
CP_IFP "Puls_kwh" 36 9 FP_IO_OUTPUT
CP_IFP "Kwh1" 21 10 FP_IO_OUTPUT
CP_IFP "Kwh1_in" 36 11 FP_IO_OUTPUT
CP_IFP "Puls_kwh" 36 16 FP_IO_OUTPUT
CP_IFP "Kwh2" 52 17 FP_IO_INPUT
CP_IFP "Kwh2" 21 17 FP_IO_OUTPUT
CP_IFP "Kwh2_in" 36 18 FP_IO_OUTPUT
CP_FBI "R_TRIG" 14 6 CODID: 1 NAME: "FBI_2_32" TEXT:
CP_FBI "ADD_DINT" 30 7 CODID: 2 NAME: ".2.33" +EN +ENO TEXT:
CP_FBI "SEL" 45 6 CODID: 3 NAME: ".2.34" ANY: IEC_DINT_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "ADD_DINT" 30 14 CODID: 4 NAME: ".2.38" +EN +ENO TEXT:
CP_FBI "SEL" 45 13 CODID: 5 NAME: ".2.41" ANY: IEC_DINT_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_CON 21 11 IEC_DINT_ID 1
CP_CON 21 18 IEC_DINT_ID 1
CP_LNK CON: 21 11 FBI: 30 7 3 GRA: 30/12,30/12
CP_LNK FBI: 30 7 2 FBI: 45 6 3 GRA: 38/11,45/11
CP_LNK FBI: 45 6 3 IFP: 52 10 GRA: 52/11,52/11
CP_LNK IFP: 5 9 FBI: 14 6 2 GRA: 14/10,14/10
CP_LNK IFP: 36 9 FBI: 45 6 2 GRA: 45/10,45/10
CP_LNK IFP: 21 10 FBI: 30 7 2 GRA: 30/11,30/11
CP_LNK FBI: 14 6 2 FBI: 30 7 1 GRA: 21/10,30/10
CP_LNK FBI: 14 6 2 FBI: 30 14 1 GRA: 21/10,23/10,23/17,30/17
CP_LNK IFP: 36 11 FBI: 45 6 4 GRA: 45/12,45/12
CP_LNK CON: 21 18 FBI: 30 14 3 GRA: 30/19,30/19
CP_LNK FBI: 30 14 2 FBI: 45 13 3 GRA: 38/18,45/18
CP_LNK IFP: 36 16 FBI: 45 13 2 GRA: 45/17,45/17
CP_LNK FBI: 45 13 3 IFP: 52 17 GRA: 52/18,52/18
CP_LNK IFP: 21 17 FBI: 30 14 2 GRA: 30/18,30/18
CP_LNK IFP: 36 18 FBI: 45 13 4 GRA: 45/19,45/19
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ TOT_M3 "11/02/05 13:16:32" TEXT:
CP_DFB "TOT_M3" HEIGHT/WIDTH: 7 8 FBTK_DFB "11/02/05 13:16:32" TEXT: DFB tot_m3
...TXT Debietteller telpuls meting
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_STR global CRC: 684471330 "10/20/99 13:28:05"
...STR (***************************************************************************************************)
...STR (*         version 1.0   : Initial release for all projects                 *)
...STR (*         Date      : 6 august 1999                          *)
...STR (*         Author      : Peter lemmens                          *)
...STR (***************************************************************************************************)
...STR 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     BUFFER object                                               *)
...STR (***************************************************************************************************)
...STR   
...STR TYPE
...STR 
...STR  (* Structure voor de ingangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source buffer is leeg *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de SOURCE van het BUFFER object *)
...STR  SRCBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT;  (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Source buffer is Idle, is niet geclaimed *)
...STR    Discharge       :BOOL; (* Source buffer is in discharge mode *)
...STR    Inoperable        :BOOL; (* Source buffer is Inoperable *)
...STR    Interlocked       :BOOL; (* Source buffer is intelocked *)
...STR    Empty         :BOOL; (* Source silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_In_Type:
...STR  STRUCT
...STR    InterlockCondition    :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination buffer is vol *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van de DESTINATION van het BUFFER object *)
...STR  DSTBUFFER_Out_Type:
...STR  STRUCT
...STR    Buffer_ID       :INT; (* Buffer identifikatie nummer *)
...STR    Idle          :BOOL; (* Destination buffer is Idle, is niet geclaimed  *)
...STR    Filling         :BOOL; (* Deatination buffer is in filling mode, is geselekteerd door een mailbox *)
...STR    Inoperable        :BOOL; (* Destination buffer is inoperable *)
...STR    Interlocked       :BOOL; (* Destination buffer is intelocked *)
...STR    Full          :BOOL; (* Destination silo is vol *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* Status woord voor het buffer object, communicatie naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_In_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_In_Type; (* Structure SRCBUFFER_In_Type *)
...STR    DSTBUFFER       :DSTBUFFER_In_Type; (* Structure DSTBUFFER_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Out_Type:
...STR  STRUCT
...STR    SRCBUFFER       :SRCBUFFER_Out_Type; (* Structure SRCBUFFER_Out_Type *)
...STR    DSTBUFFER       :DSTBUFFER_Out_Type; (* Structure DSTBUFFER_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  BUFFER_Type:
...STR  STRUCT
...STR    In            :BUFFER_In_Type; (* Structure BUFFER_In_Type *)
...STR    Out           :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR    Err_DST         :BOOL; (* Extern op de ERROR uitgang aan te sluiten *)
...STR  END_STRUCT;
...STR 
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNITSTAT object                                            *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het UNITSTAT object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :INT;  (* UNITSTAT commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_In_Type:
...STR  STRUCT
...STR    ShutdownTimer     :TIME; (* Preset ShutdownTimer *)
...STR    Restart         :BOOL; (* Restart conditie *)
...STR    UnitHold        :BOOL; (* Hold conditie *)
...STR  END_STRUCT;
...STR    
...STR  (* Structure voor de communicatie uitgangssignalen van het UNITSTAT object *)
...STR  UNITSTAT_ComOut_Type:
...STR  STRUCT
...STR    STATE         :INT;  (* UNITSTAT status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* UNITSTAT commando permissives naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_CommandOut_Type:  
...STR  STRUCT
...STR    Standby         :BOOL; (* Standby commando van DCS-MMI *)     
...STR    Shutdown        :BOOL; (* Shutdown commando van DCS-MMI *)
...STR    CancelShutdown      :BOOL; (* CancelShutdown commando van DCS-MMI *)
...STR    StartMaintenance    :BOOL; (* StartMaintenance commando van DCS-MMI *)
...STR    StopMaintenance     :BOOL; (* StopMaintenance commando van DCS-MMI *)
...STR    StartCleaning     :BOOL; (* StartCleaning commando van DCS-MMI *)
...STR    StopCleaning      :BOOL; (* StopCleaning commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de state uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_StateOut_Type:  
...STR  STRUCT
...STR    Maintenance       :BOOL; (* UNITSTAT status is maintenance *)
...STR    NotOperable       :BOOL; (* UNITSTAT status in not_operable *)
...STR    Idle          :BOOL; (* UNITSTAT status is idle *)
...STR    ShutDown        :BOOL; (* UNITSTAT status is shutdown *)
...STR    Standby         :BOOL; (* UNITSTAT status is standby *)
...STR    Hold          :BOOL; (* UNITSTAT status is hold *)
...STR    Running         :BOOL; (* UNITSTAT status is running *)
...STR    ReadyForRestart     :BOOL; (* UNITSTAT status is ready_for_restart *)
...STR    Cleaning        :BOOL; (* UNITSTAT is in Cleaning mode *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het UNITSTAT object *)  
...STR  UNITSTAT_PermOut_Type:  
...STR  STRUCT
...STR    StandbyPerm       :BOOL; (* StandbyPermissive naar DCS-MMI *)     
...STR    ShutdownPerm      :BOOL; (* ShutdownPermissive naar DCS-MMI *)
...STR    CancelShutdownPerm    :BOOL; (* CancelShutdownPermissive naar DCS-MMI *)
...STR    StartMaintenancePerm  :BOOL; (* StartMaintenancePermissive naar DCS-MMI *)
...STR    StopMaintenancePerm   :BOOL; (* StopMaintenancePermissive naar DCS-MMI *)
...STR    StartCleaningPerm   :BOOL; (* StartCleaningPermissive naar DCS-MMI *)
...STR    StopCleaningPerm    :BOOL; (* StopCleaningPermissive naar DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNITSTAT object *)   
...STR  UNITSTAT_Out_Type:
...STR  STRUCT  
...STR    UpstreamHold      :BOOL; (* Upsteam Hold conditie naar de vorige unit *)
...STR    ShutdownTime      :TIME; (* Verstreken ShutdownTime *)
...STR    CommandOut        :UNITSTAT_CommandOut_Type;  
...STR    StateOut        :UNITSTAT_StateOut_Type;  
...STR    PermissivesOut      :UNITSTAT_PermOut_Type;  
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor het UNITSTAT object *)   
...STR  UNITSTAT_Type:
...STR  STRUCT   
...STR    In            :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    Out           :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE   
...STR 
...STR (***************************************************************************************************)
...STR (*                                    MOTOR object                                                *)
...STR (***************************************************************************************************)
...STR  
...STR (*  MOTOR object met een gezamelijke STRUCTURE van de volgende motoren : 
...STR 
...STR  Forward Motor
...STR  Forward Motor met Low/High Speed                                    
...STR  Forward Motor met SpeedControl
...STR  Reverse Motor
...STR  Reverse Motor met Low/High Speed                                            
...STR  Reverse Motor met SpeedControl *)                                               
...STR 
...STR (* Structure voor het MOTOR object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het MOTOR object *)
...STR  MOTOR_ComIn_Type:
...STR  STRUCT
...STR    COMMAND         :WORD; (* MOTOR commando's van DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen van het MOTOR object *)  
...STR  MOTOR_In_Type:
...STR  STRUCT
...STR    AUTO          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    TRIP          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    FORWARD         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    REVERSE         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LOWSPEED        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HIGHSPEED       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SPEEDCONTROL      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    TESTLIGHT       :BOOL; (* Terugmelding TESTLIGHT-Signaal van PLC-I/O *)
...STR    AutoForward       :BOOL; (* AutoForward aansturing van Intern PLC *)
...STR    AutoReverse       :BOOL; (* AutoReverse aansturing van Intern PLC *)
...STR    AutoLowSpeed      :BOOL; (* AutoLowSpeed aansturing van Intern PLC *)
...STR    AutoHighSpeed     :BOOL; (* AutoHighSpeed aansturing van Intern PLC *)
...STR    RunForwardTimer     :TIME; (* Preset RunForwardTimer *)
...STR    RunReverseTimer     :TIME; (* Preset RunReverseTimer *)
...STR    RunLowSpeedTimer    :TIME; (* Preset RunLowSpeedTimer *)
...STR    RunHighSpeedTimer   :TIME; (* Preset RunHighSpeedTimer *)
...STR    MisMatchTimer     :TIME; (* Preset MisMatchTimer *)
...STR    TripInRouteTimer    :TIME; (* Preset TripInRouteTimer *)
...STR    ManualInterlock     :BOOL; (* Blokkering manual bediening van Intern PLC *)
...STR    BlinkSlow       :BOOL; (* Langzaam knippersignaal van Intern PLC *)
...STR    BlinkFast       :BOOL; (* Snel knippersignaal van Intern PLC *)
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het MOTOR object *)
...STR  MOTOR_ComOut_Type:
...STR  STRUCT
...STR    STATE         :WORD; (* MOTOR status naar DCS-MMI *)
...STR    PERMISSIVES       :WORD; (* MOTOR commando permissives naar DCS-MMI *)
...STR    ALARMS          :WORD; (* MOTOR alarmen naar DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de commando uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_CommandOut_Type:  
...STR  STRUCT
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    ManualForward     :BOOL; (* ManualForward commando van DCS-MMI *)
...STR    ManualReverse     :BOOL; (* ManualReverse commando van DCS-MMI *)
...STR    ManualLowSpeed      :BOOL; (* ManualLowSpeed commando van DCS-MMI *)
...STR    ManualHighSpeed     :BOOL; (* ManualHighSpeede commando van DCS-MMI *)
...STR    ManualInterlockOverride :BOOL; (* ManualInterlockOverride commando van DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de State uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_StateOut_Type:  
...STR  STRUCT
...STR    Auto          :BOOL; (* Terugmelding AUTO-Signaal van PLC-I/O *)
...STR    Trip          :BOOL; (* Terugmelding TRIP-Signaal van PLC-I/O *)
...STR    Forward         :BOOL; (* Terugmelding FORWARD-Signaal van PLC-I/O *)
...STR    Reverse         :BOOL; (* Terugmelding REVERSE-Signaal van PLC-I/O *)
...STR    LowSpeed        :BOOL; (* Terugmelding LOWSPEED-Signaal van PLC-I/O *)
...STR    HighSpeed       :BOOL; (* Terugmelding HIGHSPEED-Signaal van PLC-I/O *)
...STR    SpeedControl      :BOOL; (* Terugmelding SPEEDCONTROL-Signaal van PLC-I/O *)
...STR    AutoControl       :BOOL; (* AutoControl commando van DCS-MMI *)
...STR    MisMatch        :BOOL; (* MisMatch-Signaal *)  
...STR    Simulate        :BOOL; (* Valve simulation condition *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de commando permissives uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_PermOut_Type:  
...STR  STRUCT
...STR    AutoControlPerm     :BOOL; (* AutoControlPermissive voor DCS-MMI *)
...STR    ManualForwardPerm   :BOOL; (* ManualForwardPermissive voor DCS-MMI *)
...STR    ManualReversePerm   :BOOL; (* ManualReversePermissive voor DCS-MMI *)
...STR    ManualLowSpeedPerm    :BOOL; (* ManualLowSpeedPermissive voor DCS-MMI *)
...STR    ManualHighSpeedPerm   :BOOL; (* ManualHighSpeedPermissive voor DCS-MMI *)
...STR    ManualInterlockOverrPerm:BOOL; (* ManualInterlockOverridePermissive voor DCS-MMI *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de alarm uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_AlarmOut_Type:  
...STR  STRUCT
...STR    MisMatchForward     :BOOL; (* MisMatchForward-Signaal naar Intern PLC *)
...STR    MisMatchReverse     :BOOL; (* MisMatchReverse-Signaal naar Intern PLC *)
...STR    MisMatchLowSpeed    :BOOL; (* MisMatchLowSpeed-Signaal naar Intern PLC *)
...STR    MisMatchHighSpeed   :BOOL; (* MisMatchHighSpeed-Signaal naar Intern PLC *)
...STR    MisMatchSpeedControl  :BOOL; (* MisMatchSpeedControl-Signaal naar Intern PLC *)
...STR    TripInRoute       :BOOL; (* TripInRoute-Signaal naar Intern PLC *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het MOTOR object *)  
...STR  MOTOR_Out_Type:  
...STR  STRUCT
...STR    RUN_FORWARD       :BOOL; (* Aansturing RUN_FORWARD-Signaal naar PLC-I/O *)
...STR    RUN_REVERSE       :BOOL; (* Aansturing RUN_REVERSE-Signaal naar PLC-I/O *)
...STR    RUN_LOWSPEED      :BOOL; (* Aansturing RUN_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUN_HIGHSPEED     :BOOL; (* Aansturing RUN_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_FORWARD    :BOOL; (* Aansturing RUNLIGHT_FORWARD-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_REVERSE    :BOOL; (* Aansturing RUNLIGHT_REVERSE-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_LOWSPEED   :BOOL; (* Aansturing RUNLIGHT_LOWSPEED-Signaal naar PLC-I/O *)
...STR    RUNLIGHT_HIGHSPEED    :BOOL; (* Aansturing RUNLIGHT_HIGHSPEED-Signaal naar PLC-I/O *)
...STR    MisMatchTime      :TIME; (* Verstreken MisMatchTime *)
...STR    TripInRouteTime     :TIME; (* Verstreken TripInRouteTime *)
...STR    RunForwardTime      :TIME; (* Verstreken RunForwardTime *)
...STR    RunReverseTime      :TIME; (* Verstreken RunReverseTime *)
...STR    RunLowSpeedTime     :TIME; (* Verstreken RunLowSpeedTime *)
...STR    RunHighSpeedTime    :TIME; (* Verstreken RunHighSpeedTime *)
...STR    CommandOut        :MOTOR_CommandOut_Type;  
...STR    StateOut        :MOTOR_StateOut_Type;
...STR    PermissivesOut      :MOTOR_PermOut_Type;  
...STR    AlarmsOut       :MOTOR_AlarmOut_Type;  
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor het MOTOR object *)
...STR  MOTOR_Type:
...STR  STRUCT
...STR    In            :MOTOR_In_Type;  (* Structure MOTOR_In_Type *)
...STR    Out           :MOTOR_Out_Type; (* Structure MOTOR_Out_Type *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    DraaiUren       :REAL; (* Extern te gebruiken voor uitgang DRAAIUUR object *)
...STR  END_STRUCT;    
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT1M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT1M object bestaande uit EEN motor *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR         :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT1M object *)
...STR  UNIT1M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    UnitMotor       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR         :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT1M object *)
...STR  UNIT1M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    UnitMotor       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT1M object *)
...STR  UNIT1M_Type:
...STR  STRUCT
...STR    In            :UNIT1M_In_Type;  (* Structure UNIT1M_In_Type *)
...STR    Out             :UNIT1M_Out_Type; (* Structure UNIT1M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     FEEDER object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het FEEDER object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het FEEDER object *)
...STR  FEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    DOFFER          :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het FEEDER object *)
...STR  FEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    BottemBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ElevationBelt     :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    MagnetBelt        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    EnableBlockMove     :BOOL; (* Vrijgave voor de blockmove logic *)
...STR    ResetBlockMove      :BOOL; (* Reset signaal voor de blockmove logic *)
...STR    BlockMoveCountPreset  :INT; (* Preset waarde van het aantal te maken blockmove stappen *)
...STR    BlockMoveTimer      :TIME; (* Preset waarde van de blockmove stap *)
...STR    LowLowLevelCovered    :BOOL; (* LowLowLevelCovered signaal *)
...STR    LowLevelCovered     :BOOL; (* LowLevelCovered signaal *)
...STR    HighLevelCovered    :BOOL; (* HighLevelCovered signaal *) 
...STR    HighHighLevelCovered  :BOOL; (* HighHighLevelCovered signaal *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het FEEDER object *)
...STR  FEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    ELEVATIONBELT     :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    DOFFER          :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    MAGNETBELT        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het FEEDER object *)
...STR  FEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    BottemBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ElevationBelt     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Doffer          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    MagnetBelt        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    NextBlockMove     :BOOL; (* Trigger voor een volgende blockmove stap *)
...STR    BlockMoveReady      :BOOL; (* Voeder is klaar met de blockmove functionaliteit *)
...STR    BlockMoveBusy     :BOOL; (* Voeder is bezig met een blockmove stap *) 
...STR    BlockMoveDosedSupply  :BOOL; (* Dosed supply regeling is actief, aantal stappen is bereikt *)
...STR    BlockMoveCount      :INT; (* Actuele waarde van het aantal blockmove stappen *)
...STR    BlockMoveTime     :TIME; (* Actuele tijd van een blockmove stap *)
...STR    FeederEmpty       :BOOL; (* Voeder is leeggedraaid *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het FEEDER object *)
...STR  FEEDER_Type:
...STR  STRUCT
...STR    In            :FEEDER_In_Type;  (* Structure FEEDER_In_Type *)
...STR    Out             :FEEDER_Out_Type; (* Structure FEEDER_Out_Type *)
...STR    EmptyingTimer     :TIME; (* Extern te gebruiken voor PT intgang *)
...STR    ElapsedEmptyingTime   :TIME; (* Extern te gebruiken voor ET uitgang *)
...STR    RemainingEmptyingTime :TIME; (* Extern te gebruiken voor RT uitgang *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     LOOPWAGEN object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Loopwagen object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het LOOPWAGEN object *)
...STR  LOSH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de loopwagen *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de loopwagen *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de loopwagen *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de loopwagen *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de silo *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de silo *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de loopwagen naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het LOOPWAGEN object *)
...STR  LOSH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het LOOPWAGEN object *)
...STR  LOSH_Type:
...STR  STRUCT
...STR    In            :LOSH_In_Type;  (* Structure LOSH_In_Type *)
...STR    Out             :LOSH_Out_Type; (* Structure LOSH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Loopwagen bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Loopwagen rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Loopwagen is leeggedraaid *)
...STR    Emptying        :BOOL; (* Loopwagen bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de loopwagen *)
...STR    LastPosition      :INT;  (* Laatste positie van de loopwagen *)
...STR    ToPosition        :INT;  (* Loopwagen moet naar de volgende positie *)
...STR    Zone          :INT;  (* Loopwagen bevindt zich in zone X van de silo *)
...STR    ToTheFront        :BOOL; (* Loopwagen aansturing naar de uitvoerzijde van de silo *)
...STR    ToTheBack       :BOOL; (* Loopwagen aansturing naar de niet uitvoerzijde van de silo *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de loopwagen *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de loopwagen *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de loopwagen *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de loopwagen *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de loopwagen *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TABAKS SILO object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het TABAKS SILO object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het TABAKS SILO object *)
...STR  TBSILO_In_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_In_Type;  (* Structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type;  (* Structure UNITSTAT_In_Type *)
...STR    DofferDrive       :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    BottemBeltDrive     :MOTOR_In_Type;   (* Structure MOTOR_In_Type *)
...STR    LowLevelCovered     :BOOL; (* Laag nivo switch bedekt *)
...STR    HighLevelCovered    :BOOL; (* Hoog nivo switch bedekt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;  (* BUFFER status communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type;  (* UNITSTAT communicatie naar DCS-MMI *)
...STR    DOFFERDRIVE       :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    BOTTEMBELT        :MOTOR_ComOut_Type;   (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;          (* Communicatie naar DCS-MMI *) 
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het TABAKS SILO object *)
...STR  TBSILO_Out_Type:
...STR  STRUCT
...STR    BufferStatus      :BUFFER_Out_Type; (* Structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    DofferDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BottemBeltDrive     :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het TABAKS SILO object *)
...STR  TBSILO_Type:
...STR  STRUCT
...STR    In            :TBSILO_In_Type;  (* Structure TBSILO_In_Type *)
...STR    Out             :TBSILO_Out_Type; (* Structure TBSILO_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                       CASING TANK object                                        *) 
...STR (***************************************************************************************************)
...STR (* STRUCTURE voor het CASING TANK object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CASING TANK object *)
...STR  CASTANK_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    AGITATOR            :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CASING TANK object *)
...STR  CASTANK_In_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_In_Type;   (* structure BUFFER_In_Type *)
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Agitator          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RestAgitator      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    LowLevel        :BOOL;             (* Laag nivo melding *)
...STR    LowLowLevel             :BOOL;             (* LaagLaag nivo melding *)
...STR    HighLevel       :BOOL;         (* Hoog nivo melding *)
...STR    HighHighLevel     :BOOL;         (* HoogHoog nivo melding *)   
...STR    OfficialLevelMeaser   :BOOL;         (* Officiele nivo meting *)
...STR    HighTemp        :BOOL;         (* Hoog temperatuur alarm *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_ComOut_Type:
...STR  STRUCT
...STR    BUFFER          :BUFFER_ComOut_Type;   (* BUFFER communicatie naar DCS-MMI *)
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    AGITATOR        :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    RESTAGITATOR      :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD;           (* Communicatie naar DCS-MMI *)  
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CASING TANK object *)
...STR  CASTANK_Out_Type:
...STR  STRUCT
...STR    Buffer          :BUFFER_Out_Type;   (* structure BUFFER_Out_Type *)
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Agitator          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RestAgitator      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CASING TANK object *)
...STR  CASTANK_Type:
...STR  STRUCT
...STR    In            :CASTANK_In_Type;  (* Structure CASTANK_In_Type *)
...STR    Out             :CASTANK_Out_Type; (* Structure CASTANK_Out_Type *)
...STR    Inroute_SRC       :BOOL; (* Extern te gebruiken voor IR_SRC ingang *)
...STR    Inroute_DST       :BOOL; (* Extern te gebruiken voor IR_DST ingang *)
...STR    Fail_SRC        :BOOL; (* Extern te gebruiken voor FAIL_SRC ingang *)
...STR    Fail_DST        :BOOL; (* Extern te gebruiken voor FAIL_DST ingang *)
...STR    Err_SRC         :BOOL; (* Extern te gebruiken voor ERR_SRC uitgang *)
...STR    Err_DST         :BOOL; (* Extern te gebruiken voor ERR_DST uitgang *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                       SWITCH object                                             *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het SWITCH object *)
...STR TYPE
...STR 
...STR  (* Structure van het SWITCH object *)
...STR  SWITCH_Type:
...STR  STRUCT
...STR    Out       :BOOL; (* Extern te gebruiken voor OUT uitgang *) 
...STR    TimeOnDelay   :TIME; (* Extern te gebruiken voor TON_TIME uitgang *)  
...STR    TimeOffDelay  :TIME; (* Extern te gebruiken voor TOF_TIME uitgang *)  
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     TUBEFEEDER object                                           *)
...STR (***************************************************************************************************)
...STR 
...STR (* Structure voor het TUBEFEEDER object *)
...STR TYPE
...STR  (* Structure voor de communicatie ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de ingangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    HighHighLevel     :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevel       :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevel        :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevel       :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    HighHighLevelSwitch   :SWITCH_Type; (* Structure voor de high high level switch *)
...STR    HighLevelSwitch     :SWITCH_Type; (* Structure voor de high level switch *)
...STR    LowLevelSwitch      :SWITCH_Type; (* Structure voor de low level switch *)
...STR    LowLowLevelSwitch   :SWITCH_Type; (* Structure voor de low low level switch *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    SIGNALS         :WORD; (* Algemene signalen naar DCS-MMI *) 
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    HighHighLevelCovered  :BOOL;  (* Hoog hoog nivo van de tube feeder *) 
...STR    HighLevelCovered    :BOOL;  (* Hoog nivo van de tube feeder *)  
...STR    LowLevelCovered     :BOOL;  (* Laag nivo van de tube feeder *)  
...STR    LowLowLevelCovered    :BOOL;  (* Laag laag nivo van de tube feeder *) 
...STR    Empty         :BOOL;  (* Tube feeder is leeg *)
...STR    Full          :BOOL;  (* Tube feeder is vol *)
...STR    LevelSwitchFailure    :BOOL;  (* Tube feeder heeft een levelswitch combinatie fout *)
...STR  END_STRUCT;   
...STR  
...STR  (* Structure voor de signalen van het TUBEFEEDER object *)
...STR  TUBEFEEDER_Type:
...STR  STRUCT   
...STR    In            :TUBEFEEDER_In_Type; (* Structure TUBEFEEDER_In_Type *)
...STR    Out           :TUBEFEEDER_Out_Type;(* Structure TUBEFEEDER_Out_Type *)
...STR    Inroute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT; 
...STR 
...STR END_TYPE 
...STR 
...STR (***************************************************************************************************)
...STR (*                               CROSS SHUTTLE CONVEYOR object                                     *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het cross shuttle conveyor object*)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)  
...STR    BELTDRIVE       :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)    
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    MainDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltDrive       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    POSITION_1        :BOOL; (* Positie 1 van de cross shuttle conveyor *)
...STR    POSITION_2        :BOOL; (* Positie 2 van de cross shuttle conveyor *)
...STR    POSITION_3        :BOOL; (* Positie 3 van de cross shuttle conveyor *)
...STR    POSITION_4        :BOOL; (* Positie 4 van de cross shuttle conveyor *)
...STR    OVERTRAVEL_FRONT    :BOOL; (* Overtravel uitvoerzijde van de belt *)
...STR    OVERTRAVEL_BACK     :BOOL; (* Overtravel positie niet uitvoerzijde van de belt *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MAINDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    BELTDRIVE       :MOTOR_ComOut_Type;    (* MOTOR communicatie naar DCS-MMI *)      
...STR    SIGNALS         :WORD; (* Algemene communicatie signalen van de cross shuttle conveyor naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    MainDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltDrive       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    PositioningAlarm    :BOOL; (* Positioneren duurt te lang *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het CROSS SHUTTLE CONVEYOR object *)
...STR  CROSS_Type:
...STR  STRUCT
...STR    In            :CROSS_In_Type;  (* Structure CROSS_In_Type *)
...STR    Out             :CROSS_Out_Type; (* Structure CROSS_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR    HomePosition      :BOOL; (* Cross shuttle conveyor bevindt zich in de homepositie *)
...STR    ToHomePosition      :BOOL; (* Cross shuttle conveyor rijdt richting Homepositie *)
...STR    Empty         :BOOL; (* Cross shuttle conveyor is leeggedraaid *)
...STR    Emptying        :BOOL; (* Cross shuttle conveyor bevindt zich in de emptying mode *)
...STR    Position        :INT;  (* Huidige positie van de cross shuttle conveyor *)
...STR    LastPosition      :INT;  (* Laatste positie van de cross shuttle conveyor *)
...STR    ToPosition        :INT;  (* Cross shuttle conveyor moet naar de volgende positie *)
...STR    Zone          :INT;  (* Cross shuttle conveyor bevindt zich in zone X *)
...STR    ToTheFront        :BOOL; (* Cross shuttle conveyor aansturing naar de uitvoerzijde van de belt *)
...STR    ToTheBack       :BOOL; (* Cross shuttle conveyor aansturing naar de niet uitvoerzijde van de belt *)
...STR    ToPosition_A      :BOOL; (* Naar Positie 1 van de cross shuttle conveyor *)
...STR    ToPosition_B      :BOOL; (* Naar Positie 2 van de cross shuttle conveyor *)
...STR    ToPosition_C      :BOOL; (* Naar Positie 3 van de cross shuttle conveyor *)
...STR    ToPosition_D      :BOOL; (* Naar Positie 4 van de cross shuttle conveyor *)
...STR    SwitchDelay       :BOOL; (* Omschakelvertraging van de cross shuttle conveyor *)
...STR    PT_PositioningAlarm   :TIME; (* Preset Time positionerings alarm *)
...STR    ET_PositioningAlarm   :TIME; (* Elapsed Time positionerings alarm *)
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT2M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT2M object bestaande uit TWEE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT2M object *)
...STR  UNIT2M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT2M object *)
...STR  UNIT2M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT2M object *)
...STR  UNIT2M_Type:
...STR  STRUCT
...STR    In            :UNIT2M_In_Type;  (* Structure UNIT2M_In_Type *)
...STR    Out             :UNIT2M_Out_Type; (* Structure UNIT2M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT3M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT3M object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT3M object *)
...STR  UNIT3M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT3M object *)
...STR  UNIT3M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)         
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT3M object *)
...STR  UNIT3M_Type:
...STR  STRUCT
...STR    In            :UNIT3M_In_Type;  (* Structure UNIT3M_In_Type *)
...STR    Out             :UNIT3M_Out_Type; (* Structure UNIT3M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     UNIT4M object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het UNIT4M object bestaande uit VIER motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComIn_Type;    (* MOTOR A commando's vanaf DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComIn_Type;    (* MOTOR B commando's vanaf DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComIn_Type;    (* MOTOR C commando's vanaf DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComIn_Type;    (* MOTOR D commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het UNIT4M object *)
...STR  UNIT4M_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Motor_A         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_B         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_C         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Motor_D         :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    MOTOR_A         :MOTOR_ComOut_Type;    (* MOTOR A communicatie naar DCS-MMI *)
...STR    MOTOR_B         :MOTOR_ComOut_Type;    (* MOTOR B communicatie naar DCS-MMI *)
...STR    MOTOR_C         :MOTOR_ComOut_Type;    (* MOTOR C communicatie naar DCS-MMI *)
...STR    MOTOR_D         :MOTOR_ComOut_Type;    (* MOTOR D communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het UNIT4M object *)
...STR  UNIT4M_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Motor_A         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_B         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_C         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Motor_D         :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het UNIT4M object *)
...STR  UNIT4M_Type:
...STR  STRUCT
...STR    In            :UNIT4M_In_Type;  (* Structure UNIT4M_In_Type *)
...STR    Out             :UNIT4M_Out_Type; (* Structure UNIT4M_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     APRON object                                                *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het APRON object *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan3      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van de reordering zone van het APRON object *)
...STR  APRON_ROZComIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Fan2      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van de utilities van het APRON object *)
...STR  APRON_UTILComIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_ROZ    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    RoomAirIn   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    ExhaustFan_Out    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie ingangssignalen van het APRON object *)
...STR  APRON_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone2    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_HeatingZone3    :APRON_HZComIn_Type;  (* MOTOR commando's vanaf DCS-MMI *)
...STR    CoolingJog    :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone1 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone2 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    M_ReorderingZone3 :APRON_ROZComIn_Type; (* MOTOR commando's vanaf DCS-MMI *)
...STR    Belt      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltSpeed   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Doffer      :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    BeltBrush   :MOTOR_ComIn_Type;    (* MOTOR commando's vanaf DCS-MMI *)
...STR    Utilities   :APRON_UTILComIn_Type;(* MOTOR commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van de heating zone van het APRON object *)
...STR  APRON_HZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan3      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZIn_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Fan2      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de ingangssignalen de utilities van het APRON object *)
...STR  APRON_UTILIn_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    RoomAirIn   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ExhaustFan_Out    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de ingangssignalen van het APRON object *)
...STR  APRON_In_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    M_HeatingZone1    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone2    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    M_HeatingZone3    :APRON_HZIn_Type;  (* Structure MOTOR_In_Type *)
...STR    CoolingJog    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone1 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone2 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    M_ReorderingZone3 :APRON_ROZIn_Type; (* Structure MOTOR_In_Type *)
...STR    Belt      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltSpeed   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Doffer      :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BeltBrush   :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Utilities   :APRON_UTILIn_Type;(* Structure MOTOR_In_Type *)
...STR    DisableInternFailure:BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de unit selektie signalen van het APRON object *)
...STR  Unit_Sel_Type:
...STR  STRUCT
...STR    StandBy     :BOOL; (* Unit standby selectie *)
...STR    Cleaning    :BOOL; (* Unit cleaning selectie *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de motor selektie signalen *)
...STR  Motor_Sel_Type:
...STR  STRUCT
...STR    Forward     :BOOL; (* Motor forward selectie *)
...STR    Reverse     :BOOL; (* Motor reverse selectie *)
...STR    LowHigh     :BOOL; (* Motor low high speed selectie *)
...STR    SpeedControl    :BOOL; (* Motor speed control selectie *)
...STR  END_STRUCT; 
...STR    
...STR  (* Structure voor de selektiesignalen van de heating zone motoren van het APRON object *)
...STR  APRON_HZSel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan3      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de selektiesignalen van de reordering zone motoren van het APRON object *)
...STR  APRON_ROZsel_Type:
...STR  STRUCT
...STR    Fan1      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    Fan2      :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de selektiesignalen van de utilities motoren van het APRON object *)
...STR  APRON_UTILSel_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_ROZ    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    RoomAirIn   :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR    ExhaustFan_Out    :Motor_Sel_Type;    (* Motor selectie datatype *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de selektiesignalen van de motoren van het APRON object *)
...STR  APRON_Sel_Type:
...STR  STRUCT
...STR    Unit      :Unit_Sel_Type;      (* Structure voor de unit selektie signalen *)
...STR    M_HeatingZone1    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone2    :APRON_HZsel_Type;  (* Motor selectie datatype *)
...STR    M_HeatingZone3    :APRON_HZSel_Type;  (* Motor selectie datatype *)
...STR    CoolingJog    :MOTOR_Sel_Type;  (* Motor selectie datatype *)
...STR    M_ReorderingZone1 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone2 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    M_ReorderingZone3 :APRON_ROZSel_Type; (* Motor selectie datatype *)
...STR    Belt      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltSpeed   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Doffer      :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    BeltBrush   :MOTOR_Sel_Type;    (* Motor selectie datatype *)
...STR    Utilities   :APRON_UTILSel_Type;(* Motor selectie datatype *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan3      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZComOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Fan2      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILComOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_ROZ    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    RoomAirIn   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    ExhaustFan_Out    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;
...STR  
...STR  (* Structure voor de communicatie uitgangssignalen van het APRON object *)
...STR  APRON_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT    :UNITSTAT_ComOut_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    M_HeatingZone1    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone2    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_HeatingZone3    :APRON_HZComOut_Type;  (* communicatie uitgangssignalen van de MOTOR *)
...STR    CoolingJog    :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone1 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone2 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    M_ReorderingZone3 :APRON_ROZComOut_Type; (* communicatie uitgangssignalen van de MOTOR *)
...STR    Belt      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltSpeed   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Doffer      :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    BeltBrush   :MOTOR_ComOut_Type;    (* communicatie uitgangssignalen van de MOTOR *)
...STR    Utilities   :APRON_UTILComOut_Type;(* communicatie uitgangssignalen van de MOTOR *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de uitgangssignalen de heating zone van het APRON object *)
...STR  APRON_HZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan3      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT; 
...STR  
...STR  (* Structure voor de ingangssignalen de reordering zone van het APRON object *)
...STR  APRON_ROZOut_Type:
...STR  STRUCT
...STR    Fan1      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Fan2      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure voor de uitgangssignalen de utiliti's van het APRON object *)
...STR  APRON_UTILOut_Type:
...STR  STRUCT
...STR    ExhaustFan_HZ   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_ROZ    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    RoomAirIn   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ExhaustFan_Out    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;
...STR 
...STR  (* Structure voor de uitgangssignalen van het APRON object *)
...STR  APRON_Out_Type:
...STR  STRUCT
...STR    UnitStatus    :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    M_HeatingZone1    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone2    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    M_HeatingZone3    :APRON_HZOut_Type;  (* Structure MOTOR_Out_Type*)
...STR    CoolingJog    :MOTOR_Out_Type;  (* Structure MOTOR_Out_Type *)
...STR    M_ReorderingZone1 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone2 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    M_ReorderingZone3 :APRON_ROZOut_Type; (* Structure MOTOR_Out_Type*)
...STR    Belt      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    BeltSpeed   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type*)
...STR    Doffer      :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BeltBrush   :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Utilities   :APRON_UTILOut_Type;(* Structure MOTOR_Out_Type*)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure van het APRON object *)
...STR  APRON_Type:
...STR  STRUCT
...STR    In      :APRON_In_Type;  (* Structure APRON_In_Type *)
...STR    Sel     :APRON_Sel_Type; (* Structure APRON_Sel_Type *)
...STR    Out         :APRON_Out_Type; (* Structure APRON_Out_Type *)
...STR    InRoute     :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure     :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error     :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                      ROTARY object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Rotarydryer object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het ROTARY object *)
...STR  ROTARY_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComIn_Type;    (* ROTARYDRYER commando's vanaf DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComIn_Type;    (* BOOSTERAIRBLOWER commando's vanaf DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComIn_Type;    (* ROCESSAIRBLOWER commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het ROTARY object *)
...STR  ROTARY_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Rotarydryer       :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    BoosterAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    ProcessAirBlower    :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het ROTARY object *)
...STR  ROTARY_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    ROTARYDRYER       :MOTOR_ComOut_Type;    (* ROTARYDRYER communicatie naar DCS-MMI *)
...STR    BOOSTERAIRBLOWER    :MOTOR_ComOut_Type;    (* BOOSTERAIRBLOWER communicatie naar DCS-MMI *)
...STR    PROCESSAIRBLOWER    :MOTOR_ComOut_Type;    (* PROCESSAIRBLOWER communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het ROTARY object *)
...STR  ROTARY_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Rotarydryer       :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    BoosterAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    ProcessAirBlower    :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het ROTARY object *)
...STR  ROTARY_Type:
...STR  STRUCT
...STR    In            :ROTARY_In_Type;  (* Structure ROTARY_In_Type *)
...STR    Out             :ROTARY_Out_Type; (* Structure ROTARY_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                     PREWASH object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* STRUCTURE voor het Prewasher object bestaande uit DRIE motoren *)
...STR TYPE
...STR 
...STR  (* Structure voor de communicatie ingangssignalen van het PREWASH object *)
...STR  PREWASH_ComIn_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComIn_Type; (* UNITSTAT commando's vanaf DCS-MMI *)
...STR    BLOWER          :MOTOR_ComIn_Type;    (* BLOWER commando's vanaf DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComIn_Type;    (* CONVEYOR commando's vanaf DCS-MMI *)
...STR    PUMP          :MOTOR_ComIn_Type;    (* PUMP commando's vanaf DCS-MMI *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de ingangssignalen van het PREWASH object *)
...STR  PREWASH_In_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_In_Type; (* Structure UNITSTAT_In_Type *)
...STR    Blower          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Conveyor        :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    Pump          :MOTOR_In_Type;    (* Structure MOTOR_In_Type *)
...STR    DisableInternFailure  :BOOL; (* Extern te gebruiken voor disable interne failure cond. *)
...STR  END_STRUCT;      
...STR 
...STR  (* Structure voor de communicatie uitgangssignalen van het PREWASH object *)
...STR  PREWASH_ComOut_Type:
...STR  STRUCT
...STR    UNITSTAT        :UNITSTAT_ComOut_Type; (* UNITSTAT communicatie naar DCS-MMI *)
...STR    BLOWER          :MOTOR_ComOut_Type;    (* BLOWER communicatie naar DCS-MMI *)
...STR    CONVEYOR        :MOTOR_ComOut_Type;    (* CONVEYOR communicatie naar DCS-MMI *)
...STR    PUMP          :MOTOR_ComOut_Type;    (* PUMP communicatie naar DCS-MMI *)
...STR  END_STRUCT; 
...STR 
...STR  (* Structure voor de uitgangssignalen van het PREWASH object *)
...STR  PREWASH_Out_Type:
...STR  STRUCT
...STR    UnitStatus        :UNITSTAT_Out_Type; (* Structure UNITSTAT_Out_Type *)
...STR    Blower          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Conveyor        :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR    Pump          :MOTOR_Out_Type;    (* Structure MOTOR_Out_Type *)
...STR  END_STRUCT;   
...STR 
...STR  (* Structure van het PREWASH object *)
...STR  PREWASH_Type:
...STR  STRUCT
...STR    In            :PREWASH_In_Type;  (* Structure PREWASH_In_Type *)
...STR    Out             :PREWASH_Out_Type; (* Structure PREWASH_Out_Type *)
...STR    InRoute         :BOOL; (* Extern te gebruiken voor INROUTE ingang *)
...STR    Failure         :BOOL; (* Extern te gebruiken voor FAILURE ingang *)
...STR    Error         :BOOL; (* Extern te gebruiken voor ERROR uitgang *) 
...STR  END_STRUCT;  
...STR     
...STR END_TYPE
...STR 
...STR (***************************************************************************************************)
...STR (*                                        MBIT object                                              *)
...STR (***************************************************************************************************)
...STR 
...STR (* TYPE voor MBIT functie *)
...STR TYPE
...STR 
...STR  MBIT_Type             :ARRAY [0..8] OF UINT; (* tabel lengte *)
...STR      
...STR END_TYPE
...STR 
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : TOT_M3{1}
CL_FRM "Qtot1" ID_7 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT: Debiet totaal
CL_FRM "Qtot2" ID_12 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT: Debiet periodiek
CL_FRM "Qtot1_in" ID_15 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT: totaal debiet (tbv preset)
CL_FRM "Qtot2_in" ID_16 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT: periodiek debiet (tbv preset)
CL_FRM "Puls_m3" ID_23 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: telpuls
VS_FFB "ADD_DINT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE DINT VAL: 30 TEXT:
VS_FFB "R_TRIG" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "CLK" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
CP_GVS "Totaal_debiet" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Totaal_debiet" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 2 EXEC: 1 TEXT: 
CP_COM LEFT: 17 RIGHT: 57 TOP: 4 BOT: 5 TEXT:
...TXF Totale debiet teller. Iedere puls, wordt er 1 m3 bij het totaal opgeteld. (cumulatief / periodiek)
CP_IFP "Qtot1" 54 10 FP_IO_INPUT
CP_IFP "Puls_m3" 8 9 FP_IO_OUTPUT
CP_IFP "Puls_m3" 38 9 FP_IO_OUTPUT
CP_IFP "Qtot1" 23 10 FP_IO_OUTPUT
CP_IFP "Qtot1_in" 38 11 FP_IO_OUTPUT
CP_IFP "Puls_m3" 38 16 FP_IO_OUTPUT
CP_IFP "Qtot2" 54 17 FP_IO_INPUT
CP_IFP "Qtot2" 23 17 FP_IO_OUTPUT
CP_IFP "Qtot2_in" 38 18 FP_IO_OUTPUT
CP_FBI "R_TRIG" 17 6 CODID: 1 NAME: "FBI_2_32" TEXT:
CP_FBI "ADD_DINT" 32 7 CODID: 2 NAME: ".2.33" +EN +ENO TEXT:
CP_FBI "SEL" 47 6 CODID: 3 NAME: ".2.34" ANY: IEC_DINT_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "ADD_DINT" 32 14 CODID: 4 NAME: ".2.38" +EN +ENO TEXT:
CP_FBI "SEL" 47 13 CODID: 5 NAME: ".2.41" ANY: IEC_DINT_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_CON 23 11 IEC_DINT_ID 1
CP_CON 23 18 IEC_DINT_ID 1
CP_LNK CON: 23 11 FBI: 32 7 3 GRA: 32/12,32/12
CP_LNK FBI: 32 7 2 FBI: 47 6 3 GRA: 40/11,47/11
CP_LNK FBI: 47 6 3 IFP: 54 10 GRA: 54/11,54/11
CP_LNK IFP: 8 9 FBI: 17 6 2 GRA: 17/10,17/10
CP_LNK IFP: 38 9 FBI: 47 6 2 GRA: 47/10,47/10
CP_LNK IFP: 23 10 FBI: 32 7 2 GRA: 32/11,32/11
CP_LNK FBI: 17 6 2 FBI: 32 7 1 GRA: 24/10,32/10
CP_LNK FBI: 17 6 2 FBI: 32 14 1 GRA: 24/10,25/10,25/17,32/17
CP_LNK IFP: 38 11 FBI: 47 6 4 GRA: 47/12,47/12
CP_LNK CON: 23 18 FBI: 32 14 3 GRA: 32/19,32/19
CP_LNK FBI: 32 14 2 FBI: 47 13 3 GRA: 40/18,47/18
CP_LNK IFP: 38 16 FBI: 47 13 2 GRA: 47/17,47/17
CP_LNK FBI: 47 13 3 IFP: 54 17 GRA: 54/18,54/18
CP_LNK IFP: 23 17 FBI: 32 14 2 GRA: 32/18,32/18
CP_LNK IFP: 38 18 FBI: 47 13 4 GRA: 47/19,47/19
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ VOORKEUR "07/10/02 14:44:02" TEXT:
CP_DFB "VOORKEUR" HEIGHT/WIDTH: 7 9 FBTK_DFB "07/10/02 14:44:02" TEXT: De DFB VOORKEUR is een functieblok waarin een voorkeuze gemaakt
...TXT wordt voor 2 werktuigen
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : VOORKEUR{1}
CL_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Voork1" ID_22 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Voork2" ID_23 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Sta_wrd" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Beschik1" ID_29 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Beschik2" ID_30 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "R_TRIG" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "CLK" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BIT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "BIT0" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "RS" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
CP_GV2 "bed_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "bed_wrd_voorkeur2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "bed_wrd_voorkeur1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "beschik_2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit9" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit10" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit11" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit12" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit13" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_wrd_bit14" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Voorkeur_bepaling" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Voorkeur_bepaling" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 3 EXEC: 1 TEXT: 
CP_IFP "Bed_wrd" 4 5 FP_IO_OUTPUT
CP_IFP "Voork1" 66 34 FP_IO_INPUT
CP_IFP "Voork2" 66 48 FP_IO_INPUT
CP_IFP "Voork1" 20 35 FP_IO_OUTPUT
CP_IFP "Voork2" 20 49 FP_IO_OUTPUT
CP_IFP "Voork1" 20 42 FP_IO_OUTPUT
CP_IFP "Voork2" 20 56 FP_IO_OUTPUT
CP_IFP "Beschik1" 35 42 FP_IO_OUTPUT
CP_IFP "Beschik1" 35 49 FP_IO_OUTPUT
CP_IFP "Voork1" 46 20 FP_IO_OUTPUT
CP_IFP "Voork2" 46 19 FP_IO_OUTPUT
CP_IFP "Sta_wrd" 65 5 FP_IO_INPUT
CP_IFP "Beschik2" 5 27 FP_IO_OUTPUT
CP_FBI "BIT_TO_WORD" 55 2 CODID: 2 NAME: ".3.15" TEXT:
CP_FBI "AND_BOOL" 29 31 CODID: 4 NAME: ".3.16" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "WORD_TO_BIT" 13 2 CODID: 1 NAME: "bedien_woord" TEXT:
CP_FBI "AND_BOOL" 29 38 CODID: 6 NAME: ".3.17" TEXT:
CP_FBI "OR_BOOL" 44 31 CODID: 7 NAME: ".3.18" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "OR_BOOL" 44 38 CODID: 8 NAME: ".3.19" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "RS" 59 31 CODID: 14 NAME: "FBI_3_28" TEXT:
CP_FBI "AND_BOOL" 29 45 CODID: 9 NAME: ".3.21" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "OR_BOOL" 44 45 CODID: 10 NAME: ".3.22" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 29 52 CODID: 11 NAME: ".3.23" TEXT:
CP_FBI "OR_BOOL" 44 52 CODID: 12 NAME: ".3.24" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "RS" 59 45 CODID: 13 NAME: "FBI_3_29" TEXT:
CP_FBI "R_TRIG" 14 31 CODID: 3 NAME: "FBI_3_26" TEXT:
CP_FBI "R_TRIG" 14 45 CODID: 5 NAME: "FBI_3_27" TEXT:
CP_FBI "TON" 14 24 CODID: 15 NAME: "FBI_3_30" TEXT:
CP_GVI NAMED_VAR: "bed_wrd_bit11" 23 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit10" 23 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit9" 23 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit8" 23 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit7" 23 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit6" 23 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit5" 23 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit4" 23 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit3" 23 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit1" 23 5 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_voorkeur1" 23 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_voorkeur2" 23 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit14" 23 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit13" 23 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit12" 23 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit2" 23 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_wrd_bit1" 46 5 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_bit2" 46 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_bit3" 46 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_bit4" 46 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_bit5" 46 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_bit6" 46 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_bit7" 46 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_bit8" 46 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_bit9" 46 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_bit10" 46 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_bit11" 46 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_bit12" 46 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_bit13" 46 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_wrd_bit14" 46 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_voorkeur1" 5 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_voorkeur2" 5 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "beschik_2" 21 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "beschik_2" 35 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "beschik_2" 35 56 FP_IO_OUTPUT
CP_CON 5 28 IEC_TIME_ID t#1s
CP_LNK IFP: 4 5 FBI: 13 2 2 GRA: 13/6,13/6
CP_LNK FBI: 13 2 12 GVI: 23 15 GRA: 23/16,23/16
CP_LNK FBI: 13 2 11 GVI: 23 14 GRA: 23/15,23/15
CP_LNK FBI: 13 2 10 GVI: 23 13 GRA: 23/14,23/14
CP_LNK FBI: 13 2 9 GVI: 23 12 GRA: 23/13,23/13
CP_LNK FBI: 13 2 8 GVI: 23 11 GRA: 23/12,23/12
CP_LNK FBI: 13 2 7 GVI: 23 10 GRA: 23/11,23/11
CP_LNK FBI: 13 2 6 GVI: 23 9 GRA: 23/10,23/10
CP_LNK FBI: 13 2 5 GVI: 23 8 GRA: 23/9,23/9
CP_LNK FBI: 13 2 4 GVI: 23 7 GRA: 23/8,23/8
CP_LNK FBI: 13 2 2 GVI: 23 5 GRA: 23/6,23/6
CP_LNK FBI: 13 2 17 GVI: 23 20 GRA: 23/21,23/21
CP_LNK FBI: 13 2 16 GVI: 23 19 GRA: 23/20,23/20
CP_LNK FBI: 13 2 15 GVI: 23 18 GRA: 23/19,23/19
CP_LNK FBI: 13 2 14 GVI: 23 17 GRA: 23/18,23/18
CP_LNK FBI: 13 2 13 GVI: 23 16 GRA: 23/17,23/17
CP_LNK FBI: 13 2 3 GVI: 23 6 GRA: 23/7,23/7
CP_LNK GVI: 46 5 FBI: 55 2 2 GRA: 55/6,55/6
CP_LNK GVI: 46 6 FBI: 55 2 3 GRA: 55/7,55/7
CP_LNK GVI: 46 7 FBI: 55 2 4 GRA: 55/8,55/8
CP_LNK GVI: 46 8 FBI: 55 2 5 GRA: 55/9,55/9
CP_LNK GVI: 46 9 FBI: 55 2 6 GRA: 55/10,55/10
CP_LNK GVI: 46 10 FBI: 55 2 7 GRA: 55/11,55/11
CP_LNK GVI: 46 11 FBI: 55 2 8 GRA: 55/12,55/12
CP_LNK GVI: 46 12 FBI: 55 2 9 GRA: 55/13,55/13
CP_LNK GVI: 46 13 FBI: 55 2 10 GRA: 55/14,55/14
CP_LNK GVI: 46 14 FBI: 55 2 11 GRA: 55/15,55/15
CP_LNK GVI: 46 15 FBI: 55 2 12 GRA: 55/16,55/16
CP_LNK GVI: 46 16 FBI: 55 2 13 GRA: 55/17,55/17
CP_LNK GVI: 46 17 FBI: 55 2 14 GRA: 55/18,55/18
CP_LNK GVI: 46 18 FBI: 55 2 15 GRA: 55/19,55/19
CP_LNK FBI: 29 31 2 FBI: 44 31 2 GRA: 38/35,44/35
CP_LNK FBI: 44 31 2 FBI: 59 31 2 GRA: 52/35,59/35
CP_LNK FBI: 29 38 2 FBI: 44 38 2 GRA: 38/42,44/42
CP_LNK FBI: 44 38 2 FBI: 59 31 3 GRA: 52/42,57/42,57/36,59/36
CP_LNK FBI: 29 45 2 FBI: 44 45 2 GRA: 38/49,44/49
CP_LNK FBI: 29 52 2 FBI: 44 52 2 GRA: 38/56,44/56
CP_LNK FBI: 44 45 2 FBI: 59 45 2 GRA: 52/49,59/49
CP_LNK FBI: 44 52 2 FBI: 59 45 3 GRA: 52/56,56/56,56/50,59/50
CP_LNK FBI: 59 31 2 IFP: 66 34 GRA: 66/35,66/35
CP_LNK FBI: 59 45 2 IFP: 66 48 GRA: 66/49,66/49
CP_LNK IFP: 20 35 FBI: 29 31 3 GRA: 29/36,29/36
CP_LNK IFP: 20 49 FBI: 29 45 3 GRA: 29/50,29/50
CP_LNK IFP: 20 42 FBI: 29 38 3 GRA: 29/43,29/43
CP_LNK IFP: 20 56 FBI: 29 52 3 GRA: 29/57,29/57
CP_LNK IFP: 35 42 FBI: 44 38 3 GRA: 44/43,44/43
CP_LNK IFP: 35 49 FBI: 44 45 3 GRA: 44/50,44/50
CP_LNK IFP: 46 20 FBI: 55 2 17 GRA: 55/21,55/21
CP_LNK IFP: 46 19 FBI: 55 2 16 GRA: 55/20,55/20
CP_LNK FBI: 55 2 2 IFP: 65 5 GRA: 65/6,65/6
CP_LNK GVI: 5 34 FBI: 14 31 2 GRA: 14/35,14/35
CP_LNK FBI: 14 31 2 FBI: 29 52 2 GRA: 21/35,22/35,22/56,29/56
CP_LNK FBI: 14 31 2 FBI: 29 31 2 GRA: 21/35,29/35
CP_LNK GVI: 5 48 FBI: 14 45 2 GRA: 14/49,14/49
CP_LNK FBI: 14 45 2 FBI: 29 38 2 GRA: 21/49,23/49,23/42,29/42
CP_LNK FBI: 14 45 2 FBI: 29 45 2 GRA: 21/49,29/49
CP_LNK CON: 5 28 FBI: 14 24 3 GRA: 14/29,14/29
CP_LNK IFP: 5 27 FBI: 14 24 2 GRA: 14/28,14/28
CP_LNK FBI: 14 24 2 GVI: 21 27 GRA: 21/28,21/28
CP_LNK GVI: 35 35 FBI: 44 31 3 GRA: 44/36,44/36
CP_LNK GVI: 35 56 FBI: 44 52 3 GRA: 44/57,44/57
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ WORD_0 "11/05/02 13:21:48" TEXT:
CP_DFB "WORD_0" HEIGHT/WIDTH: 19 10 FBTK_DFB "04/24/01 15:52:07" TEXT:
CP_STR local CRC: 2527521148 "04/25/02 11:32:03"
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : WORD_0{1}
CL_FRM "Word1" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word2" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word3" ID_6 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word4" ID_7 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word5" ID_8 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word6" ID_9 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word7" ID_10 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word8" ID_11 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word9" ID_12 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word10" ID_13 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word11" ID_14 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word12" ID_15 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word13" ID_16 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word14" ID_17 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word15" ID_18 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word16" ID_19 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word1_0" ID_20 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word2_0" ID_21 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word3_0" ID_22 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word4_0" ID_23 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word5_0" ID_24 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word6_0" ID_25 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word7_0" ID_26 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word8_0" ID_27 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word9_0" ID_28 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word10_0" ID_29 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word11_0" ID_30 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word12_0" ID_31 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word13_0" ID_32 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word14_0" ID_33 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word15_0" ID_34 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Word16_0" ID_35 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "NE_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
CP_GVS "Woorden_met_pulsbits_0" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Woorden_met_pulsbits_0" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT: 
CP_IFP "Word1_0" 43 7 FP_IO_INPUT
CP_IFP "Word1" 2 6 FP_IO_OUTPUT
CP_IFP "Word2" 2 12 FP_IO_OUTPUT
CP_IFP "Word2_0" 43 13 FP_IO_INPUT
CP_IFP "Word3" 2 18 FP_IO_OUTPUT
CP_IFP "Word3_0" 43 19 FP_IO_INPUT
CP_IFP "Word4" 2 24 FP_IO_OUTPUT
CP_IFP "Word4_0" 43 25 FP_IO_INPUT
CP_IFP "Word5" 2 30 FP_IO_OUTPUT
CP_IFP "Word5_0" 43 31 FP_IO_INPUT
CP_IFP "Word6" 2 36 FP_IO_OUTPUT
CP_IFP "Word6_0" 43 37 FP_IO_INPUT
CP_IFP "Word7" 2 42 FP_IO_OUTPUT
CP_IFP "Word7_0" 43 43 FP_IO_INPUT
CP_IFP "Word8" 2 48 FP_IO_OUTPUT
CP_IFP "Word8_0" 43 49 FP_IO_INPUT
CP_IFP "Word9" 2 54 FP_IO_OUTPUT
CP_IFP "Word9_0" 43 55 FP_IO_INPUT
CP_IFP "Word10" 2 60 FP_IO_OUTPUT
CP_IFP "Word10_0" 43 61 FP_IO_INPUT
CP_IFP "Word11" 2 66 FP_IO_OUTPUT
CP_IFP "Word11_0" 43 67 FP_IO_INPUT
CP_IFP "Word12" 2 72 FP_IO_OUTPUT
CP_IFP "Word12_0" 43 73 FP_IO_INPUT
CP_IFP "Word13" 2 78 FP_IO_OUTPUT
CP_IFP "Word13_0" 43 79 FP_IO_INPUT
CP_IFP "Word14" 2 84 FP_IO_OUTPUT
CP_IFP "Word14_0" 43 85 FP_IO_INPUT
CP_IFP "Word15" 2 90 FP_IO_OUTPUT
CP_IFP "Word15_0" 43 91 FP_IO_INPUT
CP_IFP "Word16" 2 96 FP_IO_OUTPUT
CP_IFP "Word16_0" 43 97 FP_IO_INPUT
CP_FBI "MOVE" 36 4 CODID: 3 NAME: ".1.1" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 9 CODID: 4 NAME: ".1.19" TEXT:
CP_FBI "TON" 24 9 CODID: 5 NAME: "FBI_1_20" TEXT:
CP_FBI "MOVE" 36 10 CODID: 6 NAME: ".1.21" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 15 CODID: 7 NAME: ".1.22" TEXT:
CP_FBI "TON" 24 15 CODID: 8 NAME: "FBI_1_23" TEXT:
CP_FBI "MOVE" 36 16 CODID: 9 NAME: ".1.24" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 21 CODID: 10 NAME: ".1.25" TEXT:
CP_FBI "TON" 24 21 CODID: 11 NAME: "FBI_1_26" TEXT:
CP_FBI "MOVE" 36 22 CODID: 12 NAME: ".1.27" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 27 CODID: 13 NAME: ".1.28" TEXT:
CP_FBI "NE_WORD" 11 51 CODID: 25 NAME: ".1.40" TEXT:
CP_FBI "TON" 24 51 CODID: 26 NAME: "FBI_1_41" TEXT:
CP_FBI "MOVE" 36 52 CODID: 27 NAME: ".1.42" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 57 CODID: 28 NAME: ".1.43" TEXT:
CP_FBI "TON" 24 57 CODID: 29 NAME: "FBI_1_44" TEXT:
CP_FBI "NE_WORD" 11 3 CODID: 1 NAME: ".1.17" TEXT:
CP_FBI "TON" 24 3 CODID: 2 NAME: "FBI_1_18" TEXT:
CP_FBI "TON" 24 27 CODID: 14 NAME: "FBI_1_29" TEXT:
CP_FBI "MOVE" 36 28 CODID: 15 NAME: ".1.30" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 33 CODID: 16 NAME: ".1.31" TEXT:
CP_FBI "TON" 24 33 CODID: 17 NAME: "FBI_1_32" TEXT:
CP_FBI "MOVE" 36 34 CODID: 18 NAME: ".1.33" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 39 CODID: 19 NAME: ".1.34" TEXT:
CP_FBI "TON" 24 39 CODID: 20 NAME: "FBI_1_35" TEXT:
CP_FBI "MOVE" 36 40 CODID: 21 NAME: ".1.36" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 45 CODID: 22 NAME: ".1.37" TEXT:
CP_FBI "TON" 24 45 CODID: 23 NAME: "FBI_1_38" TEXT:
CP_FBI "MOVE" 36 46 CODID: 24 NAME: ".1.39" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "MOVE" 36 58 CODID: 30 NAME: ".1.45" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 63 CODID: 31 NAME: ".1.46" TEXT:
CP_FBI "TON" 24 63 CODID: 32 NAME: "FBI_1_47" TEXT:
CP_FBI "MOVE" 36 64 CODID: 33 NAME: ".1.48" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 69 CODID: 34 NAME: ".1.49" TEXT:
CP_FBI "TON" 24 69 CODID: 35 NAME: "FBI_1_50" TEXT:
CP_FBI "MOVE" 36 70 CODID: 36 NAME: ".1.51" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 75 CODID: 37 NAME: ".1.52" TEXT:
CP_FBI "TON" 24 75 CODID: 38 NAME: "FBI_1_53" TEXT:
CP_FBI "MOVE" 36 76 CODID: 39 NAME: ".1.54" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 81 CODID: 40 NAME: ".1.55" TEXT:
CP_FBI "TON" 24 81 CODID: 41 NAME: "FBI_1_56" TEXT:
CP_FBI "MOVE" 36 82 CODID: 42 NAME: ".1.57" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 87 CODID: 43 NAME: ".1.58" TEXT:
CP_FBI "TON" 24 87 CODID: 44 NAME: "FBI_1_59" TEXT:
CP_FBI "MOVE" 36 88 CODID: 45 NAME: ".1.60" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_FBI "NE_WORD" 11 93 CODID: 46 NAME: ".1.61" TEXT:
CP_FBI "TON" 24 93 CODID: 47 NAME: "FBI_1_62" TEXT:
CP_FBI "MOVE" 36 94 CODID: 48 NAME: ".1.63" +EN +ENO ANY: IEC_WORD_ID TEXT:
CP_CON 2 7 IEC_WORD_ID 0
CP_CON 15 7 IEC_TIME_ID t#500ms
CP_CON 27 7 IEC_WORD_ID 0
CP_CON 2 13 IEC_WORD_ID 0
CP_CON 15 13 IEC_TIME_ID t#500ms
CP_CON 27 13 IEC_WORD_ID 0
CP_CON 2 19 IEC_WORD_ID 0
CP_CON 15 19 IEC_TIME_ID t#500ms
CP_CON 27 19 IEC_WORD_ID 0
CP_CON 2 25 IEC_WORD_ID 0
CP_CON 15 25 IEC_TIME_ID t#500ms
CP_CON 27 25 IEC_WORD_ID 0
CP_CON 2 31 IEC_WORD_ID 0
CP_CON 15 31 IEC_TIME_ID t#500ms
CP_CON 27 31 IEC_WORD_ID 0
CP_CON 2 37 IEC_WORD_ID 0
CP_CON 15 37 IEC_TIME_ID t#500ms
CP_CON 27 37 IEC_WORD_ID 0
CP_CON 2 43 IEC_WORD_ID 0
CP_CON 15 43 IEC_TIME_ID t#500ms
CP_CON 27 43 IEC_WORD_ID 0
CP_CON 2 49 IEC_WORD_ID 0
CP_CON 15 49 IEC_TIME_ID t#500ms
CP_CON 27 49 IEC_WORD_ID 0
CP_CON 2 55 IEC_WORD_ID 0
CP_CON 15 55 IEC_TIME_ID t#500ms
CP_CON 27 55 IEC_WORD_ID 0
CP_CON 2 61 IEC_WORD_ID 0
CP_CON 15 61 IEC_TIME_ID t#500ms
CP_CON 27 61 IEC_WORD_ID 0
CP_CON 2 67 IEC_WORD_ID 0
CP_CON 15 67 IEC_TIME_ID t#500ms
CP_CON 27 67 IEC_WORD_ID 0
CP_CON 2 73 IEC_WORD_ID 0
CP_CON 15 73 IEC_TIME_ID t#500ms
CP_CON 27 73 IEC_WORD_ID 0
CP_CON 2 79 IEC_WORD_ID 0
CP_CON 15 79 IEC_TIME_ID t#500ms
CP_CON 27 79 IEC_WORD_ID 0
CP_CON 2 85 IEC_WORD_ID 0
CP_CON 15 85 IEC_TIME_ID t#500ms
CP_CON 27 85 IEC_WORD_ID 0
CP_CON 2 91 IEC_WORD_ID 0
CP_CON 15 91 IEC_TIME_ID t#500ms
CP_CON 27 91 IEC_WORD_ID 0
CP_CON 2 97 IEC_WORD_ID 0
CP_CON 15 97 IEC_TIME_ID t#500ms
CP_CON 27 97 IEC_WORD_ID 0
CP_LNK FBI: 36 4 2 IFP: 43 7 GRA: 43/8,43/8
CP_LNK IFP: 2 6 FBI: 11 3 2 GRA: 11/7,11/7
CP_LNK CON: 2 7 FBI: 11 3 3 GRA: 11/8,11/8
CP_LNK CON: 15 7 FBI: 24 3 3 GRA: 24/8,24/8
CP_LNK FBI: 11 3 2 FBI: 24 3 2 GRA: 19/7,24/7
CP_LNK CON: 27 7 FBI: 36 4 2 GRA: 36/8,36/8
CP_LNK FBI: 24 3 2 FBI: 36 4 1 GRA: 31/7,36/7
CP_LNK CON: 2 13 FBI: 11 9 3 GRA: 11/14,11/14
CP_LNK CON: 15 13 FBI: 24 9 3 GRA: 24/14,24/14
CP_LNK FBI: 11 9 2 FBI: 24 9 2 GRA: 19/13,24/13
CP_LNK CON: 27 13 FBI: 36 10 2 GRA: 36/14,36/14
CP_LNK FBI: 24 9 2 FBI: 36 10 1 GRA: 31/13,36/13
CP_LNK IFP: 2 12 FBI: 11 9 2 GRA: 11/13,11/13
CP_LNK FBI: 36 10 2 IFP: 43 13 GRA: 43/14,43/14
CP_LNK CON: 2 19 FBI: 11 15 3 GRA: 11/20,11/20
CP_LNK CON: 15 19 FBI: 24 15 3 GRA: 24/20,24/20
CP_LNK FBI: 11 15 2 FBI: 24 15 2 GRA: 19/19,24/19
CP_LNK CON: 27 19 FBI: 36 16 2 GRA: 36/20,36/20
CP_LNK FBI: 24 15 2 FBI: 36 16 1 GRA: 31/19,36/19
CP_LNK IFP: 2 18 FBI: 11 15 2 GRA: 11/19,11/19
CP_LNK FBI: 36 16 2 IFP: 43 19 GRA: 43/20,43/20
CP_LNK CON: 2 25 FBI: 11 21 3 GRA: 11/26,11/26
CP_LNK CON: 15 25 FBI: 24 21 3 GRA: 24/26,24/26
CP_LNK FBI: 11 21 2 FBI: 24 21 2 GRA: 19/25,24/25
CP_LNK CON: 27 25 FBI: 36 22 2 GRA: 36/26,36/26
CP_LNK FBI: 24 21 2 FBI: 36 22 1 GRA: 31/25,36/25
CP_LNK IFP: 2 24 FBI: 11 21 2 GRA: 11/25,11/25
CP_LNK FBI: 36 22 2 IFP: 43 25 GRA: 43/26,43/26
CP_LNK CON: 2 31 FBI: 11 27 3 GRA: 11/32,11/32
CP_LNK CON: 15 31 FBI: 24 27 3 GRA: 24/32,24/32
CP_LNK FBI: 11 27 2 FBI: 24 27 2 GRA: 19/31,24/31
CP_LNK CON: 27 31 FBI: 36 28 2 GRA: 36/32,36/32
CP_LNK FBI: 24 27 2 FBI: 36 28 1 GRA: 31/31,36/31
CP_LNK IFP: 2 30 FBI: 11 27 2 GRA: 11/31,11/31
CP_LNK FBI: 36 28 2 IFP: 43 31 GRA: 43/32,43/32
CP_LNK CON: 2 37 FBI: 11 33 3 GRA: 11/38,11/38
CP_LNK CON: 15 37 FBI: 24 33 3 GRA: 24/38,24/38
CP_LNK FBI: 11 33 2 FBI: 24 33 2 GRA: 19/37,24/37
CP_LNK CON: 27 37 FBI: 36 34 2 GRA: 36/38,36/38
CP_LNK FBI: 24 33 2 FBI: 36 34 1 GRA: 31/37,36/37
CP_LNK IFP: 2 36 FBI: 11 33 2 GRA: 11/37,11/37
CP_LNK FBI: 36 34 2 IFP: 43 37 GRA: 43/38,43/38
CP_LNK CON: 2 43 FBI: 11 39 3 GRA: 11/44,11/44
CP_LNK CON: 15 43 FBI: 24 39 3 GRA: 24/44,24/44
CP_LNK FBI: 11 39 2 FBI: 24 39 2 GRA: 19/43,24/43
CP_LNK CON: 27 43 FBI: 36 40 2 GRA: 36/44,36/44
CP_LNK FBI: 24 39 2 FBI: 36 40 1 GRA: 31/43,36/43
CP_LNK IFP: 2 42 FBI: 11 39 2 GRA: 11/43,11/43
CP_LNK FBI: 36 40 2 IFP: 43 43 GRA: 43/44,43/44
CP_LNK CON: 2 49 FBI: 11 45 3 GRA: 11/50,11/50
CP_LNK CON: 15 49 FBI: 24 45 3 GRA: 24/50,24/50
CP_LNK FBI: 11 45 2 FBI: 24 45 2 GRA: 19/49,24/49
CP_LNK CON: 27 49 FBI: 36 46 2 GRA: 36/50,36/50
CP_LNK FBI: 24 45 2 FBI: 36 46 1 GRA: 31/49,36/49
CP_LNK IFP: 2 48 FBI: 11 45 2 GRA: 11/49,11/49
CP_LNK FBI: 36 46 2 IFP: 43 49 GRA: 43/50,43/50
CP_LNK CON: 2 55 FBI: 11 51 3 GRA: 11/56,11/56
CP_LNK CON: 15 55 FBI: 24 51 3 GRA: 24/56,24/56
CP_LNK FBI: 11 51 2 FBI: 24 51 2 GRA: 19/55,24/55
CP_LNK CON: 27 55 FBI: 36 52 2 GRA: 36/56,36/56
CP_LNK FBI: 24 51 2 FBI: 36 52 1 GRA: 31/55,36/55
CP_LNK IFP: 2 54 FBI: 11 51 2 GRA: 11/55,11/55
CP_LNK FBI: 36 52 2 IFP: 43 55 GRA: 43/56,43/56
CP_LNK CON: 2 61 FBI: 11 57 3 GRA: 11/62,11/62
CP_LNK CON: 15 61 FBI: 24 57 3 GRA: 24/62,24/62
CP_LNK FBI: 11 57 2 FBI: 24 57 2 GRA: 19/61,24/61
CP_LNK CON: 27 61 FBI: 36 58 2 GRA: 36/62,36/62
CP_LNK FBI: 24 57 2 FBI: 36 58 1 GRA: 31/61,36/61
CP_LNK IFP: 2 60 FBI: 11 57 2 GRA: 11/61,11/61
CP_LNK FBI: 36 58 2 IFP: 43 61 GRA: 43/62,43/62
CP_LNK CON: 2 67 FBI: 11 63 3 GRA: 11/68,11/68
CP_LNK CON: 15 67 FBI: 24 63 3 GRA: 24/68,24/68
CP_LNK FBI: 11 63 2 FBI: 24 63 2 GRA: 19/67,24/67
CP_LNK CON: 27 67 FBI: 36 64 2 GRA: 36/68,36/68
CP_LNK FBI: 24 63 2 FBI: 36 64 1 GRA: 31/67,36/67
CP_LNK IFP: 2 66 FBI: 11 63 2 GRA: 11/67,11/67
CP_LNK FBI: 36 64 2 IFP: 43 67 GRA: 43/68,43/68
CP_LNK CON: 2 73 FBI: 11 69 3 GRA: 11/74,11/74
CP_LNK CON: 15 73 FBI: 24 69 3 GRA: 24/74,24/74
CP_LNK FBI: 11 69 2 FBI: 24 69 2 GRA: 19/73,24/73
CP_LNK CON: 27 73 FBI: 36 70 2 GRA: 36/74,36/74
CP_LNK FBI: 24 69 2 FBI: 36 70 1 GRA: 31/73,36/73
CP_LNK IFP: 2 72 FBI: 11 69 2 GRA: 11/73,11/73
CP_LNK FBI: 36 70 2 IFP: 43 73 GRA: 43/74,43/74
CP_LNK CON: 2 79 FBI: 11 75 3 GRA: 11/80,11/80
CP_LNK CON: 15 79 FBI: 24 75 3 GRA: 24/80,24/80
CP_LNK FBI: 11 75 2 FBI: 24 75 2 GRA: 19/79,24/79
CP_LNK CON: 27 79 FBI: 36 76 2 GRA: 36/80,36/80
CP_LNK FBI: 24 75 2 FBI: 36 76 1 GRA: 31/79,36/79
CP_LNK IFP: 2 78 FBI: 11 75 2 GRA: 11/79,11/79
CP_LNK FBI: 36 76 2 IFP: 43 79 GRA: 43/80,43/80
CP_LNK CON: 2 85 FBI: 11 81 3 GRA: 11/86,11/86
CP_LNK CON: 15 85 FBI: 24 81 3 GRA: 24/86,24/86
CP_LNK FBI: 11 81 2 FBI: 24 81 2 GRA: 19/85,24/85
CP_LNK CON: 27 85 FBI: 36 82 2 GRA: 36/86,36/86
CP_LNK FBI: 24 81 2 FBI: 36 82 1 GRA: 31/85,36/85
CP_LNK IFP: 2 84 FBI: 11 81 2 GRA: 11/85,11/85
CP_LNK FBI: 36 82 2 IFP: 43 85 GRA: 43/86,43/86
CP_LNK CON: 2 91 FBI: 11 87 3 GRA: 11/92,11/92
CP_LNK CON: 15 91 FBI: 24 87 3 GRA: 24/92,24/92
CP_LNK FBI: 11 87 2 FBI: 24 87 2 GRA: 19/91,24/91
CP_LNK CON: 27 91 FBI: 36 88 2 GRA: 36/92,36/92
CP_LNK FBI: 24 87 2 FBI: 36 88 1 GRA: 31/91,36/91
CP_LNK IFP: 2 90 FBI: 11 87 2 GRA: 11/91,11/91
CP_LNK FBI: 36 88 2 IFP: 43 91 GRA: 43/92,43/92
CP_LNK CON: 2 97 FBI: 11 93 3 GRA: 11/98,11/98
CP_LNK CON: 15 97 FBI: 24 93 3 GRA: 24/98,24/98
CP_LNK FBI: 11 93 2 FBI: 24 93 2 GRA: 19/97,24/97
CP_LNK CON: 27 97 FBI: 36 94 2 GRA: 36/98,36/98
CP_LNK FBI: 24 93 2 FBI: 36 94 1 GRA: 31/97,36/97
CP_LNK IFP: 2 96 FBI: 11 93 2 GRA: 11/97,11/97
CP_LNK FBI: 36 94 2 IFP: 43 97 GRA: 43/98,43/98
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ MAC_ABS "09/05/05 09:58:34" TEXT:
CP_DFB "MAC_ABS" HEIGHT/WIDTH: 3 8 FBTK_MACRO "09/05/05 09:58:34" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
VS_FFB "DFB_ABS" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 17 9 "07/10/02 14:43:58" NR_FORMP: 20
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Acoftijd" ID_4 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT:
VS_FRM "Accept" ID_5 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_6 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "CmdO" ID_15 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_18 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Pri_wrd" ID_19 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_22 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_sec" ID_23 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StatBed" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Storing" ID_25 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StatBedr" ID_26 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Beschik" ID_27 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "AutoO" ID_28 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VrijO" ID_29 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldO" ID_30 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldD" ID_31 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "CmdD" ID_32 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Paraat" ID_33 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "ABS1" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "@0_@1_BedWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_PriWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_OndWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AcofTijd" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Accept" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_StatBed" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_StatBedr" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwPri" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwSec" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_CmdO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_CmdD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "ABS1" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_DBI "DFB_ABS" 14 7 CODID: 1 NAME: "FBI_1_1" TEXT:
CP_GVI NAMED_VAR: "@0_@1_BedWrd" 5 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_VrijO" 5 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_AutoO" 5 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_PriWrd" 5 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_OndWrd" 5 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_AcofTijd" 5 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Accept" 5 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Reset" 5 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_StatBed" 25 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_StatBedr" 25 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Beschik" 25 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Paraat" 25 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AlwPri" 25 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AlwSec" 25 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Storing" 25 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_MeldO" 5 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_MeldD" 5 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_CmdO" 25 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_CmdD" 25 17 FP_IO_INPUT
CP_LNK GVI: 5 10 FBI: 14 7 2 GRA: 14/11,14/11
CP_LNK GVI: 5 13 FBI: 14 7 5 GRA: 14/14,14/14
CP_LNK GVI: 5 14 FBI: 14 7 6 GRA: 14/15,14/15
CP_LNK GVI: 5 19 FBI: 14 7 11 GRA: 14/20,14/20
CP_LNK GVI: 5 20 FBI: 14 7 12 GRA: 14/21,14/21
CP_LNK GVI: 5 21 FBI: 14 7 13 GRA: 14/22,14/22
CP_LNK GVI: 5 22 FBI: 14 7 14 GRA: 14/23,14/23
CP_LNK GVI: 5 23 FBI: 14 7 15 GRA: 14/24,14/24
CP_LNK FBI: 14 7 2 GVI: 25 10 GRA: 25/11,25/11
CP_LNK FBI: 14 7 3 GVI: 25 11 GRA: 25/12,25/12
CP_LNK FBI: 14 7 5 GVI: 25 13 GRA: 25/14,25/14
CP_LNK FBI: 14 7 6 GVI: 25 14 GRA: 25/15,25/15
CP_LNK FBI: 14 7 11 GVI: 25 19 GRA: 25/20,25/20
CP_LNK FBI: 14 7 12 GVI: 25 20 GRA: 25/21,25/21
CP_LNK FBI: 14 7 13 GVI: 25 21 GRA: 25/22,25/22
CP_LNK GVI: 5 16 FBI: 14 7 8 GRA: 14/17,14/17
CP_LNK GVI: 5 17 FBI: 14 7 9 GRA: 14/18,14/18
CP_LNK FBI: 14 7 8 GVI: 25 16 GRA: 25/17,25/17
CP_LNK FBI: 14 7 9 GVI: 25 17 GRA: 25/18,25/18
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ MAC_AMS "09/05/05 09:59:28" TEXT:
CP_DFB "MAC_AMS" HEIGHT/WIDTH: 3 8 FBTK_MACRO "09/05/05 09:59:28" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
VS_FFB "DFB_AMS" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 17 9 "06/27/02 11:53:17" NR_FORMP: 19
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Acoftijd" ID_4 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT:
VS_FRM "Accept" ID_5 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_6 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "CmdO" ID_15 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_18 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Pri_wrd" ID_19 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_22 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_sec" ID_23 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StatBed" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Storing" ID_25 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StatBedr" ID_26 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Beschik" ID_27 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "AutoO" ID_28 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VrijO" ID_29 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldO" ID_30 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldD" ID_31 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Paraat" ID_36 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "AMS" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "@0_@1_BedWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_PriWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_OndWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AcofTijd" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Accept" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_StatBed" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_StatBedr" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwPri" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwSec" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_CmdO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "AMS" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_DBI "DFB_AMS" 14 7 CODID: 1 NAME: "FBI_1_2" TEXT:
CP_GVI NAMED_VAR: "@0_@1_BedWrd" 5 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_VrijO" 5 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_AutoO" 5 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_PriWrd" 5 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_OndWrd" 5 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_AcofTijd" 5 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Accept" 5 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Reset" 5 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_StatBed" 25 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_StatBedr" 25 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Beschik" 25 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Paraat" 25 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AlwPri" 25 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AlwSec" 25 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Storing" 25 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_MeldO" 5 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_MeldD" 5 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_CmdO" 25 16 FP_IO_INPUT
CP_LNK GVI: 5 10 FBI: 14 7 2 GRA: 14/11,14/11
CP_LNK GVI: 5 13 FBI: 14 7 5 GRA: 14/14,14/14
CP_LNK GVI: 5 14 FBI: 14 7 6 GRA: 14/15,14/15
CP_LNK GVI: 5 19 FBI: 14 7 11 GRA: 14/20,14/20
CP_LNK GVI: 5 20 FBI: 14 7 12 GRA: 14/21,14/21
CP_LNK GVI: 5 21 FBI: 14 7 13 GRA: 14/22,14/22
CP_LNK GVI: 5 22 FBI: 14 7 14 GRA: 14/23,14/23
CP_LNK GVI: 5 23 FBI: 14 7 15 GRA: 14/24,14/24
CP_LNK FBI: 14 7 2 GVI: 25 10 GRA: 25/11,25/11
CP_LNK FBI: 14 7 3 GVI: 25 11 GRA: 25/12,25/12
CP_LNK FBI: 14 7 5 GVI: 25 13 GRA: 25/14,25/14
CP_LNK FBI: 14 7 6 GVI: 25 14 GRA: 25/15,25/15
CP_LNK FBI: 14 7 11 GVI: 25 19 GRA: 25/20,25/20
CP_LNK FBI: 14 7 12 GVI: 25 20 GRA: 25/21,25/21
CP_LNK FBI: 14 7 13 GVI: 25 21 GRA: 25/22,25/22
CP_LNK GVI: 5 16 FBI: 14 7 8 GRA: 14/17,14/17
CP_LNK GVI: 5 17 FBI: 14 7 9 GRA: 14/18,14/18
CP_LNK FBI: 14 7 8 GVI: 25 16 GRA: 25/17,25/17
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ MAC_ANA "09/09/05 13:35:53" TEXT:
CP_DFB "MAC_ANA" HEIGHT/WIDTH: 3 8 FBTK_MACRO "09/09/05 13:35:53" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
VS_FFB "DFB_ANA" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 23 9 "07/10/02 14:44:00" NR_FORMP: 26
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Pri_wrd" ID_4 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Bed_wrd" ID_6 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_7 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Accept" ID_8 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_9 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_mw" ID_11 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Alw_sec" ID_12 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_13 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Sta_wrd" ID_14 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Inst_h" ID_20 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Inst_hh" ID_21 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Inst_ll" ID_22 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Inst_l" ID_23 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "MeetwMax" ID_26 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "MeetwMin" ID_27 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Meetw" ID_28 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Inst_pla" ID_29 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "AnaIogIn" ID_30 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "Acoftijd" ID_35 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT:
VS_FRM "Str_hh" ID_42 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_h" ID_43 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_l" ID_44 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_ll" ID_45 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Vrijgave" ID_46 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldDrbr" ID_47 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "ANA" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "@0_@1_BedWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AnaloogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_MeetwMax" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_MeetwMin" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Insthh" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Insth" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Instl" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Instll" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_InstPla" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_PriWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_OndWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AcofTijd" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Accept" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_StaWrd" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Meetw" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwPri" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwSec" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Str_hh" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Str_h" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Str_l" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Str_ll" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Str_mw" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "ANA" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_DBI "DFB_ANA" 19 8 CODID: 1 NAME: "FBI_1_1" TEXT:
CP_GVI NAMED_VAR: "@0_@1_BedWrd" 10 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_AnaloogIn" 10 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_MeetwMax" 10 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_MeetwMin" 10 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_Insthh" 10 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_Insth" 10 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_Instl" 10 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_Instll" 10 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_InstPla" 10 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_PriWrd" 10 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_OndWrd" 10 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_AcofTijd" 10 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Accept" 10 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Reset" 10 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_StaWrd" 30 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Meetw" 30 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AlwPri" 30 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AlwSec" 30 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Vrijgave" 10 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_MeldDrbr" 10 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_Str_hh" 30 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Str_h" 30 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Str_l" 30 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Str_ll" 30 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Str_mw" 30 21 FP_IO_INPUT
CP_LNK GVI: 10 11 FBI: 19 8 2 GRA: 19/12,19/12
CP_LNK GVI: 10 13 FBI: 19 8 4 GRA: 19/14,19/14
CP_LNK GVI: 10 14 FBI: 19 8 5 GRA: 19/15,19/15
CP_LNK GVI: 10 15 FBI: 19 8 6 GRA: 19/16,19/16
CP_LNK GVI: 10 17 FBI: 19 8 8 GRA: 19/18,19/18
CP_LNK GVI: 10 18 FBI: 19 8 9 GRA: 19/19,19/19
CP_LNK GVI: 10 19 FBI: 19 8 10 GRA: 19/20,19/20
CP_LNK GVI: 10 20 FBI: 19 8 11 GRA: 19/21,19/21
CP_LNK GVI: 10 21 FBI: 19 8 12 GRA: 19/22,19/22
CP_LNK GVI: 10 23 FBI: 19 8 14 GRA: 19/24,19/24
CP_LNK GVI: 10 24 FBI: 19 8 15 GRA: 19/25,19/25
CP_LNK GVI: 10 26 FBI: 19 8 17 GRA: 19/27,19/27
CP_LNK GVI: 10 27 FBI: 19 8 18 GRA: 19/28,19/28
CP_LNK GVI: 10 28 FBI: 19 8 19 GRA: 19/29,19/29
CP_LNK FBI: 19 8 2 GVI: 30 11 GRA: 30/12,30/12
CP_LNK FBI: 19 8 4 GVI: 30 13 GRA: 30/14,30/14
CP_LNK FBI: 19 8 14 GVI: 30 23 GRA: 30/24,30/24
CP_LNK FBI: 19 8 15 GVI: 30 24 GRA: 30/25,30/25
CP_LNK GVI: 10 30 FBI: 19 8 21 GRA: 19/31,19/31
CP_LNK GVI: 10 25 FBI: 19 8 16 GRA: 19/26,19/26
CP_LNK FBI: 19 8 8 GVI: 30 17 GRA: 30/18,30/18
CP_LNK FBI: 19 8 9 GVI: 30 18 GRA: 30/19,30/19
CP_LNK FBI: 19 8 10 GVI: 30 19 GRA: 30/20,30/20
CP_LNK FBI: 19 8 11 GVI: 30 20 GRA: 30/21,30/21
CP_LNK FBI: 19 8 12 GVI: 30 21 GRA: 30/22,30/22
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ MAC_DIGA "09/20/05 08:49:35" TEXT:
CP_DFB "MAC_DIGA" HEIGHT/WIDTH: 3 8 FBTK_MACRO "09/20/05 08:49:35" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
VS_FFB "DFB_DIGA" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 27 9 "07/10/02 14:43:56" NR_FORMP: 43
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Acoftijd" ID_4 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Accept" ID_5 SHOW POSL 24 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_6 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_18 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Pri_wrd" ID_19 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_22 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_sec" ID_23 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Sta_wrd" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "VerzStr" ID_25 SHOW POSR 23 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_1" ID_26 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_2" ID_27 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_3" ID_28 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_4" ID_29 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_5" ID_30 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_6" ID_31 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_7" ID_32 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_8" ID_33 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_9" ID_34 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_10" ID_35 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_11" ID_36 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_12" ID_37 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_13" ID_38 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_14" ID_39 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_15" ID_40 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_16" ID_41 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_1" ID_42 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_2" ID_43 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_3" ID_44 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_4" ID_45 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_5" ID_46 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_6" ID_47 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_8" ID_49 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_9" ID_50 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_10" ID_51 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_7" ID_53 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_11" ID_54 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_12" ID_55 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_13" ID_56 SHOW POSR 18 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_14" ID_57 SHOW POSR 19 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_15" ID_58 SHOW POSR 20 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_16" ID_59 SHOW POSR 21 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "DIGA" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "@0_@1_BedWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_PriWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_OndWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AcofTijd" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_StaWrd" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwPri" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwSec" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Accept" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "DIGA" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_DBI "DFB_DIGA" 17 4 CODID: 1 NAME: "FBI_1_1" TEXT:
CP_GVI NAMED_VAR: "@0_@1_BedWrd" 8 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_PriWrd" 8 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_OndWrd" 8 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_AcofTijd" 8 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Accept" 8 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Reset" 8 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_StaWrd" 28 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AlwPri" 28 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AlwSec" 28 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_VerzStor" 28 28 FP_IO_INPUT
CP_LNK GVI: 8 7 FBI: 17 4 2 GRA: 17/8,17/8
CP_LNK GVI: 8 8 FBI: 17 4 3 GRA: 17/9,17/9
CP_LNK GVI: 8 9 FBI: 17 4 4 GRA: 17/10,17/10
CP_LNK GVI: 8 28 FBI: 17 4 23 GRA: 17/29,17/29
CP_LNK GVI: 8 29 FBI: 17 4 24 GRA: 17/30,17/30
CP_LNK GVI: 8 30 FBI: 17 4 25 GRA: 17/31,17/31
CP_LNK FBI: 17 4 2 GVI: 28 7 GRA: 28/8,28/8
CP_LNK FBI: 17 4 3 GVI: 28 8 GRA: 28/9,28/9
CP_LNK FBI: 17 4 4 GVI: 28 9 GRA: 28/10,28/10
CP_LNK FBI: 17 4 23 GVI: 28 28 GRA: 28/29,28/29
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ MAC_FREQ "09/09/05 13:33:22" TEXT:
CP_DFB "MAC_FREQ" HEIGHT/WIDTH: 3 8 FBTK_MACRO "09/09/05 13:33:22" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
VS_FFB "DFB_FREQ" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 28 9 "07/10/02 14:44:04" NR_FORMP: 35
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Acoftijd" ID_24 SHOW POSL 24 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT:
VS_FRM "CmdIn" ID_36 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Storing" ID_37 SHOW POSR 24 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "LokAuto" ID_38 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Pri_wrd" ID_39 SHOW POSL 22 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Bed_wrd" ID_40 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_41 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_sec" ID_42 SHOW POSR 23 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_43 SHOW POSR 22 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StatBed" ID_44 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Beschik" ID_51 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Accept" ID_52 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_53 SHOW POSL 26 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StatBedr" ID_54 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "MeldVk" ID_61 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldExt1" ID_62 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldFlow" ID_63 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldIn" ID_64 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "AutoIn" ID_65 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VrijIn" ID_66 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "CmdUit" ID_67 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldExt2" ID_68 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Paraat" ID_69 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MinToer" ID_76 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL VAL: 0.0 TEXT:
VS_FRM "Toeren" ID_77 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "SturAuto" ID_78 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "SturHand" ID_79 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Stuur" ID_80 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "SturHdU" ID_81 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "LTydGew" ID_82 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "CmdVt1" ID_85 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "CmdVt2" ID_86 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VastT1" ID_91 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VastT2" ID_92 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "FREQ" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "@0_@1_BedWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_PriWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_OndWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Accept" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_StatBed" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_StatBedr" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwPri" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwSec" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AcofTijd" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_SturAuto" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_SturHand" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AutoIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_MinToer" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_CmdIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_CmdUit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Stuur" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "FREQ" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_DBI "DFB_FREQ" 14 3 CODID: 1 NAME: "FBI_1_1" TEXT:
CP_GVI NAMED_VAR: "@0_@1_BedWrd" 5 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_PriWrd" 5 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_OndWrd" 5 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Accept" 5 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Reset" 5 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_StatBed" 25 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_StatBedr" 25 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AlwPri" 25 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AlwSec" 25 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Storing" 25 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AcofTijd" 5 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_VrijIn" 5 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_AutoIn" 5 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_Beschik" 25 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Paraat" 25 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_MeldIn" 5 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_CmdIn" 25 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_CmdUit" 25 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_SturAuto" 5 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_SturHand" 5 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_MinToer" 5 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_Stuur" 25 18 FP_IO_INPUT
CP_LNK GVI: 5 6 FBI: 14 3 2 GRA: 14/7,14/7
CP_LNK GVI: 5 26 FBI: 14 3 22 GRA: 14/27,14/27
CP_LNK GVI: 5 27 FBI: 14 3 23 GRA: 14/28,14/28
CP_LNK GVI: 5 29 FBI: 14 3 25 GRA: 14/30,14/30
CP_LNK GVI: 5 30 FBI: 14 3 26 GRA: 14/31,14/31
CP_LNK FBI: 14 3 2 GVI: 25 6 GRA: 25/7,25/7
CP_LNK FBI: 14 3 3 GVI: 25 7 GRA: 25/8,25/8
CP_LNK FBI: 14 3 22 GVI: 25 26 GRA: 25/27,25/27
CP_LNK FBI: 14 3 23 GVI: 25 27 GRA: 25/28,25/28
CP_LNK FBI: 14 3 24 GVI: 25 28 GRA: 25/29,25/29
CP_LNK GVI: 5 28 FBI: 14 3 24 GRA: 14/29,14/29
CP_LNK GVI: 5 9 FBI: 14 3 5 GRA: 14/10,14/10
CP_LNK GVI: 5 10 FBI: 14 3 6 GRA: 14/11,14/11
CP_LNK FBI: 14 3 5 GVI: 25 9 GRA: 25/10,25/10
CP_LNK FBI: 14 3 6 GVI: 25 10 GRA: 25/11,25/11
CP_LNK GVI: 5 12 FBI: 14 3 8 GRA: 14/13,14/13
CP_LNK FBI: 14 3 8 GVI: 25 12 GRA: 25/13,25/13
CP_LNK FBI: 14 3 9 GVI: 25 13 GRA: 25/14,25/14
CP_LNK GVI: 5 18 FBI: 14 3 14 GRA: 14/19,14/19
CP_LNK GVI: 5 19 FBI: 14 3 15 GRA: 14/20,14/20
CP_LNK GVI: 5 23 FBI: 14 3 19 GRA: 14/24,14/24
CP_LNK FBI: 14 3 14 GVI: 25 18 GRA: 25/19,25/19
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ MAC_REGE "09/12/05 10:58:48" TEXT:
CP_DFB "MAC_REGE" HEIGHT/WIDTH: 3 8 FBTK_MACRO "09/12/05 10:58:48" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
VS_FFB "DFB_REGE" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 25 9 "07/10/02 14:44:09" NR_FORMP: 24
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Acoftijd" ID_4 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT:
VS_FRM "Accept" ID_5 SHOW POSL 22 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_6 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_18 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Pri_wrd" ID_19 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_22 SHOW POSR 19 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_sec" ID_23 SHOW POSR 20 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StatBed" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "ExtGew" ID_26 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Meetw" ID_27 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "P_actie" ID_28 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "VolgWrd" ID_29 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Stuur" ID_33 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "I_actie" ID_34 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IntGew" ID_35 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Vrijgave" ID_36 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StatBedr" ID_37 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IntGewU" ID_38 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "InstAfw" ID_40 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Str_mw" ID_41 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeetwMax" ID_44 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "MeetwMin" ID_45 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
CP_GVS "REGE" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "@0_@1_BedWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_PriWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_OndWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AcofTijd" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Accept" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_StatBed" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_StatBedr" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Stuur" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_IntGewU" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwPri" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwSec" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "REGE" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_DBI "DFB_REGE" 12 3 CODID: 1 NAME: "FBI_1_4" TEXT:
CP_GVI NAMED_VAR: "@0_@1_BedWrd" 3 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_PriWrd" 3 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_OndWrd" 3 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_AcofTijd" 3 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Accept" 3 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Reset" 3 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_AlwPri" 23 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AlwSec" 23 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_StatBed" 23 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_StatBedr" 23 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Stuur" 23 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_IntGewU" 23 10 FP_IO_INPUT
CP_LNK GVI: 3 6 FBI: 12 3 2 GRA: 12/7,12/7
CP_LNK GVI: 3 23 FBI: 12 3 19 GRA: 12/24,12/24
CP_LNK GVI: 3 24 FBI: 12 3 20 GRA: 12/25,12/25
CP_LNK GVI: 3 25 FBI: 12 3 21 GRA: 12/26,12/26
CP_LNK GVI: 3 26 FBI: 12 3 22 GRA: 12/27,12/27
CP_LNK GVI: 3 27 FBI: 12 3 23 GRA: 12/28,12/28
CP_LNK FBI: 12 3 19 GVI: 23 23 GRA: 23/24,23/24
CP_LNK FBI: 12 3 20 GVI: 23 24 GRA: 23/25,23/25
CP_LNK FBI: 12 3 2 GVI: 23 6 GRA: 23/7,23/7
CP_LNK FBI: 12 3 3 GVI: 23 7 GRA: 23/8,23/8
CP_LNK FBI: 12 3 5 GVI: 23 9 GRA: 23/10,23/10
CP_LNK FBI: 12 3 6 GVI: 23 10 GRA: 23/11,23/11
////
////
CL_DFB SubDFB D:\113041~1\PLC3\DFB\ MAC_VOED "09/21/05 08:41:06" TEXT:
CP_DFB "MAC_VOED" HEIGHT/WIDTH: 3 8 FBTK_MACRO "09/21/05 08:41:06" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
VS_FFB "DFB_VOED" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 20 9 "07/10/02 14:44:10" NR_FORMP: 23
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Acoftijd" ID_24 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT:
VS_FRM "CmdIn" ID_36 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Storing" ID_37 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "LokAuto" ID_38 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Pri_wrd" ID_39 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Bed_wrd" ID_40 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_41 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_sec" ID_42 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_43 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StatBed" ID_44 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Beschik" ID_51 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Accept" ID_52 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_53 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StatBedr" ID_54 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "MeldVk" ID_61 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldExt1" ID_62 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldExt3" ID_63 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldIn" ID_64 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "AutoIn" ID_65 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VrijIn" ID_66 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldExt2" ID_67 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Paraat" ID_68 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
CP_GVS "VOED" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "@0_@1_BedWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AutoIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_PriWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_OndWrd" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AcofTijd" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Accept" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_Reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_StatBed" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_StatBedr" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwPri" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_AlwSec" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "@0_@1_CmdIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "VOED" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_DBI "DFB_VOED" 11 5 CODID: 1 NAME: "FBI_1_1" TEXT:
CP_GVI NAMED_VAR: "@0_@1_BedWrd" 2 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_VrijIn" 2 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_AutoIn" 2 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_PriWrd" 2 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_OndWrd" 2 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_AcofTijd" 2 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Accept" 2 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_Reset" 2 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "@0_@1_StatBed" 22 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_StatBedr" 22 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Beschik" 22 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Paraat" 22 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AlwPri" 22 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_AlwSec" 22 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_Storing" 22 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_CmdIn" 22 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "@0_@1_MeldIn" 2 14 FP_IO_OUTPUT
CP_LNK GVI: 2 8 FBI: 11 5 2 GRA: 11/9,11/9
CP_LNK GVI: 2 11 FBI: 11 5 5 GRA: 11/12,11/12
CP_LNK GVI: 2 12 FBI: 11 5 6 GRA: 11/13,11/13
CP_LNK GVI: 2 20 FBI: 11 5 14 GRA: 11/21,11/21
CP_LNK GVI: 2 21 FBI: 11 5 15 GRA: 11/22,11/22
CP_LNK GVI: 2 22 FBI: 11 5 16 GRA: 11/23,11/23
CP_LNK GVI: 2 23 FBI: 11 5 17 GRA: 11/24,11/24
CP_LNK GVI: 2 24 FBI: 11 5 18 GRA: 11/25,11/25
CP_LNK FBI: 11 5 2 GVI: 22 8 GRA: 22/9,22/9
CP_LNK FBI: 11 5 3 GVI: 22 9 GRA: 22/10,22/10
CP_LNK FBI: 11 5 5 GVI: 22 11 GRA: 22/12,22/12
CP_LNK FBI: 11 5 6 GVI: 22 12 GRA: 22/13,22/13
CP_LNK FBI: 11 5 14 GVI: 22 20 GRA: 22/21,22/21
CP_LNK FBI: 11 5 15 GVI: 22 21 GRA: 22/22,22/22
CP_LNK FBI: 11 5 16 GVI: 22 22 GRA: 22/23,22/23
CP_LNK FBI: 11 5 8 GVI: 22 14 GRA: 22/15,22/15
CP_LNK GVI: 2 14 FBI: 11 5 8 GRA: 11/15,11/15
////
CP_PRG "PLC3" AREA: 57344 "02/27/07 16:44:30" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 100 1000 IEC NotAs LP
CP_PRO Project : PLC3{Algemeen_PLC3{1,2,3,4,5,6,7,8,9,10},Opslag{11},Distributie{12,13,14,15,16,17,18},Hulpprocessen{19,20,21}}
LL_SRM 4:00001 3e79 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00017 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00033 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00049 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00065 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 6000 0004 0005 0003 0006
LL_SRM 4:00081 000c 003b 0014 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00097 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00113 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00129 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00145 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00161 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00177 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00193 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00209 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00225 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00241 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00257 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00273 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00289 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00305 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00321 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00337 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00353 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00369 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00385 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00401 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00417 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00433 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00449 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00465 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00481 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00497 0000 0000 0000 0001 0001 0001 0001 0000 0000 0000 d47b 4250 0000 0000 0000 0000
LL_SRM 4:00513 0034 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00529 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00545 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00561 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00577 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00593 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00609 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00625 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00641 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00657 0007 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00673 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00689 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 16a8 16a8 0000 0000 0000
LL_SRM 4:00705 0000 0000 0000 0000 0000 16a8 0000 16a8 52a8 16a8 16a8 0000 0000 0000 16a8 16a8
LL_SRM 4:00721 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00737 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00753 16a8 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00769 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00785 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 fc00
LL_SRM 4:00801 fc00 8000 8000 0000 0000 0000 0000 0000 0000 0000 0000 fc00 0000 0000 0000 0000
LL_SRM 4:00817 0000 c000 0000 0000 0000 0000 8000 0000 c000 0000 c000 c000 0000 c000 0000 0000
LL_SRM 4:00833 0000 8000 8000 0000 f000 0000 0000 8000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00849 0000 c000 c000 c000 fc00 0000 0000 8000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00865 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00881 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00897 0000 0000 0000 000f 000f 000a 000a 002d 002d 002d 0000 0000 0000 000f 000a 000f
LL_SRM 4:00913 000f 000f 000f 001e 001e 0000 000f 000f 000a 000a 000a 003c 0000 003c 0014 001e
LL_SRM 4:00929 001e 0014 000a 0000 0014 000a 000a 0000 0000 0000 0000 000a 0000 0000 0000 0000
LL_SRM 4:00945 0000 0000 0005 0005 0005 001e 001e 001e 000f 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00961 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00977 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00993 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 5000 5000 5000 0000 0000
LL_SRM 4:01009 0000 0000 0000 0000 0000 0000 0000 8000 4000 4000 0000 0000 0000 0000 0000 4000
LL_SRM 4:01025 4000 4000 4000 4000 4000 4000 0000 0000 4400 0000 0000 5000 0000 0000 0000 0000
LL_SRM 4:01041 0000 0000 0000 0000 0000 0000 0000 0000 0000 4000 4000 4000 0000 0000 0000 0000
LL_SRM 4:01057 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01073 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01089 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0003
LL_SRM 4:01105 0000 0003 0000 0000 0000 0000 0000 0000 0000 0000 0000 0005 0003 0000 0000 0000
LL_SRM 4:01121 0000 0000 0000 0003 0002 0003 0002 0002 0003 0002 0000 0000 0000 0000 0000 0000
LL_SRM 4:01137 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0002 0002 0002
LL_SRM 4:01153 0000 0000 0005 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01169 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01185 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01201 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01217 0000 c000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01233 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01249 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01265 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01281 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01297 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01313 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01329 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01345 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01361 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01377 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01393 0000 0000 0000 0000 0000 0000 0000 0000 4040 0000 0000 0000 4040 0000 0000 0000
LL_SRM 4:01409 447a 0000 0000 0000 3f80 0000 0000 0000 42c8 0000 0000 0000 42c8 0000 0000 0000
LL_SRM 4:01425 42c8 0000 0000 0000 4080 0000 0000 0000 4080 0000 0000 0000 447a 0000 0000 0000
LL_SRM 4:01441 42c8 0000 0000 0000 0000 0000 0000 0000 0000 45a2 3fee 0000 0000 3800 43b4 0000
LL_SRM 4:01457 0000 6000 4242 6666 4242 0000 0000 9db2 403d 2d0e 403e 676d 4211 e000 4243 624e
LL_SRM 4:01473 3d90 999a 3e59 0e76 42da 0000 4243 0000 0000 8bcd 452d 0000 0000 0000 0000 0000
LL_SRM 4:01489 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 cccd 3e4c 0000 3f00 0000
LL_SRM 4:01505 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01521 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01537 0000 0000 0000 999a 4039 0000 4030 0000 3fc0 3333 3f33 0000 0000 0000 0000 0000
LL_SRM 4:01553 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01585 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01601 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 42a0 0000 4296 0000 41a0 0000
LL_SRM 4:01617 4170 0000 4248 0000 4060 cccd 404c 0000 3f80 0000 3f00 0000 4020 0000 0000 0000
LL_SRM 4:01633 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01649 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 999a 4039 6666 4026 cccd
LL_SRM 4:01665 3ecc cccd 3dcc 0000 3fc0 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01681 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01697 0000 0000 0000 0000 00be 0136 0000 0000 0000 0000 0000 0000 0096 011d 0000 0000
LL_SRM 4:01713 0000 0000 0000 001e 001e 000a 0000 0000 0000 0000 0000 8000 2000 a000 0002 0004
LL_SRM 4:01729 0002 0003 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01745 0000 0000 0000 0000 0000 002f 002f 002f 0030 0031 0032 0033 0034 0035 0036 0037
LL_SRM 4:01761 0038 0039 003c 003c 003c 003c 003c 003c 003c 003c 003d 003d 003d 003d 0000 0000
LL_SRM 4:01777 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 8000 44bb 0000
LL_SRM 4:01793 4120 0000 0000 0000 0000 0000 0000 1400 3000 43b4 0000 40a0 0000 4248 d47b 4250
LL_SRM 4:01809 5333 4242 0019 d47b 4250 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01825 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 04eb 0004 0000 4248
LL_SRM 4:01841 1400 e278 42c7 a000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01857 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01873 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01889 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 00d6 0000 00d6 0000 0230
LL_SRM 4:01905 0000 0230 0000 02ee 0000 02ee 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01921 0000 0000 0000 0000 0000 137a 0000 137a 0000 7464 0005 0000 0000 0000 0000 8ccd
LL_SRM 4:01937 4245 1333 4250 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0001 0000 0000
LL_SRM 4:01953 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01969 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01985 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02017 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02033 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02049 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02065 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02081 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02097 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02113 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02129 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02145 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02161 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02177 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02193 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02209 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02225 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02241 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02257 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02273 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02289 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02305 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02321 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02337 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02353 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02369 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02385 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02401 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02417 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02433 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02449 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02465 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02481 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02497 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02513 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02529 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02545 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02561 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02577 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02593 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02609 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02625 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02641 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02657 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02673 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02689 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02705 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02721 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02737 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02753 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02769 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02785 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02801 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02817 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02833 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02849 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02865 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02881 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02897 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02913 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02929 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02945 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02961 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02977 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:02993 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03009 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03025 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03041 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03057 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03073 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03089 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03105 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03121 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03137 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03153 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03169 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03185 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03201 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03217 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03233 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03249 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03265 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03281 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03297 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03313 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03329 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03345 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03361 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03377 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03393 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03409 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03425 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03441 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03457 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03473 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03489 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03505 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03521 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03537 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03553 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03585 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03601 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03617 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03633 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03649 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03665 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03681 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03697 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03713 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03729 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03745 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03761 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03777 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03793 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03809 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03825 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03841 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03857 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03873 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03889 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03905 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03921 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03937 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03953 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03969 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:03985 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04017 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04033 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04049 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04065 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04081 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04097 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04113 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04129 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04145 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04161 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04177 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04193 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04209 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04225 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04241 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04257 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04273 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04289 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04305 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04321 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04337 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04353 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04369 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04385 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04401 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04417 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04433 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04449 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04465 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04481 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04497 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04513 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04529 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04545 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04561 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04577 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04593 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04609 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04625 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04641 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04657 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04673 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04689 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04705 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04721 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04737 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04753 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04769 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04785 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04801 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04817 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04833 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04849 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04865 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04881 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04897 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04913 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04929 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04945 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04961 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04977 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:04993 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05009 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05025 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05041 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05057 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05073 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05089 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05105 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05121 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05137 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05153 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05169 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05185 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05201 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05217 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05233 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05249 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05265 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05281 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05297 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05313 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05329 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05345 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05361 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05377 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05393 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05409 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05425 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05441 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05457 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05473 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05489 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05505 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05521 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05537 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05553 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05585 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05601 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05617 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05633 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05649 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05665 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05681 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05697 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05713 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05729 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05745 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05761 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05777 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05793 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05809 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05825 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05841 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05857 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05873 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05889 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05905 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05921 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05937 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05953 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05969 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:05985 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06017 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06033 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06049 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06065 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06081 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06097 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06113 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06129 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06145 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06161 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06177 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06193 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06209 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06225 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06241 0000 0000 0000 0000 0000 0000 0000 0000 0000 0001 0000 0000 0000 0000 0000 0000
LL_SRM 4:06257 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06273 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06289 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06305 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06321 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06337 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06353 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06369 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06385 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06401 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06417 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06433 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
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LL_SRM 4:06465 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
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LL_SRM 6:01744 6103 073d 410d 4b6b 0b41 7547 5d2f 5b2f 1109 4b3b 2d3f 4369 091f 6d09 4321 235d
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LL_SRM 6:01904 5959 5327 5f7d 3169 6b7f 775d 5379 7921 175b 1505 7d6d 1113 7957 6b71 1b7f 0f71
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LL_SRM 6:01984 274b 3f1f 4311 0501 050d 050f 4513 514d 1d05 6b3d 1779 1d17 274f 3f2d 194d 0d3d
LL_SRM 6:02000 130b 2d0d 6307 2f67 155f 1941 431b 0d5b 053b 193f 5543 650b 070f 1701 2509 2f0f
LL_SRM 6:02016 2f0d 052d 1f7f 6765 636b 090b 654b 5b69 1f2f 2765 0b41 3d2d 7f6d 1f47 6b75 2709
LL_SRM 6:02032 0f0f 4f0b 730f 191b 7517 4117 3f19 2b3d 5b2d 0b0f 7b25 4d27 4d4b 3b4d 574f 294d
LL_SRM 6:02048 0461 636b 011d 7155 6539 0563 5531 1b0f 2771 1971 2d07 6911 2357 2561 0961 1d49
LL_SRM 6:02064 6941 1971 1135 4721 5b29 7373 4903 6169 5331 374b 7151 234b 0961 757d 6131 014d
LL_SRM 6:02080 3b5b 632d 7771 6175 7779 4119 2b5d 236d 713f 5531 1b33 2f7d 6325 7f71 7f0f 6721
LL_SRM 6:02096 6b3b 6957 354d 1163 5557 6d2b 7559 2b11 757f 190d 3967 6b5d 6f53 3921 6b73 3b49
LL_SRM 6:02112 6923 0365 2d43 4135 2d01 0109 5b65 4f39 4915 4575 6363 1531 6d01 0d37 0157 6717
LL_SRM 6:02128 3165 7933 0339 3103 0941 1163 6165 6747 0541 4709 214d 0555 6365 4925 6901 4365
LL_SRM 6:02144 1f3d 7559 577b 5561 6175 1d41 553d 7763 7f67 2d71 1d7b 794d 3d73 2931 5b67 5771
LL_SRM 6:02160 616b 0771 6b73 650f 235d 652b 5d7d 2b39 3d63 7917 3f33 7f07 7d3f 1515 7d7f 1769
LL_SRM 6:02176 450f 477f 1d25 2f41 0117 614f 0729 2717 4103 6f3b 290f 2f7f 0749 631f 672d 6377
LL_SRM 6:02192 6367 2f3f 5715 033d 0b0b 6d7d 0d2f 2135 0527 5b49 6507 031b 6163 6913 4f4f 3167
LL_SRM 6:02208 6b0d 6f07 5f1d 315d 6f09 4b01 776d 2b31 4f49 2309 170f 5901 0f69 1f0f 0f45 6f09
LL_SRM 6:02224 5d7b 5501 4d2f 2b09 5f71 711d 373f 4f09 1b0f 3d0f 1905 5f43 2f17 2f3b 5f5d 3749
LL_SRM 6:02240 730b 030f 6f23 190d 452b 617f 013b 5977 010b 4f0d 5959 7f7d 1d0b 271b 2113 4115
LL_SRM 6:02256 0d01 190d 191d 2d2d 4123 2907 412b 6723 4309 5553 454b 2b2f 0d69 6b29 054f 695b
LL_SRM 6:02272 7d27 4529 714f 4f2d 213d 1d09 291b 2919 2f6b 290f 4b4f 0b0b 3f3f 3f79 6d35 250f
LL_SRM 6:02288 1d7d 7b3f 3d5f 2f4f 6f47 5d03 1f0f 4119 5b3d 7f11 257f 4537 6f4d 1551 3537 0553
LL_SRM 6:02304 4171 4137 4533 6139 5153 510b 5551 034b 7149 1d15 1953 3d65 1121 493d 0559 6345
LL_SRM 6:02320 0923 7137 197b 336d 3d17 2729 052b 437b 1151 493d 0d07 1141 1f31 491d 397b 336d
LL_SRM 6:02336 7d77 674b 7f2b 7351 6d25 3d21 1b69 5b61 676f 712d 7d71 7121 1d79 6351 4d6b 6b39
LL_SRM 6:02352 1d4f 5111 6f7b 3f63 536f 5951 7b73 6b23 4f6f 2979 3721 2161 377b 4941 1d7b 6f19
LL_SRM 6:02368 556b 6b43 5331 7b11 6143 717d 2b5f 0361 6101 6537 010b 3b7b 2103 3d37 430b 614b
LL_SRM 6:02384 2113 6373 0179 3369 0719 2951 4721 0b21 134f 6b4b 476d 4179 675b 2155 0141 490f
LL_SRM 6:02400 7161 6b21 1b2b 7b03 6753 7f13 2959 5d23 336d 3127 6f79 4d15 775f 5b67 7737 5931
LL_SRM 6:02416 3b7d 3347 1f79 6d15 5f41 330b 7f63 2b1f 3f35 6101 7b79 4311 3d5d 7d51 477d 4329
LL_SRM 6:02432 3f47 0d3d 2131 0949 034f 2725 0703 0f2b 150d 4d39 1f11 131f 4163 1f47 0501 073d
LL_SRM 6:02448 1763 6945 5f19 1f1d 0f11 613d 0d09 430b 171b 095b 7f29 2b7d 3709 7117 7b6d 432b
LL_SRM 6:02464 3b5f 5d03 3f2f 311b 6b3b 673b 3b7f 7903 0d2f 5f09 4b15 6523 2779 6349 5d3b 0573
LL_SRM 6:02480 5f2d 3b29 2d3d 6b3b 2777 0b0f 7f17 2305 2317 3b4f 1f0f 475d 6f0f 5745 553f 490b
LL_SRM 6:02496 011f 2f07 0b1b 5f4b 2d23 0d17 3337 732f 613f 5f07 412f 175b 4125 6f2f 6d03 0b77
LL_SRM 6:02512 2307 4519 071b 4f3f 2b21 4119 0923 055f 5b2d 430d 4f0f 3d65 0343 4b6f 034d 5f7f
LL_SRM 6:02528 0f23 3d1b 7d5f 492f 1d1b 4727 2703 417f 2f2f 6f07 6d4d 4717 495f 332d 7d6f 770b
LL_SRM 6:02544 2d67 6951 275f 7b45 0949 0f05 6b7f 1f37 3f3f 4b3d 4f1f 1707 5b21 6d0f 0f7d 1b4f
LL_SRM 6:02560 6f21 7f51 4923 6131 3101 3511 6143 0905 7939 3161 1d41 6f5f 796b 5169 4b63 154f
LL_SRM 6:02576 4129 3d59 0943 130d 717b 0511 2137 1d77 0525 4361 6541 111d 0d39 3d1f 6543 212d
LL_SRM 6:02592 7165 7b65 6b77 5967 734d 2f01 757b 6503 5b5d 133b 6d75 6365 4773 7f5b 415d 117d
LL_SRM 6:02608 4703 4121 7537 0523 7f6f 2513 5d79 6b45 775b 7d27 675d 5f05 7311 1f61 7925 7313
LL_SRM 6:02624 337b 0b5f 2757 7345 3321 335f 6d05 417b 7d0d 5779 6101 1167 0b35 4333 2175 591d
LL_SRM 6:02640 1545 796b 0145 2f4d 2741 193f 2b5b 495d 3d03 413d 4109 4513 7541 5b5b 4921 111d
LL_SRM 6:02656 737d 7155 7f61 5329 2173 0b73 6b71 1719 7f37 7f15 7561 5125 7b55 7b7d 6161 3b31
LL_SRM 6:02672 7379 7939 577d 1713 3d35 0717 3355 5d1d 3967 755b 3b1f 7d6f 253b 734b 753d 2111
LL_SRM 6:02688 5309 7b7b 7367 3b33 2f1f 590b 550d 1d43 4711 075f 193b 4367 1129 034f 492f 1b07
LL_SRM 6:02704 0917 3d4b 6127 213d 0d0f 111d 7f13 1f6f 1325 7913 0327 3543 7b0b 772d 5901 0d21
LL_SRM 6:02720 2f67 6f6f 272d 5f65 796d 4f6d 3f0d 410f 6b2f 5757 4d1f 5f19 6d47 4703 574d 2f2f
LL_SRM 6:02736 4d27 5f11 1b2b 1333 0717 6757 0f27 4b0d 1f1f 1505 035f 4f01 5d1f 2f21 6f4f 6723
LL_SRM 6:02752 4325 037b 2507 694f 092d 6f39 1b0d 0707 7b0f 1317 2d0d 5167 4d0d 0701 2b2b 4559
LL_SRM 6:02768 5503 050f 6d1b 094b 0337 4977 710f 357f 0543 050f 4927 0d29 4b15 196f 032f 3d1b
LL_SRM 6:02784 0f4f 6545 734f 431b 6f77 4f65 3b17 1f23 1f63 6b0d 3909 772f 6d6d 4725 3b0f 7d1f
LL_SRM 6:02800 0d4f 717f 3927 1545 595f 2f11 1f75 2f6b 3f0b 0d4f 3b69 0d37 6b4b 2b17 1d6f 251f
LL_SRM 6:02816 4571 175f 1103 6349 6501 6575 050d 1155 1363 630b 2331 4171 0119 1b33 3d01 612f
LL_SRM 6:02832 3303 5f0b 5153 7d59 2121 595b 197f 511d 4111 1147 2945 7d5b 035b 4361 2915 555f
LL_SRM 6:02848 773f 2965 637d 5f2f 657d 4d65 5d75 7b11 7d15 6961 696d 2701 3f2b 7f43 7733 1913
LL_SRM 6:02864 3375 3909 5d61 2b65 3d69 2541 6f69 474b 1b75 412b 6b79 6121 7f55 097f 5b27 1727
LL_SRM 6:02880 1b31 7371 4331 0557 6141 393b 4141 1967 2d51 0f3b 2541 3b17 4325 2711 4349 4307
LL_SRM 6:02896 0141 0b1f 1d09 4111 3105 513b 7109 7951 6951 0303 014b 010d 7b49 610f 4129 455b
LL_SRM 6:02912 7f77 5b75 3777 557f 396f 3b55 6743 717d 393d 3547 7955 2d69 193f 3577 7165 3329
LL_SRM 6:02928 5b71 4709 7b2f 4769 1575 417b 7d61 770b 0d77 2319 6b79 3f77 3167 1511 575f 1121
LL_SRM 6:02944 2317 156d 0347 2d37 035b 636d 0d05 530b 1d05 335d 4f43 036d 2d4b 0b2f 4309 673d
LL_SRM 6:02960 4525 0d77 2941 1705 550b 4f47 2b01 394b 4d07 070b 112d 5b2d 2d4b 1743 4707 354b
LL_SRM 6:02976 5f47 6911 754f 1d75 2f2f 0d2f 4f27 1b0f 773b 0b03 4f0f 2351 5d2f 5f07 3f77 091d
LL_SRM 6:02992 7f4f 2f4f 0f59 5f5d 432d 3b0f 2f3f 536d 4b3f 7f39 773f 031d 2d3b 7b2b 4f6b 7d7d
LL_SRM 6:03008 0b09 6503 2301 0137 2d03 0f45 4355 410d 691b 3525 375f 693b 1501 6b4d 1705 2307
LL_SRM 6:03024 6d07 7147 0f03 0d03 131f 0d1d 393f 471d 590d 0f33 4b2b 3b17 474b 576f 075b 212f
LL_SRM 6:03040 6f3b 1541 070f 7d21 2b47 5f07 1f1d 071d 171f 314b 6f77 4167 3b1f 2749 052f 1d6f
LL_SRM 6:03056 376f 1d79 312b 1965 5f6b 7123 256f 1165 4b53 6d53 7f07 4747 6f7f 4f1d 5f3d 0b4d
LL_SRM 6:03072 197d 797b 4169 555b 0121 451d 0133 3145 1155 073f 0b45 0965 1361 7b2b 6141 5773
LL_SRM 6:03088 2743 6d25 5d79 2533 0b43 2b4f 616b 6703 5163 4577 6359 4379 1b21 6d11 6169 5561
LL_SRM 6:03104 751f 7f73 6177 1765 770d 5905 6b77 6b11 5327 2121 5f71 5d41 7b5d 1761 5b53 4d57
LL_SRM 6:03120 4745 074f 1373 6353 7d3d 2155 7d7b 3b55 5d55 5d3f 7579 750f 7d2b 6949 3f5f 7911
LL_SRM 6:03136 0161 5177 2149 4779 7137 1537 3953 2375 3b45 7171 0f71 5335 633f 4337 0525 276b
LL_SRM 6:03152 2929 5d3f 0161 511b 2349 272d 6d4d 357d 2d01 193d 7541 0b7d 4129 376b 6773 691b
LL_SRM 6:03168 3957 7d25 6147 3b71 7f7b 6153 7d73 7925 4973 6779 6b4f 0f29 7d63 4b25 397f 615b
LL_SRM 6:03184 1f77 2d09 3931 2747 196d 1b33 7b79 692b 5d75 7905 794f 4325 713b 0161 7775 6315
LL_SRM 6:03200 735b 5323 390d 4b4f 430b 2d7f 0f0d 7f2d 070b 5d51 0103 153f 4543 056f 4b3f 1109
LL_SRM 6:03216 1f4b 3f47 2749 3113 0125 4b7b 4b35 0707 410f 7f4d 452f 3955 5f4d 0725 4f11 570d
LL_SRM 6:03232 694d 074f 0f51 271b 0f4f 2b09 5b5b 1b0f 6f2f 674d 294b 1f03 5929 3915 674d 092f
LL_SRM 6:03248 1357 294f 3d27 3b2f 1b55 3d03 2969 4521 3f4f 5d3b 4f4f 1107 7f27 257d 5f1d 030f
LL_SRM 6:03264 0d09 6737 2509 4b67 1701 6f37 0d37 5d3f 630b 735d 3705 775d 470b 213b 0943 773d
LL_SRM 6:03280 0977 3357 010f 4355 094d 4b4d 0d07 4f13 0f07 073f 415b 634f 2943 7123 4307 0b1d
LL_SRM 6:03296 034b 0d35 2365 0f0d 3b7f 5f4b 7703 332d 1f09 595f 436d 0f67 4d29 6f0d 0f5f 1d7f
LL_SRM 6:03312 0b2d 7b01 3915 0505 473f 5f07 4f77 7b35 394b 2d39 4f7d 5d1b 6f0b 4f3d 134f 3d4d
LL_SRM 6:03328 0359 7727 5579 4907 7903 6565 4121 7127 1939 4333 555b 5179 5543 2175 6b57 2571
LL_SRM 6:03344 5971 5131 7943 7343 1d49 0331 1129 2135 6105 177d 0771 596f 4b71 2155 3719 7151
LL_SRM 6:03360 6965 594f 795d 4921 775f 4129 217d 1369 3b7b 634d 3767 5d51 2b73 1d51 1907 2b01
LL_SRM 6:03376 6135 3f33 5f5f 3551 516f 1703 7913 1d71 1b6f 1143 6d77 7d67 0f5d 417b 7b61 1f17
LL_SRM 6:03392 6923 0f61 0941 3141 0115 0953 4111 4953 0757 5377 5961 7965 5b71 2365 2375 1123
LL_SRM 6:03408 0555 5753 571d 5345 4949 0921 6f6b 5d31 4339 5369 1b31 7177 2935 3179 3125 2b4b
LL_SRM 6:03424 7b33 7361 5b65 576b 4d6d 3f57 2975 477d 0771 3b41 6d65 3103 7b7b 7b55 5513 6557
LL_SRM 6:03440 2d73 3575 7b7f 7b73 3d73 7f31 3b73 3b73 4777 2319 5d61 2d11 1b57 3945 3165 7f6d
LL_SRM 6:03456 0f49 0b51 4d05 011b 5503 2b3b 0d4f 336b 112b 074f 3705 3701 6309 290f 3913 5107
LL_SRM 6:03472 432b 5377 1105 4b3d 0d01 093d 1155 510d 1b07 0f1f 030d 0b23 510d 477b 691b 291f
LL_SRM 6:03488 094f 7f1f 2d1f 3763 650b 1729 0b5f 153d 6f27 3f4f 5f2d 4541 3977 1f09 6f6f 792b
LL_SRM 6:03504 5d5d 3f1b 357f 4701 111f 2f0d 2f37 1925 3f27 3117 636f 7d39 2f1d 4b27 5309 5d51
LL_SRM 6:03520 2d05 1b1b 454f 1d6d 510f 1563 496b 477f 7d01 2b6f 7503 3377 4323 0d7d 3d1f 177f
LL_SRM 6:03536 2b01 076f 2745 3d1f 052f 0f09 0f03 2b61 034f 4549 6913 3d6b 3905 2d2f 0309 1f6f
LL_SRM 6:03552 5767 1527 1d0f 2365 696b 5717 6f65 6f1b 174f 716f 7f6f 6103 1f5d 1b0f 675b 3907
LL_SRM 6:03568 0f4b 752b 792f 150d 3f6f 0b5b 1f3f 7753 4f3b 0f19 7b17 2909 1f17 5b69 317f 634d
LL_SRM 6:03584 7163 7971 1111 717d 1145 4135 4d59 6f77 1b01 0319 1173 475d 5171 4171 0579 4543
LL_SRM 6:03600 2b43 2365 3911 4143 2109 215f 1f59 7b35 2771 597d 274b 2b21 5b31 0331 3173 612d
LL_SRM 6:03616 716d 7509 6b11 6b41 776b 732f 4179 3d59 792b 7565 775d 6543 6d51 3b03 6b27 7735
LL_SRM 6:03632 2d77 350f 4775 7d31 7133 7f77 377d 7b7f 7955 0721 7b47 5753 6f4b 4b11 2725 6541
LL_SRM 6:03648 2173 7b29 232d 7179 3911 3371 5331 6957 4771 5959 4f71 7301 7167 1513 214d 7b3b
LL_SRM 6:03664 5963 0f17 1149 5521 7763 4355 4111 392d 3351 6573 2943 4553 1345 2171 0525 0379
LL_SRM 6:03680 3141 1903 536f 5b55 0f15 7973 436b 4919 675f 5503 2f75 7959 5371 5159 315f 1121
LL_SRM 6:03696 7365 7d05 5f73 7f79 770f 730d 2377 1713 4f7f 0129 7d55 5367 6d35 793d 6373 2121
LL_SRM 6:03712 0929 4b59 0317 0d0d 2567 0f49 1d79 1507 6303 694b 010b 011f 211d 2d0b 6b0f 3f5f
LL_SRM 6:03728 0b0b 350f 152b 0717 0f15 5b35 6b07 7d2b 5107 0961 2b03 4709 190b 457b 1563 552f
LL_SRM 6:03744 0f5b 1315 171d 670b 0327 3505 214f 1d45 612f 0d0b 275b 0f0b 4f1d 1d61 7f7d 5941
LL_SRM 6:03760 4f7b 5727 630d 7577 1945 7d0b 0f31 2525 2729 0f09 534f 7d2d 4d5f 0b4b 5d69 7b11
LL_SRM 6:03776 1107 216d 150d 736b 6f0b 333b 6703 170d 4b0f 5525 110b 2577 0f1d 6d23 472f 075f
LL_SRM 6:03792 0901 3f5b 1727 3f5f 4311 6b55 0903 075f 7d4f 0b7f 7303 153d 3303 7d67 510d 6b5b
LL_SRM 6:03808 0f0b 5f25 297b 0103 553b 6525 372b 677d 4f7f 6b73 6b7d 4719 477d 0b0f 0f4f 4917
LL_SRM 6:03824 0967 0123 7b03 6967 5773 3719 7d4f 4d4d 754f 411f 0b4d 474d 7d49 192f 6747 0525
LL_SRM 6:03840 315b 4343 6917 215f 4573 6571 6373 1523 1941 4769 356d 6373 7d0d 5561 1f01 1143
LL_SRM 6:03856 3967 3d6d 4935 1d4d 2f0b 5b1b 1d25 6d6b 7123 757b 5521 6b23 072b 393f 0d73 7135
LL_SRM 6:03872 6d79 630d 6179 5173 5d7f 4d6b 5b69 7b41 437f 512b 5b35 2f77 6d79 5d63 0b6b 1531
LL_SRM 6:03888 4f25 1b07 737d 4f55 394f 4d11 7d6f 7527 1177 3b49 7b5b 232d 6135 3b13 4575 6d69
LL_SRM 6:03904 7369 1525 5533 6703 2d5b 6717 2f69 1117 3929 2905 6315 357b 6529 3f5f 0b61 275f
LL_SRM 6:03920 0517 2521 3115 7375 4351 436b 0d29 671d 2507 6145 0555 1543 6705 6171 053d 0569
LL_SRM 6:03936 176f 6361 497f 5145 7379 3971 3777 215f 2377 7749 7d49 7941 7165 7561 7f4f 4f6d
LL_SRM 6:03952 117f 7915 3d75 7333 0d7f 794f 6b6b 2941 5571 213b 2377 053f 7b5f 4141 7337 4135
LL_SRM 6:03968 791f 354f 4907 4d39 030d 4b23 031d 1143 6d07 3d3b 4705 0907 0d1b 6317 030b 013d
LL_SRM 6:03984 2b1d 170b 4b23 374d 5f57 0f21 0d01 7b1f 274d 4565 0713 4b1d 4957 4f53 4b2b 4f0f
LL_SRM 6:04000 6f6d 7765 2b6f 0503 4f6f 6f29 5f0b 0f15 6d4d 0717 7577 090d 3b6d 3f07 474f 1b7d
LL_SRM 6:04016 4d7d 5f6b 3d25 4f69 675f 0d43 0b1d 4f05 2f7d 6d5b 0b6b 1b2d 5b4b 717f 571f 4b0d
LL_SRM 6:04032 1109 6f2d 1941 0359 0705 2925 1b05 4907 0b0f 1171 1f6b 2b0b 2133 2d27 2715 0f35
LL_SRM 6:04048 0505 0967 2737 095d 1f17 4d4b 550b 3f05 5519 296f 5b09 5325 4d6b 0d3f 050b 291b
LL_SRM 6:04064 5f67 4703 073f 1525 2f57 6f0b 7d1d 3933 6f7f 2b51 3317 155b 4773 0d29 177b 5d39
LL_SRM 6:04080 7307 4f55 2f2d 3755 1f6d 3b39 353f 734b 330f 2f23 515b 0735 7f37 7337 3d3f 5525
LL_SRM 6:04096 2709 734d 0521 1b0f 0d21 175d 615d 1b57 0503 0749 1305 3f7f 674d 471f 0357 7b6d
LL_SRM 6:04112 5323 1d61 4d01 2d5d 4f0d 490f 472b 5d0f 0d09 0b4f 6d0b 4701 6301 552f 1707 531b
LL_SRM 6:04128 473d 1f21 7d09 2b01 474f 7311 111f 3f7f 1977 5f1d 3957 3f0d 552f 1f25 6f7f 730b
LL_SRM 6:04144 7f3f 096f 0107 4b1f 1f1f 6f0f 7d3d 7f21 7f77 6951 7d61 0d25 6f2b 0b4b 673d 094f
LL_SRM 6:04160 030b 1769 6d01 6703 072d 033f 176b 592d 6b23 6f07 0567 430f 413d 1b17 5345 452f
LL_SRM 6:04176 4523 051f 6b0d 090f 2d69 4d5f 470b 356b 4901 4f4f 2149 0b03 4d41 2907 0f1b 2d5f
LL_SRM 6:04192 6b0d 6b1f 2d2f 1729 173f 2151 7f5d 692d 7575 1f2b 1d0f 1725 6f77 576d 1f5f 6147
LL_SRM 6:04208 3b4d 6f17 0f5b 416b 1f0f 1b7f 5937 7b31 271b 2101 5b37 1913 1f3b 2779 254b 5b2b
LL_SRM 6:04224 497f 432f 5129 4d3f 4545 797b 1513 017b 2163 3723 2529 5d01 6511 6b79 7377 137f
LL_SRM 6:04240 1d7d 3929 1701 316d 0771 4179 014b 7521 2d31 5969 1129 217d 6935 2b69 6531 6559
LL_SRM 6:04256 4b67 6d07 7f3d 7555 372b 1569 3b75 1501 7375 470b 117d 3f21 4539 7b69 7f47 7161
LL_SRM 6:04272 4319 7551 454f 7b29 2773 1163 7f7b 0509 137d 3b5d 7b21 7d49 7513 2b35 7175 2161
LL_SRM 6:04288 256d 437b 5375 617b 2149 754d 0b71 7f0d 4973 512f 4771 4165 1d21 1363 4741 6567
LL_SRM 6:04304 510f 771d 0125 7f0b 7103 494d 1553 0119 6901 431b 635b 1b7b 4151 5519 1141 6963
LL_SRM 6:04320 637d 4145 2d49 1105 7b13 3373 335d 6331 2173 5951 7d75 6311 2b55 2f21 714b 2d01
LL_SRM 6:04336 517d 771d 1f59 2755 4d6d 5339 7105 0b39 3f7f 0f63 6545 611f 7d05 2511 6f3b 3163
LL_SRM 6:04352 015b 017b 6b47 4731 5937 0f49 2325 0151 432b 090b 3151 1f4f 211d 033b 1b05 2b37
LL_SRM 6:04368 0755 095d 6721 2d3f 0129 3b03 4711 7d2d 1903 2161 095f 413d 4743 1703 4549 2307
LL_SRM 6:04384 6f2f 110b 473f 3b4f 3f6b 5d0d 2f5d 3b49 634f 6f17 4b4b 0707 7f1f 3b2b 370f 1d67
LL_SRM 6:04400 154d 052b 7f5f 0d0b 2f6f 5919 1f07 6b53 0f27 333d 576f 631f 655f 4f19 276b 4f09
LL_SRM 6:04416 0f51 2d4d 0f11 0975 011f 0b5f 4b1f 4b69 4501 717d 6943 2f31 374d 2d5d 4f09 3d05
LL_SRM 6:04432 5907 3913 2511 450f 2157 4d0f 4519 713b 1d07 1703 530b 575b 410f 2d2d 3b1d 072d
LL_SRM 6:04448 050b 3905 7b33 6349 2d0f 731b 2f17 3f27 316d 4727 7b6d 1d4f 3b67 4501 2d1f 4b25
LL_SRM 6:04464 0d3f 5d77 4b75 0f15 394b 1f2b 5347 4717 2b0b 5b57 0f1d 097b 7b05 5509 352f 1f45
LL_SRM 6:04480 6137 5f33 6931 5363 1101 7557 0501 5169 030b 6165 0d13 5373 0569 7f6b 3b07 4f0d
LL_SRM 6:04496 3971 2767 0d61 197b 1179 3565 4953 3175 4765 333d 0939 397b 0171 557f 5335 756d
LL_SRM 6:04512 6d2d 1923 3d59 4b7d 5349 2b09 3321 1d49 757b 151b 5939 196d 5d5b 2171 6373 5523
LL_SRM 6:04528 5933 5921 777d 5359 3d71 2961 7d5d 7b03 257d 7f39 7d53 737d 695d 2941 171f 6109
LL_SRM 6:04544 7f69 7953 0541 532d 5373 7355 1141 7f63 0d43 1355 6101 577f 0301 3111 7505 674b
LL_SRM 6:04560 6343 6113 0371 6957 2541 2757 4925 6965 7509 7175 6701 295b 0105 192d 0755 1f79
LL_SRM 6:04576 753f 7d39 673f 535f 4977 3d7f 6557 3d7d 5379 7573 2d57 3f43 6177 7961 7f1d 1713
LL_SRM 6:04592 6d23 5b4d 5131 2d31 674f 7d43 6d37 7f79 3d6f 4f43 6f59 7b35 7b7d 2761 7b71 1311
LL_SRM 6:04608 0107 5571 0b01 4f5b 0d1f 3157 2117 134f 1903 2b3b 150f 0947 1d07 1b5b 1f1b 1f5f
LL_SRM 6:04624 6f0f 552f 2167 6359 095f 0b7f 0715 535f 1b19 2d31 050f 0f53 073b 3929 630b 6b4b
LL_SRM 6:04640 1f57 7f6f 6f1f 1f29 2d6f 7f0b 570b 5739 6d47 6955 2b1f 6d0d 4f6f 1b11 375f 1963
LL_SRM 6:04656 6f05 0735 2f7f 6501 7b35 0907 396f 4f13 675b 1f47 6d67 4919 7f61 1d49 1f6d 4355
LL_SRM 6:04672 0b41 173f 4571 070b 6509 1377 0119 1f7f 675b 0d5d 5d47 655f 5b51 134f 0311 214d
LL_SRM 6:04688 3547 197f 294d 692b 4d4d 3b53 0343 636d 1145 5f1d 5107 031f 4105 5559 0535 091b
LL_SRM 6:04704 4f27 0b0b 4d47 394b 0f45 6309 4f65 6f4f 1b0f 3525 7721 3145 7b0f 391f 5d5f 1b3d
LL_SRM 6:04720 236f 372d 374f 5357 6709 1f01 5f5f 1943 015f 232b 4f0f 0f0d 1757 5717 6f15 5f11
LL_SRM 6:04736 5343 411b 2305 0b43 1131 0569 6753 431f 3573 432b 4d13 7761 0769 417d 2b21 517b
LL_SRM 6:04752 0551 4b7f 4165 0345 1b19 5731 2521 4351 615b 4709 7f63 513f 2135 6501 1331 592b
LL_SRM 6:04768 5f6b 7903 797b 5d41 3921 7505 237f 2373 4b5d 3931 3369 1b65 794b 670b 757d 2b41
LL_SRM 6:04784 6359 3555 717d 7171 7373 4927 7115 5903 7b77 4341 5d7b 2501 6f3f 3d51 6d73 2b33
LL_SRM 6:04800 413d 517b 4905 1973 553d 1157 7111 7367 1377 412b 4953 697b 591f 7951 2361 194f
LL_SRM 6:04816 4b61 6549 3143 6b5f 0d61 5567 6517 1171 6721 1735 2131 537b 4941 432f 5111 492b
LL_SRM 6:04832 0d43 1939 7b7b 6b53 6759 7b57 7151 6d35 5b33 4715 5769 7145 3539 1379 7f5d 5979
LL_SRM 6:04848 217f 7503 214f 4f6d 1b7b 7951 7f65 5963 795f 7d67 357b 010b 7363 3b39 5b57 7969
LL_SRM 6:04864 092b 010d 4127 0b65 0b05 030f 4b73 151d 734b 1b0b 310f 050d 210d 2717 3b59 4b13
LL_SRM 6:04880 0f13 094d 633f 0f23 0305 392b 0503 690b 2125 0f37 1979 0547 015b 3d37 2903 277f
LL_SRM 6:04896 7967 3d0d 154f 6f51 3f3f 4b7d 4b6d 5f47 5f4f 0957 1f3f 2b1b 0b3f 4d03 0f0f 073b
LL_SRM 6:04912 2f4d 574b 1f2d 4d0f 2d1f 695d 7d6f 5f5d 1757 410b 0d37 270f 6507 4b6d 470f 0f35
LL_SRM 6:04928 0f33 014f 3b01 212f 5521 5f03 5d21 6f7f 232f 0d2b 394f 3f5f 0f47 090f 0d67 6967
LL_SRM 6:04944 0311 7179 2169 0b3b 4d01 3d0d 1519 173f 4f33 1f05 5d57 4537 2f0d 0747 2511 0327
LL_SRM 6:04960 4f57 1103 5f3d 7b1d 731b 1d11 775b 1945 5339 1f0f 4f7d 6d5d 1737 254f 4f0b 2943
LL_SRM 6:04976 755f 7733 7167 315d 074f 0319 657b 6b67 735d 7f05 2b2f 7b1f 4317 412b 6f2d 6f0b
LL_SRM 6:04992 4955 0131 4101 536f 1b43 695f 5135 2d55 030d 3b6f 6151 6545 6301 4f67 2d05 0915
LL_SRM 6:05008 2b29 6971 4671 6361 4323 7377 3921 5f29 0961 1d55 6911 5133 2103 7767 3929 5173
LL_SRM 6:05024 7f79 6111 7571 0325 373d 2961 351d 7977 4b3b 6721 755b 710f 755d 2911 0173 5151
LL_SRM 6:05040 3f6b 777d 5f7b 3143 7531 2929 7d77 5565 6f69 6d5f 253f 6577 7d75 2379 1365 416d
LL_SRM 6:05056 4713 7b27 6101 712d 6305 4171 6d1b 5373 3103 1347 1771 7b7b 5f09 4559 4501 6b55
LL_SRM 6:05072 4331 7355 4b7b 1f79 3103 2b41 5101 4945 1509 153f 4b41 4303 7571 652b 1927 034b
LL_SRM 6:05088 773b 6321 4f6b 2571 6553 6935 7b1d 5b25 3365 3b37 1f1f 4f0b 7d47 7771 7b39 7f4b
LL_SRM 6:05104 697b 7b4b 7375 7171 7d45 5d01 2117 397d 0565 4b03 7d3f 5137 755b 6b67 7955 7301
LL_SRM 6:05120 7307 4d3f 2727 3d35 051f 1f57 1109 1d5f 0925 2f6f 2b61 7b03 4d07 4727 0f0b 032f
LL_SRM 6:05136 4955 070b 0d2b 1567 0b0f 033b 1303 2737 274b 6d4f 2107 1b09 2101 4737 490f 0f0f
LL_SRM 6:05152 2f3b 5925 7d0b 5d0b 2d59 7f65 2d1f 7f41 732b 096b 7b7d 5b19 672b 4533 1b4d 4b0f
LL_SRM 6:05168 7f5f 1149 277b 2309 692b 091f 1f27 151b 0d7d 6b05 0957 1f43 470d 7d67 0f5b 6f05
LL_SRM 6:05184 0f0f 7f4f 2101 630b 2135 395d 1307 070d 4719 0363 7763 0d07 654b 1503 0703 576b
LL_SRM 6:05200 4707 7b1d 1b33 070d 1103 6d6b 4121 5913 0b3f 412b 0d01 5b4f 2307 3b45 0d59 0f33
LL_SRM 6:05216 7f5f 3f0f 4f1f 1739 176d 1157 5f4f 7f33 391f 1f07 4963 5503 3f2f 671d 177b 1509
LL_SRM 6:05232 5b57 6907 694b 0b43 1f19 7f23 012b 0f2d 2f75 4b77 676d 7315 5b2f 0d03 3f2f 391f
LL_SRM 6:05248 0973 575d 5141 6553 7377 415b 6523 7157 3379 5379 6355 0569 4521 5169 7d01 0961
LL_SRM 6:05264 2d43 613d 5911 652f 0b61 737f 232f 3179 3d31 697b 7b51 7955 0111 6177 0165 2513
LL_SRM 6:05280 797f 750f 135d 6f43 312f 1967 533f 7779 1765 651d 2913 1f39 0b61 3511 1523 5b11
LL_SRM 6:05296 7b51 6375 7353 1d0d 7b75 7f19 5d7f 3f01 2b73 7967 3f11 5d51 5d77 3f13 657d 6163
LL_SRM 6:05312 0b53 613b 3b11 1d5d 013b 5175 5b07 6553 1b17 6529 1f39 2b1b 756f 196f 116d 6517
LL_SRM 6:05328 7d71 5b7d 713b 5315 677b 012d 5151 1555 5343 1159 5133 5945 3123 5533 4135 5371
LL_SRM 6:05344 373d 3d1d 597d 7365 496f 7913 0f55 570b 4161 573b 3951 7511 7f7b 5563 6535 7579
LL_SRM 6:05360 5d71 3975 4d3d 5153 3175 0521 0773 1309 7971 5731 456d 3155 717f 4521 3579 7929
LL_SRM 6:05376 4743 7f39 196b 0f0d 1b03 733f 0107 0f2b 2111 2907 4143 4f2b 0325 5b77 0705 4f0f
LL_SRM 6:05392 0d0d 3b6d 3d07 0f15 4b07 0f5b 1949 476f 2125 0f5f 291d 2d13 1f0b 410b 2129 291d
LL_SRM 6:05408 152f 3701 4b4f 1f1d 7f75 7b4f 671b 4f05 3139 393f 4d0b 170b 6d0b 0f25 7d25 0517
LL_SRM 6:05424 455b 5543 6f5f 1511 4b4b 7d61 5767 3733 0f5f 4b31 172d 5f23 7d0d 3947 755f 4305
LL_SRM 6:05440 1743 195b 5d51 1d0b 1f27 0d1d 4b43 5957 2719 574b 3503 6d43 0713 0771 3529 351f
LL_SRM 6:05456 2111 6307 2b13 7d5d 5925 0f5f 2b43 0375 3543 2979 2705 216b 2d03 4f37 1349 0123
LL_SRM 6:05472 075d 2f19 3111 0f0f 2b2f 1d63 7f61 7f73 1f0f 0167 2137 2353 7f47 615f 173b 517f
LL_SRM 6:05488 0f4f 3f65 1f17 5d09 4f1b 374b 455f 4577 2d7f 0711 3b7d 3d23 7d2f 0329 1f37 5f17
LL_SRM 6:05504 512b 5317 7959 7935 115b 1df7 4d21 7109 6965 7d75 4951 355d 2d35 7753 5351 2727
LL_SRM 6:05520 0751 396f 5551 656f 110b 3345 3d45 292d 713d 657b 4325 2b4b 7511 0751 5111 7175
LL_SRM 6:05536 615d 0951 4559 716f 3359 115d 5b5f 4111 7979 6513 7f7d 6b41 6b7f 6529 197d 2f19
LL_SRM 6:05552 775d 4107 7f67 3333 055f 5571 577d 3555 675f 3133 6379 2f01 0d57 6515 7d7f 4921
LL_SRM 6:05568 5119 2167 3321 497f 2111 0117 3951 6d53 3523 6173 0501 5b6f 1519 1775 0f23 5147
LL_SRM 6:05584 4147 2f21 1135 114b 4b71 7377 5d43 5d49 4305 693f 1179 2907 1561 4771 4373 515d
LL_SRM 6:05600 0119 1f05 7d63 0d77 475d 7155 7d57 6f59 133b 2531 1373 657b 2f7b 6718 6551 3f77
LL_SRM 6:05616 0137 3723 237f 5371 7f7b 4d0d 6f45 5f23 1771 5d77 5f6f 7309 7f7d 1d5b 732b 5921
LL_SRM 6:05632 1b2b 517f 4325 4b65 092b 4701 2527 4b69 4305 6f7f 2109 116d 5f11 1d09 1929 5177
LL_SRM 6:05648 0b03 1b4b 297b 0707 4b03 3d6b 4359 233d 074d 330f 0909 296b 6d4b 210f 4d09 6157
LL_SRM 6:05664 0d2b 054f 474f 0f27 336d 4d0d 3d4d 4b37 1943 7759 7f7f 6f7b 5f27 2739 072b 0129
LL_SRM 6:05680 1b47 4703 1d4b 4929 5d51 5b5d 674d 3721 7f3f 2743 493f 0f03 3d41 1169 597f 5975
LL_SRM 6:05696 674f 413b 0755 2541 270f 496b 4f41 330d 1767 571b 6d0f 234d 2705 134b 0d6f 5513
LL_SRM 6:05712 0b05 2363 6b01 4b55 091f 1f5f 0b39 0355 010b 7b65 2d1b 370d 1159 0d6f 0b4b 0f0f
LL_SRM 6:05728 2b5f 0329 1d17 5967 7d57 1f0b 4f6b 6f7b 5b59 2d17 4f3f 2105 075f 6f59 477d 1b31
LL_SRM 6:05744 3d0b 4d73 230f 3f4d 2f5f 0b19 3b73 2d35 3f4f 0567 1f7d 6b2d 4b0d 6f7d 0b2f 174b
LL_SRM 6:05760 4153 795b 5b75 0f31 5f69 5f73 452d 5511 6523 5d6d 4765 5b21 7531 756d 6943 6731
LL_SRM 6:05776 5961 4751 417d 554b 0131 395b 3151 2f03 1f59 277f 0935 5541 6133 332d 491b 6969
LL_SRM 6:05792 6777 6311 7975 3501 4755 2501 5d55 491b 697f 4579 7561 7561 7351 5555 7525 3563
LL_SRM 6:05808 3d49 2517 5b75 1f7d 2d77 7b07 1d6f 3771 693b 5d71 2f6f 2327 6b15 6b49 7d47 693f
LL_SRM 6:05824 5321 7563 5157 191b 7301 4167 4917 6d61 6729 0165 391f 0b55 314b 0b19 0141 737b
LL_SRM 6:05840 0149 2d03 3141 337d 610d 5553 1331 6b55 0109 4f7f 055d 114d 1153 7939 4721 131f
LL_SRM 6:05856 6f79 6b7d 7345 0d29 117d 6f73 215b 7763 6d71 4f77 2b25 7745 736d 1341 7f77 6755
LL_SRM 6:05872 753b 7771 5759 1957 197b 3959 757d 7721 6927 0d1b 3f6f 1b51 5b5d 6565 3f6b 3715
LL_SRM 6:05888 4513 755d 0b01 494f 1b7d 7f69 2141 2d37 2123 0b5b 1d09 5f79 4303 2f5f 6d2d 2f4f
LL_SRM 6:05904 2d3f 090f 4901 2321 573d 034f 4105 2f75 771d 4d25 4303 5123 4d09 655f 290b 253b
LL_SRM 6:05920 035d 292b 273f 4107 0f2f 6327 4f5f 0b2f 5f7f 0309 1f5b 4303 1b3f 0971 1f07 6f45
LL_SRM 6:05936 3f6d 6f0b 733d 6d5f 335d 770d 375d 2707 235b 1b3f 7f67 7f0d 417f 1b35 4d75 2763
LL_SRM 6:05952 4947 0535 010b 494b 4517 4b2b 054b 2d5f 1915 3b4b 1547 2b73 3129 731f 0f03 410f
LL_SRM 6:05968 671f 0161 2107 354d 0911 3b0f 5527 5d4b 612f 0923 4b03 356f 034b 2b09 2f11 4151
LL_SRM 6:05984 2b77 7d3b 676f 7b4d 754d 3b89 5f53 3903 5b67 274b 2f47 4715 7519 2d45 553b 0915
LL_SRM 6:06000 1b67 7903 7d7d 3d79 555f 0b07 1b5f 310d 711f 2b65 3707 7f1d 1f39 2d79 3b4f 475f
LL_SRM 6:06016 194b 3963 0301 5139 4551 1753 6551 4d71 7d11 11e5 7f65 5173 6321 077f 2343 6131
LL_SRM 6:06032 1951 5175 4703 2967 6b13 797f 0579 752d 5b11 114d 0513 3309 1375 313d 6913 1f71
LL_SRM 6:06048 5b6f 6975 2579 2929 6769 696b 5d3f 736d 537f 1b79 5d77 5d13 1777 6753 757b 750d
LL_SRM 6:06064 6361 6537 7f69 1d41 7d0f 2b7d 657b 3b73 6b71 316f 7b77 1709 2763 5551 5963 4b61
LL_SRM 6:06080 4127 7167 4919 3571 234b 016f 1161 3b51 2951 0d57 3b61 5533 7361 1171 6f37 4763
LL_SRM 6:06096 5141 0779 6d09 5177 4967 152f 3501 1921 1f31 337b 4b39 495f 6161 3139 013d 6d03
LL_SRM 6:06112 773d 5367 797d 7905 5f73 5963 397f 1d53 1b21 074d 1f61 2567 751b 513b 6f37 3961
LL_SRM 6:06128 2f61 4125 6f79 5717 2d3d 0325 4d73 3145 2969 2765 5715 0d25 7b79 1361 1f7b 7971
LL_SRM 6:06144 4b4b 2f67 1f15 4f1f 1b23 0b47 1527 1745 0911 1b2f 3967 0d6d 0f41 075d 576d 2f49
LL_SRM 6:06160 4f0d 6b05 0d01 0d09 0527 4527 5335 3d7b 4503 0179 0309 3511 194f 1d11 070f 0f6f
LL_SRM 6:06176 156f 6d77 232d 4d7f 4f69 2f19 3d6f 4f09 4f3d 6919 1b0f 4f01 1f4d 1919 7b55 1359
LL_SRM 6:06192 4f5f 571f 7f07 434b 7d5b 5b79 1f57 3d67 3759 6d21 1d4f 4d6b 0f1d 2f0f 4b5f 5f4b
LL_SRM 6:06208 5347 6557 4917 4b4b 3b25 2b09 0b4d 434b 5b43 6953 1311 6d35 094d 6b37 6939 6f6f
LL_SRM 6:06224 1505 391f 0157 1b79 1145 0347 0d09 4d1d 0d0d 1d45 4543 753d 2d09 6531 430d 0f77
LL_SRM 6:06240 5d6f 4b67 5d3f 2b25 7b4f 6b4f 7f3b 6553 2367 1f31 0f0b 734f 554f 3b47 070f 4f45
LL_SRM 6:06256 4513 472d 2d25 710d 370f 212f 2f67 6f2b 7d67 510d 2b5f 1707 6d2f 2707 2f7f 1f2d
LL_SRM 6:06272 4309 097b 2541 5b55 3771 3733 1d51 0975 6d55 653b 2519 312d 0125 2367 6361 5149
LL_SRM 6:06288 2133 7543 036b 1573 0515 7779 4d2b 2919 3531 3121 2527 2573 2971 7f09 391d 1175
LL_SRM 6:06304 4b01 5f67 735f 3b59 5763 6b79 597d 411b 617f 7729 773b 4d61 6f75 6565 5773 0109
LL_SRM 6:06320 3775 4b63 376f 6505 5541 6329 6133 5953 337f 3d1b 6d13 4955 5b6f 3931 7b7f 1b25
LL_SRM 6:06336 7103 1f51 7f59 5753 4153 4769 5163 5305 7f51 4363 5329 5113 2133 2171 0d51 631b
LL_SRM 6:06352 6531 0775 1167 6325 6505 2765 6131 551b 2351 2b7b 5541 5b5f 0727 7113 7b43 6331
LL_SRM 6:06368 295b 5f03 2353 6955 7b71 077b 0d79 5549 7f3d 074d 333f 6951 4b37 3b25 356d 775d
LL_SRM 6:06384 5971 5f69 3365 3907 5753 5d55 2d77 377d 7d63 716b 2771 6d33 735f 6575 517f 4139
LL_SRM 6:06400 031f 4f7d 0709 4f35 6721 1343 0f43 1303 2545 7971 471b 2b3b 0519 7f0f 330f 430f
LL_SRM 6:06416 0951 5f6f 3b13 2577 1b21 277f 1b1f 632d 2105 5919 230f 1b05 3d0f 2755 054b 135b
LL_SRM 6:06432 434f 5503 2d67 675b 2b0f 494d 472d 0f1b 1b3f 353f 5d6f 6f35 373d 1d4d 3f3f 6f11
LL_SRM 6:06448 6d4f 3b53 7b59 5f23 3b7f 5307 1539 3b03 6d4f 295f 794f 4563 576f 2f4b 7f7d 6f09
LL_SRM 6:06464 2941 1163 211d 4d2f 0b41 3b3b 0969 2d25 2301 6115 4301 3b7d 0109 452f 1549 451d
LL_SRM 6:06480 0d09 2547 631b 0f1d 290d 3b3f 2f05 0b3d 1917 0d5f 2307 0f09 3153 5b1f 470d 0f3d
LL_SRM 6:06496 2f67 5355 770f 1b2d 7f1d 272b 7b45 7f3d 6d4f 5b4d 3917 6103 3d57 6f1f 370d 752d
LL_SRM 6:06512 4f55 032b 3f7f 1b33 035d 770b 3d17 6b0d 0b3f 210f 6f69 4715 713b 5515 7d5f 3707
LL_SRM 6:06528 6b51 2173 3b19 4975 3125 2525 032d 7949 0933 696d 0555 1961 2561 5123 7543 2147
LL_SRM 6:06544 2115 5d49 330b 1b6d 0965 4941 2329 6169 7109 177b 6905 4373 4d75 0b1b 6169 713f
LL_SRM 6:06560 3f17 7f79 2f75 6913 3577 357b 0b7b 017d 5533 1d47 6d3b 7d65 7d3b 4b73 517d 2927
LL_SRM 6:06576 1d3b 794b 7f5d 5f21 5d63 3b43 7933 2177 1b6f 5b79 7b37 7b69 4959 3103 1b79 6b3b
LL_SRM 6:06592 011d 6339 4d2d 1921 0911 5b41 0331 153d 2123 3767 6531 557b 6171 617b 4141 1305
LL_SRM 6:06608 0161 353b 6509 1b3f 217b 712d 0513 357d 610f 173f 5929 7b67 6159 772f 1941 2d53
LL_SRM 6:06624 7b77 270d 6379 4575 1d11 1111 6f73 4f65 2573 4373 2747 6553 173b 336b 1967 6103
LL_SRM 6:06640 792f 2d75 6d7b 553d 2179 1973 7179 5d47 5f53 1525 6375 4551 4f7b 4179 6f33 3b4d
LL_SRM 6:06656 092f 5b0f 5b1b 6f5b 071b 6d6d 513b 191f 113d 0b4d 3169 2d4b 3921 0d37 3d4f 7d7f
LL_SRM 6:06672 0507 2f29 2919 0357 011b 254f 074d 117f 690f 295f 017f 3103 0d49 0f37 1d29 5f0b
LL_SRM 6:06688 6f17 1d15 5f57 3f1f 377f 175f 3b3f 5f43 7b1f 7719 675f 3f4d 5f1d 3d0b 2b5f 774f
LL_SRM 6:06704 0737 4709 6b75 6f31 233f 6d3d 0d6d 2f2b 3f79 7d3f 6f4f 4f55 4f07 7b55 3d4d 3f09
LL_SRM 6:06720 0523 7927 610f 691b 670b 051d 4311 051f 2d07 037b 0d0d 2f47 136d 4529 654f 4177
LL_SRM 6:06736 1d0d 4177 1967 370f 0f39 0f4b 012d 1353 011b 7903 3303 5d7d 131d 0577 030b 334f
LL_SRM 6:06752 5947 2f01 5f2d 0707 591f 6b6d 496b 3f15 5147 0525 4b27 2f0f 5737 170d 5f0f 0519
LL_SRM 6:06768 3d0f 391d 752f 0d1f 6759 015f 3f25 456b 2f35 0717 6f5d 194f 2f5b 3b59 2b0f 0747
LL_SRM 6:06784 4521 2175 411b 2971 5935 7159 6971 7151 7363 5f3d 5939 5153 4701 2b17 114d 034d
LL_SRM 6:06800 4725 7947 5919 5173 512d 7915 0b31 454d 7327 735f 3b33 1323 1701 3579 7f55 737d
LL_SRM 6:06816 331f 0351 337d 7b07 315f 3b59 7b5b 1b33 5379 7735 6971 7141 592f 3941 3f25 6b79
LL_SRM 6:06832 4775 734b 6167 b109 6d75 6f77 6563 2b4d 7775 5f31 5537 3755 7937 5b07 0979 5f37
LL_SRM 6:06848 035b 6511 790b 455b 6111 7d21 3b53 7303 0121 3b53 5b19 077f 2351 7113 2f53 0167
LL_SRM 6:06864 0945 237f 3511 2f6f 711d 5353 157f 736b 5135 496f 0371 2d37 2101 4173 4149 4d6d
LL_SRM 6:06880 3d77 3111 2d21 7955 2b71 2333 7f7f 5761 3743 0117 5131 5571 5567 0151 2b7f 2971
LL_SRM 6:06896 7d6f 0911 5b71 4111 7941 2d2d 517f 671f 7f27 5739 232f 6b47 7d49 3f33 2379 671b
LL_SRM 6:06912 530b 4b3f 1f7b 1729 6f0d 057d 213b 1f6f 275b 3b67 0f4f 1105 0d03 196d 755b 2307
LL_SRM 6:06928 2f55 433f 0f15 4f2b 2b4b 091f 0535 7d09 4d27 3101 0f43 3f6f 0777 3179 695d 4b0d
LL_SRM 6:06944 2747 374d 0747 632f 0767 673b 0b4f 3301 7f17 3f5d 0f3f 1f1d 2f1b 5b0d 7d37 5305
LL_SRM 6:06960 3f6f 591b 135d 4f11 3f75 0b45 1d1b 0773 391f 3f49 5f57 4f0b 7533 0d5f 5751 4107
LL_SRM 6:06976 156d 2b4d 1913 2147 4701 1535 230b 0b57 4945 3f2f 0d21 5d13 130d 4735 1109 172f
LL_SRM 6:06992 4309 7b2f 133d 5b6b 295f 4765 0f1f 594d 291b 6d7f 5543 017f 0107 6b5f 030d 157d
LL_SRM 6:07008 4f65 3d17 7d1d 5b63 017f 115d 273f 692d 6949 7f7f 7f77 294b 7927 6f39 4f25 4167
LL_SRM 6:07024 336f 4145 0771 7d23 2f59 110b 6d1f 2d49 5b3f 5b21 013f 474d 436f 3f5f 7f27 7f57
LL_SRM 6:07040 5333 3569 477b 552f 1933 532f 6179 5705 7d61 3939 3b0d 456f 1d29 257d 3161 6171
LL_SRM 6:07056 0169 317d 5529 5531 7143 257b 4301 617d 5369 451f 7155 436d 6545 572b 0955 6d53
LL_SRM 6:07072 3911 7105 6d5f 730b 5559 2901 7975 6f63 2f7d 6761 1f17 5939 6f3b 273d 7f5b 3d39
LL_SRM 6:07088 6953 3321 7909 6d11 2f6d 594b 356d 531d 571f 1135 7f5b 1b29 4d71 717f 6d61 6125
LL_SRM 6:07104 5571 431b 7913 4579 1945 2b6f 4f09 3319 1557 7767 1b31 253f 1d03 0d31 4303 3355
LL_SRM 6:07120 1d1d 2363 4901 2d7d 6f19 6d21 3935 392d 5903 0939 4353 737b 685b 553f 1771 2b53
LL_SRM 6:07136 5375 796b 270f 0d43 7f71 537b 175d 6d71 456b 1335 295d 0745 7d63 3359 2d7b 7b41
LL_SRM 6:07152 5b55 2b73 5f4b 3901 7905 7b75 573f 576d 3327 5561 0907 5569 3f55 7137 3f73 1d75
LL_SRM 6:07168 1505 2307 090d 6149 0d13 152f 0727 154b 4509 0f2f 0023 2713 054f 6f05 0519 6b1b
LL_SRM 6:07184 0913 053f 0d05 2f07 0317 1d1f 432b 3b67 3b49 455f 010b 0d43 1321 194b 7d0b 4b6f
LL_SRM 6:07200 7d6f 0749 0f57 3923 4d2f 5d23 072f 1f3d 6d2f 4f39 410f 631b 253f 2f1d 171f 7517
LL_SRM 6:07216 730d 1301 5f3b 254d 3b2f 3f21 5f09 5f37 7f5f 777f 493f 070f 4f5b 2f01 0d0f 0d15
LL_SRM 6:07232 210b 5b2d 0303 5d73 7d07 257b 0355 2501 3349 4f5f 1503 4f29 6105 6927 0127 231d
LL_SRM 6:07248 5521 4167 0531 112b 0503 115f 253f 1925 255b 2d59 194b 015b 0d29 4367 4135 2143
LL_SRM 6:07264 4775 610d 3759 3915 6b2b 777b 4f6b 7f13 1707 4b3d 6f1f 3f73 1f2d 1d5b 0325 6117
LL_SRM 6:07280 0f5d 1d51 4f3b 7535 515f 3753 0f6f 5347 3d7f 316b 4f0b 7f4d 590f 1f0f 754d 3b41
LL_SRM 6:07296 3553 1103 2123 3b13 1111 5959 4341 2d75 2965 4925 0111 2b31 5967 113f 5f31 7369
LL_SRM 6:07312 6109 7563 4121 1151 6975 2953 4f3b 436f 6325 133d 0125 315b 2541 710f 4105 0d61
LL_SRM 6:07328 3361 3b21 7d65 1553 3f47 2755 0505 4523 676b 0f35 337d 0f39 734d 7549 7b79 4127
LL_SRM 6:07344 7f37 3f41 2b7b 4115 2941 4933 3f31 7961 6705 5705 2533 6d19 6541 3d35 6b75 0f11
LL_SRM 6:07360 7159 656d 0b61 3347 2553 3163 0517 412b 2b27 0d69 5945 6d25 0931 554b 1927 7969
LL_SRM 6:07376 4d41 7765 6103 0b59 4565 5119 4131 6173 0343 5359 1955 575f 171b 7179 6329 3361
LL_SRM 6:07392 735d 7f3d 5777 795d 2777 2933 1373 6f4b 3f59 7d39 7537 735b 7109 0903 7131 7d55
LL_SRM 6:07408 7d07 0b05 2175 2745 5919 5f61 3f57 1529 1d57 6967 275f 7159 6361 2175 1935 7d05
LL_SRM 6:07424 0501 050f 0f01 1b5f 0301 451d 4127 0307 2343 3725 4d2f 1937 213b 0b2d 0711 0f5f
LL_SRM 6:07440 096f 094d 0125 056d 593d 016b 0743 2d3f 4b57 531d 070b 4177 0f07 091f 0125 5b67
LL_SRM 6:07456 7d7b 6d41 7f27 112b 477b 0933 1f7f 4b2b 1b3f 4d79 371f 251b 771d 6d23 6f2b 0143
LL_SRM 6:07472 375f 5d5b 4d6d 4f0b 0577 2751 7f3d 1b13 7b17 756b 4f1f 0d1f 2b17 1349 5b39 470b
LL_SRM 6:07488 5d29 0f25 0501 1f0f 0d09 2b45 1549 1965 0747 273f 2525 4b2b 1507 611f 2747 0d19
LL_SRM 6:07504 6915 1745 4125 2137 133b 035f 416f 0543 2759 0d71 6f47 6d5d 6f01 0b39 0563 092b
LL_SRM 6:07520 4f67 2b09 3727 0717 5d0f 3703 430f 7357 557f 771d 2b67 7d3b 732f 731b 5f4f 2d7f
LL_SRM 6:07536 1361 5f1d 290d 2721 536f 6d53 3f7d 6f0f 7f27 457d 376f 1d3b 375d 5d0f 776f 5f23
LL_SRM 6:07552 3951 2f4b 0f23 633d 4707 6929 1161 6351 0161 433b 2b51 176b 0925 3137 2911 6315
LL_SRM 6:07568 4369 2f2d 0161 5743 692b 5d53 551f 3731 4323 2325 6307 332d 4b11 5363 4335 6109
LL_SRM 6:07584 734f 3953 350d 7703 177b 2107 4573 4f1f 2371 2341 7f05 6561 7d61 3b7b 6f33 7309
LL_SRM 6:07600 7d77 4339 3d3f 5561 617b 3b09 0d71 110d 1f3d 2f43 5f35 3549 7151 3121 3765 1579
LL_SRM 6:07616 3f61 5955 2d63 653b 0339 1375 1145 117d 6519 6f79 5121 2571 4935 0139 5755 137d
LL_SRM 6:07632 1543 232d 1b41 7d0f 3331 2173 5165 4379 4547 6337 0139 753f 7743 3129 6d41 2373
LL_SRM 6:07648 356f 2373 473b 596d 6b77 6751 6f77 7b1b 3979 5175 7337 355f 1971 2f4d 3f4b 790f
LL_SRM 6:07664 5d61 2573 675d 1113 5d2b 4569 096d 6103 4779 717d 731b 0311 5d19 6f23 514f 2d6f
LL_SRM 6:07680 075b 236f 2765 137d 1b15 2d55 0715 0d15 2519 734b 692d 097d 1503 6177 014b 1177
LL_SRM 6:07696 2f05 016f 0d11 7b3d 2505 0f3d 1d07 2917 237f 073f 350b 3b2f 033d 017b 030f 192f
LL_SRM 6:07712 793f 4f0f 270b 3345 3f7b 7b01 4b65 3d35 532b 5f5f 6d2b 610f 2f29 3d55 4d4f 6127
LL_SRM 6:07728 4307 4f1f 352b 456f 1d2b 0523 2d4f 3b39 575d 774f 174f e757 2f3f 291b 1d4f 0f05
LL_SRM 6:07744 0303 6b0b 6309 3319 6551 0d2f 0d23 0901 4341 0d41 430d 3949 0927 2f2f 0d17 096f
LL_SRM 6:07760 0b0b 2f0d 0109 0d79 050f 4b6d 0515 0f3b 0549 2f2d 3d01 054f 0f0b 411b 2b05 4157
LL_SRM 6:07776 0b4d 430b 3d1b 5f29 7b67 4f25 2f7f 1d35 7f3b 3f4d 3f35 3319 470b 0719 2b5d 4f65
LL_SRM 6:07792 670f 1f0b 133f 4713 2f7f 651f 172f 1b1d 7767 0b25 0f5f 3721 296f 6b5b 071d 7743
LL_SRM 6:07808 6131 0369 1d39 1735 3179 7571 016d 4957 4d57 2173 0129 7533 2d1b 4f3f 5527 051f
LL_SRM 6:07824 3b01 2165 1905 6b4d 0d01 3565 5345 6117 7347 4945 0101 2173 6129 173b 595f 793d
LL_SRM 6:07840 7139 6347 7f61 1f07 2711 7315 0971 4139 755d 5d43 7951 4557 1937 4521 11e1 6d13
LL_SRM 6:07856 3f11 3333 3b7d 7731 7779 3141 7945 353f 6939 6935 7b7f 733b 736b 7161 796b 2771
LL_SRM 6:07872 4537 017f 3563 372d 5531 395b 2549 496b 3b75 117f 0709 2155 4561 497b 612d 617d
LL_SRM 6:07888 5141 1519 6351 2363 6139 5759 5161 5379 330b 6b49 5753 1363 6321 3517 5911 3b3d
LL_SRM 6:07904 5b5d 7b2b 7d71 4d49 1b4b 1903 7527 7b53 6f7d 7b17 6f39 2775 6d15 6711 737b 752b
LL_SRM 6:07920 376f 6171 3319 6f29 4d7d 3143 1f63 5d7b 7d59 7951 1f55 4d79 6359 6509 3b79 713b
LL_SRM 6:07936 4b53 1707 295b 1b2f 1103 0757 017b 0953 0b29 0b75 252f 2d73 232d 191f 095b 4125
LL_SRM 6:07952 1119 0f2b 6b6f 093b 0d2b 7b57 216f 0157 2557 4505 5501 352d 011d 3f41 475d 095b
LL_SRM 6:07968 2f55 1507 5f1f 4915 2b2f 7743 7f0b 3d4f 5f6b 4d29 076f 4b4b 014f 6b4b 6f45 551b
LL_SRM 6:07984 7b6f 196f 450f 0507 7d4d 3503 5d3d 6b0b 3b3f 6f17 574f 613b 2b59 4909 5b2f 272f
LL_SRM 6:08000 1131 072b 2d0d 2b27 1b09 0f67 0965 3339 0519 3b2f 1317 0f4f 050b 5f29 0d49 237d
LL_SRM 6:08016 2903 1327 496d 4d2b 190f 7709 1f51 2d0f 3d69 113d 2717 3d0b 0121 3327 6147 0549
LL_SRM 6:08032 7f7b 4b0d 4b4f 1569 690b 1d0b 0f33 0b39 0f5f 6d45 7b7d 1359 5555 2b23 4317 0545
LL_SRM 6:08048 7745 7369 0955 4b43 6d6b 793d 210d 5d13 775f 2b09 1717 3305 1f4d 5d23 2f59 090f
LL_SRM 6:08064 5975 5311 7963 0341 1d0f 6127 1111 737f 3b01 3119 1323 011d 2961 3313 1545 416b
LL_SRM 6:08080 215d 491b 6335 7565 437d 4579 3355 3f2d 2b01 337d 2d43 0715 6111 7957 2107 511d
LL_SRM 6:08096 777f 7b53 5775 736d 6171 3131 5d6f 3923 7971 3f4d 6771 1961 7d3d 0d19 653d 6967
LL_SRM 6:08112 3b79 717b 7f73 4115 755b 436d 3379 6d67 2375 4365 674f 4163 6b4f 7929 3937 3347
LL_SRM 6:08128 1151 1911 6d09 5921 5d41 4b31 2311 2f75 2747 5f79 4341 552f 1131 0521 3141 1161
LL_SRM 6:08144 5921 591b 0135 2559 6345 2561 0779 4921 3343 091f 2321 075b 094f 5733 4d69 1935
LL_SRM 6:08160 7f73 3d69 7f5d 6569 7b5f 6b61 1129 3363 1929 7565 6f1b 7b23 6155 012f 457d 7931
LL_SRM 6:08176 7749 574b 7f61 571d 3f3f 757b 4f39 436d 3571 5539 7f7b 7333 3779 5f5b 0f2b 7551
LL_SRM 6:08192 7167 2561 7509 4141 2153 0b7d 6951 696f 5351 1563 5f29 2b3b 2b11 1d7b 2141 3d5d
LL_SRM 6:08208 4343 6571 4101 5965 5141 3555 435d 0525 4331 357d 2d59 3b55 0143 0b4f 5169 0b71
LL_SRM 6:08224 776b 517d 3559 7959 5377 3741 3753 6d43 6773 7729 5569 6759 7d7d 654f 3749 6727
LL_SRM 6:08240 0f51 5d21 6139 131f 177f 7d11 237b 4d45 5d71 6f15 3b5b 6541 7b3d 795d 3d7b 2715
LL_SRM 6:08256 1121 0135 7551 633b 2547 5331 1171 0315 4113 2167 6331 1f21 2101 6f07 6131 3369
LL_SRM 6:08272 4179 5b5d 7171 296f 5169 2b71 211d 4113 3111 2503 2141 3117 1331 1773 0321 456b
LL_SRM 6:08288 7f7b 3753 1d2b 5103 777d 0f0d 7173 3977 7f3d 3171 6d71 6779 3525 0f6f 716d 5d37
LL_SRM 6:08304 0575 3171 2355 6147 777b 7f51 371d 7971 7135 5d39 7d43 7529 3d51 7721 7971 5371
LL_SRM 6:08320 6507 4d6f 3711 0135 0501 737f 1d09 092d 3761 1f1f 0109 413d 6b25 5d29 0555 130f
LL_SRM 6:08336 0549 110f 2711 472f 2d4f 2f4f 054b 3d3f 2d09 216f 055f 430b 450b 0f39 0321 2d5d
LL_SRM 6:08352 1f5d 5549 472f 174b 5f2f 4b09 6f0f 7b0b 3f4d 0f11 4f7f 6f0d 212b 4b09 7d7f 2707
LL_SRM 6:08368 574b 4d0d 2b41 7769 6971 232f 1d2f 6f2f 3b35 6f2b 4f0b 3b23 394f 4d2d 7b7f 6919
LL_SRM 6:08384 490f 270d 694b 2f29 2b19 431d 0907 3d1f 3115 133b 1f27 435d 1b47 4373 0767 2b0f
LL_SRM 6:08400 131d 2b6b 0163 1f1b 0507 2d7d 0303 0f21 1905 0757 0751 2947 0f17 0d11 2315 2f07
LL_SRM 6:08416 091f 696f 677f 050f 2d5f 3b6d 0519 434d 3709 5b41 196f 4f07 6f3b 2301 671f 1f2d
LL_SRM 6:08432 750f 236b 4b2b 6701 0b27 2f57 454b 7917 3b5b 2d47 4f2f 0b1d 5703 3b4b 6b3d 2f13
LL_SRM 6:08448 5905 517b 2371 6367 753b 6901 6931 0f67 3171 3b7b 1553 796d 6161 532f 5301 2d7b
LL_SRM 6:08464 7165 7f3b 5b53 3b53 0b05 7d65 0915 356b 7961 714b 7551 4513 6539 5379 016d 4775
LL_SRM 6:08480 572f 3913 5d69 655d 7361 594b 111b 7743 7b59 2723 1361 4515 6b49 2b79 3521 2b09
LL_SRM 6:08496 5b7b 1d39 577b 3575 7727 2521 191f 4305 351f 1b69 7b79 5341 7d7f 777d 3d73 2349
LL_SRM 6:08512 1519 7b57 4535 2563 0531 632b 0127 515b 5543 0d0b 1901 7d4f 5b19 6761 213d 613d
LL_SRM 6:08528 4751 4151 1547 117b 1359 6f53 2971 6763 0943 6959 4d3d 4151 5929 5535 4f07 353b
LL_SRM 6:08544 4f7d 7155 7d71 7b45 6111 3309 374b 2d33 3973 757b 4567 6363 0f73 3721 1b53 6967
LL_SRM 6:08560 3f7f 7361 797f 5d1b 1b7b 2d5f 793f 7141 6f6f 6d29 471b 3951 0571 053b 1d33 5153
LL_SRM 6:08576 2d13 5945 1f03 293f 110d 115f 416b 2f13 0b0d 010f 072d 1907 0f57 130f 1141 2531
LL_SRM 6:08592 2d1d 1d07 235f 054f 3b7f 0b0d 2543 6555 290b 1903 3329 294f 4b09 2b45 290b 313f
LL_SRM 6:08608 1f5b 1d47 3f67 1f51 4f0f 7f11 3f6f 1b15 5d49 290d 430f 2b41 194b 0f0d 735f 3d19
LL_SRM 6:08624 011f 251f 211f 7d49 1769 4549 7f1f 5b4d 673f 7777 154f 774b 6f5f 190d 0b05 0b15
LL_SRM 6:08640 570b 5541 0b1b 1137 031d 1111 2147 6b59 335b 6167 2351 4d33 6917 237d 0123 2d3f
LL_SRM 6:08656 0901 6d09 0b79 1d75 2d3d 417f 5115 731b 070b 1749 0505 7b3f 075f 0f7f 0b47 1b21
LL_SRM 6:08672 5b4f 0d03 1b2d 773b 2b0d 0b63 6f53 2779 7b3b 0b15 1f1f 157d 1b27 4b0b 6f7d 3313
LL_SRM 6:08688 777b 4b5d 3d1d 3f71 5d2b 630b 6937 730d 137b 5777 4f7f 0b0f 4b35 074d 5d47 3b61
LL_SRM 6:08704 411b 693f 0961 315d 5355 775f 0951 2d75 0335 3177 7f37 4563 6721 0d05 6955 711b
LL_SRM 6:08720 651b 7971 2351 1771 0379 3119 2311 0167 3139 7511 6d63 6135 7d65 1509 7775 7d73
LL_SRM 6:08736 1105 7741 3973 6531 692f 3961 7d33 411b 7731 7909 7953 211f 7d45 7121 5d65 2509
LL_SRM 6:08752 3929 731d 211f 734b 7b73 1b5f 0f7f 2d53 437d 177d 3779 6319 4967 2b0d 7723 2713
LL_SRM 6:08768 1569 1371 1561 0d2b 2125 3d71 1545 5579 0905 615f 1b0b 7d65 0561 6545 1343 6911
LL_SRM 6:08784 1153 4351 0351 4171 2131 5967 0501 0d6b 6113 2961 1f41 470d 1165 2931 4171 5553
LL_SRM 6:08800 3d33 5929 435d 1d11 7575 2717 790d 3f79 6557 3959 5b0f 6b11 2d57 534d 133b 1f33
LL_SRM 6:08816 7f63 7f7b 6775 6b03 0f5f 7d01 697b 1327 217b 5331 7d43 1f17 7d05 5161 7777 7361
LL_SRM 6:08832 214f 4d4f 392d 4d0d 4d3d 790f 5f0b 2f41 236b 614f 052d 6f3f 010d 437f 0305 0b23
LL_SRM 6:08848 191d 6d51 1d01 4b7d 0f27 390d 4d37 614f 3943 1b25 1d13 013f 132f 2d4b 016b 0553
LL_SRM 6:08864 1b5f 6f2d 5b7f 1f4b 7b2d 4f0f 4959 514f 3f45 2567 7b07 0d03 4f2b 1917 6f69 770f
LL_SRM 6:08880 5b47 594f 4f0f 0d0f 2f7f 034b 4115 192f 3b47 432d 2b5f 2705 2305 3f67 5f07 6769
LL_SRM 6:08896 3917 0d69 752d 673f 592f 1f43 2d01 4d51 0d2f 5767 0f57 0f17 0129 2b6d 0101 030f
LL_SRM 6:08912 0f29 4345 0f35 3f65 0b0f 410f 392f 0f4f 0309 230f 3101 6b1d 0d03 1d27 0f07 1347
LL_SRM 6:08928 797d 3753 7b43 7f0d 4d5f 3f01 2b17 2d1d 7f7d 1f4b 272d 2d5b 5d5f 1101 0b2f 5d17
LL_SRM 6:08944 3f1f 5d27 4d5b 3d2b 1f5f 0735 3511 5f1d 3d5b 4525 3b5d 5f0d 1b3b 110f 3b0b 2d2b
LL_SRM 6:08960 0173 7927 415b 1139 7305 097d 2151 6b1b 5125 315d 4141 391b 793b 4135 3b63 7353
LL_SRM 6:08976 6d75 037b 5121 4151 074f 6567 6161 3b3f 0559 713b 7155 3357 5161 7963 035d 750b
LL_SRM 6:08992 7963 752d 2565 2951 372d 3553 3909 1d75 734b 5b6f 3f71 2331 3f6d 337b 5b41 3d79
LL_SRM 6:09008 4f37 7513 277b 5f55 0573 4107 6917 3369 7b6f 7707 7379 3d71 7579 6b2d 593f 5b71
LL_SRM 6:09024 0131 5959 095f 5b1b 3151 6f01 6d21 4155 7b01 5353 450f 797f 5d01 655d 434d 7b59
LL_SRM 6:09040 4351 1d7f 2765 212f 256d 7133 2119 396f 5735 1b2f 6155 591f 0971 6b29 1111 012b
LL_SRM 6:09056 6375 0573 6737 7b49 7179 757b 494d 7371 7173 3901 7d71 4d2f 7775 375d 7535 1f11
LL_SRM 6:09072 1137 4d61 0d21 1f79 3f4d 4d57 7d51 4151 7d6b 370d 6719 7507 7953 4573 7b63 1945
LL_SRM 6:09088 5f19 197f 653b 0b23 0317 1f65 4d79 495b 5f3d 7f61 010f 0745 0d17 0f77 291f 5337
LL_SRM 6:09104 5303 1f2f 4b0d 0b1b 210f 0d57 2b01 0f6f 2b67 2f7f 3955 3f0f 211f 2d5f 4913 014f
LL_SRM 6:09120 7d1f 6d09 5d2f 0b43 0b2f 1525 750f 5f37 3f57 6f61 5f3d 5911 5b6f 2f23 6f7f 1b63
LL_SRM 6:09136 4f07 2d67 0f35 050f 5f03 032f 3f5b 7701 315f 4f1b 1727 052b 556d 5533 5f59 3309
LL_SRM 6:09152 4f15 0d37 2927 172d 5913 0d0b 5d43 3f1b 4955 2d2b 2109 1b0f 5d5f 277f 6b61 2527
LL_SRM 6:09168 670f 0367 1d2f 050f 1d09 2b1f 2d2f 054f 630d 4f5d 170b 0f07 3d0b 3f37 232d 3929
LL_SRM 6:09184 5b1f 4747 0f0d 7d43 776f 230d 170d 137b 4b0f 7f09 3115 2305 3f5d 1f33 7b6d 7135
LL_SRM 6:09200 2d6f 390d 6f21 3147 4d29 1547 6f19 2717 5b07 5b37 034f 0f05 5937 3f09 7b69 0b39
LL_SRM 6:09216 112d 7749 057b 4101 1161 7549 1145 571d 332d 437d 5b39 6f23 1501 1123 5141 3d5d
LL_SRM 6:09232 1131 5117 137d 752f 0147 7101 6b11 116b 0523 477b 113b 1177 3309 2149 2d41 4141
LL_SRM 6:09248 0577 7f55 6f57 7b33 397b 1f39 7171 7131 7577 4379 6777 7563 7753 5b2d 2f31 7b23
LL_SRM 6:09264 415b 4d73 6553 4b27 5b29 7375 3779 7f35 3179 1f17 3769 6165 5971 6111 4b7f 612b
LL_SRM 6:09280 0971 0115 7133 6161 3165 6961 3131 010b 2125 6d35 1563 5b77 4121 3b3d 797b 1d45
LL_SRM 6:09296 4101 2f73 0909 0135 6d53 6157 0139 1717 2103 2139 6579 717b 6903 0f1d 2551 1555
LL_SRM 6:09312 7d75 3705 7f77 5329 497f 4d77 7521 3921 6d7b 2d79 457f 1d11 6761 2741 795d 6341
LL_SRM 6:09328 7149 0165 6d71 5b71 3f7b 312f 7557 5301 5d6f 6733 2113 7943 5775 276b 6d37 5f57
LL_SRM 6:09344 330f 1c39 450d 492d 4129 2311 111b 0f57 050d 637b 0d0f 575d 4d79 0d2f 034f 4509
LL_SRM 6:09360 7909 6d7f 474b 117b 2103 0d4d 152d 2d5f 0163 3f3f 110b 216f 136b 4f0f 0119 751f
LL_SRM 6:09376 2b4d 5309 7f05 4f03 471b 0323 4f0b 7b0b 6d2f 3f55 5d6d 4f33 4b1d 2b47 1d5f 4f15
LL_SRM 6:09392 7d2f 2b2f 2f2d 4907 1961 2b0b 693f 0f09 637b 2f4d 7f5f 0305 552f 0f55 4d4f 694b
LL_SRM 6:09408 4f0d 6f2f 6d21 015f 4f03 393b 130d 531f 1903 116d 0f17 4d6f 650f 2d57 030b 6b0f
LL_SRM 6:09424 190f 457d 550d 1717 5d19 176b 3357 7365 070b 0d69 450f 690d 1513 111b 016f 4d0f
LL_SRM 6:09440 2f1b 3b47 5b6f 391d 2f7f 1f41 7f6d 2737 3719 6509 394f 6707 174f 436f 333f 4f19
LL_SRM 6:09456 5b7b 7b15 496f 1d47 4f45 7b4d 4d2f 1f2d 0963 7b6b 136f 514b 5f17 0f59 174f 1f4f
LL_SRM 6:09472 6503 7b3d 411d 4f21 2915 314b 4b45 7961 4503 2d55 0941 637b 5f51 3331 7551 5319
LL_SRM 6:09488 1313 154b 6743 5951 0f35 6175 4501 017d 2139 1927 5111 293b 0b21 716d 2107 2375
LL_SRM 6:09504 6357 6b65 4579 6163 637b 6301 6773 0b3f 6779 4511 752f 674b 773f 015f 277f 6573
LL_SRM 6:09520 5f67 335f 4f59 3b23 7577 6f51 352f 313f 4973 631f 5b5d 5b71 5d13 7923 752d 5711
LL_SRM 6:09536 1121 4309 1519 5325 6947 1545 615b 2d75 5341 4131 1351 456d 0711 7f41 690b 1533
LL_SRM 6:09552 4145 3171 2761 413d 5113 1173 6365 2d39 2525 6315 352b 696b 333d 7f75 6507 1177
LL_SRM 6:09568 7d65 3345 715d 2335 7d73 551d 3951 7775 3d27 6b25 773f 4f69 757f 6323 6373 7d03
LL_SRM 6:09584 7f2d 330f 5f6d 7d01 452f 7b6b 7b3b 4f11 7d5b 790d 3913 3711 6b5f 5963 795f 7125
LL_SRM 6:09600 1943 1b4f 570d 170f 1d19 2f4f 2d2b 0359 370d 412f 4b05 030b 6b05 352b 7d0d 6d3b
LL_SRM 6:09616 4907 3d0b 216f 013f 4911 153d 2f21 6141 0121 252d 2505 172b 011b 1f49 652f 6337
LL_SRM 6:09632 7f0d 432f 5367 0f51 137f 2d09 436f 454b 1b77 7107 772f 531d 5f15 7735 712d 694b
LL_SRM 6:09648 171f 7d09 2323 5d5d 076b 1f09 6923 7307 471d 5921 5373 6547 2b5b 3d23 6d57 6f39
LL_SRM 6:09664 0d4f 350f 4d01 3d19 3b03 2f6f 2303 5f07 6745 0b2f 0d4f 052f 554d 6b1f 2505 4f2d
LL_SRM 6:09680 0d57 4b3f 1909 011f 6329 2d0f 410d 0f7b 430f 477f 6101 4f35 3905 014f 253d 771f
LL_SRM 6:09696 6f6b 2f01 297b 7b0b 5d6b 5b29 0b4d 1313 094f 4723 6d4f 5967 6f6f 5151 0d6d 177f
LL_SRM 6:09712 4d0f 2509 3727 5705 6f37 4d59 2b1f 1b35 7b2d 5317 537f 0517 3b0b 2b29 2f75 210b
LL_SRM 6:09728 7329 7743 2177 6b05 7965 7155 2f6d 1f51 2949 4f47 050b 3d23 7921 5d21 2121 6d3d
LL_SRM 6:09744 6b2b 2535 4141 6327 2361 7d4d 092f 5167 6555 3557 0971 7f0d 6511 1d67 6755 457b
LL_SRM 6:09760 655b 2f49 697b 5175 175d 7b5b 7123 2521 7f51 3903 7d5d 2109 6759 2d49 2167 7975
LL_SRM 6:09776 7735 414d 7f67 0109 3575 7533 793d 510d 633b 6903 7f79 7d49 733d 4357 5b61 4523
LL_SRM 6:09792 1941 5549 4151 075b 4121 7d5d 7553 1179 3141 151d 5101 3921 5177 1977 3511 132f
LL_SRM 6:09808 0101 233b 256f 3903 1161 1171 6139 3d0f 1731 5571 0511 312b 6965 6567 352d 2139
LL_SRM 6:09824 1f67 7d71 7977 7941 137f 1369 3d75 6723 6b1f 356f 7331 2561 5779 5963 7f6f 7f51
LL_SRM 6:09840 6b77 372b 094b 7561 7723 1301 597d 6771 7739 7f41 2977 2701 7935 1b71 5b53 670d
LL_SRM 6:09856 094d 2d2f 0947 4b1d 0b5b 1b4b 5d23 135f 2d45 2d2f 2b17 4f27 0b57 4723 632f 1519
LL_SRM 6:09872 6917 0f5b 0d0d 4125 4361 054b 393f 0359 2b0f 3b1d 4927 217f 7553 7b3b 4f0b 093f
LL_SRM 6:09888 6d75 0313 5d55 1d69 2d21 5903 274d 6f0f 3763 4b4f 1d41 4f3b 7f13 4949 333d 6f1f
LL_SRM 6:09904 4969 1f6f 4f4f 650b 5d1d 570b 175f 6f1b 053f 0d0d 254f 737b 152b 1f0f 3519 6d09
LL_SRM 6:09920 2329 294f 251f 0f2f 3f01 051f 0f23 2d4d 2723 0b57 2153 6b17 076d 1d0d 4b4f 5d5b
LL_SRM 6:09936 034d 4b65 0d7f 576f 410b 4f4d 6917 695f 2103 051f 4719 5977 3309 2d2b 450d 1b4b
LL_SRM 6:09952 4f6d 150b 6155 3b07 5d7f 3d05 7f4f 4d13 5d57 690b 4143 7f4b 415f 6f3f 574f 4d17
LL_SRM 6:09968 5f27 2b0f 4f27 375b 450b 7965 3f13 4f09 0b6f 4b1d 090b 0b47 3b4f 2745 7f7d 0f1b
LL_SRM 6:09984 2909 3139 1161 3551 4369 3b7b 2941 453b 314d 191d 7b25 6b73 2325 5947 1319 0b0d
LL_SRM 6:10000 3757 3701 415b 7f7f 1139 4369 6949 374f 7961 6d31 6925 6963 2179 233f 1b31 0755
LL_SRM 6:10016 6b65 6363 695f 736d 3359 0909 1935 496b 7f27 3151 0d75 7143 3941 0953 556f 4705
LL_SRM 6:10032 5b5f 3521 5979 7365 0375 6369 797f 7961 633d 7371 7937 7175 3d05 7f7d 2d5d 6167
LL_SRM 6:10048 4d09 0713 2521 6173 6d45 7351 4179 1327 7741 157d 012b 136b 5919 7929 2721 514f
LL_SRM 6:10064 354d 0d7d 0113 4959 2125 2931 4929 4961 6731 7373 4915 2751 4127 4917 7151 777b
LL_SRM 6:10080 0d73 2b33 1d63 590d 2f79 2765 3b73 3b27 372b 1707 4357 7d73 7f7b 5521 655d 233d
LL_SRM 6:10096 7573 7935 7579 7519 7779 4105 7f5b 5d69 397d 610b 7971 3b0f 0333 0d69 7d51 316b
LL_SRM 6:10112 590b 3f1f 314b 4f37 1107 190d 016b 0173 1511 1d1f 2b0f 0717 074b 296b 470b 1f67
LL_SRM 6:10128 5b2b 2f5f 0d3f 2b35 4f0d 352f 0f0d 0917 6d0d 456d 235d 430f 1909 0f5b 295f 0977
LL_SRM 6:10144 6f25 1f21 177f 153b 497b 470b 5b3f 791f 5f3b 5b27 1f67 1b17 6f3f 0f67 7157 555b
LL_SRM 6:10160 6f0b 2f4d 4f5f 0f1b 5f7b 1721 017f 3d61 3709 6701 7b03 3f67 2747 6d1f 6d5f 574f
LL_SRM 6:10176 6f6f 095f 652d 696b 1949 7d1b 1349 4109 1d41 032d 5915 1f4f 0d41 631d 6907 4d55
LL_SRM 6:10192 530b 1f3f 2d47 0927 2701 031d 151b 7b07 0f0b 2b43 2d4b 297f 4753 593f 290d 4531
LL_SRM 6:10208 572b 4d47 796f 2723 7b35 4917 0f29 250d 252d 4d5d 5f05 2f09 6f6f 1f2b 550d 7d1d
LL_SRM 6:10224 110b 6325 2b6f 4d73 1333 4345 0b77 1341 4f7d 2f4f 5f17 4919 156b 3b1d 695f 7557
LL_SRM 6:10240 0921 5b5f 1931 0f55 0173 0d73 2979 457f 2349 4337 5d39 5159 4571 5d31 1763 616f
LL_SRM 6:10256 2541 6117 2545 1167 7111 6b63 4121 2547 4371 334d 752b 7301 0133 2f1d 4959 735f
LL_SRM 6:10272 6937 3963 7533 7163 7f77 4101 333b 3375 4d79 3b73 6b15 7f55 7117 6921 3d77 3155
LL_SRM 6:10288 7919 4b15 6171 556f 5b63 7701 6d2d 0165 6767 7707 771f 417f 7769 2731 4d6b 4d07
LL_SRM 6:10304 6143 0179 1371 1367 0321 216f 0539 2923 6101 0b79 4131 4561 111b 3121 6143 0b25
LL_SRM 6:10320 1563 636d 6111 2377 2141 5f73 3101 0759 2149 231d 1175 6975 290f 135f 7311 3771
LL_SRM 6:10336 7f69 5b05 5f73 6305 6359 1949 5f5b 357d 1d75 717d 737f 1b21 557b 7151 7b75 7321
LL_SRM 6:10352 5d3b 3b19 3f39 5b6d 5729 354d 3975 311f 351d 7d51 6f15 0d4b 7363 7f1b 577b 5973
LL_SRM 6:10368 2f15 4935 1119 550f 4121 0555 0909 1d2f 1d75 2b07 1519 4b7f 0523 1f7f 6307 297d
LL_SRM 6:10384 4743 1f23 630f 051d 071d 5761 672b 2b0b 413d 2f41 310d 4739 114f 615d 5d39 594f
LL_SRM 6:10400 7f0f 1b2f 437d 6703 1b13 6b41 636d 0b6d 7d1b 391f 0f3f 292d 4f6f 2117 5f73 434d
LL_SRM 6:10416 7d6d 0737 3d57 1349 7d37 1d09 4d6b 4715 0d27 3713 1b7d 1d0f 0f7f 5f19 1d3f 0b3d
LL_SRM 6:10432 1b25 1d0f 2907 772f 1305 4f4f 4f09 196f 2f0d 0d0f 034d 0f45 0d65 372b 4f11 4f67
LL_SRM 6:10448 0115 3923 0b0d 033f 2d4b 152f 491b 7d0b 0901 2d0d 174d 6507 0705 2f19 1d65 2d47
LL_SRM 6:10464 7f1f 591b 217d 4f11 4d2f 554b 1753 012b 2f2f 2f43 5b4f 0307 7f5b 2d0f 5f6d 491f
LL_SRM 6:10480 7f59 5341 535f 2f51 1137 3107 4535 2b29 7f2d 2b09 193b 4f2d 1b05 0f07 130f 071f
LL_SRM 6:10496 0103 0f19 5151 614f 210d 0307 1d01 093d 150b 213d 2515 116f 3533 015d 3b47 216f
LL_SRM 6:10512 0b41 2141 4973 0f2f 7b51 691d 4961 3345 0341 695b 7f67 2169 295f 3935 410b 5155
LL_SRM 6:10528 5d4f 4157 535b 7135 1757 5f17 3359 2709 7d39 771b 733d 0951 6777 1b51 477b 1d59
LL_SRM 6:10544 4b2f 1335 1f31 776d 6d4b 2f33 3d5b 6331 5b13 1547 376d 4917 3d35 7127 6d77 4135
LL_SRM 6:10560 5505 0159 2941 1979 0b05 217d 5521 1b69 4151 7d71 3161 4b39 210d 2373 1569 7d35
LL_SRM 6:10576 2521 575d 7947 2965 0b2d 7511 2351 617b 3319 532b 096d 5179 6b31 5971 5363 2529
LL_SRM 6:10592 5517 4923 6b5f 5559 3137 4d6b 457b 6d2b 2739 1b59 5b77 3d59 357b 7f41 3f63 7b4b
LL_SRM 6:10608 3d77 1b65 3d7b 1d01 7d3b 7f05 6f53 1143 1779 616d 6d1d 0b01 6f37 2b71 115f 6779
LL_SRM 6:10624 0b05 4967 731f 572b 0307 3d6f 4b0d 197d 0b7b 371f 1317 6339 0151 0b21 0909 0b43
LL_SRM 6:10640 6149 2973 4559 4b77 0f1b 757d 2345 476d 114d 0b6b 1303 6b6f 1341 6d3f 2f01 0567
LL_SRM 6:10656 0d17 6b6f 4977 5b15 657d 7d1f 4b2d 3d03 7b77 6149 7b2d 730b 6b4f 1b13 350d 7509
LL_SRM 6:10672 3d6f 3739 493f 3f65 337f 6145 0f2f 776f 052b 1f21 5f7f 4347 0757 774b 5f4f 0533
LL_SRM 6:10688 4f33 5d2b 6739 690b 5b09 2d7f 1b45 013f 0125 4f75 5f27 072b 214f 1b2f 4505 6931
LL_SRM 6:10704 0905 0f4f 5913 4d5f 7713 5741 2f23 4f1f 4d49 3737 6103 3135 4b11 1b6f 4b03 054d
LL_SRM 6:10720 7f47 513b 373f 795f 6d1b 0125 737f 232f 097b 0b0b 4f6d 4d59 170d 0d2f 2367 0f19
LL_SRM 6:10736 6d37 536f 4f4f 334f 7f4f 1919 7d0f 7d6d 733f 0f29 4f1d 2f0f 770f 6b49 370b 1509
LL_SRM 6:10752 3159 6117 673b 1119 1101 0f5b 0d59 215d 4b43 1d7b 5135 215d 5509 756f 694b 1777
LL_SRM 6:10768 0123 694d 7503 0751 0735 433b 1121 252f 5179 6177 4951 257d 0123 0313 5b5f 1b01
LL_SRM 6:10784 393f 0b01 7f5d 7117 7739 535f 5951 5b41 6d55 4537 377d 5105 3b6f 7361 7161 2d77
LL_SRM 6:10800 3d6f 2d03 6d39 4723 656b 4329 3765 0b67 2979 455d 2d73 7d79 755d 5b11 7f75 3f65
LL_SRM 6:10816 1d49 1f0f 2719 0d75 4311 173f 4111 6977 1325 3575 4155 6153 6d01 4179 356b 3321
LL_SRM 6:10832 4961 0b6d 6159 4f71 3143 115f 0375 7931 0543 5705 0711 297d 0b61 753f 0b31 156b
LL_SRM 6:10848 7f7d 2b41 595b 0d07 7151 4d27 5f37 5749 6975 5d69 7f77 5f75 5f71 5f3d 6753 7b31
LL_SRM 6:10864 393d 7369 3f33 1f65 3f79 4549 6301 7351 7d57 376b 7177 7143 2975 597d 7133 597d
LL_SRM 6:10880 1705 072b 5707 4b4d 0f21 034f 1f07 557d 7965 6303 194f 256f 210f 030f 4b6b 2f53
LL_SRM 6:10896 0b4f 7f03 0b0b 2531 2129 2d2f 0125 517f 492b 6f2b 4301 7d53 0f1d 150b 4713 0709
LL_SRM 6:10912 4f57 4d0f 3d3f 6969 4d27 030d 3f0f 2d3f 4533 0f17 3b05 2f31 2f7d 0f17 1f5f 470d
LL_SRM 6:10928 6f7f 2f4d 0b0b 4129 4f2f 2f07 5d07 4523 5f6f 2907 6f2d 7d0f 611f 7105 594d 6f05
LL_SRM 6:10944 435f 431f 011b 313d 6753 090f 2d2b 1315 010b 0f0b 0509 7547 5b0b 4b37 0505 1b0f
LL_SRM 6:10960 094d 4169 1709 7f4f 0f01 113f 1f0f 5107 0103 470f 3329 0f1d 0977 090f 436b 4b7f
LL_SRM 6:10976 6b6f 214d 6d47 1f03 334f 1d6b 0f4f 750d 3347 634b 733f 4f6b 2b3b 370b 4f65 5509
LL_SRM 6:10992 051f 732b 7b35 772f 7f35 6f7f 774b 750b 3b47 7517 772f 0f0d 0109 7d03 670f 2543
LL_SRM 6:11008 0135 3943 3555 0b75 1351 6349 3329 496d 1151 515f 1149 0561 3b21 094b 5333 331f
LL_SRM 6:11024 1743 0f19 5b73 395d 6111 316b 4153 6365 0121 2f7d 1573 313f 7361 037b 0d51 3d69
LL_SRM 6:11040 637b 350b 2d71 3953 775f 7343 7571 2b51 733b 7323 2b7b 2515 777f 6367 433d 2341
LL_SRM 6:11056 7b17 172f 3f5b 7751 4b6d 3d71 3155 7951 3967 5719 2d73 1509 5f31 0371 1f7b 7361
LL_SRM 6:11072 2151 6339 5111 437b 355f 4f3b 4f7b 7521 1921 4b71 2373 7977 7959 4921 6d41 4301
LL_SRM 6:11088 6501 212b 0127 034b 3d61 5763 0133 4977 4b71 410f 1151 6d4b 5545 4931 1535 3129
LL_SRM 6:11104 7911 7367 7b03 6b3d 530f 1d4b 2759 0f79 1b2f 7b69 157f 3561 6d77 3d03 4f6f 7377
LL_SRM 6:11120 3f79 7327 6f79 7d2b 456b 776d 4977 5175 3573 6933 3771 5f15 3939 0f21 1775 7d63
LL_SRM 6:11136 1f39 0d27 170f 4f67 1d0b 016d 032d 2d6b 0905 4b29 4d47 0f4b 071b 013f 1f11 0f73
LL_SRM 6:11152 210f 455f 030b 7b4d 6301 2f3f 7923 1d6f 410d 291d 531f 0d13 272f 2327 1b6f 2317
LL_SRM 6:11168 6d6b 0d0d 6507 071f 4f4f 4f49 4f0f 3f13 6f27 1b3b 6d1f 5d09 7f29 3159 5b0f 231f
LL_SRM 6:11184 2d1f 1101 4537 6525 6357 2d0b 537f 292b 0947 1d4b 0147 3b07 7f7b 573f 6b6f 7f15
LL_SRM 6:11200 4139 4f0b 0505 0377 0157 6559 4129 091f 3f35 6303 0167 054f 0d3d 1f01 4501 774b
LL_SRM 6:11216 0d5b 4f27 1501 294f 0309 674b 0f1f 413f 3b01 0b53 294f 2563 0943 6127 0143 452b
LL_SRM 6:11232 3571 331d 0317 4123 391f 0d4d 6d4b 2d0f 4d59 2f17 1753 4109 1f7d 756f 7f47 050b
LL_SRM 6:11248 692f 6347 6739 6f3f 3707 612f 5d6f 2d63 6547 4927 7f49 1b2b 330f 3f37 7d4d 0d5d
LL_SRM 6:11264 5721 3d39 3163 1153 3521 7177 0379 7153 5125 6311 554d 415b 0323 197f 3161 3577
LL_SRM 6:11280 0d35 4d5d 6901 4f73 5979 757f 6113 4b0f 0331 2521 0541 493b 7151 116d 2d27 2761
LL_SRM 6:11296 7775 715f 7b57 496d 7753 3d47 7f15 5145 5139 2f61 5f6f 2561 7f3f 6731 1f21 1b61
LL_SRM 6:11312 7127 712f 1547 717f 2b5d 0d79 3351 3b31 7d7f 7903 6155 4169 2577 3701 4151 4b73
LL_SRM 6:11328 1775 4d13 4547 4165 1379 3369 4913 4547 7723 0f27 1319 7155 1b11 6773 3b7f 092d
LL_SRM 6:11344 413d 5f03 2b29 316b 3321 0d79 1111 5745 3111 431f 6121 1565 4773 517f 4377 1949
LL_SRM 6:11360 7777 3569 7d1f 0b11 316d 5b41 5961 6b29 3159 5161 4f27 6753 2b15 2911 7717 0727
LL_SRM 6:11376 3f71 7f2b 757d 1567 3f21 3519 7531 7f5d 736f 0375 6f79 7565 376b 7f63 297b 4b33
LL_SRM 6:11392 3507 794f 492d 6117 2751 2b01 0b0d 136f 6f25 4d39 6529 7f3f 010f 7727 1b15 2143
LL_SRM 6:11408 2f57 0f31 0505 0f0f 1d2b 556d 0349 290f 0903 3317 4f0b 0b5d 3151 2b41 2133 774b
LL_SRM 6:11424 6f6f 0369 176f 0375 054f 4d3b 7b3d 1d1b 376b 233d 776f 0d23 3d2f 5711 2d0d 3737
LL_SRM 6:11440 4f2f 4d13 4f4f 1715 795b 5f0f 1f3f 1d09 7f3d 4311 3329 2525 0f2f 4f43 5721 4b4f
LL_SRM 6:11456 2b0d 4f7f 014d 4b1f 0721 0f3f 2b17 396d 0519 095b 0f4b 6b73 5311 2b51 7707 0157
LL_SRM 6:11472 1f01 2b5f 091d 6b3b 6317 4937 0349 3f2d 6705 071d 097f 077f 6557 0d43 2d5f 4f3d
LL_SRM 6:11488 4f01 0f0f 5d6b 7b63 3d3f 790b 0d7f 7d07 5d0f 2f11 3f6d 1561 191d 6d69 653f 032d
LL_SRM 6:11504 7b13 6d5f 3f3f 612b 0f7f 050d 1f2d 2f1b 2f6f 472d 1f4b 4127 074b 0f15 6d67 2f63
LL_SRM 6:11520 3513 1f09 631b 4927 2577 4567 3153 3963 490b 615f 0369 3b55 4561 2161 2515 4379
LL_SRM 6:11536 4501 537b 0343 4549 2531 3119 2151 4561 1361 215b 7935 436b 0d71 051d 0901 7113
LL_SRM 6:11552 277b 376d 7d6d 3525 7563 5b65 556d 6d21 6d73 236f 1979 1f21 5f57 6f51 6733 3967
LL_SRM 6:11568 535f 0f0f 0571 7909 770d 550f 731d 5337 433d 7b01 1f7d 4355 2343 3341 752b 3f15
LL_SRM 6:11584 3531 5175 5119 1523 7509 3b4b 4761 196b 2363 715b 0549 257b 6b21 0925 3b2d 3549
LL_SRM 6:11600 6723 2b5b 1501 0f61 1341 1143 4175 6d73 5d09 1961 0307 6d0b 594b 2327 0903 117b
LL_SRM 6:11616 3f5f 0967 2b65 6f61 755b 5971 2b6f 715b 5979 0153 352f 4b7b 757d 7d33 652b 192f
LL_SRM 6:11632 3573 5333 0179 3b37 4515 4731 337f 1d39 7155 5971 5773 0769 3f7d 5303 7373 6f3d
LL_SRM 6:11648 0d6f 0139 6905 612b 094d 2973 2d49 574f 011d 0d1f 0303 0f7f 3329 0f0b 054d 5d49
LL_SRM 6:11664 6f07 256b 0b6d 1b2b 0749 1917 4b0d 632f 4707 213f 2103 592d 0303 5b3d 3909 0537
LL_SRM 6:11680 5f29 474b 1f67 571b 7f45 2b39 270f 290b 5f2f 0f61 432b 4d29 6761 5f0f 4757 3f2d
LL_SRM 6:11696 2f07 7701 075d 3513 5325 051f 6b57 6709 651f 6f03 3727 2129 6f0d 3321 7f0f 3f1b
LL_SRM 6:11712 416f 197b 050d 095d 274d 5f0b 530b 013b 2d0b 4d23 290b 6931 0f41 790f 050f 674f
LL_SRM 6:11728 2905 4b4f 0941 111d 050d 4f4d 1701 350b 075f 436f 2749 0f7b 3919 3f4b 630b 134f
LL_SRM 6:11744 0f5f 6533 571b 4711 390b 1f0f 511f 193b 753f 491b 514b 0d7b 4557 070d 0d3f 090b
LL_SRM 6:11760 7917 3727 5b7b 2509 7b1b 2901 7707 376d 630f 2729 1d0f 1d39 293d 0b17 3d3f 3521
LL_SRM 6:11776 7163 3131 7353 6555 0161 4563 3161 0917 6951 6137 3111 5157 0719 013b 2909 4b6b
LL_SRM 6:11792 6141 4135 0d77 632d 135d 077b 6971 4167 250b 0371 1949 0d6d 0321 5b1b 2111 2165
LL_SRM 6:11808 7567 1f21 797d 3165 7d7f 7b4f 7563 614b 7531 4b0d 597d 5103 797d 5329 3757 6775
LL_SRM 6:11824 3f75 6527 637b 3169 7b79 7161 2369 5519 6f5b 5b21 3375 6733 3b75 7779 3909 6d73
LL_SRM 6:11840 0b75 5f51 5171 691b 1b63 1361 2129 3d31 3541 0973 236b 5569 4d03 715d 6161 0975
LL_SRM 6:11856 4561 217f 7149 3363 3b77 0f65 2943 637d 6161 5579 3951 397b 050b 514b 5111 472b
LL_SRM 6:11872 733d 5d31 756d 7d2d 6179 3963 7553 7b4b 5975 4331 797b 1b5d 597d 7b0b 5d5f 5147
LL_SRM 6:11888 1555 7141 7175 7761 777d 2749 5375 4733 7f75 5571 197f 512b 7765 370b 6773 4535
LL_SRM 6:11904 0909 1503 590d 3f0d 0b7f 075f 0b03 016f 051f 3f4d 4b0f 235f 4747 271b 6d07 0d13
LL_SRM 6:11920 3f17 792b 432b 0527 2b61 1751 1f4d 594b 1337 0929 0d2f 031b 155f 0d0f 715b 1721
LL_SRM 6:11936 2b0b 2505 6f65 0b4b 6f6f 210f 3d7b 4907 2b7f 1f51 3f47 310f 4f3f 0f51 7f2b 791d
LL_SRM 6:11952 0f5b 5f6f 0d79 1f0f 2767 3341 4561 056b 2f67 3b1d 7f0f 4151 2f7f 333b 513d 075d
LL_SRM 6:11968 310d 1b2f 2103 4127 1327 156f 0317 291b 2507 4f69 2303 491f 4301 6d4b 7359 094b
LL_SRM 6:11984 3363 430f 112d 2751 2911 315b 3379 195f 3b6f 314b 590b 174f 4b0d 297f 1d29 4d17
LL_SRM 6:12000 4f3d 2d09 5f7f 4f6f 5d17 1731 294f 0365 4f27 0521 5f1b 153d 3d0d 652d 5d6f 3f2d
LL_SRM 6:12016 5f3f 7341 6d3f 170d 1b7d 0d21 077d 1707 7f25 790f 5d47 3f27 1f47 6d2f 1f0b 6503
LL_SRM 6:12032 0359 5373 5b19 0309 4953 737b 6779 4167 3b45 675d 0311 6161 5b03 2327 793b 5d51
LL_SRM 6:12048 0563 7f1b 4115 515f 3321 231d 2169 5159 6325 1f71 6d33 7179 4551 656d 2115 2319
LL_SRM 6:12064 6f17 1d09 5959 0d37 5b33 497f 197d 5503 6f79 7761 6f3b 4747 6b31 7133 473b 7101
LL_SRM 6:12080 7577 0d69 757d 5117 436d 4f5f 3961 7d61 5769 2965 7971 7b73 7d41 1371 256d 6329
LL_SRM 6:12096 0131 2175 4357 5971 3921 6933 7711 3971 5b63 2331 7761 6963 0943 6909 4151 097d
LL_SRM 6:12112 254d 2351 2563 7d29 6b41 3b79 1923 6d29 5f63 7157 3167 3131 0163 4511 6121 032d
LL_SRM 6:12128 5f69 6111 5973 2d71 2739 635f 4f43 5d71 693f 6f29 1775 793f 716d 5741 633f 5575
LL_SRM 6:12144 7b5f 1703 2571 3573 7f5d 4511 7f77 1701 5f6f 7b6d 7169 6535 5b55 0575 3b5d 2947
LL_SRM 6:12160 0547 412f 1755 496f 590b 2d2f 0d03 5b7d 0b0b 6769 0b31 4d13 0d2b 052d 390d 0161
LL_SRM 6:12176 0b07 3d4f 435b 0717 492f 2d5d 3d23 596b 2b47 1713 531b 3d1f 054f 0f41 1f11 353f
LL_SRM 6:12192 5f23 6557 6707 5f05 5f27 4745 3f37 1d2f 5b29 1b2d 137f 636d 3b2f 1713 3709 1547
LL_SRM 6:12208 5f17 2f1f 5347 6705 2b3d 352f 0d53 7f6d 595f 7507 1b4d 0939 7f6f 770b 5b0b 3d4d
LL_SRM 6:12224 0917 010b 5509 6927 574b 2329 1f07 0131 691b 270f 0f09 093f 050f 5521 032b 1169
LL_SRM 6:12240 752f 6307 0f01 7d0b 193b 496b 7f13 190f 452b 7937 1b17 0f29 2125 0105 2303 135f
LL_SRM 6:12256 253f 250b 051f 4303 3f5d 6d31 632f 6b17 2735 5567 7767 0b03 2f43 5529 7f0f 6d1b
LL_SRM 6:12272 7f45 4f0f 0733 3d7f 351b 110b 1d6f 3b09 3d27 774b 5115 4331 7707 470f 2977 7305
LL_SRM 6:12288 1d03 6d2f 3143 1125 7527 0347 2b29 7d29 6149 673b 0b01 0745 1913 790f 151d 0d4d
LL_SRM 6:12304 071f 5119 0315 0b07 5b51 431f 0b55 4d7f 1723 153b 4f25 435b 0301 1b6d 1523 4341
LL_SRM 6:12320 175d 2f01 152f 514d 6d7f 572b 2b3f 394d 6b27 7f39 4b33 0d0d 2f6d 1327 3f5b 0f3d
LL_SRM 6:12336 355f 4b65 5f5d 3f2b 3f2f 634f 5f2b 1b17 4f1f 111f 1b2b 6f2b 533f 190f 4f5f 0929
LL_SRM 6:12352 0d01 4b77 291b 5b6b 290f 4d47 134b 0b4b 1f21 0747 6903 4545 0709 0931 1d17 0723
LL_SRM 6:12368 290b 0b51 0113 1d0b 1901 1147 0107 3947 2f5b 2d5b 0939 0947 5b57 251d 0b1b 4f57
LL_SRM 6:12384 653f 471d 273f 6531 3d0d 4d07 7d1b 5b09 3b5d 5f11 7957 171d 7f27 3b09 751d 7f45
LL_SRM 6:12400 792f 2d09 7f33 3925 3727 1f5d 7b3d 4325 3b0f 171f 6f7b 0d67 0f09 3503 0777 5f45
LL_SRM 6:12416 691b 0123 7141 7b5d 0375 1b71 4573 6113 2361 2569 2355 6323 1f5d 1d6f 5321 1311
LL_SRM 6:12432 1b59 7b6d 4531 2953 1371 6f19 4f41 2d3d 1b71 657f 3551 114b 2151 3343 0b31 051b
LL_SRM 6:12448 6f75 5d03 7725 7d21 4777 5945 7167 6741 7d6d 3b7f 356b 6949 6d19 3519 5d59 1931
LL_SRM 6:12464 5d7b 4b21 7d67 3b25 4733 4f3d 2557 6351 7f7d 3301 012b 2b71 7775 1931 7f6b 6d51
LL_SRM 6:12480 4551 5563 5d11 153b 0903 597f 595d 191f 5925 2163 250f 4b13 7171 017b 0319 0755
LL_SRM 6:12496 0365 0143 4b43 3973 5911 757f 1b61 4f33 3545 2141 651f 2d31 052f 436d 3d35 7773
LL_SRM 6:12512 5f3f 195b 5d7b 5569 3f5d 6729 3f2d 7537 6f73 5571 717b 5761 1f63 7b67 3777 6573
LL_SRM 6:12528 6f77 6971 7d7b 6543 030d 6f15 5d7d 7917 7d7d 3757 4931 4f5b 3f71 1977 7979 2b2d
LL_SRM 6:12544 5743 597f 0913 7117 0d19 110b 0949 0517 0513 3b53 4107 6369 3145 055f 0d19 1b45
LL_SRM 6:12560 1f03 690f 0f19 4947 4f0b 7b6f 4d27 553f 1d05 176f 6d1b 0d39 0147 3b41 5f51 1b7b
LL_SRM 6:12576 4f17 1b4b 4f4f 590d 6137 3d5b 7f69 2b25 7f6f 6f25 7b2f 4d17 3d6f 0f5b 0153 173d
LL_SRM 6:12592 5f73 7735 3f5b 0f01 6b4d 2d5d 6f7d 2717 4f7f 090f 5f27 7703 0d7f 0f43 3d5b 3b1d
LL_SRM 6:12608 0d0d 0b0f 3527 0f4f 2d3d 033d 4125 3f69 091d 2f47 4501 0b0d 2743 5973 670b 4917
LL_SRM 6:12624 2763 6b3d 5947 6b4d 1b09 016b 1913 597f 5f65 173b 4d09 7d7b 0d23 3f43 074f 354f
LL_SRM 6:12640 6b67 5945 7f51 710d 6f5d 352f 596f 1f63 773f 3d43 0d23 335f 7d6b 1747 2b1f 454f
LL_SRM 6:12656 3f7f 1765 4f19 5f0b 490d 3b65 2b79 633b 091d 692d 6b2b 4f17 1f27 5935 7d5f 6743
LL_SRM 6:12672 3379 6377 6963 513d 4b6d 3975 5d31 377b 4131 716b 0137 4939 6961 0131 6901 5169
LL_SRM 6:12688 4b43 2d6b 0f45 5171 3343 614b 754b 7521 5317 2347 7311 4931 2577 4f77 7371 6b5f
LL_SRM 6:12704 5d6d 6561 6d3b 3b73 3b71 2175 1703 3d5d 7349 3b63 5f4b 5545 616d 777f 7973 6f43
LL_SRM 6:12720 3f67 3723 755f 3951 173f 7f31 1f19 4b7d 2f73 5925 6f67 5717 2b55 5565 3725 3f79
LL_SRM 6:12736 6913 7505 017b 6371 316d 0371 5521 0363 2b53 2967 215f 4535 2343 2f65 1141 6f69
LL_SRM 6:12752 2151 177d 1d65 096d 4535 6977 3377 3357 0145 4d55 0573 3d13 5351 092b 6b11 2d5f
LL_SRM 6:12768 5f43 1115 6d71 637b 3b7b 5d41 7b7f 5533 152d 394b 3f39 1f51 790d 4311 6b51 5b61
LL_SRM 6:12784 7553 2169 7f53 770b 5d53 5565 7d7d 7f07 357b 0f77 1325 617f 5b55 3d69 7f31 656d
LL_SRM 6:12800 4b23 1d39 7b1d 432d 217f 1553 156b 6f3b 0505 4f0b 0905 176f 5f0b 2b5f 091b 496f
LL_SRM 6:12816 6b0b 7169 3d0d 4d13 3d6f 352f 2f21 2307 2d27 590b 0d3b 2d65 3569 4d0f 0703 0f55
LL_SRM 6:12832 1d1f 790b 374f 3d57 133f 7d25 1307 354b 4b49 0b55 4305 3349 390f 4b0b 1b67 3f47
LL_SRM 6:12848 6b4f 6b11 7f2b 0f2d 2f2b 2717 5d6f 5b4b 2b4f 7d2d 0375 173b 5925 4f3d 5f3b 370d
LL_SRM 6:12864 0111 432f 0307 477b 3521 077f 1b03 110f 1905 0d6b 6515 4b1f 0305 4b4b 073d 2b57
LL_SRM 6:12880 0167 3767 3701 0f43 2503 011f 0307 1f0b 330f 415d 3b5f 056f 0327 2d2f 6715 0f57
LL_SRM 6:12896 2b1f 4161 6b7d 5175 4b6d 3f77 6f3f 011d 4f3f 7759 090b 330b 1d5b 4d13 3d47 3543
LL_SRM 6:12912 0f1f 7f4b 6d4f 3f4b 677b 2f29 5f0f 215b 075f 753b 6b4d 1f0f 7767 096f 2f29 2d2f
LL_SRM 6:12928 2175 5575 2731 6759 6d51 7953 4575 1105 7345 6111 7b51 1375 6539 5179 2f51 6975
LL_SRM 6:12944 5f31 7f69 2f75 3725 0d65 6371 5155 5371 2331 4133 1d59 277b 2b59 755f 3771 4313
LL_SRM 6:12960 7973 3163 776b 7f71 5901 7b5f 7b77 2553 7d5f 6361 6f59 2923 556d 254b 697b 592b
LL_SRM 6:12976 3931 1101 477d 6959 4937 0561 7b75 0533 4f61 1b69 3371 331f 6f43 1d57 1771 1b79
LL_SRM 6:12992 154d 376f 4123 256b 7377 0347 2311 4d53 353d 6563 3313 3363 297d 296b 0351 793d
LL_SRM 6:13008 0729 3543 4105 7f79 7355 037f 2147 2765 0111 4173 3103 4729 056d 7735 237d 6351
LL_SRM 6:13024 6329 472f 6f01 6761 1b65 4921 2f6f 5155 5b5d 7f19 611d 2f73 7579 0371 4175 0717
LL_SRM 6:13040 655d 1105 7961 773d 5b73 6165 754d 713d 7b65 5f35 3b05 5d29 792b 2549 595b 2741
LL_SRM 6:13056 314d 2b5f 0149 0f6d 0925 0109 5b67 196f 6301 4113 4503 191b 0505 414d 310b 233d
LL_SRM 6:13072 1b6d 297d 4109 4905 4347 292f 2b49 0d2f 5b45 3d3f 0d2f 5d41 0501 7569 0f07 230f
LL_SRM 6:13088 2b77 3b51 4f1d 4f1b 213d 2f11 3d2f 0d29 550f 0f39 7b79 7719 654b 5303 1537 7d03
LL_SRM 6:13104 0717 3109 1f3b 5d4d 3d0d 4911 6d5f 050d 3d6f 1307 6357 2d77 1d2f 2b09 3f53 5b33
LL_SRM 6:13120 0d23 3f7f 3d2b 6b49 2109 032b 414d 2157 3919 297f 1f55 5937 350b 2143 6905 6357
LL_SRM 6:13136 010b 5945 0507 0b01 650f 134d 0305 1951 4f33 0f67 3329 4b53 055f 6f4f 0903 2b3b
LL_SRM 6:13152 0757 4f15 533f 0305 5f7f 394d 4b7f 5f15 217b 1d17 111f 2f5f 455f 7f2d 5907 034f
LL_SRM 6:13168 2d0f 6b3d 5f3b 6f03 177f 2f4f 3f0f 1b57 4f4f 0f0d 576f 1907 391f 5f2b 5d57 4f39
LL_SRM 6:13184 590b 615f 7351 476d 3971 5159 1745 215f 1535 713b 1339 317f 355d 417f 1909 2d39
LL_SRM 6:13200 0915 4163 6937 016d 0161 3157 3915 0375 2737 1577 6371 073b 3951 7565 2915 3703
LL_SRM 6:13216 7577 3923 1f29 7563 5777 3d43 6739 3d05 5769 5d49 0565 5361 7f7f 5913 775f 4d79
LL_SRM 6:13232 1551 5133 6f75 7739 7d3b 6571 797f 2761 7b79 7711 7151 3771 355d 1531 7b7d 7779
LL_SRM 6:13248 2307 311f 5571 5145 7703 5f73 7173 196d 4951 0311 2531 4567 3115 5175 6553 453d
LL_SRM 6:13264 2351 5b63 1d67 316f 7549 7b7d 0151 7159 6363 273b 5305 293f 2f73 4d6f 2b75 613d
LL_SRM 6:13280 1f57 5d21 6973 4771 577d 374f 7f7f 5f41 215d 7b35 4f6d 3b43 7303 3535 6729 7d4b
LL_SRM 6:13296 1f73 4d61 6937 7d7d 7d69 4d01 6f65 0921 6b6d 3336 5375 7165 1f79 6741 1f75 3b71
LL_SRM 6:13312 4945 4d6b 0d0f 014f 7923 0d1b 270f 0f1f 3f29 035d 3503 5f07 5505 5939 230f 0f05
LL_SRM 6:13328 0d31 076b 070b 6f01 1963 275b 2707 1b0b 5d0f 5515 4737 4907 7f45 1567 7f11 570b
LL_SRM 6:13344 5d5d 2509 3d6f 233f 5d07 353f 3f6b 5527 4d2f 1f21 630d 4513 5b1f 1d43 4f6f 4327
LL_SRM 6:13360 0f2d 5d13 7b1f 4d19 3f5f 795d 754d 1b75 6b2f 374f 4517 110f 054f 592f 0f7f 0d39
LL_SRM 6:13376 156f 0d09 1d3b 037f 0931 0b03 0923 4d0f 6307 0909 010d 2b0f 1b09 273d 0929 1b17
LL_SRM 6:13392 1f33 391b 036f 0b4f 452b 0155 1719 250d 050f 154f 4301 5b0d 0b0d 095f 4b63 3341
LL_SRM 6:13408 691f 7b0b 2b2f 7f35 772d 4d4f 3f5f 3509 0f0f 051f 2f47 6b1f 7f4b 1347 493d 5f19
LL_SRM 6:13424 5f7f 570b 5b7f 4b0b 7f1f 6b0f 5d5f 3947 096f 6f51 5b07 6f0d 572d 477d 4d3f 2b47
LL_SRM 6:13440 7719 5955 7165 7575 5755 191b 7121 1f77 0327 612b 1729 1d1d 0101 3747 7551 3b57
LL_SRM 6:13456 3365 5351 0931 5d75 6977 135d 7129 317b 1111 3d0f 0909 657d 5379 6375 4129 6d61
LL_SRM 6:13472 4f75 1f0b 3575 0701 3f31 1337 6b71 7575 5d61 3541 7967 7333 493d 5b4b 7979 3369
LL_SRM 6:13488 7b3d 5761 7771 691d 7b3f 2961 3573 0109 0f79 5527 2535 4105 477b 735f 5169 1371
LL_SRM 6:13504 0101 1363 4541 395f 0371 4503 7351 6161 2123 3955 0d11 3375 5531 2b43 0121 4973
LL_SRM 6:13520 3955 6171 2571 3969 5931 7979 6931 6109 0713 717d 2319 4369 0547 314b 5161 1955
LL_SRM 6:13536 614d 5973 737b 5141 7b55 4557 5335 3523 6365 5f39 6b69 2b51 137d 3f47 373d 4909
LL_SRM 6:13552 3f73 7515 0779 4163 7b3b 5753 7f11 2505 613f 4f43 3373 6f65 7d7b 2719 337d 3713
LL_SRM 6:13568 1b5d 593b 2f07 4f33 154d 2f0f 3d25 2b53 4f07 5155 4b41 2b7b 2543 0f05 2b2b 5d1f
LL_SRM 6:13584 4d4f 112d 4b2b 2935 3307 411d 2923 2f6f 0d1d 414d 2555 5d7b 2d23 174d 035f 091f
LL_SRM 6:13600 3f6f 0f07 6f3f 2b27 3717 572f 330f 3f43 534f 4125 5f3f 490b 3d45 4f79 7739 5f35
LL_SRM 6:13616 6d47 1d53 654d 7f2d 5f0b 230b 751b 0f01 7b43 7347 6f75 0f57 1f3f 7b57 792b 7b09
LL_SRM 6:13632 0d05 6367 5b07 3d7b 295d 074f 1335 0567 2b03 631f 010b 272d 1545 475d 270f 0b2f
LL_SRM 6:13648 095d 0d7b 0139 470d 3109 4355 3103 1f77 651d 2d1d 2f0f 534b 211b 173d 3519 236f
LL_SRM 6:13664 2f3d 6d1f 7f6d 3b01 3f5b 0f2d 4b2b 6d2f 3f0d 150b 4d43 0d2f 3b4b 3543 351f 6973
LL_SRM 6:13680 5f0f 7747 3f0d 3f01 754f 0b09 1b3f 0f09 7d7f 7d37 153d 4f53 7f5f 7b03 571f 153f
LL_SRM 6:13696 3d71 3f39 7323 1b1f 5f15 330b 3731 4b19 6939 632d 1b41 7147 4505 2529 3d75 016f
LL_SRM 6:13712 053d 436b 111b 1b39 2711 6371 2957 1b0b 1f05 0913 1d51 1b79 7951 5d37 4133 136b
LL_SRM 6:13728 5f79 4d63 5371 417b 4f73 4f41 7761 5901 7b27 6969 4175 5971 5d69 7927 7d7f 5d11
LL_SRM 6:13744 477b 5901 1d71 3d59 2d6f 5105 0b6d 5b13 635d 6d77 3365 5503 7b43 3d71 2d61 6f69
LL_SRM 6:13760 0513 5f27 7159 6113 5103 3943 2b61 7175 2707 6961 1741 4379 3951 0973 4161 3765
LL_SRM 6:13776 3503 435d 3f35 6d3d 2521 3523 5933 7d6b 5941 4d61 2301 655d 430b 310d 6931 534d
LL_SRM 6:13792 6775 5b49 6f7b 4d03 3153 1739 5d6d 7d55 3729 6139 6763 3163 772d 7971 7739 7379
LL_SRM 6:13808 6775 3713 3f53 7517 7f65 1d49 7d71 210d 276f 4d75 6b7d 3d13 7b35 6359 451b 7555
LL_SRM 6:13824 051d 350f 3b15 117f 0d0b 0b6b 090d 2151 2b29 1125 4701 3d4f 212b 2f4d 0509 3b2f
LL_SRM 6:13840 0b69 2137 714f 157d 6935 496f 414d 4d1d 494b 3f1f 0303 2707 0f05 6b05 290d 4f65
LL_SRM 6:13856 d36f 7f67 2f6f 2745 331b 5d59 4b7f 0d0d 7f1f 4107 697f 3f45 574f 136b 6f4f 6d67
LL_SRM 6:13872 5757 1f11 5b6d 6549 3f2f 0b4f 6d5f 656f 791f 0b4b 3f2b 5357 755d 2b05 1f7b 3b0f
LL_SRM 6:13888 092b 5f27 0141 636b 550f 075f 630d 4109 473d 4b0f 0d1f 7719 0f11 1739 250b 212f
LL_SRM 6:13904 6d27 2f5d 050d 6d17 0907 0d0f 2527 1f03 4b1f 514f 2547 516b 0b07 7f47 0d47 1d15
LL_SRM 6:13920 071d 734f 3727 472f 633f 5925 5d3f 6b0f 3d7f 350f 3d7b 1f5b 7d3b 5b1b 3b1b 5f47
LL_SRM 6:13936 775f 6d57 656d 6b2b 6f1d 7949 2717 1f69 7f69 7d23 3b1d 3b6f 4d39 2b01 4f1d 1965
LL_SRM 6:13952 2d75 4725 5d59 1971 4711 1765 3321 170d 6179 3b31 1d11 4523 2951 0d69 6921 1511
LL_SRM 6:13968 4311 1963 1351 1763 0b71 7d79 4159 2159 3131 6f5d 4119 233b 5527 3537 2b21 6b6b
LL_SRM 6:13984 535d 7559 1f69 3175 3d7b 7975 731d 6573 5b51 6373 7d71 1d63 471f 7759 7b75 7d75
LL_SRM 6:14000 2379 312d 333d 2d49 3957 7939 7f6b 3529 4f71 377b 6d77 336b 337b 5139 0d5f 5921
LL_SRM 6:14016 1131 7117 4913 3177 2941 357b 0341 6913 4163 4945 2111 014d 2313 457d 1b21 693b
LL_SRM 6:14032 2901 5b59 1117 4b5f 6361 7b4f 7533 7d65 1101 3161 1761 372f 3773 0179 3551 733f
LL_SRM 6:14048 3b7d 316d 2f55 4365 5f7b 796f 7f7d 296d 7535 3b51 7937 1b11 6321 1171 7d55 592b
LL_SRM 6:14064 2779 6d51 1b63 4f63 657b 2d35 6957 2735 3f67 4f13 716b 1713 5d37 7121 3375 5579
LL_SRM 6:14080 450d 017d 2909 3d55 0511 6b75 2701 772f 4309 053b 2321 0f47 0d41 0119 4905 630f
LL_SRM 6:14096 1943 4963 4d21 337f 0943 054b 1d0f 070f 4941 7563 3f1b 4943 5d0d 1905 6b13 095f
LL_SRM 6:14112 1f37 270f 1f2f 5925 5727 1315 656f 390b 6d2f 390b 337f 6b17 5d7d 0953 170b 7f25
LL_SRM 6:14128 4f77 0503 796b 2b0d 4d39 4717 4337 7f63 4f09 3127 0b1b 2351 194f 3553 2d5d 5f5b
LL_SRM 6:14144 1f13 4f15 3d43 2375 5907 356d 154d 2129 6507 2135 2721 333d 331f 571f 2505 0b77
LL_SRM 6:14160 333b 451d 0923 2d6d 4f25 1d09 1d31 5f1b 1119 0f2f 2f31 4375 7b67 176b 273f 1f1f
LL_SRM 6:14176 5f7f 3b41 7f35 7f0f 7f2d 5b0d 1b0d 7533 5f29 1f25 1d53 3123 295d 134f 772d 4b71
LL_SRM 6:14192 6f1d 4913 6b45 4d6b 774d 1757 1f67 1b39 3723 150b 3537 0f2f 0b69 1d15 753f 4113
LL_SRM 6:14208 3d31 2f29 0b69 7177 1361 517d 3575 6749 7139 5f75 0563 2d29 632b 414b 1109 315d
LL_SRM 6:14224 2973 1b1f 0123 675d 4325 6571 3167 7369 1169 3367 5341 3337 3d31 5935 1515 1571
LL_SRM 6:14240 6937 4531 374b 174b 3973 0b41 015b 7539 7379 5f73 7377 6517 6f65 7b25 7b37 4549
LL_SRM 6:14256 7701 4f7b 1d73 7f0d 1773 1d55 5337 3d55 5b77 6103 7f51 7307 3725 7913 4d7f 5501
LL_SRM 6:14272 5539 0349 4931 3b6b 6b51 2513 2331 2f2f 3d69 5511 1321 7351 0121 6131 310d 7d7f
LL_SRM 6:14288 3161 591d 6101 5f31 4361 7779 1173 653d 0935 7179 0341 193f 4901 4975 1331 097b
LL_SRM 6:14304 3d7b 752d 5f35 7727 5177 776d 6571 5b79 1555 1131 7f3f 1351 771d 2911 6f79 377f
LL_SRM 6:14320 4d7b 571d 6979 7565 5765 1511 7f35 6d13 1d7d 7111 7575 3369 5d5f 5371 1f6f 771b
LL_SRM 6:14336 230b 677f 4d4f 250b 4121 0f05 392d 2d31 0527 0b27 1d07 675d 5507 4509 2937 051d
LL_SRM 6:14352 3103 5527 0f0f 6d7f 2d23 2b75 0d03 2b6f 0b53 3327 2301 752f 110b 0535 4737 1b17
LL_SRM 6:14368 6777 674b 7777 271f 5f7f 470d 7f2f 7b65 1d3f 2f41 0d0b 6305 470b 7f11 6f3b 3f43
LL_SRM 6:14384 3b0b 1b3b 5f2f 7f37 0b7f 4b09 7777 6b35 2f2b 2901 756f 3b0f 3f59 5f31 2943 7767
LL_SRM 6:14400 1523 6539 530b 0d25 0d0d 3569 4721 0b59 2d0b 2d2b 5b13 4117 1515 4f4b 2503 2f2f
LL_SRM 6:14416 474b 4b57 0b05 231f 011b 6f6f 4109 395d 110f 2d1d 0129 6771 0b0d 0f17 6303 2153
LL_SRM 6:14432 1977 6f6b 630d 6347 0f0f 796f 4f67 4b57 7955 4b4b 5d03 ef25 5f3f 6f0b 5f2d 7321
LL_SRM 6:14448 7b6b 570b 3f07 4f69 1f6f 5f01 7b35 6d3d 4b1d 5b37 491d 1d17 2f4f 6f69 1f2d 4707
LL_SRM 6:14464 1525 2b69 7125 5569 7175 7155 450d 215d 2b55 1f03 6f2f 4f77 0969 3151 1771 4d75
LL_SRM 6:14480 2b51 076b 0f21 4d33 0b11 753f 494b 697b 6303 6d61 6121 6553 3751 294d 411d 7575
LL_SRM 6:14496 4379 6755 4379 6175 6f61 3701 397d 1319 4507 7333 776b 7d13 3571 4b59 5563 5953
LL_SRM 6:14512 276d 2331 7563 1501 5371 036b 7b39 0b01 6d7d 7b73 7931 7d31 2d75 3f1b 1963 4349
LL_SRM 6:14528 6b31 6b71 2303 737b 0d15 6521 3d5b 4177 4515 0f2f 3b55 6951 1971 5537 7301 3161
LL_SRM 6:14544 293b 7f63 3375 4379 7123 4d57 2b21 2f7b 4741 2941 5b57 2165 2521 2d35 2141 6b73
LL_SRM 6:14560 751d 2d0b 2f2f 3f23 2373 5141 7763 5707 7333 5d43 3915 6171 7d71 4167 1d69 4f43
LL_SRM 6:14576 3b0b 3351 5d77 3179 6377 3703 3335 0121 7f77 0113 7379 4933 6179 3143 2163 7755
LL_SRM 6:14592 0157 1d69 1d2b 6b1f 392b 0f6f 0931 7923 014b 1b27 2907 4379 5727 712f 0307 0b2f
LL_SRM 6:14608 6d07 0b53 775d 2d69 3705 6b0f 5d25 2b1b 2b21 411f 6311 1b49 6507 090d 0b33 5377
LL_SRM 6:14624 2779 4b43 6f47 731d 5b4f 4955 055b 7727 0d27 0505 6b1d 3713 392d 3955 2d2f 6f1b
LL_SRM 6:14640 3d7d 0b5b 074f 7f07 7f15 0f53 7775 1d37 5f57 3d6f 2f7f 2d4f 234f 194d 5b7f 0f03
LL_SRM 6:14656 532b 472f 6d45 015f 2d09 737b 4b5b 4f1d 6d2d 432b 5d4b 0d0f 0b07 2723 2953 597b
LL_SRM 6:14672 0b0d 537f 3b4f 0f45 7d03 5f4f 0729 336f 010d 2b79 0d03 0d05 3339 2707 0137 2127
LL_SRM 6:14688 2757 4d5f 2f4f 4349 7f1d 1955 5537 6b5b 2f7f 7f53 6f33 716f 674d 6f2f 7f1f 5f6b
LL_SRM 6:14704 3105 2f07 5b3b 3b01 6b1f 3d09 731f 0f3b 4d37 5b3b 6d7d 5f6f 2f2b 1f0f 057f 6f4f
LL_SRM 6:14720 4371 1531 5177 4331 4153 2b03 5369 0b33 0d73 217d 4121 0963 2335 1d77 1d03 5353
LL_SRM 6:14736 3771 177b 6f01 696f 3b01 6775 3561 295f 7151 152b 4b27 3907 2b31 097f 6111 2f5d
LL_SRM 6:14752 3765 7923 7531 7f15 5b13 2361 5579 3531 5d45 294b 7569 1363 7371 7f59 4173 0573
LL_SRM 6:14768 196b 3333 7151 7759 7347 4711 7f6d 3b67 2b33 6b13 3161 3741 136f 2713 3705 7b11
LL_SRM 6:14784 2571 334b 1b45 7931 4575 2b3b 0363 5177 7961 5b6b 6d21 2131 3369 3963 6b27 556f
LL_SRM 6:14800 1b11 3703 4901 237d 4151 7369 1557 5d35 0129 7371 710f 1937 7d6d 515b 3111 1b77
LL_SRM 6:14816 7b2f 7969 4757 1769 0d7b 0141 5765 0575 6767 6351 3569 0b51 7d5b 3531 7135 536d
LL_SRM 6:14832 7931 0161 073b 0101 497b 5d09 3975 2501 5355 7b09 7b3d 073f 7b77 4b31 696b 1771
LL_SRM 6:14848 5d13 4d5f 0521 017d 133d 6b65 1103 412b 5341 096f 1905 2747 0539 016d 070b 4d6d
LL_SRM 6:14864 0f45 0d1f 0909 0345 0543 076f 250d 553d 0709 192f 4949 077d 7323 055f 5109 6d1d
LL_SRM 6:14880 4b71 6d47 5b4f 5929 6739 0f31 3f4d 171d 0d3f 391b 677f 3545 071d 150b 7f7d 693f
LL_SRM 6:14896 4b6f 6b2f 4f17 5f43 7547 0d05 473f 1371 4f79 4f63 6d5d 2f47 5fed 3b01 5b2b 2f0d
LL_SRM 6:14912 0b5b 1f57 0b01 4707 0b0f 395f 230d 3d6f 5363 1b47 3d05 695f 6f59 656b 0113 4301
LL_SRM 6:14928 2f05 456b 6b55 3d75 0b61 7143 2709 4d6b 296d 2b0d 2f11 2f1f 016d 452b 3105 217b
LL_SRM 6:14944 2f6b 6f7d 1f5f 1305 477b 6949 3f77 7f0b 2f31 571f 374f 6b13 5f0f 1d0d 5d19 7f0d
LL_SRM 6:14960 5f3f 0f09 5f35 3d7b 574d 1549 2f1f 434b 0f77 6d57 474d 610d 3d57 535f 7f6b 254f
LL_SRM 6:14976 7d41 637b 3121 614f 2971 693d 1d23 1561 7b13 217b 0531 6775 1d43 293b 6145 7b17
LL_SRM 6:14992 3913 4111 3505 656b 3333 7147 6331 075b 3d31 2173 2559 2933 1165 5f7d 5561 5349
LL_SRM 6:15008 636b 592d 5d79 3971 756d 376d 7331 3f07 4771 1123 4573 5d45 7749 3b39 7171 3b31
LL_SRM 6:15024 7975 7d11 652d 1917 5b71 3d4d 6b75 6921 5353 6171 3f75 2b35 4d7d 7751 796f 3f01
LL_SRM 6:15040 073d 193b 0713 652d 6569 033b 5101 0777 013d 3d49 1b11 4959 4929 3d49 1d2b 015f
LL_SRM 6:15056 0f39 6339 4d69 4b61 0361 5f3b 3973 1327 3559 6f33 6375 1163 7577 7b37 1743 2d73
LL_SRM 6:15072 5931 7753 6177 7751 5145 777d 5f3d 7131 2371 2739 0d53 3f41 751d 1707 7f39 0943
LL_SRM 6:15088 7567 5d41 3763 0127 7f77 7159 0b39 3353 332f 0d63 5f5d 2117 2b6b 4f23 6733 6b31
LL_SRM 6:15104 4b35 633d 6505 0f0f 6321 4101 2d19 1d61 0d03 4f47 4b03 4509 411f 2577 6317 0f19
LL_SRM 6:15120 1709 0b29 435d 6717 6545 0903 0f25 7143 474d 213f 0769 3b39 454b 2b65 0701 6b65
LL_SRM 6:15136 171d 1d15 735f 2d23 4f5d 5b13 0b2b 0f47 2927 5179 7b77 6765 5b2d 277b 3b25 6509
LL_SRM 6:15152 4b55 4d41 2f1f 272b 7d09 3119 1f47 1d21 7d37 3b03 4d7f 6f59 696f 0f25 735f 5f05
LL_SRM 6:15168 0959 2173 5361 5915 135d 050f 4b1b 3311 5749 275f 3f05 151b 6125 617d 1745 2f45
LL_SRM 6:15184 490d 1171 0f33 476f 2507 2747 1d63 2529 0341 056f 0f45 2b09 1503 0f09 0505 4179
LL_SRM 6:15200 3b6f 5b0d 551d 7f7f 1f75 6543 6b2d 5d31 736f 6d4b 1d63 015d 2d0f 5107 4f2f 7141
LL_SRM 6:15216 2f67 0f23 7f5f 3307 6d45 4d03 795f 3977 0765 4b0b 732f 1721 5f1d 7f35 3b0d 3127
LL_SRM 6:15232 7169 137f 2b55 436b 2d11 437f 1159 0939 0161 2b19 1d65 710d 7119 0d6d 3939 7d59
LL_SRM 6:15248 0145 2b7d 6153 377b 1531 394d 410f 5537 7141 013b 1171 7731 7901 693d 3121 1763
LL_SRM 6:15264 797b 3b25 4379 454d 2f5f 6151 7173 3b63 6b69 5101 237f 1323 5351 7703 6375 7173
LL_SRM 6:15280 6561 7173 755f 1573 355f 7b41 496d 3d21 3b3f 3f6d 795d 4931 7151 7533 752b 7707
LL_SRM 6:15296 4f49 5117 5701 4d71 4721 733d 4371 476b 6b7b 6311 4761 7975 1133 053d 7913 115b
LL_SRM 6:15312 5b19 1119 7171 196d 1131 5927 6f79 4117 0555 1165 1505 1351 2d21 3925 0573 4153
LL_SRM 6:15328 3f51 7f49 5343 6971 1153 432b 3f3d 6553 5b69 5921 7b77 114d 1f13 3d69 5973 6d2d
LL_SRM 6:15344 5f31 3529 714b 6f7b 5f6d 155d 6d75 7b39 674d 7953 7977 2139 0735 7b57 7575 6f11
LL_SRM 6:15360 2b3b 4b7b 2307 0143 170b 0727 071b 2b6f 4103 493b 770b 0979 090b 4d3b 0121 3f33
LL_SRM 6:15376 0f2b 330b 330f 471d 6115 3f23 1b07 4377 1f33 3739 7b1f 053f 0729 056f 4303 4907
LL_SRM 6:15392 3f4f 1b21 551b 4931 3b57 1b01 7f4f 0f29 6b29 4f19 6f2f 312d 7f77 5937 4b27 4f33
LL_SRM 6:15408 2f3d 7509 6f5f 4f51 2f4d 1b69 1d1f 3b4d 3f1f 0769 392b 7509 7327 7109 3f0d 7703
LL_SRM 6:15424 073b 2727 0f0b 0355 4105 5f55 0971 6337 2503 4325 0145 2d3b 5143 312b 1b07 452b
LL_SRM 6:15440 110f 4d4f 056b 3d5f 0b11 376f 1305 5b0d 5d13 294d 3b0f 2b59 1947 2f4f 6909 5979
LL_SRM 6:15456 5b5b 3547 071f 052b 310f 4b07 456d 5f23 7f5b 7b25 7f4f 7f25 3f6f 7905 7b57 5b05
LL_SRM 6:15472 4f37 5d23 572f 2f4d 1f5f 7325 7317 4701 5f67 5367 630f 3135 2f7d 7f69 655f 5b03
LL_SRM 6:15488 7311 4151 012b 6173 6761 214d 3143 3513 7101 4f53 613d 6377 253b 4f47 5b43 1165
LL_SRM 6:15504 5963 6329 2961 457b 1d75 7537 4161 217b 6129 1733 231d 1943 5509 1b11 0929 6769
LL_SRM 6:15520 7363 554b 5749 0305 5771 7761 7379 494d 773f 5333 5173 7b75 6525 3731 3b47 517f
LL_SRM 6:15536 517f 4d57 7f73 2753 5355 4951 2f59 7b13 597f 6949 3765 2569 3103 6b51 0135 4161
LL_SRM 6:15552 5101 3b37 3931 5d33 5143 0763 3511 6d53 7349 517d 1965 3f5b 6329 7d65 6749 3d59
LL_SRM 6:15568 2155 137b 4761 5b75 0b01 3161 637d 3553 3161 3329 3173 2b55 3943 5941 1f6d 335b
LL_SRM 6:15584 6759 4f59 6b63 0731 7955 7961 6d7b 3973 593f 777b 756b 1939 574f 1531 7d71 4149
LL_SRM 6:15600 3535 712d 6d7f 2729 6723 2737 1b33 6579 2f71 4133 2333 5d09 2739 2935 7d61 3b6d
LL_SRM 6:15616 097b 474b 0949 535f 4163 6507 532b 130f 130d 031d 4903 0307 1929 575d 692b 453d
LL_SRM 6:15632 4705 090f 5933 0d7f 0f4d 4357 5941 5b29 1f29 172b 4b67 394b 0d3f 2775 0923 0d5f
LL_SRM 6:15648 6b5f 4d41 5d0d 2975 177d 1f2f 1d39 0f2f 7f6f 5513 0b7f 0509 5735 1105 575b 5f21
LL_SRM 6:15664 757f 2f1f 3d7f 150f 4d4b 2163 736f 3f49 7d07 7315 3d5f 2d01 3f5f 336f 4b1f 6d4f
LL_SRM 6:15680 1541 2f15 0d41 7f3b 0f71 416f 2b0f 5b0d 472f 0753 6d07 391d 1b7d 493f 230b 0f11
LL_SRM 6:15696 2d01 0f53 7919 2f1b 592d 4767 053b 437f 1f0f 7115 030b 4d2f 4155 597f 1143 0577
LL_SRM 6:15712 693f 5f4d 7d2d 6559 3d4f 3d25 5b4b 2b47 6f11 1741 2b4b 432b 1f29 133f 0f47 590b
LL_SRM 6:15728 792b 0f19 7b69 5967 4721 2769 3d6f 5503 4b3f 077f 356f 653d 1975 7d7f 3f5f 470d
LL_SRM 6:15744 1933 2939 1971 614d 1131 5b7b 4153 7737 6131 396f 3923 1b49 5359 711b 6745 5b79
LL_SRM 6:15760 0751 697d 6929 4163 013d 6b73 1d59 1567 732d 593d 517b 2b2f 6311 3979 510d 0975
LL_SRM 6:15776 5f7b 5559 770d 7f29 5b29 3f61 6d3d 2b55 7d55 3539 5d71 4315 6731 1551 753b 152b
LL_SRM 6:15792 7337 6305 555b 5729 7d5d 2d15 3b3f 2767 0571 5357 7377 5771 5779 7325 595b 756b
LL_SRM 6:15808 7d61 7131 2541 3173 5169 7d3b 6159 4139 0d49 057b 0333 1775 3d61 3d35 5163 0f71
LL_SRM 6:15824 2b53 4b3d 4355 356d 0129 611f 1103 113d 2531 1339 7121 516d 3571 172b 1123 1359
LL_SRM 6:15840 5b51 3775 1f41 6111 3333 5767 5f77 3b71 7f17 3169 734f 655d 557f 5f53 3569 7f01
LL_SRM 6:15856 0577 7501 657d 6d61 691b 3333 395b 3743 654b 0f6b 3d3f 775f 636d 6717 6f77 7161
LL_SRM 6:15872 3b29 193f 790b 3b5f 0329 254f 1f13 2527 4f1d 7f2f 2365 1509 1109 1b0b 7f03 351f
LL_SRM 6:15888 4971 195d 4327 6d3d 1f0b 0157 6543 091f 0329 697f 0151 191b 2947 4f45 6909 653f
LL_SRM 6:15904 6f0f 413b 3d1d 5b15 736d 0f05 0b0f 4303 3b1b 2f51 235f 4f41 7d15 4f0f 2f63 5b3f
LL_SRM 6:15920 3b09 6929 3f4d 332b 4f1d 7f45 1b2f 595d 4519 2f09 5f27 6317 6b0b 454b 1d6f 4f11
LL_SRM 6:15936 054b 075d 3301 4b0d 3913 4d1d 032b 133f 0923 211f 0f1f 1f7b 0b01 3543 432f 1145
LL_SRM 6:15952 0943 0315 5105 2d5b 0745 031d 0135 1f35 1723 0f6f 0d03 0b45 4505 1319 090d 053d
LL_SRM 6:15968 0f17 2529 2f4d 174b 4f71 056f 4b5b 1703 790f 0f0f 7f3f 1701 5525 2f69 1f4f 2945
LL_SRM 6:15984 5f7f 7f19 2537 057f 1f5f 450f 4f07 6557 3f19 6f67 6d4f 191b 2d6b 771f 4b4b 1f3d
LL_SRM 6:16000 4b5d 4577 1511 7119 0717 055b 1123 1975 6501 2d53 5341 2b73 3f19 776d 0d69 4f5d
LL_SRM 6:16016 0141 4d79 7153 2171 154d 6767 613d 6551 5563 4951 2d7d 5557 212d 2165 4523 7d57
LL_SRM 6:16032 7b63 3551 7775 0d71 6b59 6953 7b7f 230b 5f51 713f 5f39 2b67 4d1f 4973 7b27 6315
LL_SRM 6:16048 5569 7b49 7969 5d39 131b 570b 6d23 5b73 056b 6101 7937 195b 3715 4b73 7379 0d2f
LL_SRM 6:16064 5531 0d2f 3313 533d 734b 0573 3965 4959 6f71 3d31 2101 291d 7101 6959 2d29 0907
LL_SRM 6:16080 4539 1269 4365 2539 3935 3f3b 2b79 157f 0561 1921 2f75 2f47 396b 0b2d 5107 2971
LL_SRM 6:16096 2f73 656b 4f45 3939 5971 3765 755b 3b63 7957 0131 2b67 116b 732f 4171 5717 091f
LL_SRM 6:16112 6f7f 610d 775d 3129 7935 5f55 3d6d 7171 677f 6973 5125 3771 2d73 1379 395d 0b7b
LL_SRM 6:16128 1d4b 656d 0747 0f17 454b 174d 372b 0f75 7767 4f69 1d3d 116d 0911 2949 4d5b 1f73
LL_SRM 6:16144 2b0b 6f07 016b 513f 752b 2717 450b 617b 4b23 193d 054d 037f 6731 290f 271b 0715
LL_SRM 6:16160 3f43 2757 5f53 5f0f 377f 0751 3f3f 3915 0f5d 7177 0d19 4b3b 253d 5741 5f37 5109
LL_SRM 6:16176 4f3f 6959 234b 610f 7d4f 1f4d 7547 0313 1d0f 0f15 433f 6563 2d0b 3f4f 154d 074b
LL_SRM 6:16192 0f4b 374f 6125 6f1d 2101 0f1b 092b 7931 0901 0727 2735 2313 0f6f 6b2b 1351 0939
LL_SRM 6:16208 2b3d 1d47 0d3f 3511 635b 014f 0d0b 4543 1919 0547 4509 631b 0d19 031f 0749 1b7d
LL_SRM 6:16224 5f7f 1f07 4f1f 6f07 6575 5125 3507 0d35 0f2d 4f55 5157 4f09 6b3f 472d 5b0f 2f23
LL_SRM 6:16240 2b3b 1f09 4771 2905 6f0f 4943 2f35 1713 6f65 6d1d 5b0f 3705 7d07 1b2f 4b5f 691d
LL_SRM 6:16256 1527 157d 353b 455b 5111 3f63 0961 5d6f 4711 4135 7571 0509 5949 1335 3b1f 5365
LL_SRM 6:16272 1b13 1b37 0131 2d73 3d01 1555 150b 713d 2529 337b 5d49 3937 0571 7d63 4541 3329
LL_SRM 6:16288 5b71 7d61 1757 3b53 4177 3315 257d 0101 2d3d 7d65 1d1b 235d 1f79 3171 093b 0963
LL_SRM 6:16304 7f39 4d79 596d 1d11 6947 6951 3179 3341 6935 353d 317b 616d 7531 6123 777d 797d
LL_SRM 6:16320 7161 1365 2b03 135d 0361 2517 3961 037b 5109 6359 0571 1945 4b71 7d39 7533 6b77
LL_SRM 6:16336 6709 7f0f 1135 414d 1103 4157 415b 7f69 2539 111b 1931 3f39 2923 1159 5311 0d35
LL_SRM 6:16352 5555 7d7f 7559 2511 7b5d 1357 0b77 7971 3f19 0f57 593f 3b4d 3d3d 1f69 1357 3519
LL_SRM 6:16368 5d73 6b3d 4309 1d6c 0d55 475b 3773 7b25 7351 3171 5d77 6373 5771 6b33 6b5f 6367
LL_SRM 6:16384 0131 7133 2705 393d 4153 015b 2751 6529 1565 6d5d 7555 1d41 4b69 3555 316f 7177
LL_SRM 6:16400 6333 496f 6703 7b0d 3351 7f71 2103 435f 5137 2f31 0163 2527 1b69 1151 634f 255f
LL_SRM 6:16416 7767 7901 4545 0171 7937 672d 7975 0763 5f25 775d 5d7f 5d49 3b53 7107 3d23 1f53
LL_SRM 6:16432 7779 512d 7171 6127 7133 0109 5969 0335 1369 6301 197b 4b07 7b5b 7307 7367 3539
LL_SRM 6:16448 7135 5959 6f11 5131 6311 3d2b 4145 6b07 0133 0555 0113 0151 1b31 7151 352d 4541
LL_SRM 6:16464 0b75 1f3d 2131 6177 2129 7169 0515 6131 7111 2d2d 7365 4b77 2135 6517 094f 2173
LL_SRM 6:16480 3f2d 7361 3363 4511 3f77 7725 6363 2557 776b 5123 5373 5b15 6975 3159 2777 3369
LL_SRM 6:16496 352f 334f 5757 5f31 2f5f 5329 3771 0d67 7f33 7959 5979 3129 0f79 735d 4973 3539
LL_SRM 6:16512 3b21 5b2d 0d0d 112f 2f05 2f75 0525 577d 430f 235b 212d 3b75 330d 3d57 035b 5d09
LL_SRM 6:16528 010f 2379 632f 432f 4f5f 330d 5947 0f0b 4f4b 0147 6523 0945 6929 2f43 3149 2545
LL_SRM 6:16544 375f 6b1b 371f 3d15 7d51 1f4b 0b0f 630d 0f15 356b 2d0b 174d 3b2f 0d49 3f0f 670f
LL_SRM 6:16560 6705 570d 0b7b 7b19 5b2d 5959 2f67 7761 5b17 7345 2537 0f0f 1b2f 7909 0f3f 3f05
LL_SRM 6:16576 034d 231f 0f05 2f3d 0717 291d 190d 5b51 3101 2347 012d 1f55 210d 2d4d 3b41 5307
LL_SRM 6:16592 5509 2975 0d11 0f55 010b 4d2d 2b49 0d1f 1713 436b 411b 192d 4d67 0565 0d45 311d
LL_SRM 6:16608 6f39 3757 2f0b 6d0d 3d45 5f03 6577 1741 373b 172d 5f0b 5b7d 073f 6b49 674f 1b45
LL_SRM 6:16624 6f4f 3b69 5f7d 7505 6b5d 2d11 756b 154d 6d4f 5965 7707 5925 3f2d 334f 476f 5d25
LL_SRM 6:16640 5141 516d 797d 5f69 3143 1763 1155 390b 6359 0731 411b 3d6d 3939 6d1d 2139 4333
LL_SRM 6:16656 2b53 3939 3511 7b7f 7721 336f 1f27 0305 7111 6571 6101 0523 1521 173d 5d3b 4123
LL_SRM 6:16672 033b 7b55 173d 3d59 6175 2d49 1949 1b23 7b2f 5b03 593d 3103 2b63 2355 1365 733d
LL_SRM 6:16688 393d 1d49 3579 6b19 0357 596d 3369 4775 1b77 733b 3f55 112b 3573 1711 3f67 6773
LL_SRM 6:16704 0923 6533 476d 096d 0b45 0111 575d 3969 7765 212b 0109 417b 1121 4951 491d 3b7f
LL_SRM 6:16720 1703 4b3f 0b47 756d 3131 2b7f 7531 6705 4b29 6b25 0b41 316b 2101 5b1b 0161 0541
LL_SRM 6:16736 731d 1b4d 5f75 1b0d 577d 3f2b 3f3f 712f 7f5d 1711 3d7f 3d71 5173 3755 2765 3f2b
LL_SRM 6:16752 5963 2b15 5b37 7941 7179 3331 7565 2339 3747 113d 3755 451d 7961 7151 1971 3771
LL_SRM 6:16768 4f05 3705 4307 137f 0565 2b3d 6347 034f 050f 075d 1301 4f17 110f 397f 436f 1911
LL_SRM 6:16784 0949 555f 3337 1765 1907 0125 0b0b 436f 131d 692d 1d59 0b6b 471f 4f3d 4b3d 211b
LL_SRM 6:16800 754b 5729 7767 673d 1f07 0d5d 1f79 470d 4f2f 2d0f 1b5d 6f0f 6b0f 0709 1f5f 0f39
LL_SRM 6:16816 6f2d 6b29 2f5b 4559 130f 135d 7f27 0301 474f 5941 613d 4b0b 7f6d 0d09 494d 7f09
LL_SRM 6:16832 251b 316f 0107 0d3f 0301 4535 710d 172b 410b 2331 7705 4b3d 0965 172f 773d 1d23
LL_SRM 6:16848 2151 050b 754d 476d 112b 051f 1307 1d5b 3107 0d3b 2741 232b 5b07 2937 3727 2d6f
LL_SRM 6:16864 2b0f 551f 1f6b 2b17 5f4f 5b21 0f37 2919 5f3f 370d 6f5b 3f1d 7f75 3f39 392f 6b2d
LL_SRM 6:16880 7d5d 0349 7d7d 1f1f 1f4d 2945 095f 417d 177d 6b23 2d6d 7f6d 1f17 3f2b 714d 5909
LL_SRM 6:16896 0179 477f 6513 357d 5151 4343 3731 0955 0727 557d 7151 5f3b 5161 295b 4f11 357f
LL_SRM 6:16912 6915 3153 6111 1b63 5523 3d55 2961 297d 6163 3d3b 0161 793d 6971 137b 557b 457d
LL_SRM 6:16928 7975 5133 7529 2559 7347 0511 6377 3173 4371 1959 5771 1d7b 3d4d 2d39 3d7f 4175
LL_SRM 6:16944 4d3d 6f09 6f71 2f6b 5709 5139 1329 0f1d 6f7f 3b37 716b 6d51 3561 3323 7d49 7d53
LL_SRM 6:16960 2901 7f79 5949 0d33 1525 2129 3109 3f35 653d 2973 0113 3579 4d4f 6349 4323 1565
LL_SRM 6:16976 132b 7933 5331 6163 692b 4305 3101 0d6d 1179 617f 4d01 692b 6d69 013d 111b 0163
LL_SRM 6:16992 0963 3361 3b61 4103 251f 6527 357b 6d3b 4f73 1731 7579 5179 717d 5b41 4973 4719
LL_SRM 6:17008 7b69 7369 7339 6729 5f5f 4b29 6b77 7735 7b5b 534b 6957 7d63 7571 5579 7577 0171
LL_SRM 6:17024 4549 030b 230f 332f 592f 3f7f 2301 2b13 2701 4f6f 0503 6b6b 2125 053b 474d 2109
LL_SRM 6:17040 4f7d 5d07 3523 0d03 5f2f 1367 2101 3327 3b1f 4b3d 4911 4f0b 2303 4317 0b45 0d6f
LL_SRM 6:17056 2515 571f 054f 5b0f 4b2f 2913 077d 3f41 0979 6f4b 2f37 7515 076b 1f0f 371d 3f0f
LL_SRM 6:17072 3f3f 0d31 177f 4b05 750f 5747 7939 6f05 115f 0f19 4f7b 271d 6717 393f 6363 0f0b
LL_SRM 6:17088 6563 6d75 7f0f 116f 1105 0f1b 1121 730b 0d61 2d61 1901 6f2d 0939 615f 4d09 6f47
LL_SRM 6:17104 1f0b 2d6f 0f0d 5719 2755 6f29 0929 6705 1147 5f09 4b17 2563 0103 296b 1f27 291f
LL_SRM 6:17120 7f0f 2b0b 5f6f 7d05 0907 0703 0f2f 4309 270f 0929 0b69 6d2d 073d 4753 532b 2307
LL_SRM 6:17136 5f07 3f07 6f65 4753 077f 6529 2561 730f 5f75 1b23 0965 3b3d 770b 1d2f 5745 7f19
LL_SRM 6:17152 2b7d 4b57 2301 7127 0107 6145 2139 114b 5501 3d35 5139 3d79 7f79 7f4f 6579 3963
LL_SRM 6:17168 4d41 3113 2111 2d27 6345 0d3b 212f 417b 4163 0b2b 3151 133f 6739 4543 3711 3d11
LL_SRM 6:17184 7f61 5f79 2779 7d05 7379 4927 7b7b 3751 797b 5b25 2d79 657d 656f 0519 5179 6907
LL_SRM 6:17200 6757 7175 1f7f 1d21 3f67 3b4b 2f71 7945 5b51 776d 6377 7d11 7d75 6137 5f3d 3971
LL_SRM 6:17216 7973 315f 2143 7f73 2123 0b05 0921 1f73 6d15 576b 1161 2361 5519 2b35 2341 3573
LL_SRM 6:17232 735b 7155 650b 350d 0521 1135 3147 131f 3b19 591d 1121 433d 7977 6929 0b07 5b7b
LL_SRM 6:17248 777d 2d59 6d79 1955 7d61 6309 0b59 5309 175b 2b11 6f37 6515 7131 7123 3d31 7b3f
LL_SRM 6:17264 6b2b 7d45 6d19 1705 796f 3573 5b2b 1f7f 195f 7f17 7365 6d7f 5f55 7313 297b 4d67
LL_SRM 6:17280 5945 033f 3f6f 2f3b 0f4b 7f1f 2121 2519 0d49 4367 2101 4b3d 3501 0f43 670d 271f
LL_SRM 6:17296 4f23 3969 012b 0727 0d6d 0b7f 2f1d 034b 1d57 031f 5911 5967 7f15 0f2f 050b 2747
LL_SRM 6:17312 7d71 1b7b 175f 7b03 071f 392b 1b47 6321 6b07 176f 796b 0709 7b6f 2549 1721 1d3b
LL_SRM 6:17328 7f37 2d2d 134f 196f 730f 0f31 7f7f 0f11 150f 4f1d 1f27 7d5f 7f47 6745 4f7d 3d25
LL_SRM 6:17344 2509 231d 0d15 3711 0103 177d 3b43 2d5b 513f 3b7f 0525 7b5f 470f 0d37 4743 036d
LL_SRM 6:17360 0b01 093d 0109 0963 3123 7717 610f 6579 4f5f 5b37 1b13 297f 0941 036f 0541 454f
LL_SRM 6:17376 7f27 2f07 271f 0f09 0d15 0d1d 3f47 2b4f 1d6f 2b63 2d67 5565 457b 1b2b 2f5f 094b
LL_SRM 6:17392 0b3d 0767 7d29 5b21 1b7f 551d 372b 5f2f 1d3d 6b7f 637d 5303 294f 7f69 1b7d 3d25
LL_SRM 6:17408 5d43 6d77 0321 636b 312d 4133 1d43 6523 6551 437d 6123 5171 0b77 4547 4549 394b
LL_SRM 6:17424 6171 6375 1129 394b 557d 555b 1171 2753 050f 5151 1137 2f5f 016f 3f7d 6501 091d
LL_SRM 6:17440 5731 7373 6f55 2125 653f 3b7d 597b 4d73 5151 7b29 5175 6971 3b7d 7909 1f67 7979
LL_SRM 6:17456 6939 092d 6751 7961 7d7b 1d21 0575 3751 7147 5f73 3f6f 6769 773d 7971 797f 3f77
LL_SRM 6:17472 2d69 1133 1151 597d 2121 4125 750b 055b 2331 230f 5153 773d 313b 6341 4103 5153
LL_SRM 6:17488 6915 5123 4555 1133 6149 6173 015b 2345 3309 6939 3563 731f 5129 0929 315b 5555
LL_SRM 6:17504 7f71 5b73 7571 1b61 3723 612b 7f7f 3931 5b3b 2d6b 7973 7d73 037f 1379 7139 617b
LL_SRM 6:17520 630f 5b1d 4779 5f21 7f49 4f3d 7b67 7b79 355d 3971 7369 3101 1b73 2b21 7b2f 1723
LL_SRM 6:17536 450f 376f 3d49 552d 5523 5d4b 0b0f 7147 1b07 1f0f 4109 0f37 2901 591f 0d6b 577f
LL_SRM 6:17552 4f09 295f 2f1b 791f 434d 1313 2709 5f17 3357 476f 1917 4d21 2149 1d4d 1101 073d
LL_SRM 6:17568 4f57 096d 2f7b 4145 0b2f 4369 176b 2f6b 754f 0709 7f0f 570f 3b69 1d13 5367 3b0f
LL_SRM 6:17584 075b 5f15 0f3b 0f53 770f 3741 1f75 4f4f 5f67 576f 2d47 1515 5f5f 7f17 3747 1721
LL_SRM 6:17600 090f 176b 2121 6379 071b 4919 6109 1107 4f39 610f 0729 0b3b 190b 354f 0b29 3f2f
LL_SRM 6:17616 5525 6955 4f5b 3305 6703 593d 2905 0717 0b07 074f 5909 211f 0529 1f27 050f 3f2b
LL_SRM 6:17632 3b3d 2d5d 7f29 1b29 0f5d 3f01 2b7b 5b19 7d47 0707 3b5f 7f6b 676f 4f49 457f 0779
LL_SRM 6:17648 7f67 1b29 5775 4511 3f2f 0f49 1d75 6155 774f 7d65 0f65 7733 470b 7f4f 555d 2b2d
LL_SRM 6:17664 3341 4125 3541 393d 2147 2103 0111 2135 0d09 4161 1761 673f 4339 6f1d 0131 1377
LL_SRM 6:17680 4d71 7b51 2901 0753 711b 217f 7131 4371 7323 0179 1345 413b 3345 6365 2907 2b35
LL_SRM 6:17696 1f4b 5129 4379 6927 237f 5b73 1b79 630b 394d 5b59 5933 6d61 4561 6f35 1979 7529
LL_SRM 6:17712 7353 5b59 737b 2b57 7153 615f 6357 4d69 4f63 2141 1d0f 7511 7d0f 750b 777d 7d57
LL_SRM 6:17728 3943 6523 2361 2173 712d 6351 4161 4b57 7143 471b 5111 6177 4943 2775 5961 317b
LL_SRM 6:17744 6521 1b25 5521 6963 513d 3b3d 5901 1373 3741 6111 2d0b 4177 3127 0337 0d41 1b75
LL_SRM 6:17760 1341 1d47 793f 1951 4961 6165 3b75 1123 2f21 4915 7b33 1973 751d 2571 4b71 5735
LL_SRM 6:17776 7d3b 5d09 797d 377d 7d7d 4921 7759 6903 3561 4b15 3963 574b 737f 0d51 5f5b 6b09
LL_SRM 6:17792 210f 1f59 0f21 013d 170b 0127 2747 5367 070f 1717 451b 097b 010b 1701 2b07 5f35
LL_SRM 6:17808 0147 197f 2101 551f 532b 456f 072d 3d1f 0709 015f 0f07 1f7b 175d 033b 030f 2f65
LL_SRM 6:17824 470d 496d 096d 5b1b 5937 690b 096f 6b09 250b 7f63 774f 1129 1d6b 6f0b 6d6f 1b1b
LL_SRM 6:17840 2f27 6d0d 715d 6907 6f5b 490f 3f4d 332b 0b43 6537 6f5f 7b0f 7f6f 615d 112d 7f3f
LL_SRM 6:17856 4d61 2161 512b 714b 730b 0163 2b01 670b 2d05 4717 010d 093f 0105 0337 017d 4d47
LL_SRM 6:17872 3111 133b 233b 1d55 2315 0f2f 696b 257f 0125 1d53 4b47 614b 510d 6f57 1d6d 477b
LL_SRM 6:17888 775d 0b09 5f3f 0559 675b 1955 2f0d 4343 2719 0f6f 7f17 2d47 4b6f 6b0f 2927 674d
LL_SRM 6:17904 6f2b 0b4f 652d 2f29 394d 3503 7707 3903 174d 0705 7f5f 7d0f 595f 5b79 7b13 5717
LL_SRM 6:17920 6b0d 6777 215b 7325 737b 1107 4311 4719 5941 757d 0751 4f3d 3f71 2141 1969 3347
LL_SRM 6:17936 0521 2527 2141 0379 0b51 375d 590d 1155 2525 0f4b 1351 4f37 7521 715b 015b 0f39
LL_SRM 6:17952 7d21 5321 596f 7137 5d73 7325 4b45 591d 1967 4701 5b57 631d 5d4b 396d 3b6f 0573
LL_SRM 6:17968 7573 1f3d 3b35 6131 6763 192d 3157 1b39 2101 1d3d 155b 2147 3b5d 2751 716f 7f71
LL_SRM 6:17984 3575 153f 2369 292d 1173 211d 4f43 536f 4951 796d 3d51 2365 0925 2b17 6177 3151
LL_SRM 6:18000 492f 116d 674d 793f 7175 415d 6975 5547 7343 0927 5d39 2919 6119 0543 2523 0b73
LL_SRM 6:18016 7157 3169 3735 6b5d 3d73 5d49 775d 2d65 2b77 1949 7973 752b 1b77 2d07 773f 7731
LL_SRM 6:18032 7b65 7321 1f4b 5533 2155 194d 6f7f 4d4d 7d33 2f71 0f17 075b 696d 7975 2b69 3b05
LL_SRM 6:18048 250b 117f 5759 2563 1d45 2735 191f 0121 1b49 4525 3503 1965 513d 191b 3129 0909
LL_SRM 6:18064 251b 6f0d 6343 2773 4525 0f6f 332f 0b13 1307 0b1d 4f45 014f 436b 7b2b 074f 2d57
LL_SRM 6:18080 290f 2b6d 0b5f 6f15 5d5b 3b0d 6d0f 0b1f 3f6f 7705 2d3f 4b3f 5d03 1f4d 671f 3b01
LL_SRM 6:18096 554f 4f53 5f05 4547 5b6d 2f05 6f3f 1735 0d2d 217d 370f 7f0f 3b0d 7b2f 5b2f 170d
LL_SRM 6:18112 2d15 497f 0b13 170f 5d07 012f 033b 174b 490f 7b59 3d29 4323 0d4f 2507 4355 692f
LL_SRM 6:18128 0d19 5f67 1941 032f 0d17 094b 1945 5f07 2709 212f 3b01 4b2f 0569 014b 0b25 111f
LL_SRM 6:18144 6759 530b 7b2f 0d63 4f1f 011f 751f 5b29 1d0f 0b3f 3f0b 4b6d 4f0b 590b 437b 3d0f
LL_SRM 6:18160 4d3d 2723 3775 6929 0b3b 4f1d 2f1b 790f 7f3f 6311 695f 1d5f 6d17 131b 536f 3317
LL_SRM 6:18176 2179 6d6f 2751 097f 1119 730f 7965 055b 3b2f 5577 6119 2919 2311 337d 1f31 137b
LL_SRM 6:18192 2151 533d 1b51 5565 2325 7f7d 635b 7173 6155 412d 5101 7119 3517 693f 2549 056b
LL_SRM 6:18208 5565 796b 1541 7b33 772f 2d45 314b 7f79 7979 5f45 2761 6b7f 4765 7b71 3d59 3343
LL_SRM 6:18224 577b 5b29 4d79 7735 0d2f 5d41 213b 5f63 3379 794b 7b3b 7147 3b3d 6f59 3757 7113
LL_SRM 6:18240 5361 2d4f 3d71 4b7f 5137 1979 3113 137f 777d 0d29 7d79 6d6b 3351 692b 5161 237b
LL_SRM 6:18256 0b45 2f67 1d0f 1967 4153 6513 2943 7559 6937 6b7b 1941 2913 0963 292f 0173 637b
LL_SRM 6:18272 757d 031f 7d07 2d79 3135 3127 7f7d 7557 7977 5117 1729 7d37 6b75 4d3d 4f23 3d51
LL_SRM 6:18288 257b 5d61 7571 5969 1719 1d73 6d6b 5909 7f71 7571 7f63 7967 6977 5745 7911 472d
LL_SRM 6:18304 213b 0511 0563 6f6f 0b07 6f0f 234b 0973 212f 156b 0b29 0b0d 170d 497b 6f59 611f
LL_SRM 6:18320 6721 491f 6905 0361 270b 0d07 2741 0d5d 1d15 2153 0305 4d6b 012f 0d35 190f 294d
LL_SRM 6:18336 695d 4107 2f37 2f17 2577 5b45 553f 0f4d 2737 595d 7b67 5f3f 1d15 0f0d 1f05 2721
LL_SRM 6:18352 4f0b 5f01 6b0d 0309 2d1f 073b 3d39 6f25 6b43 112b 5d1f 0315 4d3f 3747 0741 5343
LL_SRM 6:18368 6149 231f 5d2f 0117 5d63 4733 0745 215f 0559 070f 0901 016b 5d0b 0b5b 6739 5b6d
LL_SRM 6:18384 5529 253f 4901 352f 6b65 3f63 0915 755d 6f6b 332f 0707 192b 0329 1903 391f 575f
LL_SRM 6:18400 6b7f 4f45 3b6b 496b 4b2f 3b23 5f6d 3107 5b27 6d1b 557b 0b2b 072f 6713 4f5f 3327
LL_SRM 6:18416 594f 2d59 275f 0b55 2d67 5529 4b1f 1d15 2311 0b41 755f 2703 7f0d 1b0f 1f3d 1355
LL_SRM 6:18432 0b19 0373 2941 7b69 2945 317b 7d45 7d73 4f51 611d 6b6f 5301 6123 7121 472b 5b6f
LL_SRM 6:18448 0103 417f 1553 2b33 5379 213d 6167 7b71 1105 717d 634d 5d29 2769 0179 0523 6135
LL_SRM 6:18464 5f7b 7711 136d 1961 7f69 3969 734f 5323 7365 7963 7f73 6327 2375 7d61 095b 7541
LL_SRM 6:18480 6d73 7513 797d 6157 7573 1101 7975 4d1f 4b39 3b0b 4763 2f1f 7707 6d75 4125 7b21
LL_SRM 6:18496 5141 3365 2125 7739 5d21 512f 4129 1173 0501 1b55 3321 2d79 7131 2d65 7b31 273b
LL_SRM 6:18512 4501 0971 7529 2745 7521 1379 4163 273b 7965 7171 6701 6365 3169 2179 190f 3145
LL_SRM 6:18528 5529 7f4d 5527 7d01 6965 2575 0f71 6943 571b 557f 712d 5551 3f71 7759 3363 0f15
LL_SRM 6:18544 5379 571d 3563 4561 6579 1151 4571 7d5b 7379 6751 6979 6365 6f79 3565 537f 6557
LL_SRM 6:18560 7179 131f 2d2b 6f7b 2d09 0f23 1905 055d 4909 1909 016f 1969 1901 2d4d 1743 472f
LL_SRM 6:18576 594f 171f 4d6f 537f 1107 294d 251b 0527 212b 072d 2717 036b 2b01 7b29 094d 651d
LL_SRM 6:18592 1f7b 2111 334f 071b 7b7b 6b4d 310f 1d2d 7f65 250d 050b 4705 116f 6f3d 457f 572b
LL_SRM 6:18608 3b6f 0d1b 2f07 454d 2f1f 0335 7f2d 553f 3b09 190f 677b 0503 7d25 292f 732b 1b1d
LL_SRM 6:18624 1d0d 171f 4537 6169 4505 3f5f 2503 617b 3501 0965 5b13 5347 0323 1f43 012b 691f
LL_SRM 6:18640 0119 4d27 112d 473f 152d 6d13 0f49 3b5d 070f 076d 3b01 0f0b 4503 0901 0b09 356f
LL_SRM 6:18656 752d 2b0f 7937 2d3f 4f3f 0b0f 6f13 3b0d 770b 1f3d 470b 2f0f 2d17 6b4b 6b2d 7f07
LL_SRM 6:18672 356f 0f35 3777 7d43 5f2f 636f 0949 4f7f 074f 6931 3f3d 6749 2f4f 354d 0b23 3719
LL_SRM 6:18688 7b37 295d 3151 514f 1d33 553b 1b79 2167 5571 3165 012d 7139 0951 5511 6133 4d39
LL_SRM 6:18704 0719 110f 4123 693d 5d11 0511 4f19 0107 5d11 391f 6531 7167 5711 516d 4131 3139
LL_SRM 6:18720 7765 5911 7f67 1775 3535 311d 4b73 3763 7d31 4525 573f 6371 3d4d 0317 613d 1925
LL_SRM 6:18736 7d37 7321 5b7b 6775 456f 2d7f 7551 1f5d 436f 7f19 7b11 010b 5b11 5b6f 671d 7557
LL_SRM 6:18752 5523 4921 0559 771b 2745 5359 253d 1921 5b25 337d 3331 011d 1535 510f 3515 055b
LL_SRM 6:18768 7d35 177f 2931 517f 3531 2139 653d 0135 0115 0765 5151 1d71 6931 4369 1145 5541
LL_SRM 6:18784 2b7b 5723 611b 4d41 7f77 4d73 7773 3d09 5f73 7307 3b69 7569 5b3f 4b17 4f73 6739
LL_SRM 6:18800 6775 295f 3f0b 3b7d 7171 5b03 757f 6f63 3f6f 4363 554d 1539 5717 2d01 1b7d 3155
LL_SRM 6:18816 3909 177d 2b03 011b 5125 0f33 5715 0f6f 452b 6d5b 0953 211f 1b55 0933 4147 1333
LL_SRM 6:18832 010d 1525 4f09 4b09 4317 2f29 094f 652f 111b 133b 111d 4b1f 514f 133f 4171 2f0f
LL_SRM 6:18848 5b6b 6d07 3769 530b 6f47 130b 570f 2951 6d1d 730d 7527 1701 6f37 5347 6d57 1f6d
LL_SRM 6:18864 3f4f 055b 2779 1b1f 1f13 373b 7307 2d69 6f47 4717 0b6b 374f 4b17 134b 275d 0f19
LL_SRM 6:18880 012b 030f 5903 4951 1d29 0b69 272f 714b 671b 3101 4915 632b 5b09 5f47 3917 315d
LL_SRM 6:18896 4143 4f67 4b21 150d 0d0d 1d43 4119 2d47 730b 0b5f 0347 5b2d 0735 091f 4529 0b07
LL_SRM 6:18912 311d 6b09 276d 377d 6f2f 692d 5b4f 1b53 570b 3705 4b27 470d 1977 1123 4f2f 334b
LL_SRM 6:18928 5b11 0f2f 6f7b 3549 675f 451b 6f55 775b 7f35 532d 3557 1b01 5b1d 3745 6f2f 377d
LL_SRM 6:18944 616d 4329 1561 616b 5d59 7553 2d69 534d 1737 6171 1339 191f 5971 3d45 5155 4139
LL_SRM 6:18960 1351 6365 4175 737d 0141 114b 2127 5b73 0519 7f73 3501 2351 2143 1b63 412d 7155
LL_SRM 6:18976 5763 2531 7175 172b 7d7d 6165 693f 5b07 737d 7535 1773 6351 7965 736d 513f 2f5b
LL_SRM 6:18992 7f7f 5d01 7d79 7167 7761 1759 2775 7f0b 2377 3d0f 5f33 3d0f 6543 5b73 7d51 7d11
LL_SRM 6:19008 0563 0177 6911 4105 5109 613b 1301 1569 0141 5145 0f0b 673d 0161 0925 1337 2121
LL_SRM 6:19024 0573 194b 657b 2131 3111 7137 0d4b 5d73 3503 6777 3101 6313 2931 3577 1541 2351
LL_SRM 6:19040 6f61 3919 393f 7343 7967 7133 6d61 6139 6d2f 3b4b 6f7d 7973 757f 7101 797d 736b
LL_SRM 6:19056 671f 736b 617d 3731 5971 7327 2d2d 3f29 313b 617f 3951 4115 197b 7b19 3f7b 757b
LL_SRM 6:19072 4905 6317 470f 7d7f 4117 0b0f 1b2f 5f77 1f1f 0337 0b0d 3b2d 0b4d 4911 0121 230f
LL_SRM 6:19088 1325 474f 4b1b 1f6f 174f 0b2b 2149 4d2b 6b23 6523 311d 790d 6b45 6f45 0f2d 611d
LL_SRM 6:19104 2d1f 1543 7749 1b27 0b5f 3d5f 0f2f 770b 6b3f 452b 5b4f 491b 2f7f 0f03 7b3f 494f
LL_SRM 6:19120 155f 6917 335f 3b3b 5379 2d0d 7f0f 5f69 5b61 7f4d 7f57 0505 2d1d 196f 0f6f 4b2b
LL_SRM 6:19136 4b6f 3f1b 2f0f 473f 6b23 3d67 2d17 015b 1109 6d07 3b23 7927 3d01 054f 0f17 4d7b
LL_SRM 6:19152 3933 113f 6531 3f4b 0305 770f 6b41 0d07 430f 0b1b 2305 310b 1b11 455f 5b11 0565
LL_SRM 6:19168 2d25 7f1f 5f7b 5551 4d01 7777 3733 7f49 355f 3b05 2b0b 572b 672d 7367 2d7f 3b39
LL_SRM 6:19184 6d3d 1b27 0f17 130d 590d 211f 5337 274d 5f79 0161 1b5f 0109 732f 5709 3f4b 6507
LL_SRM 6:19200 4f05 4f7f 1351 5333 5563 4d55 2b03 3703 5101 197d 6339 4d53 2b25 450f 130d 7359
LL_SRM 6:19216 7f79 194d 412d 3337 1551 5d11 4d21 0d03 451b 410b 315f 5179 5937 496f 5349 434b
LL_SRM 6:19232 7577 6f39 754f 3905 2175 3549 1535 7133 3769 3701 532b 3f61 753b 6943 7937 2303
LL_SRM 6:19248 7b57 5b31 7b1b 732b 7b5f 2367 5f35 3525 5f4b 7f71 7d71 1551 0d41 4d69 4775 691b
LL_SRM 6:19264 4523 1b33 6141 7b6d 5565 6b07 0b5d 691f 4345 3911 0d7d 1133 0b79 4119 7d2b 4733
LL_SRM 6:19280 5331 5f47 0951 0111 5b0f 3d39 5913 7971 0925 2d73 4539 7703 0d6f 2179 012f 1351
LL_SRM 6:19296 7935 756b 7b79 6773 2d79 552b 7515 7765 7175 5f07 6731 756d 7f79 2d75 197d 3f21
LL_SRM 6:19312 3f03 6761 6967 457b 7173 3f21 7d7b 412b 5f71 2355 3767 4d47 1f4d 4d1f 7f3b 7971
LL_SRM 6:19328 2b01 670f 2f11 1b0f 674b 1d57 4d35 575f 5701 7f4b 5b0b 0f17 1b29 2119 0f2d 1731
LL_SRM 6:19344 250b 3d4f 0769 130d 3505 3f13 5907 4301 4f01 156d 1f65 7727 236f 0733 730f 651f
LL_SRM 6:19360 6f2f 5d2f 057f 390d 690b 7b15 3b53 3549 7b0f 3d35 3f69 2d5d 6f4f 5d6f 592f 2f0b
LL_SRM 6:19376 493d 2d67 2d67 1d55 6747 752b 6d7f 5327 2b27 1b75 4d3f 4355 6f47 5d4f 6523 1325
LL_SRM 6:19392 2d79 6b21 2545 6b4f 0d67 0111 4529 2517 5707 1303 030f 0727 1125 4f0d 6d05 710f
LL_SRM 6:19408 6105 713b 0f0f 2d61 530f 0515 4b47 0d79 2925 5555 0325 4b4f 0d0d 5d15 0f01 631f
LL_SRM 6:19424 6967 2f07 4d67 4b67 752f 3951 273f 6d1b 5d4f 016b 7b45 0525 7f47 1333 3f07 3563
LL_SRM 6:19440 4b3b 7d2d 255d 2b43 5325 6b1b 6d6b 6d21 7f4f 7323 214f 3569 1d1d 3f41 2f1d 6f4b
LL_SRM 6:19456 6113 2b61 230d 695b 3959 1569 1959 591b 3513 6567 6571 4153 1573 514b 2d59 7369
LL_SRM 6:19472 6927 4707 4129 0f4b 6157 655b 0161 5d77 456d 6b0d 1743 5709 5735 5739 4d21 456b
LL_SRM 6:19488 551f 4377 4b73 7b51 3f4b 5505 6d1b 2d71 6b7f 0935 4369 2905 736d 6105 4149 1321
LL_SRM 6:19504 717b 3941 133d 3129 652f 7139 7b7b 2329 434b 7179 7941 4939 5927 4321 6f21 5763
LL_SRM 6:19520 5535 4351 3371 493b 6531 4301 7f5f 736f 1141 5377 5d6b 177f 114d 1773 6349 137f
LL_SRM 6:19536 1373 134f 4169 2959 5779 6559 0545 617b 0935 4905 1b1b 0565 1b41 0d5b 1b4d 6345
LL_SRM 6:19552 677f 3545 4937 452b 6d39 0d2d 1953 1545 5b21 1159 6f21 5179 396f 012d 7b15 2d0d
LL_SRM 6:19568 5d75 5d39 791f 2f59 717d 5549 7935 7d6d 6b77 3545 134b 3b77 4157 1b73 7771 6763
LL_SRM 6:19584 2549 654f 530b 5b0f 413f 3f43 4705 5b4d 3513 1377 4523 2b19 650f 594d 636f 2d37
LL_SRM 6:19600 3307 033f 2709 0d05 6107 574f 0103 770f 6b05 315d 6325 753f 477f 6f0f 050f 1d55
LL_SRM 6:19616 073b 4d27 637b 1f1d 073b 0949 455d 7f4b 336b 5d1f 476f 0525 3d0d 3163 6d3d 1b79
LL_SRM 6:19632 3f5f 1b1b 6d49 5967 292f 3b09 5b4f 6107 5b41 270b 670f 410d 6d5d 0f09 3d79 2929
LL_SRM 6:19648 0741 3f65 213b 3f1d 1301 1b53 710f 073f 595f 2571 490b 292b 2113 276d 6123 692f
LL_SRM 6:19664 1911 0167 154d 0f7f 012b 1f15 2d0f 6f23 6d0d 7f57 1d27 033b 0f09 0b7d 470f 676f
LL_SRM 6:19680 093b 2f25 174b 0f5d 5f3f 3f57 390f 4b09 7b77 3d27 6f07 0143 3547 1b4b 3f0f 5f29
LL_SRM 6:19696 371f 0f35 4b2b 3719 6f6b 0f25 1b75 3713 4b09 272b 6f7f 0d45 3d79 211d 232f 6f3b
LL_SRM 6:19712 233d 6373 7321 3977 750d 2979 234f 3343 1519 175b 4b15 297f 390b 313f 1931 637d
LL_SRM 6:19728 6b55 655b 3123 614d 6123 255b 7565 7161 6503 6535 312d 6577 1163 7709 3163 616f
LL_SRM 6:19744 0375 7f39 6333 2b63 3d3d 157d 2d77 7543 0d19 7d67 196b 6f1d 5777 5303 3d35 5b71
LL_SRM 6:19760 7169 0b2d 792b 7709 734b 2549 6f55 257d 3371 1d61 3f43 253b 3955 7d65 2927 7579
LL_SRM 6:19776 2d6f 6317 4539 035b 216d 2b01 4111 5379 3303 1b75 7931 6371 0161 1755 7b41 4303
LL_SRM 6:19792 112d 3979 0929 7d79 372b 1961 1d71 194b 5109 7b71 3903 3539 3361 0509 2551 3537
LL_SRM 6:19808 7363 7151 757b 3927 7d7f 7b53 7f3f 293d 4f69 5935 0d7f 1517 5f55 014b 5b7b 734f
LL_SRM 6:19824 6f51 6d03 6545 5561 4d37 4705 1d21 2f21 613b 237d 7b71 2559 1b41 4f51 696f 554d
LL_SRM 6:19840 0f0b 295d 434f 0117 070b 1905 2127 4123 590b 4f39 0b41 096d 3d13 452b 0f47 4917
LL_SRM 6:19856 3569 0367 610f 690f 0b17 1ff3 1d45 095d 2305 0535 4955 411d 7d69 015f 2b23 1f37
LL_SRM 6:19872 6b2b 7b23 0f1b 4f43 7907 0d23 7d6f 4703 3f35 6f1d 2f1f 4f59 2f5d 4b1d 7f1f 4179
LL_SRM 6:19888 730d 471f 6f1d 6d01 0f1f 1d2f 7747 4f4f 7729 7927 5b03 5f2b 6f43 7109 2f6f 5127
LL_SRM 6:19904 371d 2d6b 0b29 0f6f 574f 4575 1523 454f 150b 4103 012d 2d1f 6107 1763 1943 093d
LL_SRM 6:19920 6d17 154d 3505 037b 095d 4f0b 0709 0f73 0925 2917 235d 6b2d 4b2b 270b 076d 2f1f
LL_SRM 6:19936 696f 7d55 7b6f 2141 071d 0f0b 196b 1d63 7d69 0d4d 5743 212d 2f3f 0d03 2b09 1503
LL_SRM 6:19952 1f55 0b49 7d73 2705 3375 4b43 3b6d 2f4f 4b7f 7b6f 7f63 354b 2717 5b37 2f3f 3f5f
LL_SRM 6:19968 5361 115f 033f 2175 1151 6301 416d 395f 0169 356b 4731 637d 576f 155f 6355 337f
LL_SRM 6:19984 3751 7973 392b 536b 0171 0f4b 0b11 596d 6971 7155 2177 771b 6141 5373 4331 4f37
LL_SRM 6:20000 5379 5f75 717b 3539 1171 3f7d 7f7d 7313 7b25 1569 7d47 7961 5d57 6721 697b 5523
LL_SRM 6:20016 3d57 3f19 7f4f 2501 6d3d 4577 436d 5939 6753 3973 3d77 437f 7153 6171 737d 515d
LL_SRM 6:20032 7535 736b 7d5f 5557 5747 6b77 5121 795f 1933 457f 0b6d 2b11 7939 3571 4771 413b
LL_SRM 6:20048 2b51 5937 4955 3173 5d01 1d5d 5769 5d19 7315 0b0f 0951 1171 0141 4707 595b 117f
LL_SRM 6:20064 357d 013d 696b 2721 6d73 0d21 6947 636f 5359 1343 6311 1551 7365 6111 7b7d 5b0d
LL_SRM 6:20080 4569 3d79 073f 0731 676f 6961 5961 4b39 4f3f 6d15 6f7d 0947 6b71 2741 7173 4935
LL_SRM 6:20096 0f0b 470f 0b2f 051f 273d 6367 4d4f 1b2d 4d07 0509 1d5d 3559 0107 357f 1d05 055d
LL_SRM 6:20112 350d 0f47 3313 4f67 5f11 4f3f 0115 2b19 0107 1f03 010b 2737 5127 0363 5709 0b13
LL_SRM 6:20128 7f75 2977 2f4d 2715 390f 470d 1775 3d47 3523 6f4d 211f 4541 6d4b 294b 3d43 4b2d
LL_SRM 6:20144 3f5f 7b1d 6b27 095b 673b 032d 4b7f 053f 5f1d 190b 5f5f 5b2b 1f43 7b2f 2373 571f
LL_SRM 6:20160 4f61 4159 5109 1b53 0d1d 3f6f 3d47 133f 0151 1527 7d09 1b07 0909 013f 5715 0f3d
LL_SRM 6:20176 0501 0309 0d0b 2f0b 634b 4d77 190b 491f 0119 0761 0149 551f 2d0b 452b 5509 1d0d
LL_SRM 6:20192 4b1f 7b1b 4737 2f2b 3d7f 3129 2743 0d07 093b 3d03 7507 5531 5d5b 2909 7f0f 2f05
LL_SRM 6:20208 675f 4311 4f0b 3705 1d4f 1d47 2f2f 2725 3f6f 5b4d 2f4d 2d19 235d 3745 4f03 4b59
LL_SRM 6:20224 0109 077b 494b 3d71 0959 5d23 0d21 437d 230b 7943 0145 2b25 7961 2941 3129 6565
LL_SRM 6:20240 2151 3341 4971 716f 5143 4323 7921 717b 3565 2571 1521 075f 3325 5909 2101 2561
LL_SRM 6:20256 7b77 7d45 4777 7d2f 7d45 772d 6371 7579 210b 1125 7737 4b13 7b63 033f 5d73 4565
LL_SRM 6:20272 2d55 693b 7d39 5f2f 7d5f 794d 5b73 3741 5b77 4571 6f17 3d4b 337d 4101 513f 4f47
LL_SRM 6:20288 5b11 594f 312d 694f 2b47 6b35 194d 3141 5913 557b 1911 631f 7101 737b 216d 0f01
LL_SRM 6:20304 0361 4b6f 2941 5b61 6901 6733 6909 6d55 6165 517f 3913 212d 0141 2d09 3379 736f
LL_SRM 6:20320 796b 2945 2f37 3571 6d37 1f41 733d 7d77 6955 5b4f 5579 6d01 197f 4d53 3f33 4131
LL_SRM 6:20336 537b 5f25 3b37 7b39 175d 3749 513d 7f0f 3d7d 591f 5971 0d47 7b65 7753 337d 4b5b
LL_SRM 6:20352 6943 2343 011b 136f 074d 5f2b 3f49 0d45 011f 7d13 2363 072f 1f0d 4547 2b27 0d1f
LL_SRM 6:20368 192b 195f 0d43 2b6f 4563 094f 0f1b 616f 0b51 452d 7d01 2919 0d2f 0b11 1903 2f23
LL_SRM 6:20384 6f17 6f2f 3f0b 531f 6733 3f49 755f 1719 3769 4d07 575d 4f4f 177f 6d1b 6719 1b07
LL_SRM 6:20400 2307 2f45 3f2b 3f27 155f 1307 2923 2b77 3527 6f2b 3d2f 4933 3f5b 5d59 1f65 4345
LL_SRM 6:20416 2f55 3f05 0511 5707 1d33 1d07 116f 255d 1109 1d4f 170d 0d73 2707 015b 1d29 7145
LL_SRM 6:20432 4345 0105 0703 432b 414d 4101 4b0f 0b23 3f09 5f6b 5729 337f 6747 2b53 1305 4547
LL_SRM 6:20448 1f3f 2b6b 756f 2d01 235f 3527 194b 4f1b 1f25 1b01 212f 1d6d 4d17 6767 3b2d 4b45
LL_SRM 6:20464 0f47 5b4f 6b3f 0f53 5d3f 1315 7f1f 492f 275f 792b 3d4f 4309 657f 013f 5b5b 3301
LL_SRM 6:20480 031d 4979 0905 093b 0949 0573 7173 3f23 010d 4d2f 3f11 4d7f 4b35 5f4b 0153 4707
LL_SRM 6:20496 6949 1543 731f 0b47 010d 2139 0d07 4943 0b19 6f4b 0525 6d0f 4701 2d17 4115 691d
LL_SRM 6:20512 5f5f 0b7f 0f27 2177 471d 4f1b 155f 4b0f 0f5f 3f1f 5b7d 7529 3b4b 6f23 0b3f 7d35
LL_SRM 6:20528 7b5b 4d11 4f2f 2765 316b 0747 5f17 270f 6123 6737 0b59 031f 2729 0d01 4157 7337
LL_SRM 6:20544 0f21 1f4f 070d 276f 3b07 0f1b 3d09 4b4d 1559 075d 0309 0357 070f 6d7d 4f43 3f5f
LL_SRM 6:20560 0957 1f3f 094d 2707 510f 5923 070b 636d 1913 3f53 1703 0f19 5775 4f57 431b 015b
LL_SRM 6:20576 3f67 4f7b 3f1f 7f4d 3f57 2d2d 775b 1745 1f3f 2f21 4f3f 5903 774b 2b1d 171f 0959
LL_SRM 6:20592 3f7f 5f0f 375b 5555 5d43 096b 6f37 1f27 6f6b 0d4b 7947 530d 2f7f 4f2d 4b0b 0f1f
LL_SRM 6:20608 2761 1b67 5d43 7979 0901 3d63 2901 375b 2103 7161 2131 6777 0531 0157 2731 7567
LL_SRM 6:20624 514d 092d 5551 4543 4d51 1d37 5739 2b67 7b35 010d 610b 6b59 3349 1565 6775 3f47
LL_SRM 6:20640 6175 0b53 3d7b 5371 7f03 2b79 656d 2f21 737d 031b 7f41 7101 7933 7d39 3357 4d49
LL_SRM 6:20656 6165 3521 2723 7911 7573 7371 7729 210d 7d51 4137 357f 7955 455f 6345 7377 3d43
LL_SRM 6:20672 5519 1171 2343 7771 2513 692b 2141 7969 2775 4179 436d 5b51 0151 7161 0135 1741
LL_SRM 6:20688 7171 0575 6151 4d67 715b 4163 1339 315b 4929 0d71 6109 092b 2d01 1353 5939 5721
LL_SRM 6:20704 2139 7d79 3f79 3b41 4f1f 3b29 3153 5569 5735 673f 517f 3303 635d 6b19 6969 1d21
LL_SRM 6:20720 7773 6d4d 5f55 6d23 5973 4b6b 0d73 6943 6d4d 6d07 7751 6321 517d 5b05 2d4b 2f4d
LL_SRM 6:20736 4f3f 5131 4543 0d1f 2301 4d69 4703 0915 2d01 432b 790b 1d35 4121 496d 394d 1d1f
LL_SRM 6:20752 7309 2139 2763 0b4b 4707 510f 0733 6133 6f33 410d 0901 1179 4f2b 3517 0767 073f
LL_SRM 6:20768 2d47 6f29 0963 0b17 1937 2f51 7d7f 7f4b 6f6f 3159 3f55 0f57 5139 3f2d 4b2b 4d15
LL_SRM 6:20784 5f5f 0d0f 111b 2f57 754f 0b59 3b3f 7f4f 0b7f 7739 7d13 1f2b 2f67 4707 3b5f 6f51
LL_SRM 6:20800 4561 0f17 0f05 0f73 0321 0d6d 2f5d 6507 0343 673f 0d43 537b 0901 4515 0101 0d41
LL_SRM 6:20816 1321 071f 0151 2f29 130b 1933 1939 6553 2739 652f 692b 6753 2349 2711 3d29 552d
LL_SRM 6:20832 2f0f 371d 7f3d 174d 054f 2f17 5b5f 4d29 6f3f 7705 4f13 1123 7f19 6f25 4379 1517
LL_SRM 6:20848 2f51 5b7f 4d39 0f05 2f4f 7543 7f73 4b0f 5f3d 5d4f 5f17 6547 350f 4f0f 4707 1723
LL_SRM 6:20864 0529 7955 2947 3919 2d69 5b0b 6141 5139 4511 217b 4111 6333 2f3d 733b 017b 213b
LL_SRM 6:20880 1119 213f 3131 0937 5703 576d 1731 6543 3719 1149 1117 2175 557d 6771 2b19 3957
LL_SRM 6:20896 253b 297d 5d3b 7d6d 5b57 3939 337d 473d 697b 4b33 555f 4b35 3b73 3511 676f 2751
LL_SRM 6:20912 3117 7f69 6975 670b 5d29 7d71 5355 7545 6f63 230b 7305 7961 597f 7959 7137 413b
LL_SRM 6:20928 6103 1b6f 4569 515d 0503 2b51 0107 3563 654d 5575 2307 416b 2561 612d 1171 2b07
LL_SRM 6:20944 7511 4f13 3b01 4b3f 0329 297f 7d63 792b 2761 4759 2125 233d 1965 0b45 116b 530f
LL_SRM 6:20960 775d 7501 5b59 3d71 7f7d 392d 7567 6b73 7973 3371 7f55 0d71 736b 6107 7b67 0f79
LL_SRM 6:20976 7173 7b13 5b7d 3d73 7701 3321 7f61 5b51 337b 2d21 737f 7f15 3f49 2559 1f75 5d1d
LL_SRM 6:20992 0707 6703 3919 7771 0563 217d 090d 0b55 0317 1f67 1d15 6d4d 1351 592d 2b0b 031d
LL_SRM 6:21008 0d09 6365 052f 0f7f 1f5d 2f39 6f07 2b47 296f 031f 350b 4d19 3701 4909 0d4b 0747
LL_SRM 6:21024 2977 5903 2b43 6d15 3713 2b0d 775f 4f0b 2f7f 3b1d 6b5f 0d45 2d5f 5503 3f6b 0f19
LL_SRM 6:21040 7f2b 370f 7907 4b4b 790f 0d6b 0b7f 4b1f 776f 2d19 6777 413b 294f 175d 4d17 5b41
LL_SRM 6:21056 094d 5d67 1b4f 6f5f 1371 1f6f 7f03 030d 077b 670d 0321 2b7f 0f19 2d57 3545 237d
LL_SRM 6:21072 4149 736b 2729 110f 1d0d 0f2d 610f 672f 0f57 5b2d 4509 133d 1f21 094f 0913 317f
LL_SRM 6:21088 7f5b 2d05 3b03 713b 7d49 6929 7f1f 5575 474b 2f2b 7779 0d13 3567 0f41 1d35 3753
LL_SRM 6:21104 5f6f 5521 1f4d 632d 3f61 733d 0b79 0b2b 2d17 7b09 675f 657b 331b 0b5f 0f6b 2b2d
LL_SRM 6:21120 7d79 2331 0137 770b 7171 151f 3125 6377 2f1b 113d 4b59 7919 0925 4d53 0575 3349
LL_SRM 6:21136 5961 3b39 6921 2371 3131 7b7b 5321 7b3d 4343 553d 4343 3175 5b37 6133 011f 2911
LL_SRM 6:21152 6f3b 0d01 1f19 7f51 3b65 4159 7b71 6b75 7311 6d79 1d2d 7b11 7d75 6b11 1b4f 6f7b
LL_SRM 6:21168 775b 5d4b 1119 7709 7759 6365 4963 6d6f 6353 432b 757d 6719 7d17 7b11 7b7b 0915
LL_SRM 6:21184 2b75 655d 2927 1305 4335 076d 5963 3f1d 017d 0115 0971 7379 4969 2573 4f7d 232b
LL_SRM 6:21200 1575 7339 1105 5369 4b71 3105 4701 754d 1545 6d7d 6b29 7963 0317 3959 4739 754d
LL_SRM 6:21216 5371 1f29 7d37 552b 5b2f 6f6d 337b 7979 3553 7329 1131 4b19 0961 7d71 477d 1b23
LL_SRM 6:21232 1959 6313 3929 0341 6355 3739 7f39 3327 7f11 5b41 6d5f 6b19 5b79 034b 7373 6157
LL_SRM 6:21248 0f01 0b0b 6137 5b2b 0b1d 4f29 4325 7f2d 2f0b 292f 551b 494b 1f4f 6d23 0f01 5b7d
LL_SRM 6:21264 0745 059d 5501 6117 412f 1707 0327 4107 4b59 2b65 3509 0759 2705 4149 7119 3949
LL_SRM 6:21280 154b 0b07 792f 5f11 0f07 0927 1f57 1d7f 6953 5907 0b7b 4d17 3d4f 7f3b 4f7f 4f1f
LL_SRM 6:21296 3d7f 091b 6d7f 0f01 794d 416d 0f39 450b 6f0b 396b 157f 3b1d 6b71 1d09 353f 2f59
LL_SRM 6:21312 0d03 7b33 1903 0d7b 030f 4b69 5503 2f0b 0123 1515 1159 690f 7907 0967 2521 675f
LL_SRM 6:21328 1509 074b 030b 0f2d 472f 553d 2f55 010b 5775 3b35 1119 036d 2109 1967 2317 0909
LL_SRM 6:21344 5f09 6b39 7519 1f0d 2f2b 3f05 7957 6109 214f 7905 3b6f 7b57 4d4b 0503 1f5f 1d5f
LL_SRM 6:21360 0f69 4725 5f7d 3f67 4b5f 4933 3b7b 0f6f 5d69 6f0b 6929 1f4b 5f5f 1b0b 673b 0f4f
LL_SRM 6:21376 0521 3177 1941 6159 7d45 3539 7171 0d01 7131 3729 2141 0135 1f01 6d71 4f65 237d
LL_SRM 6:21392 6171 0d4f 032b 1b0f 0505 4b1f 6909 6151 732d 3503 5925 6373 555f 6b5d 1d1f 4363
LL_SRM 6:21408 3373 6171 5555 5d4d 5965 7111 0d4d 6d39 7f75 7d57 0d61 5d71 7557 3f29 7b53 3b37
LL_SRM 6:21424 716f 2735 5b43 4345 6d5f 1959 1f5b 4b23 715f 4753 1b3d 2929 4d05 7131 6155 714b
LL_SRM 6:21440 1161 1519 6b73 791f 7539 6947 4921 7571 2131 6957 6903 356b 6901 3139 4321 6755
LL_SRM 6:21456 4909 5517 7745 3165 4f71 4d3d 2173 6925 0125 3b37 2509 0d43 5129 0745 7b71 213b
LL_SRM 6:21472 1545 6155 1d7b 2d69 6b59 5557 2f7f 1f01 0d79 611d 3957 7b59 5b33 0d2b 5d59 7f53
LL_SRM 6:21488 7d7b 5f73 4f0d 1b27 6d6d 4105 4171 0921 3d0d 3f79 7939 7743 057f 536b 1959 5b2d
LL_SRM 6:21504 2919 4f57 2f09 5747 4301 474b 6d21 371f 133f 0d05 0101 0d5d 0363 2703 4d17 3345
LL_SRM 6:21520 091f 290f 014f 5f49 430b 1507 2727 2f35 035f 5f0b 1b39 4b77 2b03 1545 0f0d 2f4d
LL_SRM 6:21536 1f11 1913 4f1f 0329 1f5f 2d57 5f2b 314b 2d29 0f13 3f7b 350b 1353 3d4d 7f27 556d
LL_SRM 6:21552 4f5b 5d65 4b3b 2509 432b 4d15 1f3b 0b19 7b3f 3f29 0f65 0537 7d1f 211d 0b47 2f49
LL_SRM 6:21568 292d 0947 1d03 1b47 0b37 5111 210b 2357 6f0f 191b 454d 170f 4b1b 1f55 250f 0b45
LL_SRM 6:21584 4b27 0511 4945 2923 555d 2b63 0f03 0b41 0b65 1971 0503 7b69 171f 5b1f 0523 217b
LL_SRM 6:21600 6f7f 3535 7d7f 3f25 2f6b 150d 4f37 4533 5f2f 770d 5b43 2f79 2f3b 3743 5f5f 1d65
LL_SRM 6:21616 0b69 4b21 3f77 550f 5f6f 0303 3f6f 471d 4b57 1d0b 155b 0f17 4f27 7b07 132f 3f65
LL_SRM 6:21632 6951 4d73 4971 3d3d 4127 0105 4d19 7957 0323 212d 0101 7b1d 5501 3135 410b 355b
LL_SRM 6:21648 5501 3753 2513 4573 4101 3565 1557 6931 7345 7537 013b 0131 2101 7d35 2f41 6d55
LL_SRM 6:21664 793b 654d 3779 7f55 7f7d 133d 3f69 4b21 3369 5755 2f5d 7719 3f73 3d01 7b39 3b73
LL_SRM 6:21680 7f5d 6f21 3f63 4911 633d 6f01 5b75 6759 5133 7339 7b55 3163 2d35 7d53 4d71 011b
LL_SRM 6:21696 7115 0137 1537 536f 6b27 1f25 7367 350b 4149 6355 510d 5369 4353 7559 1329 2b01
LL_SRM 6:21712 0901 4961 3179 6111 2571 013f 7127 253b 2109 2f3b 2163 6175 2161 3329 1b35 654f
LL_SRM 6:21728 3925 3901 7f65 3d29 0f3b 4341 753f 112d 777d 776d 7751 6711 1535 0b0b 377d 636b
LL_SRM 6:21744 137b 4723 3b5b 6d6d 2b6b 0115 7565 7961 5f7d 794f 1b57 7d55 3f5b 5927 7b6f 7539
LL_SRM 6:21760 6125 0b0d 335d 7555 291f 0b5d 330b 4535 0d6b 250b 5b07 093b 4107 712b 091b 4955
LL_SRM 6:21776 2d47 057b 2b39 5911 2509 452d 0313 1341 394b 2b1d 0d2f 2d23 7101 3f07 2d31 1753
LL_SRM 6:21792 1d73 0d43 4f5f 0741 0d2b 2b23 7f5d 6f41 114d 6f3f 3f5d 3f27 6f49 7927 3b2d 2d4b
LL_SRM 6:21808 7f2f 2f79 5369 3757 0d7b 412b 6f6f 230b 476f 032b 697b 6f4d 3f7f 5d47 5b1f 1f0f
LL_SRM 6:21824 0315 3965 2329 2d65 312f 3551 690d 4f05 2349 736f 0541 4745 4163 250b 413d 1b61
LL_SRM 6:21840 0955 172f 290f 034d 013f 0f4f 230f 197f 714f 0117 1d27 4d7f 070d 2d29 4d23 4703
LL_SRM 6:21856 6f4f 2705 173f 0d49 4f79 4b01 3f5b 4b4d 3f2f 4717 7b23 6d03 3d33 076d 5d45 2d6b
LL_SRM 6:21872 5f5f 1f1d 574d 1d29 5f57 7f25 4f6d 5b4f 772f 7b47 6f5f 472d 1535 0f4f 3f5b 092d
LL_SRM 6:21888 0361 5f71 3333 294b 6735 416d 4747 3b67 652d 7f03 3971 2169 2375 2f11 7961 5d51
LL_SRM 6:21904 4961 354b 696b 0977 5103 6b67 3355 1777 1571 777b 2341 0941 1b75 0b31 5111 435d
LL_SRM 6:21920 755f 1179 2f7d 7501 773b 5f73 7577 5b69 1f6d 5d23 5f6b 2305 7543 0145 5b71 1965
LL_SRM 6:21936 6f73 3145 733b 7517 7f2b 4711 7369 4923 315f 1b77 792d 2771 7977 6171 7d21 4115
LL_SRM 6:21952 0125 255d 291b 533b 5325 5115 694b 4563 2169 3575 2921 5539 0353 3125 5741 7771
LL_SRM 6:21968 2513 6573 0161 015b 6163 0373 6123 236d 2969 7911 1779 0f7d 5d11 110b 2159 233b
LL_SRM 6:21984 7341 7135 7567 1909 5f7d 6537 7f79 0941 3577 0121 5b79 7f61 733d 4559 5f75 0779
LL_SRM 6:22000 6165 4b1b 517f 1b19 337f 5f05 7777 3d61 5f77 3f55 7d0f 790b 4b0d 5b79 2b75 7337
LL_SRM 6:22016 5979 4f2b 211f 5f53 0317 1509 0107 3355 0129 4315 074d 233d 2b53 754b 4b21 095d
LL_SRM 6:22032 1575 4333 1501 7b27 2d5b 091f 0961 6d73 6321 6175 6941 3d6d 0f0b 273b 0909 1773
LL_SRM 6:22048 2d2b 314b 4f6d 0d1f 057b 2943 1f49 2f2f 0b07 5713 136f 051b 4f05 7105 0103 1363
LL_SRM 6:22064 5d6d 0d0d 674d 3331 5157 2337 051f 0f69 472b 5f57 6f25 2755 6f6f 754f 6f1d 234f
LL_SRM 6:22080 1f03 6d0f 0f29 473d 7541 5123 2d03 2363 5b2f 1d19 074b 4f15 5501 5f39 134b 6f3b
LL_SRM 6:22096 0735 172f 6f45 2f4f 2f2f 637d 411f 2b7f 4155 013f 2f0d 1975 2533 456f 3347 0b45
LL_SRM 6:22112 275f 5f73 5b05 6f07 3f73 4b09 5f6f 6365 1d1b 754f 3947 1f67 0f33 550f 6f0f 5d79
LL_SRM 6:22128 733f 3f0f 7b55 2901 572d 0f09 6f3f 1367 7737 6b1f 496b 1741 3f45 2f2b 3d4b 734f
LL_SRM 6:22144 3571 612b 2929 1723 4349 617d 7911 752b 4909 534b 3951 7573 4b53 393d 2973 0167
LL_SRM 6:22160 5153 5975 7363 513d 7357 4157 3571 3153 0757 5d79 0171 395d 7921 4f7f 5511 5155
LL_SRM 6:22176 7f73 7101 0d43 7f21 750d 7b73 5b79 3111 7d17 1737 5f5d 6f2b 3971 5507 5f63 6541
LL_SRM 6:22192 3333 5337 151b 7751 7b59 3b33 3355 617b 0511 3303 3d7f 4577 3351 412b 5b63 5971
LL_SRM 6:22208 294d 116d 5d65 5361 0559 7147 5173 5141 7773 5749 4771 0151 5929 7133 5111 3d39
LL_SRM 6:22224 6171 6b77 217b 7f5f 5165 3171 6141 614d 236d 4f2b 2365 0123 1371 7935 3531 612d
LL_SRM 6:22240 677d 6b01 256b 5f31 2d71 4779 3f7d 6165 7575 7f75 3177 5975 3b7b 317d 7f29 6f01
LL_SRM 6:22256 3165 7b23 557b 3379 6131 511b 7135 6101 0b75 7141 7f01 3d63 5f7f 2f13 576f 4945
LL_SRM 6:22272 0d3f 250f 3b01 275b 6d21 2b13 5d03 1905 652d 295b 1b2b 0b17 210d 616f 310f 0709
LL_SRM 6:22288 0921 1b0f 4b09 010f 052b 2b47 010b 7779 010d 0373 0325 733d 1905 0969 5307 412b
LL_SRM 6:22304 2d3d 0725 7d3d 390d 7b07 1b09 7f6f 1d09 3b37 4f0d 397b 1f6d 5d77 457f 1353 2d25
LL_SRM 6:22320 5b11 6927 5d5b 4123 6d0f 7343 2b6f 0f21 6567 4915 673b 2b6f 4f35 751b 673f 7107
LL_SRM 6:22336 4915 0d1f 7d27 4b07 013f 7979 0b0d 1103 690f 6313 012d 333f 050b 3103 475d 0d39
LL_SRM 6:22352 0703 4f0f 0727 0b4b 256d 6f43 4155 012b 1137 3505 6547 0f31 0b09 0d39 1f09 0133
LL_SRM 6:22368 1f73 730f 695b 0f11 5577 2f73 2751 5157 790f 7f29 5f5d 5f41 1d67 6f2b 0d2f 436b
LL_SRM 6:22384 5753 7b0f 1d6b 5929 4b1b 0f1f 6159 7b0b 0b07 697d 4f17 7307 055f 5b03 3b1f 213d
LL_SRM 6:22400 1579 2961 0315 393b 0111 713d 2371 2b65 5b59 0d37 7b4b 215d 6f6f 2b79 1761 316d
LL_SRM 6:22416 2f11 6927 2121 5363 011b 0915 297d 071b 5f21 0119 311b 5365 457d 2371 7565 7149
LL_SRM 6:22432 6573 6f43 0945 7b77 732b 1929 6d19 1305 7717 497d 7f7f 1d07 0743 7f67 473d 7d79
LL_SRM 6:22448 132f 7715 5357 7177 6f6f 5b41 5b5f 6307 3f61 4d25 7b7b 6129 197d 6129 117f 471d
LL_SRM 6:22464 4d3b 431b 0109 711f 1319 131f 0371 5d15 5115 6345 1129 7f0d 3131 4167 0d23 3963
LL_SRM 6:22480 1b3d 295f 674f 3973 2133 1b23 7901 1f77 3b29 6b47 155b 3353 7509 232b 1141 6d39
LL_SRM 6:22496 335b 7123 6755 275b 3979 2b53 1b77 6759 796b 2f2b 217d 5f49 377d 4739 6f79 5339
LL_SRM 6:22512 3b77 2379 7f5f 2d03 1d1b 7971 3d55 336d 415d 7505 7775 6d21 555b 1715 4f37 255f
LL_SRM 6:22528 4331 6f1f 474f 2777 410d 513d 610d 691b 0d03 650f 0b59 097f 634f 0d6d 010b 2105
LL_SRM 6:22544 0521 2b07 3749 2529 1b2d 4b23 770d 0b2f 4309 0363 3129 0559 4f0d 070f 097b 076b
LL_SRM 6:22560 4b03 2d3d 7f6b 2b3d 1b4f 4925 0b3b 0905 132f 0f5f 1769 195b 4f57 376d 2f6f 4713
LL_SRM 6:22576 377f 7709 4b0b 2d6d 4f37 5b57 7b69 6d33 1f7d 3d53 0f5f 1f45 4717 2303 690b 4f71
LL_SRM 6:22592 5b0b 0361 0945 1f39 7b01 2529 5b27 331f 2f0d 331f 3913 031f 0903 0b0b 4b63 1b1d
LL_SRM 6:22608 6917 1f27 4711 090b 0d15 696b 4d29 455f 2f49 294f 0567 6119 510b 090f 0b61 3d31
LL_SRM 6:22624 5f6b 5b6d 7f57 0117 7f47 4b49 475f 4f15 276b 7d49 6d69 0b4d 2725 0b2b 6b1d 2f09
LL_SRM 6:22640 6d55 3b5d 7737 1d47 0d09 1121 676f 5b2b 3d7f 5d2d 2d2d 4b29 7777 492f 0f45 3b13
LL_SRM 6:22656 0701 4d7b 4571 6317 5355 5b23 434b 1571 4151 557b 5301 3147 5961 7b65 554d 5929
LL_SRM 6:22672 2513 0731 4335 051b 0137 0979 2771 6f7d 2131 2357 6b07 0939 0373 6f63 0141 6915
LL_SRM 6:22688 7711 690f 195f 6b57 1773 3d29 795d 2b11 2d7b 4b79 4563 3129 3139 190b 4b79 1551
LL_SRM 6:22704 6b09 5d09 377b 4d71 5575 2937 7d7d 6b39 1f6d 7951 7b3d 4f71 4f51 3561 1b71 6b6d
LL_SRM 6:22720 4503 3515 1f59 6571 3143 1d7d 5141 470d 2117 0901 3171 5141 0371 0171 4511 3951
LL_SRM 6:22736 3953 3961 4767 2b61 0939 7d31 7d47 1579 5173 177f 1343 5737 2779 210f 2541 4137
LL_SRM 6:22752 7b79 7b47 5d3f 5961 2b39 5101 5973 7339 3379 7521 5f5d 1143 3549 3741 716f 5b17
LL_SRM 6:22768 751f 0915 5161 552f 4375 6b41 6f71 3f73 6767 7131 713b 2f61 5f71 6331 6b29 6709
LL_SRM 6:22784 152f 035f 4b03 1b47 1307 495f 0b5f 0f3b 1f5b 5707 231f 0f31 350b 4b45 4f2b 5729
LL_SRM 6:22800 3b2b 114f 0b29 335f 2b05 4f05 2531 170f 054f 2927 1511 0d7d 2b0f 1b35 5129 0b31
LL_SRM 6:22816 6f63 6f39 4709 1d45 0f3b 6d19 6977 117d 6d53 4579 2b0b 033d 5f2b 4303 7753 6d03
LL_SRM 6:22832 6745 0f2d 4f5f 6747 597b 3f2f 1d6d 6107 412f 7929 5775 1d0d 3b3b 470f 1f7f 7f15
LL_SRM 6:22848 4321 0d63 4305 2b25 4d05 533d 0125 3f23 0b49 273b 2f47 0755 2d0b 5f19 1507 093d
LL_SRM 6:22864 3507 4143 2515 434f 470b 495f 0f23 0d03 0d09 0b6d 0b47 1d4b 5f21 3751 1503 6f4d
LL_SRM 6:22880 070f 6922 0f6f 5755 6b7f 7d07 0f0f 0f0f 2d15 1b39 073b 7b09 0517 2f59 3b7d 6b59
LL_SRM 6:22896 5f1b 0f29 172f 6d05 7b6b 5d05 3f3f 2d0d 2573 7553 7b61 6545 1f7f 0b19 6317 1571
LL_SRM 6:22912 7571 3b3d 3953 7125 4963 677b 5709 5939 2d53 5935 0365 135f 3d63 0163 7951 171b
LL_SRM 6:22928 1b43 3d73 7149 697d 3107 516b 2569 4d79 0545 2f7f 5521 1975 7b03 1749 4d3d 4d13
LL_SRM 6:22944 2561 5d49 6969 2961 2f03 6943 6f6d 7f77 777b 1d71 7b79 756f 7b43 3315 3977 0d59
LL_SRM 6:22960 717f 0d3d 716d 7339 4701 6963 7f55 372f 6979 7f1d 2d79 4b25 7f2f 2929 5b7d 310b
LL_SRM 6:22976 0951 235f 5b51 497b 5143 3177 6977 3571 6715 535b 1745 552b 5373 713f 4929 6971
LL_SRM 6:22992 0109 3b7d 4141 537d 3161 593b 612b 7d17 0963 015f 5169 0d63 7719 6131 1771 2b75
LL_SRM 6:23008 533b 2d79 7345 3151 6b39 7951 7f6b 1b75 7b7d 4d71 753d 7952 2777 7d07 792f 7167
LL_SRM 6:23024 397d 7761 3b63 4909 495b 7165 3d73 2945 415d 634b 2d77 7121 7371 271b 7569 7f1d
LL_SRM 6:23040 0b0d 554f 2501 1d49 0903 0355 2b1f 2b2f 1113 254f 2349 0f13 0b2d 0d6f 0721 070b
LL_SRM 6:23056 0b03 1349 114b 077f 0375 5915 2901 1517 114f 354f 7369 715b 2f09 430b 4f6d 0105
LL_SRM 6:23072 7f6d 1d15 251f 5d51 152f 2905 5f13 4f43 1b6d 672d 0b47 2715 0d2d 1f07 7b0f 5b01
LL_SRM 6:23088 4d1b 210d 754d 5517 6f2f 0b0b 4f71 1f0f 7f51 2d0f 1f53 692f 1b7b 054b 2f69 5105
LL_SRM 6:23104 5303 2f45 3529 613f 034f 4f7f 731b 7775 0907 5135 0907 4b2f 016f 675f 0901 492f
LL_SRM 6:23120 013d 6327 6b6b 0b25 1d3b 0b37 6717 6f5f 4113 5173 1743 2b4f 2901 3b11 2749 052f
LL_SRM 6:23136 4f5f 710b 275f 6163 557f 694d 1d61 0955 5d0f 4743 352b 4143 771f 031f 031f 2f69
LL_SRM 6:23152 4d47 6301 2b3f 4b31 5f3b 6d45 2f39 7119 7f3b 013f 530f 5737 2d7b 7d6f 7737 0d11
LL_SRM 6:23168 5529 7371 1351 3d79 6355 7b7f 6175 7539 0161 516d 4541 2131 274b 5941 0b67 5341
LL_SRM 6:23184 7121 5b55 2537 4179 5131 697d 4b15 3125 2d69 2359 3559 5913 613f 4701 071b 6371
LL_SRM 6:23200 777b 4753 717b 7371 7d51 5117 6f39 3b33 756f 1153 515f 1f51 7f5d 7d7b 3571 7f49
LL_SRM 6:23216 3d75 7d31 7963 5f27 3373 6f3b 7f69 4371 1339 7535 6379 4319 7771 6d03 6b7f 4d13
LL_SRM 6:23232 6751 6759 6b69 2529 2f39 317f 2979 055d 7109 217f 693b 4377 6d21 737b 6111 553b
LL_SRM 6:23248 217f 4377 2729 6321 4121 5179 3d09 553d 7d1d 4b5f 3163 1b79 330d 072b 1137 1533
LL_SRM 6:23264 296d 2943 3f75 5323 1715 3f61 615d 352f 755d 4d51 7d3f 450b 675b 1f53 336b 2f35
LL_SRM 6:23280 6f45 7b39 3133 1d23 6f71 557d 6103 7543 7101 0357 7b1f 5959 3155 6303 4179 471d
LL_SRM 6:23296 6f51 5b6b 037b 290f 490b 3717 0565 035f 090d 311f 1f27 2927 3d29 4f23 4117 2111
LL_SRM 6:23312 5311 6f4b 0303 116b 631d 695f 190b 4f49 0927 4563 1d17 5765 4b0d 0b6b 050b 3507
LL_SRM 6:23328 7b7d 6b3f 6d2f 2577 776f 7317 7535 274b 3d03 1323 272b 0f43 410f 3f47 2b1f 0b21
LL_SRM 6:23344 595d 6d6d 3f05 3d2d 553f 7319 0f5b 1537 1b3f 0d2d 6913 4f0f 233f 1f05 577b 2f4d
LL_SRM 6:23360 0f11 0b65 2f03 7f7f 0b47 0b1f 2159 1551 6303 3335 210d 072b 1d21 575d 0703 6f1f
LL_SRM 6:23376 0d05 6707 4701 2907 0b0d 0b09 0b09 2d4b 0505 1567 0509 5345 134b 4707 1b3b 1329
LL_SRM 6:23392 630f 3b29 2577 6721 2f5f 4f4f 7b6f 576d 5d3f 7b19 455f 6917 2d3f 4501 3f7d 6905
LL_SRM 6:23408 0b2d 1f3b 6b7f 2d0f 417b 774d 0d6b 5d19 792f 2379 612f 4f65 7967 3507 753d 070f
LL_SRM 6:23424 4179 154d 431d 4d67 5365 4b3b 4941 5b5b 6315 795f 7955 4725 1f39 1559 0321 3953
LL_SRM 6:23440 2103 5d1b 5123 6979 1915 192d 4b6b 7133 2d11 5331 7971 1f5b 5521 2d3b 3151 0175
LL_SRM 6:23456 493f 2b1d 7551 436d 7951 595b 317b 7b29 4d37 511d 4f75 6331 6953 6b13 7b3d 772b
LL_SRM 6:23472 7579 373f 5d69 7f33 2141 4727 5d31 0f5d 356f 4d31 5509 5b67 5f19 7119 6b57 7119
LL_SRM 6:23488 0171 3341 232f 5103 2531 297d 4d0d 456f 5103 6359 6335 7145 4965 5f5d 3971 5353
LL_SRM 6:23504 0b63 1565 253d 4905 5f05 6b1b 6101 1b35 1b47 631b 6b45 151b 6d19 5d77 2d21 3977
LL_SRM 6:23520 6f7b 7123 6f7f 7d67 5d7b 337d 5369 0d67 612b 7125 6b17 655b 737d 7357 6b79 7779
LL_SRM 6:23536 6933 7b53 7b6d 5f75 4975 4951 5f53 1537 4f2d 6173 577b 7b5b 617d 6f3b 7171 3125
LL_SRM 6:23552 0d49 4b6b 6901 054d 1705 0b51 6f2d 7f0f 4d01 077b 111d 1f53 2953 0f1f 0541 112d
LL_SRM 6:23568 2705 436f 074d 6f5f 5b2f 0f17 010d 053d 0d07 0507 2b4d 2d0d 4531 7d6d 1b67 0f1f
LL_SRM 6:23584 6b5f 655f 6747 4d6f 5d1f 6f6b 4f1f 0945 533d 4d0f 5779 6305 5b33 6b09 5f6b 672d
LL_SRM 6:23600 377f 371d 770f 271f 5f5f 132d 4f39 231d 4d77 6f49 311f 7d4f 4b5f 757f 4539 4977
LL_SRM 6:23616 6b17 5715 4549 0729 4d0d 0365 2f4d 0309 150b 2555 1301 2767 1b07 5705 4119 673f
LL_SRM 6:23632 6349 237f 5d09 7d53 0b55 413b 3d0b 2f0d 5917 0529 0b21 091f 2f45 173f 4557 0905
LL_SRM 6:23648 4f5d 070d 4f43 592d 671d 0f29 7b13 6329 5b37 6133 732d 5f75 172b 1b3d 2d7d 2f2f
LL_SRM 6:23664 473f 370f 4779 0f01 590b 5d73 513b 472d 6767 5b4b 7b5b 0f5d 5b6d 3f27 2933 3369
LL_SRM 6:23680 537b 2375 754b 2155 4505 594b 7165 4311 0311 2771 0b65 3315 7345 175d 6111 4359
LL_SRM 6:23696 3333 435b 217b 3961 2149 7325 4371 7323 2b11 2f15 3139 616b 5323 697d 5333 6121
LL_SRM 6:23712 3f73 7341 7b21 6b65 6b5f 5d67 4d65 7b23 2921 5711 6f1f 0501 5d35 3b31 5b35 512b
LL_SRM 6:23728 7b77 353d 2775 3f3d 7935 7b53 7f6b 4d13 5d71 3751 7f17 0925 792d 5d29 317f 7d25
LL_SRM 6:23744 613b 2571 7153 795b 3509 333b 1719 317d 5541 4d1b 7b2b 2f71 111b 5169 1335 7725
LL_SRM 6:23760 6943 3345 7169 1b71 6151 1b79 7f71 7541 376b 3907 6973 3f35 737d 0939 4171 015f
LL_SRM 6:23776 336f 551f 7371 6975 1713 3f13 4541 795b 6f71 6361 5b7b 2f71 7973 2713 6f67 1911
LL_SRM 6:23792 633f 1751 4d7b 455b 716d 3901 1375 3519 4949 7d59 5765 7f11 5175 5151 7371 5511
LL_SRM 6:23808 070f 4f3f 2773 0b37 0b23 2d1f 2d4b 0f3f 5139 3d5b 0b03 3f43 2703 5d3b 030b 0729
LL_SRM 6:23824 492f 1f3f 530d 092f 5157 4b5b 130d 0f39 1921 237d 2521 0b0b 3109 111f 5901 571f
LL_SRM 6:23840 5f77 4f33 5b6b 6945 710f 0949 5f2d 1d03 253f 5929 6f0b 675f 7b23 7f17 5755 4947
LL_SRM 6:23856 7f3f 6b17 2d4f 6b19 6149 0749 6f5f 3f03 1b77 5d01 6747 730b 7d2f 0741 4b77 4d4b
LL_SRM 6:23872 1303 634f 430b 4b2b 1d05 293d 1351 1d0f 2309 312f 2929 7b29 5709 0b3f 4b43 0b27
LL_SRM 6:23888 0917 695f 6f31 0107 5327 3575 6743 4f1f 0b41 3b7b 0b03 4f1f 6b5b 431d 094f 277f
LL_SRM 6:23904 6949 7b2d 1b37 1917 0f6f 0b17 6307 2f71 1f67 3d19 3d07 5f0d 3b45 674d 3539 1d3b
LL_SRM 6:23920 7b6f 352d 6d0d 6f4d 0563 7d09 1303 1f51 5f53 3539 636f 6f09 210f 7d5b 1d17 1d05
LL_SRM 6:23936 1161 2949 0359 3109 5115 5525 3301 7947 613b 195d 0111 2b69 0541 353b 4d49 252f
LL_SRM 6:23952 2971 275f 6751 0153 0323 2b73 3571 6115 713b 7767 2361 0357 5b21 3123 6b13 6133
LL_SRM 6:23968 6333 3123 7b37 597d 3b73 1f29 6d27 7b1f 2d3d 7b4b 593b 5d3d 794d 1b43 7575 7711
LL_SRM 6:23984 6b7f 7161 472b 2b05 5b03 3357 254d 334d 7361 372b 4979 7d59 7d73 356b 7979 311d
LL_SRM 6:24000 410b 1731 7d33 4311 2115 6133 413b 2311 7731 155d 1971 2f75 0729 1d77 7543 5173
LL_SRM 6:24016 4779 6f31 4501 3105 1969 3949 4571 1167 4567 3d25 4551 637d 0341 496d 0765 5115
LL_SRM 6:24032 6f67 2725 3f75 5329 752b 7765 3173 235f 7f21 5775 2b15 015f 7533 5565 5d07 392d
LL_SRM 6:24048 6f73 5749 3371 193d 357b 692b 4961 7f41 7d7d 4f5f 415d 2151 396b 7b33 2f39 4529
LL_SRM 6:24064 4547 270b 0b37 414f 0139 036f 094d 0f2b 2529 2349 4315 2b2d 211b 0d3b 0371 6d3f
LL_SRM 6:24080 010f 2b7f 2f4b 0f79 0f2d 057b 0951 7757 0d07 193f 0929 4b1f 1f49 0573 0903 551d
LL_SRM 6:24096 0f3f 3f0f 715f 3b23 4735 1f07 0f6b 5f17 5f1d 2903 294f 7d53 6b45 5b59 2367 611d
LL_SRM 6:24112 5f25 6711 552b 2539 670f 557f 374d 130f 7379 5777 272b 6f03 7947 1b59 3b03 3f0d
LL_SRM 6:24128 056b 451f 034b 4d33 1503 4361 2b1b 134f 310d 454b 050f 2d5f 030d 596b 5165 331d
LL_SRM 6:24144 0b2d 1b1d 0769 4b59 030d 4549 4103 4d2f 054b 1907 2155 470f 0107 6167 495d 353b
LL_SRM 6:24160 3329 7919 2b0d 3f2f 451d 292b 6d25 7f05 2b2f 0f23 4347 070b 373f 2555 4f6d 4f09
LL_SRM 6:24176 274f 070d 097f 3f65 2b55 594d 5351 2b2b 7f4f 472f 7f5b 4b2d 3d0d 0941 333d 6f07
LL_SRM 6:24192 3723 2973 2b21 7935 5d45 7113 1761 335d 6915 0177 7b3d 3b4b 0905 757d 0d09 4b6f
LL_SRM 6:24208 2309 337d 2761 5751 3f49 3359 794b 217b 3913 2177 696b 412f 2933 537f 3369 1971
LL_SRM 6:24224 316f 794d 7f6b 1713 7173 4b07 6b59 754d 2f71 736d 353d 2515 5f7d 7d71 3371 2735
LL_SRM 6:24240 5975 7763 415b 254f 7977 3165 7933 5531 6f2b 7d1d 3769 7f73 7d7f 3d79 354d 5d25
LL_SRM 6:24256 0939 2935 5165 2927 6151 5365 6b53 4b71 2d45 1b41 1371 0365 3541 0d5b 4735 0b79
LL_SRM 6:24272 1169 2f39 0549 294b 7b11 5539 2701 1b3d 5149 5f11 0101 755d 7373 3f41 7127 0d35
LL_SRM 6:24288 6159 413f 1379 6b15 6f79 1575 274d 1575 2f7f 5d1b 512b 1711 775d 2727 7b57 1311
LL_SRM 6:24304 7779 7505 7955 5b01 7559 535b 5975 4b51 5b2f 4977 7775 3779 2b4f 7349 6347 6d31
LL_SRM 6:24320 6d7b 415d 090b 197b 0b53 0d1d 4973 0b01 0903 7f1d 0909 2b6b 0163 0367 0511 551f
LL_SRM 6:24336 0507 3f6f 1d05 036f 4737 0939 2f19 0575 096d 675d 270d 0539 274f 150b 032d 093d
LL_SRM 6:24352 373f 0f65 733f 2909 6b1f 6f5b 6f49 0301 290b 2907 4f65 0577 7d33 2d31 3f7f 1d05
LL_SRM 6:24368 6d5b 1d09 493d 3d0f 4365 3d71 5d2d 0f39 7d6f 5d11 6f47 2d2d 477f 575b 0b2f 7b03
LL_SRM 6:24384 4f6b 117f 112f 7d5d 0d4f 6d3b 1141 431b 290f 733f 7719 1717 0501 0343 093d 2f2b
LL_SRM 6:24400 4507 672b 0f01 4f09 1969 054f 0f0d 2d7d 0f0f 414f 2d61 0b33 6505 713d 0f15 617f
LL_SRM 6:24416 773f 673d 0f09 1d4b 630d 2f3f 656b 1945 6f1f 690d 7d5f 672f 051b 3b17 2123 4521
LL_SRM 6:24432 1f7f 010f 7d4f 3d0b 0b43 3f39 694b 3b63 5b05 0d4d 7f6f 2f3f 2f77 470b 4b1f 630b
LL_SRM 6:24448 0953 073d 631f 4f6d 2303 4d7b 2575 1521 416d 453b 6563 296f 0141 333b 4901 2d01
LL_SRM 6:24464 0113 5939 7963 4937 7121 092d 0561 4f6d 7b45 352d 6131 3d31 793d 5573 093b 1965
LL_SRM 6:24480 7379 7351 3d39 6541 7171 2f1f 3f4b 2153 757d 1967 5177 2d25 5f35 7513 4d3f 2f13
LL_SRM 6:24496 3b79 3371 7375 3d51 2d33 7b21 5761 5f73 3d7f 533b 5371 595b 2745 717b 6f3b 4551
LL_SRM 6:24512 3f49 470d 5921 534b 6513 5377 7131 317f 0f2f 1139 790d 210b 737b 4351 3971 7d71
LL_SRM 6:24528 7149 0929 0325 4917 2123 673f 0369 7531 0d69 777d 4f13 0343 1565 0349 7741 3d37
LL_SRM 6:24544 4d7f 5517 3f73 776d 4b5d 2b6d 4d3b 7f2f 5f3f 4967 411b 615f 6f35 7741 2363 1d35
LL_SRM 6:24560 3f79 5711 5f77 5171 7315 377d 1b7d 1539 2577 612f 677b 5711 0975 7145 4f7f 5149
LL_SRM 6:24576 0933 7117 333b 5139 6527 4959 0d65 1b61 3111 3913 0373 6b75 3375 6975 0957 3941
LL_SRM 6:24592 1313 597b 495b 2573 0b21 372b 3129 275d 417d 3339 056d 2d5b 3d65 4137 0559 0b77
LL_SRM 6:24608 5579 2529 313d 5347 6141 7503 3f57 2b17 2133 6159 7375 4537 6b73 7f31 2f79 7d39
LL_SRM 6:24624 772b 7735 797b 7d41 5f0f 6b49 337b 3769 5f15 4d59 4f67 252b 1f73 076b 3959 1961
LL_SRM 6:24640 1341 1f3b 3303 5119 4101 593f 7951 3179 1347 113d 1101 1375 3721 7957 1531 0149
LL_SRM 6:24656 0173 2135 1755 1143 4161 237f 0349 7571 6961 7901 0d31 2175 0969 6765 0301 013d
LL_SRM 6:24672 7769 293f 653f 4123 355d 7161 6769 7d75 297b 3161 1719 7767 5d73 6f15 0b79 7d63
LL_SRM 6:24688 4d79 7705 095f 794f 2f77 4973 6555 1f55 7d79 574b 3115 757b 777b 7121 5b6f 1b01
LL_SRM 6:24704 4703 0f27 7703 595f 0f03 1f1f 0f1b 2b4d 3307 0b07 2b25 2d13 0305 0b27 0d09 4f2f
LL_SRM 6:24720 0b2b 095f 2941 2d05 570b 1f7f 0d0b 3f13 4b25 4d73 3917 4113 0505 3f4b 2d15 291b
LL_SRM 6:24736 4f0f 0b71 3d2f 6f03 4b3f 1309 2f47 6f19 295f 0f23 3d7b 7707 216f 4745 250f 770f
LL_SRM 6:24752 592f 2f07 770f 1949 7f0f 5107 6f5f 5b4b 671b 0b4f 7f1f 7d27 674b 3507 5377 3f2f
LL_SRM 6:24768 4f25 6f39 0b21 2727 1109 6b13 1505 2f35 0f0b 2f1f 090d 5f2d 2f25 155d 0963 0d7f
LL_SRM 6:24784 5715 132d 234f 0b5f 590f 4b5f 0941 131d 5105 5d1f 5707 3309 050d 296d 0b69 0721
LL_SRM 6:24800 5b1f 4b19 3327 4d0d 2745 0909 0d4b 7f0b 2f1f 0d2d 2f6b 794b 1d1f 2327 1f17 1b4b
LL_SRM 6:24816 030f 273f 073b 2b05 6d37 353f 3d4f 2543 7f31 6f47 396f 7b39 7f6d 1751 2d1b 0f05
LL_SRM 6:24832 1121 6335 1169 632b 4975 7d77 2341 5953 7371 6f15 1b33 1147 0555 733f 292f 072f
LL_SRM 6:24848 1139 497b 3571 7145 4139 572f 3379 2b49 1521 437f 2127 3f09 0d31 0579 4b33 076d
LL_SRM 6:24864 7d77 196b 637b 6721 7179 2579 6f57 7f25 3765 2f35 1f7b 117b 7f75 6d63 5969 5b43
LL_SRM 6:24880 5777 5f67 7f29 6923 7d27 435d 7b09 7f41 6939 597f 377d 2355 7d6f 6973 017f 7971
LL_SRM 6:24896 7151 6911 4107 212b 5361 633d 416d 2971 4109 193d 0927 0b37 1717 097b 0701 157f
LL_SRM 6:24912 2973 095b 7b39 150d 4503 1311 2579 6115 2373 4935 2301 7355 530b 0911 0907 3b77
LL_SRM 6:24928 5b6b 7b55 0723 1151 3b2d 7f63 7767 3d53 3f79 457f 7f57 3523 2765 5b73 693f 1517
LL_SRM 6:24944 6f69 7373 797b 5363 7d77 5319 4d71 7d2b 774f 3361 5f7d 3b19 4f75 170b 7d3f 3931
LL_SRM 6:24960 0729 5537 632b 2367 6327 6347 1707 0b47 250d 315f 0d47 5149 0721 5545 110d 693d
LL_SRM 6:24976 175d 215f 530d 6d69 294f 2727 4319 7311 4b01 431f 1709 2107 154f 1d47 0b01 4d6b
LL_SRM 6:24992 571f 557b 1d0b 5363 2d6b 2d69 436d 5f0d 055f 7b47 0d2f 7123 6b5f 7941 3947 2d0d
LL_SRM 6:25008 0d59 3307 2b6f 7705 572f 271d 6f17 170f 4f79 1d11 5b2d 0b0b 0f37 6f43 7767 0b5f
LL_SRM 6:25024 092d 0b43 5f0b 0951 1945 0d7d 290f 2b55 154d 4713 770f 155b 1b0f 1f5f 110d 050b
LL_SRM 6:25040 5b53 2d27 2725 2f1b 2117 2f67 0319 6b17 3b15 452b 4f63 653d 172d 1b2f 0305 1d0f
LL_SRM 6:25056 232b 2f21 051f 0d3f 2527 6f1b 2b0f 5141 733f 0741 1f2f 6d6b 5b3f 2567 3929 6f25
LL_SRM 6:25072 2773 634f 0959 1d09 4f6b 4f7b 172f 4d53 2b5b 254f 7f6f 415d 3d3b 6b19 5b3f 4765
LL_SRM 6:25088 2503 6103 1763 114d 1511 6747 6127 2101 3101 7f37 017d 5d79 1961 7163 0f31 4f71
LL_SRM 6:25104 016b 4f75 6b51 5d4f 2d39 5971 2903 0115 0719 2b55 110b 5b3d 2361 636b 4319 4163
LL_SRM 6:25120 7b6d 377d 2b77 4b2b 377f 5561 6367 6b3b 7957 6321 7d67 7d41 2553 315b 7571 116b
LL_SRM 6:25136 4735 6575 7757 2553 7565 1f01 1f69 1f69 3d7b 7d07 5b55 5d45 2763 6313 3f31 7b43
LL_SRM 6:25152 7339 7b0b 4951 6d7b 6d61 6155 7141 3173 4303 6f79 616b 037b 513d 7571 7333 7571
LL_SRM 6:25168 1771 1b07 715d 2977 1b35 097d 1749 0119 2511 1b27 1155 5965 6971 0719 5f51 5f45
LL_SRM 6:25184 7b63 7575 4173 1d1d 0955 7961 1777 6949 7777 2543 3179 3539 7773 3573 5d7f 7161
LL_SRM 6:25200 713b 5903 7b1b 0b73 5f65 7173 7d3d 5315 2f5d 693b 776d 6363 5779 1121 7737 1521
LL_SRM 6:25216 4103 7f7f 2d01 4b2f 2567 172f 616f 1f71 092d 0331 234d 6f23 0967 497f 2b03 672d
LL_SRM 6:25232 2b0b 3345 3701 4d7f 4713 230d 1953 470d 0519 510f 2107 1b5f 050f 5d7d 170d 153f
LL_SRM 6:25248 697f 6f49 6f4d 4b1f 6f27 0f09 3f1d 015d 0f7b 5529 7d2f 5305 7b0f 273f 1f23 4903
LL_SRM 6:25264 3f45 5f07 750d 7929 4d2f 7757 0f5f 0b03 7f67 690f 5b7f 3305 2f5b 316f 5731 572f
LL_SRM 6:25280 130d 6f1f 3907 3903 472b 797f 5147 7527 031f 130f 0503 4d2f 270b 054d 096b 0f3d
LL_SRM 6:25296 2b07 2d23 051f 7d6f 474d 6b33 0529 216f 2129 7b67 0b4f 0b2f 1f35 1507 0749 6167
LL_SRM 6:25312 4f67 415f 676f 6b35 6d1f 6907 0f5f 1b09 2129 4d07 3d33 4d49 173f 394b 2f2b 2b4f
LL_SRM 6:25328 3749 2f19 1d1b 3521 7d1b 4b4d 3b5f 0121 0d4f 2549 1b3d 0d4f 496f 3f17 5d1b 3b37
LL_SRM 6:25344 137f 5175 5507 7d71 6317 757f 2101 3b75 0125 0523 5705 754f 0161 7f15 6173 6f73
LL_SRM 6:25360 4d11 1d45 4917 2301 3151 5517 1561 0539 7d1b 335b 6b53 6d1f 1721 0567 0919 4531
LL_SRM 6:25376 7d77 3131 5325 5739 5773 4343 7563 3151 6539 2f17 1721 6921 577f 6735 7d1f 6565
LL_SRM 6:25392 2b7f 3531 3545 5359 6149 4555 7f37 3d6f 5f7f 6f69 6f5f 392f 5903 6359 3d6f 210f
LL_SRM 6:25408 212b 3931 010d 532b 7b31 4375 1175 3173 6b65 4347 2145 2147 0103 773f 3b2b 3b67
LL_SRM 6:25424 4151 4319 4761 5341 2325 3349 2165 5b31 691b 4153 1523 6577 5711 7553 0911 0d69
LL_SRM 6:25440 377f 6b53 777b 7551 5757 431b 531b 1131 3b53 3169 7773 737b 1f55 6979 3755 1d79
LL_SRM 6:25456 3d73 7b51 3d3f 2777 5f73 0d59 7f71 373b 5b75 5331 7b55 7153 5571 652f 275d 4725
LL_SRM 6:25472 090d 1d1b 0109 176f 0913 4f6f 4d25 235d 1d0b 691d 170b 093b 0907 2b0d 2b09 1f5b
LL_SRM 6:25488 3b05 4b63 4d43 1f33 6703 512d 0129 6b57 1705 490f 0d61 270b 3957 757f 076d 0b2b
LL_SRM 6:25504 3b53 7b05 7f2d 3f13 0f7f 474d 654f 450f 5f4f 470d 514f 3f0f 1d5f 1319 1d4b 0d05
LL_SRM 6:25520 393f 2549 0b6f 1741 0f4f 5f6f 0d09 256d 7723 1b03 7f2b 0f01 0747 2d09 1b07 570f
LL_SRM 6:25536 111b 6f1f 1d5b 5747 1f35 3725 550f 2161 4527 5177 0319 6f7f 0f0b 092f 110b 5731
LL_SRM 6:25552 0101 2903 3729 2329 430f 6541 4121 4d6f 2523 6951 090d 436f 290d 1b11 712b 6559
LL_SRM 6:25568 571d 353b 673d 1517 4d67 7529 6917 6d0f 272d 0d05 6b5d 5117 170f 4f5f 055f 1f4d
LL_SRM 6:25584 6f0f 2d27 3d4f 2d05 577f 3f4f 2f0f 4147 5f37 1d4d 0b2f 274f 170f 7117 592f 2701
LL_SRM 6:25600 635b 5569 7535 417d 1361 411d 2773 650b 2323 4775 5331 6361 2915 4f4b 0161 6b3d
LL_SRM 6:25616 4105 7379 4143 717b 5929 034f 1951 495d 0517 2d2b 0121 1905 2363 5521 3911 2733
LL_SRM 6:25632 3377 5315 796d 2f61 4373 0b65 694b 372d 3f71 2b53 732f 3f69 7177 3d67 5b29 6957
LL_SRM 6:25648 037b 7741 317b 6975 075f 2161 757d 7b5b 596d 2949 7d77 0379 5d13 3f29 7d79 7771
LL_SRM 6:25664 6945 2b53 0703 6121 0963 6177 1d6d 5103 5971 775f 7549 210b 3501 4b63 0711 6d61
LL_SRM 6:25680 5119 7d67 651d 4f3d 1135 3977 1755 3951 416f 514f 5175 2135 6721 2f77 7541 7349
LL_SRM 6:25696 7563 455b 257f 3165 6f7b 6773 3d79 7561 7951 2131 6f4f 3543 6771 7741 753f 3f25
LL_SRM 6:25712 3955 1d6b 7b33 6121 2931 693f 3975 0f39 5d7f 0507 795d 4541 5977 1d61 1b53 7f7f
LL_SRM 6:25728 4145 1d6d 2d5d 4f07 550b 0b07 2d03 212b 1747 0f57 074d 2b3f 734d 0d27 4f75 196d
LL_SRM 6:25744 1103 1715 110d 0f05 6505 115f 1767 2f0f 090d 0545 0903 0d2f 5323 596f 2b3f 596b
LL_SRM 6:25760 4b7d 2307 7349 2139 792f 3f23 2f21 7b0f 0905 0d0b 4d7f 4569 4911 634f 2f2f 1309
LL_SRM 6:25776 256b 5b4b 6f5f 493d 6d7f 2b5d 175f 150d 4f6f 670d 593b 291d 6f4d 0707 171f 250d
LL_SRM 6:25792 552f 2f4f 2315 610f 2b23 2d3d 2d57 0f67 690f 155f 4373 115f 394d 091f 255b 5b27
LL_SRM 6:25808 0b17 3b57 0f33 0f2f 2937 0d4d 5747 0f21 0f1d 6b2f 071b 492f 2f1b 216b 1d0b 4567
LL_SRM 6:25824 5b3b 110b 1367 1939 734b 4f0b 376f 0f07 1f27 032f 1f6f 4717 4f1f 6f29 2b0f 2715
LL_SRM 6:25840 6d4f 5b17 555f 4311 3d0d 091b 7d77 7b1f 6b29 2f03 5b7f 6b03 5d7d 274f 591b 231d
LL_SRM 6:25856 1173 416f 7171 116f 4511 7d01 3109 2775 1145 0957 4f13 717b 4d5f 5127 2d27 331f
LL_SRM 6:25872 7303 6335 4f79 5911 414d 6d07 1911 5121 0749 1131 7123 1d6b 6501 272b 4565 2177
LL_SRM 6:25888 4b5f 6751 7737 3539 2b31 7749 2b73 377f 393f 7d12 6f79 7965 0f79 5f1d 293f 0d79
LL_SRM 6:25904 4757 6779 3169 0b2d 7f7d 5513 2151 7b33 7777 5d39 5779 6372 5d7d 3f01 3f5f 1765
LL_SRM 6:25920 6173 7f25 2331 5105 0325 275f 3131 0721 514f 5d1d 4d75 1129 4931 5f79 4121 4b7d
LL_SRM 6:25936 0331 7f2f 6111 7513 6b43 2177 4113 1355 2971 3117 0761 657b 1101 1121 2151 437b
LL_SRM 6:25952 674b 3749 5765 5771 2733 757b 2337 0d51 7b7b 7345 6b6f 7779 7d35 295f 3f7f 4569
LL_SRM 6:25968 5533 6147 1979 6957 1975 3f51 7b7d 2703 2b25 2165 3565 117f 7d5f 3f61 3733 3b0f
LL_SRM 6:25984 0f0b 035d 750f 290d 0f09 632d 410f 1b4f 0f31 0517 3b09 114f 0107 5311 6b11 6b09
LL_SRM 6:26000 030b 7f03 6123 0f05 6b01 033b 4b3b 0717 0749 1f53 0927 0d0f 790b 2319 1709 1d41
LL_SRM 6:26016 5b49 2f01 4b6f 553d 774b 0f4d 5717 310f 2d61 3d25 0f7d 0f15 1f27 0f0f 2b57 635b
LL_SRM 6:26032 6f55 2147 1f2f 0907 6d0f 590f 792b 254b 394b 5f4d 6f5f 1743 052f 3303 5b6f 1d2d
LL_SRM 6:26048 3145 1b07 7331 4b7f 1103 611d 070d 095f 091f 455b 0d01 790d 6741 4d43 5127 416b
LL_SRM 6:26064 136b 171b 4151 6b49 2f07 0b33 4d49 4b4f 4159 536b 6705 2703 011f 630b 5119 154f
LL_SRM 6:26080 410b 4b2b 554d 4947 670d 472d 3d59 2d0f 353f 2f4b 1d4f 015b 6d37 4d7b 7b0f 1f0d
LL_SRM 6:26096 2d6f 770f 375f 4d5f 333f 4101 5f1d 1709 2b07 432b 377f 470f 7b5f 6b31 6b6f 7945
LL_SRM 6:26112 0959 396b 1f75 010b 6d51 3335 5119 7159 1d01 3b6b 2351 6f79 0171 6739 4569 615d
LL_SRM 6:26128 3533 674f 6111 6319 2d11 154d 2545 0d7d 1349 7963 0121 3d77 6771 091d 7b71 2339
LL_SRM 6:26144 3b7f 3159 5173 4d49 7b59 1731 7f7d 6b45 5b73 4379 711f 6117 3b29 5f4d 7569 0701
LL_SRM 6:26160 273b 7d6b 7b7b 7f07 2573 3339 7975 715f 6f17 3931 797b 3f7b 6b79 3355 5961 2701
LL_SRM 6:26176 2163 216f 6145 716d 3965 7d5f 4301 2b09 6b5b 5d41 3357 4933 6111 216d 6363 6545
LL_SRM 6:26192 1119 2561 0559 773b 4925 137f 6737 3549 2145 2127 030d 7753 6b09 1115 6527 437d
LL_SRM 6:26208 6d5f 2765 3913 4541 7935 6f07 4959 5d05 7f5f 1f63 7f1d 6523 5d2b 6d01 7365 3b75
LL_SRM 6:26224 7179 257f 733b 492d 5f29 2319 2f77 7919 7759 3b75 717b 1945 733f 0941 5b75 7d31
LL_SRM 6:26240 4567 7523 0901 416b 0d09 4f3f 4119 234f 2d03 451b 414d 0f0f 230f 4d0b 5743 1b0f
LL_SRM 6:26256 475f 5b0b 071f 1f59 590d 0919 0f1f 656f 071d 3d05 2f4d 0743 5b0b 0b29 0f4b 2317
LL_SRM 6:26272 533f 3503 6d7f 4d25 1d7f 375b 5f6b 1927 5125 0f5b 0f0d 4941 534f 1d3d 7f4f 550d
LL_SRM 6:26288 2d3f 4505 636f 7907 6d39 5d09 4d17 296d 3f7f 0f47 7317 610b 535f 1f73 593f 4163
LL_SRM 6:26304 054b 392b 5b0f 1d7f 6d01 7b7f 0703 1555 0309 136b 410b 090f 4507 3b53 0d0b 0f3b
LL_SRM 6:26320 392b 1f0b 0f01 0147 7557 5567 5701 0545 0317 012d 4123 0f7d 7369 4b0b 3b49 0517
LL_SRM 6:26336 675d 293d 1d39 5f21 7f2d 4117 1907 6f15 6719 4d47 2b6f 0f55 0f1f 1f2f 0f63 0f0d
LL_SRM 6:26352 0f3d 671f 2f19 2f4f 274d 3d47 577f 2701 370b 6f27 670f 3109 4f03 170f 4b03 2d01
LL_SRM 6:26368 4923 5971 1f51 1133 4115 4973 6511 7f7d 1931 5145 1123 214f 6145 6977 3d43 5159
LL_SRM 6:26384 6925 3117 0161 4f61 7577 232b 1305 2179 3161 6f2d 0b75 3b5d 5715 1151 5511 7139
LL_SRM 6:26400 6375 6131 0d21 6b75 3d27 497b 7139 7b11 3769 1b61 5169 7723 7539 2f29 5751 5131
LL_SRM 6:26416 7b39 7f11 2957 7311 7173 5707 2f6f 5341 397b 3d61 7f7b 0b73 2163 1979 293f 7b0d
LL_SRM 6:26432 6521 6155 2551 313b 2503 5b1d 3921 415f 636b 5b43 0341 1979 4131 3969 1341 177d
LL_SRM 6:26448 4139 2d5b 6d0d 755f 4703 694d 3b51 1923 4d7d 6321 7323 093f 3d01 0325 5949 4547
LL_SRM 6:26464 6f4d 4d47 6973 7701 7f65 7111 5b5b 6951 2771 692b 4f71 0b71 6169 5f31 7771 5931
LL_SRM 6:26480 7963 5559 612f 590b 632b 5727 2971 357b 3d6f 692b 116b 2749 697d 3b01 1539 3d11
LL_SRM 6:26496 111b 534f 5d0b 4b4d 2d0d 6b4d 3909 497f 0f3f 3147 1f51 230f 5b4d 4543 310d 3b43
LL_SRM 6:26512 2501 2d13 0f03 634f 091f 3d1d 1d03 0b0f 014f 0d1f 4d69 6b1f 230d 433b 5921 233f
LL_SRM 6:26528 4d2f 0b23 133f 2d1f 7f7d 0f45 072f 7d27 0349 0753 231f 0f05 7b6f 273d 7f4f 2d4d
LL_SRM 6:26544 2b0f 7d19 4f13 2529 535b 3d0b 4f7f 5503 095b 0729 6d2b 6f01 095d 7931 7b4d 6d03
LL_SRM 6:26560 5d11 2f5d 1f07 1d0f 2943 4537 170d 396f 6d43 3b65 1105 4d0f 6d47 7727 311d 2577
LL_SRM 6:26576 3b49 0f0b 611f 6317 0503 3f4f 3d0b 6f77 0f01 176f 2711 4d0f 5703 1d73 070d 0577
LL_SRM 6:26592 6f3b 230b 2f2f 1325 3f4f 2b3d 317f 0f19 5f63 1b0f 1177 6935 5773 5d1d 5307 6123
LL_SRM 6:26608 730b 1d01 6f7d 2527 3d47 5d0b 3d2b 1f35 4545 034b 3f0b 1303 3d1d 790f 651d 373f
LL_SRM 6:26624 2531 196d 0101 2975 6777 4965 0b5d 6f25 2503 7375 5567 633d 2525 1339 4161 5b67
LL_SRM 6:26640 637f 016b 2131 7d69 2121 695b 2919 1919 5733 7979 4303 6949 1f73 6171 3561 5173
LL_SRM 6:26656 3d47 6d7b 7939 3b23 3f63 7321 7f71 2b53 3d77 5361 5f7d 2d59 7371 2f3d 7d5d 3f09
LL_SRM 6:26672 713d 3115 4369 6961 3d77 7741 1971 6b6b 3b67 5713 6359 797d 7d21 7b2d 6923 3179
LL_SRM 6:26688 7147 7d73 4163 0369 1d79 4153 4d51 3379 5951 3903 0149 174b 4b45 056f 6961 5571
LL_SRM 6:26704 0b31 415b 6b11 6563 3343 534d 1701 2d25 4701 5f71 4179 7b63 2121 314d 3119 737d
LL_SRM 6:26720 1915 3903 7b6b 2b09 7337 6119 777f 3559 7d2b 0f01 7563 2971 3b73 5d63 655f 6b51
LL_SRM 6:26736 0169 6d75 1b6d 1b39 553f 0121 7507 4127 7971 1159 5969 7901 6d4f 5b5d 1f7d 6d75
LL_SRM 6:26752 4305 0d0b 4911 231f 6349 152b 4f27 1b6f 0b13 4f17 2f27 0b41 7b17 172d 7327 1f55
LL_SRM 6:26768 490d 372f 1707 355f 4753 510d 0515 0f07 0b1d 154f 1731 417f 0701 6d23 4733 2f23
LL_SRM 6:26784 6f6f 1577 2955 415d 3937 3d0b 030f 4d6f 0d15 0903 3b0f 1d23 5b23 4d15 5b73 5f0d
LL_SRM 6:26800 1f29 4b39 0b1b 3d07 375b 1b25 3d1b 014d 4719 7f05 3d5b 4721 5b59 6d25 470f 2137
LL_SRM 6:26816 470d 1147 0d25 4335 674b 2f4b 0b55 2f13 2f43 295d 0f0f 770b 7b27 076f 2b2d 4f39
LL_SRM 6:26832 0909 6f4d 4d5d 394d 3905 311b 0507 730d 0d4d 5f15 251f 090f 2d4f 4d2b 2f29 4d2d
LL_SRM 6:26848 633f 3f0d 1f4d 3907 375f 6b17 6f07 3f77 2959 6f49 4f6f 7f0f 0b3d 2717 2f09 7935
LL_SRM 6:26864 6f37 7303 656f 3947 1d4b 770b 0d5b 4f43 6b0f 795b 0d45 0905 054f 0911 5f6b 472d
LL_SRM 6:26880 0105 0375 4743 0b77 1501 3377 2379 656b 097d 2541 4547 4d61 4d51 514b 0125 2d0f
LL_SRM 6:26896 1119 015b 4121 7573 1103 2f33 715b 0535 311d 5773 6949 417d 2903 0d09 3931 4965
LL_SRM 6:26912 7f2f 6f13 590b 5515 3543 6979 3f7b 791b 7f31 7305 1733 770f 1579 3f71 2f2d 7b4f
LL_SRM 6:26928 5f73 0919 4375 2f1d 6b73 0341 4507 6741 2177 5363 793f 7931 773b 0927 352f 7159
LL_SRM 6:26944 5951 7d43 4d23 0373 7951 116d 4b1b 59b7 2957 0521 593f 4565 1b21 4935 7171 5145
LL_SRM 6:26960 1531 5137 5923 216d 2179 0101 6d7b 5915 5513 513f 1301 7353 2337 496f 4111 515d
LL_SRM 6:26976 7f4b 7f79 6b5d 3935 5f7b 2739 717b 095b 2945 3157 5165 7707 5b4b 6b43 5b73 2923
LL_SRM 6:26992 7323 2711 7b3f 5d55 3365 1f71 0d2f 7151 3771 617d 094b 2161 5b67 4b7b 0b7d 4549
LL_SRM 6:27008 0b05 430d 3d33 071f 430b 0b75 0727 651f 0b25 317f 2307 290d 4529 171b 3771 0533
LL_SRM 6:27024 290f 4775 0935 1537 0f29 093f 4b09 0d3f 1f13 6f49 7b05 017d 0317 0d2f 5965 4b27
LL_SRM 6:27040 0b6f 1d43 432f 1f65 2f0f 3b1b 5f2f 1d43 6511 2d2f 534f 3921 434d 7f19 5b1d 690d
LL_SRM 6:27056 1f3f 0f7b 0f57 032b 474f 5329 7b73 2573 6d1f 636b 171f 0d43 4d73 7f17 5315 3b09
LL_SRM 6:27072 4103 4313 6f53 2f2b 0905 710f 330b 797d 6171 0d67 2b41 4b1b 3d43 5f17 1521 136b
LL_SRM 6:27088 490d 176b 1f2d 350d 2103 4117 0b6b 476f 294d 4927 412f 4f5d 3f1b 0325 610b 0b6f
LL_SRM 6:27104 757b 0d0b 6f6f 416f 6f1f 030f 3f5f 071d 3b7f 290d 2b7f 2723 0b6d 3b01 356b 1d49
LL_SRM 6:27120 7f1f 713f 3f3f 092d 2d69 0f67 3d4b 6119 3d2f 1f05 7f7f 354f 1d0b 6b0f 795d 3501
LL_SRM 6:27136 0b21 0139 1f63 0d73 3131 7f65 2101 6973 570d 1167 6941 1323 7139 7373 1101 6b77
LL_SRM 6:27152 5371 154d 5175 3d59 717b 3337 0325 5379 2733 755f 0113 6925 4169 6b0d 536b 217d
LL_SRM 6:27168 110b 7151 6f73 4b51 2f7d 4d75 7b35 3f79 0b39 7b79 295f 3f4d 3d57 7725 3375 530f
LL_SRM 6:27184 3555 3743 0575 6565 4d79 3309 7d3d 7b7d 2777 7317 457d 7571 6d25 2b55 7b7f 213d
LL_SRM 6:27200 6521 451d 4329 7523 2169 7123 7951 656d 4353 7371 5d4d 635b 3d33 7165 6111 7967
LL_SRM 6:27216 311d 1175 2921 417f 634b 576b 490d 7d31 2331 556d 3b63 3f5b 0555 5779 5929 4d23
LL_SRM 6:27232 1119 376b 7b5b 3521 6b3b 393d 7367 2731 6d3f 5329 2b31 0171 5553 7951 313d 2b61
LL_SRM 6:27248 7f3f 2157 6173 6b5d 3f3d 0337 2175 6f51 0b4b 6f3d 777f 0311 396d 3f71 5561 7543
LL_SRM 6:27264 4907 195f 2923 1147 5919 1309 0f0b 030d 6b13 3315 0903 034d 0923 0759 5103 174d
LL_SRM 6:27280 535b 492f 5d2d 6727 5503 7d5f 6d6d 0b27 2d63 7b45 351d 090f 2949 0767 510b 032f
LL_SRM 6:27296 4b5f 370f 674d 3b13 6f5f 7b0d 5d0f 4d07 7b25 230d 6d2b 4b31 6737 1313 1f17 4719
LL_SRM 6:27312 112f 1523 577b 2157 2b1b 7b4f 3d4f 0b7d 6b1d 493f 6d3b 7109 2f5f 2f21 4d1f 552f
LL_SRM 6:27328 4f01 2d0f 1d1b 6b3d 213d 774f 050f 6d57 0d27 6f23 7d2f 4b7f 593d 1f67 492f 0b33
LL_SRM 6:27344 0b0f 0b0f 1d0f 077d 4d1f 557d 4101 7573 1353 132b 375d 0547 250d 0579 4903 2f07
LL_SRM 6:27360 5b53 7301 1f19 5715 2b6d 0b0b 3f17 0147 0f13 5b05 2f4b 6927 4b4d 1903 5d1d 395b
LL_SRM 6:27376 2933 5d03 6f7f 3951 6d09 2f07 7123 0d0b 4b6f 5f23 276f 271d 2b29 2b0b 1f63 214d
LL_SRM 6:27392 3d31 3555 0101 0155 1f25 0343 337d 0379 1101 4729 0955 6179 411b 2507 3941 3b09
LL_SRM 6:27408 6969 714d 031f 2325 4541 6b4b 5331 2773 5b51 7173 2151 416b 3131 2967 012d 4575
LL_SRM 6:27424 5509 0327 7177 0323 6b51 7771 657b 2709 372d 4103 2f45 3109 277d 6545 755b 0379
LL_SRM 6:27440 7f77 7521 4153 7f33 6b57 613b 794b 735d 4355 3547 7971 3d3b 6f77 5117 6d3f 7d03
LL_SRM 6:27456 294b 4575 6955 377f 1145 4121 5171 1f2b 3345 0501 5141 2377 1121 733d 5551 1b55
LL_SRM 6:27472 5d09 3f61 3d43 236b 1501 635f 7533 4919 5149 0d37 3119 4b73 037f 734b 3563 2137
LL_SRM 6:27488 536b 6d71 7375 3127 7767 3d37 6765 6975 577d 6d2d 3d79 7f49 6f75 7141 131d 4523
LL_SRM 6:27504 6d31 1745 697b 111d 6f2b 796b 5f75 5505 1d15 4f15 577b 2501 3d3d 6d53 193b 7571
LL_SRM 6:27520 410b 1d4f 1321 311f 5f69 636d 6709 7d53 114d 0365 1353 7d43 4b2d 231b 1b05 035d
LL_SRM 6:27536 1b11 1b03 0509 2d4f 611d 2b09 6911 031f 3759 090d 510d 093f 6f0b 0517 0105 070b
LL_SRM 6:27552 333f 2961 175d 656d 170d 150f 570f 4f01 5745 7d2f 4379 0509 7f57 797d 374d 0717
LL_SRM 6:27568 5f6b 570b 6743 4b11 6d3f 7d13 6f2f 2b4b 033b 6b05 7317 230d 2f57 272f 035f 1f17
LL_SRM 6:27584 2705 170d 0f07 134f 392b 0b4f 0d0f 076f 1f03 0307 0709 671d 0d11 474f 251b 5d0f
LL_SRM 6:27600 0713 7f17 3507 496b 4b0b 2d29 4103 410d 6f03 3b37 1309 291f 4935 234d 0b01 0743
LL_SRM 6:27616 7b7f 2f0f 634f 5f29 6d1d 2759 314d 5d05 6f4b 2f09 3f2f 274d 077d 5501 3b0f 634f
LL_SRM 6:27632 0d2b 7d09 314f 2b67 030f 0945 1709 5347 0d0d 1f4d 2f17 390d 6d1d 772f 1f0d 313f
LL_SRM 6:27648 3325 4577 2129 594d 7111 7b43 2941 6b3f 0b27 537d 316f 013d 1171 1d01 7f59 1f79
LL_SRM 6:27664 314d 1163 6561 6537 1121 6765 5321 5d59 6171 7969 2b61 615b 4b4d 1165 035b 0907
LL_SRM 6:27680 7f7b 155d 396b 3953 7d6b 194b 7d53 6d09 7779 112f 7f71 6d0f 777d 6d05 5f75 3339
LL_SRM 6:27696 733b 0d19 217d 6b29 3d15 0f57 6f51 1321 7b35 7b71 5f77 7f79 312b 7f3d 5b33 192d
LL_SRM 6:27712 7b05 1327 5101 417f 4d35 0d0b 6543 4b03 6561 3559 7571 0769 3503 134f 4129 317f
LL_SRM 6:27728 3369 5921 6731 2117 5301 097f 5949 454f 7965 4735 7155 2d53 3357 6973 1161 3551
LL_SRM 6:27744 6d77 0153 797f 7977 1f73 0d2b 4f7d 7d21 7d73 7b07 4973 0b0d 6b39 0143 6d7d 7149
LL_SRM 6:27760 4b7d 6939 5d73 576d 4b49 7d31 5131 0b61 3561 3f1b 5775 0309 373f 1f35 7375 3b73
LL_SRM 6:27776 030f 2d27 0925 1b47 1159 2b07 5909 311f 0b05 470f 7b2b 6157 2919 330d 0d0b 6b1b
LL_SRM 6:27792 0505 053f 114d 1d67 5529 6d1d 2d01 6943 5347 5d4f 2b13 0b05 7311 4915 330d 450f
LL_SRM 6:27808 277f 0f37 2b79 2709 5d0f 031f 1f0f 6f2f 0f3f 5f05 4f3b 0f7b 376b 0f23 7b07 090d
LL_SRM 6:27824 151b 0d69 5f7f 3903 2f7f 7b59 094d 016f 372f 1f2f 1f1b 0d15 0d3d 0777 350f 4509
LL_SRM 6:27840 050b 7b49 2331 0f5f 4713 0f3d 4f05 0d2f 5b07 6b29 3d27 2b1b 0761 056d 0903 4d3b
LL_SRM 6:27856 0321 152f 0b0f 190f 053b 1f0b 1b15 054d 590b 656d 2f25 0507 2b0f 3d09 0d11 3b77
LL_SRM 6:27872 1b1d 6d57 011f 6149 3b67 171b 1d35 5b0d 1f6f 1d0b 734b 6f07 2f37 6b19 671b 1f0f
LL_SRM 6:27888 2d0f 2339 793f 4f09 3f17 632d 5d27 7b27 4f79 2f45 7d09 1d1f 793f 612f 0d4d 6f6b
LL_SRM 6:27904 211b 093b 311d 716b 0513 1f27 037f 572b 4965 5b49 197f 2355 0931 2b75 7d41 4155
LL_SRM 6:27920 2b31 6345 7d69 357d 6d55 7f69 7159 657f 7f21 133d 013f 732d 310b 6b31 0105 597d
LL_SRM 6:27936 7931 3f65 435b 6d59 6f6b 1d69 5377 4925 5759 7b11 1779 1101 672b 7b29 4f29 4d21
LL_SRM 6:27952 7f73 1347 7f59 7911 7379 7f4f 7559 6d2b 5775 6105 1d7b 2919 5915 7135 7779 4b0d
LL_SRM 6:27968 5309 7139 6b5b 677b 2141 657b 1711 1773 6931 2963 0145 6571 7b41 1d69 237b 614f
LL_SRM 6:27984 6161 6951 4519 053d 6141 3d73 6161 090b 0571 7351 4169 450b 5d53 3b5d 7d69 315f
LL_SRM 6:28000 1963 4f17 2b7f 7343 756d 7351 6f7b 7d53 0d3b 7d11 3f79 6b25 776d 7945 2d7f 2537
LL_SRM 6:28016 1b73 7749 7771 6761 531d 6557 717d 577d 737d 3951 7d79 5175 3d31 0137 457f 7119
LL_SRM 6:28032 090d 596d 5d0d 011f 512b 3f57 3529 1f7f 1d2b 0b5b 030b 2379 5907 173f 0925 4333
LL_SRM 6:28048 031f 0d7f 131b 6123 4d49 217d 0701 0f43 610b 177d 4909 1f43 6d2d 5907 6707 210d
LL_SRM 6:28064 695f 094d 6745 2b01 4b27 732f 270f 1705 557b 5d1f 275f 3909 095d 576b 4f29 5143
LL_SRM 6:28080 3d2f 331b 4d4d 1f07 4f7f 5921 7d17 3533 372f 5731 6d6f 7f0d 474f 1f13 6d37 3b0d
LL_SRM 6:28096 4919 213f 6b07 2377 6f03 0d6f 090b 4d3f 390f 195d 7951 3731 2305 472f 115d 076d
LL_SRM 6:28112 015b 770d 213b 110d 2523 0511 771d 033b 6d01 3b05 431b 5b6f 0109 232f 410f 2117
LL_SRM 6:28128 790f 2305 3d3b 4735 6d49 5903 7d2f 795d 337d 4b69 5d4b 6d33 3515 273d 233f 250f
LL_SRM 6:28144 5f03 5f27 0b49 7301 7f1f 0d0f 7725 1f6f 4f73 2727 1763 0b0d 5f39 174b 5f2f 1f41
LL_SRM 6:28160 4505 796b 6315 0315 0d31 316f 3961 7139 3379 4773 6505 1173 0361 5145 3135 711f
LL_SRM 6:28176 5143 3b6d 6533 1931 5165 517f 5149 4743 4731 4159 0951 417b 1721 0565 5971 7979
LL_SRM 6:28192 217b 3f7f 7d79 534b 4f03 5b01 3b69 5919 7f73 6961 5b1b 7761 3529 3f21 7775 295d
LL_SRM 6:28208 4b79 674d 4971 7d55 5149 3d41 7961 5329 517d 4329 2d75 7b79 3b2b 6f05 2d75 6f6f
LL_SRM 6:28224 291f 3119 4161 577d 6731 1131 2f69 2d69 4b25 2d79 6b31 2369 3359 0321 0d53 3551
LL_SRM 6:28240 5517 6b55 3d45 5f11 1335 755d 6145 2961 0347 2727 7911 390b 1971 313f 0969 0369
LL_SRM 6:28256 5d63 5361 7549 497b 434f 6d75 593d 5111 7573 7373 7f61 5d63 616f 173f 3973 653f
LL_SRM 6:28272 6d7b 7123 397b 2b21 1559 0f19 7d71 4b41 256d 6919 7f45 1971 4367 7d51 415b 5547
LL_SRM 6:28288 2d0b 1d09 6d0f 435d 2509 172b 4919 5f0b 5b09 0f5f 7d2b 531b 6b11 3b0f 5761 296f
LL_SRM 6:28304 071b 0f0d 5903 4f77 091b 4f2d 3927 1f4f 0b27 172b 4723 6547 0143 5b57 0703 236d
LL_SRM 6:28320 6f4f 5f1b 7b4f 1b0f 452f 2b4d 552f 4519 5b4f 2d5d 254f 6d0f 2f45 6117 5b3b 6b05
LL_SRM 6:28336 7b3b 0b0b 7f63 4d2b 0b2d 6357 4b7f 5b01 1d7f 0327 3f77 0961 773b 450b 2f23 6709
LL_SRM 6:28352 491f 610f 230f 3d3d 1539 2d37 0b43 0b1b 490b 094b 6f01 0f6f 5913 236f 1b0f 2d2d
LL_SRM 6:28368 6105 7d3f 6f0d 4955 635f 135f 071d 4915 4103 4b6d 1b07 6d7f 4f61 6f1f 516f 1561
LL_SRM 6:28384 3f39 7b6f 0f7f 1d27 0f27 6d1f 0735 4b3d 0917 652d 0f3f 630b 490d 0941 0d25 272f
LL_SRM 6:28400 7d5f 2f0b 512b 0f0f 7f23 7b15 4f6f 2d23 7f73 1d1f 0b1b 0745 7d41 2d43 4b4d 2f07
LL_SRM 6:28416 5563 2b7d 712b 5131 0911 056f 212d 4d59 214b 4171 433b 457d 5551 7735 1d43 0965
LL_SRM 6:28432 0963 195d 3d39 556b 5711 6d71 2111 2123 2711 4f71 0963 0955 1915 2177 6f43 4335
LL_SRM 6:28448 0b6b 6729 6f07 236d 5933 7b37 3f45 6971 7f5b 0529 675b 3555 6f3d 7543 397d 5f31
LL_SRM 6:28464 4d35 0d49 7f5b 2911 1339 754b 517d 494b 5909 5753 6f33 3b3b 774d 2903 7f71 2511
LL_SRM 6:28480 3f21 1b33 4141 793d 2b61 5361 753d 1129 0171 396d 5107 1143 1511 215b 2513 5569
LL_SRM 6:28496 7571 4f71 3f59 317f 2969 6967 0129 277b 2959 3b5f 4137 3f29 7105 690d 2145 676b
LL_SRM 6:28512 7713 0f4b 5b7d 2327 7925 7741 7943 5f63 1111 3745 7d23 595d 7f73 6b2f 7b73 530d
LL_SRM 6:28528 7737 7533 7779 4d6b 0573 4149 3d79 6d01 757b 632b 7333 4f7d 1371 4311 4d75 5575
LL_SRM 6:28544 070f 695f 6301 1f4f 4707 0d1d 1309 331f 0d13 2b05 1119 2b19 2945 537f 070d 7d5d
LL_SRM 6:28560 1901 572f 0515 071f 3541 4573 6505 3727 6325 5955 4f45 297f 691f 591f 0d2d 2139
LL_SRM 6:28576 555b 4f0f 5f5b 191b 475b 2127 0d2b 050d 1d45 090f 5b1d 3b6b 6567 1f57 056b 4501
LL_SRM 6:28592 4f51 7519 7363 7d7f 3365 5b07 2f4f 3f4f 1d0f 0953 576f 6503 315b 2b0d 5951 5f3d
LL_SRM 6:28608 0323 0f29 3907 6d07 1b09 6107 030f 6b2f 1711 336f 171f 492b 6901 0b47 6125 5d3f
LL_SRM 6:28624 0721 2f43 2545 013d 4d09 0f15 050d 0d45 092d 555b 4d67 2b47 4307 217b 0915 490d
LL_SRM 6:28640 6f3b 672b 4f21 5543 5b6f 5d1b 7515 3b2f 073f 5d7b 2f5f 6f1f 695b 7147 4d4f 5739
LL_SRM 6:28656 550b 6f0d 3f39 073d 552f 090f 1b79 2f25 0b23 5f3d 6349 572d 2311 7f7d 7b57 3f31
LL_SRM 6:28672 270b 5931 1f05 3d2d 0b09 712f 0137 4f63 5b41 7705 032f 6b5f 036b 6d6f 0b2d 354d
LL_SRM 6:28688 0301 6f07 0f23 1f0f 0f4b 0b67 4f0b 092f 374f 371f 0311 0b4f 0729 5727 010f 571f
LL_SRM 6:28704 172d 7f61 5749 7f4d 1f6f 2703 434f 0b69 7d7f 5f25 2b6f 072f 2f6f 3d45 674f 5949
LL_SRM 6:28720 6b4b 472b 3927 2d1f 3d3f 3b1b 272f 3f23 0907 4b1b 0f7f 777d 257d 2d09 4f63 3f03
LL_SRM 6:28736 2109 3b4b 0359 4745 2109 4f17 0d47 576d 2f13 3737 4705 673d 2f0d 0333 3745 0d6f
LL_SRM 6:28752 7727 4957 014d 2d05 5311 7f77 2741 3f5d 214f 034f 0b11 770f 5515 1f3f 110d 1f5d
LL_SRM 6:28768 7f03 2f07 1b09 3933 2f57 4967 5b37 4d0f 7f2f 4b25 7577 4f11 7d0f 7f2d 7d7d 4f3f
LL_SRM 6:28784 352d 630b 4f09 4b21 770f 477d 7d19 2f01 4d7f 1b25 5f4f 2f7d 1d4f 270d 4b7b 6773
LL_SRM 6:28800 0973 554f 497b 0b67 7173 5b73 6b43 2133 3757 0119 6541 693f 351b 1717 3101 052d
LL_SRM 6:28816 1b41 4b51 2b4b 511f 4975 7775 7b13 0957 1939 471f 6b71 437b 5361 197f 1709 6973
LL_SRM 6:28832 5d57 6311 315b 0969 772b 7121 577b 7335 3f73 5133 396b 3f73 215b 2b61 7d79 395b
LL_SRM 6:28848 397d 7f49 4d1f 3157 5b71 553d 177d 5301 7733 1341 637b 1b03 1b7d 7f35 7d59 2f53
LL_SRM 6:28864 3549 5b69 2f59 5341 3321 6561 3341 1907 5371 2b23 413f 556d 0125 2d1d 1561 6b31
LL_SRM 6:28880 1771 1171 456b 0571 5111 6b7f 6325 736d 2163 531b 0337 5b39 3751 3775 3765 1125
LL_SRM 6:28896 3133 2911 397d 0123 7d23 7b0b 677b 754d 7d77 5943 3d75 3521 5973 3d73 0f53 7b79
LL_SRM 6:28912 7703 7915 4f71 2351 7f59 336b 4d75 3b23 7703 2923 6937 5965 6379 4b25 6d73 7b31
LL_SRM 6:28928 2d25 1b1b 352d 0d05 4d03 492f 1905 7b57 131d 230b 036b 3b6b 0b43 332f 490d 0319
LL_SRM 6:28944 030f 517b 635b 2509 032b 0335 092d 291f 0541 031d 352f 0d17 1919 2f19 4569 474f
LL_SRM 6:28960 5f4b 1521 2f2d 3d65 2b2b 0919 334b 0f4f 3f77 5f59 032d 615b 4747 1f19 495d 0509
LL_SRM 6:28976 396f 6d1b 572b 0501 1b5f 5f4f 6f2f 6507 0973 2f4b 5f6d 6949 3d37 1731 775f 6725
LL_SRM 6:28992 454f 4733 0703 094d 1f43 075f 0909 051d 2f4f 553d 7d51 010f 0523 794f 014d 1145
LL_SRM 6:29008 690b 272f 4b27 117b 4f31 3979 2b11 6d3f 250f 0777 0d63 3165 4111 0113 0f1b 0d67
LL_SRM 6:29024 4f43 7b31 2d27 7913 1b1b 2963 7f3d 4949 3f3b 7945 2d5f 3b1f 4f2f 6d63 777f 6329
LL_SRM 6:29040 0563 3f6b 7f3f 6f15 7f3d 7919 2d4b 1b4b 3f71 4b2f 5127 7351 0d27 730d 793f 3313
LL_SRM 6:29056 6541 0151 6109 2157 0151 1d7d 7977 535b 1779 1159 6b73 5b4d 3559 536f 210b 657b
LL_SRM 6:29072 1573 0b7b 316b 2349 1341 4b6f 5375 7331 7131 535f 1731 070f 6301 197b 533b 5159
LL_SRM 6:29088 6b75 2333 3967 7171 317b 4f49 1d79 1113 253b 0f27 516b 5d3d 7563 7961 3119 4343
LL_SRM 6:29104 0f7d 1323 7505 5179 4f65 2925 4165 2501 4735 2f49 115b 6361 353b 3331 196f 7b41
LL_SRM 6:29120 5153 4151 7541 2335 190d 332f 230d 653b 017b 3173 1961 2175 2f49 4969 4d65 6d7b
LL_SRM 6:29136 0769 3131 3719 5957 7131 2b39 1d51 0b77 3319 0163 4125 1b6f 476d 3149 2b31 5371
LL_SRM 6:29152 7b6d 631b 1731 2345 6175 0503 7d7b 4317 0b71 1b15 797d 652d 3f25 3d21 6137 3f33
LL_SRM 6:29168 1747 6d35 1d7f 7935 6347 6f71 7953 5f51 3575 7301 431f 4d61 6975 7f69 393d 0125
LL_SRM 6:29184 190f 3309 212d 0911 092b 0575 1d1d 4f45 0f1b 390d 0703 057d 550b 0f0f 5f0f 4f5f
LL_SRM 6:29200 051d 092d 592d 2d3b 0327 7f7f 454b 1d25 172b 6319 070b 5d65 450d 395f 0719 3f07
LL_SRM 6:29216 0d41 5345 3f4f 3f37 7f69 2d47 6f7d 1705 013f 0b2d 0f1f 1f6d 391f 3b25 6d2b 271f
LL_SRM 6:29232 1f2f 3523 772f 6709 077f 0f5b 7d6b 3b55 7f3f 5f2d 4f2f 1d13 4b57 0d69 2f4d 2d0d
LL_SRM 6:29248 0b35 3f07 251d 1f07 4103 451f 152b 2739 0907 0d61 2145 0f49 493f 4337 6125 6d4d
LL_SRM 6:29264 412b 6f6f 6565 5d01 0f53 7555 271b 0d4d 3b65 4569 0501 1d23 113b 111d 4527 0119
LL_SRM 6:29280 1f45 7d0d 0105 1959 1f69 6f0d 7b07 7949 055f 6d4f 375f 090f 5107 274b 576f 2123
LL_SRM 6:29296 434b 1d13 032f 1d0f 4b3d 3f29 4f5f 5337 370d 0d19 4f3f 1707 7d5f 635f 3b67 6129
LL_SRM 6:29312 1d21 7b3f 6119 6379 3121 636b 4111 3575 7963 2333 5361 6161 4b71 7563 0b65 3f57
LL_SRM 6:29328 6167 3179 1175 3f75 0931 6159 117d 373b 7361 5739 6919 3521 1109 355d 7911 457b
LL_SRM 6:29344 7575 3517 7d65 7b73 4b17 7345 715b 3b1d 2127 6939 5377 610b 7d6d 6911 776f 793f
LL_SRM 6:29360 7739 4711 775d 6f15 793d 692b 5b6b 2d31 1b53 0925 677f 6561 497f 0923 5b4d 3b71
LL_SRM 6:29376 5345 7d57 1911 5d71 4f49 7553 3d61 3741 5131 6173 1d41 5735 0565 6b23 0577 5d31
LL_SRM 6:29392 5915 2575 2941 1b7b 3b09 5b59 331b 1f33 133f 0119 6305 3d63 617d 577f 334d 7575
LL_SRM 6:29408 6533 1117 1503 7501 137f 1551 253f 1951 7d41 7569 3d6b 7129 2973 1375 3771 4f0f
LL_SRM 6:29424 657f 0535 3777 4531 6b0f 7921 7b7f 2d41 3d57 734b 3577 7b09 5175 7103 751d 7d53
LL_SRM 6:29440 536b 1f4f 1311 075b 414f 677f 4d05 454b 3b19 2337 0923 135f 0b09 3b51 3123 254b
LL_SRM 6:29456 0523 4169 2f07 297f 0d4f 7117 2101 5759 2919 397f 0143 4b35 253d 0d33 5715 4579
LL_SRM 6:29472 7b33 5f11 4b7f 7d19 6f6d 3123 1b7b 5b15 3f5f 4767 3f6f 3f7b 676d 4b49 0f4b 6d21
LL_SRM 6:29488 797f 0f1b 2d0f 5337 591b 690d 5d0d 6f25 2d5d 0f21 0f67 7f1d 514b 1f5d 3b4f 415f
LL_SRM 6:29504 7b11 7d4b 4147 1957 0f21 0d1d 290d 6335 2935 0375 0949 030f 0b05 6521 6b07 7939
LL_SRM 6:29520 0107 5b75 7153 072f 2d11 3b77 0159 474d 2d33 2969 0947 432b 5f7f 0b3d 2907 252d
LL_SRM 6:29536 576d 3953 5f7d 0b53 2357 5363 0d45 232d 6b7b 012d 7557 5739 7b1b 2d33 771b 1b45
LL_SRM 6:29552 6f0f 5f0d 1f2d 1b5f 1b0f 331f 435f 2353 172d 3151 756b 7f4f 7b1f 4b5f 572f 0731
LL_SRM 6:29568 6b65 4365 0105 0375 0971 2351 5d03 4d75 7d71 2939 7163 2113 6b6f 050d 1973 6951
LL_SRM 6:29584 3921 4143 1771 637b 452b 2f35 154d 433d 2f65 3f67 1977 296d 7b31 5b69 6969 5371
LL_SRM 6:29600 7377 3b77 3f51 5935 7159 4b2b 4571 1f79 3159 3317 3503 0b61 5d65 570d 3b71 2555
LL_SRM 6:29616 3355 7927 3929 4575 6b6f 274b 3375 7b47 536b 4505 3b59 6525 3d55 4149 6169 6f29
LL_SRM 6:29632 1941 4761 5b0b 6361 0731 0153 2559 4133 6175 7137 4161 7d3b 472d 057b 2141 2325
LL_SRM 6:29648 5b29 0373 6705 2b79 1d23 7567 6563 431d 351b 1963 695b 534b 7101 1579 2939 497d
LL_SRM 6:29664 3759 1b3d 1571 450f 197b 5d63 7b55 3161 3977 2315 654f 7b1f 2b61 1d09 3129 4135
LL_SRM 6:29680 6f7b 3f41 5573 6375 3369 1b51 795f 0373 354b 3341 3751 7363 4b7d 2977 737d 791f
LL_SRM 6:29696 0159 0b1d 3743 4367 2569 6b3d 2369 1d23 016f 190b 095b 490f 2b13 076f 110b 0915
LL_SRM 6:29712 1715 173d 011d 6f1b 290f 332f 3d41 093f 090d 334d 0d43 0163 2949 015f 430b 2929
LL_SRM 6:29728 536d 0923 2f7f 1329 494f 0f23 4f5f 3105 2747 0101 4f43 2129 055f 2b4b 1707 6f5b
LL_SRM 6:29744 557f 6d09 6f77 5f2d 3f5f 4955 7d01 1f07 030d 0135 690d 5b0d 7f3f 4b65 6f4d 0703
LL_SRM 6:29760 0f4b 756b 315f 717f 253f 5305 4761 236f 2b31 4f7f 010d 194f 2937 011f 0709 796d
LL_SRM 6:29776 4529 010f 6703 1d19 0305 610f 6349 2b5f 090d 5d0b 0103 3755 2b01 0d4b 0547 5965
LL_SRM 6:29792 4f2f 5965 577f 5715 234f 0b63 7f57 0d4f 0f5d 350f 276f 1505 6769 495b 0f4f 694f
LL_SRM 6:29808 2f7f 1963 710f 3915 7d33 2d01 6709 6555 1f73 4d7f 7f69 7147 0f67 3f77 2f3f 0d01
LL_SRM 6:29824 6551 5d65 6971 3515 0143 396d 4351 7933 0335 7955 212d 5951 4777 2169 2f05 0159
LL_SRM 6:29840 6f2b 557b 5131 0b75 613d 7179 1d75 6771 3d47 597d 2d4d 0153 5111 7165 2521 7777
LL_SRM 6:29856 6b7b 0b67 6763 433b 5f7f 3361 1555 0b51 2531 7731 7d1b 7f13 4f71 5351 6f55 3975
LL_SRM 6:29872 252f 3b45 735d 2113 617d 1b35 7967 593d 737b 3901 7121 4d79 597d 2539 7d69 0549
LL_SRM 6:29888 7765 5135 2713 2369 4903 5579 2331 4361 453f 355b 7131 0173 7925 5b55 7d3f 1945
LL_SRM 6:29904 453d 5565 6d71 4935 3771 5379 7961 7923 450d 4b35 677b 1503 057d 792b 0955 5b7f
LL_SRM 6:29920 6967 1111 577d 4b73 2167 2953 7927 211b 6f03 1341 0d25 4b41 5d5b 6d03 6f3d 0b39
LL_SRM 6:29936 5b65 5301 7579 6539 777f 6959 617f 6161 2d7d 6f35 0551 4f51 1b67 4571 2131 4f21
LL_SRM 6:29952 4f2f 094b 0d4d 0f1b 5113 273f 2f0d 3737 052d 2d21 0d05 131b 2f2b 0907 5f05 0f03
LL_SRM 6:29968 0b2b 097d 0f25 277b 6b03 0f09 090b 0505 6b01 0d6b 6951 7b27 4329 3d17 0b01 4935
LL_SRM 6:29984 757f 4d45 077f 4f1f 7d0d 4f23 4745 0b6f 1f07 7d65 5911 6537 4d6f 0f23 2f13 0d2d
LL_SRM 6:30000 795b 5f27 2f45 072d 4f4f 4375 170f 070f 4f47 7f6d 6f3b 3329 592f 3733 7b3f 4765
LL_SRM 6:30016 2723 1f47 3929 490f 5503 2d67 0f49 1177 4305 593d 0f45 417d 0b11 250b 030d 7b77
LL_SRM 6:30032 6d0b 2d2f 0179 4f01 5145 3b17 154d 2165 0701 7b09 090d 2f2d 314b 4927 6703 056b
LL_SRM 6:30048 3d7b 4711 5d7f 7b05 4d1f 6f4b 2f07 4527 7945 3b0b 6729 4f4d 031f 274b 097b 4f01
LL_SRM 6:30064 2d57 5b05 5b7f 3577 311f 6571 6f57 250b 2b19 5d67 0b4f 3737 095f 0d13 433f 4d1d
LL_SRM 6:30080 5301 334d 1375 4373 5965 0375 315f 7773 1161 6169 633d 5153 250d 3b63 0511 7553
LL_SRM 6:30096 1141 2339 3331 4f7f 6d41 6737 6345 257d 7755 3165 4113 336b 394b 1333 1d29 5f7d
LL_SRM 6:30112 5349 3371 5f75 6919 3539 7971 3335 3549 5f69 6725 1779 553b 017b 711f 1f13 5111
LL_SRM 6:30128 3f27 436b 7b7d 6155 2f7b 795d 7b79 6d65 2323 2351 3171 7305 3777 6177 6773 5f71
LL_SRM 6:30144 5121 1d67 5331 2163 0171 3939 0103 3171 794b 617b 4179 217b 3919 311b 6d11 7743
LL_SRM 6:30160 1b33 516b 1115 0b5b 5b11 6d7f 5129 6b37 5963 137d 5361 3b6f 1d11 1b39 6131 0b7b
LL_SRM 6:30176 1b71 7369 250b 2707 1d7f 3b77 7175 1563 2d13 4563 5b73 3575 4d23 5155 791f 1b19
LL_SRM 6:30192 0f6d 2975 2575 6d37 4d5f 5b3b 5975 391b 7f71 7721 5f7f 6527 7f09 796f 7b71 6929
LL_SRM 6:30208 3d4f 1553 0711 0549 051f 1b7d 2d03 252b 0d05 2b6b 3b45 472f 0b29 696f 0d2b 374d
LL_SRM 6:30224 3703 072b 2501 2d47 0903 4b3f 4107 112f 351d 1f1d 0509 452f 496b 617f 2745 0b05
LL_SRM 6:30240 3f2f 2b13 5977 7b09 6d2d 7f39 3975 1757 375f 2f17 5f0f 2d5f 6753 5d2d 675b 1d4d
LL_SRM 6:30256 6d47 1f15 574f 0f2f 175b 070b 6d69 7d0d 5f13 572d 7d5b 0b33 7f69 7f3d 2b23 2f45
LL_SRM 6:30272 3921 3323 0109 6d29 490d 5571 132d 4b4f 0109 5535 0d09 0d4b 210b 294d 6707 1d03
LL_SRM 6:30288 0501 076d 3303 2907 0965 053b 4b0d 2513 6903 6f6f 0309 1b53 4933 0b05 130f 390d
LL_SRM 6:30304 2f05 091f 2d5d 0d01 055b 795f 7f1b 372b 1b6f 4d2b 7d1f 230d 595f 7321 6f57 7345
LL_SRM 6:30320 774f 5b4f 5f55 3d45 6f7f 2d0f 556f 6d2f 2f4f 670f 570f 4731 450f 4f27 275f 536f
LL_SRM 6:30336 0b63 4b3b 6101 493d 112b 7331 5711 3b5d 2945 5b71 0921 053d 0d35 2741 1137 791d
LL_SRM 6:30352 412d 657b 190d 2f7f 1961 0131 152b 516b 0d25 714f 5961 097f 1d49 5375 3321 6339
LL_SRM 6:30368 5561 7561 7773 6167 5361 2751 3159 3139 5977 5371 395d 7305 537f 3f69 297b 6711
LL_SRM 6:30384 311d 4927 7d79 6f71 194d 2f09 6531 2909 737d 296d 657b 1305 3b73 7961 3b2f 1759
LL_SRM 6:30400 6121 1f2b 6175 4d79 6553 6d3f 2351 5d3b 3961 6175 4117 211d 0d73 3929 0129 4735
LL_SRM 6:30416 3f41 237b 1371 2d5b 5141 4173 2741 796f 0b51 394d 6f79 6179 5361 217b 3b51 4b29
LL_SRM 6:30432 512b 3135 2b59 4b5f 716d 0b31 3d75 492b 7571 4567 7d3f 2b31 7323 4d61 7579 6759
LL_SRM 6:30448 7d15 2741 3f49 5b7f 7b4f 1311 6d39 3751 3b0f 5b61 0f5b 3d61 5f77 274b 591b 6713
LL_SRM 6:30464 012f 297f 6d09 170b 2b19 036f 350d 1f49 4b5f 4717 154d 2723 2f01 310d 0945 3749
LL_SRM 6:30480 7107 6931 111b 1729 2b23 3167 1111 0759 2563 3d11 012f 2d1f 233f 1f03 0b01 351f
LL_SRM 6:30496 337f 3f41 750f 4b49 613f 4103 7d4f 3909 6d4f 3d43 0f3f 5f63 6b29 1333 5f49 3967
LL_SRM 6:30512 7b0d 0f05 1b57 2d03 1f27 6b5b 4359 3f79 7f4d 5b3d 557f 1d11 7f67 6d0d 5737 130b
LL_SRM 6:30528 6105 2f41 2b2d 5b69 0727 5b0b 4307 0117 2b2d 730f 0113 0d59 2f1b 450b 4137 2563
LL_SRM 6:30544 0509 6f79 3903 051f 0545 555f 410b 0919 3733 550b 5d0d 4f4b 3149 675f 0565 0f55
LL_SRM 6:30560 7f57 6f69 2b6f 7d2b 2d47 1b45 330d 5d47 1d65 297d 7d17 7f65 6f0f 3b43 5f61 3b41
LL_SRM 6:30576 1f7f 152d 1f77 052d 7f1f 2b37 6d2b 6b2b 5d1d 6711 4739 5f05 3b2f 3f4f 7777 031f
LL_SRM 6:30592 5d79 416d 5b09 6163 4571 2929 2139 0105 3171 233b 4171 5b57 2575 3d25 6319 1f33
LL_SRM 6:30608 6141 4f41 0773 6d57 5323 3f3d 5151 2735 0163 3967 1165 256f 1943 5973 1901 0753
LL_SRM 6:30624 757d 2b07 1739 7f2b 5f1b 637b 554f 691b 2179 6373 5d1f 470d 5f1d 7711 577b 536d
LL_SRM 6:30640 0171 6945 376d 5d25 7173 2321 7975 3301 3d17 537b 7f75 2751 697b 054d 7f65 6155
LL_SRM 6:30656 5113 4b77 6133 7147 1351 2117 2d51 477d 5b45 7f45 5305 5347 5d69 5b2f 7909 7163
LL_SRM 6:30672 3143 717b 5105 6119 7343 697b 4951 7171 6363 1731 2d01 3507 457b 357f 5159 4f71
LL_SRM 6:30688 7f7b 5161 3b75 4111 3f51 2979 2913 2533 3961 3f61 7531 3901 7779 6137 5937 4165
LL_SRM 6:30704 5779 4b71 557b 6b57 3b25 7b71 1b7f 7f21 7f11 6d59 3d41 3979 7d59 0b73 0b79 3731
LL_SRM 6:30720 1145 4127 4131 0339 2315 0f3b 2103 6707 4709 0329 6749 410d 4f4b 1507 2f59 0f1f
LL_SRM 6:30736 2319 014f 071d 0b25 5749 0d3f 1d11 710f 010f 0d6d 7531 217f 1d1b 6b2b 5103 1b17
LL_SRM 6:30752 371f 3b2b 5d3d 7f27 7f7d 2f41 7f5b 0f15 3f47 4737 0f7f 3f27 6d6f 1d19 291f 2d03
LL_SRM 6:30768 6f5d 1b01 0b0f 3305 4f6f 1709 7f3b 114d 5721 2771 5f63 4f4f 6d2b 6f69 5b07 0973
LL_SRM 6:30784 534b 6b2b 0965 6537 4107 0f7f 1109 5f41 071b 4f4b 0b4b 0d3d 5d15 5d6b 4343 4123
LL_SRM 6:30800 0743 0b7b 4313 0709 0303 7d4f 1967 7135 4347 072f 6705 135d 5305 0915 3b1d 217d
LL_SRM 6:30816 1b0f 090d 4f57 253d 1f2f 5509 697f 0b17 7d39 7f0d 1747 4d4d 477f 2b13 1f5d 6549
LL_SRM 6:30832 135f 274b 751b 5f09 3d4f 0f5b 7f61 4105 3d4d 7d1b 1f39 2361 4f59 471d 032f 5907
LL_SRM 6:30848 0335 4d59 211f 3157 3571 0163 4159 037f 4f79 2d7d 7361 377d 710d 3b39 7167 333f
LL_SRM 6:30864 5d33 616d 1913 1f7f 652d 6965 1577 593b 4159 077d 7371 177b 2143 2d55 4151 313b
LL_SRM 6:30880 7f35 6179 317b 5109 5d31 1373 7933 0d01 731b 3b15 5f3d 6973 5313 3d41 5b79 7165
LL_SRM 6:30896 7561 437d 4319 7541 3955 1131 3519 6503 6969 2b13 5b55 3375 4773 550b 237b 6339
LL_SRM 6:30912 1161 4751 6563 453f 056b 5161 1105 4d1f 6d35 2137 0569 614d 511d 3143 6729 4f15
LL_SRM 6:30928 1561 2d53 6b71 1569 2341 6749 3565 4b65 2155 057f 3561 417f 5f51 551d 1353 7173
LL_SRM 6:30944 5325 6b05 0b71 353d 336b 1513 3d75 3b4d 497b 3377 7357 073d 1139 1d31 5941 556b
LL_SRM 6:30960 6565 6f71 3b7f 6111 5171 495f 6f73 6f63 1753 2341 5f5b 313f 6177 0561 3961 2955
LL_SRM 6:30976 1907 6d6b 1929 415b 4143 3b07 2b0d 0d7f 0b45 0f19 0d07 012f 0b41 014f 1d0b 4775
LL_SRM 6:30992 2b21 2b1d 1d05 670d 4933 0907 4503 052f 7f03 474f 0901 2f4f 0d41 0703 0901 5147
LL_SRM 6:31008 2d0b 4d4c 7b37 0b6b 0f1b 7f23 2d6b 5547 0b3f 294d 451f 4f1f 4f1f 4b6b 1f4f 4707
LL_SRM 6:31024 6737 0f39 6f09 355d 775f 6f4d 7f7f 2d09 2f3f 4f13 551d 7739 7f0b 1f11 0f7b 1d0f
LL_SRM 6:31040 0309 1b2d 1b13 137f 2905 0527 2713 6137 0b17 195f 4109 673b 034b 492d 0121 072f
LL_SRM 6:31056 410d 572b 010f 5f07 3761 0945 0b4f 497f 2f41 4f39 2905 1159 0127 1d09 235d 030d
LL_SRM 6:31072 6539 0f27 5d0f 1f05 7f3b 6525 490b 4b07 7b3b 391f 7b53 3f1d 272b 3b47 3b7f 1303
LL_SRM 6:31088 3f2f 2f07 452f 1d07 7d73 051f 2f6f 3f1b 7d3b 7f5b 472f 2d4d 6b4f 4b43 5f5f 0307
LL_SRM 6:31104 0111 5151 5561 4113 0931 3575 0969 1155 4935 1939 3721 6333 0d25 1b69 5361 4771
LL_SRM 6:31120 4b37 3111 5161 6d09 2571 513d 310d 2d49 4351 674f 6973 4961 4705 3163 1149 0d65
LL_SRM 6:31136 5f3f 7941 417f 1f27 3d27 3929 597d 7d57 757f 6d01 7757 7151 5b77 514f 7973 4129
LL_SRM 6:31152 0f41 6913 6535 4709 7d3d 1533 3b45 6f61 7d79 3d2f 6f77 7b6d 3371 7515 3739 4b17
LL_SRM 6:31168 5309 750b 0b43 6959 1943 717b 1305 573d 1509 1371 3965 1141 2925 6f5f 3b71 5179
LL_SRM 6:31184 4965 3957 1b63 3117 2511 6541 6933 0747 3965 5571 5559 6141 0521 4b23 2119 6349
LL_SRM 6:31200 1b37 7b51 715f 5103 7737 5b55 517f 2151 3533 6319 3945 6155 615f 7d4d 5137 2535
LL_SRM 6:31216 7f35 6733 795f 1761 1577 4737 3b6f 3319 557b 794b 5b6b 676b 6b51 777f 6973 3709
LL_SRM 6:31232 1b29 1941 0f57 5d1f 1b4b 5f13 410b 6d7f 4541 5b35 2d0f 0f65 110b 5169 0103 513d
LL_SRM 6:31248 2d0d 5779 2b0d 4d51 6307 5d77 0113 295f 2509 3105 0d1b 3b3f 0151 2f3d 132b 4347
LL_SRM 6:31264 276d 0573 336b 0f27 0b0f 4f37 2d25 0155 671d 3b2b 0b37 3b05 7b5f 2f05 4d4d 6d25
LL_SRM 6:31280 1553 1d4f 3d3d 171d 0d5d 2f1b 7b3f 4d0f 730f 6307 0f5f 3179 577f 630d 5b51 034f
LL_SRM 6:31296 593f 131f 0d09 0d67 2149 5741 0541 032f 1947 070f 110b 2f41 152b 4d7d 3725 2b77
LL_SRM 6:31312 292d 4b3d 2553 0d47 636f 731d 0121 6911 0307 292b 0547 7b5f 010b 0d47 0b27 6b45
LL_SRM 6:31328 1f27 7f47 6b1f 2d61 0b3f 2547 0f7f 3151 2569 2b07 3d51 3749 2f0f 394d 0d37 4d1f
LL_SRM 6:31344 3d57 591b 7d73 7f71 1f2d 4f4b 6b2b 0b4d 2757 4f2f 396f 4f1d 6d17 0701 0503 332f
LL_SRM 6:31360 4b65 1b53 0179 137d 0b61 1315 1531 7773 0171 7f37 7351 7755 7323 0329 6367 7d2d
LL_SRM 6:31376 2731 5139 1147 0f69 515b 6125 0139 5f27 733d 6523 1b25 7115 0745 7173 0529 3f11
LL_SRM 6:31392 5b73 5f51 7363 0331 3f59 257d 595d 7733 1f7d 336f 7709 3d41 577f 7153 3b3b 5b15
LL_SRM 6:31408 7f7f 4369 7f79 3575 7f57 4355 3931 7521 5d5b 6f4d 657d 4f13 0779 2b11 4d73 757d
LL_SRM 6:31424 6111 7773 4171 792f 0111 0f11 4551 6941 2b71 4567 7957 1557 7123 0f5d 4103 7773
LL_SRM 6:31440 214d 7b67 0171 5375 3175 3b71 175b 716d 7315 7121 1123 7d5f 2341 510b 7121 4501
LL_SRM 6:31456 7105 1369 193b 5753 3773 4379 777f 4127 2d77 2751 6d57 0b0d 4d69 794b 3f73 5559
LL_SRM 6:31472 7979 7913 3379 7b79 5b61 7f33 7975 2b21 5771 5145 7d13 1561 6b77 2763 277d 532f
LL_SRM 6:31488 3d43 4329 5b11 5505 5f39 2305 0537 2f4f 2933 0517 7f4d 110f 5505 2719 2d09 096b
LL_SRM 6:31504 310f 5945 0109 450f 0565 497f 2147 0f4b 1747 470b 0b0b 0f5f 250b 212f 4551 131b
LL_SRM 6:31520 1967 7d0b 732d 6f4d 5b6b 6935 675d 0739 2f5b 6d11 7d0b 516f 517b 6121 071b 352b
LL_SRM 6:31536 5d5b 3f6d 712f 3f41 1b73 0d77 4d2f 2f19 571d 7753 6d6d 154f 353f 6157 772d 0901
LL_SRM 6:31552 451d 2945 036f 253d 090b 354b 1109 0535 5b1d 1f0f 6b25 0d4d 2551 2903 474b 117f
LL_SRM 6:31568 4b0b 2b39 6d09 075b 3f41 636f 6163 2101 6923 031f 6101 6f25 4d53 2117 4f43 494f
LL_SRM 6:31584 4f6b 793d 5337 6f5f 352d 073f 0f4f 0f2f 0f65 5f1b 7f4f 1b09 676d 4f73 5d7f 491b
LL_SRM 6:31600 2779 2f4f 5f3f 6f15 0355 2d67 6b2d 6701 533d 6d03 4d1f 0143 3777 2b3d 6d07 6d2f
LL_SRM 6:31616 7569 0753 2111 6135 7173 337b 294d 3159 7b45 715b 2923 7369 4521 115d 0901 5973
LL_SRM 6:31632 2b47 135d 3965 1539 5d11 395d 4d5b 1343 0f21 5373 1755 5957 2145 5133 5d51 0575
LL_SRM 6:31648 5953 2311 755b 494b 4329 7b41 5f79 2f1d 517f 4575 1f73 097b 697b 3d23 7b13 7133
LL_SRM 6:31664 795f 7345 756d 7717 753d 6f61 7f5d 7313 1f3b 7571 4919 117b 2177 6f05 7113 2701
LL_SRM 6:31680 6567 2b1f 4731 7f43 312b 556f 1d21 7d79 7921 7d71 0141 6d75 1b1b 7b75 6169 6769
LL_SRM 6:31696 3523 0d15 7551 0d6b 4511 755b 1141 313b 6d25 035d 6d51 4105 2351 2939 6b15 6167
LL_SRM 6:31712 717f 5f35 2f53 3161 4d7f 5159 2b5b 256d 5355 3525 3d61 714b 5931 7131 4323 616d
LL_SRM 6:31728 516b 0b01 5f6b 6909 6979 4d49 717f 2371 3f49 7b37 1d79 5f73 4f73 235b 3173 2711
LL_SRM 6:31744 491d 2f47 350f 2d01 490d 6b47 3151 610f 0f0f 355d 030b 450f 3745 195b 050d 5f61
LL_SRM 6:31760 0941 276b 2f0b 5517 4759 6745 0b05 2b1f 072b 076f 372b 191b 0927 0d0d 7705 0519
LL_SRM 6:31776 6f2f 171b 692f 757f 7727 3f4d 7f7f 4945 1303 7903 6b2f 050d 6b43 534d 1f4f 2b07
LL_SRM 6:31792 0f3b 2f21 7d37 6d3d 4d5b 1967 477d 6f2b 5f3f 0d2d 533f 2333 6f4f 0b0d 377b 4f65
LL_SRM 6:31808 0573 437f 030b 0f79 012b 1739 2909 570d 0947 2143 2903 2b7f 5111 4f47 7701 2f3d
LL_SRM 6:31824 2301 6d1f 0f07 152f 050f 273d 5501 4b4f 4f15 4f6b 4b35 1b49 7503 1b29 4329 0f5b
LL_SRM 6:31840 7f2f 3331 7f6d 177d 5d5d 6d1f 2f3f 7f29 574d 2d29 6d79 3d03 2f7d 3f0f 677b 2d41
LL_SRM 6:31856 7317 2f17 1b3f 6f65 6b77 7b11 1b6f 5b33 0f63 0d3b 2f4f 5f35 2755 7337 634f 3349
LL_SRM 6:31872 094d 4575 2d29 6115 231d 536d 6b01 2d75 4945 7d73 1353 2125 0d31 6175 7961 6355
LL_SRM 6:31888 0b65 0179 0d65 7567 0921 157b 3171 2d39 7343 6b39 291b 1747 4b51 5b3b 591b 415f
LL_SRM 6:31904 5b1b 4757 637d 3507 7941 4159 1775 3b11 5f6d 6d1b 1b61 3d27 496b 6567 6737 5951
LL_SRM 6:31920 776d 1f79 3955 6143 7d63 134d 7773 5325 6d79 190f 3179 3971 375b 7f61 4b0d 7b15
LL_SRM 6:31936 0b61 6735 0913 3d33 2131 4777 2131 773d 6351 4167 7b65 6f7f 0179 2959 3163 0f1f
LL_SRM 6:31952 6155 636d 4d4b 7f77 1123 114b 3b5d 6777 5151 5137 2f3d 5371 5337 7d5d 0d59 0161
LL_SRM 6:31968 555d 3119 5d53 771b 3951 7f79 777b 3f59 635f 1505 6f7b 7359 4d39 714f 7b71 7763
LL_SRM 6:31984 2179 0367 7d79 5d45 7d6b 5973 616d 7175 7b79 536b 3371 5921 5d67 1145 7b7b 0775
LL_SRM 6:32000 4503 2f07 0b13 3903 0d5b 4517 4329 2315 5707 3f67 0133 3327 216d 032f 2933 2f19
LL_SRM 6:32016 0d0d 3f1b 152d 4557 290b 0d1b 5105 3161 2b0f 332f 0d03 7b65 1b5f 6f69 3701 4d5b
LL_SRM 6:32032 0767 2f5b 474f 0f09 0f23 170d 0f3f 3f55 6561 3309 5315 2909 4b5f 0f4d 6f3f 773d
LL_SRM 6:32048 414b 7143 2b2f 7501 5f3d 0d07 2f7f 6b63 5b3f 0505 7f3f 6d29 0769 5d6d 3b5f 5d37
LL_SRM 6:32064 4941 7d0f 310b 1d77 2503 432d 0907 0109 0b47 1f37 0747 411d 110d 0347 2b29 2123
LL_SRM 6:32080 0741 2b19 2319 4f21 1961 035f 4b51 7b1b 0335 6757 054f 2f45 0527 550f 0d35 2b37
LL_SRM 6:32096 0d5b 1f2b 7b77 5f57 1f7f 1f4f 4d1f 6f0b 775b 5b1b 2b67 0909 6f05 5b03 473f 232d
LL_SRM 6:32112 2f57 0f4b 3d17 2b43 515b 7f0d 5b1b 6977 5b57 0d05 0f5b 6d33 695f 1f55 257f 6b6f
LL_SRM 6:32128 5f49 0b1d 5d45 7175 3f5f 3133 4943 735b 4577 5b3b 3d07 1173 6d6f 5179 0323 497d
LL_SRM 6:32144 231b 1d77 6775 6933 4767 3573 1f63 477f 292b 4307 5b15 355b 276d 1305 110d 7543
LL_SRM 6:32160 3f57 051d 5153 5921 7b67 4365 4b29 1733 7f29 7923 4575 4311 675f 712f 7755 7d51
LL_SRM 6:32176 631f 7303 774d 0909 2b7d 3523 7335 7f3f 4b79 0d3b 537b 192b 3d71 7305 4515 7525
LL_SRM 6:32192 4763 1371 3119 5d43 4101 4d73 716b 1535 7731 5d51 6159 3d77 0333 097f 7901 592d
LL_SRM 6:32208 1163 7959 6171 1b55 4329 3571 4579 095d 7319 073d 1971 7371 3b1d 2123 2165 470f
LL_SRM 6:32224 6167 2f09 4977 2343 6577 5d03 4f55 7d63 7179 414d 5d71 2d61 1163 3501 3b19 6349
LL_SRM 6:32240 0d71 1d13 793d 714f 774f 3d49 2979 630d 573b 7701 3959 2f41 7d73 4911 1575 1567
LL_SRM 6:32256 4d1f 0725 1103 3d11 0b05 0b0d 0941 671d 5301 355f 2b05 1f53 3b3b 473f 3147 1f2f
LL_SRM 6:32272 5155 5713 071b 4975 1d2f 134f 6961 4349 0f1d 7b69 0727 4d11 0109 6733 0309 751f
LL_SRM 6:32288 3f3f 2301 277f 7b4b 3b19 2d0f 4d6f 191d 2551 5f09 1b3f 1b25 0d09 331d 5f29 3f15
LL_SRM 6:32304 4f5f 2141 5d4d 3f7f 6f6f 7f4f 593f 6d29 3d2f 6f4b 7f5f 6b09 253f 3f4f 6b5f 0317
LL_SRM 6:32320 2f4b 3f6f 4747 016d 0d07 3121 0309 216f 390b 0d05 0131 0b59 4f0d 0b55 0513 496b
LL_SRM 6:32336 0745 397b 4931 7369 2b43 1b6b 6b11 7f41 2f21 1f09 2f0b 5147 0519 0723 491d 310f
LL_SRM 6:32352 6f7f 3925 7b7b 4f47 511f 0d01 7915 214b 4f7f 773f 6f0b 1d2f 4b1f 2b49 471b 0d45
LL_SRM 6:32368 3f0f 4d51 7b7f 4b0f 773f 0f21 372f 2559 6b5f 0d57 6f2f 750f 296f 7955 0f4f 6319
LL_SRM 6:32384 215b 775f 1f31 755d 0169 337d 0929 0365 4161 4933 3751 7137 3345 1923 6521 6371
LL_SRM 6:32400 1571 3119 2137 796b 5d27 2f61 3173 2361 2111 5d71 5135 617d 3353 733f 194b 2f7f
LL_SRM 6:32416 4f75 3b07 3f7b 2111 5d29 2b27 7b2b 1529 735f 7f31 7535 775f 3f7d 3f1b 7f0f 3f11
LL_SRM 6:32432 676f 0701 5363 2b51 5d55 7733 7d71 6575 1775 6d03 5537 1b55 6f1d 3179 6f77 4d53
LL_SRM 6:32448 2933 4b25 1371 0b7b 5955 5373 3751 0b19 1709 717f 1b61 753b 017d 7d69 1505 633f
LL_SRM 6:32464 0543 5939 2149 2179 3339 177d 4171 0171 7119 7b41 0103 7333 0559 252d 1d7d 3153
LL_SRM 6:32480 5d15 2765 5d5f 6d29 6d31 556d 1f43 394b 7379 4521 5b7f 695b 4171 5941 3d7f 7b23
LL_SRM 6:32496 7533 7763 3b79 3b51 4b17 1765 5177 6361 757f 5979 7f73 5b73 4f73 2d51 352f 7b1d
LL_SRM 6:32512 0527 571d 4901 2507 0f05 2f79 232d 2319 2135 5d0f 413b 3d3f 215d 2d3f 130f 492d
LL_SRM 6:32528 2f03 5d55 0729 553d 450f 5d27 0d1d 1b7f 4b0d 1d09 1565 0925 4d43 0345 0d09 1937
LL_SRM 6:32544 7747 7f0d 7d4f 3347 6f7f 1575 3d3d 1d49 3d5f 1b55 777d 0327 4f2d 6b09 2d79 3745
LL_SRM 6:32560 0d7b 0f23 4913 6d03 292d 5f03 7f09 0365 3d01 111d 3929 5f29 1f27 1b21 0f1d 0151
LL_SRM 6:32576 3133 2f7f 4111 6907 7d07 274b 2303 490f 0309 4d4b 0335 096f 130b 4317 1b0d 4d4d
LL_SRM 6:32592 072b 0b33 5927 211f 490b 0d2d 6917 4771 014d 1f77 7329 4f47 032b 170f 1305 510f
LL_SRM 6:32608 4777 0f05 0f7f 5f17 372d 2f35 510b 0f7b 2759 4757 5d2f 5b77 177f 5f39 372f 175d
LL_SRM 6:32624 654d 3907 5b1f 2f0b 757f 430f 0f0f 2b4d 3d03 1b2f 7b7f 4f1d 7725 690f 5f35 5f55
LL_SRM 6:32640 0551 432b 5351 7b15 471b 755d 1969 6915 4333 7567 5961 356d 0159 73e3 4b11 3963
LL_SRM 6:32656 4339 6f7b 2507 6975 1311 791f 2111 652b 7d27 212d 0569 0b47 7355 5771 0d11 0d6d
LL_SRM 6:32672 677b 2577 7575 5969 6d5b 6d71 4751 5379 391f 7b31 7b5d 417f 4937 3531 6f5d 3f4d
LL_SRM 6:32688 277d 3f79 6b41 2d61 373b 7521 295f 5b43 596d 7341 7f55 2121 3571 6179 6d75 6579
LL_SRM 6:32704 550b 4373 435f 0d0f 4b59 5575 1107 6179 5531 7171 0d17 7731 3311 5b13 2301 7955
LL_SRM 6:32720 4543 0d5f 3901 174b 5345 6b79 2541 3f53 2521 516b 0331 2975 7919 692f 370b 1f63
LL_SRM 6:32736 577d 7911 7927 3b37 6d53 5771 6d11 4945 793b 134d 1b79 3b35 5d25 711b 5979 3167
LL_SRM 6:32752 7d67 612d 7f77 5d57 5f65 3125 4779 5b25 793b 6331 4937 6545 593b 5b45 7177 2175
LL_SRM 6:32768 7149 3955 4941 753d 0151 5143 4121 112b 2553 4f71 7151 0933 030b 6531 4535 4771
LL_SRM 6:32784 5b3d 6549 5129 3d43 0f29 3551 6145 4541 5f31 7519 5701 7363 2169 654f 6963 5b77
LL_SRM 6:32800 3153 5165 5753 6b33 0f73 0771 2d37 4327 7b7b 356d 6d7f 377f 7f5b 7d5f 7369 5163
LL_SRM 6:32816 7957 0175 5f73 6b29 0d79 6133 7753 1d4d 6b77 5b13 3771 3117 6f31 7569 3b3d 0d43
LL_SRM 6:32832 2921 2771 5121 617d 2725 5149 1301 4773 1135 6579 1111 2d33 3973 7121 4111 416f
LL_SRM 6:32848 5131 055b 3161 7711 1335 457b 0313 1319 0145 3329 1501 636f 3123 5761 5113 0767
LL_SRM 6:32864 6d1b 2711 397f 017d 3d05 6b11 3917 0f73 7f63 1935 7317 535b 3b65 4d0f 6f5b 6f69
LL_SRM 6:32880 7757 7d49 7d11 2d2b 777b 6721 5377 7703 7b5d 5915 6b75 7357 6f41 397d 4f0f 4131
LL_SRM 6:32896 4b49 4b1f 450b 390f 6335 3b3f 3f03 572d 0101 1557 0941 4b43 0155 4f0f 6d63 431f
LL_SRM 6:32912 0505 477f 211f 3f31 7f63 2567 0f23 590d 231f 271d 490d 190f 2523 0f25 6b01 252b
LL_SRM 6:32928 615b 6749 3d5f 2d0d 3b27 3d01 6d45 4503 1f6b 7b1d 3d2d 2b45 112f 7f55 7d0f 5325
LL_SRM 6:32944 355f 3b57 1f4f 1f05 474d 3b09 635f 0313 1d21 537f 7f4d 7709 775f 2f0b 2745 2d0f
LL_SRM 6:32960 0b03 2b03 4b19 5d4d 5555 4b0f 5323 4f03 4111 0b13 1f0b 7f31 0b0b 254f 2709 134b
LL_SRM 6:32976 6907 074f 051f 572d 0157 076b 074f 4f03 3705 171d 0d65 4137 152b 4b25 0107 2b4b
LL_SRM 6:32992 4703 1f05 5377 7d2d 5f2f 333b 571b 7b59 5f7f 0d47 3f49 2f75 254f 7751 7b4b 1523
LL_SRM 6:33008 172d 2715 1d5d 0f09 534f 6f77 0107 3923 6f0b 3f1d 076b 254d 6f53 390d 616b 713b
LL_SRM 6:33024 077b 613d 511f 1d55 4171 637f 5329 3d69 3151 675f 055b 435b 7569 395d 757b 4357
LL_SRM 6:33040 1573 1373 7125 0129 0d39 1951 4179 6b2d 4115 6973 390b 4975 0143 4547 1919 475d
LL_SRM 6:33056 6f57 7d39 6363 3121 7d2d 473b 5d37 794b 2f05 7f41 1b59 5f1b 3105 3167 1b7d 4309
LL_SRM 6:33072 7d7f 6127 074b 6979 5975 6373 117f 6d59 357f 2503 3763 4d49 7d55 4341 7329 6d4f
LL_SRM 6:33088 4501 1975 595d 2169 556d 410d 7751 4179 3527 6f67 0151 794b 2163 353b 5973 1907
LL_SRM 6:33104 115d 156d 6111 594b 4b69 713d 2103 657f 0321 5d49 457d 3161 4b1f 2127 2141 2f6b
LL_SRM 6:33120 2567 3161 7f3b 7f79 6b51 554b 7f3d 5f19 3d31 2d79 3769 072d 7973 0551 7103 6f25
LL_SRM 6:33136 6d79 3751 2775 0139 4937 7f41 6f7b 0b23 7d5b 1d2f 5533 6173 7751 6d4b 156b 6719
LL_SRM 6:33152 7b17 4b27 1d0b 7b1d 073d 5d53 0901 1943 0101 7f6f 031b 2f6f 2503 616b 2323 051f
LL_SRM 6:33168 3961 5b4b 090f 1f0b 1d4b 2557 134d 231f 1d1b 5f13 4541 711f 4105 3107 4927 7f69
LL_SRM 6:33184 1b0d 473f 352b 0f69 6b1f 5953 1f51 5931 1f7f 3f7d 4f4f 4d1b 272f 6343 7f5b 1345
LL_SRM 6:33200 5f43 3f4b 532d 2d2b 472f 1b4d 2d53 1d1d 690f 3f09 7d23 4729 4d59 0f03 0d0f 2d47
LL_SRM 6:33216 0f69 277b 1367 4f6f 2323 1f4f 4b1f 1b5f 4b17 010d 2b15 5131 0b4b 5d0f 6133 4969
LL_SRM 6:33232 0f09 1d3b 792d 6b61 6955 0b4f 034f 2347 190d 2d67 0703 054d 2727 0567 1763 4f07
LL_SRM 6:33248 477b 3f75 3b5f 6f6b 471f 1f29 097f 7b4d 336f 3317 2b17 377f 773f 3f63 0b7f 3d29
LL_SRM 6:33264 5759 1f05 0f4b 2f09 652d 6307 254b 0b59 753f 4f0f 5b35 3521 5f67 770d 093d 6b01
LL_SRM 6:33280 6361 2139 5129 7929 1d7d 2f39 2339 097f 1b03 2931 3529 2937 414d 252b 4365 6b7d
LL_SRM 6:33296 2d31 6573 156b 4b3b 7151 636f 6931 7111 1171 5723 1171 6f47 7121 7907 6d73 612f
LL_SRM 6:33312 114d 5523 7505 6515 2b59 7551 797d 1d25 7f61 7b69 697f 6767 7771 5549 277b 134d
LL_SRM 6:33328 3761 1301 7d3f 7d7b 5d53 3b71 5577 552b 3b73 7141 7763 6155 7b57 7771 636f 4569
LL_SRM 6:33344 4575 6521 4121 2575 4573 317d 1343 296b 3921 3d7d 790b 037d 7151 693f 1143 6f13
LL_SRM 6:33360 4921 155d 3513 352d 0f13 7139 0935 1101 6165 755f 6b11 533b 0f11 6315 6941 5129
LL_SRM 6:33376 7b7b 0361 417b 5b37 5767 2b6b 6b71 6f79 772f 5f31 7d7d 2521 3f1d 2151 2765 3531
LL_SRM 6:33392 735b 3531 3173 536b 7b53 7b3b 655b 6b25 6d67 2905 2713 113d 6b7d 2135 7777 590f
LL_SRM 6:33408 0921 4b2b 0d0f 037b 0d2f 1f6f 270f 0501 2347 553f 656d 651f 0105 595d 2503 050b
LL_SRM 6:33424 3d65 170b 1b21 274f 490d 4503 0507 5d6b 5705 3f5d 4323 357f 591f 0d1f 796d 7f3f
LL_SRM 6:33440 0b35 4f2f 672f 1b03 5f4b 0941 5d3b 6f29 671f 5f1f 072d 1f03 775f 474d 0f4b 270d
LL_SRM 6:33456 5b0d 6117 4d6f 7d11 5f5b 6305 0f43 1345 5777 2b29 3b5d 610b 612b 4f65 554f 1951
LL_SRM 6:33472 0f17 1b0f 0d7f 1d01 1527 150f 2d0b 3567 294b 3f1f 0f11 0d4f 6923 5f67 4711 2d6f
LL_SRM 6:33488 1309 055f 2b0f 3f23 0177 3b5f 5721 6d0d 131b 4d05 1715 0b63 4761 0b2d 1b45 4353
LL_SRM 6:33504 5f31 1d2f 4d65 031b 6f67 4767 0f33 0f11 6779 7b6b 572f 0705 2f7d 670b 7d5f 0d5b
LL_SRM 6:33520 4d4b 6d4d 4b7f 7901 6f77 3b2d 730f 5b25 4b59 095d 7f7b 070d 1d07 7547 755b 0339
LL_SRM 6:33536 6d11 3b55 1557 5569 6d41 532b 1967 611d 2551 4127 7971 0527 1551 7179 5115 4b77
LL_SRM 6:33552 1501 3579 1d39 7559 4361 3d7b 5965 5b3b 6149 6167 7125 316b 5171 2b17 0101 0d6d
LL_SRM 6:33568 5f73 6759 2f7b 4971 3777 6b03 1917 1d35 7f73 770d 5921 1539 3f1d 3101 6b17 7131
LL_SRM 6:33584 6341 7d61 7373 695b 1f75 1923 7f77 6355 3543 5763 6571 795b 7b77 2f69 3757 615d
LL_SRM 6:33600 3769 6961 3111 2957 6b71 511d 1351 6305 2155 4363 0141 4361 1b09 7d3b 2971 0973
LL_SRM 6:33616 4b21 3319 7d29 1107 3755 210d 7961 7351 4121 1301 3151 414d 2751 6d23 4127 0547
LL_SRM 6:33632 3b7d 2921 7d4f 0b71 7779 3939 7d77 2d73 4973 4f41 0d37 3701 6d7d 4549 5f73 5b01
LL_SRM 6:33648 1f67 6d35 5d75 7b17 075f 1305 6131 7739 2767 5f11 2f59 6761 571b 1d69 5173 6b07
LL_SRM 6:33664 4d15 110d 0f41 1d33 652d 5509 2161 510f 310b 2329 2533 5d6f 0d1f 476d 5d0b 4b65
LL_SRM 6:33680 2951 090f 1123 0b2f 0b01 03eb 5927 036d 2503 0d0f 650f 3d01 470f 077d 4941 551d
LL_SRM 6:33696 372b 1d09 5d29 1129 454f 476d 532f 0711 5707 030b 1f07 1529 3b6f 2709 7d1f 1f33
LL_SRM 6:33712 6537 212b 1d15 1903 274f 3d1b 172d 1b03 496f 3503 1d05 430b 5723 0d33 5f25 652b
LL_SRM 6:33728 3301 437d 1901 3343 6101 5b0f 3757 1f5b 453d 1d01 234b 2b17 6f21 1b3f 2b01 0113
LL_SRM 6:33744 6b21 4d79 0137 034f 2123 2149 6543 472b 0d49 3d0b 030b 0969 433b 373d 1107 394d
LL_SRM 6:33760 172d 6f21 4507 3313 6f25 2f59 7745 1b45 5f5d 5b0b 074d 6f6b 3d2f 4d0f 3f2f 6905
LL_SRM 6:33776 3f63 0545 6d0f 1303 3b0f 2f4b 1b6f 335d 0773 490b 1757 1b15 3f6d 1f47 4759 0d23
LL_SRM 6:33792 0939 1f35 0141 7b1d 6351 117f 193d 597f 1d69 2125 5309 2343 4533 0779 6351 3337
LL_SRM 6:33808 515b 7169 1721 477f 5913 7107 2749 257f 5561 2979 3919 7975 1311 254f 055d 7159
LL_SRM 6:33824 7563 2b31 5325 3361 6d7f 7527 3d33 0171 5151 3369 7b6d 5527 7365 3377 7b61 313d
LL_SRM 6:33840 7b35 3161 6d6d 571d 737d 1773 355f 5121 7f7d 4351 595d 0b65 5b17 770d 797f 7769
LL_SRM 6:33856 5315 1363 431b 3171 5157 7b2d 4909 194f 012d 5937 0101 4331 5529 1177 1311 3557
LL_SRM 6:33872 0543 3b59 1149 0969 1101 592d 3b6f 2925 6511 5b3d 2533 397f 6f17 5975 6b41 235f
LL_SRM 6:33888 5d67 7f71 7b7d 176d 5755 552f 7775 6d51 3b77 7f21 5557 1b5f 3b57 4731 6d63 4163
LL_SRM 6:33904 776d 6d61 7939 6519 7309 791d 7f33 7d65 493b 5525 7b4f 1513 497b 5365 276b 6171
LL_SRM 6:33920 631b 0169 6b0b 4b5f 0905 690f 4507 010d 0303 7f27 5d2d 592d 4f15 310d 0f17 0b0d
LL_SRM 6:33936 0303 094d 2d1d 4f0b 2d6b 090f 490d 156f 297f 6d4d 0333 4d03 2b11 0d31 0f2f 0f57
LL_SRM 6:33952 475f 077d 692d 6733 3743 374b 190b 0f01 777f 4f2f 2f6f 1d0b 7f13 0b4b 4f7d 2703
LL_SRM 6:33968 0d4f 7f6d 355b 7531 493d 4d33 112f 016b 2d0d 2f25 151b 7f0d 1f47 230d 134d 4313
LL_SRM 6:33984 211d 413d 1d0b 1927 0f0d 575b 0d0d 055d 1505 6527 1b09 1b6d 0305 655d 2f03 0f63
LL_SRM 6:34000 5f2d 5f19 2521 155f 2343 0b03 0f0f 0f23 2d45 1319 0303 796f 2165 2d0f 1f43 057f
LL_SRM 6:34016 792b 070b 0131 2f29 116d 035b 6777 5f03 651f 471d 7f6d 650d 4f0f 0d05 373f 4d09
LL_SRM 6:34032 0301 0d0b 391f 4d41 0d7f 2f0b 6f4f 3d03 4923 4d0b 0b1f 1f3d 5d05 2f17 6d37 6f71
LL_SRM 6:34048 2907 034d 2751 1173 2119 453d 3d61 6321 2133 5111 4321 1553 3951 0375 2121 235f
LL_SRM 6:34064 3119 2549 4329 0709 7733 0379 1321 2979 3149 5f6d 3f2d 6b45 7561 635f 4931 255d
LL_SRM 6:34080 055d 3d25 315d 0945 6f6f 6939 317f 690f 736d 4329 7b31 2943 3f6b 1351 3343 2923
LL_SRM 6:34096 3d7f 3b55 2b53 7b23 3d7b 3b21 2b7d 5331 6f37 7b21 6f39 7b5d 2d6f 3345 5f2f 6969
LL_SRM 6:34112 0759 5763 2141 2151 5565 371d 3b79 014d 6115 6969 3939 7d49 5d7f 3f1d 6331 610d
LL_SRM 6:34128 4173 370d 2111 193b 710b 1137 2131 557d 1361 4931 6f47 010b 1955 4d7b 3961 6135
LL_SRM 6:34144 797b 2505 2579 5d65 7d7f 7f31 757f 4335 572f 2961 6d23 3f55 1971 0f29 2b65 650d
LL_SRM 6:34160 6f5f 6145 4375 7901 3f6f 1321 5155 4b4b 637d 7f13 1771 7b69 4b77 2713 6f69 1d2f
LL_SRM 6:34176 0b49 6147 0f43 092d 6739 234f 1145 470d 136d 214f 0b07 751d 2b21 155f 614d 2b69
LL_SRM 6:34192 0505 5509 5949 2d17 2527 392f 110d 236f 1349 5f09 5751 2b29 0737 1f39 4b27 4d0d
LL_SRM 6:34208 373b 1b67 2d6f 5179 2f29 2d09 7d1f 7907 7569 3f09 4f07 4967 0f31 7f21 534b 4717
LL_SRM 6:34224 5577 7d21 6f35 0f4b 072d 1f2b 1d4d 3d2b 272f 0f07 674f 1307 374b 4f05 4d2b 7b57
LL_SRM 6:34240 4f4f 3d49 0b0f 1529 050f 0533 0305 3327 0941 4f0d 0f27 4b77 070d 6b6f 2709 6741
LL_SRM 6:34256 1b59 250b 1103 2321 0907 5d63 0709 5b4f 0b23 631f 0309 155f 0517 4d4d 6d19 0f2f
LL_SRM 6:34272 7f03 010d 3f5f 733f 4307 7f03 491f 5337 3f05 3f01 0f1f 030b 172b 4b65 7779 4b0d
LL_SRM 6:34288 276f 353f 6723 7939 5f47 6d2d 3b2f 6135 2f43 550b 5b67 2913 492f 1b69 453d 0957
LL_SRM 6:34304 652b 056b 0555 2b7b 0521 7955 3327 7579 0557 1f3f 217b 0939 0101 015b 0f33 715b
LL_SRM 6:34320 2b27 2551 3951 4119 0175 0535 2503 3953 6121 7515 234b 6123 414b 772b 0103 1331
LL_SRM 6:34336 412b 5d1d 1b53 3575 7d55 7f69 3f37 7761 0377 6753 292f 6719 2f6b 5373 3d61 6b5d
LL_SRM 6:34352 4d79 4f69 2935 6573 6d5b 7921 2577 3337 7149 7943 7f7f 4371 5f61 3f2d 0f6f 0d05
LL_SRM 6:34368 2111 0b7b 6121 1773 0151 4d41 2161 5b3d 1331 216b 3333 4371 4b59 0769 6559 4707
LL_SRM 6:34384 1301 4533 1521 3d47 6121 4b55 730d 1569 0531 2109 2117 3365 415b 6f5d 2f03 5773
LL_SRM 6:34400 7f4f 2b79 5d71 1501 6b7b 3773 7f7b 7f1b 5973 6565 695f 5f41 3f7b 7301 6b5b 7b43
LL_SRM 6:34416 096d 7b5b 4163 7533 536b 5b03 3129 6539 4b55 594d 3551 370b 6d67 5b45 5739 5d75
LL_SRM 6:34432 5925 0f31 270f 090f 5907 050f 050b 013f 4301 0f2f 6501 513f 2955 131f 4f6b 2d1f
LL_SRM 6:34448 0107 635d 294b 0f1b 091d 5361 3f05 1d4f 1b0d 030b 0d59 0b4f 4507 0527 172d 7b61
LL_SRM 6:34464 013b 5149 4d65 0f01 6947 3d23 3d5f 5b0b 1d75 2b4b 7f7f 230b 310b 0b15 7119 150b
LL_SRM 6:34480 6f2d 752f 5b67 614f 4d3f 4b1f 3f4f 2d1f 675f 470f 5719 0b0f 651f 5f1d 2d0f 317f
LL_SRM 6:34496 6b0b 613f 190d 1b0f 1505 1f45 0537 1b33 230f 1d4b 490b 7b4d 6921 0f2d 3503 4f67
LL_SRM 6:34512 0357 0d5f 2109 255b 072f 557f 4d49 111b 2317 6529 170b 5957 430d 2d2f 054b 0d0d
LL_SRM 6:34528 172f 6d2f 1f5d 654d 176d 1549 176d 5f5f 7f2f 3f2b 6f5b 0127 095b 3d6f 3f3f 2f27
LL_SRM 6:34544 4f7f 6513 7d57 0d4d 5f43 1509 472f 3919 1f61 3f4d 5f5f 2b25 6917 376f 6f6f 7f57
LL_SRM 6:34560 6147 031b 0d2d 4f1b 5151 0d01 3741 634b 4741 5d4b 0b51 5979 2171 297b 7171 3123
LL_SRM 6:34576 6763 0549 0313 3375 2137 6f59 6b33 255d 6115 4f39 4141 6163 6573 2d55 4509 6f61
LL_SRM 6:34592 5357 7b11 516d 3731 417d 516d 5d4b 2b31 6f75 7f35 7351 3b49 2f75 7f61 1b2b 7511
LL_SRM 6:34608 694b 4745 517d 6d61 7f6d 4157 7553 7d01 5d7f 6175 6d33 4375 7335 632f 4f77 7127
LL_SRM 6:34624 6111 4b49 3d03 2145 3139 2d09 1115 6117 4975 6177 2141 0977 5551 432b 517d 4b07
LL_SRM 6:34640 4351 7b4f 2111 2563 3121 451b 1163 2b5d 1551 3127 1103 6123 2d41 2773 492d 4b61
LL_SRM 6:34656 7925 5563 354f 273f 3f71 6155 275b 5351 7f7b 0753 5f75 5b39 7d15 6755 576b 6521
LL_SRM 6:34672 6d71 0147 7b59 1f79 7d77 2d4f 376d 3569 7547 3d11 376d 614f 7373 771f 6919 7b7b
LL_SRM 6:34688 0351 1d77 0d05 6913 0559 4b5f 4b47 5757 3d21 5f27 0b49 3b0f 231d 0f59 1f0d 2337
LL_SRM 6:34704 152b 617f 4f63 2b59 652d 694d 112d 3f0d 4f01 173f 0b0f 0537 3745 037b 4d1f 0f71
LL_SRM 6:34720 6f5f 2f2d 293d 2f2b 7d3b 4703 551f 0b37 771f 5d67 1521 132f 096f 173d 475f 034b
LL_SRM 6:34736 7d3d 333b 356f 2907 6f4f 4f1f 3f29 1b0d 774d 650f 1d67 0329 492b 4f73 2f41 690d
LL_SRM 6:34752 0d0d 0b1f 2b49 130d 2503 1b07 2311 7d73 550d 473f 0f2b 6b03 072f 2b1d 2f49 0f0f
LL_SRM 6:34768 0b0d 257f 2503 2d6f 6147 5907 4909 2f29 2f0b 4b4f 295f 0f79 0903 330f 3909 1f2f
LL_SRM 6:34784 6b09 1f6d 3f7f 7d47 2973 1f55 070f 650d 550f 0f05 2f0f 3b03 0d2f 2b23 3b2f 6f67
LL_SRM 6:34800 5f7b 5f03 6d7f 2f1d 270f 2f09 5f13 0d29 352f 2145 0d47 4f01 3f5f 6f5b 6765 6b2b
LL_SRM 6:34816 657b 4759 0379 4b61 3141 717b 1949 794b 7175 5979 4713 1973 2351 2941 5b55 5d31
LL_SRM 6:34832 1755 1343 2147 317d 1311 711b 5527 5527 7361 472b 5711 6103 3711 312b 151d 1b47
LL_SRM 6:34848 4d19 7939 7b6f 6f69 7d37 7d29 395d 2d69 3f39 3d3f 7b45 3371 790b 770b 4375 4d3d
LL_SRM 6:34864 1d7b 712d 074f 5b3f 3915 3d3f 6b7f 6b21 3b0d 5d33 3373 7379 7163 6d51 7b3d 070d
LL_SRM 6:34880 3129 511f 1331 6d27 7553 4d29 2b59 3761 4115 033b 2543 397d 1503 595b 7501 1b3b
LL_SRM 6:34896 1121 3d31 1925 6951 655b 6b61 0961 3f61 1145 3971 6965 0319 6111 5173 7151 3103
LL_SRM 6:34912 2b55 4123 3f67 6923 7f01 7961 1b59 7115 5371 2f51 757f 2f0b 7537 7f51 7339 5d47
LL_SRM 6:34928 2961 4d21 3519 2537 6365 672d 733b 5d5d 7961 1b21 737f 1149 777b 1963 3959 4f1d
LL_SRM 6:34944 0d17 0b09 1121 1b53 1f17 0d41 233f 095f 052d 570d 0507 1d2d 1547 117f 0515 3b19
LL_SRM 6:34960 0735 332f 1527 0d2b 5f3f 392d 036b 5f3f 116f 3b1f 071f 3d4b 4d01 4f29 610f 0f2b
LL_SRM 6:34976 5b0f 5b07 0f09 2b4b 4d0f 5741 6f19 5917 595f 5935 7f13 5d1f 230f 7b75 3519 5d03
LL_SRM 6:34992 7f17 4b03 6f7d 472b 7f27 2309 1d0d 597b 2769 4b0f 7d09 192b 2d27 7b49 671f 032f
LL_SRM 6:35008 0d13 7d39 0b29 451b 3d09 7157 0109 5b7d 430b 051b 450b 0f77 0b05 090f 0f61 150d
LL_SRM 6:35024 0315 3567 0319 6129 1d0f 413f 4115 030f 3b15 791b 5b0d 154b 4903 5d4f 034d 050d
LL_SRM 6:35040 394b 3d3f 2931 0b45 593f 6f15 0539 3d01 174b 3319 5f4f 510d 5559 4109 1f0f 5d0f
LL_SRM 6:35056 3367 3d3d 4f37 6d0b 0943 6141 7565 0977 6f7d 6147 273f 3941 1b7f 4d09 370f 1d4d
LL_SRM 6:35072 3133 5973 4509 2d7d 0111 1b71 1d01 6171 4147 732f 1177 6339 4321 2523 652d 2f75
LL_SRM 6:35088 4f29 7379 1d51 3951 0361 2913 4f39 1d09 1541 5d4d 2151 0355 6361 2743 2307 5327
LL_SRM 6:35104 250f 6531 6d77 5753 6f63 2b39 7d2b 532d 4567 5565 4337 653b 3d21 691b 7f71 3335
LL_SRM 6:35120 3b7d 5d31 7f1f 5d2b 4175 531b 1d7d 0b29 2519 5915 7729 553f 3761 5b4d 2f75 4f67
LL_SRM 6:35136 4545 2717 7165 295d 5501 7741 110d 4327 4573 6109 4331 0761 270b 1951 3355 4373
LL_SRM 6:35152 6b63 2129 1573 7f5b 3129 6f73 456b 116d 6163 7523 1565 2337 5739 611f 5101 051b
LL_SRM 6:35168 7b37 5f59 5d7d 097d 7507 3b5f 6b75 636b 3b61 3925 7779 777d 1b3d 3f41 3d79 7717
LL_SRM 6:35184 2b1f 0113 7111 3505 377d 7b63 1771 5171 5377 5761 6961 3561 2157 2327 2f77 7161
LL_SRM 6:35200 0f09 335f 212f 4f4f 4503 655b 010d 5347 4137 0947 0b57 272b 0721 096f 3b49 0d47
LL_SRM 6:35216 5327 1f6b 7123 0f37 3f07 432f 1557 1729 0369 4f7b 330f 530d 2b05 0b27 7921 3129
LL_SRM 6:35232 2f19 116f 1f67 7d21 5b5d 293f 734f 3f05 6f0b 0b63 6921 5b13 5f6f 4d29 7b37 7d39
LL_SRM 6:35248 7733 3f33 035f 0b01 736b 6d7b 6f4d 0951 4d77 4913 3f41 1323 373f 0729 4903 710b
LL_SRM 6:35264 0545 2d27 4d03 557f 0f07 490f 2d0f 0b2f 1f4f 0753 770b 1b0b 1d0d 196f 4d19 3335
LL_SRM 6:35280 3321 113f 4301 1f2f 0769 034b 6111 5f2b 1721 4917 0f09 7133 2703 0173 0349 0f0f
LL_SRM 6:35296 0b49 4b6d 7f0f 0f43 2f27 5d41 576d 7f4f 573f 493d 7d7f 5323 0d2d 254f 5f25 034d
LL_SRM 6:35312 6547 1f07 4d3d 2d6b 395f 116f 6f0f 556f 7f6b 2507 1521 3b47 394d 2b13 0d3f 274f
LL_SRM 6:35328 0371 196d 112b 5b73 116b 5173 2943 0177 0121 0b1b 1f45 7f7d 2765 612f 4d21 5511
LL_SRM 6:35344 7b39 3523 6919 0d6b 0945 3101 7759 4f29 0951 077d 2141 2743 5971 1d71 0971 1911
LL_SRM 6:35360 7b55 773b 757f 2929 797b 7571 797f 2735 5d3b 5321 6f2b 7b7d 5b6d 0b59 6967 7b33
LL_SRM 6:35376 3f79 3121 6713 375b 1f27 3d5d 7b67 6341 4373 1d71 234d 6501 5171 4f1b 634f 4549
LL_SRM 6:35392 4145 2161 6951 5537 0901 6d67 1119 673f 5967 6f33 7105 1527 3551 4179 516d 796b
LL_SRM 6:35408 3b55 2167 471f 2533 7141 210b 7703 676b 713b 4159 1151 7977 5d7b 4973 0559 4103
LL_SRM 6:35424 676f 635b 397f 5551 3b4b 5f75 4f13 3123 2f6d 7179 7d55 694b 5931 5557 3f2f 3d49
LL_SRM 6:35440 4f71 4979 1b61 7573 7b5b 7713 7f3f 1f41 7b51 1b73 7f3f 6107 7573 3b21 595d 7d15
LL_SRM 6:35456 4b03 6f5f 1149 156b 3547 352d 153d 1331 0325 0301 6d1b 0f25 0703 6f2d 177f 390f
LL_SRM 6:35472 3779 131d 7d2d 2b27 2d13 6347 776d 074d 3945 074b 6d17 5f2f 0165 0d5f 1b3d 657b
LL_SRM 6:35488 1d3f 4d05 3b3d 3d09 3d5b 4d61 1f57 035d 776b 3f0b 772b 4f0f 2f57 3b07 0f5b 590f
LL_SRM 6:35504 373f 1105 5f05 2b25 5745 134d 6f2f 475b 3d0d 2d2d 0d1f 1f13 3d25 4707 3f4f 4f43
LL_SRM 6:35520 2917 6559 6b0b 476b 1b4f 056b 0d1f 072f 075d 0b47 6d23 496b 455b 0737 2f07 2707
LL_SRM 6:35536 1d09 0f37 0b0d 012f 0563 3347 3b1d 156f 212d 4b0f 0d1f 3327 430d 157b 033d 4955
LL_SRM 6:35552 4d59 072b 0b5f 5f39 3957 2141 371f 2725 5753 3d07 374f 4f21 3b6d 011d 5b4f 1b21
LL_SRM 6:35568 677f 5f17 495f 495b 4767 5929 0f1f 3b6f 0f0f 151d 4b5f 4137 6d5f 2f0f 1f57 2d55
LL_SRM 6:35584 5d21 5377 4531 235b 4d05 097d 0549 554d 593d 6309 7361 1b0f 2321 1941 7755 6161
LL_SRM 6:35600 7971 0d4f 1931 3563 4545 114b 6145 292b 5133 3b59 2d21 412b 5361 2503 6b45 015f
LL_SRM 6:35616 3b7f 7f23 4f45 3973 7311 0d37 4f5f 7909 7f33 7b7d 5537 5951 7147 615b 5949 4325
LL_SRM 6:35632 2f6f 7123 3b33 2505 4173 357d 337f 4169 7d3f 3333 7171 1f17 5b61 7b33 0779 3b37
LL_SRM 6:35648 6971 294d 1331 397b 0923 7515 116f 0557 1701 2567 4531 3903 5531 1b1d 5307 1773
LL_SRM 6:35664 0141 4571 6925 356d 5331 5519 491b 4937 1369 5925 514b 5b7d 2901 4949 0141 6335
LL_SRM 6:35680 3967 6f53 337d 7d25 356f 3771 735f 7b45 374f 7b35 5d61 6949 5f11 7971 7337 4b49
LL_SRM 6:35696 6b33 6f29 5377 7711 7d73 393f 5b59 376b 717b 7375 6579 2109 3b61 072b 7b7d 7935
LL_SRM 6:35712 032f 3549 0f05 433f 775f 6f6d 7d33 2f0f 2d11 3925 1b09 4959 2309 037d 0121 470b
LL_SRM 6:35728 4701 7563 1b47 2b4b 2929 590d 214f 3723 1f1f 5b25 131d 350b 050b 093f 0745 010f
LL_SRM 6:35744 3f4b 6d17 3f2f 1723 4f3f 3b0d 4b67 3f2b 2d3f 7151 2b4f 7b37 077f 4b23 1d1b 0527
LL_SRM 6:35760 7b7f 7d05 091f 7523 7517 4d07 4d6d 4d2f 471b 4d6b 1f3f 1521 7753 1b4f 2d6f 0f43
LL_SRM 6:35776 2d0b 0b17 0503 4f0f 471f 1b0b 1f13 2d03 5305 2b1b 2d05 2d77 4f41 3f27 2127 3151
LL_SRM 6:35792 570b 035d 2705 510b 552d 271f 0f05 557d 0d17 2f0f 4f07 0b49 4d65 675f 1f0b 417b
LL_SRM 6:35808 7b2b 5b2d 615f 6517 214f 0511 6b3f 6f0d 5d0f 7903 2f61 1357 2d4b 4907 634f 0f07
LL_SRM 6:35824 2b7b 6b07 170f 4b1d 6f0b 136b 6f3b 056f 237f 6369 2f4f 7127 3b45 7b6d 5b53 0b4b
LL_SRM 6:35840 096f 7171 3345 6165 3921 7d4b 0135 0149 3b31 3555 2529 4979 5525 5377 4131 014f
LL_SRM 6:35856 3b09 7175 7551 6931 0967 2b2d 4511 095b 7959 1513 7579 731b 5f5d 172d 6311 7111
LL_SRM 6:35872 6739 3939 375f 1515 250d 6755 7959 7f31 6161 4951 1b53 7101 632b 4b59 7557 1955
LL_SRM 6:35888 5f6d 2101 5d73 4b45 292b 5b73 3379 6763 0d7b 392f 6f17 1b61 3577 0961 7f55 2953
LL_SRM 6:35904 752d 1157 7179 455f 1535 3959 5173 5167 3145 7921 0369 353d 195d 032f 210b 7943
LL_SRM 6:35920 0f51 5969 4151 156f 654b 2937 7b41 6927 2761 3935 3153 7519 3113 6557 233b 452f
LL_SRM 6:35936 6d73 7b21 5977 0747 6d45 3d03 6b55 7f1d 5f2b 6779 775f 6d33 5f69 776d 5d75 3103
LL_SRM 6:35952 6775 6511 6f77 5b47 7975 513f 5d3d 2559 737d 1b11 315b 7919 714d 2d59 3d77 794d
LL_SRM 6:35968 0503 216b 0523 7521 0b25 0d57 012b 4f4f 0b47 2f6f 535d 2915 2307 052d 0d1d 5507
LL_SRM 6:35984 5301 2f31 1f47 1739 691f 0735 1d67 7949 4111 1379 0d09 1f3b 4915 5d7f 0127 2f37
LL_SRM 6:36000 6f2f 371d 3f63 4303 2b17 370b 5b3b 652d 5f6f 4f07 6b37 4909 1d2f 5d0f 650f 691f
LL_SRM 6:36016 1719 5941 6b5d 2f05 377f 0951 7f2f 454d 4f1f 2b0b 5f5f 4f31 1f6d 0b2d 2f39 0545
LL_SRM 6:36032 0d4d 1f65 0f19 1b37 6d07 536d 5f49 735f 311f 7f3d 0351 3d07 0b03 7357 091f 116f
LL_SRM 6:36048 0331 2339 010f 094f 0907 6147 4503 6121 2f25 0f75 7f6b 0507 3949 576f 6909 133b
LL_SRM 6:36064 7f4f 7d01 2507 6933 154d 5f01 1f6f 0b47 2979 7f29 0d37 4545 2d77 153d 3d47 1b4d
LL_SRM 6:36080 1b4f 7101 7f33 0d7b 416d 1d59 273f 052d 3f5f 1f15 7f43 1d2d 3f2f 170b 0d6d 2925
LL_SRM 6:36096 3159 3f7d 6509 0537 0905 0945 6375 2d29 0555 0173 5129 2369 3121 795b 0343 573d
LL_SRM 6:36112 0123 6171 7159 1d4d 3143 654b 5d49 4d79 6513 5513 0535 7179 715b 6161 1913 2111
LL_SRM 6:36128 394f 1753 5f73 770b 2d3d 3127 7371 2541 6739 7579 6d0b 5939 7f67 2d07 7367 4335
LL_SRM 6:36144 7b7d 5b79 296b 5b29 6d7d 4145 7773 074b 6d15 5149 7775 774b 7f77 7b55 7d35 0d03
LL_SRM 6:36160 6d59 653d 0111 133d 1f09 1315 4145 6519 2f03 1f6d 3137 2575 1311 1519 7123 5345
LL_SRM 6:36176 3351 331f 0951 0775 4965 5f55 1931 3f35 3d79 016d 3331 4735 3315 2d23 6131 0127
LL_SRM 6:36192 293f 3353 4375 6733 6f29 6741 2175 4f7b 7b59 3b1b 6d6f 735b 332d 0d3b 1f4f 7b1f
LL_SRM 6:36208 7151 7523 1777 3539 6b05 1d15 7b71 3f53 795b 7f49 7d79 096f 7d67 614f 5771 7d43
LL_SRM 6:36224 451d 0373 1d07 0b1b 0b35 6f4f 670b 0525 0b51 210b 2301 4b63 351b 1d0f 6b6b 4b4d
LL_SRM 6:36240 753d 0d6d 2b2f 276f 1f6f 295d 212f 2f5d 3f35 0b19 0f03 2927 7335 0727 2f1f 0f4d
LL_SRM 6:36256 6767 670b 6d33 2309 4f6d 0f57 6f47 473b 7f1f 530f 2f7f 5919 152d 7b45 614f 7707
LL_SRM 6:36272 3b4d 431d 072f 5d39 0f0b 0f0d 0f3f 236f 7f3f 6d0d 0b33 2543 1f2f 4955 3b63 196f
LL_SRM 6:36288 6d13 0b4d 0d0f 0d07 150b 0b4f 5f2b 4f25 0f05 4723 490b 733d 4527 2b1f 456d 113f
LL_SRM 6:36304 610b 0f75 112f 4d6f 4901 630f 3105 7f7b 6f03 1f0b 1d05 1b05 256d 1949 4131 334f
LL_SRM 6:36320 3f5f 5d1b 252b 6717 4b3f 6f7b 555f 1d0f 7d11 052d 6f5f 0751 4d2d 6f6f 6353 1d7d
LL_SRM 6:36336 6d5f 1345 7755 277b 0537 495f 1f0f 651d 2549 1557 654f 2f25 1b67 7b15 754d 592b
LL_SRM 6:36352 716d 471d 4545 5561 1121 011d 1105 6753 1529 697f 0303 4175 7959 6d41 011b 217b
LL_SRM 6:36368 3175 5351 1951 397b 3173 4905 5179 5f73 2371 5161 412b 3939 0515 736d 0931 7f7b
LL_SRM 6:36384 6b63 7d1f 7b6b 7743 6731 5957 1171 7335 5769 212b 7b7b 595d 597d 7f31 6147 7d7b
LL_SRM 6:36400 7f39 4b7f 1b69 5111 6179 0175 717d 7b15 3755 1575 5d79 616b 5f57 7b79 6f7d 5b29
LL_SRM 6:36416 0171 1571 3301 3135 1163 6d7b 1f31 1505 7361 551b 4163 173d 2101 5749 3567 0503
LL_SRM 6:36432 5911 7371 6139 7167 2731 5521 1d79 7543 4501 3b69 4135 7f61 0121 1577 4905 531b
LL_SRM 6:36448 7d27 392b 7f7b 0b15 3537 5b2b 7f75 5b1b 411d 313b 453d 311f 6773 6f01 7777 7f75
LL_SRM 6:36464 1157 4d71 6d77 3565 3b7d 3905 5d5b 3341 7571 6521 633f 332d 6f71 7f0b 7d5f 590b
LL_SRM 6:36480 6d0f 1741 6511 1979 4701 2b7b 150f 7b5b 0521 6b4d 5307 1d5d 0323 070d 2545 0f0d
LL_SRM 6:36496 0101 5d59 4313 036f 270b 4749 112b 312f 4309 3b0b 230d 1b19 010b 0567 234b 1117
LL_SRM 6:36512 251f 0507 5b27 3f0d 692d 0169 2d5d 3501 5d4f 6f3f 3f4d 1353 4f03 7f09 2f1f 4b63
LL_SRM 6:36528 3f6b 396f 2d17 2d43 2f3f 5915 2d23 3b15 0f7b 4909 1357 1f6b 0d57 411b 3f2b 3519
LL_SRM 6:36544 0511 194f 3d19 0b7f 4b09 037d 5d11 5d27 5713 1b4d 4f4f 1f23 7705 0149 5d55 0d4b
LL_SRM 6:36560 2165 672b 0757 7133 1741 0179 210b 6d67 6903 0f1f 2109 4943 0105 5b6f 3d01 6747
LL_SRM 6:36576 7307 5f0d 096b 4707 7b67 1f6d 6f7f 6d61 534b 5555 4f5f 330d 0735 5f17 5f01 510d
LL_SRM 6:36592 6d3f 1b57 6d35 5503 0d6d 4f29 6d0d 710f 6f7f 5b57 3f4d 190d 5343 6d5d 395f 292d
LL_SRM 6:36608 214f 3557 5151 4d15 4963 7b79 6901 3b55 6101 6533 2501 0775 0567 313b 1115 7f65
LL_SRM 6:36624 5b1b 7523 0559 5931 297d 3915 2531 4961 2d33 4173 7939 5335 0961 1175 090f 397b
LL_SRM 6:36640 7b59 1f6d 7361 5365 6177 694f 1b55 716f 2f7b 7f67 377d 7765 376d 7579 2b15 3f45
LL_SRM 6:36656 7b7f 5101 656f 1b2d 7327 0f57 6f49 5305 6123 4f51 7d57 5d0f 7579 7959 1d37 017d
LL_SRM 6:36672 1153 7317 4f33 3375 110b 2975 395b 7d41 3509 1f31 4965 6967 0d25 696b 2365 352d
LL_SRM 6:36688 4161 235b 0137 5175 3923 7567 2931 757b 2143 7d3d 0131 7373 0771 037b 0159 396d
LL_SRM 6:36704 7d55 7341 7f1d 674b 336f 6f3b 3911 5151 7d7b 6759 7541 2359 3157 7115 6337 2753
LL_SRM 6:36720 7131 6d73 3179 6751 796b 295f 6351 633d 0f45 6d57 0d23 5b65 575b 2f63 2323 5513
LL_SRM 6:36736 1f55 0977 2301 256b 2333 6f4b 471d 293d 0919 4f75 1941 0f05 0127 437f 3713 771b
LL_SRM 6:36752 290f 694f 0d2d 3b07 093b 415f 0b0b 4d5f 1545 5f0f 1107 4169 116f 0127 4937 0f4d
LL_SRM 6:36768 4d3d 6901 5d4b 4f03 7b27 6b0f 175f 2f27 7f7f 1563 0f67 2b59 155f 774d 7d27 4507
LL_SRM 6:36784 592b 6907 792f 570b 195b 471f 7133 0f07 5d4b 3f61 797b 553d 7f79 0b07 3f6f 4341
LL_SRM 6:36800 2d23 1f67 5349 3b0f 4719 4b09 272d 674b 636d 072d 2b27 073d 195b 476f 352b 4d07
LL_SRM 6:36816 1525 3d4d 2323 476f 3b11 696f 1d29 4761 0f19 352b 175b 353d 5d1f 7127 3319 432b
LL_SRM 6:36832 6f73 3d09 5d7f 2f1d 4537 4b3f 074f 0f1b 735b 5903 110f 130d 5119 434b 6b3b 4f2b
LL_SRM 6:36848 5f45 0367 6f71 4f7b 3f5f 7f37 536f 451b 6b7f 1f0f 5b73 3703 5573 6557 372b 2d03
LL_SRM 6:36864 071f 4121 0759 7345 751b 2b27 2321 4b6b 171f 5d3f 691f 074f 4919 577d 1121 3d7f
LL_SRM 6:36880 455d 4f1f 495b 5563 4369 4d2f 3109 1f03 151d 1f7b 6d0d 1f7d 0f4d 2125 454d 5105
LL_SRM 6:36896 3f13 6d2b 573f 2f4f 7d2f 6d4b 3d6f 2737 7d59 2f59 7f1d 6f1b 4f5f 6d47 376b 2b49
LL_SRM 6:36912 4f27 0b1f 5d67 1503 4347 5f3f 0f5b 5b15 435f 4355 297f 050d 7f2d 2b2d 6f7d 5d03
LL_SRM 6:36928 150d 3747 1d49 473f 691f 456d 0f1f 5b2f 2b09 4315 030d 1337 4907 051f 054d 5f41
LL_SRM 6:36944 5943 1f2f 1723 6b17 5b1d 7739 3137 071f 1d0d 0f63 0909 0d05 0d07 115f 2569 1137
LL_SRM 6:36960 4f35 4513 7f4b 0733 0f5f 2b5b 694d 4b05 4d1d 1d1f 0f1d 1f45 436f 0319 2775 4d07
LL_SRM 6:36976 7f4f 476b 3b71 1f6f 0b1f 6105 7d3f 5f6f 356f 5b03 6d7f 4309 5f03 6d4d 3b35 7b15
LL_SRM 6:36992 0361 0547 5f51 032b 4b4b 6967 1525 5733 0379 5949 0303 5d27 591f 5105 3321 616b
LL_SRM 6:37008 1331 6f73 6117 7779 5531 0967 4921 296d 4333 3d01 4b11 0361 4b11 0f71 2b65 033f
LL_SRM 6:37024 2117 3749 3d3f 1f21 6115 2f01 5533 5f31 750d 6309 133f 7713 292b 5d4f 7747 0113
LL_SRM 6:37040 7775 4d35 796f 6151 7f69 3b21 3b5d 2b55 3975 7939 7d71 5d3d 7173 1541 3d7d 7f01
LL_SRM 6:37056 1151 6567 7f3d 0979 2961 037d 1501 714f 6771 357b 097b 3d63 6b73 6361 4171 1359
LL_SRM 6:37072 135b 2539 0975 5375 0531 0b6b 1d45 0b0b 4561 3361 6163 3b5b 6513 0761 2161 6177
LL_SRM 6:37088 4769 6711 5179 2703 795f 614b 3771 4769 3957 5715 776d 471b 257b 4d35 5373 7959
LL_SRM 6:37104 5375 3129 4567 1f61 3759 7119 2d09 6331 7321 5d15 7365 455d 6f7d 7941 6b5f 6d31
LL_SRM 6:37120 0117 0977 4507 715f 731f 2161 0747 0b4d 6747 174d 2d0d 077d 656b 4953 4d43 0125
LL_SRM 6:37136 1b3d 2f4f 3115 4555 4343 173b 4f55 0f2d 230d 2f5b 694f 633d 0547 494f 0b2d 0f5f
LL_SRM 6:37152 3917 4f6b 3d29 4719 5f4b 2723 2f0f 7f41 5d2d 1f23 7f3f 3b29 070d 416b 252f 6101
LL_SRM 6:37168 5f47 470f 0f5f 2f57 2f5f 572f 431b 0b63 3b6f 7971 717f 3b6b 173f 4f1f 134d 6b1d
LL_SRM 6:37184 191d 4b7b 1b01 390b 1121 4545 0b01 6931 2f11 590f 375f 6d57 2b17 2d7f 350b 4f0b
LL_SRM 6:37200 4329 2705 5143 193d 152b 5379 232d 055d 1d45 090d 0143 2b3f 2123 5f2f 5d5b 051f
LL_SRM 6:37216 0f3f 590b 3f59 3515 637f 6b21 7725 1571 053d 7b5b 1737 216b 7f27 2f3d 5f5f 0b6d
LL_SRM 6:37232 3f7f 013f 5b75 5339 6d11 6723 0727 4f1f 6765 415d 2723 6f0b 3f4f 7f2b 6d49 7947
LL_SRM 6:37248 052d 237b 4923 0955 4331 630b 7979 6b45 5143 3f53 430b 2155 7501 1175 7963 6b11
LL_SRM 6:37264 6361 5d5d 3965 3161 5139 1f5f 5121 6901 511d 0b71 1d63 5721 3351 116f 3125 4179
LL_SRM 6:37280 672b 2f7b 6969 0129 5733 2b0f 3327 4945 2b31 6169 6f65 7d55 1765 6551 6973 7753
LL_SRM 6:37296 5969 4535 457b 6133 4f73 431b 4f6d 5933 6763 6535 0121 4161 6567 1b61 0971 6b13
LL_SRM 6:37312 2351 0517 6501 237d 0523 217d 3911 194b 530b 137d 5169 1173 2769 694b 4109 3571
LL_SRM 6:37328 593b 4b29 0313 6175 6341 2953 5903 5b67 4165 435f 2749 597f 1973 1511 6559 3779
LL_SRM 6:37344 5d75 7d63 293d 6b21 7355 5d3d 1f73 4f7b 5151 635b 677d 5961 6f79 5955 1975 4b27
LL_SRM 6:37360 7d4f 254d 777b 7559 6d3d 7361 6355 7139 0375 6f7b 5d51 6161 6b27 3557 117d 6545
LL_SRM 6:37376 0d01 4769 4343 6749 254b 3d49 1331 7947 4955 231b 0329 4725 0903 1f49 4b01 0f7f
LL_SRM 6:37392 634b 0941 6909 470f 4b17 2b23 5d05 114d 0307 2f25 6f0f 650d 7109 3323 052b 1f7f
LL_SRM 6:37408 171d 6757 735f 054b 1f2b 274f 7b7f 4f43 2f65 1947 370d 2317 6f57 4709 0f6b 2903
LL_SRM 6:37424 1b1f 7b03 1f0f 0f4d 1d09 2333 6b1d 7335 5f3f 2f39 5d7f 6d1d 1555 2f49 755f 2d05
LL_SRM 6:37440 2105 2f0f 3531 0545 0325 2d43 0925 2f4f 6927 0565 4f03 034d 1d09 0d55 010b 2709
LL_SRM 6:37456 0717 056f 132f 3b75 0107 7b67 0d09 137f 0143 6329 0d07 0715 0f09 0527 0707 790f
LL_SRM 6:37472 2b3b 0b15 1913 0b2b 6f27 5d05 1729 792f 1b1f 736b 2f03 6967 3f07 296b 7f5d 6f25
LL_SRM 6:37488 7f55 1f0b 097d 2f0f 6d2f 7f0f 7f5f 4b0f 756f 2725 6103 7f71 193d 6f43 775f 7d0d
LL_SRM 6:37504 0f21 7373 1911 5b51 6121 1d49 0901 5521 5301 3b71 1143 5155 236d 1977 6103 7b41
LL_SRM 6:37520 2103 397b 6735 4771 2b11 557d 1d37 7909 1b77 4f73 1771 6d11 2521 753d 3139 5977
LL_SRM 6:37536 4773 736d 7573 3b61 6769 1161 7f3f 057d 3d5d 3d4d 777b 1771 533b 2f6d 5961 7521
LL_SRM 6:37552 6113 6f37 372f 1927 6941 2533 4b23 1f01 7b7f 5535 7d73 2d13 750f 3541 1d35 5d2b
LL_SRM 6:37568 2921 6d11 2357 6b31 2951 5f0d 2357 5157 3125 2369 537b 0559 1173 5107 0571 574f
LL_SRM 6:37584 6545 5509 5d43 6501 390d 472f 4121 397b 4537 7d5d 4361 6173 495f 1953 4b31 2951
LL_SRM 6:37600 6573 3761 6763 5b11 7905 7d55 7371 1723 7717 2f45 3367 713d 2d39 1301 711b 7571
LL_SRM 6:37616 7d59 0b6f 7957 1b39 4519 5d65 7747 3961 7121 394f 7939 7503 3b7b 7905 715b 216b
LL_SRM 6:37632 5b75 4737 0903 4903 5109 0d0f 0507 315f 0509 074b 4d41 1747 430b 6b4d 070b 2b3b
LL_SRM 6:37648 0d07 216d 0d45 0727 0f0d 2d7d 6975 151b 0f21 390d 0569 4101 7519 472d 591b 3d5b
LL_SRM 6:37664 6b5b 1d5b 351f 074d 5d55 6d0d 593d 471b 6d0d 1d2b 7155 6929 1f0f 373d 7b0d 3375
LL_SRM 6:37680 0d7d 2f1b 794d 1d65 6b29 4f65 7b01 472f 1f0b 6f03 0557 0105 471f 6f2f 3f7b 3d27
LL_SRM 6:37696 230d 4f0d 5f5b 554b 6117 5b2f 0d49 0f57 4f01 5d4b 6f4d 0121 2709 212b 350d 090f
LL_SRM 6:37712 1155 1b2d 190f 037f 2543 1d33 7103 191f 414b 4525 674f 3943 0303 2b5b 777f 217f
LL_SRM 6:37728 757f 5d2f 151d 2d61 732f 6903 0f5f 0f2d 0767 6f0b 097f 0b29 6f5f 6d71 5d6b 6f3f
LL_SRM 6:37744 750d 0f2f 093f 374d 1f07 3b1b 154f 3975 690d 0717 4f79 2d1d 7f3d 091f 097f 5b4d
LL_SRM 6:37760 0141 0767 1523 3741 2331 7359 6127 1929 3339 7705 097b 5f47 7171 3577 2537 177f
LL_SRM 6:37776 7903 1975 3551 4d35 6109 5155 5561 4b4b 3539 2149 031d 5509 7303 5141 3951 191b
LL_SRM 6:37792 3361 7509 5b51 5545 536d 5151 0d61 2515 7145 2905 795b 6f55 377d 4375 673d 2f51
LL_SRM 6:37808 5975 632b 7963 3573 7f7f 5343 7d27 3311 3137 673d 1b61 4f57 395d 3977 517f 733f
LL_SRM 6:37824 0961 4d79 0b13 0119 3f43 0b6d 7351 3f37 4531 1763 6145 2177 6175 1379 2105 477f
LL_SRM 6:37840 4169 2369 4d75 3179 3141 5947 5155 417b 494f 4537 216f 5d59 1d15 136b 1525 4b0b
LL_SRM 6:37856 7175 0727 5b43 3961 6d6f 4b41 1f5d 3341 7b79 5363 7529 3f5b 2b7f 536d 3361 3d71
LL_SRM 6:37872 7b75 3b63 710d 7f71 2f73 4515 7955 7b1d 5131 3749 2d75 3503 1f2d 6b19 1763 776d
LL_SRM 6:37888 370b 0545 1d49 534f 0725 0b2b 0743 095d 0b0d 452f 011d 2d37 3b0f 551f 3d01 174f
LL_SRM 6:37904 090d 0d4d 2951 132f 1b0b 131b 4953 1b13 5713 0b3f 192f 4b07 1d15 375d 291b 1f15
LL_SRM 6:37920 7d0d 6713 2f7f 6f57 3347 4b1d 777f 6761 3f79 790b 6f05 7529 616b 6f0f 1d25 3b33
LL_SRM 6:37936 5f15 1d49 356d 193b 1d0b 0f2f 3f7d 1749 7f2f 7319 4b1f 3347 475f 6f09 7f2b 5915
LL_SRM 6:37952 0709 777f 6b19 1557 515b 5b17 030d 2345 033b 5d7f 4d05 5b3f 0f07 057d 090f 5377
LL_SRM 6:37968 2933 434f 4907 253f 6145 577b 5f1d 0f47 0f15 3b67 250f 0145 6713 2f6d 0563 0d27
LL_SRM 6:37984 5f6d 5921 3f6f 0b29 2747 556f 4b37 0b1b 0b2f 1f2f 5d5f 6b67 3b03 5d6d 5d5f 6f47
LL_SRM 6:38000 4f5f 5775 596b 670b 537b 1b23 570f 010f 176f 5d27 077b 6d6b 3f4b 5f21 6f49 0313
LL_SRM 6:38016 155d 4955 7f65 4759 3101 2943 4571 757b 3521 693d 7969 713f 3961 7121 6161 5339
LL_SRM 6:38032 4f15 334d 4141 3d67 7341 2d63 056b 4b21 3d1b 7d79 2375 2d73 0923 5327 2b65 6753
LL_SRM 6:38048 012f 3f63 0d3d 7109 633b 7179 5161 7173 3137 6f63 5d79 6d2b 4f31 3165 4963 7d27
LL_SRM 6:38064 5d4f 2361 794d 3931 4f73 6d11 3d79 6f69 2563 7161 5517 0501 7f3d 7759 3d75 417d
LL_SRM 6:38080 7725 3d5b 0b71 2f5d 532b 1779 2107 4519 1563 5f21 117d 1b7b 7319 7f51 1d51 6933
LL_SRM 6:38096 4161 5b43 4541 7139 2733 4379 2361 092b 7943 3519 3d25 5f5b 7971 2d63 1139 5553
LL_SRM 6:38112 555d 6171 6b7b 5f01 4571 6d39 7353 3521 377b 6105 1b7d 6521 3371 6969 737b 5b01
LL_SRM 6:38128 7b51 556b 3957 4971 2f73 2b6f 6331 7121 6b3f 6f21 337f 731d 7b59 2b71 397f 3139
LL_SRM 6:38144 2d0b 6f4d 5f1b 651b 1303 2f2b 4501 0f5f 0301 0363 2709 4d1f 3b45 0d71 5503 4b4d
LL_SRM 6:38160 6f45 7363 0513 470b 0b57 0345 3335 3b69 4b2b 6f7f 0f3b 0511 2111 4f3b 0d01 1d61
LL_SRM 6:38176 4d75 3b03 373b 036f 3f2b 1f7d 596d 2f39 1755 0d47 1f47 5d61 1d0f 375b 555d 7d45
LL_SRM 6:38192 3d7f 372b 4b2f 0369 3f7d 0523 7f6f 7f1d 1f3f 2b69 0f47 0b47 5f57 7f4b 693f 1f4d
LL_SRM 6:38208 094f 034f 554b 010d 0b2f 070b 1325 0b6f 2153 190d 2909 250d 7b07 5b0b 2907 5b6f
LL_SRM 6:38224 0315 0313 6309 5b03 5701 3727 2307 210b 570b 2f21 012d 5f07 4533 0d13 4921 1129
LL_SRM 6:38240 6b7d 0d2d 734b 3f23 7d7f 1d13 7b7d 0f3b 6d27 5f3b 6d79 2345 631d 070f 5f65 7d5d
LL_SRM 6:38256 676d 7f17 416b 2f0f 7d5d 790f 111f 1f0d 7f3d 1709 734f 0d29 7f1d 4775 276f 4965
LL_SRM 6:38272 3561 5959 3101 1b41 1503 1551 256f 710b 597d 636d 7d51 5d79 4f3d 317d 4365 7377
LL_SRM 6:38288 4f35 2975 2165 7961 7d59 5303 7905 5b07 1b6d 5147 0b73 2d15 3351 292f 5521 4535
LL_SRM 6:38304 235b 3f29 5b49 5f71 3b3b 4965 4373 5121 7f7d 0b75 717d 4737 757d 1f5b 4347 7569
LL_SRM 6:38320 4b7f 795b 6f0f 7105 1775 0163 1f71 7d3f 3b7b 7727 3559 2161 075d 112b 7b35 7701
LL_SRM 6:38336 2131 4b43 0141 1567 710b 7755 4361 210f 0731 2d7b 5561 0951 4b41 335b 794d 3169
LL_SRM 6:38352 7941 7105 6771 756b 1d11 7523 2973 2979 7179 0575 4545 6d3b 3175 617d 3125 6d79
LL_SRM 6:38368 3d77 2b27 7579 7773 7977 5361 572f 2d71 5519 2735 7b59 3343 756b 5d21 2359 7b63
LL_SRM 6:38384 5d6f 4551 4939 7161 5f05 1f53 3d6b 4d71 717b 2d41 7137 1357 7329 5149 0f7d 5f31
LL_SRM 6:38400 0b01 0169 0d37 4d2d 0d03 090d 011b 4f27 6149 0f55 274f 6319 0d09 095d 2307 092f
LL_SRM 6:38416 430f 4515 0d0b 3333 0b11 051f 4163 3d47 292b 0d6d 2145 337f 0117 4307 151f 4f39
LL_SRM 6:38432 3d37 4b09 5b2b 6d45 0f0f 136f 6f1f 6d75 6535 334f 6f27 7b55 4147 1513 6f2f 2b0d
LL_SRM 6:38448 5f1f 2d0f 0b5f 1b39 6f0f 2b0b 5747 7f11 5d2f 0553 2f4f 370d 1303 4747 4b07 7713
LL_SRM 6:38464 0b09 610f 710f 2d2f 190d 2711 0d01 752f 0361 6f7f 110f 077b 090b 651f 0d4d 677b
LL_SRM 6:38480 4f2d 4d2b 451f 4939 0761 475d 2549 172d 2b05 115f 633d 3945 4d25 4b2d 0563 1337
LL_SRM 6:38496 3f6b 1d07 2d73 7d19 6d6f 0369 5d6d 1b53 4f7b 3f1f 7f4f 5d47 1d7b 254b 0953 4511
LL_SRM 6:38512 7d55 2b39 192f 210f 4967 6d0d 2f55 1f1b 6b1f 6d3f 710f 6d05 0d43 090f 2f1d 1d6d
LL_SRM 6:38528 6141 1b5b 7149 4b25 696d 1d39 0123 5773 2517 6371 0d0f 755d 6979 236d 034b 3f39
LL_SRM 6:38544 2301 6771 6f09 5337 0b11 197d 1953 455b 437d 017b 2f71 5d57 7b0d 777b 3107 1755
LL_SRM 6:38560 7b61 3965 7d61 3f55 5719 7159 793d 7339 493b 5b43 7d1b 2f0d 335f 0f41 774f 3109
LL_SRM 6:38576 1355 6b5d 7f75 1765 7f69 2733 3d7b 1561 6325 4551 6761 1d75 671f 2121 4321 7769
LL_SRM 6:38592 5501 397b 7d19 3337 6535 594d 0731 6b7d 1b51 5573 3131 5d6d 3123 677f 213b 7b75
LL_SRM 6:38608 6565 3961 4945 617b 4553 6373 5b33 013f 1151 3d49 7751 6d67 0309 333d 5921 0b39
LL_SRM 6:38624 7f77 4155 3f23 6d5b 2d73 7b37 3311 6341 6d51 773d 1177 4f15 6f3d 6911 5d51 5351
LL_SRM 6:38640 4359 6d61 3f79 2505 3b57 7539 5705 631d 177b 7f79 4531 5979 7d71 7149 2113 5339
LL_SRM 6:38656 7f1f 4f39 1709 030f 1757 254f 2b23 4f3d 2107 1379 0301 552f 6305 077f 2117 616b
LL_SRM 6:38672 430f 493d 212f 5739 6f4f 0b2f 0103 4321 294d 0321 1505 7f49 5f0f 473f 6355 4343
LL_SRM 6:38688 5f1f 4b39 630b 5303 551f 2f3b 376d 510d 4f65 274f 313d 6719 353f 3b65 236b 494f
LL_SRM 6:38704 696b 2d0b 470d 5f65 1d43 6b6b 6b2f 0b6b 3f5f 3b3f 3b1b 4f25 695f 0b31 6733 073b
LL_SRM 6:38720 2b45 470b 3507 7375 5541 074d 3b19 0d43 2147 2961 1f0f 0915 7b3b 435d 452b 3b0d
LL_SRM 6:38736 3b05 1d15 2d03 470f 4531 035b 410b 190f 5325 3749 190f 7f11 5747 1939 2151 2f57
LL_SRM 6:38752 4f6d 450b 631f 3d5d 737d 7f21 1d3f 0b2b 6f5d 1525 5f2d 3f07 6f0d 4f5f 171b 1145
LL_SRM 6:38768 2b5d 4d19 5923 7f55 3d6f 6b6f 074f 2d2d 7f19 0f53 7773 036b 515f 211b 2733 615f
LL_SRM 6:38784 7333 2105 1121 516d 4121 2759 1349 5b3f 3141 0d7b 431d 217f 1931 0131 6373 7933
LL_SRM 6:38800 6141 753b 1719 5927 2f49 695b 2931 1143 2931 317b 2301 495f 5d31 7f2b 4501 3b73
LL_SRM 6:38816 717b 7d3b 2f71 252b 3d2b 637b 6b63 4b33 2373 7d55 7577 2375 5777 7935 3d3f 7361
LL_SRM 6:38832 4155 3b51 5f7d 7533 7939 690d 4315 5b01 3105 5f51 5359 3f11 0b79 5f01 735d 7f23
LL_SRM 6:38848 1717 232d 3571 5b59 2939 0959 6921 4f53 4141 5d5d 5963 775d 1f1b 6159 2905 697d
LL_SRM 6:38864 4509 2b6d 136f 652f 2119 0177 2b73 376b 3369 4955 6133 5169 2f21 2909 456b 711f
LL_SRM 6:38880 5933 4131 5571 576d 5973 6357 557f 6b33 7f7b 5b25 7f7b 5b01 397f 7101 797f 2761
LL_SRM 6:38896 676d 7953 6d43 3329 731f 2f41 7f3f 1341 5575 2b15 1d75 5d73 7769 372d 2963 5773
LL_SRM 6:38912 0143 2f0d 2901 5337 030f 1f67 5b35 750b 0769 4915 1549 230f 2123 771f 6f03 377f
LL_SRM 6:38928 0f69 2527 4949 050b 490b 410f 0f75 0f2d 4f05 191d 0717 235b 150d 6707 1107 3f63
LL_SRM 6:38944 7b4b 0b7b 1d6d 0b29 276f 6517 3f3f 7141 3f2d 5d05 232f 7b6f 1b59 6f27 7767 4f43
LL_SRM 6:38960 5f0f 2f0d 1b25 0b17 3f2d 5f31 4727 2b47 577f 0739 1d37 4f0d 577b 1f1d 773f 2d2b
LL_SRM 6:38976 274d 6f5f 2737 0103 0d47 0f07 4b37 0b07 0307 2563 0d11 191d 0111 574b 0d23 391b
LL_SRM 6:38992 2107 4f0f 2d07 4369 150f 4b09 054f 1f0f 210b 1d3b 2543 4f1f 2539 6f45 0707 0d2b
LL_SRM 6:39008 2f57 2b33 7f0b 2b03 4f3d 450d 5b4f 2727 6f0f 4f0d 3f3d 2d2b 1d6f 5f59 0d6f 1f0b
LL_SRM 6:39024 3f57 3d25 7f0d 4b53 1747 5727 474d 0549 092f 0f17 454f 7765 0777 0f25 0f6f 2d0d
LL_SRM 6:39040 3555 515d 0931 5379 4161 5d59 1101 715b 5f69 7553 2d69 175d 1703 516b 1111 5547
LL_SRM 6:39056 2713 4d71 7509 4367 2905 3d71 4779 6561 0111 6f7f 796d 3139 2131 755b 0169 4b5d
LL_SRM 6:39072 3337 1901 7569 6919 292f 7531 1b75 3965 3317 6b35 657b 3573 7f6d 5923 7b51 3171
LL_SRM 6:39088 3b77 7941 6777 2769 571d 7309 3f5d 7d29 1d71 1155 2f71 7f75 2b73 6955 076b 555d
LL_SRM 6:39104 4171 2f6b 4743 633b 4923 016f 151f 6331 731b 7171 630d 3b73 490d 7d7f 011f 4b35
LL_SRM 6:39120 7561 1b7d 116d 4f73 0305 177b 7179 6947 3741 6137 7569 591d 4d11 436b 0101 1373
LL_SRM 6:39136 7b3b 7131 7d59 3525 0569 7d49 7771 1d69 3b59 6361 593d 110b 733d 3159 7b7f 4321
LL_SRM 6:39152 7d73 6b31 5b21 4553 5d77 1d41 155f 6b35 0531 2d31 411d 3155 3f67 5d31 3379 6579
LL_SRM 6:39168 0d3f 492f 7303 0977 0501 0101 2109 1f3d 0d0d 0d6f 695d 0361 490f 0d39 0153 0d07
LL_SRM 6:39184 3703 2d19 150b 013d 411b 2b57 2b1d 1137 6709 6529 1151 1f6f 4d11 075b 071f 0757
LL_SRM 6:39200 3f53 151f 0d6f 0b0f 095f 255b 0577 7763 6f1f 3f5d 2f0f 2f3f 3b0d 4f25 772f 7b0d
LL_SRM 6:39216 7d07 5347 5f2f 1759 5d69 3b17 4f6f 294f 6b43 4f1b 7f5b 1705 5f69 2733 3f5b 6f73
LL_SRM 6:39232 531f 2d63 2f61 2b2d 3f0f 077b 1509 6b1f 5f07 0d5d 1d0d 0d57 0d19 0f79 010b 2773
LL_SRM 6:39248 0f0b 650d 5b05 7d4f 431f 5b4b 1f05 332d 1d33 1b6f 6501 510f 090f 4b6b 6705 0d5f
LL_SRM 6:39264 3f2f 673b 652b 4547 772d 037f 195d 2543 2b1d 4f0f 7157 3b4b 4b67 092d 6777 093d
LL_SRM 6:39280 276b 4701 7f1d 2347 3b5f 4753 2b07 4767 5f63 6d4b 5f4d 2b1d 396f 6b17 6f7f 330b
LL_SRM 6:39296 5d51 431d 7503 2f59 7109 0d73 5b51 2d65 3f13 0133 7525 3159 4123 677d 4341 3927
LL_SRM 6:39312 5105 616b 0f45 757b 2d5d 7761 157b 0771 571d 2111 690b 6d25 6b15 1911 693d 195d
LL_SRM 6:39328 5179 2b29 037f 6931 0f77 2b79 7749 2901 6f75 7f3b 3141 3115 4523 4121 5d73 5b31
LL_SRM 6:39344 6343 5717 7553 3b71 6b67 1761 2573 595f 6765 3f0d 6759 2139 577d 3b33 7d63 4f37
LL_SRM 6:39360 0111 1b4b 5f21 3555 4751 3159 0d3d 2149 0d6d 5171 5f39 5941 6569 0923 3b69 3959
LL_SRM 6:39376 5349 1359 2d01 3d63 594b 416d 4123 4179 4171 417f 0561 1b25 2151 256b 4531 3377
LL_SRM 6:39392 6d79 310f 7d77 2551 5d3f 2167 0f5f 691d 6923 3d25 5921 075b 7f71 7505 7d55 7741
LL_SRM 6:39408 3925 270b 7d79 4311 3d79 4961 4d51 7569 4341 2959 1f47 636d 3b7b 5927 0f73 7d71
LL_SRM 6:39424 332b 095b 151f 1707 0f01 2b19 134d 431b 0511 4147 2b51 670f 1d47 4d37 0f03 0d27
LL_SRM 6:39440 416b 557d 410d 5f3b 033f 154b 173d 4f7b 3341 112f 0905 2311 4917 3b4b 1b01 1d19
LL_SRM 6:39456 573d 4f3b 6b1f 6b27 3f5f 2749 2b6f 2d05 0f47 1b4f 4f6d 634d 0f17 3b1f 731b 3f03
LL_SRM 6:39472 7525 1b47 654b 193b 7f6d 074f 331f 6d03 457f 1b7b 4f09 6d2f 4f1f 6519 0f29 6d09
LL_SRM 6:39488 5541 031f 0b73 595f 252b 4773 0d01 573f 4d47 750b 0d05 2d0d 210b 1d4d 0d4d 4959
LL_SRM 6:39504 1b0d 273f 331f 170f 2727 2b1d 1943 6f3f 0d01 0f6b 191d 3943 451b 3513 054d 1d0f
LL_SRM 6:39520 676f 0d43 3757 3f33 7d6f 394d 4f67 7b49 3f3f 5f09 7f1f 293f 2f0f 4d0d 357f 551f
LL_SRM 6:39536 575f 7923 272f 371f 4947 4f0d 3f03 2f07 1567 0d29 1359 2f67 4b2d 3d01 7f7d 1719
LL_SRM 6:39552 4113 2523 5b39 7f47 5133 5d7f 1d23 0933 6173 7d27 3323 7d4d 0721 3d7b 1329 1325
LL_SRM 6:39568 0361 4f3b 014b 6f79 3135 2163 2913 3b37 0d77 3b53 5345 7f2b 0339 2155 454d 317d
LL_SRM 6:39584 6371 7339 6f35 6961 311b 3f73 2f73 6173 6573 2f51 7f43 7317 6d65 5701 3d7d 6561
LL_SRM 6:39600 577d 3f59 0f25 7b6d 5961 5d41 5f49 7b5d 3f77 7d19 6b6b 5525 6571 233b 5f3f 7341
LL_SRM 6:39616 510d 1d53 3925 6d29 1371 0967 3537 4d73 0115 4711 6d79 513f 6529 633d 4135 2575
LL_SRM 6:39632 4d61 3b33 052d 2919 0343 0b7f 3719 0b51 2969 7361 5315 6143 3371 0759 4139 7335
LL_SRM 6:39648 635d 3329 177b 4773 3d25 3171 195b 3941 777b 2b61 2f77 2f79 7b6b 4d61 1b6f 3f33
LL_SRM 6:39664 7f4b 5b71 6567 4d41 716b 2535 6b5f 251b 5d03 2137 7b61 1959 3b3b 2321 5b35 3b31
LL_SRM 6:39680 0961 1f67 0125 297f 496d 0f49 0335 2131 6f47 4129 0709 1b0d 534b 1f0b 7347 4b61
LL_SRM 6:39696 695b 275d 2f31 5d4f 2d6f 6b5f 4503 0779 1301 4513 310b 5b13 2907 7317 550b 5937
LL_SRM 6:39712 7f3f 4d07 5f75 6709 6b51 1f03 2d0b 772b 3717 3f0b 4f0d 3729 4533 3d45 1b29 0355
LL_SRM 6:39728 234f 1d19 3b0f 3f49 2947 273b 6f0d 0713 7b2f 5d25 7b15 5705 5d4b 297f 1f2f 274b
LL_SRM 6:39744 0103 3d4b 6563 0725 112b 457f 6f05 211f 4913 197f 4541 2949 1707 6d19 114b 490f
LL_SRM 6:39760 274f 6d4b 0d23 292d 2d41 674d 5b63 4d45 2f01 634b 3505 092b 092b 4f2d 2943 6329
LL_SRM 6:39776 2573 753f 4f7f 772f 5367 1f47 733f 2d2b 1d7f 7d7d 452f 4f7b 113b 2d03 734f 4569
LL_SRM 6:39792 116f 0f0d 3757 5947 1f5b 1727 7b7b 7f57 7b77 6b1b 7b4d 7b11 5d67 273f 071f 0b03
LL_SRM 6:39808 3513 2523 2731 253b 4179 7f19 5161 7337 1571 393f 215b 155f 3d31 4929 1b21 0733
LL_SRM 6:39824 2515 5119 3115 413b 3155 2967 7335 695f 3b03 2d15 1121 3f79 6b71 695f 5321 017d
LL_SRM 6:39840 3f29 7369 5775 3161 4371 3333 5323 0b41 0f7f 5901 3961 2f59 536f 6331 137b 4f51
LL_SRM 6:39856 757b 6111 777f 5529 3f2b 4373 0975 6b3b 4571 7331 5161 4f59 672d 7723 775f 4379
LL_SRM 6:39872 1501 1b17 5f35 6b21 6715 7555 5d4b 654b 017d 0161 0153 6517 3321 2363 3331 455f
LL_SRM 6:39888 5b21 475b 013b 7d51 230f 397d 0921 6b37 2921 3975 5123 1325 394b 6169 5139 173b
LL_SRM 6:39904 797f 3b35 755b 3745 4f49 7b29 2913 2b35 3917 5951 0721 316b 3731 7731 6779 6f6d
LL_SRM 6:39920 7d7d 6337 6153 6901 3375 7d3d 1f67 1773 493f 1715 7535 6335 0507 210b 7917 6921
LL_SRM 6:39936 1541 4f19 490f 771f 4f15 5d71 2721 1551 636f 1107 2109 2d1f 5d11 2f4d 2961 055f
LL_SRM 6:39952 1121 451b 133f 0d3f 274f 110f 5f09 6753 2151 6719 2b17 6b0d 1f1f 0f3b 017d 0d4f
LL_SRM 6:39968 636b 4d25 797d 431d 370d 5f33 5d2f 4d19 573b 5d7f 4769 3f2f 672f 714b 2f47 595f
LL_SRM 6:39984 397b 4709 2f35 494d 7d45 075f 7d47 4b09 3b3f 4f25 2d27 4b0d 4f7d 3b0b 7f3f 6747
LL_SRM 6:40000 0103 194b 490d 613b 290d 074b 6b6b 757d 014d 5117 0747 2b15 0b05 4b4f 092d 090f
LL_SRM 6:40016 5935 6b3f 190b 1509 0b01 017f 2309 4705 2315 754b 570b 616f 052b 090f 190d 671f
LL_SRM 6:40032 6f3d 7f6b 5b7b 572f 6f25 4321 3b7d 1955 430f 7b5f 7f7b 0b2d 475d 5f4f 4d51 0d09
LL_SRM 6:40048 5729 3975 552b 1d2d 6f1f 3f0f 0f41 4777 0977 0d0b 3b07 3d2f 5571 7b45 371b 5f5f
LL_SRM 6:40064 6331 7579 1553 7d37 7147 3329 117d 5d33 2775 4d7f 7371 3155 4131 1773 4379 3d03
LL_SRM 6:40080 734b 7f3d 3141 6371 1503 6d73 6365 2715 4501 714b 4951 1b1d 7339 297f 5357 0d51
LL_SRM 6:40096 6d71 2145 6f75 5b6d 5373 0d51 3f73 5945 2363 5967 7b7f 3b05 7931 5161 7f75 7915
LL_SRM 6:40112 277d 5173 7779 5169 4779 3f7b 7f3d 8541 2d67 0925 7577 1535 6f53 2955 735b 3551
LL_SRM 6:40128 1113 3d5f 1b31 0b71 3167 116f 2145 2563 5353 7d41 0757 4119 033f 4341 4501 7363
LL_SRM 6:40144 4163 1b09 6133 333d 211b 7523 3531 3933 4935 477b 313b 1161 1131 5313 692d 7361
LL_SRM 6:40160 7b79 7931 314d 7139 6d71 5b1b 5f27 4b25 7b77 6513 7b7d 6f6d 6d3d 5b25 7f3d 5f73
LL_SRM 6:40176 7d77 1339 4d79 7151 7f73 532b 5f37 3753 7d73 0743 4775 0325 3131 6d17 3927 5371
LL_SRM 6:40192 0b01 4f15 031d 357b 0309 096f 4315 474f 074f 2b09 1d07 2129 3f47 2767 0771 4f23
LL_SRM 6:40208 1945 0929 550f 790f 2d55 1741 0d01 7b1d 6123 5951 6f33 4b23 4925 2367 0119 092d
LL_SRM 6:40224 2b5f 7951 7f7b 6721 3f31 5d25 3b2f 7b05 5333 7d4b 732d 1d05 153b 6d1f 6b5f 3f11
LL_SRM 6:40240 033f 3b19 2b2d 133f 6f63 5963 4b0d 5f63 3773 1f41 7f29 0901 2b0b 273d 5b07 1923
LL_SRM 6:40256 4345 012b 0f07 1d51 7d05 434d 2b45 271d 1b0b 6567 2b4d 5b13 4113 090f 0377 1f77
LL_SRM 6:40272 0541 030b 0137 5b49 1b3d 233d 0d0b 1d17 0951 5945 5f2f 3f59 4b0b 492d 071b 6343
LL_SRM 6:40288 2d0d 3b6b 4f6b 0935 1f3f 1f05 6f7f 0379 7d2f 2f09 3f7d 1f51 1d47 672f 077f 5b6f
LL_SRM 6:40304 1f07 571b 1773 3f37 6b55 1f27 1f3d 7701 2b3f 3d57 6f3f 271b 1f1f 6d5b 4b77 6f49
LL_SRM 6:40320 5115 6757 5111 0127 4131 417b 2119 6b1d 6979 1b03 755d 6947 1361 557b 0705 2b09
LL_SRM 6:40336 7703 4339 5b33 3563 7109 1139 0171 5327 773f 730b 1941 1921 692b 437b 613b 3379
LL_SRM 6:40352 6f4f 7f55 4147 1713 7773 3901 7361 5933 7931 6579 5f75 3d29 3363 4331 7963 5701
LL_SRM 6:40368 6177 6143 551f 7525 7b57 7f79 2b7d 5721 7177 1709 5d79 7f41 173b 655d 797b 1325
LL_SRM 6:40384 033b 330b 2363 3731 7361 0169 5931 6775 110d 4f3f 3375 4969 1961 513d 7143 197b
LL_SRM 6:40400 0d29 1d79 2d11 1b31 797d 5373 0775 6949 614d 2147 612d 513d 2123 194d 1533 250f
LL_SRM 6:40416 3f17 430d 3f7d 6917 177d 6351 772f 2955 693b 0965 7d45 3b51 5965 6d31 4367 5375
LL_SRM 6:40432 593d 6b65 7373 5379 5d71 0b77 3b73 6539 513d 0379 655f 7729 1775 0b5f 1f69 3507
LL_SRM 6:40448 7d23 6d4b 3d1b 0d4b 2509 116f 4101 3947 2539 5d6f 1925 1d37 5149 2d5f 0907 6b07
LL_SRM 6:40464 0f07 410f 770f 210f 4f01 495b 610d 0b3f 5d2b 0541 2709 7b2b 072f 297d 3d25 3d4f
LL_SRM 6:40480 2f5d 4d05 1123 7b31 236b 5535 5767 3153 1f2d 111d 4f59 3d2d 3705 4f07 7f1d 052b
LL_SRM 6:40496 5b5b 430b 3d47 5f49 7777 3f07 5f27 430b 3f25 0d2b 0b3d 650d 0b2f 0753 477b 4b27
LL_SRM 6:40512 0109 2d57 090f 614f 4d0b 2517 0321 4d23 414d 7165 1701 076f 3f03 7f1f 1d55 455d
LL_SRM 6:40528 034f 312f 190d 033f 3f2f 292b 0f01 2507 0511 3f33 4907 3307 014d 5d2f 110f 355d
LL_SRM 6:40544 7f07 4f0f 7b5f 230b 570f 0b17 2745 6773 1717 0b2f 535d 4f47 1b4f 7765 2f6f 2177
LL_SRM 6:40560 7577 1d03 3b01 4571 376f 2d6d 7949 0f47 5d5b 2f6d 0f1f 3f3f 1707 6d1d 057f 5d43
LL_SRM 6:40576 1169 651b 6145 011f 6731 4d31 6121 3d67 4133 7139 5d73 054d 1545 5b25 7545 7563
LL_SRM 6:40592 4561 2575 6119 0979 1151 7917 5561 532b 3937 6361 292f 356d 6533 2d5f 354f 7359
LL_SRM 6:40608 6f75 174b 713d 0f53 395d 6959 5b35 0f31 616f 7321 7d4d 7363 7b21 6503 3335 6d35
LL_SRM 6:40624 7b65 2151 7b2b 5121 7367 6105 672d 6975 7b21 7d51 6d2d 3d73 6d77 770b 6d5d 0561
LL_SRM 6:40640 2131 5d7b 2973 677f 3371 5b6f 4d43 1143 197b 335b 6973 7709 6111 7b6d 2149 0533
LL_SRM 6:40656 1165 7775 3173 594d 2535 533d 2305 093f 052b 717d 2733 117b 7f41 6311 3345 291b
LL_SRM 6:40672 7b6f 1d75 1179 4321 3769 6d0f 3f71 797d 3569 4f71 1f71 1b41 7777 537d 2b59 5b19
LL_SRM 6:40688 7177 7353 6f69 0569 6b77 7173 3d33 3531 777f 1141 610b 314b 4b7b 291d 7d73 6133
LL_SRM 6:40704 093b 3d3b 055d 550d 0b41 193f 2109 3347 0127 2d77 110b 4915 614f 0b53 4155 1717
LL_SRM 6:40720 0b35 2f5f 512d 4507 4953 0107 1f01 0729 4b4d 0f0d 2501 2b35 191f 1d6f 6547 713d
LL_SRM 6:40736 6b3b 7703 2907 0b05 773d 770d 5f37 515d 4b3f 4f11 7f0f 6545 776f 194d 2b7f 1b19
LL_SRM 6:40752 1d75 1d45 796f 2b5f 7f2b 155b 6b13 0f09 3d3f 3d57 3f4f 4b05 052f 7d55 7d47 1503
LL_SRM 6:40768 110b 6d1b 2d09 151b 0b43 0939 110f 7f6d 170b 0f03 6709 1d2f 651b 615b 2903 6b4f
LL_SRM 6:40784 094f 411f 294d 510b 7b15 451f 337b 451f 010b 3727 1549 1f0d 030d 5b07 7507 2749
LL_SRM 6:40800 4f0f 3d37 7f3d 0b19 7b67 5f19 2b5d 0b25 2b3f 4f07 7f13 1d4f 776b 4f0b 673b 2f4b
LL_SRM 6:40816 774f 6d21 7d5f 632f 1775 4f41 1f4b 2f05 411d 5b07 5f2f 455b 3f27 1f61 3d7b 1971
LL_SRM 6:40832 091f 5933 5d6d 1f51 4911 576d 1161 2371 132f 6153 5b51 6909 3345 195d 717b 0367
LL_SRM 6:40848 3171 5573 1561 3d6f 7525 3745 6941 6d33 0149 6579 0761 3171 3161 4b5d 6b69 6d2b
LL_SRM 6:40864 0b61 756d 7d71 7721 7f53 0753 6f7b 6923 7975 335d 3773 7717 5913 4131 7d5f 5d27
LL_SRM 6:40880 595f 0169 7d37 0369 6977 6931 772f 6d03 7375 3731 3d7f 117b 777f 476f 7741 4931
LL_SRM 6:40896 6141 712d 7535 1943 3763 4171 197b 5d7f 4965 733f 0b35 375f 0301 5719 5f31 4539
LL_SRM 6:40912 5563 077b 2365 255f 2b17 7977 1711 2b2b 6301 1175 3301 293d 4b53 2b73 0735 651b
LL_SRM 6:40928 0d7b 4327 577d 1d33 0f6f 5759 457f 4b33 6155 0f05 5f69 6f4f 6969 4503 3f31 0d13
LL_SRM 6:40944 3979 6171 7371 3925 7f77 2701 474f 511b 3f77 6123 7731 6571 5d37 0933 4939 612b
LL_SRM 6:40960 2105 316f 3b41 4d09 6101 755d 0377 4353 0b29 7549 7155 356f 0721 1135 4703 7b25
LL_SRM 6:40976 7f27 513b 6919 751d 755d 7351 1103 653f 0901 3f7d 5731 2163 2d2f 3d41 4125 7961
LL_SRM 6:40992 5f63 2f23 1977 1715 716b 2561 4b7f 2105 7f7b 156f 3f71 7369 6125 3d57 5969 735d
LL_SRM 6:41008 3d7f 1119 0963 1345 7935 2949 7b65 3951 3f73 6b7d 7d19 6d21 755b 1179 5d5b 6971
LL_SRM 6:41024 7945 5751 0523 093f 0d69 655f 3509 2169 4369 3921 0533 6359 4b69 5315 4173 7977
LL_SRM 6:41040 0121 617f 5931 1d4f 111d 6d5b 5951 3561 2b55 3163 356b 216f 5361 3331 1521 7307
LL_SRM 6:41056 6f31 3161 6761 3d71 2f33 6b49 7561 475f 7b79 3b45 5f7f 1129 5d61 2167 6d53 033d
LL_SRM 6:41072 473d 3d49 377f 5911 671b 4169 273f 7d63 7775 6775 7f3f 7b13 5f71 771b 7b55 3723
LL_SRM 6:41088 2d4d 0f7f 651d 151b 0b63 0f6d 470b 4d1f 052d 2f07 1347 1b3d 1167 1d09 050b 5701
LL_SRM 6:41104 0d0f 4d0f 453f 0565 050b 151f 4943 332f 4921 4563 0d27 1749 1969 354f 092b 7f31
LL_SRM 6:41120 453d 4d01 473f 4d1f 5f27 213b 3b6f 074d 6743 0509 7f5f 7f4d 6b1f 1109 2f7b 3555
LL_SRM 6:41136 0707 2757 6f5f 2f2d 5d1f 470d 6f3d 6f09 2557 5b07 1f5b 0f27 7b0d 3f0d 554f 492b
LL_SRM 6:41152 436b 437b 631f 057f 0903 2917 490b 074f 410f 1b6d 0505 3d03 0d49 6f07 1b2b 0f33
LL_SRM 6:41168 0909 056b 350d 496d 2d0f 7d2f 2d13 3517 0145 2d0b 2f4d 014b 6119 515b 5f1f 0b33
LL_SRM 6:41184 290d 774b 6d77 1f43 4d27 5f2f 5f1f 6763 770b 2723 4b5d 7133 3f2f 0f4f 696d 5339
LL_SRM 6:41200 3b2f 3505 1f0f 010f 3b2f 050b 6f0f 312f 6f2f 2501 1757 090f 1f6b 6f29 653d 5501
LL_SRM 6:41216 5b6b 4111 0521 1151 6775 097d 1765 3133 2365 5371 7131 534b 2913 137f 3517 1501
LL_SRM 6:41232 6305 6d15 7315 0137 1955 7f63 7355 1119 0373 0977 1111 395b 0721 1153 1125 6579
LL_SRM 6:41248 5947 4b29 7f4b 6141 7d1d 1315 457b 7d35 532f 693f 7573 2933 3f59 6d31 6953 7b05
LL_SRM 6:41264 315d 4911 6d47 6351 1377 1927 2f53 4973 7731 2f51 3f3b 3b73 2f49 6b4d 435d 3b61
LL_SRM 6:41280 1175 4d51 4165 0771 0b49 2511 3503 5935 0531 7b1f 0929 1b29 296b 6321 2555 090f
LL_SRM 6:41296 6111 212b 0715 7979 7141 7b35 7715 037b 1151 0931 6161 613b 370d 6b7d 2317 456d
LL_SRM 6:41312 3d6d 0107 7b3f 6961 7f31 3f69 777f 591d 7b57 6373 4737 5f61 753d 531d 7f3f 5f39
LL_SRM 6:41328 0d27 6d21 7f53 091b 751b 7343 6735 714f 7377 0119 7b1f 196b 777d 735d 3931 7b41
LL_SRM 6:41344 2107 4765 0933 4d4f 0709 0717 7107 2f5b 410b 1b0f 5d61 6f4f 6901 3b5f 5f33 152d
LL_SRM 6:41360 4941 4d0d 4f39 036b 0d11 1b1f 4f45 4f5d 0129 0d1b 5b4b 4135 4123 0935 6f01 096d
LL_SRM 6:41376 776d 1741 6527 736f 1d3f 2337 596f 4713 3d3f 2b6b 1d67 0305 7d4b 7129 6317 0b01
LL_SRM 6:41392 717f 175f 1107 7f21 034d 6f2b 4d0f 0d63 4717 0109 3337 471d 0f4f 1b0d 3f13 5b0b
LL_SRM 6:41408 1f07 1747 4b0b 2d6d 2d05 4f5d 4d2b 1117 474d 270d 4303 2935 314d 4f7f 5f01 430b
LL_SRM 6:41424 0717 751b 174b 0d4b 2907 4b15 070b 0f3d 4311 034b 7b0f 1743 0905 5149 0f29 0329
LL_SRM 6:41440 3d0f 4129 5b07 512f 6d45 1f4f 4b3f 692b 390d 0f03 196b 0f45 6d6f 655f 3f67 6b5b
LL_SRM 6:41456 4b1d 312d 7b63 1f1b 1b59 1f01 0d5b 514b 1f0f 2723 3f6f 4511 0f3d 3111 537d 4315
LL_SRM 6:41472 2131 1163 0163 3315 2949 2f75 0511 0325 5f43 6569 415f 2357 2753 7349 6301 3d79
LL_SRM 6:41488 0349 4505 4b4d 294b 0141 5911 5123 2779 4151 4b69 510b 1529 1171 732d 7141 537b
LL_SRM 6:41504 6b29 0d75 2d43 353b 4959 7919 1325 5917 7965 136b 457b 3977 657f 7d05 6b5d 7971
LL_SRM 6:41520 6355 3901 7f7f 6579 3b75 613b 3767 450d 2f59 6b45 6f07 357b 6d4b 5979 3359 7911
LL_SRM 6:41536 3779 111d 5d01 2171 4b65 5167 0109 510b 1311 415d 5971 755f 0909 3d69 3945 757f
LL_SRM 6:41552 5321 7125 7169 5141 3141 1335 2149 4131 3d71 6915 0111 6575 6103 6d55 1311 3b61
LL_SRM 6:41568 7727 5f6f 5b0d 6139 377f 7d1b 7349 4341 7759 7151 7b69 0f41 6333 7173 5705 5b63
LL_SRM 6:41584 2d3b 1d59 6357 7759 7f67 6331 6371 6939 777f 4161 296b 2703 5f7d 6f75 3933 5171
LL_SRM 6:41600 0d5d 6b25 490b 652f 1341 0d0f 0b75 274b 6d2f 2957 0107 5b35 0f29 2979 3709 674d
LL_SRM 6:41616 233f 7157 4d59 074f 0d65 0f07 432f 6957 1309 474f 095d 0f7d 0f67 4733 0343 171f
LL_SRM 6:41632 7d3d 7521 054f 051d 4b3f 290f 1f3f 656f 6d5f 7717 6b0f 3727 7f2d 4d09 734d 530f
LL_SRM 6:41648 5b3f 1723 6b0b 2d41 0d5f 4f2f 1f37 1f05 2d67 7b09 630f 1f1d 4b5b 4727 754f 1713
LL_SRM 6:41664 4159 0157 312b 212f 0f37 1f2f 3d49 690d 0d0f 1525 0327 413d 4f11 074f 0d6b 4f4d
LL_SRM 6:41680 150d 5707 4509 112f 4b0d 1d5f 4d11 0777 117b 054f 032d 0707 2f07 4f3b 2503 0b4d
LL_SRM 6:41696 6d0f 6121 675f 6737 1d17 0349 472f 690f 1d45 0f47 471f 4d47 7d5f 671d 5543 0f55
LL_SRM 6:41712 532f 5105 072d 071d 276b 6909 2b39 1f23 430f 5503 795d 2105 1f2f 0d63 6f2d 4313
LL_SRM 6:41728 6f01 516d 4111 2519 5543 4f2b 4b21 4119 2931 4153 2131 291f 6909 2d7b 2911 155f
LL_SRM 6:41744 033b 3169 5163 2b6b 4b5f 1b55 3331 4b71 1311 1339 4573 1b35 6f35 4515 1115 1135
LL_SRM 6:41760 3959 6751 1111 3177 7339 3551 7f7f 6955 2337 3b31 554f 6309 597d 3b67 3565 571b
LL_SRM 6:41776 7965 7f59 5747 3359 6d7f 6331 7d61 7121 7b5f 530b 077b 0545 4f61 2107 7d41 2501
LL_SRM 6:41792 5959 432d 5133 4357 0901 6b71 1119 313f 4315 5d77 2141 0d7f 5123 613d 4179 7763
LL_SRM 6:41808 3941 4361 5d33 0177 690d 6531 4941 4173 2311 1563 0543 7511 1001 5935 0d25 791d
LL_SRM 6:41824 095f 7d47 6f69 7131 773d 7531 6527 6913 5153 5d71 3957 6941 7557 7d0b 5b7f 557b
LL_SRM 6:41840 7d59 6f79 5d39 273d 7171 0b53 7377 6513 3f7d 415d 6b03 4153 2f7b 5179 7725 3517
LL_SRM 6:41856 0f7b 1d77 1959 092f 2925 4b5f 473d 0163 0505 4f0f 3507 4d7f 1f6f 494f 0545 1f63
LL_SRM 6:41872 1125 2d4b 251f 6b37 2321 1b65 1b01 092d 290f 2535 0f45 197f 7909 0b35 5501 470f
LL_SRM 6:41888 4d43 0301 0d4d 1d69 0f7d 3b09 6d3f 5345 5777 0f13 492f 192f 074d 7749 571d 2505
LL_SRM 6:41904 1337 695d 2153 0913 1729 7f05 270d 070d 536b 3919 477b 3749 5f5d 4313 3103 3921
LL_SRM 6:41920 2503 196b 0119 4315 1b2d 1d4b 412b 7d2b 411f 1d69 3507 0767 0529 1b2d 431d 316f
LL_SRM 6:41936 451f 216d 5b01 152f 010b 4777 2d05 174d 2303 192b 2907 4d1f 4d0f 3d03 4b63 2d33
LL_SRM 6:41952 674f 011b 0731 4f1b 751f 2723 573d 572f 2f6d 2d4b 4b1b 4919 7f6b 6f07 5553 656d
LL_SRM 6:41968 6f5f 4b45 470b 792f 3b41 234d 6f0d 5911 5f39 1d05 4b49 1519 6f0f 1735 733b 1907
LL_SRM 6:41984 5169 7369 0b2d 215d 4113 4915 4147 5d67 331d 051b 313d 7571 6b15 6559 5101 7933
LL_SRM 6:42000 4361 7315 5131 331f 212d 773b 0f61 2511 5351 0755 1361 4b79 6325 291d 3b41 6527
LL_SRM 6:42016 6977 3b13 4757 7361 7165 633d 3737 3171 6133 3931 5d7b 637f 6177 3733 4f33 597b
LL_SRM 6:42032 2f75 3b13 071f 5d1b 771b 1361 7d37 2d39 3979 6b1b 676f 4513 2f73 6103 3b51 2b19
LL_SRM 6:42048 3731 2b15 5501 631d 5371 2171 1b41 4559 1141 0575 0101 5149 2175 1553 4123 616f
LL_SRM 6:42064 5123 693d 5941 6121 0141 7b75 2549 213b 156d 610f 3351 1b77 2551 392d 7125 6353
LL_SRM 6:42080 6163 5b73 7375 5f39 1b71 5537 7b49 295d 7977 6b6d 5953 4b75 7d7f 2341 4367 6161
LL_SRM 6:42096 7957 2b21 2f73 4331 4737 4137 7d5b 032f 3f7d 3f47 5523 6913 2121 3b61 795b 735d
LL_SRM 6:42112 1f17 4507 072f 4731 4f2f 2b1f 0b03 0d57 476b 312f 2b21 4743 1903 6f4f 0f43 610f
LL_SRM 6:42128 2d2b 6f7d 0945 0d67 4301 576f 3159 4575 110b 512b 070d 0d1d 210b 074d 6b4b 0f37
LL_SRM 6:42144 3f7b 2949 6f0d 3107 2379 474f 4d05 3943 455f 3f31 477f 0f31 7f1f 7567 3f49 0f17
LL_SRM 6:42160 1f4f 4b5b 051b 3f4f 7f57 0f21 034f 611d 5d2d 6b77 696d 4f41 3b65 2f0b 297f 0963
LL_SRM 6:42176 2b0f 075d 130f 1b0d 0131 116f 0b39 6327 1113 3d2d 2d0d 6b13 470d 5f6f 433f 457f
LL_SRM 6:42192 092f 0b6f 1763 034d 430d 5963 0b01 6f2b 5d4b 0b0d 0501 4f3f 1d07 0927 0d11 694d
LL_SRM 6:42208 252b 4701 2b4b 770b 4d4b 4b05 2f5d 4d43 052f 1d0f 5b0f 592b 7d49 0f05 3b2f 5f0f
LL_SRM 6:42224 3f65 014f 172d 0955 3b0b 6d01 471b 370b 1f5f 190f 4f0b 1f0f 316d 5f17 7b57 2923
LL_SRM 6:42240 1b15 4553 611b 2145 4151 616f 4509 5129 5553 5d45 3159 434f 3967 7b1b 7959 0b69
LL_SRM 6:42256 6b21 5b29 5521 176d 311b 6911 7b15 1559 2139 296f 030b 573b 3707 056d 1911 6b47
LL_SRM 6:42272 5f1d 1d15 0d1f 115f 3f79 1d49 197b 794b 4d6f 6f07 796b 7121 7377 5f67 4d79 7d4d
LL_SRM 6:42288 7f31 731d 757d 2301 3f13 6569 7b67 7351 1331 755f 1f39 1573 7f51 2d11 315d 5d15
LL_SRM 6:42304 3767 611b 4541 4b07 5511 317f 330d 5111 4123 7317 0565 134f 4f27 7b4d 7101 477b
LL_SRM 6:42320 235b 5121 1509 4719 2531 6967 711d 3f6d 7145 0d19 037d 3d73 355d 017d 7129 7163
LL_SRM 6:42336 7131 6949 5351 4f51 795b 395b 5577 5545 5f7f 7303 076b 7d37 713f 7927 5555 752b
LL_SRM 6:42352 7573 3f59 6533 6109 5f7f 3b53 3529 2f21 3f6f 6327 6f6f 7d73 1b2f 6b4b 5555 7331
LL_SRM 6:42368 073b 696b 0b09 672f 1917 1307 2917 0b7d 4743 2f5f 194d 2d43 6707 0b0d 0b01 1b7d
LL_SRM 6:42384 2517 190f 175f 2b2f 1725 3f5f 030d 0d4b 0513 2f3f 612b 493d 130f 0575 2721 175f
LL_SRM 6:42400 0f2f 1d4b 750f 0939 017f 0d4b 1b7b 450b 1d0f 3f37 470f 6d01 3b4f 2d25 3f7b 6f27
LL_SRM 6:42416 4f0f 5101 4377 636f 431f 556d 2f0f 7b0d 2743 4733 3b5f 670d 172d 2b13 273d 2f03
LL_SRM 6:42432 470f 152d 4301 2d53 0b33 671f 2f1d 4d1d 433d 071f 4529 193f 0b0f 314f 0909 4775
LL_SRM 6:42448 4d41 075b 4f03 4b2f 032f 473f 256b 2129 6f01 0317 210b 673d 0309 294f 0527 1d4d
LL_SRM 6:42464 7f3f 4745 1f3f 273d 5b07 1d49 5339 175f 2977 530b 5f5f 332b 5f7f 133b 4557 494b
LL_SRM 6:42480 7f5b 2749 5337 3567 0f1b 550b 0703 1b31 5b1b 1315 793f 6b6f 072b 6745 032d 0b33
LL_SRM 6:42496 4559 151b 0729 4131 3301 7f23 5369 6329 0173 6343 0171 374d 2953 713b 4139 7377
LL_SRM 6:42512 217d 1d65 0979 116d 0311 2357 2151 4b7b 2101 0337 657d 7321 4155 2115 592d 3f19
LL_SRM 6:42528 4163 3919 5319 7d1b 7975 2b43 7569 7975 7953 3705 4505 7969 4b7f 2d4b 6723 7705
LL_SRM 6:42544 4f3d 517f 6139 4339 030d 7b3d 4d5f 5171 3555 4d75 6335 251d 7977 5f77 5531 5f41
LL_SRM 6:42560 1b59 4d45 0175 0353 0163 6b15 7111 414f 4955 037f 2145 7149 5173 5b11 3141 7d4f
LL_SRM 6:42576 4379 4971 0f35 2977 0141 3131 0339 216d 2b53 191f 6161 0315 2d55 3379 5551 7b01
LL_SRM 6:42592 4f5d 2573 3777 394d 6713 1f6f 6d71 3559 6f63 6109 6d7d 6b43 2d7f 5f19 3759 776b
LL_SRM 6:42608 516f 7f71 574f 717d 5531 4763 597b 1135 7d5f 2341 333d 3f05 5b3d 7d49 5d79 1369
LL_SRM 6:42624 3959 6f2d 4927 053f 3d15 3b6d 1d05 1f19 4907 0f2f 1d1d 1361 2b0f 4b2b 570f 2b1f
LL_SRM 6:42640 4109 495b 2129 0b2b 674b 351f 430f 4f33 110d 5f0f 0525 0b67 3b5d 5703 2707 4f1f
LL_SRM 6:42656 7f0b 535d 0d0f 0f23 4f0b 570d 034f 2d0d 773b 3d03 1f6d 5d69 672f 074b 090b 3925
LL_SRM 6:42672 391f 4d43 690f 254b 3f2f 4747 4f17 4d3b 0f6b 0d0b 5f07 0f1f 050f 4d0b 7f7d 112d
LL_SRM 6:42688 1d0d 2907 6b03 176b 0115 2d1b 4f09 0f41 0929 4501 4709 076f 1765 157f 0701 4547
LL_SRM 6:42704 4101 2b7d 0b0d 0f1f 1d0d 0d67 173b 2d7f 2507 0d5f 7947 4f1b 0f07 1f1b 1f0d 5f1f
LL_SRM 6:42720 5101 6b0b 0f4f 5d07 2d4d 3769 4f4f 0507 2f5f 5d61 0f2d 3f0b 615f 1519 556f 3b03
LL_SRM 6:42736 6747 0f01 4f5f 0d0d 572b 3743 2929 0729 3b0f 3f1b 5f4f 4d0b 1917 4b5d 490b 4d07
LL_SRM 6:42752 3b45 1f2d 0113 6d5f 7321 5b3d 054d 6115 1305 336b 1b73 1b31 3301 4329 1d13 21b7
LL_SRM 6:42768 3315 2567 2129 7541 2311 415f 3101 7561 2911 2f37 1511 315b 6121 7d6f 7b7b 2159
LL_SRM 6:42784 7573 7b51 3d7d 5561 737b 7559 4373 4939 495d 350d 0b79 771f 6f49 6d2b 376f 6d71
LL_SRM 6:42800 3b1d 7b49 7175 4109 4f6f 6325 7f43 5549 7d7b 1353 3977 051b 3b23 2b4b 797b 7f51
LL_SRM 6:42816 4541 4177 2575 4971 2939 4977 4971 256b 5b2d 5b75 0911 4155 5535 7f49 5d09 0153
LL_SRM 6:42832 2f7d 3b75 5375 4f5f 153b 697b 3921 316b 5f45 3f71 5159 3f31 497b 4b2b 4927 055d
LL_SRM 6:42848 591d 113b 452f 7b09 1b79 1565 4377 6d59 7d73 194f 4753 6175 1957 0523 3b1f 637d
LL_SRM 6:42864 6b3f 2f13 3f71 637f 7543 4d21 333f 2f1d 673f 7517 1553 3531 6b67 6d67 6f7b 4f4d
LL_SRM 6:42880 050d 337f 2153 150f 4903 7b2d 0941 372f 0f0d 0723 0749 4d79 2927 232b 0b21 4903
LL_SRM 6:42896 730d 436b 2305 7b6d 0b41 1d3f 0345 1345 774b 4313 1147 2d47 0723 0759 596d 6f1f
LL_SRM 6:42912 436f 6d0f 2b7f 5f27 7f6b 574d 5927 0729 335f 6747 1927 171f 7d5f 1b2d 0753 4571
LL_SRM 6:42928 796d 6f23 7977 2d5d 2b27 0101 792f 6713 2d3d 1f17 7755 7b05 374b 2f2f 574d 730f
LL_SRM 6:42944 5705 171f 1b11 716f 0117 1f25 3d79 5f2f 5505 093f 2f1b 032f 5525 7905 4f03 152f
LL_SRM 6:42960 1b29 0b0d 5321 1f2f 0521 2707 6901 1d07 2945 2f63 6107 6f75 2d2b 5b25 0d5b 1f3b
LL_SRM 6:42976 4f6f 374f 2b27 4d21 5f6f 0915 6b6f 7f03 5b5f 4741 2d77 370f 436f 773d 3d4f 4f39
LL_SRM 6:42992 4571 750f 572f 0505 596b 230f 7f33 7d53 2d7d 0f55 2b1f 5747 1d0f 4713 170b 330b
LL_SRM 6:43008 314d 7b69 4125 2b57 0345 1b0f 2131 7571 5d33 691d 5331 7d51 5b01 553b 6131 2113
LL_SRM 6:43024 0111 1733 0d55 1145 4105 7317 3509 515b 214d 137d 5301 615d 6d61 3971 2119 3171
LL_SRM 6:43040 1763 2541 1d77 5b53 6177 092d 5975 6b7b 7551 1521 5b73 1931 7765 4341 3565 2749
LL_SRM 6:43056 751d 5761 5b15 7b15 093d 6b23 7119 1749 3d7b 7d5f 615b 1341 7b75 6f07 7777 3f35
LL_SRM 6:43072 3111 7d03 6b6d 3171 6351 7109 1779 5161 3375 0d1f 5161 2b79 7d3d 611d 1569 7963
LL_SRM 6:43088 4f39 416b 7145 2b41 4135 3f71 5901 0913 3101 135f 4151 2f1b 3131 5d77 6f59 1d17
LL_SRM 6:43104 5539 7907 5171 792f 7b3d 5307 0973 6341 6f7d 5f03 717d 5d51 7d75 2937 1f63 7333
LL_SRM 6:43120 7d73 0f61 693f 5743 7535 3f6d 5b55 7d05 5373 311f 757f 5d35 4d7d 7929 537b 3d49
LL_SRM 6:43136 032b 6d4f 430f 0d0d 1709 070f 3307 610f 1b07 0f37 0721 0163 3707 1d3f 050f 0757
LL_SRM 6:43152 352f 295d 1d51 0f37 6905 375f 7529 0d3d 5f29 5f5f 2b07 470b 031b 6f07 4f07 175b
LL_SRM 6:43168 4f3f 532f 6b4f 2f2f 2b3b 6f3f 1d37 0f11 3b73 3f0f 0f7d 2f17 4f5f 2747 2715 5305
LL_SRM 6:43184 174b 3b03 7f2f 2d61 6f5f 013b 5377 6b25 0f7b 4b17 7341 7b0f 2f05 2f07 5d27 5549
LL_SRM 6:43200 091f 1b63 270f 3d2b 0521 4b37 2313 0d35 5d0f 6f1f 392b 5569 0d03 391f 0949 297d
LL_SRM 6:43216 4b37 5d7b 4d01 6b27 012d 6d6b 6325 3d4f 050f 6b41 1777 533b 0d41 0d5f 1f09 1d1b
LL_SRM 6:43232 7f3f 4927 594f 4d0f 0f17 0b49 3923 090b 7b2f 7f45 5527 7d4f 5319 3147 1d0f 650b
LL_SRM 6:43248 375f 2743 0f6b 290d 3907 1707 2f5f 5d0f 757b 1d1f 0f27 134f 2f5f 4363 6f09 2f59
LL_SRM 6:43264 0761 2543 412f 2131 0129 1169 6155 0933 1339 637b 2537 6975 415f 7355 2145 6557
LL_SRM 6:43280 7371 2d71 112d 0b1d 2119 7959 733d 013d 713d 5141 6333 3545 1515 7333 6111 032f
LL_SRM 6:43296 5f71 6343 315b 5341 495b 657d 4373 2541 3f51 1349 7d0b 7769 3f79 3f51 7f55 5f2b
LL_SRM 6:43312 5773 1915 2777 1f5b 092d 071d 7f7f 5b49 456b 577d 457d 7539 134f 5121 3551 575d
LL_SRM 6:43328 4b1d 2b31 2f5b 397b 1d63 4b71 1769 7909 714f 3559 0327 3b71 6b29 5f75 0b75 0b75
LL_SRM 6:43344 1979 1139 7541 3169 1155 4135 0139 5149 4943 470d 0151 3527 434b 6b09 297b 3941
LL_SRM 6:43360 7f27 753b 7b7d 6125 4117 4569 7579 7355 7375 5955 713d 314b 2379 6951 5f7d 6161
LL_SRM 6:43376 7579 5513 3773 7365 3b7f 5369 1f43 5d11 7353 4547 5d37 4149 573b 5375 7575 471d
LL_SRM 6:43392 0b01 797b 754d 170d 232d 2f17 4963 291f 4f09 7115 5919 5345 3751 096b 0b19 612b
LL_SRM 6:43408 175f 3b0d 0907 730f 1d2b 0f1b 6f5d 4329 394f 2b3b 4f05 7b43 4d03 7323 1527 2b2d
LL_SRM 6:43424 017b 6d0b 673f 6f1f 676f 6313 1b1f 072d 4f47 594f 172d 3f37 1b6f 670d 7b69 774d
LL_SRM 6:43440 2f5f 6d0f 111b 4113 5f27 2d6f 5f3f 1f1d 272b 4b1d 0d3d 7d63 072b 3f1d 676f 7f41
LL_SRM 6:43456 0153 6b3f 0f61 1d13 6d11 5969 093d 015f 1707 4f75 1f35 470f 2909 3517 0f15 1f7b
LL_SRM 6:43472 0963 093f 4d01 0b67 3f1b 1715 1921 0d31 0b49 4b03 6135 5f6f 310d 093f 3907 031f
LL_SRM 6:43488 7f7f 0b4b 174f 1f4b 1727 611b 175f 0513 6b1f 2d4b 577f 4501 3f6f 1f05 5d3f 1523
LL_SRM 6:43504 3f6b 6d05 4f37 1905 234d 6b05 6f47 5f0d 454f 290f 5b0f 5f43 011f 1b2d 6f1f 012d
LL_SRM 6:43520 030b 0b31 4543 735b 0133 0b21 3149 7975 3125 1f6f 317d 7939 4b1b 3f79 012b 5713
LL_SRM 6:43536 0979 2b3f 2351 4147 2123 7971 0567 6339 6d61 3579 2d29 1325 1171 6b6f 1571 2143
LL_SRM 6:43552 576b 7763 3d31 2511 7d6d 4f25 7561 295b 7367 6979 6f57 3135 7b51 777f 716f 574d
LL_SRM 6:43568 357d 613d 7567 7169 3571 3731 371d 1117 5739 1519 7b6d 2929 697d 5351 5f19 294b
LL_SRM 6:43584 453b 1165 4b39 2749 1b11 797d 3563 0519 2d11 2b63 3763 7171 0549 2137 5d05 0369
LL_SRM 6:43600 4903 153f 7171 6b13 1923 4543 710d 214b 6b21 4157 333b 637b 6379 376b 1113 715d
LL_SRM 6:43616 7351 330b 253d 7539 7967 3b5d 5755 5f39 7f75 6b45 7f71 3131 2777 5b73 7571 4137
LL_SRM 6:43632 5f5b 4773 595f 393f 5351 3901 7b71 3d41 4f7f 7b29 2957 7103 7f27 2553 755f 1d0f
LL_SRM 6:43648 4f0b 7d1f 4d4b 4f4b 1907 5d27 572d 2d2f 4f39 0b7f 0501 1155 6d0b 0509 051b 214b
LL_SRM 6:43664 290d 354b 030d 3377 0d0f 6147 014f 457f 0b03 4d0b 130f 570f 7309 4b0b 0915 491f
LL_SRM 6:43680 3f63 0b3d 5703 0729 5d0f 4f6b 2f0f 1549 596f 0f09 077d 435b 4721 572b 6f5f 4f09
LL_SRM 6:43696 6d0d 1f07 2f1d 2f23 3d47 2113 6971 0517 3d27 590b 1f23 390f 7357 070b 2759 230d
LL_SRM 6:43712 4b49 157d 5709 096d 5d2f 3d17 2b09 196f 0553 1f07 090f 0b6f 070d 4f15 6b2d 0d01
LL_SRM 6:43728 070f 7913 0f0b 0d0f 3919 216f 2d07 2b53 0129 2707 4319 1f6b 212f 0b4f 4b01 216b
LL_SRM 6:43744 490f 392d 0763 3915 5f3f 170f 7b1b 0b29 031f 5d03 5f3f 3f67 4707 6f17 432b 550d
LL_SRM 6:43760 7f0f 3f11 771b 0f29 357d 0d45 4b27 1b45 5f23 1f43 452f 153b 6b5f 473d 5d2b 5f67
LL_SRM 6:43776 0711 3bd5 0171 235f 034b 5b6f 0353 5b49 7153 6d55 0323 675f 2d3f 3359 6163 4975
LL_SRM 6:43792 6561 5927 6171 0555 5335 4973 2501 337d 0941 6177 0301 6d53 4361 6961 1115 031b
LL_SRM 6:43808 1559 7515 6b6d 594b 7d71 591d 6359 3959 7519 3f75 1779 4139 6f6b 6963 4f57 7147
LL_SRM 6:43824 6f55 7b67 2175 5971 6979 4915 0363 254d 4977 6171 5d7f 177d 396f 6b15 7f6f 2561
LL_SRM 6:43840 5901 6543 4b15 7177 1119 3165 0b51 7d35 5131 3d35 2531 1175 1329 7767 0121 5369
LL_SRM 6:43856 3953 7133 6963 2b51 1501 2557 1733 697f 1111 3959 0511 1179 2771 614d 1371 6571
LL_SRM 6:43872 7939 5b4d 6971 574b 5d77 6d55 4129 7d7b 751d 3d3d 5f2d 7f25 7f77 5929 7f25 5763
LL_SRM 6:43888 797d 777d 1777 032d 3f0b 3363 6b69 6559 3f63 714f 7f67 6f35 7f25 3d53 6557 7b5d
LL_SRM 6:43904 010f 0f5b 315f 253f 3b1f 5f07 0967 157b 2103 2d45 3737 0f0f 4147 7f0f 2b6b 1f65
LL_SRM 6:43920 655f 132f 214f 254f 0527 790f 4911 550b 650b 2f6f 6f07 3175 190d 5941 0905 0123
LL_SRM 6:43936 7f0f 3d73 1d37 616f 3563 1f75 6f6b 6b03 1545 1f4d 734f 3f1d 017b 1b29 3d6b 034d
LL_SRM 6:43952 0d3f 3d43 6367 2b01 1f4d 0147 293d 2b3f 0f3d 5f47 5137 631b 3f7f 2f15 7b5f 610b
LL_SRM 6:43968 451d 710f 310d 190d 2d0b 4d0b 0709 1d37 2117 436d 2935 0915 110b 3547 4d07 096d
LL_SRM 6:43984 4515 794f 3561 4d75 4347 772f 0725 1907 0119 071d 4125 6937 190b 6d7d 6947 1f3f
LL_SRM 6:44000 5f4f 1b0d 4321 1d25 4f07 1309 3725 0f53 0f5f 2f4b 0d27 6d03 351b 374f 233d 7543
LL_SRM 6:44016 051f 037d 4f67 174d 634f 0103 0f29 2721 0137 434f 555b 6f37 6d3f 135f 5735 3331
LL_SRM 6:44032 6101 631f 4911 7315 2171 5365 3161 1d6d 0f55 7125 3979 397d 2727 1163 0151 3373
LL_SRM 6:44048 2721 5d67 4b05 6777 111b 0141 6121 0121 3103 3735 6111 5f25 4165 754f 2761 1965
LL_SRM 6:44064 2f6b 4963 331d 7f03 7977 7317 4d23 7f2f 757f 6515 6f77 5765 7173 536d 3565 534b
LL_SRM 6:44080 615f 2115 4f3b 6323 7b73 7b2f 6f11 7b49 795d 2b73 7d7b 3f17 1157 6509 5f71 0d21
LL_SRM 6:44096 6111 6335 696d 632f 1131 213d 1701 3173 5111 5521 2103 5b39 2159 4175 4d01 733d
LL_SRM 6:44112 4709 0d63 0525 4b39 0b19 3705 2143 2971 6361 733b 0111 496b 0705 0127 0537 0137
LL_SRM 6:44128 1d23 7931 5b53 5329 253d 2349 1f31 274d 3577 4947 7d0f 6759 5159 0f01 3561 676d
LL_SRM 6:44144 775f 6513 5b7d 756f 7939 0303 1d4d 7177 277f 3733 7d39 3503 375b 3759 717b 1561
LL_SRM 6:44160 4145 450f 3707 4315 0379 174b 3141 632f 0745 0101 1f09 055f 0507 252f 095f 217b
LL_SRM 6:44176 4d1d 450f 4f2f 4917 3717 4545 6957 1527 5d27 011f 251f 3d0f 4309 0717 253d 2973
LL_SRM 6:44192 6b0d 2741 6b67 0319 3f57 5741 1f4f 7f0f 5b1f 090b 1947 1b3d 094d 5f2f 570f 3969
LL_SRM 6:44208 6d17 7f1d 197f 3f4f 6b23 6145 5f55 2327 674f 790b 050b 2f4d 435b 7f0d 2f0f 2f29
LL_SRM 6:44224 2f49 0543 0165 595d 5561 1f2d 610f 2365 616f 0d1f 031f 035f 732d 033f 490f 0f7d
LL_SRM 6:44240 410f 7d4d 153f 5b1f 2d13 072f 2b0d 451b 250b 3375 292d 6d5b 2975 1f2d 094f 011d
LL_SRM 6:44256 671b 251b 792f 0f1b 2f65 6725 5b07 1f2f 5d1d 7525 1d4f 094f 6d3f 6f41 3d6d 576f
LL_SRM 6:44272 2f4b 0b2f 6f4f 3767 4d03 2f6d 777b 1f7b 757f 0b2b 3771 4f01 074f 275f 113d 4b15
LL_SRM 6:44288 6143 6545 0953 1155 2911 0b05 110d 6d31 6505 537b 6741 6b73 0131 5d75 3573 69e9
LL_SRM 6:44304 6103 290f 5915 4535 3351 1f13 7175 1d57 1967 6755 4751 473f 4109 3b45 0303 274f
LL_SRM 6:44320 7763 6341 6b7d 6959 1d3b 610b 7d45 192b 3f77 7727 3701 6f3b 4345 0765 397f 0b63
LL_SRM 6:44336 737d 7b13 3f53 294d 2937 5f01 3937 4b35 7d49 6f63 7d79 5f15 756f 6d43 2f5f 6549
LL_SRM 6:44352 5331 7971 0161 3163 6751 570f 652b 1373 4131 1f69 6171 5735 1739 5167 4505 5173
LL_SRM 6:44368 6311 091b 3d57 0d1f 0141 0f11 673d 3955 0169 1973 273b 6331 1323 4971 4313 1919
LL_SRM 6:44384 357f 0763 6171 0b63 4d7b 775d 3f71 3b75 7977 615b 3d73 374b 7563 6741 7d75 3961
LL_SRM 6:44400 3375 2169 7757 516d 6369 6115 6d1d 791d 3d7d 2559 7d49 1d4d 2317 5121 6771 6d47
LL_SRM 6:44416 4f03 7103 3123 4319 0f03 370f 5d09 455f 2121 2b0f 0723 4947 5903 0b69 2d47 1529
LL_SRM 6:44432 0b0d 037f 0903 074b 0705 3703 3f35 190f 675d 0d4b 0363 030f 750f 0377 5f03 110f
LL_SRM 6:44448 5b1f 7515 5f4f 3d47 331b 3f1f 0f6d 0d1f 0b09 691b 1d63 6b07 7d3b 7307 5747 0b65
LL_SRM 6:44464 436b 6d29 2f6f 6f01 7f2f 2d03 7d35 290f 5d27 5f09 432f 5d47 2365 0f0f 6f5f 6b37
LL_SRM 6:44480 454f 6701 6d0d 4f3f 2b0b 1b17 6145 192f 0317 4753 1b25 5d37 091f 1d2d 034d 150f
LL_SRM 6:44496 1d5f 3769 4d07 3d13 1717 070d 7d0f 3d6f 0121 4d09 5935 5927 090d 734d 070d 6d17
LL_SRM 6:44512 3b7b 1f03 7937 754f 237f 1f4f 5f6f 352f 2f07 3b0d 3545 455d 6f7f 6f47 436f 7909
LL_SRM 6:44528 250f 0d4b 2b6d 2f13 6925 2109 591f 0f4b 7d17 7b0f 154b 4b65 7b6f 0f25 1d4b 410f
LL_SRM 6:44544 4113 6929 0925 0519 1177 035f 356b 411d 4571 534f 111b 6357 2575 2703 7539 0551
LL_SRM 6:44560 6151 015f 6365 317b 537f 3d7f 1b47 1721 0551 3177 2923 4913 5d61 431f 2365 3321
LL_SRM 6:44576 7579 3f37 5775 5357 255f 7f2b 577b 7d7d 6f5b 7f41 4171 4555 6d29 5901 7f1f 4123
LL_SRM 6:44592 557d 7b51 2d53 7945 5b3b 1341 6753 7735 735d 376b 710f 7567 7b3f 5769 7f69 5d19
LL_SRM 6:44608 4959 796b 0159 6143 2305 717b 2d49 256f 4909 614b 075f 5d5b 7d29 7d39 5109 3d6b
LL_SRM 6:44624 5d05 5337 6151 6323 3945 6531 1105 3529 4949 1139 1375 3939 7173 2517 0105 6f05
LL_SRM 6:44640 2b27 7563 7f2b 5d57 3973 0d1f 7753 5f25 7971 7f6b 5b47 7b47 130f 5729 3331 7f71
LL_SRM 6:44656 6f73 275b 4d49 7d39 4f3d 5933 117b 5b49 676d 3949 3573 711d 2f2b 5767 6377 1d1d
LL_SRM 6:44672 4117 074f 1d0f 214d 0355 492d 170b 172f 5123 571d 5f1b 3b23 6d5b 2d27 591b 1b6f
LL_SRM 6:44688 0d03 272f 1903 017d 1515 6f5f 1119 0f0d 5301 234f 2301 2705 031d 3957 4309 032d
LL_SRM 6:44704 731d 1729 7b27 3d77 4777 0d19 5f6b 0f5f 2f4d 7961 577f 3b41 1b1d 4b7d 3d0b 3b49
LL_SRM 6:44720 4f6f 0f4d 752f 3507 1f3b 1727 6f3f 6f0d 6f5d 3f09 5d0d 4b1d 6d4b 2701 1d3f 0f1d
LL_SRM 6:44736 250d 1b4b 7f0b 010b 293d 0557 070f 030f 1b6b 1977 4169 0b75 0b0b 670f 030b 213f
LL_SRM 6:44752 050d 512f 4d31 0d4b 0f43 4569 190d 1703 0519 7b1d 271b 672d 0d05 2d3f 4d3f 6b0f
LL_SRM 6:44768 390f 2f4f 1d6f 0107 7d27 7f27 4b4f 2b01 5d0b 4f0f 692d 1725 654b 690b 2f57 2121
LL_SRM 6:44784 3f67 2f2f 0765 2375 0365 1f21 3b0d 1507 4f7f 4709 114f 1f59 7f5b 4f11 6f7f 0f15
LL_SRM 6:44800 4509 0529 7101 1165 7139 210b 0573 053d 2121 6975 0153 6b4d 0141 211f 5771 4119
LL_SRM 6:44816 2141 013d 6167 1931 6931 2d59 4175 0341 1305 012d 4141 491f 4121 451b 7f59 7b0d
LL_SRM 6:44832 1d71 7b47 5577 3f49 3729 6d75 7b5b 5323 7761 3b7b 4f75 1913 7975 555b 3d21 6527
LL_SRM 6:44848 377b 2963 7f6f 7d41 7d3f 251b 317b 5101 677b 5539 7d43 5535 4f7f 6d39 7729 2f1d
LL_SRM 6:44864 5551 6711 5f45 5305 3511 5117 2159 4901 6925 3533 5b01 216f 3b67 3f31 5971 3f49
LL_SRM 6:44880 4d73 4733 0571 1567 0359 073b 1121 5135 4d23 7175 4123 0915 1119 2f51 7163 4b77
LL_SRM 6:44896 192d 7f6d 2d73 4979 715f 7573 1f53 655d 0f7d 7931 5771 471b 737b 052d 6977 7b17
LL_SRM 6:44912 5753 6d3b 1733 674d 3d7d 492d 4f73 3d29 7b3d 3b71 6b7b 4f25 4179 31d5 7b7b 1537
LL_SRM 6:44928 1509 4b73 1769 171f 1711 5757 0f09 0103 0107 7329 230f 1503 7d4b 4735 6901 6b69
LL_SRM 6:44944 4721 357f 0b53 230b 5f4f 011f 552b 454d 4317 210f 0b25 0375 0f05 0d0b 2d15 5361
LL_SRM 6:44960 7b5f 2f05 6f01 3319 1f13 6309 671f 7f67 0f3f 5f4b 2d0f 1f05 1d7f 7301 171f 5b07
LL_SRM 6:44976 1967 7d2b 6901 2d45 1f1f 5723 1f5b 7d25 2b4f 2747 5b37 0f01 332d 7f43 5717 7b0f
LL_SRM 6:44992 3b41 017d 010f 3351 3d05 670f 650d 4f4f 1527 072b 0b03 1f0b 0d1b 290b 3321 714f
LL_SRM 6:45008 2501 577f 4d5b 0f1f 2f0f 2505 010f 2d7b 3d43 6f5f 7547 070d 2115 0f3b 1347 3f17
LL_SRM 6:45024 193b 1d13 5719 7761 1b5f 797d 170f 0b79 7f3f 5511 5d5f 115f 7b2f 0503 3d27 216b
LL_SRM 6:45040 495f 270f 4101 2d03 1b4f 1107 2f5b 1f2d 675f 4d07 7737 7d17 5715 5b67 7f0d 7f19
LL_SRM 6:45056 012b 2f5f 0f03 2b4b 0d05 095f 1715 0337 3b05 034d 6109 0b61 0b0f 5b4f 450d 0d6d
LL_SRM 6:45072 0727 410d 1719 013b 6335 297f 3b29 331f 4f7f 0d11 411f 435f 0b2d 3b01 6b03 0517
LL_SRM 6:45088 5f15 075b 7b3f 3535 675f 193d 7d2f 3b19 6f3f 0f1f 7f4b 5375 7b0f 5939 233d 4d1f
LL_SRM 6:45104 1119 311d 3707 0f77 572f 3739 796f 7b05 012b 0f63 4d0d 0f25 5f4f 1f05 3f7d 5b29
LL_SRM 6:45120 0f03 1535 1321 396b 0d2d 0f4d 0f39 3f49 417d 2f7f 2329 4123 492f 4535 0957 272d
LL_SRM 6:45136 6339 0d3f 0301 3107 0b27 476b 4d23 4527 2f3d 3d2f 0507 393b 090d 2319 0d1b 0b3f
LL_SRM 6:45152 7d57 1b01 1f6b 6b5d 0f2b 1f09 1f39 516d 5d79 573f 5b0b 3511 4d3f 0f0f 1b5f 6f1d
LL_SRM 6:45168 6715 534f 7f5f 4321 4f71 5927 6f4f 3703 4f67 4f17 0d17 6905 776d 3f07 1d15 134d
LL_SRM 6:45184 5553 1973 1131 7b29 7165 791f 4961 594b 5d45 130f 715d 4d71 4155 1527 7731 5d51
LL_SRM 6:45200 2379 0169 4919 7139 1d09 3163 4133 7553 3969 3155 4351 0961 0153 155f 6179 6175
LL_SRM 6:45216 3137 6d47 777d 5d39 5175 2339 5177 5141 4b31 3d31 2d63 1149 5965 7571 7159 3511
LL_SRM 6:45232 5567 2f01 7775 6f41 2715 5931 6b33 2b69 717b 5567 3179 5f69 4957 6351 5135 5955
LL_SRM 6:45248 7537 6575 0955 177d 6111 2f75 0951 1571 4d65 3335 2d61 5501 3f01 1971 1751 3733
LL_SRM 6:45264 2101 111d 6323 0545 4111 2d55 0951 6f65 6153 3139 6d63 0b71 1b11 536d 1519 0915
LL_SRM 6:45280 7f77 7943 515d 4f25 4b59 7315 7b57 6949 7771 6541 797b 3363 7767 0525 7175 737d
LL_SRM 6:45296 5d63 7331 3b29 2333 4931 3559 4935 5569 6b7f 3973 3d23 5b1f 1171 6f09 7367 5929
LL_SRM 6:45312 0145 4937 3b19 0145 1f41 431b 4507 1f1f 715b 3957 3511 336d 0115 0b01 1f6f 7b7d
LL_SRM 6:45328 073d 1103 0513 634b 5749 191f 0d13 212b 0b21 031f 0733 052d 0303 4907 0903 135d
LL_SRM 6:45344 5d7f 4717 3d61 6d35 0f2d 7b05 5f3f 011f 3b6d 7f3d 5d77 2507 576f 0f17 4b23 0353
LL_SRM 6:45360 3525 2d01 3f4d 3f39 7d17 5f67 511f 2547 2f7b 074f 2f0f 4b37 5b53 0f07 1d5f 2335
LL_SRM 6:45376 0121 4f57 4927 192d 0b2f 2343 1f1d 0d69 6d11 452f 170d 4f79 4143 1f2f 554b 054f
LL_SRM 6:45392 2109 494d 2f67 6d2d 3f09 692f 1319 0d21 430b 0513 0149 613d 370b 6d0f 3d21 6503
LL_SRM 6:45408 7517 1955 0317 5d17 1f1f 4f41 177f 7f4b 6f5d 0b5b 5b1b 0f07 1d5f 0b03 6f59 3b57
LL_SRM 6:45424 0b5f 751f 4967 714f 7f4f 1331 7d7f 1d5f 2b57 2f27 0d3f 3d0b 1f2b 0b6d 5b73 012d
LL_SRM 6:45440 5109 6563 1129 1355 3369 5363 6565 7143 492f 4951 2d61 7947 0535 4d5b 697d 217b
LL_SRM 6:45456 4f45 1179 0b25 315b 4373 197b 5129 2d55 2f01 3b3d 7735 7139 1b51 310d 3b79 1f63
LL_SRM 6:45472 5f49 752d 7971 2135 273b 5749 3d77 3d51 1765 795d 0f1f 3d65 7b13 7b11 6f75 3575
LL_SRM 6:45488 6d75 414d 1b2d 552b 2f7d 5163 6173 2957 1779 1901 1379 132d 771b 7b3f 2b73 6149
LL_SRM 6:45504 7129 637b 6171 652f 1161 6537 4161 0b41 0f61 7331 6173 3f57 3155 3127 5b4d 5f01
LL_SRM 6:45520 4923 5151 4153 2d45 4301 7977 7727 3971 4133 1577 2121 5377 1179 473d 4b41 3737
LL_SRM 6:45536 7d3b 6101 597f 7167 6d1d 5923 5d51 3f53 537b 791b 6f7b 3953 0f1f 5965 7963 3b45
LL_SRM 6:45552 7f61 393d 4f79 4f7d 6957 5b71 197b 210d 3159 2b13 316f 3925 6575 5573 1f5b 5b11
LL_SRM 6:45568 0905 054b 3f05 0f03 2125 651b 2505 0d27 4549 1733 090f 4d0d 511b 6115 070f 0361
LL_SRM 6:45584 0909 0b2d 1563 4b0d 6f0f 1523 0347 4d69 2533 193d 470f 5f29 353d 430f 610b 396f
LL_SRM 6:45600 1f3d 090d 6d7f 6167 3f2d 2b0d 4917 7f29 7133 7f2d 456f 0f2b 377f 3f5d 5d7f 5b17
LL_SRM 6:45616 1349 3b11 791d 7359 2d1b 0901 5b69 4f21 792f 597f 6579 2f2b 195f 6905 133d 3d05
LL_SRM 6:45632 030f 055f 0b11 6f0f 1d19 1d3f 1707 0517 4f0b 0b69 250b 750d 010f 152d 2f03 075f
LL_SRM 6:45648 434f 0761 1145 292d 412d 1773 0707 234f 5161 2b6f 6705 4157 2771 7357 3d1b 2d29
LL_SRM 6:45664 6b7d 7969 5b3f 3361 457d 0b13 7723 0d7b 4f5f 073f 2b5f 7b31 6f3b 2f03 670f 052d
LL_SRM 6:45680 3375 094d 735f 5727 6d1b 6f01 6f0f 196f 2d5f 4761 2f29 6105 0d1f 4d1d 1f75 134d
LL_SRM 6:45696 0d71 5f6b 6129 6577 1535 7d71 5951 691b 4101 154b 4177 7721 0701 717d 6379 456d
LL_SRM 6:45712 1315 7115 7f51 0939 2543 214d 1f05 6f3b 7931 314b 010f 4d79 7d69 5775 7155 3149
LL_SRM 6:45728 577f 7767 3369 7703 3767 4173 5321 7551 7759 7159 4d47 3541 7341 7f4d 7771 7133
LL_SRM 6:45744 2539 7779 7727 4173 4177 6161 6331 4515 275b 2933 7111 6941 757b 1365 6d77 5339
LL_SRM 6:45760 2515 257d 4141 5967 1961 7d71 5f31 756f 5175 3573 2171 1133 5151 5135 7363 6779
LL_SRM 6:45776 3905 2123 7155 7777 7341 1777 4339 1d77 6173 397b 4d61 4373 7f51 7f29 2971 1d31
LL_SRM 6:45792 7377 4557 4375 7159 3f35 071d 397d 6b69 391d 215b 1761 717b 6353 6131 516d 270d
LL_SRM 6:45808 7b73 496d 7f21 5b75 5373 5313 6d2d 3539 6961 2155 7d7f 216d 6171 1173 2919 754b
LL_SRM 6:45824 0f79 0509 472b 6909 1d0f 435f 090d 2967 2b23 157d 0301 174d 0701 1d45 050d 3535
LL_SRM 6:45840 3125 4165 1d09 2f15 0741 7f0f 0f09 2571 0927 1967 4b17 597b 170d 1b27 0f01 4313
LL_SRM 6:45856 234b 7d37 772f 176f 7139 4143 3d0d 6b4b 270d 4d2f 4f7f 4b47 277f 6311 437f 7b31
LL_SRM 6:45872 2f4f 2d47 3f7f 317b 7d0f 6f71 1d0f 0947 256d 3121 7d4f 672f 457d 6f2d 3d5f 5f79
LL_SRM 6:45888 1157 3109 1109 214f 0341 0f57 0553 5337 090f 6159 0b29 4d37 0f33 2f39 7145 2d21
LL_SRM 6:45904 070b 3327 0f45 2d3b 2f79 1f55 0b09 0f69 6b1b 232d 1903 0f0b 550b 2b29 672d 1967
LL_SRM 6:45920 1f77 635f 4b0b 6b0f 6b05 0d09 777f 5d79 1f75 273f 3f4f 310b 5b79 4d59 7925 1b23
LL_SRM 6:45936 1f2d 6b5f 5b6d 4f7d 5b21 491b 252d 2171 6b53 3319 7b05 1731 0b5f 477d 2f5f 5537
LL_SRM 6:45952 1b11 0363 0d31 1d51 2543 7d6f 0147 7171 3535 1177 2361 757b 2d41 2107 0971 7545
LL_SRM 6:45968 6559 0571 5359 355b 2159 1311 7501 2d61 7b43 5d1b 5d43 7155 0751 594d 4101 537f
LL_SRM 6:45984 7577 697d 6959 113b 6f7b 5153 6f33 2141 3335 3903 7973 3967 677d 4773 2f71 355b
LL_SRM 6:46000 1973 6d53 4d71 4375 6761 7741 4f4d 6b29 2949 6933 6979 6d61 7b61 0731 5341 5125
LL_SRM 6:46016 0d71 7151 5121 1739 5571 7133 6515 1b75 1331 471d 0741 0b33 5161 7135 2707 3771
LL_SRM 6:46032 0351 7739 7921 0d77 2f61 555f 0979 7377 3b3d 6777 2151 716f 151d 1d67 2169 7f25
LL_SRM 6:46048 5967 5f41 4b79 531b 756b 537b 4759 596b 2b75 5931 6f0b 7311 1b23 3701 6779 7119
LL_SRM 6:46064 7965 232b 7375 1143 3967 1503 2f59 7161 3d37 5131 1979 7d59 2773 551b 5379 710d
LL_SRM 6:46080 3d03 734f 2115 2d67 4503 171b 0f53 1f7d 073f 577b 1707 4343 1d5d 4b2b 7905 7b17
LL_SRM 6:46096 5549 4b5f 0f03 032d 292f 273f 071d 2917 4d0b 0d15 0507 2d21 3901 2b23 4127 090f
LL_SRM 6:46112 0b6f 734b 0d2f 6525 7f2b 6f1b 0b15 313f 2d53 2f57 0f4d 250f 5d7f 3745 670f 070d
LL_SRM 6:46128 2345 2f45 190f 2b21 3d7f 6f6b 4b3f 394f 7f17 330b 150f 470d 576f 030f 676f 1f7f
LL_SRM 6:46144 0713 6d5f 1543 032d 0d05 2b19 0909 414f 0f09 5529 250f 2545 0f31 254d 551f 253f
LL_SRM 6:46160 0129 035f 1d21 1709 0169 7f67 2713 2d6b 2523 291f 4503 1d2d 4b65 552b 4f0b 197f
LL_SRM 6:46176 570f 0907 6b2d 2b1f 391b 6703 377d 0749 6d07 6959 792b 5909 6b39 254f 0f45 0b23
LL_SRM 6:46192 6305 4b27 7f5d 2905 0d4f 5349 7b5f 2525 3f09 0d21 5d0d 112d 657b 1903 4b4d 153f
LL_SRM 6:46208 0703 4133 1575 0947 5d75 3d23 3123 2575 6915 3171 1d19 0b61 3777 0965 0b1f 2961
LL_SRM 6:46224 2545 3313 3921 5163 2f61 174b 014f 6973 1169 575d 1b6b 037b 5923 4905 5151 6973
LL_SRM 6:46240 393d 6d71 453b 3d13 371f 2f7d 6103 0103 7b7f 5333 2179 7b37 1f57 4b25 7111 1155
LL_SRM 6:46256 753b 7d21 3b7b 573b 6d3f 4b71 7173 5511 3f79 6b27 3105 7145 752d 7b11 5f5b 7361
LL_SRM 6:46272 0363 1913 5347 7771 3941 1d6d 5101 0563 2913 1141 3d71 4b75 1117 3969 7111 1173
LL_SRM 6:46288 2369 2d51 072b 6345 4307 5b03 5d35 2d6b 5579 2d73 7949 477b 4141 1373 1509 2561
LL_SRM 6:46304 3775 1d31 115b 6729 0f73 7525 712f 5549 757d 637d 7773 4355 7939 6d59 4d65 4b59
LL_SRM 6:46320 0f33 7b79 1547 2f0b 7555 1b11 7717 1f63 117f 7943 614d 6137 6957 5d13 1757 354b
LL_SRM 6:46336 0107 136b 610b 0111 2105 0d6b 3543 437b 0109 4d47 5b41 0527 090f 371b 0929 517b
LL_SRM 6:46352 050b 0f69 2f63 391d 1135 276f 275f 4f63 696b 4f3b 050b 0b0f 2323 511f 0121 0539
LL_SRM 6:46368 1d7d 4d09 071f 4765 3d17 5d61 6f01 1f0d 777b 1d4d 4b6b 4937 5d7b 6121 1f5b 1d2b
LL_SRM 6:46384 231f 4319 294f 336b 4f3f 4b3d 5b3d 0b33 5d55 7d45 0767 194b 5b0b 1d07 0d0f 6337
LL_SRM 6:46400 4905 5b67 2b39 0f0f 0503 756b 4105 2515 091d 0721 1f49 0d1f 2707 2303 4d2f 6727
LL_SRM 6:46416 5713 7123 452d 171f 0303 4571 4505 6f4f 4719 450d 0b03 650f 052b 0b1b 7d0f 533d
LL_SRM 6:46432 3117 4f03 174f 6703 6d37 077b 5d1f 2119 3f1d 3b01 6d21 2d79 5f6d 6b0d 5f4f 0d7b
LL_SRM 6:46448 4f3b 496d 455b 0737 7d49 1b07 7b6b 7503 6f1f 6957 4b4f 4f27 036f 7735 5b5f 2f0f
LL_SRM 6:46464 397b 6b51 1525 1369 1b31 4b1b 5145 336f 0305 7771 2355 057d 7339 7d29 6b5d 154d
LL_SRM 6:46480 0173 237f 7b4b 0735 7539 151f 3575 3965 4171 2173 4171 7157 3963 417d 5905 457b
LL_SRM 6:46496 6b45 7d49 497f 3b67 3d7d 7131 6d71 7d33 736f 5569 7171 6d51 7d63 2721 757d 5b59
LL_SRM 6:46512 737b 3319 2b3f 4933 692d 3f0d 5d0b 3735 3f61 295f 735d 3741 5153 4f73 4569 2f33
LL_SRM 6:46528 0767 496f 1901 1969 3569 2d39 0931 3757 5739 3f7d 2713 4373 0145 0b13 0107 517f
LL_SRM 6:46544 7d35 5979 0721 477f 2561 233b 6571 0b7b 5b25 791d 4953 756b 510d 030d 2147 4d6f
LL_SRM 6:46560 4f33 7151 7b47 6965 7d5b 7149 1359 6921 5977 6129 557f 7575 6729 750b 5355 4903
LL_SRM 6:46576 3b7f 6761 613f 150f 7b5f 3921 1d51 7577 677b 5771 736b 6f61 6533 691d 5b59 2b09
LL_SRM 6:46592 0131 5b17 4f0f 3177 0909 3f69 4957 471b 5d25 2d45 0501 6d6f 0955 0337 014b 4923
LL_SRM 6:46608 0f29 0737 0f15 0b4b 794d 2d37 1f0f 2d1f 210d 0369 4307 431f 234b 651f 414b 3d7b
LL_SRM 6:46624 1f13 2925 3f4b 1721 3b6f 771b 5f57 5b05 6b59 0f03 7f77 590f 574f 6f23 3d4b 5b2b
LL_SRM 6:46640 656f 6b39 6f5f 1119 693b 435b 670d 7521 0d17 7f51 5f35 2f0b 1d4f 0f3f 3f47 5115
LL_SRM 6:46656 4d05 0f33 0103 6519 0b25 015d 6329 6939 0b49 1d37 290d 2f1b 550f 4f59 093f 2303
LL_SRM 6:46672 1915 1755 272f 0d23 4107 2357 215f 4b69 3101 0d2f 4901 2521 0123 4b3d 4343 5501
LL_SRM 6:46688 4337 4761 676f 6d7d 1f67 5727 4f7b 5b13 5b71 3b6b 3d3f 1d07 577b 6f0f 5d27 476b
LL_SRM 6:46704 5167 2729 256b 4f37 2d3f 1d2f 0b07 056f 5f73 072d 1d1f 2b4f 0f0b 0b55 375f 372b
LL_SRM 6:46720 2971 3f55 2575 337f 2f11 7947 0931 6131 2515 3527 3151 1563 3171 572f 0577 3571
LL_SRM 6:46736 5171 5545 5169 0519 3b11 7971 2131 6975 6929 7f3f 7f51 5575 0179 055d 2175 1539
LL_SRM 6:46752 7923 6919 312d 6509 7f77 0575 3771 555b 7733 4911 4763 612b 3f41 7f39 5773 7971
LL_SRM 6:46768 1925 0d55 7777 5313 477f 2369 2771 2b01 556b 3571 1f75 0137 5721 375f 1d15 4163
LL_SRM 6:46784 5571 715b 6109 333d 0f1b 3f11 253d 0773 5155 4d13 3177 5517 073b 0d55 1761 7153
LL_SRM 6:46800 1115 637f 1351 4d69 4b45 3571 333f 197d 0531 557f 6161 577d 417f 5d69 2d11 3165
LL_SRM 6:46816 5351 1115 5561 5361 5d61 6b15 3d71 1771 5f7d 3521 7d6d 7975 7b3b 7333 3365 7b31
LL_SRM 6:46832 6735 1751 775d 7547 5163 5933 775d 1735 7773 3d29 5f79 6765 6373 0965 757f 2f61
LL_SRM 6:46848 091b 4f45 6b21 6b2b 2379 273f 0303 033f 1351 4725 1307 432b 151b 3b2b 051d 0749
LL_SRM 6:46864 0721 5b17 050f 171f 3301 0757 4535 690f 0d13 1b1d 450b 6b67 5b65 392b 030d 670d
LL_SRM 6:46880 675b 053b 2f17 0703 5f73 310b 6567 0501 752f 651b 0f6f 6f09 357b 070f 7f5d 7513
LL_SRM 6:46896 076f 5f4b 6f69 0d19 337f 5323 4f5b 5f5d 2b73 616f 1d1f 2769 4f2d 2b5d 7f2d 6f3d
LL_SRM 6:46912 0b27 290f 593b 0945 0925 7313 4b03 3d55 1747 5779 354f 0129 7b1b 7957 3b4b 6d1b
LL_SRM 6:46928 0909 0b2b 2907 4357 4d13 0d11 4b29 231b 6115 3b33 531b 0d01 1941 1905 6b29 5b1d
LL_SRM 6:46944 1979 2d4d 4b7d 6527 6f2f 1b13 0b2f 7d09 075f 4f67 3367 0367 134f 0947 172d 3551
LL_SRM 6:46960 6d15 7935 4b2f 1317 5f19 656b 2f3f 0d0d 4d07 153d 0353 3561 154f 674f 5b3b 2d43
LL_SRM 6:46976 6545 7355 2503 753f 4319 6f4d 034d 5571 617d 537f 233b 5179 6959 1161 5161 5775
LL_SRM 6:46992 534b 5977 6105 756d 3f21 4769 4701 214d 5109 395f 6141 5b69 2171 6d7d 7571 2b73
LL_SRM 6:47008 2353 6f07 610f 6f59 735d 1317 1145 1131 5f7b 3f55 795b 6307 7949 7565 5d71 6141
LL_SRM 6:47024 7b41 3b45 6d27 7541 1b53 7101 0f7d 7565 6b57 7721 5355 750f 4359 5141 5757 7149
LL_SRM 6:47040 1923 4d49 2953 512d 2119 4125 3115 696d 6901 5b5b 2771 5135 4521 5167 5b33 7305
LL_SRM 6:47056 590b 3525 5571 7571 5501 494d 632b 713b 7103 6715 3975 274d 3165 4979 516d 1365
LL_SRM 6:47072 350d 6f23 692b 3353 0331 6d35 7733 4319 5763 3355 2b75 5f39 7739 3915 5535 695d
LL_SRM 6:47088 637b 2d59 6f55 7b6b 7b21 6175 3d57 7d0b 011f 6763 3b59 3533 6b79 6141 791b 7b2d
LL_SRM 6:47104 5d63 211f 454b 2f15 0507 1b39 0943 2d2f 4779 232f 5329 013b 470f 031d 2313 0d21
LL_SRM 6:47120 0359 4325 254b 0715 4303 4f09 030f 414f 051f 0d55 6143 453f 1311 4317 152f 4d4f
LL_SRM 6:47136 7f3d 2109 5f65 7d4b 0f7d 2909 670b 151f 4d1f 1f0d 4b5d 530b 3b13 4f0f 0f1f 0b4f
LL_SRM 6:47152 0733 037d 5f1f 1935 0d6f 5f2f 5f4f 4f05 1f7f 231f 532f 4d05 5b43 296d 2b2f 1b35
LL_SRM 6:47168 1521 5903 4d31 2b0b 7b31 4729 4901 414d 2111 1b7f 236f 0f03 554b 4309 1d4d 5513
LL_SRM 6:47184 0941 5b07 350d 2f07 3b01 373f 1769 492f 6101 114d 3303 6f35 0f29 1b0b 1b07 011b
LL_SRM 6:47200 154b 4d69 0b5b 7307 774f 0f6b 2709 3915 2f3f 494d 7f15 0d09 5b6b 3d71 151f 1723
LL_SRM 6:47216 3f27 3f59 631f 7901 370f 3f71 2967 4f33 2f17 0d3f 673f 1947 052f 3745 0b5f 7965
LL_SRM 6:47232 0145 2175 276b 7373 3961 513b 3911 5941 4b33 517f 3145 1151 2967 2939 377d 6757
LL_SRM 6:47248 6911 511d 7379 1b27 254d 3f61 0f43 6779 293b 5751 0b6d 0109 6341 4961 5b09 6369
LL_SRM 6:47264 533d 7531 6927 3121 2539 7d67 7771 0739 370f 7305 6365 3b11 1929 4d63 1b7d 7167
LL_SRM 6:47280 3569 7f21 7767 6d63 7509 1b71 4565 7969 2f4d 7f01 5f3b 6b0d 695d 4f47 5d2f 0d31
LL_SRM 6:47296 7361 6121 2351 7167 1121 6f71 7153 193b 4d79 4753 1155 0369 5b77 0d75 6943 2f71
LL_SRM 6:47312 1373 517b 0151 5d53 5179 3d79 6163 0771 3109 1d35 3911 553b 7141 5531 2955 137d
LL_SRM 6:47328 7777 5b41 7571 6d01 757d 2107 3b7b 6d55 7939 7d27 517d 7135 591b 7371 7755 3941
LL_SRM 6:47344 7b3d 5f29 6f7b 6179 2167 3171 6775 2953 7315 5161 6d31 7771 3d0b 417b 4979 7137
LL_SRM 6:47360 0f4d 374d 1d17 0511 1f7f 4d15 0b71 192d 0b37 2f77 6921 0149 074f 793f 012f 7f29
LL_SRM 6:47376 5951 170f 115b 6b47 0901 1507 6109 0b37 551d 5b2f 4f03 671f 2b0f 0d07 6709 6b0d
LL_SRM 6:47392 795f 770f 7f6f 4737 0d7f 6f69 074d 0d4f 076f 1b3f 172f 330b 0f0d 671f 5d4f 1305
LL_SRM 6:47408 2f1f 7b3f 4b2d 1767 3b77 3b45 1f17 577b 1d2d 793b 593d 6b15 295b 2719 5d3f 2f0f
LL_SRM 6:47424 3341 4751 7b05 0d33 3f15 2f47 1f33 334d 4347 0f75 1135 0969 230d 0303 2353 072f
LL_SRM 6:47440 053d 6b4b 030b 0d27 6d45 0725 6527 7f59 4f0d 1511 050b 3559 550f 2b39 1b0d 0b4b
LL_SRM 6:47456 697f 3d65 3f59 4769 7f1d 1d6d 7d4f 0147 5179 074d 5507 5f49 3f1d 097b 3965 3503
LL_SRM 6:47472 493d 4f61 5967 0b6f 2b77 450f 330f 092b 1b6d 5f0b 590f 4d07 6f69 5f3d 6b2f 7f37
LL_SRM 6:47488 3f25 5f71 5513 3115 7121 752d 3169 417b 4173 5347 2163 4921 531b 1f3b 0111 753b
LL_SRM 6:47504 432b 4777 0921 597f 0145 6375 2365 7375 2921 713f 2311 5155 3961 6379 5569 0963
LL_SRM 6:47520 5173 4761 593b 2347 533f 1b41 6b73 7d29 5b33 7b29 1f5f 7141 230f 6b19 3d75 5b67
LL_SRM 6:47536 2f71 435b 7f73 5d41 7f1d 6323 7d75 6915 5f75 7f09 4f7d 6b31 7d5d 3f29 793d 7121
LL_SRM 6:47552 0b45 7b79 6d7b 3755 7523 1d71 3149 3161 7371 1175 195d 4165 196b 311d 2575 3971
LL_SRM 6:47568 3f05 656b 0725 7353 4139 6743 751b 5d7f 1933 513f 3903 2153 5149 3f63 3521 4b5d
LL_SRM 6:47584 2f77 6941 376d 7d11 357f 6131 257f 6111 2f77 5571 1979 4161 2571 7b51 452b 4301
LL_SRM 6:47600 3769 7525 1d71 015d 5d65 1115 5165 7d11 7175 5901 6571 5d05 6555 4b35 5571 7511
LL_SRM 6:47616 131d 3f1b 0b21 4329 3111 091d 4301 3d35 0b07 194b 4f19 2d33 0b59 291d 0707 0b09
LL_SRM 6:47632 1525 0f43 091f 4d03 1f0d 337f 012b 053f 0531 2777 0f49 196f 1d25 172d 0501 0b43
LL_SRM 6:47648 5f6d 0503 337b 2b1b 4b6f 156f 3f73 1b41 5737 4f7f 5f5f 7f0d 6d4d 2b27 577f 6d4b
LL_SRM 6:47664 6d73 5d79 0129 5f4f 3f1b 6567 3b5b 0f1d 3d1f 3d4d 3f4f 5159 7d5f 4f2b 1b2f 1f0f
LL_SRM 6:47680 0161 290b 0705 4d41 090f 0d3f 5701 3563 090d 1d47 0745 750f 096d 0545 0b03 172d
LL_SRM 6:47696 4101 1169 010d 1b0b 0b09 636f 5509 197d 3d0b 074d 7f51 0b2f 3739 312f 1d4f 1f0f
LL_SRM 6:47712 731f 2d6b 3d37 7555 675b 013b 715d 7769 1d07 2557 6f7f 2b53 6f2d 1909 4d1f 6b7b
LL_SRM 6:47728 6f7b 675f 7d37 7b0b 6f6f 7d21 1f7f 0539 6f7d 3d2d 375f 3521 5d3d 2765 497b 6d2d
LL_SRM 6:47744 2151 653d 0505 5f39 3303 3d3d 777b 1b23 1501 2377 091d 5173 0125 4531 0969 313b
LL_SRM 6:47760 6f51 797d 2165 3759 650d 1955 3b15 1575 7365 357b 3143 3571 0b51 0335 3365 5301
LL_SRM 6:47776 6b7b 7f7b 5b77 0915 7579 2f31 7b71 5f51 695f 7917 4351 3143 273b 6543 0965 6f21
LL_SRM 6:47792 3b6d 6b79 635b 6f31 7d21 5779 1521 5143 7d5f 2f73 6b71 3d4b 5147 5d09 6979 6f41
LL_SRM 6:47808 7113 5f45 0313 5f7d 737b 7557 3511 5169 1365 4133 7545 5157 193b 6959 2133 497f
LL_SRM 6:47824 7129 2139 4373 6319 6123 0959 5939 3371 2133 0d77 6179 6171 6519 4161 531d 432d
LL_SRM 6:47840 1757 5119 6f75 0951 6759 5521 5b5f 3321 7969 0b0b 3355 4777 6d71 4315 1975 7313
LL_SRM 6:47856 1d77 3501 791f 0303 555f 7949 7555 7163 357f 0b09 7577 6d75 6773 0513 6575 6571
LL_SRM 6:47872 5b09 0725 0369 1771 0133 234b 170f 0773 691f 075d 2513 2d4f 012f 1b17 0111 4121
LL_SRM 6:47888 2523 4137 752f 4d6d 2b03 0d4f 7747 472f 4f13 456b 0f0b 4329 0305 4525 094f 0b4d
LL_SRM 6:47904 7d4f 5317 272f 5f23 470b 0f4d 731f 4d79 6f3d 390b 372f 0759 1f1d 5727 7f2d 2721
LL_SRM 6:47920 4d7d 4b55 031f 7b69 7f1d 0b7f 4375 2d01 2f7b 7b17 7f07 671f 1b5f 0b35 3747 2f21
LL_SRM 6:47936 6131 6b21 0703 671d 0f27 6b11 5103 377f 052b 4d19 0323 095f 332d 591f 1365 116f
LL_SRM 6:47952 1d01 0f6b 0961 6b1f 3b6b 2f39 1121 1765 0d0d 0f47 4509 2929 090b 0727 0313 1103
LL_SRM 6:47968 370f 570d 5f27 5d63 753d 454d 575f 0f73 7d2b 3b7f 5d39 252b 7317 510d 6d0b 2147
LL_SRM 6:47984 7f67 4b15 136b 4d05 531d 034b 4d4f 7f0f 1f1f 7f51 256f 094d 0d19 5b39 0d37 5f27
LL_SRM 6:48000 0d51 2f3b 1947 391b 0b79 1d37 0551 5f79 6d43 0d71 4501 6779 5949 2377 211b 2373
LL_SRM 6:48016 4551 5b65 4371 3d77 2503 1737 2d41 7777 2d37 331f 7125 157f 7b75 7f71 4353 5b11
LL_SRM 6:48032 5171 6347 2729 2f1d 3169 5331 7b3f 3f61 6b31 1f75 1d6d 0379 137b 0113 6571 7929
LL_SRM 6:48048 4b57 6b75 293b 3121 7f47 611d 797d 3f61 0f69 5761 737d 7f51 573d 3f19 2b21 6901
LL_SRM 6:48064 5141 794f 2571 6951 715d 1763 592b 6b4b 4921 0973 0551 0773 490d 6547 7141 4739
LL_SRM 6:48080 3905 5f6d 2b71 4d51 1909 1371 2b03 6979 6951 0977 3741 3f33 492b 737d 6d01 2113
LL_SRM 6:48096 4349 5361 5f61 3931 793d 6563 4b11 6d71 5d4d 6751 7d1d 736f 6925 2169 6d53 5d51
LL_SRM 6:48112 3d3b 5b71 6577 737b 7f73 1955 597d 5315 4771 2723 7971 3335 0747 6175 295b 6115
LL_SRM 6:48128 0907 4105 6707 416b 4101 4363 3929 6f1d 390d 0119 0f47 3169 3927 4303 0d05 0f73
LL_SRM 6:48144 0f29 3351 6d27 4d63 0925 057d 4157 2525 0f7f 036f 250b 2d03 5d3f 2f5f 0509 1709
LL_SRM 6:48160 2f0d 171f 0f0d 0f11 2d6f 3b43 3d7f 4971 577f 4925 5511 5311 175f 4547 6b07 0d17
LL_SRM 6:48176 6f6f 650d 2f67 3f29 4b5f 4565 2b4f 410f 0f0f 010d 353f 3b57 675d 0b61 6f2b 0d0b
LL_SRM 6:48192 510f 5b3f 254b 5f19 1b65 2f0f 4f6b 234f 0501 3f2b 5327 0519 352b 2b2b 0727 533b
LL_SRM 6:48208 6b2b 4d39 5531 434b 5f09 1329 011b 2b49 4711 3b0b 655d 0b61 2749 690b 1b07 2149
LL_SRM 6:48224 1f7b 4317 716b 7f4b 734f 0f13 711f 3f0b 1347 651b 1513 2b09 6d0b 4f51 553f 0b29
LL_SRM 6:48240 2f7b 672f 7d6f 3d2f 3759 656b 251f 0d6b 6745 7f39 4f2f 5313 7f1d 4f47 7f6b 3707
LL_SRM 6:48256 0141 2b33 4931 4379 2935 3353 5153 7905 3f79 1353 0741 4529 5323 5571 7361 691d
LL_SRM 6:48272 3323 754b 712b 5579 1111 6973 2731 2975 6935 591b 0b21 7959 4119 0363 6165 2b2b
LL_SRM 6:48288 7b67 7931 2d7b 7f75 7157 5363 5337 0113 4b77 3b7b 7553 6165 7379 1331 7361 6f01
LL_SRM 6:48304 7b79 5159 6977 1b31 5175 3953 5965 3d21 377d 3105 3f77 7d7b 6755 670d 7365 0169
LL_SRM 6:48320 4975 1b35 7573 5d1f 3151 2f5f 3331 6f27 7969 5567 5963 273d 2161 0173 5521 332f
LL_SRM 6:48336 1b79 657d 4331 2949 0147 0179 1341 2b73 6131 4153 2171 2145 331d 4b43 0961 0575
LL_SRM 6:48352 7b7b 7511 156d 0565 6f71 3f79 5771 776b 3d73 7721 6971 1d65 4d49 2929 212b 4159
LL_SRM 6:48368 3777 3765 0117 6b41 7d47 1969 655b 3129 4f31 3969 7171 3911 6109 0131 7f5b 7959
LL_SRM 6:48384 0709 0d77 3951 157f 4173 474f 2149 334f 5f7b 496b 0123 0113 0d09 3153 2909 1b21
LL_SRM 6:48400 2b6f 0b29 2501 4b1f 0101 2b43 4547 3175 052f 2127 7901 4b1f 1d4f 7523 4b0b 7305
LL_SRM 6:48416 272d 136b 5d0d 1d4f 2f4f 6507 174f 1b2d 6f53 5d59 3d0b 130b 4f4d 3b6f 3517 4505
LL_SRM 6:48432 6547 0937 5b5f 7d05 5f6f 7f47 636f 5365 5b6d 6f45 3d5d 2d2b 3f6f 3761 6937 577d
LL_SRM 6:48448 410b 1703 4129 0b6f 2955 1519 1101 5f09 1747 0d4f 0525 4729 5b2d 3d59 131b 1b0d
LL_SRM 6:48464 1d5f 074f 451d 5143 3d43 0b2b 0719 391b 2b39 4919 0f09 7921 4707 053d 473b 5b71
LL_SRM 6:48480 7b0d 5d47 0f5b 2d47 4f2d 5953 6f6b 5d15 3f3f 6f1f 7b3b 5f07 475b 6d59 6313 652d
LL_SRM 6:48496 7115 391d 5d77 170b 3b77 5115 475f 6f2f 7f11 4f7d 5d1d 7f5f 5f7b 1709 6f77 174b
LL_SRM 6:48512 1b43 3b19 3151 6143 4f13 6733 5109 1b53 6351 572d 1d79 437d 4179 6569 3151 3159
LL_SRM 6:48528 5501 197b 2753 2171 5151 4715 6171 6d57 4903 6173 0b05 6379 110d 595d 1313 537b
LL_SRM 6:48544 2d75 317f 6f7b 5371 5d2b 2941 653f 6b33 1975 5f21 7d5b 7d35 6b61 2b15 4137 591b
LL_SRM 6:48560 7d7f 6731 593f 612b 5375 754b 3571 2b63 237f 3361 6b13 7331 7d49 6d71 7f77 4151
LL_SRM 6:48576 3711 3379 6961 6911 2163 5f51 1d73 2f4f 5d15 213b 2521 5d19 4933 2937 7371 797b
LL_SRM 6:48592 7109 7d61 5131 7d59 0341 0313 3b67 7125 2123 2771 4b63 6979 7169 5959 210f 7553
LL_SRM 6:48608 6f77 2b23 6d7b 5771 1375 334d 357f 215d 035f 6121 0f6d 4179 7361 3f71 4d2b 5739
LL_SRM 6:48624 2d1d 2923 5d75 4579 7d6d 3939 1323 4f51 3355 437b 3333 1143 6563 7b5d 475b 7b43
LL_SRM 6:48640 0505 6f2f 3123 0d35 0b33 056f 111b 5535 2947 410b 4f13 1b4d 3d01 354f 0d13 034f
LL_SRM 6:48656 730f 316f 3317 1b6b 5503 1f57 0d55 736f 0b09 2f0f 6b1f 234d 110d 230f 612d 5b3d
LL_SRM 6:48672 5f5b 6f67 5f07 2521 7f03 2d0f 3767 1f73 2b69 2d23 676d 0749 7d2d 4d41 270f 0913
LL_SRM 6:48688 6f7f 6b53 6f47 3f07 0975 1b49 7f47 391b 5b0b 6b4d 3f3f 2d55 7b2f 0f05 7d3f 1d49
LL_SRM 6:48704 4153 0737 1121 571d 2f03 253f 110b 2f53 0947 474b 2f2d 3f79 0505 4b5f 4315 2b61
LL_SRM 6:48720 6f0f 0d1f 2d7d 171b 194f 1f15 6961 1927 6901 1115 1107 036d 0b61 4b7f 314d 0f67
LL_SRM 6:48736 671b 655f 673d 6963 7f1d 6b6f 552f 1757 2d7f 1529 495f 3b1b 6f47 5979 5f1b 0545
LL_SRM 6:48752 0f1f 2367 5f0f 5d3f 0f3f 5d37 6f4f 536f 6f69 5949 4f3f 5f45 2f17 5f55 0f5d 0f4f
LL_SRM 6:48768 4351 6171 2d6d 2f69 636d 6335 1311 2139 2b6d 0755 0961 197f 5319 2165 6143 7173
LL_SRM 6:48784 5131 7f7b 0943 2b5f 2d03 7b1f 394d 695b 3571 595d 5971 4333 611d 2329 4b75 574f
LL_SRM 6:48800 733d 3d6d 7179 4f79 590f 313d 536b 4371 311d 5371 277f 5f11 3b5b 511b 777b 4325
LL_SRM 6:48816 3739 7d31 7971 7107 7f51 7939 492b 236b 253f 2973 1d77 7121 6b3d 3951 7f61 6131
LL_SRM 6:48832 590d 1969 5749 256b 7511 4177 7371 0761 0529 1749 2575 3533 0501 4171 0575 077d
LL_SRM 6:48848 0931 3531 2371 4153 7b61 3149 3111 5f4f 111b 1577 2153 2541 0971 5f7d 6173 3b77
LL_SRM 6:48864 2d35 2d4d 7351 1f75 1565 6933 3f59 737d 5351 3163 7771 7163 737f 6531 7b07 6b35
LL_SRM 6:48880 6137 1f49 7177 636d 5b71 3d55 7535 471b 637f 2f31 7b7b 735d 6b7b 5501 7d5b 2561
LL_SRM 6:48896 0d15 412d 6101 2d45 390d 2d07 6d07 6f4f 1129 696d 3313 514b 790d 415f 5b75 4d37
LL_SRM 6:48912 4949 5117 4107 5719 3523 1547 5d7f 0b67 012b 352f 5b7f 4519 7107 613b 0f0d 2177
LL_SRM 6:48928 1375 7757 390f 1701 333f 7d11 7f57 3d0f 2d5b 532f 6f0f 3759 1d7f 1d03 293f 5f27
LL_SRM 6:48944 1f4b 050f 0f77 2d69 7b47 7165 552b 1b1b 5967 3f5f 6d7f 0d01 7f3f 7f7d 7b37 1f09
LL_SRM 6:48960 4109 6739 210d 5965 3145 077f 0f0b 074d 0d5d 2b01 1b4f 0569 4f21 2f2f 5303 431d
LL_SRM 6:48976 091f 4d1b 0529 1763 6301 0f0f 610f 075f 3b11 3963 2105 4b5f 0d17 3f59 030f 4f3d
LL_SRM 6:48992 577d 6113 650f 1b43 2f47 7d3b 0f69 1163 4f3f 237b 6f0f 7b4d 3f1f 131d 7757 5f3f
LL_SRM 6:49008 271f 7729 7753 6711 250f 390f 6f5f 5b01 5f6b 1f6f 4777 6745 1f11 7755 031f 3f03
LL_SRM 6:49024 7501 4f7f 3571 2b73 5113 3759 4371 3153 1111 4b3d 6315 7175 1371 3b37 4153 6101
LL_SRM 6:49040 2327 3557 4d5d 2331 5b61 4f3f 2573 0155 0b79 0169 5151 4363 4311 3955 0973 316d
LL_SRM 6:49056 2d37 2f31 697d 7357 3d21 5161 6d57 6741 2f6b 3945 7931 6323 7d41 715f 2d3f 6959
LL_SRM 6:49072 6963 4921 6b53 2335 537d 6f61 793b 0919 3379 5d01 7951 6921 777b 6f55 115f 1111
LL_SRM 6:49088 0f79 451d 6933 6169 0153 7961 6b45 7953 3921 3961 2109 2b4d 6563 7335 3131 4d51
LL_SRM 6:49104 1961 2175 373d 753f 1145 2577 4321 557b 0941 1535 3901 5357 1571 0139 1161 0567
LL_SRM 6:49120 793f 3961 7b71 2d01 7b23 1941 6b7f 7f71 337b 595b 157b 7d7f 5b45 0735 6963 792d
LL_SRM 6:49136 1537 7f35 7d7d 5311 1157 0f59 0335 7f15 6173 7373 532f 3b53 3577 3127 5d7b 7d73
LL_SRM 6:49152 5141 7f7f 5521 0b7d 652b 7179 7115 1167 6d75 676f 650b 2d57 254d 0b79 5925 3b61
LL_SRM 6:49168 5353 136d 212b 756d 6725 617f 4b43 116f 3921 0d6d 2b03 237f 1b79 333f 5129 6773
LL_SRM 6:49184 7f5b 3f01 6769 2f67 6775 011f 6d67 5331 7f21 3903 5975 5f6f 437d 6b37 7519 5109
LL_SRM 6:49200 7777 7963 4f7f 1d17 1b39 312b 5f77 7361 5901 1371 3961 3345 676f 5b05 7d71 475f
LL_SRM 6:49216 1111 513f 430d 2541 7561 3d41 6f41 5521 5b47 7d69 1371 052f 0111 6379 6321 0541
LL_SRM 6:49232 3d11 2371 0b21 6961 5539 5919 512d 516f 3111 4d6f 7121 256f 7159 1d3f 7d41 5371
LL_SRM 6:49248 6173 3151 555b 252d 5f77 7755 6b7f 2311 7747 3d55 737f 7113 5979 331d 3563 6d3b
LL_SRM 6:49264 1f11 672b 7b7b 014d 697d 7f31 372d 6917 7f6f 4f73 6361 633f 5563 5151 2549 1969
LL_SRM 6:49280 695f 5b5d 4d47 0f1f 1909 1d7d 030d 255f 0145 1f47 0b03 531f 6b0b 416f 434b 0f3d
LL_SRM 6:49296 4703 112f 792f 4b33 1919 1717 6547 0333 4925 235f 3f51 1f1f 112f 136b 4307 272f
LL_SRM 6:49312 2f75 6b05 6959 2343 2f57 6f37 2d1f 0319 0f2b 2f0b 1b4d 0b4d 6d0b 0377 1f2f 375d
LL_SRM 6:49328 7927 2f03 2f09 6f2b 6f4f 2d2d 6d1b 331d 1f17 0f47 1f1d 6f79 4d5b 570b 090f 5f1f
LL_SRM 6:49344 050b 4507 1d4f 013f 270f 091d 4307 032d 0f1f 1d13 474f 097f 1f49 4b39 0301 0b37
LL_SRM 6:49360 1919 272b 131f 294b 4d01 111f 474d 294b 554f 572b 1505 5347 630d 1b2b 1943 594d
LL_SRM 6:49376 434b 6b01 4f3d 290b 715f 6b3f 471b 2b43 6f4f 2d59 7b7f 632d 3175 4d1b 2f7f 6f51
LL_SRM 6:49392 556f 2b1d 472f 792f 6b4b 2d13 2b7f 0d1d 2f0f 693f 4f7b 171d 2d5f 1b0d 4f2f 3f6b
LL_SRM 6:49408 3929 5543 2165 0971 3511 4b53 695f 0139 5101 0153 012f 416b 2121 0149 614d 3175
LL_SRM 6:49424 5165 0951 0325 6173 4149 1941 2d69 7931 3139 3b3d 6561 513b 1311 233d 2175 1101
LL_SRM 6:49440 6751 633d 7b7b 373b 113f 6907 7b29 5969 4f51 471b 3977 1d31 7543 5d15 7b33 4917
LL_SRM 6:49456 0d7d 7327 3779 3155 517f 6b43 777f 5d7f 1d59 6155 7f75 751d 1573 2719 7f1f 794e
LL_SRM 6:49472 6103 395b 5941 1945 4151 1175 2529 1d19 7571 297d 7931 2d3b 0179 3541 2b31 4961
LL_SRM 6:49488 6171 5d13 2d09 7b13 3335 611d 2503 5b1f 7943 5155 1121 7567 5751 1b27 7931 5579
LL_SRM 6:49504 0b53 7921 5975 2d07 296b 7927 3f4f 097f 7975 5963 7d7b 2971 7311 7d0d 7d73 5529
LL_SRM 6:49520 1f1b 2d6d 5d75 6b4b 7f33 2333 6375 6379 5d53 7963 0d7b 6d7d 7f77 197f 5f23 6521
LL_SRM 6:49536 1d07 1d2b 1d47 517d 634b 4f39 011d 1d19 2d09 0b41 2f05 750f 313f 4d1f 0d63 2d27
LL_SRM 6:49552 2109 1d0f 6931 5f7f 6125 4b45 4511 2529 0d4f 2b2b 010f 494b 0517 0b6d 5b05 071b
LL_SRM 6:49568 015f 2d45 6957 2507 2f1b 672f 1d69 577f 3501 071b 754f 0907 2f0d 0519 7f0f 252f
LL_SRM 6:49584 3f2f 6f0f 332b 7d29 0705 0d01 550f 2b3f 6721 5d2f 6763 1f0b 2b4f 7b0d 592d 7903
LL_SRM 6:49600 050f 373d 7913 7f0b 014b 1761 0f03 0d4d 0111 5f57 2935 297f 3137 5b07 4531 037f
LL_SRM 6:49616 075b 197f 4b09 2f27 250d 1f09 5527 3f25 532b 0f39 7d21 010d 1b15 7325 5b47 0f79
LL_SRM 6:49632 555f 5749 3b0f 3f0f 1b4f 5b49 434f 516d 530f 370f 5f5f 474d 1f3d 111b 3739 4f4b
LL_SRM 6:49648 7f73 0705 7f3f 4967 714b 430b 671f 1f3d 3f1b 6b1d 7b2f 6d0b 3b3f 551d 7b0f 0f11
LL_SRM 6:49664 0153 1127 4731 6121 1945 4533 591d 091d 217b 7531 6349 6951 1111 2d2f 3523 6329
LL_SRM 6:49680 7351 2579 1131 6f69 4361 3535 0521 3145 1753 437b 0551 4747 493b 4369 0149 1b63
LL_SRM 6:49696 776b 6333 7973 515b 5f2b 0d61 5531 494b 7f13 3b49 7f19 7371 5b39 4d61 315b 0d29
LL_SRM 6:49712 3f51 5d11 7151 633f 7559 7921 4179 7517 5f33 3b6f 3f39 4513 1373 0b23 5535 1f7b
LL_SRM 6:49728 1171 0b41 1955 7b77 3127 2571 0505 4315 631b 7127 4b01 7711 4323 6d37 595d 4979
LL_SRM 6:49744 3363 5357 7b5d 2355 0149 5919 1971 1955 0361 3157 6353 0949 3d71 197d 0f69 0165
LL_SRM 6:49760 5155 7933 2f65 2f39 793f 7353 6d73 356d 4773 771b 453b 5321 7575 3945 7d77 5179
LL_SRM 6:49776 6f35 7729 3b7f 6773 4b69 3111 3f7b 7b4b 656f 4b59 7b63 1367 151f 1573 537d 1d69
LL_SRM 6:49792 5719 097f 1921 470b 014b 6729 4769 6f5b 0b7f 6f6d 596b 573f 5509 1f0d 234b 4f6d
LL_SRM 6:49808 4901 174f 210f 2307 0323 652f 4d6f 0d43 050b 5335 0567 4b7b 5757 034b 0505 6b2f
LL_SRM 6:49824 175d 6735 3d5d 1f0b 3729 1b0f 6d7d 2501 0d59 4709 5f6f 4f05 2b25 516b 2b7f 2b2b
LL_SRM 6:49840 477d 074d 653f 7f21 7775 074b 6b5d 0321 1b15 3f0d 5f7d 1917 0f59 5b51 377d 6301
LL_SRM 6:49856 1f15 132d 0503 1b57 2719 0539 031b 4b5b 2563 171f 1d11 2f3f 4101 4d2b 7325 4f0f
LL_SRM 6:49872 1575 0d4b 2311 5959 110f 4f1f 0b05 4d29 371b 3f6f 410d 154b 610f 7d7f 2f0f 193f
LL_SRM 6:49888 3b73 0519 2f1f 5f47 692d 615d 6f27 2f57 4f43 0d6f 453f 755f 2b0f 6f23 333d 4545
LL_SRM 6:49904 6713 773d 2d3f 1f05 7d47 6f03 5b0d 375b 5f1d 0563 277f 335d 4d6f 1503 515f 6f0f
LL_SRM 6:49920 6569 0173 1b11 7371 4d61 252f 4163 1161 0171 2953 4971 3561 6d65 6771 7373 6933
LL_SRM 6:49936 0d71 5317 5511 0571 0351 691d 2945 332d 2379 2175 4b57 616f 0131 3165 6165 5755
LL_SRM 6:49952 555b 153d 7f7f 7935 7335 3119 7721 4711 7f5b 2b0b 572f 7333 4f2b 4f5b 773b 6323
LL_SRM 6:49968 6f55 7531 5551 7f59 7d7b 2973 637d 7d61 037f 2309 052f 3375 3d11 3933 7d7b 4f31
LL_SRM 6:49984 3111 115b 3151 2109 5d0d 6523 1543 2949 2341 6f4b 0301 2d63 7b39 452d 7151 1579
LL_SRM 6:50000 0145 310b 111d 1923 0b35 233f 2103 6151 0511 1347 2107 617d 4545 1f09 012d 0359
LL_SRM 6:50016 3f2f 7b2f 5d73 255d 2f2d 5759 077b 7d37 734b 5f31 2d7b 1929 5d5f 4d71 7d5f 3369
LL_SRM 6:50032 1b7f 5145 330d 1f41 7f5f 3101 097d 695f 772d 4f15 5145 7747 550d 1911 7d5f 3371
LL_SRM 6:50048 235b 1b23 3d0d 176f 611b 576b 190f 150b 1303 0761 6123 177b 0105 5f0f 050d 2179
LL_SRM 6:50064 6d25 2b7b 6529 0f61 0907 4f01 6301 0363 6107 1f39 054f 134f 3b43 3537 370d 5357
LL_SRM 6:50080 073f 2f3d 2b1f 2b27 470f 2f0f 5f17 0b31 474f 452b 0f1f 4d11 0753 395f 4f2f 1753
LL_SRM 6:50096 5f2d 236b 5d5d 5113 4f55 3d47 6d3b 4b25 075f 5d45 1f29 6b45 6b4b 1b19 0d19 276d
LL_SRM 6:50112 0701 4539 0715 2f73 0f21 4309 054b 0b4d 4f0b 495d 5d45 0f0d 5109 1f2f 090f 7555
LL_SRM 6:50128 0567 290f 0741 4b01 0171 2b25 0f2b 6755 0f47 0b1b 2903 035b 7955 4547 1721 6f17
LL_SRM 6:50144 2f77 1709 771f 6549 0d4b 514b 755f 2f0d 232f 7727 7d67 0f41 076f 2f77 2f2f 2b25
LL_SRM 6:50160 3d4f 3d07 3b0f 256f 3f3d 5f0f 6d39 2517 4f77 0f1b 6d1f 1f2f 6f21 0f6f 7d33 0d47
LL_SRM 6:50176 0969 715b 7971 715b 1513 1d59 0371 5305 2961 536d 5115 371d 3975 4511 2125 032d
LL_SRM 6:50192 4119 5b1b 6d61 4d53 1141 6d1b 6361 4133 2d21 1f35 6301 5f71 7371 3b37 6151 4d63
LL_SRM 6:50208 753b 6979 5977 5779 7951 7509 7d73 673b 675b 710b 5771 393d 4b7d 5351 793b 5135
LL_SRM 6:50224 4d63 3943 4d1f 4119 7d77 6363 0f25 7575 6f3d 675b 6f69 6d35 7f79 4f09 477d 2b0f
LL_SRM 6:50240 3133 5941 6173 2353 6d65 0773 6175 3b37 0913 7977 7161 4365 5361 637b 5349 3379
LL_SRM 6:50256 133b 6171 0125 656f 2507 7137 5101 197b 2927 2b2b 0901 711b 3331 0b7d 3163 052b
LL_SRM 6:50272 5737 6b41 7973 7b2d 7d39 6f49 2137 7b79 0d7b 6157 733f 3543 634b 4121 4d79 5163
LL_SRM 6:50288 717f 5925 7f77 7b69 312d 5171 7f69 732b 7b7d 5d25 6b5b 6965 2d77 5327 7969 6f41
LL_SRM 6:50304 170f 4949 2f07 0f07 051f 556b 350f 0969 4b4f 7d6f 214f 4977 0555 3b4d 4f63 190d
LL_SRM 6:50320 0713 4567 710b 2913 055b 0d7d 0371 775d 1f09 2f1f 1705 0f01 3521 4f57 4523 192f
LL_SRM 6:50336 7179 5b1f 5f65 0b35 373b 0305 1f0b 0b0f 6f6f 350b 5f2b 2747 4f6d 151f 0b7f 5977
LL_SRM 6:50352 7f43 492b 176f 5b01 5f4f 3935 391d 3f39 2b7f 0723 593b 0f0f 2d4f 2755 154f 0907
LL_SRM 6:50368 4109 694d 076d 293f 452d 6373 130b 632f 6907 356f 075f 5f35 2f07 5d0d 1963 0339
LL_SRM 6:50384 390f 2b5b 5715 1123 0b61 270f 4151 6b03 0f31 6901 3529 0d2b 4b35 072f 372f 475d
LL_SRM 6:50400 4f7f 070d 7f0b 5727 0d4d 274d 4f7f 3d1f 4d2f 5b4d 5d2d 0d65 6d57 412d 7d6f 0b0b
LL_SRM 6:50416 7957 470f 357f 513f 2f57 014b 1f2b 0f07 3525 4d21 496b 5705 256f 3f4b 5705 657d
LL_SRM 6:50432 0f71 0567 1111 6741 7131 1321 7b77 1175 3171 3d79 1941 3177 5135 1d6d 0133 6f35
LL_SRM 6:50448 7371 1923 6315 595b 0b45 7973 5f63 4133 0155 1155 1141 551d 0103 4163 2355 3177
LL_SRM 6:50464 5b0d 1357 6149 7b29 536b 7d21 4945 497f 7169 1721 4d3d 3531 1755 2b79 1f79 7109
LL_SRM 6:50480 7739 6f11 315b 7751 1d31 3171 537f 1f23 7743 3b79 7d29 616d 2b5b 4101 1f53 6501
LL_SRM 6:50496 0951 610d 3967 491b 4b61 414f 7351 452f 2743 496f 4d21 0101 2f25 1b6f 2b43 5339
LL_SRM 6:50512 2115 693b 4d09 493f 3d01 2141 6141 7d0f 614d 357f 6153 753f 7953 735f 4339 5b59
LL_SRM 6:50528 6b6d 1559 397d 6f73 2f39 3331 2b75 2731 6927 7119 6b77 7977 6161 6f1b 394d 7961
LL_SRM 6:50544 7775 3d53 3f75 7715 3b67 6b6d 5f1f 7553 6f7b 3d2f 3577 3343 792f 3d37 7959 5f4b
LL_SRM 6:50560 0b01 015b 130f 614b 2145 3d79 410d 052f 3b6f 5301 2541 6f69 0509 2f1b 3f23 097f
LL_SRM 6:50576 0749 2121 4b4b 5b5d 4923 1519 0909 2b25 414f 7b43 054b 1759 4343 4d0b 1703 2b4f
LL_SRM 6:50592 0d7f 392d 6b61 7753 432b 2d4f 3f5f 6d63 7f1f 2b51 5d3f 497f 7f59 4915 7f07 1719
LL_SRM 6:50608 3f1d 6967 770b 0d0b 3f6d 492d 3749 610f 4d27 2f25 732f 0f03 6f1b 5f47 7f17 6509
LL_SRM 6:50624 5301 010f 4b6d 454d 4d17 075f 3b09 035d 4119 5555 0b6f 4f27 4f6b 2b75 3109 7b65
LL_SRM 6:50640 0d77 034f 4507 2f09 0d21 7363 1f0d 397f 0303 0f33 293d 216b 4d31 6907 2717 2b61
LL_SRM 6:50656 0f27 7f03 134b 2107 1f59 3f0d 2d7b 4535 310d 5115 6325 4315 6757 4547 1f77 7d27
LL_SRM 6:50672 4d4b 171f 775f 7749 3775 3f07 1d57 3703 333f 4d75 570f 5f3f 4f15 6b43 4701 1341
LL_SRM 6:50688 5109 5157 0521 057b 2d01 6173 5337 337b 3921 6309 0951 2961 6121 0d5f 1113 5957
LL_SRM 6:50704 1d41 693f 4169 4d09 6137 571f 712f 394b 5105 335d 657b 417f 4527 3f31 0351 4157
LL_SRM 6:50720 5b7d 6911 7937 4b13 3b27 6d7d 136b 655d 7371 5953 5743 5317 6175 3b01 3b11 3b3b
LL_SRM 6:50736 7d73 7d43 7d79 5577 5f21 7749 7765 6f23 0573 4723 3f65 7535 5315 635f 6555 6f47
LL_SRM 6:50752 4173 637d 773b 2969 7751 5555 6531 3165 133b 7755 5105 3f33 2529 2f5b 2153 194d
LL_SRM 6:50768 7751 556b 074b 7d35 1515 6565 6313 5557 5d51 357b 1921 2579 3139 3527 1779 5b01
LL_SRM 6:50784 293b 7375 7d73 7b53 7977 2d29 7f39 4337 7577 2d71 4359 1363 3921 255b 1f3b 7753
LL_SRM 6:50800 7977 5f11 7575 791f 3f3d 1d1b 3d1b 3933 3d3d 2b0b 736d 6559 6f55 2745 7779 6745
LL_SRM 6:50816 2f49 193f 094b 432f 1903 776f 0127 4307 6509 572f 6b15 636d 357b 0b3d 0753 2b1f
LL_SRM 6:50832 0f4b 431d 4f4f 0545 5507 0507 014d 2f21 1503 533f 030d 7553 0f09 1f4d 0d1b 6f0b
LL_SRM 6:50848 555f 5101 6b03 574b 3967 3b41 5719 4703 3d2f 073b 0767 0f0f 5f0f 4b45 635f 616d
LL_SRM 6:50864 6375 695b 1d3f 4b5d 2b0f 031b 5347 0b0b 4f1f 1b2b 7379 6543 7d35 2953 3b7f 0d69
LL_SRM 6:50880 5139 0d3f 4519 3d2b 092d 0f55 1109 4775 0b59 3727 491b 4d2b 2149 4d3f 0b2f 3d23
LL_SRM 6:50896 2d2b 0139 0d0b 4143 4941 1b0f 614f 5b2d 5f5b 5b2f 3f5f 3f2b 2167 3727 3909 152d
LL_SRM 6:50912 671f 750d 4557 354b 7f73 5b1f 0f77 6f1b 0d17 7f07 5933 572f 5f29 370f 751b 2f0d
LL_SRM 6:50928 7f1f 270b 7f4b 350d 473f 4d3d 5f6b 6d09 371f 054b 5b4d 0901 1f77 0529 2d6d 0749
LL_SRM 6:50944 1741 2953 3d35 6f6b 6131 3139 6103 5363 0141 313b 3101 6159 4927 1551 0363 634b
LL_SRM 6:50960 3d71 0771 2173 3d5f 2b73 1151 7933 0b71 6b53 5151 1101 437b 496f 5955 012f 0147
LL_SRM 6:50976 1965 0f53 4d71 7573 6159 6331 5703 7b2d 6b7f 7765 5373 2d21 7f31 2b11 3733 7d4d
LL_SRM 6:50992 5733 5b7b 7777 6541 7737 2723 356d 7b0d 6523 6331 5f7d 2777 375f 7f51 2f15 715d
LL_SRM 6:51008 3941 0b75 7951 652d 6d11 4f3d 030d 111d 5115 7969 016b 2177 2561 7361 5111 6139
LL_SRM 6:51024 7975 614f 2939 5923 0173 0b75 6935 7b1b 4125 5f41 5341 733b 3d41 151d 6151 4369
LL_SRM 6:51040 5b71 2757 2f77 5155 2b5b 2f11 7755 3561 4f79 7141 4f79 6b47 7763 5b49 7711 774f
LL_SRM 6:51056 6f33 7725 777f 6327 3517 2741 597f 7561 675b 3b55 7f47 3f2d 3737 5969 3f7d 3b35
LL_SRM 6:51072 0119 3d2f 471b 095d 771b 4175 5111 2f1f 111f 3139 3157 7d47 316f 4f1f 033b 072f
LL_SRM 6:51088 6b5d 0f1f 2f19 7f53 0b21 2b19 1b15 273f 1773 1117 490f 6f5f 0f0b 0b75 1139 4f3f
LL_SRM 6:51104 5d27 2b19 3d47 430f 731f 2b49 4501 4f19 3b4f 4b23 1b7b 5f1f 570d 2d1b 0f1f 1545
LL_SRM 6:51120 395d 3d11 6f2f 3f6b 3d2f 450b 5f1f 070b 535b 6f3b 337d 4d0d 7b3d 6f0f 0f3f 1b29
LL_SRM 6:51136 0d0f 2d57 0f17 6317 4d09 1f0b 6147 5d75 0329 4973 4945 217f 1b01 157b 2351 2d4d
LL_SRM 6:51152 7709 4d09 4b01 7957 435f 0f2d 671d 2d33 4d63 7f35 4361 017f 4313 794d 0715 0b49
LL_SRM 6:51168 1f5d 2b05 5927 0f59 6b3f 1529 2f0f 031b 6f3f 7d3f 072f 3b7b 3f6f 510f 7f0b 552d
LL_SRM 6:51184 6b2f 7b09 4517 7f55 572b 052d 4f3d 190f 1b2d 371d 550f 1d07 075f 1f5f 7d7b 694d
LL_SRM 6:51200 1155 1145 5d25 2967 0133 0341 015f 7131 3321 2b31 3311 0313 4151 7779 2333 0119
LL_SRM 6:51216 0173 477d 1371 0d5d 3561 6171 6b1d 7173 112f 752d 0153 693d 4771 095d 514d 3537
LL_SRM 6:51232 355b 6541 2333 7375 675f 6351 3f11 433b 0573 7171 7573 5701 1349 4d01 6d3f 6b39
LL_SRM 6:51248 5d31 6157 617b 5d65 077d 390b 4d6d 6f3d 5f2d 2f51 377b 713b 0133 796b 7b63 2d61
LL_SRM 6:51264 6101 072b 5551 4971 2101 612b 2561 4131 4915 7d2f 0551 7343 6345 697d 7173 730f
LL_SRM 6:51280 6901 157d 3d17 2365 191d 7765 5101 2549 3113 2975 7563 2173 6561 1d7b 2b03 4303
LL_SRM 6:51296 7b3d 3151 7b47 7b51 2f29 5971 1d77 2b23 2561 576f 3d71 116f 7f79 7373 7b61 491b
LL_SRM 6:51312 4d53 6351 7f75 0d3d 4907 7503 7b77 713b 591b 7b0b 6b31 6f5b 5f7d 577b 637f 7d61
LL_SRM 6:51328 0d65 213f 4725 474f 2903 5727 5971 0b5f 0f07 096b 7f27 0d3d 0305 495f 112d 5f29
LL_SRM 6:51344 0107 294f 1d19 3f67 2911 0919 5f05 3563 0d7d 2907 2f6b 4b7f 0103 157b 1929 150d
LL_SRM 6:51360 0d1f 5f0b 214d 070b 3d17 6b53 3b7f 6973 3319 0d0b 4f59 4557 6f29 4b0b 671b 7b45
LL_SRM 6:51376 0d4f 4763 7f4b 2733 2517 0b1f 7f2f 3517 7b07 0501 354d 6f09 3d75 5d0f 034f 4709
LL_SRM 6:51392 1b27 2337 3505 4d27 1503 673d 1f4b 372f 010b 6903 5305 0d3f 1103 2f67 414d 1d5f
LL_SRM 6:51408 4307 074d 2911 715b 1111 411d 0d19 514b 0701 0d0d 554d 112d 073d 176f 1b09 377f
LL_SRM 6:51424 692f 1d0d 6747 6741 796d 4701 2f47 050f 6f37 2d47 6d1f 671d 3f13 4b43 472f 2b03
LL_SRM 6:51440 1b3f 210d 5b63 5f4f 2f6f 010f 7b2b 4753 514f 7b0d 650d 551f 277f 7d09 674f 5d0d
LL_SRM 6:51456 4121 1765 131b 0d71 137b 531f 3561 3535 4141 6719 4d31 0163 6111 1527 1919 1b17
LL_SRM 6:51472 5945 0177 4521 397d 712b 4111 7379 356d 7375 756f 574d 0975 2d39 5557 6155 7143
LL_SRM 6:51488 3b41 2d65 7b33 2515 3d7d 6b21 3b6d 6b5b 3f39 7737 3f4f 7101 3373 3523 7939 7d55
LL_SRM 6:51504 4977 6113 5775 7b57 735f 7101 5d37 6b13 3d69 2943 5157 776d 7379 7f51 1979 2d6f
LL_SRM 6:51520 236f 0d43 116b 2177 7d51 377f 5961 6b3d 1b0b 0303 7959 2979 051d 036b 0b11 6169
LL_SRM 6:51536 4925 0965 4131 7d7b 6903 2159 6751 3d77 5123 4b75 4101 795f 3539 4911 2135 2551
LL_SRM 6:51552 5b63 7109 7161 737f 7533 7d21 6b31 6363 3f73 1925 517d 2d63 3d51 257d 731f 6349
LL_SRM 6:51568 6b71 3371 2b0f 2561 2127 2f0f 1f5b 7535 1779 3f21 6b39 196d 5f79 2553 197d 3b3b
LL_SRM 6:51584 0d0d 4d2f 3b07 4f7d 7b4b 0763 471b 4d2f 6b05 0923 3707 074d 0b03 2711 712d 5703
LL_SRM 6:51600 7f47 0b0b 054b 1347 070d 651f 2b0b 434f 7761 1f7f 1721 5d77 4929 2f0f 2331 4f3b
LL_SRM 6:51616 394d 570b 753d 291f 1d43 076d 434b 0501 377f 5f27 5f1f 5109 3f45 0529 250d 0d27
LL_SRM 6:51632 7b0b 2f03 6717 296f 7f7d 1b05 1f37 0d0b 790f 731b 732f 011b 170f 4b17 6b7f 1f41
LL_SRM 6:51648 675f 1507 7f3d 2d1f 2309 0747 0b03 673d 010d 5d43 0f07 4f51 2d0d 6139 0123 4d6b
LL_SRM 6:51664 2747 6743 0d39 3507 430f 0747 1503 033f 030f 6f3b 1b23 0313 0d25 4d19 7f59 092d
LL_SRM 6:51680 1b7f 0b01 7f49 7f19 3b2d 4d3d 434d 1713 774f 4f29 3b13 3b39 1735 1f03 7757 2571
LL_SRM 6:51696 3d6f 4721 1f6b 310f 791d 5f3b 771b 0357 6b3d 7b63 717d 190b 4d5f 2921 0145 2b07
LL_SRM 6:51712 2971 2357 732b 412f 3349 0567 7b31 3d7f 4d21 5939 1105 3b67 4111 7359 4101 257f
LL_SRM 6:51728 7119 1167 457f 5b75 1121 796d 1511 4355 690b 397f 315d 5f3d 111b 554f 1965 3779
LL_SRM 6:51744 5b77 795f 6d53 5357 795b 5f65 733d 0759 3373 3103 3d77 7f71 753f 1b41 3b77 730b
LL_SRM 6:51760 797b 1769 6f65 5721 3d17 7923 0169 0931 7d53 792d 4d11 2b31 3f6b 3777 4b51 1f31
LL_SRM 6:51776 1713 416f 2119 393d 3119 515d 4543 113d 0501 157b 0151 1561 0941 5553 5121 3121
LL_SRM 6:51792 4375 2175 2157 0573 1d2d 537b 6941 6b4d 6743 551b 554d 1973 4579 5575 5531 6b2d
LL_SRM 6:51808 7f7f 756b 3b67 4d35 2f65 656d 3f2b 3131 6d33 713b 757b 7b53 775b 0501 7927 315f
LL_SRM 6:51824 7f0f 3549 7d39 5573 5915 7745 7371 3f27 3d73 5d47 453d 3509 3b79 5143 1953 7761
LL_SRM 6:51840 1913 0b3d 111d 611d 4d45 5d7d 0747 294f 1905 6b09 230b 2d3f 5701 036d 4525 3b1f
LL_SRM 6:51856 1d19 4b7b 0307 7f31 0907 1537 5901 5f1f 2503 4b3f 4567 6f4d 0135 4b3f 5f0f 4f0f
LL_SRM 6:51872 7d4f 2f13 0f6d 1119 377f 6b11 2f3f 450d 7f1d 454f 4f0f 1d23 5f6f 1f5f 5b0f 7f3d
LL_SRM 6:51888 3f5d 096f 7f5f 4579 037b 0f49 2f2d 0f4d 1f2b 370f 6d1f 2149 1f3f 6b45 0b4f 5b05
LL_SRM 6:51904 2127 497f 2f0d 5b3f 3119 0907 0d17 0f1d 0b47 4d3d 0d41 4f3d 0505 2937 094b 6b2d
LL_SRM 6:51920 0707 4b59 031f 4f63 0549 051d 0707 1937 0b05 5915 2329 1b4f 0f15 277d 255d 7325
LL_SRM 6:51936 572d 6f2f 450f 1755 413f 2d25 1f07 3f55 1f15 2f1b 737d 5b3b 4f5d 2b0f 2f1d 7b15
LL_SRM 6:51952 093f 2711 7b6f 4f39 2f29 6b6b 550b 0b21 617b 0d07 7735 6d1d 2d17 135d 733d 1f05
LL_SRM 6:51968 2971 0967 3153 115b 1345 1959 3175 6349 3167 511f 4521 2d53 3729 7d55 1b59 3b4b
LL_SRM 6:51984 437d 6565 4111 6331 3701 2b65 2135 0379 6925 414f 3103 7311 0177 2531 0145 1373
LL_SRM 6:52000 6b71 2f4d 1f7d 7149 6d67 3961 3b3f 5553 2d7b 1723 7777 3b63 6963 352f 5d53 517f
LL_SRM 6:52016 4949 036d 5325 1d65 4135 6f59 7d33 6761 5359 7555 3d71 5b2d 3539 2d39 1d6b 377f
LL_SRM 6:52032 1941 4b3d 7325 736b 3161 5d03 1719 3b4b 7169 4315 7153 0773 0d21 496b 6341 517d
LL_SRM 6:52048 0f19 5f6d 053d 217b 031b 715b 0941 4163 0d41 292d 6501 5333 5925 3161 632d 0f09
LL_SRM 6:52064 5379 4719 3d33 4b19 2b7b 3961 7567 3d31 6147 6769 5525 3945 313d 6571 7749 7561
LL_SRM 6:52080 5d69 3d65 5d27 7f75 6b29 7b2f 7f33 4551 7f39 593f 3d6d 797d 496f 4935 7971 4101
LL_SRM 6:52096 4755 6d17 5123 0577 1543 674f 2109 0f0f 4369 6725 152f 2951 594d 1d47 471f 212f
LL_SRM 6:52112 4107 617b 4307 332f 2d25 436b 1d45 6b0d 4d25 7d31 0f0d 6339 1d27 677d 6507 673f
LL_SRM 6:52128 770f 471f 5765 1f7d 3f7f 490d 554f 6917 1f41 4907 4759 1d0b 0d3b 0b73 6d4b 5f11
LL_SRM 6:52144 773f 2f0d 3b75 134d 5d1d 750d 2f4b 7f53 057b 2b61 7f2b 557d 372f 4f67 6953 0569
LL_SRM 6:52160 014f 7927 6b69 5125 0b03 6359 2523 5d07 434b 4d47 011b 256f 1307 0f1f 1909 133f
LL_SRM 6:52176 0b0d 1d67 4b1d 1d6f 0f09 175f 393d 2309 6917 1f2d 2f03 2d05 0f3d 6b1b 1105 735f
LL_SRM 6:52192 0f57 0b1d 0f15 3f23 576f 0f23 3f6b 1d0b 655f 5d59 7f0d 491f 7b33 3903 0f39 3d6f
LL_SRM 6:52208 3f7f 7329 253d 290d 3703 7f47 6d19 552f 7f7b 2343 3b77 5503 3f47 2d0d 5d57 6f09
LL_SRM 6:52224 0165 153d 1b0b 712b 0115 1741 1331 113d 1363 636f 3123 1723 2161 6171 2301 1123
LL_SRM 6:52240 3333 293f 5163 096f 213b 1d1b 4b11 673d 1563 1363 6b09 135d 1365 0355 133d 2779
LL_SRM 6:52256 7771 590b 3367 0d43 3f27 2341 0f61 4f03 3341 5537 597b 7749 2d7d 510d 733d 7771
LL_SRM 6:52272 2f71 2717 5b75 3709 5519 1371 7f3d 3503 3b5d 356d 5b63 370f 7537 6369 7757 2b2b
LL_SRM 6:52288 373b 1b77 0973 7775 5135 696d 3305 754b 7129 616b 0941 1309 6123 617b 0119 3765
LL_SRM 6:52304 7379 4139 7759 3765 3537 513d 3941 355d 6163 3163 3343 457f 0127 316d 5175 2375
LL_SRM 6:52320 4979 2d65 5b1b 4145 3311 2935 7b67 4b63 6127 6b01 6749 390d 5f15 1b37 7557 7d79
LL_SRM 6:52336 6d73 5b61 5771 2d07 5339 571b 5f53 4f71 2d75 0d01 5b79 695d 7f13 6f23 7169 4739
LL_SRM 6:52352 3b09 5965 4f71 2719 134b 1f1f 4b0d 170b 050d 550f 1b19 211f 6527 750f 2b0f 090f
LL_SRM 6:52368 6d4f 236b 0f47 4947 0f13 354f 0d09 632b 2763 6313 7b51 497d 712d 2f3d 2f41 3f79
LL_SRM 6:52384 750f 1b53 3f5f 4f1b 1b67 093b 5f07 670f 7f2b 5f2b 0f7b 4115 570f 450f 357b 4d07
LL_SRM 6:52400 314b 3f49 755b 3503 4d7f 150f 737b 6f4b 0537 1319 6f0f 4905 1b7f 6907 651f 2b17
LL_SRM 6:52416 2311 5d1f 3d0f 175f 0b27 1f5f 5113 5d39 3729 4b1f 010f 0b2b 0f39 436f 052d 0d1d
LL_SRM 6:52432 554b 454d 2509 516b 5b0d 497d 095f 6111 4101 4369 0d07 4d4d 451d 6f67 672b 0167
LL_SRM 6:52448 0f3d 236f 6b57 0d6d 4f1f 554b 5f5f 0f0f 6b77 5907 5f29 0b5b 676b 5b15 7b1b 4f05
LL_SRM 6:52464 7f3f 6f05 4f7f 0b3d 5f17 7501 631f 6725 6511 5d15 3769 5101 6b3b 4967 3d77 3515
LL_SRM 6:52480 4b2b 1369 7379 6b77 0311 6127 5161 5123 2563 596f 5975 791f 7d25 6513 5171 1f37
LL_SRM 6:52496 5d45 5971 454d 5951 775d 5d53 7b09 4b43 3775 6501 6541 4317 0913 554f 1315 792b
LL_SRM 6:52512 3f59 3959 5533 2d63 7d35 4309 7331 556b 756d 4b19 6b65 2f25 1161 5141 6375 5963
LL_SRM 6:52528 455f 533f 4f7f 6949 7157 216d 733d 5b75 7d47 6951 7b77 6741 653b 4f2d 2371 0b35
LL_SRM 6:52544 5311 5b33 555b 6549 0167 2b29 1941 2341 0145 6f6f 7563 4b3b 7301 7709 7361 6f29
LL_SRM 6:52560 0745 6307 430d 2503 2b71 4315 5751 3d39 0701 015b 1d47 615b 4951 1b5d 294d 2d7b
LL_SRM 6:52576 6b43 7759 7f17 2933 677b 7b41 7b15 7919 6367 3f21 756f 0363 490d 1749 536b 4527
LL_SRM 6:52592 2f5f 1b79 6d5f 7d15 3579 1511 5777 3355 2f75 1d79 2f57 0545 2b29 3d61 1777 4f6b
LL_SRM 6:52608 1547 4b11 193b 297f 4117 0b55 796f 0f3d 1f0f 0763 0d07 356b 0343 0f59 633b 135d
LL_SRM 6:52624 4d07 2d7f 4f07 1f73 0121 3507 5b0b 2b3f 0b0d 231f 1f25 232b 1f3d 111b 0731 012b
LL_SRM 6:52640 294b 7f09 4307 2f61 651b 2941 7f39 6f17 7f1d 3d2f 294d 1903 332d 0f0f 0f09 2f6b
LL_SRM 6:52656 7b3f 2f0f 5d7b 4305 572b 654f 297b 1713 7b37 4f09 2d31 5d27 2b4d 2b3b 6d0d 4d0b
LL_SRM 6:52672 092f 756f 1907 057f 4515 097d 154f 0f1d 0739 2b1f 1373 092f 1f07 071f 2f69 2327
LL_SRM 6:52688 0903 036f 0329 3d05 0f4f 1b09 0f0d 4317 0103 1165 712d 233b 7523 0f0f 211d 4b63
LL_SRM 6:52704 7f17 0f1b 3d43 4d6f 773b 215d 0f2b 0943 4f7b 332f 252d 572b 2d47 310d 7b3b 0f17
LL_SRM 6:52720 2b29 0b19 672f 7d69 075d 0d27 393b 4b0b 570b 5703 6d7f 3b3b 175f 1967 533f 5323
LL_SRM 6:52736 5135 0569 095b 7163 3365 0565 0565 297d 3917 3927 6109 1b15 7b19 5153 4333 4171
LL_SRM 6:52752 1121 0d53 7b45 714d 6951 415b 0301 0b69 6f51 1d71 7b0d 4573 4155 037d 5725 6349
LL_SRM 6:52768 5f41 6365 7b7f 4d21 3d79 3973 7965 3b39 2b7d 7769 5b7b 5f31 353f 7753 3f69 6b3b
LL_SRM 6:52784 7b65 5f75 3b7b 2927 5b43 7311 7d5f 0d2b 7d37 6529 3971 751b 3f13 7157 7953 6121
LL_SRM 6:52800 6b11 0969 0509 456b 1151 6b4f 6931 215f 7f49 0979 4353 4f6b 0929 4929 0375 310d
LL_SRM 6:52816 5325 735b 5101 3d19 1715 4d61 0131 1b57 4177 117f 4153 3d7d 1361 313f 4357 0f1f
LL_SRM 6:52832 731b 5317 3b57 5131 556d 6725 7965 6107 5543 7b75 7b7f 051b 7377 5705 2373 6171
LL_SRM 6:52848 697f 0171 713f 734d 5f73 6f29 1707 4513 611b 2d77 2173 370b 777d 3351 3f6d 2903
LL_SRM 6:52864 0f0b 430d 1559 0523 776d 0d4f 3d35 597f 0353 374f 1f07 5973 2f0d 014f 0b03 076d
LL_SRM 6:52880 452d 0f73 6f4b 452f 5717 070f 6f2d 1b19 4327 0307 1f23 0f13 6707 0b2f 6d5d 4307
LL_SRM 6:52896 1777 2d03 6b0f 7f1b 4f0f 4907 4b6b 2d2f 3937 1f15 7b43 336b 534f 3f79 2f0f 1769
LL_SRM 6:52912 3f4f 4d2b 473d 510f 410f 0b29 7b73 4d37 775b 2d4f 5b4b 2f7b 6b1f 454f 4d49 0705
LL_SRM 6:52928 7523 3737 4307 314b 5d7d 190d 0327 0b2f 4947 4b63 537d 0d2f 0307 594b 2b37 4b5b
LL_SRM 6:52944 197f 437f 3523 6173 4f6b 3b03 3f27 170d 0123 337f 0737 4507 630b 594d 0111 6707
LL_SRM 6:52960 7f5b 5359 7557 2f7d 091f 1d07 6d6f 3f53 6d53 6f5b 6347 5b6b 0b0b 2f39 394d 0547
LL_SRM 6:52976 5d09 3b15 7d5b 594f 7f6b 1d29 6b3f 0f0b 4939 250b 1b2f 4f45 5f2d 430f 7509 3905
LL_SRM 6:52992 5765 1543 0f21 1565 7339 497d 6949 213b 2b1b 2d37 4b79 4539 4513 0b73 2949 6771
LL_SRM 6:53008 4155 0151 5129 551d 4d21 4175 7937 3955 1511 014f 4519 7f2d 1949 7f57 7131 133d
LL_SRM 6:53024 3775 7d6d 7177 1345 2773 6511 3d77 0b43 4771 414f 5b2b 3d11 7f71 6325 735b 1163
LL_SRM 6:53040 6375 7d23 5d2d 511d 676f 5d79 5315 5941 6767 5711 717f 7571 6f3b 670d 4963 7167
LL_SRM 6:53056 7153 0d09 5127 5349 0b61 7371 5141 1137 2d21 6769 0507 2159 0905 4943 1705 2f7d
LL_SRM 6:53072 2569 230d 516d 6f7b 0971 251b 0515 2717 5911 7975 3f75 5b27 6b01 112f 3121 2921
LL_SRM 6:53088 595b 195b 6b7f 7f7d 7d79 7551 735f 754b 7579 776f 2351 6d55 3775 3131 1d13 5107
LL_SRM 6:53104 7b57 7f47 7f77 6f71 653f 674b 7575 2b51 6f73 4557 7373 475b 7137 5715 7d31 6b31
LL_SRM 6:53120 1171 0f7d 2d09 6d5f 270b 032f 113d 0f1f 0745 2745 172b 191f 5f11 214f 3f19 1307
LL_SRM 6:53136 3f21 1905 0117 4f19 5f79 414f 0d6b 032f 033f 6d4f 2705 1f3d 2327 7b4f 231d 270f
LL_SRM 6:53152 476f 131b 6f0f 137b 2f6d 3f2b 134d 2b23 1b3b 470d 2b7f 3f05 3f49 6d7b 116f 071f
LL_SRM 6:53168 650f 1f0b 2507 6f0f 151f 4931 3537 250d 6b7f 5d4b 731d 6731 1339 2b51 0763 330b
LL_SRM 6:53184 0127 750b 4b27 493f 696b 112f 414b 0f4b 4301 2757 4b19 4b5b 7b03 2323 392b 4175
LL_SRM 6:53200 1d0d 5d3b 252f 0f05 2f03 0539 0f03 4f7b 1f0f 2d17 4d2f 0b1f 2305 652f 090b 5f0f
LL_SRM 6:53216 0119 7901 1309 0907 1f7f 7d2f 034d 6f0f 3977 2f15 0b5d 754f 7b6d 6503 6d0f 0549
LL_SRM 6:53232 4f5f 6d19 2b27 6b0d 713d 6f1f 6979 1b71 6f2f 1f0b 074b 252b 6f59 7907 1f1d 3563
LL_SRM 6:53248 117d 315f 1349 4b07 2f4b 5d4d 5709 2f4b 0305 530d 1f0b 076b 4b4d 0f1f 5d11 592d
LL_SRM 6:53264 0109 0b05 4b4d 4d07 7921 0f5d 4b45 2507 1505 1567 4d0b 4b0f 2b2b 4f05 1b57 331b
LL_SRM 6:53280 1d2f 4d4f 7f27 0f2d 3f67 431b 054f 5d1b 6969 3f6f 252d 6f45 474f 6f57 7d47 3d37
LL_SRM 6:53296 0b3d 7f11 7f1f 5743 5f5b 5d13 0d3f 5303 0b3d 5909 2763 1b01 6b7f 5707 035f 3143
LL_SRM 6:53312 154d 5f07 5f23 171d 310b 0977 095d 2d37 0f11 2d11 2f2f 373f 051b 3507 4921 1927
LL_SRM 6:53328 2319 0b2d 4945 3b2d 0f03 0d17 4d1d 113b 0309 4f43 5943 2f1f 431f 454f 0d6d 1941
LL_SRM 6:53344 0f7b 0b0d 7d7f 2b1d 7f0b 1d07 595f 6b0d 4f37 7133 7927 750f 7b4f 455f 133f 1d03
LL_SRM 6:53360 530f 3d13 3f3d 2b15 535d 0559 3d6f 4d25 2943 5755 5f5f 3941 490f 0705 2f13 2f57
LL_SRM 6:53376 6561 5173 4901 0b5b 3353 271f 3131 377f 5371 4373 7147 5309 5753 5d21 6111 5d43
LL_SRM 6:53392 0305 7d11 6321 6131 5d35 3351 6105 6377 294b 095b 1d21 0963 7579 416b 2111 4163
LL_SRM 6:53408 7367 0561 1357 7551 5577 3f01 2d7f 5735 7119 7565 5d59 0531 1f69 5d55 7953 1931
LL_SRM 6:53424 6f57 6717 4537 6d2d 1763 7d75 7f37 1b77 7b79 7109 7f31 0b2f 7d49 4541 7167 4351
LL_SRM 6:53440 0931 392f 5b35 557b 7727 2149 7b25 5943 0553 435d 617b 1339 1905 2909 1131 174b
LL_SRM 6:53456 3303 2171 2921 2961 6529 053f 4979 5963 1349 277b 1b27 217f 457f 2161 3761 4d35
LL_SRM 6:53472 7f7b 7b57 0b05 1f23 7577 6927 3553 7167 2161 5743 7d7f 7f61 795d 4515 713b 1f35
LL_SRM 6:53488 556d 3523 1b71 4141 736f 0361 1723 3d77 6331 7551 1f45 213b 2167 5137 7d71 557b
LL_SRM 6:53504 1d6b 051f 5505 477f 2f31 0d7d 1d15 4b0f 070d 2d2d 5b5f 6363 0501 0f5d 0103 0505
LL_SRM 6:53520 091b 1f2b 0905 2d2f 034f 336d 2751 1327 0b07 375f 4d19 116d 6d37 4d4f 0f03 013d
LL_SRM 6:53536 330d 0511 0d2f 4b1d 7f6b 2b09 7f3d 0727 6919 7549 011d 0f01 1767 6f49 2f5b 3b1f
LL_SRM 6:53552 5b5f 0b1d 212f 790f 2f07 0b37 4d37 1367 230f 1f0f 3d37 6b05 3957 4f79 1d25 5f17
LL_SRM 6:53568 2d47 092d 2109 0f1f 0f01 0d13 2961 0f0b 771f 273d 7305 0721 0711 0367 290b 034f
LL_SRM 6:53584 6f47 236b 410b 693f 2953 671b 1543 3b3f 6141 010f 532f 6165 3111 3d49 4d01 2147
LL_SRM 6:53600 4b69 7d07 3749 575f 275d 3f3d 3b5b 1f3f 6d47 0f39 1f0f 5527 4f39 1f2f 192f 5d19
LL_SRM 6:53616 7517 1543 0f1f 190b 7f1f 1b3f 6d1b 572f 7b3b 1b35 1173 296d 7727 1b27 3f03 0f21
LL_SRM 6:53632 5329 3935 2719 155d 710f 7733 5929 6359 6349 592b 0131 7577 4d61 692f 1559 1727
LL_SRM 6:53648 2b11 0561 4b49 7d7f 1361 630b 4731 4d37 0769 376d 1501 1171 7121 596b 7d71 077f
LL_SRM 6:53664 7b67 6913 6917 7d73 6f47 3501 3d79 4b69 0f33 7703 3f73 6d59 2377 2f3d 7b5b 2b63
LL_SRM 6:53680 4927 7b59 5563 4953 7163 1115 1d7b 6961 6375 6505 6373 1317 5f3d 7d39 6147 6761
LL_SRM 6:53696 3517 3f69 4101 2175 6115 7135 4b05 5335 2931 334d 1155 495f 2d31 5351 1373 531d
LL_SRM 6:53712 1f1b 7771 6151 5301 5d05 6505 3341 0d7b 536d 4735 497d 6505 3159 7351 2131 0179
LL_SRM 6:53728 3f6b 1711 3f47 2b51 796f 3567 717f 7935 7775 6543 5f7d 4b51 055d 2b3f 6b65 5d23
LL_SRM 6:53744 2373 1b31 7123 4b5b 5979 0f73 4915 1b79 6979 3b1d 5735 7579 7f73 472d 5b71 512b
LL_SRM 6:53760 5b01 3b29 110b 7b0d 0f5f 131f 1b05 7519 254d 1d55 0315 2157 4905 6d43 0d49 4d2d
LL_SRM 6:53776 050d 1b0d 3d15 050b 0771 073d 1105 0b0b 2703 2317 0729 050f 0703 1d0b 2947 1d41
LL_SRM 6:53792 3d2f 7f01 636b 5f07 4327 5369 132d 3d5b 7f1f 3905 6919 3703 3d1b 4d01 2b4f 2f1d
LL_SRM 6:53808 6d01 0941 1f17 0b6d 554d 2f2d 773f 353f 575f 0d31 6f39 5503 7d0d 4d0f 4f7f 2f4f
LL_SRM 6:53824 6d45 4f4f 1107 2d61 0d03 7927 7703 1b1d 0951 1747 0911 5577 6951 3f7f 010f 1d2b
LL_SRM 6:53840 0d09 011f 091d 4107 0515 2323 2f17 231f 0145 116b 1309 4f55 551f 175f 0f0b 451f
LL_SRM 6:53856 5d0b 6f09 7f57 4f5f 493f 7703 4f3d 3f0f 4737 132d 5b6f 1927 4f3f 0f2b 0f1b 0b2b
LL_SRM 6:53872 7f67 0f0f 3f4b 6f05 4f75 570d 7339 1d0d 0b27 1d7f 2f57 2f0f 691f 4707 5f6d 0f1d
LL_SRM 6:53888 216d 6575 5131 3111 332d 3b7b 0705 7359 4155 4549 790f 0765 5101 054b 0559 696f
LL_SRM 6:53904 6f21 0b35 6b43 4321 4d31 7753 2931 6315 1125 692d 4d65 3d59 071d 2365 4361 596d
LL_SRM 6:53920 5553 7177 7951 3353 7d7f 6b51 3175 2f09 1d7b 1d79 6367 4b79 6f45 6369 3331 4b2b
LL_SRM 6:53936 777f 0d71 1d7f 6d3b 7d57 7721 7377 3319 6f7d 6953 7331 6119 3f77 7f0d 6351 453d
LL_SRM 6:53952 6951 5161 0321 1751 3921 0341 2959 0103 4361 3d69 0961 717d 050d 2139 5745 5775
LL_SRM 6:53968 456b 017f 0f21 7161 5921 6335 4301 253b 3d69 5965 6531 3933 610b 6121 6539 3b7d
LL_SRM 6:53984 2903 3571 373f 7525 6533 2d11 537b 012d 7f17 3901 7937 6907 5d5d 1d67 4f75 7921
LL_SRM 6:54000 7779 7d55 7d7d 6b35 5175 0b7d 553b 7d61 571d 6b75 4963 2f01 1f6d 2315 2123 7f09
LL_SRM 6:54016 5f1b 5d5f 1901 4b5d 2317 0367 1f71 2717 295b 0b57 4107 7b79 3b07 4f67 7743 6d0b
LL_SRM 6:54032 0d3f 0d4b 1507 1541 490b 0105 4b45 0d2b 0111 0101 230b 515d 073d 077f 4f03 2927
LL_SRM 6:54048 2b7f 272d 6f5b 1169 0919 1d3b 573f 0f21 5f5f 5f19 574d 1d27 276b 5d03 0b6b 5b6d
LL_SRM 6:54064 1f2d 3d4d 3d5d 554b 0d27 2f0b 6b0b 150b 1739 0b6b 152f 2f2d 691b 4b3b 133f 390d
LL_SRM 6:54080 2541 4f33 4d59 0923 252d 1171 1f41 4727 4d41 0537 3525 0543 0d01 6553 015f 3f2f
LL_SRM 6:54096 412b 4755 6305 2b47 0907 4103 2107 3155 0703 5f17 013d 4f2f 272b 1d6f 6b03 034d
LL_SRM 6:54112 3b7d 7f01 1f5f 7d2d 0f3b 652f 1b4f 7d55 536b 6d4f 6f19 051f 5f4b 111f 4d11 6943
LL_SRM 6:54128 2b29 4905 6b6d 5f03 3f57 1f33 4d6d 3f7f 5f05 473b 6307 4309 0b4f 5907 4f5f 3b2b
LL_SRM 6:54144 2511 6d59 017d 2b6f 2745 0153 4d41 397d 7131 5173 5771 2f55 2139 5f27 0153 376d
LL_SRM 6:54160 5f19 6173 1941 7115 1341 7f3d 3521 2707 7573 5541 7753 1165 0937 736f 1111 5375
LL_SRM 6:54176 311d 7d61 3915 5329 6f77 7127 077d 7561 7f6f 4f09 6f6b 2177 7d75 6d19 1759 7543
LL_SRM 6:54192 755f 377b 5b77 3315 5d73 3567 7777 5d09 636b 3531 2347 7539 7d5b 6773 7b61 571d
LL_SRM 6:54208 0127 1115 1941 1937 213d 1343 0703 4171 0303 5d11 6759 4709 2f69 2767 5509 5f5d
LL_SRM 6:54224 555d 2f33 6549 1361 3143 1773 4761 4563 6961 7319 2511 2f63 2931 5d71 7111 655b
LL_SRM 6:54240 3715 3b0b 533f 5f69 2779 7123 5f35 7749 5965 7951 5365 7b75 6575 691d 7d7b 452b
LL_SRM 6:54256 2f7b 1945 517f 4d5b 7355 2937 3559 7961 7d7b 7151 7b2b 394f 0f61 3375 055f 6139
LL_SRM 6:54272 2359 6303 0723 0f6b 6503 491f 1f43 5709 472f 0b57 211d 2d2b 6b4b 016d 372b 0f05
LL_SRM 6:54288 5105 056f 5107 1957 0f29 5707 3d01 5f47 1905 4f7f 4905 4f69 1305 415d 010b 6f1f
LL_SRM 6:54304 771b 3739 593b 5b71 3745 4d35 771f 0d0f 673b 1915 7f1f 193f 790f 5f7d 6735 0563
LL_SRM 6:54320 6b7f 0d03 3b3f 7747 3f5b 2709 6d37 2931 196f 3b4b 0f4d 0f01 3f4f 714b 275d 0355
LL_SRM 6:54336 072d 476b 0155 1d2f 5321 0537 0107 6533 0549 0155 0707 0349 3907 6b35 0917 134f
LL_SRM 6:54352 071b 4333 094b 355b 0b0d 077f 7b19 134b 350f 414d 4745 2f3f 3105 0b1f 5321 6b3b
LL_SRM 6:54368 6f75 7b37 036b 2147 4b07 6709 1b7d 3f5f 394f 7f0b 7919 7527 7b6b 471f 5f7f 5f29
LL_SRM 6:54384 276b 6f3b 6307 2d09 1f3d 3d4f 0b77 5f5f 4d1f 492b 2d5d 634f 0d57 6f3d 3d4f 2303
LL_SRM 6:54400 6111 7d61 6131 1571 175d 6377 494b 2f7d 1b15 1515 717f 4973 3b79 2559 1757 6773
LL_SRM 6:54416 411d 3951 0329 1935 716d 776d 0111 1b15 7b15 037b 6173 6911 6141 2175 0131 7339
LL_SRM 6:54432 2f79 1151 1931 5705 7d29 6f7d 731d 2139 695b 7905 6959 5911 7b07 5353 2f51 3b2b
LL_SRM 6:54448 5b61 2959 695d 1737 6d67 7b41 7545 2935 1577 1921 7375 0505 6579 6319 596b 6129
LL_SRM 6:54464 3115 3b03 1f21 6d67 2931 155b 5b79 490b 4925 7169 7109 616f 4903 4d5d 4169 5371
LL_SRM 6:54480 1545 6749 3b71 5779 2901 713d 0159 3147 2d45 1963 5941 5f55 5913 7d7d 6771 616f
LL_SRM 6:54496 697b 4f47 7f2f 3b75 7d13 4567 7d5b 5d53 7143 6b5b 7b7f 157f 3f7d 4331 2d7f 4f71
LL_SRM 6:54512 7f41 4325 6b77 750b 6b79 4119 3961 4b01 5553 4301 7779 2b41 7f7f 4f35 755f 7533
LL_SRM 6:54528 5945 216b 290f 1f7f 2b69 0543 1109 6533 6b49 236d 2325 777b 5711 6f7f 1547 633f
LL_SRM 6:54544 390b 0919 1b4f 2b6d 0313 4f27 014d 6525 2f03 2117 436d 0161 0d43 0b1f 0d23 6b0f
LL_SRM 6:54560 274b 6b43 272f 070d 5f7d 2f03 4949 4701 7163 7f7b 4f0d 7743 3f7d 3713 5f5b 4f03
LL_SRM 6:54576 3f3d 0f0b 1d63 4743 3f4f 1d33 4f3f 6513 4f65 0d0d 0f39 1d1b 0f2b 5929 2f6b 371b
LL_SRM 6:54592 4159 1d6f 0d0d 6971 1107 0d2d 030d 494b 114f 2307 0d47 430b 1f13 7d11 0363 436b
LL_SRM 6:54608 2d29 5b25 7b0d 1371 3305 074b 4d0b 612b 570d 073b 514b 2359 2b01 095d 4737 0f4d
LL_SRM 6:54624 376f 4b65 2b6f 2f2d 5f25 5b67 492b 756b 4747 3f15 7363 2d45 5d2f 5b17 1b4d 3f21
LL_SRM 6:54640 273d 2709 4765 2f73 7f5f 0f1f 6d4f 4715 1b6f 350b 354f 050b 577f 4507 573b 2d4d
LL_SRM 6:54656 1341 053d 5d2b 117b 2361 4b53 0951 3521 2941 6179 653b 6b55 7341 4525 4535 1d71
LL_SRM 6:54672 0151 237b 6119 4323 670b 6535 3f0d 3301 2b53 593d 2175 4d63 3159 2333 1d39 517d
LL_SRM 6:54688 2b73 3d21 2f73 7d63 6967 7d6f 5d77 5f03 5b5f 6961 2949 556d 1d71 731d 417b 552f
LL_SRM 6:54704 4b31 6521 154d 014b 3f27 6547 5513 6d25 7579 7b3d 632f 0115 777b 132b 435b 0751
LL_SRM 6:54720 3571 2541 2153 3551 4b01 2539 6975 7539 6749 4179 4541 4f6b 6761 2179 7165 5d51
LL_SRM 6:54736 0145 650b 6925 656b 5331 7739 2961 2559 630d 0d7b 0931 0975 2929 3b65 2351 0d37
LL_SRM 6:54752 7111 0971 3175 6d31 4b6b 5d63 3b7f 4f6d 7d77 0959 7b77 2363 5577 2323 7b71 4d75
LL_SRM 6:54768 1d75 6751 4753 1373 2339 1307 7533 7d4b 3d79 7f51 4957 3919 6f33 357b 6f21 6d7b
LL_SRM 6:54784 733d 635f 250f 092d 4f17 071d 7707 393b 0301 3f0b 2527 2315 2d4d 5773 093d 2567
LL_SRM 6:54800 255b 2b0b 0505 7b6d 2135 1f43 4f0d 7b45 3b0f 0f5f 451d 353f 651d 7b67 5745 0d0f
LL_SRM 6:54816 6f3b 2723 0d1f 4b07 1f2f 075b 7313 7f03 1f5f 6b63 5d5f 5907 7d4f 7b0b 674d 670b
LL_SRM 6:54832 3f5d 6d11 1d4f 6f4f 4f6f 5f45 530f 1707 6f7f 1303 1d67 154d 3b5d 5d07 0b2f 7f03
LL_SRM 6:54848 1957 091f 0103 011f 5551 7f4b 1d41 4d1b 7b0b 2f29 410f 7713 7945 2f71 4d0b 4f4f
LL_SRM 6:54864 1341 5d59 0775 374d 0b0d 0357 691b 0d37 1d2b 297b 6501 074f 030f 335b 2301 0d3b
LL_SRM 6:54880 0f29 592d 456f 4503 6f07 170d 532b 1365 5d07 6d5b 2f49 5b03 273d 2f03 254b 0b05
LL_SRM 6:54896 0b2f 1903 1935 3d7b 5d4b 6319 3b3f 270f 0b3b 234b 674f 791d 5f6f 3b39 1f7d 5535
LL_SRM 6:54912 2501 3d7d 0155 352f 6547 6567 6507 0d7d 7511 7b7f 712d 5b59 5d69 0535 6d39 2119
LL_SRM 6:54928 6143 7b33 1111 7b71 0d11 535d 5f13 4553 3335 2139 4963 6d11 1751 7143 333d 3525
LL_SRM 6:54944 5d77 3119 797b 4111 7353 4573 313d 4b2b 311f 2337 6777 3d33 6d11 1d49 3b23 0121
LL_SRM 6:54960 317d 6363 5f6b 735f 7b6f 0d19 7f61 7d03 4b53 3303 7b5d 5f69 673b 4933 3b33 516b
LL_SRM 6:54976 2107 6937 4f01 5151 1779 1377 7933 477b 3b71 3d79 0b69 3961 2d49 6d23 3173 3f0d
LL_SRM 6:54992 3105 615b 7d43 7d43 4529 4131 0d77 1159 0f21 7b19 4d75 2575 2345 6965 553b 4171
LL_SRM 6:55008 4d33 7563 536f 797d 757b 2333 792f 7973 6d6f 7131 6b2b 7709 7701 5b21 735f 610b
LL_SRM 6:55024 737b 7531 5553 4545 737b 5523 517b 4721 7333 4525 7b11 5b4d 7761 1571 6f23 5731
LL_SRM 6:55040 0353 0b19 196d 431f 352b 350f 1d01 1769 454b 110b 0141 2f3b 6359 3f0d 0313 0141
LL_SRM 6:55056 070d 4361 314b 4d3f 270f 1151 0323 1915 4133 0f4b 7757 470d 0f0b 0d27 294d 0735
LL_SRM 6:55072 131f 231f 7f67 6105 5d33 7727 2927 7327 494d 5b0d 1f4f 2705 6b23 5779 5f0b 490d
LL_SRM 6:55088 555f 6569 2d0b 0d1f 6d3d 4b79 5f7f 676f 3f4d 5d69 1d0f 3f55 4f3f 2b4b 3f15 5b1b
LL_SRM 6:55104 4b05 291f 5317 3d3f 4947 432f 4149 657f 6d4b 257d 5117 0f0b 0741 2d5f 192d 0b3d
LL_SRM 6:55120 2379 475f 0d41 4b09 0d01 477f 4705 351f 090d 437d 6d61 1925 6b53 7169 2b11 3167
LL_SRM 6:55136 7b7f 0d7f 776d 0f4d 5b3b 0b0b 0f5b 1b31 1f5f 6b4f 5d2f 2907 776b 1d09 551d 5711
LL_SRM 6:55152 277b 7907 753f 5f1f 630f 2b2d 2f0d 2d15 6d37 5d3d 5b4d 7f0f 7f25 4f05 4d7f 1b1f
LL_SRM 6:55168 3551 510f 6139 6d5f 191d 5967 3561 1757 2351 5351 6111 4975 2975 3f3d 4103 6529
LL_SRM 6:55184 615b 6731 1157 7d63 0353 4523 7101 217b 4375 0547 3959 7537 2551 2379 6767 157f
LL_SRM 6:55200 3579 0133 2367 2925 257b 437d 1d4f 253d 396f 0375 5735 6759 5f5b 0d61 717f 3525
LL_SRM 6:55216 5577 3527 6739 653d 6567 7d71 6379 4961 1709 7329 4953 4f75 6b65 7559 6b1b 7155
LL_SRM 6:55232 2555 5b77 5721 3963 6121 4533 0167 3161 2175 0b6b 1711 7167 0115 2133 0371 6f57
LL_SRM 6:55248 6711 5537 2379 2579 4171 717b 1923 2175 3b73 7923 5921 5379 3531 212f 2303 193d
LL_SRM 6:55264 2f5d 2b59 3971 694b 5d31 7969 6f35 695b 7b27 7b59 731d 3743 7d73 7111 631d 6339
LL_SRM 6:55280 613b 2d7d 6f7d 7b59 6773 7171 7957 3121 7f35 1753 6d13 390d 7775 7535 373b 7515
LL_SRM 6:55296 392d 0d37 0549 176d 1905 1723 750b 2165 0b09 0b59 0923 5527 0f01 4b17 0b1d 2933
LL_SRM 6:55312 010f 452f 0d0b 0b1d 2907 3341 2909 0f7d 0317 4139 210b 572f 074f 3707 6925 3727
LL_SRM 6:55328 3f3f 4d29 7b1d 4d41 7f0b 1b2d 3f2b 3b13 4f67 0f05 7f7b 354f 4f2f 5f17 3d4f 6f19
LL_SRM 6:55344 5f27 1f01 3b6f 4b05 477f 3f5f 7737 370d 5d2b 3501 6f35 731d 3f57 6713 7d6f 734f
LL_SRM 6:55360 0b5d 2d29 490f 0d0d 4767 2f0d 0109 790b 4715 196b 7327 250d 2105 0f53 7177 672b
LL_SRM 6:55376 0b19 2967 452d 451b 1b67 4f6d 0f07 657d 630b 514f 1747 0327 692f 3539 5753 4947
LL_SRM 6:55392 0d2d 0b07 0753 7d49 2145 0f6f 771b 476f 074f 2319 5b2d 3b43 630f 0b27 6f0b 7545
LL_SRM 6:55408 4f7d 6f05 5f51 5f0f 4d4b 1313 653d 0f23 2f1d 2b0f 634d 2b0d 1b09 693f 7b5d 6b4d
LL_SRM 6:55424 0101 2b71 2773 1b7b 5533 6371 1707 7131 1525 6177 452b 157b 6135 6541 5941 612f
LL_SRM 6:55440 3101 2b51 4b69 1939 7113 4b15 3353 017b 3135 5775 7531 1b75 2567 7573 5523 795d
LL_SRM 6:55456 6133 5771 5361 7d59 717b 7d41 7f75 7f65 6763 7331 7b77 6139 6f51 5343 7f35 7749
LL_SRM 6:55472 716f 4111 3d7f 2521 1165 2311 4b79 5105 317b 1171 7d5f 6f31 296d 3f11 7b57 7571
LL_SRM 6:55488 2923 2103 755b 496b 2341 0f1f 7151 3907 6515 6121 0133 413d 2111 7171 2929 3b5d
LL_SRM 6:55504 2541 4973 5565 5973 7329 177b 4371 2d3f 530d 4533 6571 392d 5121 1169 2125 7331
LL_SRM 6:55520 6775 4963 2b7f 6f57 432f 7755 5971 7171 253b 3d37 6179 2571 773b 6951 4707 470f
LL_SRM 6:55536 696b 1333 5b3f 5961 6f29 2b25 735f 0f25 7151 073d 5127 3109 6969 4313 5953 7b55
LL_SRM 6:55552 4709 3b45 2d05 1935 0715 5577 0305 770b 0947 775f 2b15 0173 1d43 0f55 291f 0f0f
LL_SRM 6:55568 770f 1319 4729 4f4b 2f29 0771 0915 6d01 3d4f 1f5f 2307 1d3f 011b 653f 0521 776f
LL_SRM 6:55584 0f1b 6f0f 4f25 3717 2d57 7f49 7f0f 1523 190f 3f0d 6f47 0323 0b5b 612f 6b3f 0f0d
LL_SRM 6:55600 015d 1909 7b3f 4741 550d 6b49 0f6f 6b0d 257f 2b51 3d33 2743 5707 0f55 5d3b 293d
LL_SRM 6:55616 2125 5d25 2123 151f 014f 015d 2905 173b 733d 0d03 2f6f 5d57 4109 1953 4351 4b33
LL_SRM 6:55632 0705 0517 0301 6363 0973 2f07 0b21 7d6d 2927 1d39 3123 052b 054d 4741 253b 295f
LL_SRM 6:55648 6f39 4d09 3f7f 6343 730f 7b49 1b7f 0719 0517 0f2d 673d 2709 4f5f 3709 613f 0577
LL_SRM 6:55664 3f4f 5d75 1f0d 1d37 7f6d 3d13 7f5f 7343 375f 6503 1f31 4b65 6f77 0b21 3f3d 1b01
LL_SRM 6:55680 0d21 7531 5371 5367 4b71 7d79 0d01 0f37 4757 517b 5323 1315 1b71 4f37 0151 2967
LL_SRM 6:55696 3f49 4967 0b53 532b 7353 6b51 7531 6775 3525 4979 7527 5369 4b25 5f69 413d 6575
LL_SRM 6:55712 5b61 4b51 3f3d 7f0b 393b 1151 1d67 2923 133b 0161 3b6f 1d25 4579 4125 3d43 1571
LL_SRM 6:55728 0d25 2505 7765 7769 5347 6913 557d 1739 7939 4b53 677d 777b 7135 1b3b 556b 5d51
LL_SRM 6:55744 2d23 7563 0131 0175 3b55 2325 4521 2d21 713d 577d 4323 1533 3921 1373 672d 2d73
LL_SRM 6:55760 0567 5925 4169 317b 716b 0b79 0731 5941 7b21 114b 4301 653b 4723 6169 2b15 0b33
LL_SRM 6:55776 7371 1b03 5931 570b 2f7f 7343 6765 7779 7b7b 1311 5971 2375 7b63 4129 770d 575d
LL_SRM 6:55792 697d 7927 735f 2b67 3173 3d69 7169 2d65 6379 4d31 717f 1d51 3d1f 1b51 5171 6545
LL_SRM 6:55808 092f 6979 5317 114b 0b0d 3301 2701 491d 4f5b 7b19 570b 6977 1931 215b 0b0f 2f5f
LL_SRM 6:55824 6915 073f 470d 650f 3105 5b0d 4d23 6d25 252b 1f77 4d31 0b03 0153 3d0f 0b1f 7f4b
LL_SRM 6:55840 0f67 494f 2f3b 5f0b 7f2f 5b77 5755 337b 0f6f 456b 014d 6f01 2f3f 7b09 0b0f 2109
LL_SRM 6:55856 7d33 2743 654b 7b0d 374f 0f2d 2f2d 5b35 5b3b 756b 2b6d 5377 250d 4b07 5d45 6331
LL_SRM 6:55872 030b 0769 6107 576b 0f4d 2d1b 1319 0d0b 0707 1321 470d 275d 0105 0b21 2d03 5d3d
LL_SRM 6:55888 0317 1d6b 4147 010b 5719 0973 0b05 570f 256b 0d2f 5309 0969 052f 0d6f 754b 6d7f
LL_SRM 6:55904 5f07 4b0b 1f2f 2709 2f4f 3735 774f 4d09 2f1d 292f 7f35 4f7b 3d5f 1d25 7705 3f21
LL_SRM 6:55920 3d1b 2305 7f1d 7753 2f37 2f01 414f 652d 6b37 6d21 6d07 0339 5f19 6b6f 575f 1d63
LL_SRM 6:55936 4941 217f 7f15 2345 3149 3f77 4111 7353 2521 7977 1371 7f7d 7965 6347 252f 0731
LL_SRM 6:55952 073b 3535 1503 6933 1161 4d33 2349 411b 4323 6b5b 5773 2963 4105 7d77 613f 6359
LL_SRM 6:55968 7d25 6f71 5759 7559 7f69 2909 0b6b 0f15 2d65 5711 3543 7d53 3937 3719 5d73 436f
LL_SRM 6:55984 7559 170b 432d 4729 7d43 4171 377d 5515 757d 7b5d 1771 575b 4b7d 1747 277f 6d7b
LL_SRM 6:56000 317d 3b31 4329 0171 2553 751f 590d 6557 3157 4133 3141 317f 353d 095f 2111 4b51
LL_SRM 6:56016 4143 5171 4159 7555 2351 3159 7973 697d 2147 295f 7363 0b29 7561 2b71 1517 617d
LL_SRM 6:56032 4d51 4159 3571 5539 1b59 7145 6531 5705 7501 7b11 333d 3b71 4779 4f71 617d 4723
LL_SRM 6:56048 5175 3b41 4561 1151 6b37 5b21 7969 556b 3321 5539 6f37 1319 555d 7135 1737 6925
LL_SRM 6:56064 5513 6553 1343 2f1f 3323 0d77 1511 6d23 016d 2f0d 4125 274f 6b07 2b5f 1129 0f3b
LL_SRM 6:56080 0969 6b4d 0d47 5f59 1b05 2b7d 4f51 1155 1505 1127 450d 114d 1975 074b 0b1d 197b
LL_SRM 6:56096 1541 0f23 0b6f 2f69 6949 7f0f 2d7d 2f41 6367 1b15 796f 294b 6d4b 0d77 674f 0943
LL_SRM 6:56112 6f53 4b0d 6719 570d 134f 7d2f 6d4f 0b0d 4f4f 550d 3f57 6703 692f 4f01 175d 4709
LL_SRM 6:56128 3909 1507 030d 296f 4337 1903 350f 057b 5b07 390f 0553 4b63 450d 5b45 2f09 4339
LL_SRM 6:56144 0f07 2d17 5903 5157 0b03 471f 151d 253b 4b71 177d 0961 7b67 2945 3117 0103 2f5d
LL_SRM 6:56160 5937 5b1d 275b 2f79 072b 4b0b 073b 2f5f 7b5b 374d 777b 5f53 3b1d 6f43 773f 6713
LL_SRM 6:56176 2f6f 1f0d 6f6f 3f5d 3d0f 3f4f 4f6d 2b7f 497f 477b 7f59 1b43 1f57 7b0b 1b1d 3b09
LL_SRM 6:56192 017b 235f 3d03 3f49 4303 7b35 1b51 577d 3701 4d69 0f0d 7353 4f25 1b7b 333d 0973
LL_SRM 6:56208 2141 5563 233b 057b 5341 1d21 710d 713b 0171 2167 6141 6179 611b 776d 6311 171d
LL_SRM 6:56224 477f 1b4d 1d7f 3305 6335 3b45 7945 4d31 7d73 7161 1331 7b57 310f 3771 457d 7b01
LL_SRM 6:56240 3b7d 1f11 397d 0539 5151 7921 231d 6951 4373 2d05 2f65 7737 7f1d 7f53 7371 3d09
LL_SRM 6:56256 2321 2b39 6531 4163 3959 7373 414b 7b09 0b11 2947 7121 1179 3167 794d 1521 4769
LL_SRM 6:56272 5b45 7127 5b51 3371 4911 3559 6141 1339 4f19 0935 1511 4f15 0361 731b 297f 6f79
LL_SRM 6:56288 516f 7941 6967 5b41 6919 5147 1533 5d43 493b 5d57 5915 471d 6727 793d 376d 7133
LL_SRM 6:56304 357b 4b21 7971 7751 113d 2579 657f 737b 3955 7161 2547 7575 6101 3515 1f55 7971
LL_SRM 6:56320 091b 075b 0327 795f 4b1f 4545 2301 017f 0b11 6b0f 192b 3f4d 4915 354f 4117 0d07
LL_SRM 6:56336 0163 2313 4d03 2f1d 3907 6b5d 273f 633b 0107 4d5f 134b 632f 0539 150d 0151 1727
LL_SRM 6:56352 1125 1f39 677f 5b59 3f0f 5f47 5f4d 4b03 633b 6573 2b4f 2d19 672f 1b1d 0b6f 5b43
LL_SRM 6:56368 0717 394d 177f 3961 0d3f 0b3b 432f 2b11 0d3d 3959 772f 656f 5547 4f6d 5b6f 2d21
LL_SRM 6:56384 1105 196d 0305 014f 3b0d 1d4d 216d 293b 0501 371d 0b01 4d1f 1949 0b15 350b 0d43
LL_SRM 6:56400 1b19 6d49 2341 3715 390f 1717 0551 0d2d 5747 0317 010b 7309 2b65 3357 095f 3703
LL_SRM 6:56416 136f 4f4d 6569 0f3f 0d7b 1b13 753f 5f31 476d 1f23 4b65 6913 471d 2f25 1d6f 7b23
LL_SRM 6:56432 3f55 2f4b 2f2f 1979 7d5f 6709 2d5b 7f4f 1f0f 2361 651d 672d 5b2b 7b41 7927 4957
LL_SRM 6:56448 3b11 0151 0725 755d 5931 457b 4b55 4b7b 1f33 7931 6121 0531 6375 7117 1739 1971
LL_SRM 6:56464 1521 1143 4729 4b47 3b73 6951 1117 3b51 0129 3337 1121 435d 195d 6369 6179 116f
LL_SRM 6:56480 1569 6305 3911 4b1f 5917 6549 5511 4d33 257d 3571 4d7f 5337 2f7b 1139 4573 2101
LL_SRM 6:56496 7743 3b01 351d 7767 4d51 4153 6d73 5503 777b 2175 5d6b 1351 1b7d 5943 6343 037d
LL_SRM 6:56512 6151 3173 150b 617d 5913 3f1b 3141 4165 134f 3373 2153 697d 6365 4523 0911 7b19
LL_SRM 6:56528 6751 6373 113d 011b 4161 7351 6111 017b 6531 7763 4745 4347 7109 457f 4111 2339
LL_SRM 6:56544 0d61 2127 3d7b 6943 1b03 0d1d 7f3b 1731 7d3d 2961 4789 7375 2941 6153 3f3b 2f21
LL_SRM 6:56560 7d71 7d47 7939 0531 676b 457f 375f 797f 1533 3529 5173 7b55 573b 7525 5519 4b5d
LL_SRM 6:56576 0d45 0151 4d0b 232f 4551 793f 0501 091f 0b17 574f 2d3b 5147 0d05 230f 4d11 750f
LL_SRM 6:56592 2901 3f4f 210b 6935 5d65 076b 5901 6d55 0303 0d4f 7713 795f 650d 2d5f 4307 2339
LL_SRM 6:56608 672f 4705 2f6b 6941 1b5f 6d13 3717 3b27 2f0f 0557 333f 3b09 0d43 590f 5f47 2b4d
LL_SRM 6:56624 5d2b 7f1d 790f 1f7b 5f17 5559 5f59 256f 0f19 2f09 770f 7701 2f3f 494d 0f2f 4527
LL_SRM 6:56640 2923 7f0f 1307 357d 034d 0779 6f17 2b55 1b23 2b07 1375 091f 512d 5d5d 0343 0155
LL_SRM 6:56656 7141 3d1d 7547 0d05 016b 033d 1703 5905 5707 016f 090f 292d 5d4f 4d3d 4727 595f
LL_SRM 6:56672 4f67 2d0b 0d17 1533 1f07 5f4f 0b5d 270f 6f4f 6b4d 337d 2f7d 2719 116d 671b 1d07
LL_SRM 6:56688 1b5d 5339 575f 351d 5d37 2f69 1f1f 3339 137f 3939 2757 5979 3f3d 4321 374f 1941
LL_SRM 6:56704 4d43 475b 3111 0179 7311 4141 2f79 317b 4947 0b1b 6301 717b 111f 0179 3719 2903
LL_SRM 6:56720 5571 5131 0541 7949 537b 7363 6d75 3323 493b 4113 6321 1769 5523 7151 0769 4b75
LL_SRM 6:56736 6973 2903 776b 6f63 7f7f 7155 3563 4957 334d 3f31 3177 6531 613b 1767 797d 4525
LL_SRM 6:56752 5f73 2b3b 1165 6d3f 4779 074f 757d 7905 7d7b 1f51 5733 573b 577b 6b23 6d73 7f01
LL_SRM 6:56768 0f51 3971 6375 7111 6515 055b 5725 3d5f 0511 7769 0501 6921 6921 2f31 1b59 1971
LL_SRM 6:56784 0f55 355b 4705 036f 0571 7351 4d45 4147 1541 3573 3165 5925 6357 2903 6d7b 237f
LL_SRM 6:56800 073d 7151 393d 2939 2d77 6f43 4f65 6971 5b6d 775d 4319 7525 5977 0d55 253d 412d
LL_SRM 6:56816 731d 2b69 1d79 6935 637d 1d65 036b 5969 0539 0d49 7937 7155 5373 052b 7173 6149
LL_SRM 6:56832 590b 232f 2f41 276b 374b 6371 0d4b 351f 070b 3d43 4349 4f45 0929 431d 0d03 2b33
LL_SRM 6:56848 7343 3125 1b01 4f2f 6769 0123 5f29 432d 130f 0b19 0147 350d 0d09 0117 2307 0311
LL_SRM 6:56864 5d45 7d19 3b77 5b6d 7f1b 6b4d 7d3b 3157 5f6f 135b 754f 1b01 277b 4969 7b65 1b4d
LL_SRM 6:56880 573f 390b 5f4d 6173 5f15 4309 7b17 0f15 3b0b 6165 7d1f 2d69 7f6b 1747 2507 0527
LL_SRM 6:56896 6d19 036f 052d 2349 4f43 516d 0541 5937 0b2b 712d 2b07 1767 434d 0b4f 0135 196f
LL_SRM 6:56912 530f 0f07 5b0f 0f5f 0b4f 4d57 054f 1d75 2f09 0f7f 597d 074b 0749 314f 2f2f 2d4d
LL_SRM 6:56928 3b2f 671b 0d77 6b43 4f2d 0f13 7f7b 5743 1f4b 415d 0f5b 2f63 7d6f 1559 1779 4f3b
LL_SRM 6:56944 0d3d 052b 737f 050f 2f29 1f15 7f4b 7f23 775d 5b0b 271d 5353 1753 4951 0f7b 7103
LL_SRM 6:56960 1151 675f 2f5d 4323 7323 734b 4123 472d 4743 4b3f 5b23 336b 4309 453d 0779 3931
LL_SRM 6:56976 356f 017f 7945 5367 4d17 4f69 432b 416b 6d6d 133f 4751 5d65 251f 4175 4d09 5b65
LL_SRM 6:56992 7973 5501 4771 7f07 5359 0315 3737 6b03 7f4f 7b09 7553 2179 2973 4b6d 5f59 3f63
LL_SRM 6:57008 7f7b 7901 7561 794b 771b 3739 7179 5331 7f77 6b53 5f7d 234f 537d 4771 6155 5b19
LL_SRM 6:57024 2925 7929 3113 3d07 0b21 7547 2b01 671b 4d37 1d63 1373 093b 2121 595b 0149 350d
LL_SRM 6:57040 7141 1355 3331 5971 1361 3535 0739 1563 7979 6925 3d69 014f 1109 7d41 7711 3915
LL_SRM 6:57056 2b51 1369 3373 6d51 776d 4903 5d7b 1521 5579 550b 6f63 0b65 5173 0513 036f 6911
LL_SRM 6:57072 7143 073d 6f79 5535 5f51 3d49 2767 5551 7949 3f43 197f 2f13 773f 4767 736d 5561
LL_SRM 6:57088 3f0f 3f79 0959 1543 210d 275b 0903 4f2f 2d27 010d 2f01 1729 0b03 411b 2501 0717
LL_SRM 6:57104 0963 1311 1709 6d1f 2111 0d4b 0d17 4337 0f07 3503 7131 4f0f 2145 2f75 270b 2f67
LL_SRM 6:57120 7b67 2709 3f2f 030d 735f 6f0b 1177 6f45 7d5f 2f5b 776b 2d0d 4b39 4f05 7f3f 0f2f
LL_SRM 6:57136 451f 0b3f 4d3f 454f 476b 4d0d 6f37 274f 4f6f 574b 6b35 2703 1963 3d5d 3d43 070d
LL_SRM 6:57152 114f 195b 013b 0f0b 230f 557b 4b31 0d25 1f4d 3557 2701 351f 0929 610b 4315 6f69
LL_SRM 6:57168 4151 2519 0303 1d17 295b 035f 5f05 5505 2121 051f 4f43 3153 2d0d 3539 073b 0b0f
LL_SRM 6:57184 1f19 5f0f 3d4f 6d61 7d5f 6f5b 3d6f 336d 335b 5965 0f1d 0f0f 2d5f 1f61 6b7f 1b09
LL_SRM 6:57200 1f7d 656b 277f 2d27 477f 070f 637d 5b63 777f 6b05 577b 673f 3b1d 2f13 0f61 752d
LL_SRM 6:57216 2d51 7f73 1b01 5933 2971 654f 7131 1971 1b35 613b 5177 2125 5735 7d49 3545 6173
LL_SRM 6:57232 170b 2959 6905 733f 0911 7935 7131 7979 7365 0f71 7561 6169 6355 4379 3929 396b
LL_SRM 6:57248 691d 6303 714b 6715 492f 3d21 0761 6105 217b 7d35 5d57 5307 077b 7b67 495b 1951
LL_SRM 6:57264 737b 2341 3577 7b13 3707 7b5d 354b 217b 413f 1f13 1751 4743 0b6b 6955 7b53 595b
LL_SRM 6:57280 4b53 1b77 2533 4d57 656d 117d 3175 1561 112d 376b 5f31 7f4d 6131 5105 1933 6b51
LL_SRM 6:57296 1165 7159 0975 455f 1103 4717 7575 3361 1505 6f6d 2161 0b2f 4511 776f 0151 653d
LL_SRM 6:57312 5f71 7319 6979 7137 137d 4f75 697d 5131 5775 2729 1533 6161 4179 7177 7b39 7139
LL_SRM 6:57328 4f7f 5d69 736d 5931 5f09 790d 594b 2731 7d3b 416b 1d71 590b 6951 1929 5d5d 6d65
LL_SRM 6:57344 6b31 1161 1109 0561 0529 357f 4139 074f 7b41 6167 7129 7579 1119 514d 6141 5111
LL_SRM 6:57360 611b 3d71 0165 376b 0b65 6549 6921 5379 6303 4773 0361 4137 112b 2177 4d31 2759
LL_SRM 6:57376 257b 2333 0759 3d4f 0f27 115f 5741 234b 5121 6b37 7b73 6575 0f41 7f23 7f75 0551
LL_SRM 6:57392 697f 6149 4b19 2501 5b47 0121 4779 5d59 7723 710b 735b 4f51 7933 7967 5b5f 1745
LL_SRM 6:57408 5755 5913 3971 2f43 0541 053f 0541 7b65 4975 0929 7901 4171 032f 6f57 0341 2149
LL_SRM 6:57424 4111 4367 4113 334b 2359 1365 7561 2509 0971 0967 592d 4907 6b65 6729 0b33 6943
LL_SRM 6:57440 7b71 715d 3d73 2f03 4f75 6955 197b 151b 197d 6f13 7b1d 0b65 4d35 1325 1973 6505
LL_SRM 6:57456 777f 6553 7f73 3921 6b71 3f73 5f6d 793b 0769 6731 717d 1b1f 2b4b 7559 7b79 2751
LL_SRM 6:57472 4953 7741 1547 4345 4341 6775 2f03 456b 1335 0b1f 350f 272f 2123 0727 670f 5f2f
LL_SRM 6:57488 2f07 0d2f 2127 096f 0b4d 2963 3341 3f0f 0b07 4917 0b69 3967 6701 4909 6701 2d03
LL_SRM 6:57504 1b0d 7f0b 3d63 3329 670f 2153 2737 3f55 4b31 0f27 2b77 7f41 5f4d 6f3d 4b6f 2d45
LL_SRM 6:57520 590f 1d2d 3315 0f2d 093f 2f5b 6f0f 6f03 6b3d 030d 5d6d 5d0d 2f1f 3f1f 1f17 6d43
LL_SRM 6:57536 5919 1d0f 610b 555d 1755 4f6f 131f 6d2b 350d 6d1f 054f 454f 0b2b 070b 132d 073d
LL_SRM 6:57552 1b1d 0b79 6d21 0f3b 4d4d 073b 2d09 554f 6315 032f 0f17 2147 2f0b 033f 1301 575b
LL_SRM 6:57568 6b6d 575f 312b 2f05 7d65 0f2f 6d2f 711f 250b 0b47 5f27 1f0f 2b27 5539 4f03 1337
LL_SRM 6:57584 772f 6d27 6f5b 231f 0d63 0b1f 3d7f 0b07 5d3d 596f 632d 2d11 3f41 130d 0f4d 6f07
LL_SRM 6:57600 5109 3765 092b 057d 6f09 7f37 7d5b 2927 2b39 3941 3341 497d 5561 1121 0d79 2145
LL_SRM 6:57616 4b51 3113 0371 7d5d 2941 7533 5b2b 515d 553d 0771 4103 7917 6139 453d 6931 117f
LL_SRM 6:57632 277f 5115 0771 2f55 6371 3f11 737d 4519 3d51 6b57 5953 6f4f 4d6b 7561 6925 191f
LL_SRM 6:57648 0375 6b41 7359 0f05 4d53 1b3b 5719 2f3b 7f71 3169 3931 715b 7d73 6557 656b 7745
LL_SRM 6:57664 7121 6371 115d 116f 0149 7905 0f19 1507 1561 077d 4967 7f45 3951 7337 632d 6b51
LL_SRM 6:57680 0519 0b55 1f01 515d 214d 7161 6111 714f 0119 0b63 7b63 0535 053b 3773 0931 6d3b
LL_SRM 6:57696 1d73 2b61 135f 1d47 6d55 5f17 2353 251d 1771 7325 6b17 537f 7933 1335 6d65 3d77
LL_SRM 6:57712 596f 7f5f 7f3f 6d41 3f3d 3577 673f 571b 7139 7d53 6971 7d29 7f7f 651f 6769 7501
LL_SRM 6:57728 4115 134f 0131 112f 012f 6353 1f01 0d0f 2d01 2f4b 3909 331f 031d 757f 092b 075f
LL_SRM 6:57744 1b2b 1705 2f2f 2725 076d 251b 455b 394d 551b 2321 2d43 0907 0509 030b 031d 0d25
LL_SRM 6:57760 5777 3f09 5757 1b4b 632f 5d13 192f 6d61 1735 276d 274d 7f29 2b3f 192d 3f6f 0b4b
LL_SRM 6:57776 3b51 2507 472f 5b0f 551d 4d0d 7b73 5b5f 5d5f 675f 1f79 1d4f 1b3f 7765 7313 4f13
LL_SRM 6:57792 691b 1b3f 1707 0377 2b53 5d37 0b01 4b3f 5543 2705 2505 2f3f 2343 771d 2f2f 194d
LL_SRM 6:57808 5b47 3d3f 0343 1737 1d09 0127 750f 1145 0b2b 3947 5727 4d3b 0707 4925 4b09 5167
LL_SRM 6:57824 2b3f 3723 6f7f 2f4d 0b2d 5b45 4577 4d1d 331f 4f2b 5d13 6d4f 6317 7d4d 4f4f 552b
LL_SRM 6:57840 5d6f 0f6f 775f 3f49 6b0f 4b43 4b3d 272b 4f5f 051f 3d57 0d2f 551b 5f1b 4743 2527
LL_SRM 6:57856 5b61 1513 7155 6961 2169 3543 2165 312d 0361 5977 1921 4931 310d 3f03 6143 356b
LL_SRM 6:57872 7541 6361 5531 413d 3573 4d2d 4549 3359 7161 291d 7559 4b73 6303 6143 2101 450d
LL_SRM 6:57888 6b1f 4f71 6573 5971 5b7d 613d 7523 534d 5f75 2525 7d71 6947 7513 2535 7f7d 3553
LL_SRM 6:57904 513f 3d55 632f 572b 4d57 6d3b 7349 5d51 5b51 5529 757d 3377 4b7f 3f11 3117 5167
LL_SRM 6:57920 356d 7571 1961 2331 0705 3923 0505 6765 0141 057f 3541 514f 7343 4b01 2141 0561
LL_SRM 6:57936 4753 273d 1105 2573 2941 534f 0d71 4365 412b 7b6f 5175 394d 0d3b 6975 4525 0775
LL_SRM 6:57952 7f7b 1b51 6b7d 6911 714f 495b 4d53 7b61 717b 7741 5717 2519 6b77 7757 7d5d 5547
LL_SRM 6:57968 4f7d 4107 3739 3165 5d67 2115 7d73 5357 7f7d 797d 7379 1d6b 5b6f 6d63 4339 6d71
LL_SRM 6:57984 0d07 5907 4f4b 4d0b 4d59 393f 2b01 174b 0567 753b 0525 4345 0525 052d 2327 274d
LL_SRM 6:58000 076d 252f 2309 670d 0101 255f 0b07 7101 212b 637b 4f17 5b27 1919 7f0d 0d5b 7f7f
LL_SRM 6:58016 5f0f 5f0f 5b1d 6d23 5b77 6b07 0b1b 7707 170f 3119 3b09 3d4b 7f4d 374d 4b6b 4f03
LL_SRM 6:58032 4d09 2d09 1317 1f07 2f4b 1d49 1b0b 4f05 6f37 0f0d 4b0b 6b67 3f0f 014b 4567 6b09
LL_SRM 6:58048 0b01 4547 5b09 1f0d 3915 4947 050d 2d65 6f0d 0527 096d 090f 234b 4303 5f27 0f7f
LL_SRM 6:58064 650b 2f77 4f65 5b63 010f 0d2b 1b7b 4549 050b 615d 232f 051f 194d 094f 437d 0f3f
LL_SRM 6:58080 3f1b 4d0f 492f 1b17 6b5f 2525 7b4f 5b0d 6f7b 3f1d 2b4f 274f 6f6f 3779 7d77 0359
LL_SRM 6:58096 2d07 0d29 650f 0b0b 7b4f 1f47 473b 2f47 630f 2d17 117f 4d27 391f 290b 354f 2d1d
LL_SRM 6:58112 5341 497d 293b 1f07 0363 416d 1933 097f 0b29 6125 1161 2779 4b51 4165 2565 1577
LL_SRM 6:58128 6507 215f 2d31 674b 652d 3b1d 1119 2935 5531 691f 1507 3503 0567 6767 597f 4149
LL_SRM 6:58144 5d77 3579 7b71 6515 6579 1d31 4329 6101 797d 772f 374f 3549 773b 3151 3777 1d6b
LL_SRM 6:58160 5151 4179 7761 2d77 3d73 437f 5f55 1f79 637f 674d 1f69 3909 1f3d 5751 2d5d 5751
LL_SRM 6:58176 1569 0711 2b13 076f 4545 6d11 1153 0b55 2131 0b13 1321 2315 0373 456d 2131 6d15
LL_SRM 6:58192 2377 6731 1103 073f 333d 1951 5121 7133 1b21 1331 7111 0945 5509 0757 5111 1149
LL_SRM 6:58208 1773 3323 5573 7131 6127 6f11 573f 7b29 7379 0379 713d 1f41 373b 5757 7717 7723
LL_SRM 6:58224 2f79 7763 7d03 1f71 795d 3707 1d2f 7b57 6513 4337 3b73 4d59 5379 5779 557d 6101
LL_SRM 6:58240 0f6d 2d07 070d 4577 691f 191f 3d07 237b 574b 1167 014f 3d3f 190b 0745 252d 7f5d
LL_SRM 6:58256 1b21 793b 2f2f 3f3f 550f 070f 2b59 130f 0d29 0b6f 0f23 0f25 1119 0d07 610d 2307
LL_SRM 6:58272 3d07 1b1b 0f4f 575b 2b2f 752f 2b0d 432f 6b0f 7909 5f09 633b 2f1d 2b2b 0733 2d03
LL_SRM 6:58288 0d0f 0709 0d27 0d1b 1f5b 3f49 6b4f 0b1d 0777 0f0f 130f 1f25 0f0f 171b 4f0f 4143
LL_SRM 6:58304 0127 4749 530b 076f 5313 0f33 0301 077d 253d 070f 0903 0517 0345 156d 5d05 0b2f
LL_SRM 6:58320 0923 0905 0d0f 013b 4509 575f 1507 091b 0911 7365 390d 4d47 5d19 3b53 4f27 235b
LL_SRM 6:58336 074f 0715 6d4f 6107 534b 0b07 2b65 1719 4b63 0f0b 014f 3353 674f 7d0f 433d 1d3f
LL_SRM 6:58352 490f 1721 0361 1d07 1d3f 4501 232f 4f3b 5d5f 6f25 4b4f 6f19 7311 2747 2973 7703
LL_SRM 6:58368 3147 6561 415d 453d 4301 1b77 015b 3913 250b 3139 257d 2f6b 3351 3d71 4b35 1f4b
LL_SRM 6:58384 3375 635d 6311 0577 011d 0557 410d 6561 1139 6b73 4179 5b61 3379 015b 0105 1379
LL_SRM 6:58400 5f59 237f 077d 2157 7579 552d 5d75 7975 7b79 1f6f 4939 1309 7f59 793d 3f7b 534b
LL_SRM 6:58416 7f13 1911 7f5d 2f3b 1f3d 5577 7179 3d65 7b3d 4531 6f7b 6111 7709 3143 531d 7b01
LL_SRM 6:58432 6321 7963 1773 235f 4b2d 414b 5161 5379 7d07 1129 3941 4571 4111 5579 5b0f 0135
LL_SRM 6:58448 4941 537d 3d13 5917 3139 3d55 2d31 215b 6f55 4367 1d69 3171 0705 3177 6341 451f
LL_SRM 6:58464 6333 7b07 1b11 716f 5177 3911 3f6d 3d75 173f 6f63 7765 4773 6949 2b11 7d3f 5515
LL_SRM 6:58480 3d7f 1b5f 7363 7f05 2d75 4123 6f1f 2d79 7f5d 1b29 4f39 7379 6b53 7941 0d45 6d63
LL_SRM 6:58496 730d 772f 1707 434f 414b 0b1f 2d05 1f2f 4b0d 0131 270f 0d0f 6d2b 6d2f 090d 5163
LL_SRM 6:58512 510d 2f6d 572d 1757 0b27 257b 3949 455d 730b 5f17 130f 3723 3d0f 0769 2315 731b
LL_SRM 6:58528 777d 571b 0705 2b03 6925 1d2f 071f 610f 7f63 191b 475b 5f6d 050d 693d 076d 0f53
LL_SRM 6:58544 1f65 0d45 6f1f 2f3d 7d7f 470f 596b 1d01 3d37 4b01 3707 5949 191b 611d 2f51 2103
LL_SRM 6:58560 211f 394d 1305 5517 1f03 3b41 474d 2b0b 0907 214f 035f 077d 350d 271f 0353 537b
LL_SRM 6:58576 4d4f 630b 0b1b 052b 491b 0d39 0501 4f2f 394f 391f 034f 1b37 6303 2f0f 2f4b 0759
LL_SRM 6:58592 6b6f 7149 050f 3303 2d0d 690d 7135 0755 7d05 412b 234f 1745 3f6f 534d 6f1f 576d
LL_SRM 6:58608 6f69 076b 1717 5d69 4f77 7767 076f 3d2b 7d3d 7375 7527 5f6b 330b 133d 5f5f 3d43
LL_SRM 6:58624 6129 1911 6561 0f2f 3539 5b73 1557 216f 1371 712f 0d73 535b 1135 1919 1551 0113
LL_SRM 6:58640 6b21 0b65 4339 2129 4b43 7b19 6341 6953 1901 1d7d 614d 6f37 4d21 1571 0b11 0939
LL_SRM 6:58656 7531 4f35 7137 5721 357f 5723 2571 7b51 7979 715d 615d 0f69 7b2b 7371 534b 7f19
LL_SRM 6:58672 1d7d 3971 2f71 0155 273f 1d4d 5b7f 2b57 5d5d 0359 753f 7b55 5f6b 4b33 7b7d 5369
LL_SRM 6:58688 2d7f 3761 6323 4b3b 6d03 7171 0523 297b 7135 5535 511b 737b 7521 6519 6923 1507
LL_SRM 6:58704 0521 5b09 3901 5d15 2321 2179 1b45 0b47 6379 5d6f 5b61 5375 3311 0941 2369 7133
LL_SRM 6:58720 2f5b 4533 3d3b 6d71 171d 232f 797b 1f45 5d59 330f 1f27 213d 375f 2723 731b 6743
LL_SRM 6:58736 4777 4703 395d 777d 5d61 7569 7b33 7931 3d7d 7f73 3535 3d27 3f57 7771 5519 7163
LL_SRM 6:58752 5125 010f 3547 6b3b 1319 372b 110f 710f 150d 0f1b 070b 4f6f 6313 2f31 494f 7f73
LL_SRM 6:58768 4b01 0f3b 1f0f 5d7d 6357 5557 234d 1147 230b 1b6f 630f 753f 0f09 4b6f 2b09 1701
LL_SRM 6:58784 5b7f 7d47 6f37 2b29 4917 6f0b 6975 2f3f 5f19 0d13 7b5f 7d6f 2d17 611b 7d5f 6f11
LL_SRM 6:58800 1d5d 4f41 6147 5f05 477f 0945 6f7f 1f0b 552f 3705 275f 1f6d 3d1d 6501 655f 2d1b
LL_SRM 6:58816 2305 5b4f 0347 0d27 5b69 2949 2f47 295b 4d4b 070f 0503 2377 0309 691d 591d 4b47
LL_SRM 6:58832 6b03 130d 0d2d 1f49 3f3b 2931 3705 1d57 2707 2977 6d35 090b 410b 4f67 170f 0317
LL_SRM 6:58848 576f 2f27 434d 0d0b 1177 6d01 3905 651d 696d 071b 356b 690b 6f17 2f1f 6b41 7529
LL_SRM 6:58864 4f0b 1b01 1b2f 0d47 335f 732d 137f 3d09 474b 4707 552f 3741 3937 4d13 1f13 0b53
LL_SRM 6:58880 4119 796f 631b 1931 532b 6169 3945 7763 6375 277f 1153 630f 5729 2571 3363 0345
LL_SRM 6:58896 4173 3529 1521 6325 296d 4379 2147 456d 6165 793b 6321 7b3f 1129 175f 5541 4d21
LL_SRM 6:58912 7d79 7951 7b4d 7d07 6317 6171 6771 6115 7d3f 2739 3763 4b31 777b 3567 0f3b 4d1d
LL_SRM 6:58928 7b37 6143 3b39 2711 2f55 1b03 492d 3751 6779 2963 3d7d 7561 7159 7769 6f7d 7b51
LL_SRM 6:58944 5751 371b 4355 173f 5109 053b 0503 4b1f 6701 5931 4921 3377 3121 2153 7979 3501
LL_SRM 6:58960 4951 1177 3551 7959 4135 454b 2159 6177 0949 1533 4121 3f7d 1125 0369 6531 2b6f
LL_SRM 6:58976 297f 193d 5565 411d 2d3d 413b 3b71 4779 633f 7373 3d77 2d19 7b6d 733f 6739 7125
LL_SRM 6:58992 1d2d 490b 5b3b 7f41 7b77 7367 516b 7f41 3377 3b55 773d 7339 3f6f 596f 3d3b 6561
LL_SRM 6:59008 092f 7f75 6505 2d17 0d1f 073f 250f 4d7f 4509 7737 0303 0f3f 5f6f 5d5b 7907 2f4f
LL_SRM 6:59024 470d 2d1b 6f01 2f0d 2d09 6d2f 0513 2f51 2b4f 3d4b 5b61 0d1f 2b0d 2f6b 2f43 0f15
LL_SRM 6:59040 2b79 2f17 5d3f 5d2d 156b 5d03 6d5f 3f0d 4b13 490d 3f5f 6b6f 3763 390b 134f 5575
LL_SRM 6:59056 5905 1f2d 2949 5375 5737 6303 0f25 1f2d 730b 1309 6b57 7d2d 5d2d 6d0d 434d 7503
LL_SRM 6:59072 0d09 3307 457d 052f 4d3d 095b 433f 2917 370f 0b0f 1703 5f3b 0f05 135d 2917 4f1f
LL_SRM 6:59088 6d63 4d2d 0f23 113f 0b33 4923 0321 071f 4703 475f 1f53 7119 1f2b 1717 0705 7f23
LL_SRM 6:59104 4b43 1d09 6d2f 0d4b 4d7f 7d7f 330b 137d 1735 5743 470b 1f2b 7f2f 1947 254b 1f25
LL_SRM 6:59120 370f 5f27 2b07 5713 4f3b 7711 5d2f 0761 2f1d 296d 3b3f 1745 3f1b 4703 0f17 2527
LL_SRM 6:59136 0161 4733 1b5b 3333 5111 3d7d 0d61 211d 6315 2b3b 4d19 6b55 0339 7b7d 2371 2937
LL_SRM 6:59152 5b05 6d23 1d21 037b 0775 2b51 0549 413f 230d 7577 2351 7117 1101 116b 3b6b 0131
LL_SRM 6:59168 7f3b 5563 7d37 4d49 6775 3775 3b35 1369 7b65 6b53 3943 7159 6f65 5d4b 5b4d 3571
LL_SRM 6:59184 577b 5b5d 3977 2f7b 377d 6d73 177f 4d0d 7935 1311 7171 7147 3375 7755 4965 7d15
LL_SRM 6:59200 4d21 0931 0751 3d21 6501 1b21 2121 2d5d 1119 5343 5555 2121 3709 1171 2301 7917
LL_SRM 6:59216 2521 5d01 4d51 6943 3141 5317 731d 0373 3925 215b 6b55 397f 4161 2325 4f53 7b21
LL_SRM 6:59232 3379 5f6d 773b 3b7f 7f77 4b43 4349 0563 457b 4f49 7371 7d45 4d7f 377d 7f7b 2749
LL_SRM 6:59248 5f6d 3379 5b3b 2303 7f6b 3b51 2f79 611d 1971 4b2f 7d3f 3709 7135 2f39 552f 316f
LL_SRM 6:59264 4b5f 0349 6f05 273b 5313 5d2f 4747 1349 4927 4d37 2b07 5129 015b 5f2b 131f 6b0f
LL_SRM 6:59280 1529 2325 0f09 4b4f 070f 433f 0b4d 3109 030f 1f01 1301 2959 0d47 3f21 050f 0f17
LL_SRM 6:59296 7f6d 4b03 7967 3b11 730f 1549 535f 5b4f 7d6f 070b 3d65 4f1b 097b 4341 0b1f 0f0d
LL_SRM 6:59312 394f 6f6f 3319 350f 576d 3b1d 6f5d 5f49 2f1f 7169 7f1b 6d07 776f 435f 2f7f 6b03
LL_SRM 6:59328 0743 3d2b 2169 610d 0117 2f4d 0f0f 3f25 1309 5337 0111 730f 1335 2b1b 2f0f 2f17
LL_SRM 6:59344 030f 4f2f 5b67 2b7f 135f 2329 0943 0939 035f 0d5f 430f 212f 0b0b 497f 733b 6967
LL_SRM 6:59360 0b41 4765 550f 173f 0f57 0301 6f4b 050b 7f7f 6701 332f 1969 474f 1363 2f09 1b2d
LL_SRM 6:59376 1f1f 471b 3f77 6b4f 295f 2f43 374f 0b43 4b0f 2d1b 3745 1f47 7755 394b 214f 7f4b
LL_SRM 6:59392 570b 1b2d 1923 016b 2901 0565 1111 6511 7153 2137 2b07 4777 6945 4341 0315 413f
LL_SRM 6:59408 0101 455b 4119 0b55 5123 4165 3129 2157 3567 6375 3175 6147 1949 3157 4331 251d
LL_SRM 6:59424 3b7d 4f2b 5b7f 7763 4b7f 2747 5f75 5f3b 7b31 2147 6947 4b55 4139 4f7d 0773 5b53
LL_SRM 6:59440 7f3d 7739 3d49 7371 795f 2d33 276f 1173 6917 3525 2f69 4733 677b 0d19 6f39 7f6b
LL_SRM 6:59456 0503 1b1b 013d 436f 0759 7171 6521 053d 0131 6b17 0d33 092f 0711 691b 1909 2d27
LL_SRM 6:59472 033b 0167 2b41 4f73 0529 7525 4337 1f57 5541 2f7b 5303 2937 0969 7573 210d 6127
LL_SRM 6:59488 5f6f 5b17 2b75 4715 1337 3d49 7177 0971 3547 112d 5d79 7737 7363 5d59 5371 1f35
LL_SRM 6:59504 6379 5551 5b3d 396b 7f37 5173 591b 3f75 7f79 6d51 7775 7b41 6531 3947 534f 1f2b
LL_SRM 6:59520 1d03 5b7f 230f 4f3d 430d 0b47 1f27 0549 4517 7b4b 1323 2d2b 236d 450b 0355 0715
LL_SRM 6:59536 5145 7f2f 4369 6b0b 015f 0d5f 4f09 356b 4963 2b1f 431d 3339 0101 2f5f 0565 354d
LL_SRM 6:59552 4d37 7b0f 2b67 214d 1f2d 4f15 1735 210b 674d 2545 3d5f 2101 0f2d 0f69 5f3f 7f21
LL_SRM 6:59568 275b 190b 0f05 1f2d 2d17 4f1d 6d7d 550b 5b0f 6d2d 3f4b 0f0b 674d 4361 615f 4309
LL_SRM 6:59584 336f 011f 694f 2f4f 010f 7d2f 0f49 6d27 5303 2f3f 2305 2937 0765 1b45 6309 1765
LL_SRM 6:59600 0d0b 2b63 0577 6d09 7365 4f2b 230d 7737 2937 2d4d 6b2f 0d1d 3323 293d 4159 035b
LL_SRM 6:59616 674f 176f 0f4f 0763 7f61 4f39 6f4f 0505 1f5b 0d01 1f57 5b2b 095f 0701 4567 6d5d
LL_SRM 6:59632 2f4d 7f4d 4f1f 7f15 6d6b 7d03 0f2f 2767 7f29 3b09 6f6f 472b 757f 2b2f 6f5b 1727
LL_SRM 6:59648 4b01 1117 5341 6375 4337 3b05 6d11 631d 032f 7129 2301 2d7b 331b 5d75 7141 1515
LL_SRM 6:59664 7161 493f 0719 4121 4125 6d2d 0d47 074f 0141 113f 5743 1935 4553 2531 0713 6529
LL_SRM 6:59680 2f7f 5701 317d 694b 3f75 6d61 2b1b 732f 7b63 6b1f 5b7f 6177 3f59 715d 1b7d 6b7b
LL_SRM 6:59696 516f 775d 7f71 0b29 711d 3d25 555d 2759 6f73 1d35 7f3f 5301 0509 6f71 4733 5d53
LL_SRM 6:59712 4d51 7959 6b11 3173 0521 295d 2133 5119 791d 1175 2b45 5117 0371 1f71 0123 0d45
LL_SRM 6:59728 3165 751b 4923 5175 1141 0d23 7351 1137 4143 6d79 3541 1749 2d1d 095b 6333 235f
LL_SRM 6:59744 717b 650d 1f7d 7315 3d47 4135 4f79 6965 5d59 7555 5f43 5d55 3179 6735 7773 2953
LL_SRM 6:59760 773f 2325 176b 1367 3163 214f 7d37 6757 6f79 6123 6571 6b71 6379 6d33 7f51 3f0b
LL_SRM 6:59776 1f03 1d6f 6309 0713 4315 030f 0525 693b 0305 4357 4541 550d 0f13 3f0d 1307 0d6f
LL_SRM 6:59792 0545 494f 4b01 2d77 2355 4b77 350f 0d4f 4b43 1b05 093b 3317 434d 7f0f 3d31 492f
LL_SRM 6:59808 670f 6b07 734b 6f6f 7779 455d 0f3b 650b 3f47 6b21 2b7f 134b 172f 430f 1333 0d25
LL_SRM 6:59824 474f 2b75 1d7b 0f1d 3b4f 0d0f 7f3d 271d 673f 3d41 4b0b 434f 3f4b 0f41 1d2b 170d
LL_SRM 6:59840 6f11 434b 0b41 3723 0519 255d 0169 0b0f 4b27 3939 5b5d 3715 4121 6b77 0b43 591d
LL_SRM 6:59856 1b2b 2d17 034b 2969 0f0f 5507 4f37 1d75 4b41 7771 6f29 1f03 796b 5563 2f15 0f17
LL_SRM 6:59872 6f17 6911 2737 4923 590f 572b 575f 6949 2f77 772b 136d 3b6f 3d0f 0d15 3f53 1d53
LL_SRM 6:59888 5527 5b0b 0d2f 451d 3f1f 0557 4b2f 1705 215b 4f4d 656b 1305 2d0d 071f 6f2f 4b0b
LL_SRM 6:59904 4135 1979 2545 016b 1b01 4903 5915 697b 0773 197b 512d 215f 6921 2379 3d3d 6309
LL_SRM 6:59920 3913 3175 6903 6101 6341 2575 4b37 694f 7773 2f03 517b 250f 7b2b 255d 4145 673d
LL_SRM 6:59936 3f7f 7d79 6b3f 5951 354b 6327 2979 7707 5b7b 5d35 393f 473b 6339 5739 7337 3d61
LL_SRM 6:59952 337b 7321 1777 593d 7963 6f51 3f2b 3b01 777b 3703 777b 3575 5301 6175 7513 3161
LL_SRM 6:59968 3561 0f2f 2119 2923 3353 711f 3173 3557 012d 6945 1341 3773 5551 6903 1105 1571
LL_SRM 6:59984 6d71 4f3f 6169 0971 0971 2d65 4151 4b7f 5d05 3b63 353b 4133 0565 3d7f 2359 5141
LL_SRM 6:60000 1f27 7557 757d 3f3b 694f 6157 397f 7903 3b7f 4535 035f 3d15 397d 537b 7d65 690d
LL_SRM 6:60016 5f33 1763 7775 156f 737f 654f 737f 6775 1135 7741 3f05 116f 7f6b 5f0f 3355 1925
LL_SRM 6:60032 1f0d 0b17 2d39 7d2f 5d05 237f 3511 0b77 3b2d 3945 4573 2f3f 0f0f 091f 1d0f 7b0d
LL_SRM 6:60048 3949 430f 2109 5b11 2b07 4347 433f 6f47 4f4b 2d4b 5b0d 174f 3d05 071d 1f0b 451b
LL_SRM 6:60064 7f0d 2d07 2d4d 0347 4f21 4b3f 252f 576b 4b39 4709 6f4d 1937 756d 5f17 450f 0703
LL_SRM 6:60080 4d37 5d5d 190f 6549 5f2f 7f77 474d 4307 2f1f 6b3f 693d 290f 2341 033f 1d0f 170b
LL_SRM 6:60096 090b 1b4f 7d3b 310f 596f 6f4d 4907 674f 1d01 0d3f 414b 271b 4f29 0b43 6515 0b3f
LL_SRM 6:60112 0f45 2937 2f7d 772b 0313 550b 470f 650f 3d3f 4f2d 0f6b 0d0f 410b 6727 610f 2b09
LL_SRM 6:60128 073f 4b01 1f7d 7703 5d47 7729 6527 0f2f 7369 6d0b 7d7f 1561 5f45 1701 0f1f 4703
LL_SRM 6:60144 4f2f 3345 736b 2919 475f 6f6f 372f 6f49 3939 0f6d 1d6f 035d 4f7d 4b4f 011d 2f17
LL_SRM 6:60160 093b 215d 4f41 7141 293b 212f 254b 2b71 6343 0361 2131 113d 5b0b 517b 3307 7b27
LL_SRM 6:60176 0101 0971 0161 4b6d 0353 457b 7129 0f41 2109 057b 0311 7173 1111 3f65 2141 4705
LL_SRM 6:60192 5519 7561 6715 3b09 3165 1917 717b 3f27 7337 1521 7f7b 5f1b 394d 756d 7173 5b71
LL_SRM 6:60208 5d77 0d19 5b73 290f 7d7b 1b2b 1361 5b57 3571 5101 6f5d 276d 093d 6759 037f 673b
LL_SRM 6:60224 4759 2727 7109 0f19 056f 2d75 3317 5133 0771 4d37 5541 7551 4571 7135 2f25 292b
LL_SRM 6:60240 6141 0b3d 0161 1977 094d 4143 231b 0759 7109 110f 3129 2362 7d41 596b 3923 2b7d
LL_SRM 6:60256 7373 732b 6f7d 752f 1779 7f61 4f73 7743 774f 7b3f 7d39 571d 197d 6d45 2735 7143
LL_SRM 6:60272 3b5b 354d 7d7f 4b61 6377 771f 3375 5d6f 2f7f 6969 6337 414d 7f47 0535 6175 4923
LL_SRM 6:60288 2717 313f 0979 034f 454b 173f 3333 4d09 0f1f 4d5f 1f4d 752f 450d 2b0d 1503 490f
LL_SRM 6:60304 2313 153b 3707 5b3f 070f 4307 5143 0b2f 7111 5f6d 0565 031f 131b 575f 534f 6d1d
LL_SRM 6:60320 0f0f 754f 0f0f 1143 0f0f 354f 6f1f 134b 4f3f 3745 7563 2129 594d 5147 5f6f 4305
LL_SRM 6:60336 194f 2f3d 6b6f 2f0b 3d6f 0b17 6f43 6b5f 7359 0301 0d39 295b 2f5b 597b 6953 376b
LL_SRM 6:60352 5d17 2505 471b 0f33 4727 4331 4301 312d 0711 0713 0d0f 277b 3b4f 3b47 054f 0d5f
LL_SRM 6:60368 7907 2d07 5f05 1b0d 1f49 7d4f 2f09 314f 0b6d 0f0f 1b01 3d25 097f 196f 574b 071f
LL_SRM 6:60384 171b 2f03 1977 7105 0507 1d07 276f 0b1b 1f5f 6d0d 0903 3d2d 4f4f 2f37 134f 0359
LL_SRM 6:60400 6b01 4773 590b 1b6f 630f 5527 2f15 1f05 5709 4b07 2b2b 615f 6d7f 5b59 2f3b 0529
LL_SRM 6:60416 0501 537b 0551 0171 1307 115d 0129 5d67 6961 1115 3321 7d75 4d31 2f77 515d 7571
LL_SRM 6:60432 0901 1109 4971 2971 4963 0531 2931 6379 2b75 3751 1155 655f 3121 654f 5525 0b6d
LL_SRM 6:60448 7f31 6d5f 6b7d 6b11 4d7d 5b03 5b7d 6f55 7917 7965 7971 6f37 0903 790d 0b3f 7f6d
LL_SRM 6:60464 0d3f 2b01 1f73 0b61 731f 4b09 517f 1931 7151 2f27 6157 0709 3d45 0161 4b55 1d0b
LL_SRM 6:60480 3301 4d65 115b 112d 4165 4175 1531 515f 2143 2151 1901 5773 0143 3169 4701 6167
LL_SRM 6:60496 3d61 6f13 4101 2329 1163 5725 1543 2f2f 0757 712b 3153 137f 2701 0737 1353 3335
LL_SRM 6:60512 3f35 712f 7b33 5567 3b75 5527 536b 3f45 0779 5377 7d79 750b 6d49 3f13 6579 7507
LL_SRM 6:60528 5149 4569 3f6d 5169 5167 0b4f 6549 7f61 7d63 794b 5d77 7b65 1b0b 6965 7f4d 790b
LL_SRM 6:60544 5b19 0f79 0715 4d6f 0907 6747 3d2f 6b5b 1925 1f0f 0f0f 531f 1519 2763 010b 4307
LL_SRM 6:60560 0327 092f 0d19 0d07 630b 052f 4b01 1f67 0f01 0d47 031d 1d23 310d 0b2f 4d4b 1927
LL_SRM 6:60576 573d 0f03 4f47 4939 0f0f 2347 291b 6d0b 610f 7143 2f1f 4d45 4f2b 3d17 0b6f 4d05
LL_SRM 6:60592 4f5f 4b4b 3f2f 7b21 093f 1b63 3b5f 2f03 5f4f 1d13 4b1b 050f 2f1b 051b 7f1b 151d
LL_SRM 6:60608 1b1d 5b0f 0f2b 6f5b 112f 3905 1d05 4b5d 412b 056f 6d03 133d 0111 555b 650b 4949
LL_SRM 6:60624 010f 6727 0301 014d 0701 596b 3147 0f4f 4d43 4d4d 010f 4927 3d1b 3579 0163 6d21
LL_SRM 6:60640 131f 591d 131f 5d43 133d 0d05 755f 6b73 0b1f 574b 652f 5f2d 0b05 0f0f 5d57 151d
LL_SRM 6:60656 657b 5f05 7d2d 030d 550f 0f15 4b4f 0923 3b2f 0f7b 0f4d 557f 7f4d 0f5d 6d37 0945
LL_SRM 6:60672 4161 3955 1771 131b 1311 7b51 070b 3141 2975 5339 1b15 7971 3175 3503 6135 1d4d
LL_SRM 6:60688 3d75 1353 6911 2579 1169 153d 3175 5519 6931 1b23 7d31 2d69 5151 156d 1111 597d
LL_SRM 6:60704 6933 4175 4175 7936 7f7b 1d61 7713 0131 696d 6d5d 757b 2113 315f 3f25 5f6d 2b51
LL_SRM 6:60720 5f73 5f6d 7d51 6735 5d57 351f 776b 4939 5b2b 5f41 6751 6129 7145 6d3d 790b 793b
LL_SRM 6:60736 1979 2973 0101 7167 0921 2121 1915 0369 4927 177d 2513 5f4d 6d1b 094f 4d4d 6b7d
LL_SRM 6:60752 1d05 5159 5d25 2101 4101 4351 5171 654d 5521 2f1f 0151 652f 7515 1129 2101 3113
LL_SRM 6:60768 3f6f 2771 7537 4d5b 5d5d 3b69 7727 7703 5b5b 7307 697d 0501 5977 7921 7d2f 7947
LL_SRM 6:60784 7f7f 2331 7d31 3967 7d3b 6f29 796f 6b4d 734d 5365 6b57 5125 5575 6d3f 7b29 0b57
LL_SRM 6:60800 4d1f 692d 7105 435d 5f05 271f 0f03 4b2f 3b5f 0531 252f 490d 6b03 415f 1343 7d07
LL_SRM 6:60816 572b 292b 4901 2b0f 2119 013f 492b 1d0d 0343 2d23 1b09 433d 3943 056f 1133 0f4f
LL_SRM 6:60832 7f4f 1903 1f2d 0b79 3b57 074d 674f 1b6b 2747 4b3d 2f77 2f49 470f 5b15 5735 4909
LL_SRM 6:60848 797b 3f53 2f2f 2f4b 6d75 656f 5f2f 0305 7f7f 1b1f 4f2f 1b1b 3f3d 3d1b 4b2f 3f0d
LL_SRM 6:60864 1b53 4b3f 1b09 0d4f 0b23 7b2b 270d 2b1f 010b 0d03 1b0d 031f 1503 7f1f 0101 150b
LL_SRM 6:60880 5905 171b 4709 5f37 0315 193b 2301 394b 1b21 4d3f 190b 454d 7f23 430b 0f5b 2f69
LL_SRM 6:60896 2f73 5b17 4f4f 4b0f 313d 2b09 0f5b 0f69 7d75 4d17 6b6b 2307 6d1f 1d25 7f3f 6f4f
LL_SRM 6:60912 5f79 6947 4f7f 3105 134f 1f43 3f0f 495d 4f5f 0f4b 775d 2b29 3b0d 6b09 317f 4d5d
LL_SRM 6:60928 7149 7d13 2341 6339 6169 7143 4307 4d6f 4d71 4733 4961 777f 6331 333b 0d69 3b43
LL_SRM 6:60944 0515 3919 6113 5753 2551 4157 2521 1161 5d2f 711f 6553 0903 0125 5701 1151 6319
LL_SRM 6:60960 6751 497d 777b 0d29 3f5d 7b69 7f3b 7571 1b65 0b01 7771 6b65 773d 0341 6d7d 732d
LL_SRM 6:60976 1337 1113 3d73 2177 5f6d 4103 6325 5171 3561 396b 7f6b 2b61 635d 315b 7927 5d49
LL_SRM 6:60992 1b31 6f2d 7107 4337 2925 7973 530d 6179 3f17 5171 6161 2317 4951 5d1f 0171 4963
LL_SRM 6:61008 2941 5109 7f71 5955 5115 1143 414d 1525 5d31 4735 4903 714b 2529 7917 3149 514d
LL_SRM 6:61024 3335 4b21 4373 4765 7179 0f21 476d 5145 6163 7f61 2577 0d2b 4d7b 7d7d 7b75 5521
LL_SRM 6:61040 536d 5f5b 6f77 7d6b 597d 6d2f 7b7f 5f41 717d 5951 3f57 7d25 7f57 0167 4355 1143
LL_SRM 6:61056 3b1f 4f4d 632d 256f 1339 475b 191f 1f1d 3f37 0f2d 7907 6f19 0b0f 4f43 230d 093b
LL_SRM 6:61072 3957 037f 453b 471b 490b 4959 5b03 0d4d 0f27 4d1f 0f29 5b17 0507 2b77 1525 672f
LL_SRM 6:61088 6f4f 4147 1f49 3957 6d41 3f1b 4b69 2d37 1f3d 5f2b 1f4d 630d 2f1f 433f 454f 1f2f
LL_SRM 6:61104 0517 0941 7b6f 2133 6b6f 3503 7d2f 0333 6f2d 050d 6d6d 256f 3527 3923 4f2f 3f3b
LL_SRM 6:61120 0d11 633f 3f1d 6313 0f0d 035f 090d 776f 2f51 015f 033b 2f6f 4b2d 0f1d 2b0b 257b
LL_SRM 6:61136 2521 2d7f 1d29 0f1f 4d23 4d37 550b 475f 2d27 674f 6503 2745 0d03 2b2f 1719 5d0b
LL_SRM 6:61152 2b2f 5f0b 173f 6703 3f45 172d 3f3d 4967 476b 4d45 050f 0907 7d01 670d 6969 4d65
LL_SRM 6:61168 5777 5f55 170b 3b1d 1b0b 4f0f 3d6b 0d01 5f6f 0b47 233d 4d4f 1b5f 6f35 2b5f 7d19
LL_SRM 6:61184 0321 3173 714d 2363 1901 6379 0145 2d71 0961 7525 390d 6941 2305 2779 2551 6d6d
LL_SRM 6:61200 3523 533f 135b 5b75 7171 6d43 1701 2535 7b27 2d29 1925 1107 6921 4149 6151 131f
LL_SRM 6:61216 2d59 2341 5d7d 4121 737b 2b0f 7f6d 6767 2f77 1767 0b7f 7947 377f 4735 7f3f 5b51
LL_SRM 6:61232 4f1d 7751 2b6b 3d65 4529 4349 397b 7f4d 537d 2f15 4d41 0317 037d 1d01 7737 670f
LL_SRM 6:61248 1977 1b7f 3515 410f 4565 4323 2133 3b31 2741 217b 0b51 7553 1351 1949 2d17 5d01
LL_SRM 6:61264 5933 737f 4745 5963 6921 5d53 4349 0941 0759 2549 3105 6171 4105 017f 6f29 2139
LL_SRM 6:61280 3d77 3545 3575 3f55 5d65 3b63 037b 053d 6535 3309 595f 7125 7971 7979 7b6d 3b51
LL_SRM 6:61296 573b 2b45 2935 7921 7f53 0333 777f 1b73 733f 713d 777d 4f65 777f 4f4d 7171 4b41
LL_SRM 6:61312 0343 452d 0b4d 5b6b 5d6f 1d2f 0b17 0f4d 4d4f 037d 2767 3975 0909 1509 590f 711f
LL_SRM 6:61328 6103 6b27 3d47 0775 170d 035d 4501 7b55 7945 2f2f 0967 1945 3905 4917 2d2d 7d51
LL_SRM 6:61344 6f63 5561 4d77 632d 4b1f 6d0d 130f 0f4f 1b6b 0727 2b0f 0d57 2b3f 4f0d 4b5f 014d
LL_SRM 6:61360 313d 4125 4b7d 373f 1f7b 0b2d 0b1d 6f5d 372f 4f2d 3f1b 2f41 3f47 0f6f 1d3b 2f17
LL_SRM 6:61376 4733 233d 4b09 1f5d 051b 270d 2d7f 1745 1133 7b4f 5539 6729 4325 690f 7f19 2b2f
LL_SRM 6:61392 294d 2b0b 6709 0f59 6539 056f 0d13 3f2d 1f3d 770d 037d 352b 5723 7511 0b33 1b0f
LL_SRM 6:61408 0357 6f4d 3727 376f 3f1f 1509 575f 590f 7147 130d 017b 0d1d 5f47 1f4b 3f3b 0f27
LL_SRM 6:61424 316d 0b29 6767 4b03 3d7f 4f59 6b0d 5753 5f47 4f25 635f 1d17 3b5b 372f 4f57 1d5f
LL_SRM 6:61440 5157 3313 032b 256f 495b 4547 0d0d 3905 1b4b 1d4f 0d7f 4f75 0d43 176b 0b25 632f
LL_SRM 6:61456 4d03 1767 3749 6525 2965 2123 1d2d 4f6b 0f0d 0d57 4309 695d 212f 031b 0f0d 436f
LL_SRM 6:61472 314f 2717 355b 2d2d 7b5d 4d7f 7f7f 534b 7f59 5d21 175f 0d29 571b 3f3d 1f5f 6725
LL_SRM 6:61488 717f 030b 5b53 0f09 5f2f 5b09 1d0b 4f09 576d 3f67 4701 1f41 0d5d 792b 176f 3725
LL_SRM 6:61504 0905 711f 6b65 1709 295b 6507 0d05 032b 3325 6d6d 7119 1f1f 2129 2f57 0955 5d4d
LL_SRM 6:61520 570d 1f2f 091b 0f13 1b39 5351 350b 1d4d 153d 054b 074f 3927 0123 7701 2d09 195d
LL_SRM 6:61536 1333 4f27 731f 3f25 453f 6115 7f3f 5b53 072f 5f3f 2f2f 075d 0f6f 7f27 130f 0519
LL_SRM 6:61552 695f 6f67 3d2b 471d 491f 270d 275d 1b0f 6f0f 6513 7f1f 5171 3d67 2d19 3b1f 2b0f
LL_SRM 6:61568 3b23 617f 4135 0d05 4701 0765 7961 7d77 3d25 1521 7163 5325 517b 415f 6d41 6b23
LL_SRM 6:61584 7971 436b 3f23 1753 1531 3969 1145 1975 4b31 037b 4171 1971 1719 5d75 7715 6b49
LL_SRM 6:61600 3f55 2949 775f 0761 796b 5d21 7373 0f51 7b69 114b 7f65 3b31 716b 6d1d 5953 297d
LL_SRM 6:61616 5175 3971 7517 4f05 5d7f 5561 7b79 297b 5f13 695d 2969 6f63 7929 3903 7343 792b
LL_SRM 6:61632 6151 7549 6157 610f 2511 4b25 4727 237d 7563 0b3b 2175 2979 7361 5f7d 0119 2b77
LL_SRM 6:61648 6951 292b 2379 716b 4b09 7353 1547 6525 3701 2559 4153 690d 0171 755f 4129 2175
LL_SRM 6:61664 5101 734d 7b77 7351 5f61 734d 4d6f 7575 3b6f 4151 2575 7953 637f 5541 0535 6131
LL_SRM 6:61680 576f 416b 6b5b 4955 593d 6941 5d31 7979 6733 5951 7557 0537 7761 1941 7159 7149
LL_SRM 6:61696 2b07 0141 2729 234f 2719 493f 3311 0937 0109 2f3f 5921 1f5b 010d 3b5d 3707 2953
LL_SRM 6:61712 4509 174f 0121 3f1d 4369 2b65 0d01 730b 210d 0717 050d 0f37 193f 4f3f 2561 2977
LL_SRM 6:61728 4d4d 5d39 7b47 6f75 2f27 172d 1f53 0769 7701 4f5d 5d7f 6d11 7f2b 4307 0f4f 5109
LL_SRM 6:61744 377f 251a 0723 070f 0d4b 7f01 5943 3d6f 374b 0503 7d17 671b 474d 570f 173b 5729
LL_SRM 6:61760 2157 053f 0573 0149 057d 0b2d 2d07 253f 0569 1549 0b05 2f2d 0903 450f 112f 093f
LL_SRM 6:61776 0f0f 6527 5149 6113 232f 155d 010d 2977 0b43 416b 4301 2971 210f 2f2f 494b 0d6f
LL_SRM 6:61792 075b 5f41 2d4f 7d6d 3d27 2b27 2d4f 4765 092d 4d07 0755 650f 1f3f 0f1f 4f4d 4b59
LL_SRM 6:61808 3f7f 6b4f 3977 4f31 6f1f 471d 7f6d 7f25 3f2b 5515 237d 6123 7d4f 0b6b 6d59 6f05
LL_SRM 6:61824 1545 5f23 5749 3525 2121 2b75 714d 7143 6329 6d2b 2523 697d 1901 7d75 2901 3d7b
LL_SRM 6:61840 7771 7b7f 7b27 0d11 2531 0d67 1b41 1173 1965 3737 7911 510d 272b 6129 5b71 0b3d
LL_SRM 6:61856 3b7f 5141 1731 3d61 5939 7353 7361 6353 6f63 3541 7b7f 3703 731d 6561 2d3b 4f61
LL_SRM 6:61872 7945 7559 057f 1f23 591d 0b33 7973 5141 5573 7569 7337 7965 5d3d 4d71 4155 3d29
LL_SRM 6:61888 7571 3575 4901 1155 6313 4131 1345 0177 2543 471f 4951 256b 2b65 7d45 4d43 072d
LL_SRM 6:61904 7321 0171 7b21 3359 6f01 1501 094b 4b3f 1f29 017f 7165 015d 0363 5775 6111 2937
LL_SRM 6:61920 657d 0941 7729 6365 136f 1d3b 7b35 096d 7965 1d4b 5375 5b0b 6b71 2f51 3d09 3f11
LL_SRM 6:61936 0f65 6907 1b77 7d31 2d2d 5343 337b 6723 7d55 5513 453b 7f69 6f7b 4563 594b 3b6b
LL_SRM 6:61952 0921 1b63 554d 0b4b 0119 0d33 2d3d 6d7f 0303 0139 1561 6d7b 4b3b 3f63 233d 611f
LL_SRM 6:61968 0105 3967 1111 7765 2b0f 4d5f 0921 2b45 0d0f 0127 0757 4919 0579 0f6b 4903 6305
LL_SRM 6:61984 0d7b 5b27 5f4b 5f23 197f 7f79 077f 3f21 4f0b 0723 451f 2f43 4b5b 2b1b 4d6f 2f19
LL_SRM 6:62000 3f1f 7f19 6d6f 4951 352f 6b2b 5f5f 6d59 552b 693b 2b35 4347 773b 2b5b 453f 476f
LL_SRM 6:62016 4b0f 714f 0b49 0353 0b09 1d6b 336b 6717 1341 014f 2d01 2507 0305 052f 2123 473f
LL_SRM 6:62032 5f43 3f3b 452d 550f 4b23 0745 2309 4b1b 4b4b 4117 330f 4357 295b 691f 0f05 2977
LL_SRM 6:62048 7b4b 3b09 7f5d 7531 7d4d 270d 7b6d 1f47 3b49 5d0d 7775 2b0d 5d05 0f5b 5f5b 072b
LL_SRM 6:62064 1f6b 3703 737b 3951 517f 2701 1f3f 1113 7b7f 2b4f 6b3d 596b 1f6f 1f75 5f2f 7b03
LL_SRM 6:62080 6329 3d77 6151 5169 5955 595d 1151 3521 3923 7f6d 7137 7375 2141 713b 4103 0733
LL_SRM 6:62096 2541 2949 3b71 2b51 1f33 616f 170d 1127 3149 1365 1131 754d 0109 795d 0943 1d73
LL_SRM 6:62112 7331 5b31 773d 4963 7129 397b 757b 6959 7f13 3d11 690b 6f55 6d43 5331 390d 7521
LL_SRM 6:62128 7f33 5715 6105 1d71 731f 2d21 7779 5d61 3b1d 717b 2377 6f55 6545 5365 3935 7127
LL_SRM 6:62144 1301 2565 7129 676f 1d05 0b77 6b21 3167 7131 696b 1979 7561 3b5d 396d 5b49 3b3b
LL_SRM 6:62160 7103 5161 2b2b 275b 0105 7165 7137 731d 0569 1103 1111 577b 5f35 114f 0151 2563
LL_SRM 6:62176 0151 3145 7f7d 7301 5f79 774f 7179 1b01 296f 3779 577d 7335 477b 6d25 037d 3969
LL_SRM 6:62192 2751 6515 637f 7561 793f 2337 7967 2d63 7935 4b21 695d 5141 5773 7549 6961 0171
LL_SRM 6:62208 0f27 351d 0b1b 730f 450f 2961 1b2f 053f 033d 0769 111b 1f5d 1121 4569 0d0f 4913
LL_SRM 6:62224 2509 210d 0739 015f 6305 052f 2325 6325 712d 0d4f 0301 495f 0b71 0557 414f 055f
LL_SRM 6:62240 5f3f 5f2d 437f 3301 7f3f 3f47 6f6f 4507 1d69 371f 2f67 1b0f 3f19 6b03 5b5d 1709
LL_SRM 6:62256 234f 6d4b 0f67 691f 077f 7f6f 3b63 5705 7b6b 0d2b 6947 170b 3f15 1513 6f7b 396f
LL_SRM 6:62272 0d0d 4117 0d0b 673f 7347 1133 4d43 0779 231d 3329 0347 0353 0f61 4569 4311 716f
LL_SRM 6:62288 0109 1f31 1115 4369 236d 4931 2b23 1913 011f 2119 2507 7167 4355 096f 2f0b 033f
LL_SRM 6:62304 571f 1f05 7d3f 0f0b 3f5f 5d4f 035f 070f 3f5f 157d 375f 5507 450f 7f3b 7b4f 1f65
LL_SRM 6:62320 4f2f 2b13 7b2f 6727 2f31 2b35 772b 6f71 3f37 074f 1f4b 6f21 7f0f 4f69 7f67 7d39
LL_SRM 6:62336 2909 0929 712d 214b 0d21 357d 4741 113d 6b69 4111 7371 0961 5143 4335 654f 5355
LL_SRM 6:62352 1715 4b41 2b35 5953 733d 595f 7359 550b 4117 0763 2567 1b4b 215b 6163 4365 0321
LL_SRM 6:62368 3501 7b71 5b63 236b 6971 6979 6d5f 3511 3959 4969 7979 753d 2f7f 1d3f 4f51 7723
LL_SRM 6:62384 7f73 7d01 7777 2b71 1777 5137 4d6d 6371 0d73 213d 1b79 2327 7765 2953 0715 5365
LL_SRM 6:62400 5737 151d 750f 272d 071b 2b13 1929 2115 6101 3771 0d45 573f 0d19 237f 1771 6339
LL_SRM 6:62416 4d41 5111 6111 6d7b 234f 3b71 0109 3f73 7b67 7b75 6d09 5f53 5765 5f3d 4161 4353
LL_SRM 6:62432 7977 4131 2939 7939 7953 6153 7f4f 7b71 3f69 2f39 4f79 3b61 7d21 217d 7121 0363
LL_SRM 6:62448 2311 4d43 2951 1109 0b75 6b33 557d 0131 755d 7301 5739 3d53 411b 2161 776b 1d27
LL_SRM 6:62464 194b 6f23 0121 335f 4369 1967 4921 473f 4f23 0513 0f0f 3f4d 2f0f 371f 0145 273f
LL_SRM 6:62480 351d 0313 1119 0743 031d 077d 4705 655d 4b0d 0513 0b6d 1b1b 550f 491b 474d 033f
LL_SRM 6:62496 394f 4757 274d 796b 5d4f 2f27 5d2f 6b0b 3f59 7b3f 2d6b 453d 035b 690f 4f7f 4b09
LL_SRM 6:62512 5b0f 3707 171b 4b45 7927 7f39 3b51 370d 750f 232d 5f3b 6f73 5f39 0d07 4f49 5f47
LL_SRM 6:62528 4107 7121 1d51 031d 7301 254d 0d39 1501 6759 451b 1d0b 5b2f 2f0f 2705 2b4d 5163
LL_SRM 6:62544 010d 3f67 0305 3b4f 0305 215f 054f 272f 4d29 0127 0709 0f1b 4d0f 4b45 2b15 4137
LL_SRM 6:62560 4f47 6961 7f63 554b 5947 2b17 5f7f 3f47 535f 6d4b 3b43 6f03 6f3d 1d43 7f3f 472f
LL_SRM 6:62576 6f55 432b 2337 4775 1b67 4b09 350b 3f1b 3527 3f09 7f07 0f05 3f3f 6d2b 536f 5911
LL_SRM 6:62592 6141 556d 1531 3109 0f61 7f77 0501 5771 1f25 6577 6353 317b 0135 013f 0143 6573
LL_SRM 6:62608 7559 2901 5511 0f7d 5501 456d 1119 4173 7941 6131 5167 3731 1945 757f 6521 6377
LL_SRM 6:62624 7143 4f09 3f35 793f 673b 5d79 3163 7903 637d 6933 555f 7547 5577 5771 5b63 2343
LL_SRM 6:62640 6177 7975 1771 3131 753f 7d05 5773 6121 7b3d 7d79 6b1b 3331 7d27 5133 1b47 5965
LL_SRM 6:62656 1919 0163 5141 7133 5b29 7331 6151 5365 4b31 2543 1103 0953 7d51 5b3d 0959 492b
LL_SRM 6:62672 754d 6171 6b55 7b01 6561 5947 133b 5b75 5903 6931 0111 3131 6115 7135 6111 611d
LL_SRM 6:62688 6f15 7b63 7777 551d 5b63 5d15 7d6f 5f01 3973 7511 7375 7961 712d 6575 5b61 6d0b
LL_SRM 6:62704 7f71 1719 434b 2121 796d 7961 1951 7763 6339 3125 436d 3b31 1731 4371 7f75 0f3d
LL_SRM 6:62720 1507 0743 6769 2309 0d09 0d37 0f1f 0b2d 0303 2b0f 0f41 0573 473b 111f 132b 4f31
LL_SRM 6:62736 6153 2105 0141 4141 2923 3d3b 0313 595f 1315 3707 0f03 4d49 2509 072f 0d0b 4f3d
LL_SRM 6:62752 171b 0121 6771 2b4b 771f 0109 2f43 7b67 4d7f 2d3d 3d6f 6f05 730f 3b43 3f3b 3f0b
LL_SRM 6:62768 6b3d 754f 696f 270f 2757 4757 7165 770d 3f1f 6b0b 197f 390d 3d1b 1b13 1d7d 5b49
LL_SRM 6:62784 7333 770d 670d 034f 0925 5d75 0507 0105 2335 5773 215b 0d0d 0545 1709 4709 193b
LL_SRM 6:62800 4509 376b 2109 7d6f 230f 012f 6101 651b 0b09 0b07 1351 2737 0771 3511 7521 0b69
LL_SRM 6:62816 6f4d 5f07 6f33 3d0d 2315 2379 095b 236f 636b 7709 413b 4373 0b0b 0f53 2f2f 4f0f
LL_SRM 6:62832 7f5f 797b 7f67 2b63 6d57 792f 0f47 5f41 3915 5b09 293b 2d15 0b7d 773b 773d 7f09
LL_SRM 6:62848 6733 5b3f 3b73 2d3b 7773 3771 6d15 4129 1d5b 3b43 1505 6517 2171 0925 1371 2753
LL_SRM 6:62864 1d51 336d 0959 4937 3155 1375 2921 232d 1f11 336f 4541 6777 4d71 4b37 7111 173f
LL_SRM 6:62880 2173 3d03 2947 3b79 5f5f 6933 0169 7b33 317d 452b 6d7f 653d 313d 7771 7b7b 7f6b
LL_SRM 6:62896 7971 7d7f 3169 7731 1d69 4179 3b53 791d 017b 3b55 135f 3919 7b6d 7355 7771 4753
LL_SRM 6:62912 6351 3521 110f 0177 6361 1533 531d 6579 433d 6715 0951 7967 1333 3353 3365 597d
LL_SRM 6:62928 6f61 2f71 3d39 731b 035d 6d5d 0d4f 7975 4351 197f 694b 2d7f 4979 7503 6165 137b
LL_SRM 6:62944 7579 1521 1347 7d29 6135 1577 7577 4d61 795b 315b 7f73 2369 755d 4d21 6f59 7133
LL_SRM 6:62960 7935 317d 377f 5119 7b69 1b1d 2777 7133 7573 7539 5b39 1d47 497f 335b 3911 5141
LL_SRM 6:62976 2b0d 5703 1d2f 052b 2129 2f03 0f2d 5d47 0329 213f 1359 1d0f 0705 2939 4b2b 1f6f
LL_SRM 6:62992 0357 7159 4b17 015b 290d 2f5f 5b17 3f0f 7729 7b39 432b 1717 2101 0303 1509 0d3d
LL_SRM 6:63008 5965 5b1b 7f45 1109 215f 4d69 4f57 5f3b 7b2f 0b63 3b2f 1d3b 7363 1d03 0f3f 1d0b
LL_SRM 6:63024 0b31 3913 7d7d 1709 1f47 3941 7d2b 5547 2f1d 2b5b 6d2f 5341 1f4f 0d39 4f61 2b1b
LL_SRM 6:63040 2f2d 453d 0b0d 5f7b 090f 492d 0305 4955 470d 1341 6b07 7159 5107 0339 0703 1b49
LL_SRM 6:63056 0707 0f21 6949 012f 6309 013f 0109 0567 2105 095b 0905 230f 0f4f 0f7d 5d51 250b
LL_SRM 6:63072 097b 4311 5d6d 3937 1b2f 6b11 1b7b 3f1f 6f3d 4f4f 795d 276b 4f3f 4f2d 674f 0b69
LL_SRM 6:63088 2b4f 4d1d 5f4d 0313 5b5f 0f29 5d11 0f39 4f2b 7167 494f 452f 2f0f 4b63 7b4f 5b19
LL_SRM 6:63104 470d 657d 6121 7537 1763 6153 1105 4179 5d55 6573 1321 213f 7f2d 2737 7115 3d11
LL_SRM 6:63120 7541 692f 5731 6169 5173 3d05 3115 551f 5d49 7179 0f01 2b45 3d55 7169 713b 6367
LL_SRM 6:63136 0b3b 0d55 0d3f 710d 6d35 2757 7d35 0171 5137 4b41 771d 7b15 3333 473b 557d 7b71
LL_SRM 6:63152 6f67 4b23 315d 713d 4d79 1717 6503 0359 6117 0d57 773d 1749 7179 3725 257b 7f29
LL_SRM 6:63168 7145 337b 1b33 4167 7167 4b69 697b 6975 7f11 396b 610d 7179 4b5b 3561 0329 5543
LL_SRM 6:63184 6b0d 5143 2151 2713 051b 5575 7b71 0559 4927 6975 2169 1169 1761 2b61 7355 711b
LL_SRM 6:63200 4171 1913 2777 5f63 7b7d 6f0b 1b4d 6753 7139 7d5f 3757 531b 7f3d 234b 3775 412d
LL_SRM 6:63216 0d15 7727 7d79 7523 7371 737d 593b 6b43 397d 6955 3d11 6b15 6167 6341 6173 5f79
LL_SRM 6:63232 0107 572f 5305 054f 030f 496d 4d21 2135 2967 1f1d 1519 0947 470d 3179 1119 2f2d
LL_SRM 6:63248 4f6d 2b6f 5141 0f1f 091d 574b 0b5f 2f1f 2b03 1f71 151f 6533 0323 0911 055b 453b
LL_SRM 6:63264 5969 7d07 2f3b 173d 1f5b 0f57 4d65 073d 3777 2701 7f57 6b4d 4d5b 3d3f 2d2f 4b1b
LL_SRM 6:63280 3755 7b55 5f33 2b25 455d 1f31 0d19 6d27 6d6d 1b05 1f07 6f21 3f6b 6769 373b 0727
LL_SRM 6:63296 3d03 5f23 2f2f 1f2d 0b57 610f 510f 0929 194d 2f5f 4701 3d07 310b 0d4b 2f2d 2d2d
LL_SRM 6:63312 0d01 6309 6507 0909 4303 095b 1725 794f 253b 5157 0b53 0f6f 0d03 0721 2509 373b
LL_SRM 6:63328 434f 1361 371f 0f03 297d 1f43 1f73 1747 4f3d 0955 390b 5f17 251b 2b55 7149 3b59
LL_SRM 6:63344 637b 4b0f 6b1f 473f 1f2b 3f21 2b47 2f2b 0f19 2379 7f35 5f7b 174f 6913 4f07 3d01
LL_SRM 6:63360 1333 1977 7331 5d65 2907 3539 115b 6973 0763 4915 5775 4153 2955 1537 0d09 4d51
LL_SRM 6:63376 453b 7171 0143 6f63 3151 653d 2b39 4131 255f 3d23 5b37 2159 4955 5579 2941 2931
LL_SRM 6:63392 6f03 7b01 7973 3961 5569 7345 375b 1955 2959 3301 7177 094d 597b 5931 5d55 0751
LL_SRM 6:63408 6369 2b51 1b45 5b59 7b65 2971 137d 0933 736b 7131 3363 3131 1d77 2777 416b 516b
LL_SRM 6:63424 2501 012d 0561 2979 4545 716d 1911 233f 3501 4b45 6923 417b 0535 5f1b 5301 312d
LL_SRM 6:63440 3543 2f2d 5361 2175 7309 1169 4141 1b7f 4531 2319 7d43 7b73 2933 5147 4b03 5135
LL_SRM 6:63456 4b43 5545 7579 3175 5539 4b33 1b7f 6735 6b7f 7f2d 5f57 0d5d 7d3b 3365 7767 6555
LL_SRM 6:63472 3f2f 5d71 157d 3f39 1f7f 714f 6375 4365 3771 2b5d 3373 6d61 7b77 4b61 676b 7965
LL_SRM 6:63488 0719 0b6d 4b33 6f4f 6719 1f6b 471b 7515 4f0d 415b 4b07 0171 295f 5d79 071f 175d
LL_SRM 6:63504 4903 433d 1103 3731 2775 1b31 1d03 4d1d 2517 5b2b 1507 6307 1543 2d29 011b 476d
LL_SRM 6:63520 2b7d 2f07 4f2f 7729 0f49 7739 6f0f 3d31 651b 7b2f 0f1d 3f41 0b4b 1f67 3517 291f
LL_SRM 6:63536 0f7b 0b09 5d47 3307 6f0f 6d57 1d2f 1903 2b4f 6715 1f05 7f65 2f2b 2717 5b5f 3d1d
LL_SRM 6:63552 4755 630f 174b 294b 6501 2b23 130b 231f 0941 211b 1903 4743 030f 0b5f 4d23 2541
LL_SRM 6:63568 0335 4d27 056f 4d37 4127 3b59 1903 2d0f 1559 0d67 4101 234f 0d0f 0907 073d 5b27
LL_SRM 6:63584 2f43 1b1f 5b43 274f 1d3d 071b 3f05 3f03 5d4d 797d 3939 6541 5f3f 0b25 650f 2f03
LL_SRM 6:63600 7f69 6957 537d 2d27 310b 6f07 1f6f 2f03 4f7f 3753 3f3b 4d21 5d0d 6b61 576f 2b17
LL_SRM 6:63616 1141 3779 3305 5121 4f0d 7d13 2165 716d 3171 6563 2141 1737 0139 5353 117b 535b
LL_SRM 6:63632 133f 7577 6105 394d 715d 3913 1f71 252b 0531 2335 7535 2b73 1561 2355 2f53 6573
LL_SRM 6:63648 454f 7341 6d79 0571 6355 7761 6333 0563 4777 5171 637b 6b61 7759 3519 592d 1d23
LL_SRM 6:63664 3f73 0535 3575 7135 3f3f 4171 3955 1379 2975 5555 7769 315b 6371 1b15 6f7d 2177
LL_SRM 6:63680 491b 3b45 2131 1f4b 714d 7177 1b65 2969 1949 1177 4701 1f37 3913 7f6b 2121 1d7d
LL_SRM 6:63696 3511 7779 5111 7945 1d01 4977 0169 7d5d 5145 6943 0939 316d 2931 191b 2111 7177
LL_SRM 6:63712 7b75 7971 5f39 5159 5779 6b77 7941 7951 7945 6969 7d71 6145 3f2d 3701 3955 5f21
LL_SRM 6:63728 4577 5b39 7f67 2979 7959 7353 3965 6351 3373 7945 6f5d 4531 4b77 4739 3b79 6311
LL_SRM 6:63744 2105 777f 1b27 5749 0f5b 4f05 0309 7357 5701 3515 4105 1317 1701 0933 4707 2f0d
LL_SRM 6:63760 0951 4d79 0311 612d 010f 2555 1307 1d0f 134d 1f37 0b05 2f3d 014f 0f2d 4905 2923
LL_SRM 6:63776 6d2f 3129 353b 3315 7d51 2505 650b 7169 550f 2315 1d7b 1d5f 212f 230b 236f 3d35
LL_SRM 6:63792 1d47 2d17 7509 450b 7f37 2733 5d0f 1d6f 6d0b 6d55 7f0f 5531 5f0b 0f4f 4b6f 1f1f
LL_SRM 6:63808 4b71 192f 490d 236b 0d21 3967 1113 3b1b 010d 111d 2547 2b3f 1123 4523 090b 4f01
LL_SRM 6:63824 2149 493f 0b2b 0951 2701 232d 751f 072f 0503 093b 4741 0359 3321 6b1b 031b 2735
LL_SRM 6:63840 255f 2b6f 7757 4323 2f4b 0b21 6763 5325 157b 0b15 4d17 7d5d 7373 7757 3527 2f7d
LL_SRM 6:63856 535b 7f25 5f2f 2937 690b 1d75 2d73 273b 477b 2d13 7f1f 7f37 5d3d 5f23 7f6d 5d27
LL_SRM 6:63872 6333 5175 3b41 1b31 4341 1945 2371 2311 4105 055b 515f 1775 6b07 2b5b 5967 5b41
LL_SRM 6:63888 7135 6177 4371 4939 697b 4353 5341 514d 0141 6171 5933 6371 1153 5715 5141 2d3d
LL_SRM 6:63904 631f 7d15 436d 3975 7979 2535 5d71 4505 3957 5541 7f6b 5533 4373 0b51 7375 3d41
LL_SRM 6:63920 557d 1765 7d2d 435b 6b65 3501 6f7d 7123 4f39 595d 6b73 490f 3b57 4d45 2775 5709
LL_SRM 6:63936 171d 6757 6703 2917 2511 2b35 0d65 0721 7103 1935 3141 516d 4149 713d 1371 3967
LL_SRM 6:63952 7349 2339 1141 635f 2157 295b 2315 632d 6141 7343 6551 5167 3521 4977 4967 3163
LL_SRM 6:63968 7f51 5b43 7573 6571 5d39 3773 457f 6167 3d49 7103 3975 1177 7165 5901 3971 6b4b
LL_SRM 6:63984 5d6f 736d 455d 3159 5b4f 7b11 695b 3b31 0773 2179 0f3f 6335 7b19 5d35 2f7d 1b43
LL_SRM 6:64000 6705 4b39 1721 091f 7d53 290f 0345 030d 2f57 2f21 4f6d 0375 2903 2f57 1f07 0505
LL_SRM 6:64016 0d5f 0b7d 6313 314d 4155 7b3d 4d31 1d07 1f0f 5b05 530b 1543 2b53 191f 151f 0139
LL_SRM 6:64032 1f7f 1b57 2557 3d4d 4b5d 7f07 452f 4f39 2b53 0b01 3b3f 170b 0b37 2327 2d6f 1d6b
LL_SRM 6:64048 6779 0f7b 6f63 6973 0755 4903 6f77 111f 0d5f 7327 3f2f 1703 6f4d 2b2d 572d 1d6b
LL_SRM 6:64064 5323 110f 1703 491f 0941 550f 0b23 3f79 2345 0d47 2b49 7b5f 0729 0d4f 0b19 2f0b
LL_SRM 6:64080 091d 6509 0725 0543 3d0b 5953 4d0b 272d 6929 2175 0d2f 2d19 0909 6b51 094d 1169
LL_SRM 6:64096 4b09 571b 3f4f 7539 371b 1f1f 3f3f 6d15 2b43 1d6b 3b43 0767 4f5f 5f3f 5d47 6717
LL_SRM 6:64112 4967 4733 5f4f 5b63 5369 357f 6b77 1f0f 172f 1f67 6947 0729 191f 173b 5f4d 1b1f
LL_SRM 6:64128 190f 4379 2d51 2747 5161 3b4f 596d 3d7d 615d 3575 4951 7959 4105 775f 0171 5369
LL_SRM 6:64144 1143 4f3d 2f73 5979 0307 735d 7321 6357 0145 7151 6513 6511 7161 1165 713b 2351
LL_SRM 6:64160 7d3f 3931 7b55 6949 7d59 6539 3f69 515b 6373 6d6b 7d6d 7f1b 7727 535d 775f 7b43
LL_SRM 6:64176 7f77 4931 7945 5141 396d 7901 557d 5755 614b 3b41 6973 012b 7b77 7555 716d 6b69
LL_SRM 6:64192 0109 5171 7115 4567 0139 5f7b 6329 4127 192d 2115 7971 293d 7521 5959 4521 017b
LL_SRM 6:64208 3541 157d 5733 4959 5925 1113 5745 5d77 3561 6559 4161 4971 510b 2179 1977 3363
LL_SRM 6:64224 0173 5925 5d77 7f31 7975 3541 5135 3b33 777d 7b63 773f 1127 752b 3f63 2737 6121
LL_SRM 6:64240 7b33 7d6b 6b7b 5735 6f49 396b 395d 2161 757b 3511 1b37 5751 437d 4f71 6b51 3d61
LL_SRM 6:64256 7133 2b7d 4101 072b 4d1b 672b 632b 2b21 0345 3d67 471d 010b 4509 074d 2325 5703
LL_SRM 6:64272 010d 5f65 2509 6523 3b63 1377 1f0d 0f4f 4b09 410f 3b05 3925 4741 5b4b 6355 290b
LL_SRM 6:64288 2f3d 1159 2f07 552b 0965 5333 453f 771d 5f7f 5d0d 596f 4931 1f1f 6b5d 7b4f 6313
LL_SRM 6:64304 7f7b 370f 2b3d 2947 690d 1f05 2f7b 3f25 776b 1347 7f3d 3159 571d 3f2f 3563 5f5b
LL_SRM 6:64320 4923 4b5b 7567 0b3b 1b41 1f69 4907 575f 2325 0f41 2523 3707 330f 594d 0f09 033f
LL_SRM 6:64336 350f 6d6b 0d6b 1323 3503 5f69 4123 137d 255b 056b 213d 3d31 0921 0f0f 6709 013d
LL_SRM 6:64352 197f 3b33 4521 670f 5727 5111 3f5f 6b2f 6d2f 794d 4d4b 7907 7f5f 434b 6577 6b67
LL_SRM 6:64368 453d 2f1d 593d 4f09 537f 190d 6f4f 3121 6967 5b57 6d47 556b 4f1f 5d5f 5b3f 7f17
LL_SRM 6:64384 2d31 515d 633d 416b 4503 3575 0971 1553 2539 793b 2b5d 212f 610d 0f7d 4143 5951
LL_SRM 6:64400 6121 696b 3329 4f55 4345 7135 4929 655d 7b41 5173 3133 6d17 3177 7b03 216f 2b0f
LL_SRM 6:64416 736f 7171 6335 7f43 2361 1941 7505 0b41 7179 3531 7b3b 1301 494f 6957 7f51 1f4d
LL_SRM 6:64432 5b67 3f4d 013d 3937 1763 2d63 5f71 6f41 3d71 2371 6371 4b5d 6569 1753 6577 490d
LL_SRM 6:64448 0551 4f59 0171 1971 4131 413d 4913 6557 312d 116d 4d71 4131 5339 2971 3b01 2573
LL_SRM 6:64464 0d75 4163 0761 3f31 0751 2743 052b 734d 1f41 3749 1901 3173 5123 5579 6107 7d1f
LL_SRM 6:64480 677b 3751 717d 2527 251b 4f51 1d65 2f15 231d 296f 7557 6d65 3901 5773 3f37 7159
LL_SRM 6:64496 617d 2769 4f6d 4921 5d27 4f79 6d69 7b33 176f 7b71 6775 795d 4173 1159 6733 1311
LL_SRM 6:64512 493b 653d 0525 017b 034f 1f27 1367 470f 4b1d 394f 3d0f 412d 6501 1919 4713 056d
LL_SRM 6:64528 5d0d 7b69 4309 7177 1745 1719 3905 2313 0309 234b 0501 1331 1b5b 0d1d 1145 413b
LL_SRM 6:64544 3b2f 0f6d 7337 3b4d 5d5d 332d 3f5f 2d51 3d1b 5d4f 231f 1b65 6f1d 754b 556d 6343
LL_SRM 6:64560 5b3f 2d2b 2f4f 3f13 2f17 4f33 4f47 6917 2711 2119 2b05 3b47 4d57 5971 3b0f 2509
LL_SRM 6:64576 0343 4f55 5145 2b6f 5327 113f 031d 0d03 3d63 0b3d 0111 793d 0345 1f03 2307 0773
LL_SRM 6:64592 6313 417d 0909 2f3d 0d0d 5d47 192f 6567 6b1d 0d3f 4501 1747 0505 3b11 1d53 5977
LL_SRM 6:64608 4717 7715 377f 072d 3f47 192d 4f5f 5d37 5527 455f 554b 2d5f 7957 5701 7f6f 215f
LL_SRM 6:64624 515f 091f 2d7f 3f55 0f2f 3735 5f5f 1d33 6b6f 774f 3b4f 5905 7f4f 7103 5133 1b03
LL_SRM 6:64640 456f 2509 6369 3f53 3d19 7961 4773 757f 6119 5d6b 5379 6177 1363 2d39 0549 1159
LL_SRM 6:64656 1951 5525 5563 5723 6561 2f65 2161 2d13 0361 313b 1161 6771 115f 0971 4f59 5341
LL_SRM 6:64672 6773 1371 595f 2571 3361 6915 5979 7543 6377 711d 6501 2169 6773 7721 377f 0f23
LL_SRM 6:64688 6337 7d25 5171 3167 7177 713b 6561 6159 2f51 695f 0173 1971 3171 7361 357b 0779
LL_SRM 6:64704 652d 1165 212b 5f31 4141 7d75 3525 775f 7571 6167 1367 6153 1371 7d7b 2161 135d
LL_SRM 6:64720 7111 3371 2941 7355 3121 273d 3539 750f 4911 6327 3179 135b 7331 3771 7911 2341
LL_SRM 6:64736 3f77 4735 777f 4151 7555 2d45 6f55 2f21 2759 5f41 3977 6f31 7f71 4341 4713 2d17
LL_SRM 6:64752 573b 6d75 7379 0f47 7171 2371 1973 7d19 6965 6731 437f 6579 6565 7d47 777d 1f35
LL_SRM 6:64768 4527 7f3f 1157 0d6f 1507 5905 0b07 4101 0307 477d 0319 2d27 0537 0b15 4903 1f61
LL_SRM 6:64784 190b 6d35 3903 651d 1105 635f 2929 530d 470d 4557 290d 277b 390d 090b 5503 510f
LL_SRM 6:64800 4b2d 5709 0365 2f4f 5d3d 3f03 071f 1539 1d1f 7f29 3f5d 7b1d 3707 3329 6d5d 374b
LL_SRM 6:64816 493f 5d0d 4765 0741 5b51 016d 6b3f 2b09 457b 194d 050f 6b01 7b6f 2d7d 3d25 1f2f
LL_SRM 6:64832 4301 1d77 4311 117f 7109 054f 4b5d 010f 0163 4f2d 3909 4525 3d45 0145 2147 6b3f
LL_SRM 6:64848 052b 5b0f 0523 616f 2319 471d 5b2f 054d 2121 194d 2525 2333 2301 690f 3901 2125
LL_SRM 6:64864 7f39 6f09 7d4d 350f 0f63 0729 4755 5d51 797d 7943 5b7f 4f17 0b1f 4b45 4d5f 790f
LL_SRM 6:64880 576d 031d 5f47 7f03 3d3f 3f2d 096f 1d1d 3f7d 3307 2f3f 6d6f 5b23 2967 272d 5303
LL_SRM 6:64896 7331 436d 5171 017d 316d 2379 533b 4773 1d13 0955 1165 7d5b 1313 575d 410b 4957
LL_SRM 6:64912 0143 3509 4141 7917 6541 6145 5541 6b63 6153 5145 6959 0111 3b59 255f 7501 737f
LL_SRM 6:64928 393f 3159 3157 3f79 1d11 3163 5163 7965 077f 1f31 5775 3551 3b2d 1365 6b71 5f21
LL_SRM 6:64944 5f39 4d49 717f 7d1b 513b 676b 7f5d 194d 6f75 193b 371d 656b 7f31 3d09 697d 4f1b
LL_SRM 6:64960 5341 656b 0f5d 3b71 4155 2571 213b 1537 4561 7325 1575 0b35 6779 7113 7173 3753
LL_SRM 6:64976 0313 7321 4311 1157 371f 5d77 7775 3911 2973 7b7f 797d 6179 454f 4b73 6131 476f
LL_SRM 6:64992 757d 1b65 2b2b 7b11 3f7b 3f21 256f 2529 3533 0100 4d57 233d 6965 137d 5b59 7119
LL_SRM 6:65008 712f 7731 450f 5d69 777b 573d 7f3d 7919 1971 5169 6d7b 7579 0b4d 3519 6b3d 1521
LL_SRM 6:65024 1309 237f 0137 0f67 010d 0f4f 575b 0f57 0d09 1333 291d 0b2d 1f09 0579 0941 0119
LL_SRM 6:65040 0307 0b2f 1d01 2577 1907 7b67 0503 0d6f 473d 715b 0917 493b 4505 4337 055b 0f67
LL_SRM 6:65056 7f7f 276d 4155 1d7d 234f 6f59 1d57 6f27 391f 134d 3f7f 2939 7d37 570b 2d2f 7b03
LL_SRM 6:65072 1f1d 5f45 0f3f 556d 236d 3f6b 771d 3b4f 274f 3b4b 1f7d 2725 470f 7555 6f6f 1b4f
LL_SRM 6:65088 170b 6505 1d29 0163 014f 170d 3d0f 0545 214f 4345 2d1f 2d1b 2f4d 7339 192f 4163
LL_SRM 6:65104 0d41 6705 0349 4d6d 0309 4557 290f 4f75 4103 656d 0307 5f11 0307 4347 3b41 0b4f
LL_SRM 6:65120 1d7d 1163 5f3f 2713 496f 455d 2f3d 5b3f 5f2f 410b 6f2b 1b43 6d7f 2f4b 7d57 6d4b
LL_SRM 6:65136 2f7f 1d5d 6b29 3f1d 7b4f 6d29 656d 0d2b 637f 5d4d 191d 7d27 1347 730b 6d37 356d
LL_SRM 6:65152 7d4d 557b 6319 5d01 0d29 2951 615f 295f 1171 0375 7911 5f31 3965 7143 6755 5979
LL_SRM 6:65168 1561 2765 0551 5f29 115d 7523 6171 2369 6171 0b27 1143 677d 0533 1175 517d 2175
LL_SRM 6:65184 4543 5113 2573 1d37 0713 5133 2d67 4723 5533 7169 515f 4369 7577 0531 416f 3b79
LL_SRM 6:65200 6f7d 7b15 6571 6749 795f 7b23 757f 3129 6921 676d 7f7d 0561 7971 6f73 412b 7b6f
LL_SRM 6:65216 5157 6973 4961 7d29 1315 1d67 3143 290f 2115 677b 6351 5365 6301 7151 033b 1573
LL_SRM 6:65232 5b33 4973 2961 7711 1941 6d7d 1969 4945 5101 7171 3151 3155 6955 175f 0369 1d45
LL_SRM 6:65248 5363 6509 537d 2f39 3d41 732d 7d79 4729 7f37 6941 755d 3d73 5d3d 2975 617d 5751
LL_SRM 6:65264 733d 2309 757b 6951 673b 4b21 3d71 7509 7353 0173 6f19 5337 4977 2369 692b 6161
LL_SRM 6:65280 2707 032f 0107 0b37 0903 717d 0d5f 1d3f 614d 6f75 0511 3d4d 2f2b 5b1d 0709 1957
LL_SRM 6:65296 3515 4903 6307 0f55 3d55 6561 7941 6b5d 514f 0b17 5509 5d5d 491b 0549 2523 2329
LL_SRM 6:65312 6d57 3725 7f2f 4d0b 3d7b 794b 711b 3d63 4d4f 3949 677b 2f47 6d17 4d59 6f1f 1f3d
LL_SRM 6:65328 6933 6f2f 075f 3727 076f 5355 152b 4f25 5d5f 6f4b 2f1b 7907 1369 7941 0315 0925
LL_SRM 6:65344 134d 4d0b 1113 0f37 450b 494b 6553 0b67 393d 093f 215d 0751 1b0d 0f0d 050d 1b13
LL_SRM 6:65360 0117 6739 6301 6d7d 0b23 2d3f 0527 3909 0b5b 4f19 0b59 7f27 2549 0d7f 0723 2f5b
LL_SRM 6:65376 5b3f 2f0d 677f 4d1f 6707 6d53 3f25 7347 393f 3913 056b 2313 5b2f 1d49 3f35 6f1f
LL_SRM 6:65392 576d 3119 791b 7f19 331f 353f 1f6b 5f6d 6737 2f01 5b4b 2155 7b3f 4d55 3d7b 0703
LL_SRM 6:65408 5141 3363 334b 511d 1779 117b 6171 7171 6101 4931 0159 1553 411b 5b37 5753 0177
LL_SRM 6:65424 4359 2753 3153 1561 1165 155d 2901 457b 7551 734d 2301 0727 554d 7153 5957 2f6b
LL_SRM 6:65440 2f5f 572d 6577 6d49 5b25 211f 4f5b 5b17 637b 1d61 0b77 3115 6f67 6571 776d 7b5f
LL_SRM 6:65456 6f7d 2931 7d73 0735 7351 034b 653d 5977 1d57 6d71 7b73 6f21 3775 6f55 7751 777d
LL_SRM 6:65472 3321 4735 1509 5d75 5145 5737 5303 1129 6531 015f 4179 0921 1925 3165 3305 673f
LL_SRM 6:65488 2931 7f37 6149 2553 3939 5b6f 3331 7b77 797b 4d41 5169 3971 5111 5171 3b65 2d63
LL_SRM 6:65504 7d33 316f 256b 7f39 4375 5345 7179 6b57 755f 3d21 3135 5159 2d5d 671d 6f31 797b
LL_SRM 6:65520 2743 0337 7579 5103 5f3b 6503 6757 2541 4351 3f01 712d 1957 4b57 6101 6539 1363
LL_SRM 6:65536 5b51 7175 2d03 2111 4955 2333 212b 414b 6165 636d 1f59 7321 7d15 456d 4305 0133
LL_SRM 6:65552 7541 4979 7135 754d 195d 7b7b 0521 4723 0369 7171 3925 6b35 2931 2b7f 0525 575d
LL_SRM 6:65568 1b7b 3b31 7775 3d21 6139 3561 7f39 0751 4d57 7353 7373 2769 3b63 734f 7b73 2b27
LL_SRM 6:65584 736d 2365 3177 0f45 5b1d 5321 3d19 7165 6f6f 1131 3973 7b63 6d19 5f35 5b71 4f35
LL_SRM 6:65600 2119 5179 6917 2547 0977 5973 4375 0f07 5703 2373 5101 110b 0141 5d41 6537 6333
LL_SRM 6:65616 6545 7153 6525 4771 7143 1163 1155 3169 0f65 4933 2569 5569 5555 3979 1729 4919
LL_SRM 6:65632 756d 3543 5377 1d61 6337 3371 236b 7547 7f11 5f21 3b47 4113 7d7b 754d 5f7b 7565
LL_SRM 6:65648 2f45 6b63 4371 4f51 7f11 7753 3d3f 0339 697b 7331 4d75 1143 777f 776b 5f0d 6d59
LL_SRM 6:65664 5509 053f 1509 2f2b 2521 2969 010d 0553 1f17 072b 7307 031d 4149 612b 2f7b 337f
LL_SRM 6:65680 1763 2127 3957 4f7d 130f 371b 0943 456f 1121 3735 3d07 4547 050d 3d53 3109 0325
LL_SRM 6:65696 3b1d 7d09 576f 5103 4f1d 277f 7d45 490b 5d7d 6f01 5f3b 391f 7b39 4525 7f17 7d01
LL_SRM 6:65712 6737 0d1d 0b0b 3f09 7b6f 7143 6f7d 1b4b 473f 054d 6f37 1507 1d7b 1f17 4747 4b2d
LL_SRM 6:65728 692b 4b0f 3b61 2f6d 3705 0f0b 654d 6115 050d 0d35 2905 4d53 034f 1b5f 3f29 2951
LL_SRM 6:65744 3f25 3d49 111f 054f 1101 5f39 0d17 6359 153f 4b6b 1533 6f1d 1109 6b6f 494b 091b
LL_SRM 6:65760 6b5b 0f01 7b1f 5903 5f4f 6f61 5b19 0519 6f5f 670f 3535 0501 5357 0705 4541 1309
LL_SRM 6:65776 6b6f 1b2b 6507 0d7f 1f2b 4303 553f 3733 4f3d 2707 4f5f 0d2d 2d0f 5941 334b 151f
LL_SRM 6:65792 5b61 6f2f 097d 4301 7743 656f 130d 5b65 1917 616f 5303 1d4d 3309 254b 1923 6119
LL_SRM 6:65808 0143 796f 616f 6371 4159 4129 652b 337b 3551 034f 3961 5171 734d 6125 4307 4169
LL_SRM 6:65824 733b 7331 7b51 7d29 2d3f 3103 7971 3715 7b73 7f0b 1f77 434d 7327 6b2d 7375 590d
LL_SRM 6:65840 7971 6b0b 5f7f 4551 3765 3f71 7165 4b47 753f 1b4f 137d 3b35 397d 656b 7561 4577
LL_SRM 6:65856 6d31 2531 3955 394d 1331 6d27 0171 1505 1511 4f7d 2141 2f17 0501 5b37 434f 795f
LL_SRM 6:65872 1b39 657f 4365 4151 4739 617b 315d 0559 3f4b 2d69 6119 6341 5133 2d33 7541 3351
LL_SRM 6:65888 5d17 3339 7305 2b11 7f65 355d 7365 7561 393b 3925 6f7b 4361 5d1f 0343 6f7d 4741
LL_SRM 6:65904 677b 3161 7953 6319 7977 6169 7379 6f35 4b7d 5d71 7579 0f21 6b7b 6509 3f77 7531
LL_SRM 6:65920 336d 076f 296f 0937 2169 4537 3905 376f 1779 076b 050b 0b51 5721 392d 0715 070d
LL_SRM 6:65936 3b35 5339 272f 0f4f 090f 212f 0b03 1d7f 5533 1b3b 0d2b 6719 150f 0b1f 6d15 454b
LL_SRM 6:65952 6f2f 3f1f 6f67 0f2f 3707 2f0d 5d73 7319 555f 2f0d 7d1f 5d21 393f 5f67 2b57 1f7b
LL_SRM 6:65968 2d7d 751d 4327 1735 4d4f 0747 552f 3931 5d5f 5f5b 071d 7911 171f 391b 255b 2f11
LL_SRM 6:65984 0703 436b 231f 0501 4549 7737 5319 353d 1101 3f57 4515 0545 2b31 5b3b 450d 094d
LL_SRM 6:66000 0f09 0f61 7d41 2b23 6f0b 392b 0159 0f15 072f 070b 0f43 1509 0b41 012d 2143 0d03
LL_SRM 6:66016 0d63 776f 157f 2337 7d03 1f49 5d7f 2d01 715f 1d1d 5f6d 6f01 0f5d 732b 5b55 5d15
LL_SRM 6:66032 7347 2f4f 073f 551f 7b65 2903 2529 5b45 7b29 6b19 133b 074d 794d 273f 7d69 636f
LL_SRM 6:66048 7761 5b4b 6155 6751 617d 6577 5f0d 6551 4159 0561 2949 0747 4741 252d 1329 3141
LL_SRM 6:66064 4149 3d7b 1903 715d 7129 277d 496b 0b5d 1105 1901 3729 7d25 5531 0125 4141 0155
LL_SRM 6:66080 7f75 7341 7725 7f25 037b 6561 5b65 2905 6359 6711 4121 5933 7f77 1b0d 1931 6177
LL_SRM 6:66096 7173 7171 7761 3359 5f21 5721 6313 117f 514f 2731 3369 153b 2b69 4957 675b 692b
LL_SRM 6:66112 4151 6b61 6141 0115 2151 6353 0317 4d67 0305 7b39 691b 6553 211b 3f27 292d 6117
LL_SRM 6:66128 0111 0969 4105 4171 5721 4331 2753 714b 0d71 7b4d 6b01 692d 070d 337d 6511 5b79
LL_SRM 6:66144 3f31 1b4d 5b6f 2d21 1577 5379 6f73 737f 6111 5153 7373 7905 392f 750f 1d7b 7f01
LL_SRM 6:66160 7571 5d3d 715f 5347 7973 7b31 4d7f 696b 7d51 3555 6b6f 357b 7763 5569 7f37 3b67
LL_SRM 6:66176 0b01 092f 7937 755b 1909 192f 432f 6d1d 5f27 453d 6f0d 2551 4313 4f27 0509 014b
LL_SRM 6:66192 1b0b 6f3f 115b 5d7b 0d11 0b0f 310f 5305 6909 4d3d 4b5d 131d 1903 0b2f 4329 192b
LL_SRM 6:66208 4b09 2325 5f35 2359 4d67 7b6d 2d4f 6903 2f4f 2f21 6f07 2501 5f0f 6b55 7f45 314d
LL_SRM 6:66224 6d0d 7f1f 6963 2f07 077b 3b13 733d 4f3d 4349 2f29 4f6b 2d29 173f 6743 6f6f 476d
LL_SRM 6:66240 0b43 355f 0b05 3733 5d21 017f 7b01 4b27 110f 294d 410b 5577 454b 750d 0929 3141
LL_SRM 6:66256 010f 1b07 0d03 3779 5d0b 7d25 2b35 5f1f 732f 097f 3913 1b49 1d0d 3137 3b09 192f
LL_SRM 6:66272 4f3d 2305 5f7f 570d 4f7d 3d25 2f3f 175f 0f2f 1b0f 7b47 2b45 6727 131b 771b 430d
LL_SRM 6:66288 1b5b 4f0d 536f 5701 3d2b 0b09 0f4f 395d 5d63 051f 476f 1d41 5f05 2b65 6f4d 7379
LL_SRM 6:66304 5d03 1b39 1b11 7b21 2123 2537 2551 716f 0953 2529 3501 7d61 5131 617f 0717 4701
LL_SRM 6:66320 5d33 1b7f 6149 133b 4151 0533 5b21 1d35 7739 4957 4141 197f 6111 314d 3523 2d77
LL_SRM 6:66336 6d69 5b4b 7339 6305 2f77 1b21 7751 2d33 6357 7759 7b6b 311b 5177 1d59 4d75 333b
LL_SRM 6:66352 7b6b 4139 3b53 111d 674b 6f03 717d 7159 4573 1729 5d75 7151 7d73 7701 6b71 7749
LL_SRM 6:66368 492b 7333 4511 6565 5d4d 555f 5d45 735d 4549 1b3b 1811 0739 4175 7d75 1b41 3b41
LL_SRM 6:66384 7555 4d6b 4975 0d59 3d71 1f57 4521 4157 4979 4b6b 6315 0543 0723 256d 6305 6379
LL_SRM 6:66400 6b7d 797d 7175 754d 5f3d 3b43 376d 6d4d 6d77 436d 2f61 4915 0351 3d05 797d 3f03
LL_SRM 6:66416 6577 5d51 6d53 792d 7573 2115 3337 5b51 7977 1d61 6b35 6b77 5973 3163 712f 7339
LL_SRM 6:66432 0907 0d2b 2f73 2d69 1105 2963 272b 0b03 5901 1d17 091d 0f23 0d03 6b57 6371 3921
LL_SRM 6:66448 1943 0f0b 2b1f 6d13 0501 6f7d 090b 7f41 252f 0d5f 0547 013b 2d3b 5113 4925 115f
LL_SRM 6:66464 1f7d 1f29 2d35 5d17 4f1f 2509 036f 3f41 0b51 6f69 1359 7553 3b59 070b 392d 5f29
LL_SRM 6:66480 277b 335b 6f7f 0b1b 750d 3507 5d3d 4f59 7d3f 454b 195d 3b29 191d 6f4b 7f07 1f1b
LL_SRM 6:66496 1303 2b77 332f 2707 3b63 4527 1945 6705 5755 690f 1341 571f 6b25 0d4f 3f47 3943
LL_SRM 6:66512 1543 213d 070f 1f15 3b15 1759 275d 252b 054f 352f 0721 1753 450b 5d77 2d05 073f
LL_SRM 6:66528 2f79 5903 191b 1561 4f7f 2b1f 331f 4961 0b27 4f2f 2d7f 5b33 7959 2907 5f0f 3103
LL_SRM 6:66544 513f 2b2f 4b7d 1545 634b 2505 1d13 2f0b 1f55 3f21 4d0d 7d5d 3f3f 3931 6147 0f1b
LL_SRM 6:66560 416f 1161 2151 317f 2151 7161 2337 2575 1141 752d 0141 456b 1911 6125 2101 3177
LL_SRM 6:66576 430d 7913 3143 3533 2111 0131 4f45 617f 7179 6577 6121 1133 6143 417d 194d 3f09
LL_SRM 6:66592 3345 6145 3777 5957 675f 734f 4b67 396b 6351 5369 2b37 5727 5d7f 4b25 3b63 3b35
LL_SRM 6:66608 5f69 511d 6575 5d15 157d 1919 2d67 5957 5571 6955 097d 136b 4f73 2569 397f 5f47
LL_SRM 6:66624 1959 7153 7513 593d 1927 3b39 5135 6135 091d 0773 5743 313b 2341 253d 095d 0537
LL_SRM 6:66640 7149 072d 516d 3551 0171 2139 6975 537f 4177 0753 1135 1125 0539 6d65 2333 3171
LL_SRM 6:66656 1779 0305 6363 5b1b 4f51 7107 3f67 4571 1369 7153 3351 372f 5f43 3f41 7571 7535
LL_SRM 6:66672 6169 490f 3357 054f 657f 3353 716d 0f75 3b63 5f67 3f69 7b75 597d 416b 6931 7517
LL_SRM 6:66688 0d17 0f3d 196f 572b 211f 4b69 0745 6507 650f 4f63 2d63 112f 2305 4973 4d65 4b77
LL_SRM 6:66704 113b 2f4f 594f 4f3f 4d1d 0543 510d 072f 0739 054f 0505 6563 137f 2917 4b05 511f
LL_SRM 6:66720 0f4f 4527 0d13 7f0b 3d79 6b71 5319 1b0d 5307 6b5b 4509 690b 7f03 3f75 7705 4543
LL_SRM 6:66736 3b6d 0701 094b 1b6d 535d 450f 6725 6977 552f 7d6f 1f0d 2b03 4f2f 0b5b 1b15 5915
LL_SRM 6:66752 5f0b 0b2b 4945 0711 2909 1d79 656b 7377 6b4f 271d 4d2f 0f1f 1b4f 0b77 2109 010f
LL_SRM 6:66768 0707 475f 6f2f 077f 072d 574b 0913 5957 2911 0d5b 054f 4f71 253b 095f 155d 036f
LL_SRM 6:66784 750f 6d5d 4947 7d63 371f 4d1b 155d 432b 1f7f 355d 5f1f 5127 3f3d 4919 3f71 3d33
LL_SRM 6:66800 1f75 0d6d 1773 0745 5f07 331d 7745 4f05 5d6b 2f2f 7f77 4d2d 397b 6719 7f1d 4d1f
LL_SRM 6:66816 5349 652f 5161 493d 0959 711b 210d 5b67 6103 616b 0331 5f71 356d 6557 6b05 1505
LL_SRM 6:66832 5b03 456b 5d1f 212b 7759 3d05 6511 015d 2159 2f5f 0951 6919 7345 7165 691b 4149
LL_SRM 6:66848 3f11 6775 772f 552b 631b 4369 7b71 7721 6517 4d3b 1939 6f51 7961 3979 793b 7961
LL_SRM 6:66864 597f 7949 2f6f 5119 2175 6f19 2551 4933 4d7f 154b 5721 470d 6d6d 7563 6b73 7d73
LL_SRM 6:66880 5121 1d7f 7123 616d 1943 537d 5971 5979 2561 576f 6b69 6719 5971 0d7b 4d11 3b03
LL_SRM 6:66896 0f21 6379 1725 2151 6151 3157 3b59 2179 6d03 336f 3351 0b6d 2f61 516f 3d47 0771
LL_SRM 6:66912 593b 6361 7b3f 7313 5d71 5d7d 7f69 7f61 072d 5f79 3933 4b0d 3b77 5b75 5351 7365
LL_SRM 6:66928 777b 5353 5b77 4745 4173 1b31 5933 633d 614d 0721 6f2b 6d75 7331 3515 7531 5705
LL_SRM 6:66944 0b07 0f0f 430d 1f3d 5715 2777 1b2d 2705 093b 017f 6b5f 3d63 0b1d 7105 550b 0b3f
LL_SRM 6:66960 292f 0f1f 592b 3f6b 4f07 3163 1f0f 395f 1337 1f09 0d2b 3f0d 0d41 073b 430f 6363
LL_SRM 6:66976 4537 096f 597f 3d31 176d 792f 655d 590f 6f5d 696f 6d7b 516b 7f57 773b 596f 5d2d
LL_SRM 6:66992 151f 5537 4f3b 513d 737f 595f 2543 2b15 7b1f 097f 3b0f 2375 5f3f 1f05 5d3b 3d29
LL_SRM 6:67008 414d 0565 0d45 0f5b 0d09 6b23 430d 351d 336f 3f07 0507 0333 2317 492d 0171 092d
LL_SRM 6:67024 410d 471f 2b1b 0d27 2127 2b3d 1105 2d69 4321 3f61 0709 1b77 254f 7f39 0f01 2b23
LL_SRM 6:67040 637f 6719 5f03 6f2d 6d3d 6753 3935 5f07 2f31 171d 3d7d 5731 592f 6d3d 355d 2d05
LL_SRM 6:67056 1b51 0f3b 4725 3b4f 1f1f 0f29 2f07 2f55 0d63 535d 4f5b 234f 1d47 2f03 7f5f 2b6f
LL_SRM 6:67072 4121 4129 3309 0977 4561 595d 1155 5109 0159 712b 5961 096f 6105 513d 1163 2b31
LL_SRM 6:67088 0d71 1151 2925 433f 3d7b 330f 2317 4371 4d09 6171 115b 6769 5d33 3141 4763 137b
LL_SRM 6:67104 651f 5175 0f59 092d 777d 3d29 516d 7f43 395d 7359 6d51 5315 795b 5331 0767 5765
LL_SRM 6:67120 713f 5f7f 7b1f 755b 1f21 3171 1d71 4701 7f59 3563 6d73 7547 713f 4903 333b 6941
LL_SRM 6:67136 7115 116d 196d 7503 6763 555b 5b21 614b 1729 213f 2335 5905 3121 754d 2303 7d37
LL_SRM 6:67152 5b45 2323 6b73 3317 3b31 0963 0141 111d 6501 017d 4129 6b67 0121 412b 6541 396b
LL_SRM 6:67168 337b 213b 1f73 3971 6d31 3519 3b11 1b21 7531 592b 3771 3339 5f4b 7d15 4f39 392b
LL_SRM 6:67184 6143 6711 777b 7543 7b77 696b 5775 311d 2757 6b05 5d79 556d 7379 773f 377d 3d31
LL_SRM 6:67200 0941 3d07 5d0b 5d17 2525 4725 1115 636d 1139 597d 0b0d 2d0f 410b 6d7d 717b 551f
LL_SRM 6:67216 1509 1d69 510d 0f0b 0b33 0f1d 0515 2d3b 2b05 3b2d 153d 0d2d 5f41 016f 1129 475b
LL_SRM 6:67232 1f49 6925 0157 290b 6767 0b2d 3b35 5f29 6f27 4d27 2f73 410b 3b0d 0b59 5d6f 2101
LL_SRM 6:67248 1149 4b1b 7d7b 2f79 7f0f 6d65 7f7f 6163 0d6f 6321 2977 1f57 2f3f 717b 7f75 430f
LL_SRM 6:67264 3103 6367 6549 1f4b 0707 0777 5107 4d4f 394d 5f7d 0f3d 070f 235f 0907 0725 4f79
LL_SRM 6:67280 250f 493f 7943 1f6f 011f 2b6f 0f65 1d7d 0307 0737 0f03 4f5b 0301 0d69 2b09 5b0f
LL_SRM 6:67296 0f4f 0f4b 4d7f 7b21 334b 2b0b 432f 0f67 616f 377f 772b 0941 3f67 6131 7f4f 2d71
LL_SRM 6:67312 1f6f 070f 5913 1515 0343 4355 1d5f 4f01 4b6d 1d09 1b6f 290d 5d17 1f65 7d7f 7f1f
LL_SRM 6:67328 5769 7121 3313 7141 3b4d 3b25 1553 577f 0551 7157 5149 1b1d 6d27 0567 0143 794b
LL_SRM 6:67344 690b 4519 3d51 4539 6353 0f63 3103 2313 5b45 0179 4131 5b61 5153 2935 450b 0b31
LL_SRM 6:67360 497b 6d3d 7147 737f 555b 7131 5d29 4309 795f 1f2b 797b 5101 2d1d 7f11 2733 7f33
LL_SRM 6:67376 1779 251d 6f5b 6b09 737f 6977 5937 6531 fd15 416d 3b5d 7b69 5115 3569 7d3d 0f11
LL_SRM 6:67392 0b45 7575 0115 111d 0979 412d 215b 1139 3303 0943 0503 7121 3559 737f 0113 6b3d
LL_SRM 6:67408 4165 6955 4341 3115 3169 4557 2311 6309 7941 0321 0b2b 354d 316d 6551 0741 5549
LL_SRM 6:67424 5f31 7375 754d 7f61 3569 6b2d 7365 4557 5d57 7123 774f 3f11 636d 2f41 7567 611b
LL_SRM 6:67440 6961 4571 3f65 1d69 3329 4b3d 052f 6309 7b3f 5f57 4379 7371 7931 495f 2511 2d21
LL_SRM 6:67456 1147 4b29 0501 630f 2d13 0b2f 1171 4b35 014b 3b09 0735 3f31 070f 212b 7549 1505
LL_SRM 6:67472 054b 091d 0b19 033f 4745 0529 592b 2f01 237f 030d 253b 4d17 096d 493b 0301 591f
LL_SRM 6:67488 2f4f 1b0f 7f6f 2d49 6f7f 6347 570f 6b43 5f6f 651b 1f21 5767 375f 2f2f 7d4f 7951
LL_SRM 6:67504 6b5f 5b51 2927 1d49 1f4f 7713 375b 5301 3f7f 0b11 5b0f 6717 7f4f 3b39 6f37 0b47
LL_SRM 6:67520 5169 452f 0d0d 5d6d 1d01 0b2f 4d07 1717 0705 293f 4b09 4f37 0b45 6577 2717 4f2d
LL_SRM 6:67536 034d 773b 0105 551f 0d2f 3f0f 4327 1d4b 1749 212b 032b 3f33 052d 112d 1925 2d3f
LL_SRM 6:67552 256d 072f 774f 772f 2b5d 4f29 6d0b 150f 676f 0b2d 5d7b 374b 636b 0d45 577f 0705
LL_SRM 6:67568 470b 7d45 3d1b 554b 735f 1753 154b 475f 7d6f 0f5b 3d27 3121 536d 177d 3d13 0d67
LL_SRM 6:67584 5101 4b65 4141 751b 574b 5573 212b 755b 3171 490d 6351 715b 0303 2d23 4529 577d
LL_SRM 6:67600 6145 2b71 5f01 4139 652b 495d 2153 6979 1935 2915 674b 633d 3161 7d63 297b 2921
LL_SRM 6:67616 5b51 2311 6d59 451d 6f5b 7d31 4b49 2149 756d 475d 6f4d 7d53 3133 7b1b 7d41 7d09
LL_SRM 6:67632 456d 7303 7347 0135 3f35 6941 111d 2b75 6113 5b33 7177 4d5d 256f 0d13 7f69 7941
LL_SRM 6:67648 0347 2739 472b 255b 1361 5975 114b 552d 0531 5373 5323 4b5d 696d 6f31 2151 0b47
LL_SRM 6:67664 451d 1533 4d43 7b7f 7713 4d5d 7301 236f 2111 3939 4107 1167 2b51 6333 670b 6d67
LL_SRM 6:67680 3f77 7341 6573 5703 395f 554d 3727 7549 5931 7135 4f1f 691b 6f67 2773 737d 6f51
LL_SRM 6:67696 5f7b 772d 3741 5b53 3d2b 6d75 5773 0543 797b 1f21 6f5b 595f 6f73 1b31 4951 6975
LL_SRM 6:67712 7b0d 1b6f 0f2d 0353 6f27 5f1f 0909 6f11 0b0b 4f7f 0b5f 1909 2307 4d09 091b 010f
LL_SRM 6:67728 1707 4b53 2947 7373 6d45 254b 3923 7b3f 1d2f 4d25 2709 7d31 6d09 752b 0b1b 6b2d
LL_SRM 6:67744 7775 4709 2715 6b03 6743 5353 6765 3f13 7f3f 3529 6775 3303 4707 2701 511f 551b
LL_SRM 6:67760 1d07 6917 1f79 670f 456d 7f49 497d 3f63 5349 1f67 4357 4f49 636b 0709 477f 4b0f
LL_SRM 6:67776 5b19 0159 4101 2f1f 150f 7339 216f 0b57 610f 0b1b 090b 0175 4909 0b67 610d 176f
LL_SRM 6:67792 5509 7f43 3b29 093d 0971 1f7f 1501 773f 250d 0f25 410f 1b79 2311 1961 0f0f 652f
LL_SRM 6:67808 5b6f 3321 5f1d 691d 0f17 6301 1f4f 7301 6b2f 633d 0357 0b5b 7f5f 7f55 2f4f 733d
LL_SRM 6:67824 1f7f 7735 576f 031b 7765 3b63 2f65 2b07 6d3d 4b27 0717 6d2d 371f 1d03 631f 6b17
LL_SRM 6:67840 255b 4511 4561 5373 1161 5127 575d 1d75 410d 053b 0971 3b75 0103 517d 1f2d 3913
LL_SRM 6:67856 4315 6915 4121 5d7d 6511 6961 5755 173b 3109 4577 0b09 016f 4163 137d 3731 1747
LL_SRM 6:67872 755f 3175 292f 773b 5f71 2113 097f 7713 7d21 4b6d 3771 5311 336f 133d 7175 5979
LL_SRM 6:67888 3f77 3f4d 6f5d 654d 3b71 7133 4f71 2501 757f 2961 4571 6741 117d 3347 7f57 0971
LL_SRM 6:67904 2919 577f 1131 0131 6b41 3d65 6b03 6119 5151 1527 2945 1977 1103 537d 2155 636b
LL_SRM 6:67920 6f53 1d71 1125 5b01 2101 011f 0705 3135 2327 311d 712f 5155 3b23 3b63 4b69 7b4f
LL_SRM 6:67936 7f7d 5169 737f 2b45 7f6b 210b 2b77 5739 5f7f 2367 7957 1163 6737 7b67 076f 0d05
LL_SRM 6:67952 5979 7b75 772f 7761 592f 6349 4f57 0161 7f7b 7107 6b21 5103 375b 230f 3f7f 5f63
LL_SRM 6:67968 0115 1d2f 2727 3507 5903 255d 4f29 0535 231b 4967 575f 2119 110f 476d 1f0d 034d
LL_SRM 6:67984 6b29 2917 0b07 6555 2905 074b 3905 630b 0169 4f27 0707 070f 6171 775f 693d 4f27
LL_SRM 6:68000 7119 6b29 5f7f 6d65 4f0b 3b09 651b 5349 394d 551f 0b0f 272b 7b79 2727 7b0b 6f19
LL_SRM 6:68016 4b55 2765 016d 476d 6f2f 5913 257d 2f4b 0769 7747 7f37 314b 5f3f 5947 2d77 4f4f
LL_SRM 6:68032 5303 2133 454d 4119 4d0d 612d 0509 3145 0b1b 055b 4d03 1717 352f 073f 414f 030d
LL_SRM 6:68048 090b 0b79 137d 7b4d 4f03 016f 4709 010d 150b 654d 1d13 0f69 4547 272f 1305 797f
LL_SRM 6:68064 6b0f 5f1f 2b7b 1f41 676d 1915 7d11 6f21 1f7d 572b 6779 3d07 512f 0f3b 452f 5f05
LL_SRM 6:68080 677f 714d 5f17 5915 7b07 1f0d 3b05 7957 517b 2527 073f 350f 5b7b 090f 6b4b 0d7b
LL_SRM 6:68096 5d27 5353 5523 6b61 1d29 3573 6369 6d71 214d 5127 110f 7137 2955 4571 1165 1371
LL_SRM 6:68112 0731 596b 0943 273f 4335 0b73 4d21 0169 5b11 3b79 493d 7971 590b 2941 056b 6761
LL_SRM 6:68128 7b47 7b65 554f 7335 716f 7955 493d 616f 7133 5303 1971 3323 3b61 712b 3179 653d
LL_SRM 6:68144 032f 4d41 3b7b 3f21 2d2f 6725 4965 6977 2373 0d03 7f45 7b6d 7f6d 1711 7d17 3b13
LL_SRM 6:68160 0165 7537 2b29 5d31 1913 013f 2551 1153 013f 113b 252d 3333 3b03 1f63 4d39 5d37
LL_SRM 6:68176 2303 616d 210f 4967 0531 3965 3579 3131 012d 7b31 0d11 597d 6311 5b61 2b13 6367
LL_SRM 6:68192 132f 4921 457d 514f 3f7d 7d41 7d5f 6915 753d 4157 7b31 5349 4d3d 7b15 7f7f 3d65
LL_SRM 6:68208 6f29 1b31 3149 6f29 5777 4979 1727 1b37 7553 7b75 3f79 2925 7525 075b 5345 2175
LL_SRM 6:68224 3909 4d67 6d45 5f79 452f 4f59 4347 0731 5d31 4b0f 1717 0f47 0d4f 253f 050d 0523
LL_SRM 6:68240 3d59 0d0f 5b29 7f75 2b4b 470f 7113 493d 072b 036d 092f 4b55 7943 517f 112d 5f5f
LL_SRM 6:68256 3f07 6f3f 2f27 4701 1557 1d1f 4f31 374d 7d1f 7b6b 734f 2b01 355d 0f05 395f 5909
LL_SRM 6:68272 3743 0d51 4f2b 6361 073b 2b6d 091b 2b0b 5b6b 673f 1f5d 5b2f 7d13 714d 770b 2f6f
LL_SRM 6:68288 350b 192d 3711 651f 2501 136d 0d6b 4b23 2541 5163 070d 654d 2741 096f 4b2d 414d
LL_SRM 6:68304 0b0d 094f 070d 537f 0307 3f2d 1943 0745 4115 7f09 0d4b 0f4f 710d 3933 2109 476b
LL_SRM 6:68320 6767 2d21 6d3f 2f2d 0b05 1f43 2f2f 2d01 1357 0741 3b7d 5d41 1f33 2f25 375f 7943
LL_SRM 6:68336 1b03 1505 774b 2d47 390b 573b 431d 2161 5b4f 4517 013f 3b47 1b0b 1f69 771b 7101
LL_SRM 6:68352 2b31 1559 2341 0b0d 2943 7d3b 0311 2941 0141 014f 2519 4101 5171 454f 7121 5367
LL_SRM 6:68368 6b39 2975 6121 634d 0761 6941 7319 4171 7915 6579 2505 4765 514b 613f 0519 2371
LL_SRM 6:68384 690b 2b69 1165 4705 6d7d 0b69 6b2f 7d11 5d79 1931 537f 6933 6d77 7161 0969 2301
LL_SRM 6:68400 6977 776d 3b17 173d 5f3d 1945 5533 456f 0d51 2f13 4175 7b19 7715 3f2b 2b19 7b45
LL_SRM 6:68416 6901 3967 4351 2d25 5161 235f 6139 1d31 4367 2353 2569 517d 6561 3101 3119 0d43
LL_SRM 6:68432 6171 3771 3949 3935 1151 5759 3b1b 6551 5545 191d 1911 1553 514d 195d 7311 693f
LL_SRM 6:68448 615f 350f 0579 5943 3b05 6b6f 6f2b 2111 7d33 693d 7f2d 436b 7b7b 737f 7d47 3901
LL_SRM 6:68464 3379 210d 1b65 654b 477b 6901 4959 5959 6715 7f29 7965 7907 4f3b 7125 117b 7903
LL_SRM 6:68480 2d03 0d3d 0377 2b6d 6321 536f 0f43 5973 1b0d 3967 5d25 4941 1143 2b3f 0177 4b7b
LL_SRM 6:68496 4b0f 4b09 0929 5963 0b03 1547 3f47 0d4f 132b 513f 2b5d 4109 1b19 1b3f 4b6b 094f
LL_SRM 6:68512 3f1f 5b0b 7b75 0f03 3947 257b 7d17 570f 5f77 7d71 5309 4735 353f 472b 7b5f 0d07
LL_SRM 6:68528 290f 0d7b 4747 251d 797f 174b 1b63 7f43 2735 091f 4f27 3f3d 7d63 733b 1d4d 6d01
LL_SRM 6:68544 2905 0f2f 072b 1167 011d 0921 1517 4f0f 5941 2f7f 2507 254d 3f37 2529 0161 4f23
LL_SRM 6:68560 6b0d 6b05 3531 1353 2747 412f 0767 534f 0d0f 2f5b 2d23 0b5b 0113 5d0d 1f0b 013d
LL_SRM 6:68576 0917 012f 5d0d 4913 6d2f 5f5f 035f 5149 396f 1d69 392f 2751 277b 3f53 7b75 0f59
LL_SRM 6:68592 2f2f 0577 236f 6d1d 7d1f 175b 3505 2515 512f 0141 614f 3503 4d0f 350d 715d 3363
LL_SRM 6:68608 4129 6129 514f 6d3d 0551 0973 6725 217b 2549 790d 5157 510f 2109 2b3f 4b47 3761
LL_SRM 6:68624 0161 597f 0531 6b23 314d 3103 1771 6171 6165 3573 6103 7351 2d4d 1d77 6317 337f
LL_SRM 6:68640 797d 7b75 637d 5551 7373 751f 717d 5311 717f 6523 7779 5503 4b6b 795d 557d 7145
LL_SRM 6:68656 7147 1559 7f61 596d 7f5f 3d13 7f69 5d53 5d29 592d 5761 133d 5977 7123 7b37 6909
LL_SRM 6:68672 5923 4925 5331 376b 7725 7333 4305 0d37 3943 4167 7b01 2101 1373 2533 5369 0175
LL_SRM 6:68688 2503 0505 110d 5765 6901 1d2d 1129 2545 1173 3129 0313 756d 1571 410f 0935 7d55
LL_SRM 6:68704 2567 797d 7361 6b57 574d 734d 7d01 7771 3b77 3363 7d71 3939 5b7d 7f59 6973 2551
LL_SRM 6:68720 656d 5911 3d7f 7527 790b 3571 3d37 372f 7373 0727 7363 1565 2d1d 3573 7329 5311
LL_SRM 6:68736 090d 0b03 1913 192f 030b 013d 2f5d 2d55 1b31 3923 050f 091f 430b 7335 091b 0165
LL_SRM 6:68752 2d37 2d0f 6b3b 574d 2305 1d6b 0703 1573 4343 1717 0b2f 1d0f 1763 330f 2b53 0d5b
LL_SRM 6:68768 6d15 5b43 5b31 270b 6373 7d4b 3b33 0b3b 7f5f 3703 7f2f 171f 1b5f 4523 7b69 454b
LL_SRM 6:68784 7d2b 350b 4d3f 7f67 2f2d 5f23 3353 6f0d 3f53 5135 3f0b 2f15 351b 7555 5763 5309
LL_SRM 6:68800 4b27 3905 211b 1307 2d63 3d43 053d 071d 4f1d 052d 6519 1f5b 011b 076b 036f 3705
LL_SRM 6:68816 3745 2b53 3529 4f05 212f 774f 074b 5907 2921 0105 1933 0571 6117 0b6f 3f37 4363
LL_SRM 6:68832 7747 0d03 274f 3f03 4967 0b21 4b79 090f 4f3f 170f 470f 4707 0f4b 7539 1f7d 3511
LL_SRM 6:68848 4b05 5f0b 435f 7719 3d3b 5977 4f5f 1725 4f6f 0b47 6b7f 1b27 6b5f 1b3b 451f 4d49
LL_SRM 6:68864 652f 3173 1343 353f 1d31 137f 1129 117f 7109 3d4d 6953 132f 3131 094f 0d41 5363
LL_SRM 6:68880 5171 3761 4b3d 6b1d 6355 2579 4363 0b53 7f5f 0179 2373 4967 6571 6f3b 1529 1159
LL_SRM 6:68896 3d39 6345 1f53 3145 6f45 4769 717d 1f19 592f 5f4f 5365 351b 2d7d 1935 0739 3b71
LL_SRM 6:68912 435b 6b79 375b 254d 595b 7111 233f 6701 533d 7129 5b73 1b7f 7b39 6f79 2163 4701
LL_SRM 6:68928 791b 1959 090d 1343 3b21 311d 7561 3123 4d23 235d 7971 490d 594b 196b 614d 1147
LL_SRM 6:68944 6121 1125 0321 1531 191d 5b77 5961 7723 2113 6107 4925 6167 4f0b 4371 252d 0f35
LL_SRM 6:68960 7561 7139 7b71 6341 615b 773b 5f35 4355 4d39 3517 594d 3101 713d 1533 2d59 6963
LL_SRM 6:68976 7d5f 5b71 7f5f 3d3d 3963 7743 757b 3103 677d 3723 3343 5f13 693f 597b 3563 6b05
LL_SRM 6:68992 2367 132f 7345 0b5d 5b5f 152f 4901 1775 4903 075f 017b 150b 2f1b 0d3b 2959 1117
LL_SRM 6:69008 034d 1909 554d 1377 6f59 092d 3709 274b 2b21 0d0b 6707 5d1f 615b 535d 1345 451f
LL_SRM 6:69024 4d5d 5d69 071f 2107 1f6d 2f01 331f 6d05 0b27 070f 7143 0f2f 131f 5963 775f 4d0d
LL_SRM 6:69040 796b 3b47 6f1d 6f05 3165 5305 3727 2f17 6d27 0713 2d7f 0f53 737f 0d21 5f6f 6543
LL_SRM 6:69056 1b01 6f4f 3941 2f67 0341 4b3d 1543 056b 4101 2717 112f 290b 2703 132b 792f 1179
LL_SRM 6:69072 1331 0f13 096b 5717 091f 6143 3509 1b5f 130d 276f 1d59 7749 2939 652b 6909 2d5f
LL_SRM 6:69088 6d05 1f2d 2f2f 130f 6563 2b31 5b1f 4947 6f43 3f65 713f 3b1f 5b2d 2d09 692d 0f4b
LL_SRM 6:69104 7f6d 7131 573f 0d29 0d39 2d03 0905 4f67 6557 2b09 6f2b 2d09 2b69 2f0f 6f7f 7f6f
LL_SRM 6:69120 2131 4775 250d 650f 7951 1b55 3331 2533 5121 615d 2377 3303 6117 755f 6351 7131
LL_SRM 6:69136 1779 1575 317b 2d75 437b 0775 7325 634d 7313 7d11 5161 3371 1911 5353 7d01 7969
LL_SRM 6:69152 756b 772d 6f41 0b6b 637f 6f77 3f4d 6321 397d 3d21 7757 7f5f 731b 7911 513f 2755
LL_SRM 6:69168 5339 3323 3363 7773 216b 612f 252d 7109 7917 6155 4535 3173 5f79 7351 676b 4329
LL_SRM 6:69184 1775 116b 4111 795b 5d17 217d 1101 0135 5f63 192b 415d 3563 1167 613f 291d 796d
LL_SRM 6:69200 650d 1525 1153 733b 0163 6d7f 4151 0b03 0d11 213d 3129 2707 0b61 6777 6159 4957
LL_SRM 6:69216 3b71 5b13 5b69 690d 3771 7169 5b67 1961 6167 3d47 7b7f 1913 1d7d 5b25 5939 5f3d
LL_SRM 6:69232 7371 3711 4735 3511 1771 7977 4575 0b05 5315 7b31 4b71 0f47 1b3f 5911 4f75 0525
LL_SRM 6:69248 3f0f 1d15 0503 2f0d 1507 4163 0129 4f6f 313d 1161 0707 5d13 4119 0907 0503 2f71
LL_SRM 6:69264 450d 0147 1f0b 072b 495b 7367 1161 6d2b 0307 5b47 3b43 412b 0129 4f59 2955 0149
LL_SRM 6:69280 195f 0b45 754b 1d61 6f79 4f27 6f5f 5f01 6f1f 5d1f 7f6f 3349 6b7b 3719 3d3f 4341
LL_SRM 6:69296 4b0f 475b 7d5d 7f01 1b7f 1f11 7539 6f7d 5d6f 1939 7f23 5b0b 2b1d 6b4b 650f 290d
LL_SRM 6:69312 2d09 3f33 2903 6b1d 2947 0357 4175 653f 450f 2523 4301 5b1f 4d39 0b21 6b53 3925
LL_SRM 6:69328 2f49 1b69 1f27 6f6f 0903 7f09 6b09 0d39 195d 5f41 7575 592d 0f07 1f1f 4709 3d63
LL_SRM 6:69344 0b3f 652f 771f 0975 4f2d 0d5f 095f 2f45 3f3d 3d03 1b6f 0979 2d35 0107 3b0f 2b51
LL_SRM 6:69360 0b3f 5d17 7f0d 4b0d 470b 6f3b 5f07 2725 2d17 4103 0d2f 575b 291d 6555 2357 2145
LL_SRM 6:69376 1349 756b 2141 3d13 4773 2127 6341 076d 2105 253f 0567 0127 2575 4353 4541 4d61
LL_SRM 6:69392 6101 296f 0f43 0311 0703 2539 1b43 6175 1511 2b63 6505 0135 690b 534d 0561 713b
LL_SRM 6:69408 7969 6d6d 0f39 2129 5533 394d 4f13 7d23 7b73 790b 3373 7f61 676d 214d 7f61 6501
LL_SRM 6:69424 5f73 3b23 6779 1f3b 4f7f 7f4f 5f39 350b 7f71 3701 4f63 6f1d 555b 7d33 7123 7921
LL_SRM 6:69440 6127 195b 6111 3979 3379 0541 6b43 636d 6909 077f 3b01 0d29 3361 696f 4101 4545
LL_SRM 6:69456 7d4d 2353 0931 0779 4171 097f 2115 1367 155b 2d7f 0113 5d09 2169 4119 6179 5367
LL_SRM 6:69472 777b 1d2f 3f5b 6135 2b6d 6b5b 1b61 4751 737d 6f01 7769 437f 473b 5927 3177 5b09
LL_SRM 6:69488 6377 7565 774b 4501 6331 7d4d 277f 7773 6171 3901 7f59 3979 617f 0f65 537f 411b
LL_SRM 6:69504 0123 096d 1149 6323 3b7f 0b4f 1755 791d 4905 6d2f 6301 4905 2d11 0b27 0f35 0767
LL_SRM 6:69520 5d15 6d21 1115 0525 356d 4565 1d1b 3d65 0d69 0f77 4909 6f43 0309 7b75 394b 1f67
LL_SRM 6:69536 5777 2b2f 5b73 7d0b 5b77 0f4f 7f25 5b4b 3f7f 492f 1777 1541 7b5b 6d0b 3f5f 372d
LL_SRM 6:69552 6d6f 391d 4b0f 3f1b 6d5f 3f19 3b2f 2b13 613f 5d25 7b2b 6d3f 6d3f 4527 4b7f 2703
LL_SRM 6:69568 2f03 0b7f 791f 2d35 0337 4b1d 270b 7525 0905 691f 074b 1b13 2927 3b2b 4149 730d
LL_SRM 6:69584 314f 475f 3d49 5b37 5569 1b01 7947 5d2f 230f 5d3b 5157 7b07 6701 0d59 4305 536f
LL_SRM 6:69600 6f47 733d 2555 5f3d 197d 4d2b 1b63 7701 613f 7357 6f47 1935 3b2f 1937 4d0d 2f47
LL_SRM 6:69616 7f01 270d 173f 3b4f 7f3d 4707 2915 530d 3f4f 7f53 0b5d 2b09 5d6f 4f4b 2f2d 6f01
LL_SRM 6:69632 0b01 770f 2123 7f03 055b 4b6f 3513 0d03 6b2d 0f4f 1337 0109 0717 011f 3341 0723
LL_SRM 6:69648 3b4b 4f6f 7b29 0b03 0f1d 7f03 090d 0b71 010d 051f 0b2f 0d51 3501 0d2f 7f01 0f19
LL_SRM 6:69664 377f 0d01 2f53 0709 6347 7715 4b15 1705 6d13 0d6b 2f57 1515 2f6d 5f0f 6f0f 7361
LL_SRM 6:69680 534d 3b41 1f1f 3b0b 4f2f 7b7f 1d6f 0f25 576f 412b 4347 3b19 4f47 052f 0743 776d
LL_SRM 6:69696 0b27 570b 0143 3f5b 1503 413f 0b01 0b37 071b 556f 0121 3d1d 2f17 4f0f 3729 2f01
LL_SRM 6:69712 1549 1b2f 5909 590f 1565 0d2f 0107 0349 1917 191d 0107 192b 0d01 216d 290d 791b
LL_SRM 6:69728 473f 094f 673f 594d 1f5f 030f 0769 4f27 6b6f 6929 2f13 0f0f 2b3f 4709 731d 2105
LL_SRM 6:69744 7b1f 6f1b 4f5d 0925 7d0b 055b 1d19 7f15 773f 4361 1f7f 7709 0b79 1f2f 493f 473d
LL_SRM 6:69760 1903 0963 3d15 511f 6b4f 753f 097b 1f63 0715 217d 1513 2173 5135 4d09 216f 5149
LL_SRM 6:69776 0941 0517 0951 5775 0d35 290b 190b 513b 0319 4b25 4557 0111 1175 1151 2935 5923
LL_SRM 6:69792 3551 7b35 0f71 0365 3f43 3b7f 5f73 6775 7975 6f0d 5d5b 495f 211d 6f27 0b71 0d43
LL_SRM 6:69808 1f77 3f35 4b7b 1f75 635f 2d15 1f57 3f61 4b29 612b 7971 3b4d 7b7d 5d63 4d79 7f3f
LL_SRM 6:69824 2513 133b 513d 6309 2171 6d25 4361 3901 4501 4347 3135 657b 0501 4b6d 3373 316d
LL_SRM 6:69840 4d31 3361 055d 054b 6301 3753 0111 2359 1163 2147 1549 531b 2f65 1371 471b 4771
LL_SRM 6:69856 7959 016b 4951 7921 2f77 2f11 1349 7b31 7d6f 156b 377f 5571 1f05 412b 5f77 1d21
LL_SRM 6:69872 7371 3d63 5523 2765 7d4d 6321 5579 6b63 5775 0b63 6b5f 3159 7d53 471f 756b 1113
LL_SRM 6:69888 0703 0b6f 135b 594f 0f47 216d 251f 4f01 0f0d 594f 2d6f 3b41 2921 4d6f 5f07 210f
LL_SRM 6:69904 2d4b 595f 030f 0933 475f 0d3d 0f7f 4b45 4f69 0b27 6b13 0b0f 110b 3f0f 0f53 5929
LL_SRM 6:69920 7315 4d17 1b3b 4303 6971 3b41 092f 7305 7b5f 7977 770f 6f11 6f4d 3b45 3b2f 1b2d
LL_SRM 6:69936 574d 5b4d 4f1d 071d 0f13 3379 5f1f 5b7b 090d 492b 6937 7f21 1f5d 0b09 037f 1d19
LL_SRM 6:69952 0b4f 150b 2b0d 6167 1f2f 1327 0547 1123 2105 2b3f 4149 7937 016b 7f4b 050f 090d
LL_SRM 6:69968 3543 6f5f 2341 2107 034b 1d0b 7941 137b 0d43 0767 0f0d 2f6d 2569 0b13 1b01 0f3f
LL_SRM 6:69984 5f5d 0f07 5f67 7d2d 0b49 150b 5f3b 0701 1b03 0525 3f29 6f01 0327 276b 474d 530f
LL_SRM 6:70000 257b 7525 6527 0901 051f 4b23 3701 4f17 714f 053f 593f 3f47 777f 5b65 270b 7f31
LL_SRM 6:70016 6d31 397f 6961 4177 5761 3b3d 5171 5555 2f17 095f 6371 2b0f 5111 716f 7d49 5f7b
LL_SRM 6:70032 1b77 3153 6349 0b67 5341 3175 2735 5159 7f23 7d3b 3943 6921 6959 017f 3743 0f77
LL_SRM 6:70048 6957 2d65 5b7f 7d35 6f15 5b3f 554b 7d51 791f 2131 0d7d 7129 3b3b 7d05 1945 5f79
LL_SRM 6:70064 7b17 7571 0d37 7969 6d35 2703 535b 393d 796f 4f65 2531 0f4b 1f4d 4925 7b21 3179
LL_SRM 6:70080 0951 0d75 474f 2175 6519 610b 0361 776f 2963 2533 6d1d 7139 3371 217d 6123 4115
LL_SRM 6:70096 0f09 0565 4f31 0515 4101 592b 4901 095f 1339 4111 6951 7f71 0935 092f 4173 5b5b
LL_SRM 6:70112 7b7f 5361 1b5b 7105 0b4f 6765 7d39 0711 5f79 6b49 0b65 392d 1d25 6b03 4b5f 7329
LL_SRM 6:70128 5179 7961 5d77 791d 357b 1d23 6f31 756d 775d 1143 6d7f 3161 2f7b 7d79 7975 1975
LL_SRM 6:70144 1b15 734b 234f 2d5f 2b1f 0f4f 0f17 376b 110f 2d0d 3d61 0521 272b 3909 2105 4f61
LL_SRM 6:70160 090b 3d4b 0953 3d67 7b3f 094f 0941 413f 7b09 6b03 295f 632f 2d01 0127 4509 4147
LL_SRM 6:70176 6d7f 1537 0f5b 5327 173d 7909 7b6d 2707 2d25 2b47 0f17 0935 0f4b 6f47 6f4b 3f23
LL_SRM 6:70192 3f2f 3349 4b37 1147 5b2b 5d4f 6f4f 6d11 3d0f 4b03 2f43 6f0d 0b6f 5d1b 2b0f 2b03
LL_SRM 6:70208 0927 174f 0953 4f0b 4f4d 2d0f 4729 1d17 2f15 5f0f 4501 391f 6303 1f49 7301 2d5d
LL_SRM 6:70224 0101 095f 010d 1f6b 230d 214f 0543 015d 2727 0d4f 5913 5b63 6327 0f0b 4f19 2971
LL_SRM 6:70240 1b7f 2b5f 4f6d 0b7f 2b07 071d 4f0f 294f 5f53 250b 2b5b 7119 6b3f 273f 176f 490b
LL_SRM 6:70256 550f 0f1d 271f 4f23 7f6d 0b15 1d27 0b09 694f 5d27 2f7b 3f3f 772f 1d6b 4d6b 7b0f
LL_SRM 6:70272 6575 4937 2571 396f 1161 356b 312f 7111 2519 7b7f 613b 7945 4731 3b29 6329 5113
LL_SRM 6:70288 057b 6105 1779 2f37 4549 255f 5321 111f 3131 0575 6b53 254f 0d61 0965 2b21 7321
LL_SRM 6:70304 2f51 2b21 3f79 3953 7571 7965 3515 7101 5d3f 155d 7745 7b15 6717 3b39 736d 0d1d
LL_SRM 6:70320 3d45 1b59 6375 1d4f 3b35 6d55 5557 5f05 477f 7751 6b4d 1561 7b6b 3971 7b71 4d21
LL_SRM 6:70336 1d3b 7175 4b73 7175 1725 7135 2179 5325 3b65 1b7f 2161 2173 356b 5d0b 0359 5b7b
LL_SRM 6:70352 5141 1161 4b01 116b 331b 756f 0373 5129 1d6d 417f 0527 5d7b 6159 615b 4521 3d2f
LL_SRM 6:70368 4d2b 5727 5715 6309 6d71 2923 7f79 051d 5561 3f49 5339 3355 3d39 5d03 473b 7159
LL_SRM 6:70384 0375 4b1f 4371 0501 7351 3131 5171 5b63 5d6b 5d7f 6179 3501 5f7d 6359 5f79 5155
LL_SRM 6:70400 5f49 532f 0949 0f4f 6f5b 013f 2161 4d5b 2145 0767 4b0d 4727 670b 6b2b 7967 2b43
LL_SRM 6:70416 4341 2949 6b1d 2f37 3b21 4f01 0b1f 6f31 4321 2d47 0105 535f 2d35 270b 011d 0d43
LL_SRM 6:70432 7f4f 450f 671f 6307 534d 1d0f 6b0f 0d2b 7353 5b09 7b13 1965 5b65 270b 4f49 3b21
LL_SRM 6:70448 0f5f 770f 391f 5f21 3319 1b4f 3969 090f 4f57 4f3f 7b55 7703 1f3f 3d65 8f47 0f0d
LL_SRM 6:70464 450f 415f 094d 4f2b 0d2b 7133 096f 1b0d 0365 0767 2f5d 1f6b 7351 757f 3701 0d0f
LL_SRM 6:70480 3133 270b 2f25 4155 2527 455d 0555 2b7b 0d61 0969 4541 1b5b 2d2f 0b6d 4b75 3913
LL_SRM 6:70496 714d 0f2b 1d73 5b61 3f5f 295f 1f6f 6f29 5f7f 2f23 6f7f 5b51 5315 0553 1d6b 1f0b
LL_SRM 6:70512 697b 1b67 6b2f 6b0d 674b 4125 073f 0b03 7f67 355b 6f13 0d6f 1b7f 0d01 516d 6f27
LL_SRM 6:70528 0975 6139 6f2d 0339 5923 5d3b 3941 6b01 1b25 2975 4d47 7519 496b 2763 7d11 717b
LL_SRM 6:70544 077b 033f 5141 4b59 655b 312f 0b05 5965 1573 4f3b 4569 3f7b 2d7d 3169 0723 6175
LL_SRM 6:70560 7b6d 6307 177b 7301 7d35 4727 773b 3911 2539 532d 4f77 7b79 4773 352f 7b59 7911
LL_SRM 6:70576 776b 5110 5935 2d1b 7d39 1b69 3959 1771 4f79 5b51 2d7d 7937 3511 7b5d 1775 6135
LL_SRM 6:70592 4743 232f 711b 293d 3f01 1175 2759 4947 3d71 1979 2561 4125 3f29 4d0f 1b29 7165
LL_SRM 6:70608 1141 7979 1975 637d 0b61 5545 3517 3f71 2b15 0b43 2105 5b3b 4339 075d 2745 7957
LL_SRM 6:70624 1b73 6f6b 7f59 5111 3741 7371 297d 1b55 3359 071f 3d31 3915 4717 4b35 2b3f 7b59
LL_SRM 6:70640 5145 5f63 097d 1b49 370d 111d 2f7d 4171 3b2d 5155 3d37 4b5d 472d 5f7b 777b 5169
LL_SRM 6:70656 272f 277b 0d47 6b67 456b 595d 0d5b 0b45 1f11 2d75 530d 0f2f 0f0d 0b4f 054d 116f
LL_SRM 6:70672 776b 2951 2b2f 2f6f 450b 5121 2503 1b7b 051f 2547 795f 091d 271b 0f0f 055d 0929
LL_SRM 6:70688 0f2f 2d49 4f7d 0d17 1f7f 1b3f 5f15 7d09 496d 3339 776b 0b03 576f 4b05 7d0f 6321
LL_SRM 6:70704 5b1f 1f4d 276d 0761 771f 530f 2f7b 130b 635d 5703 5f0b 3b4f 5f15 3f51 3d1b 5903
LL_SRM 6:70720 4b05 2f6b 2905 0f17 4b01 0f4b 1317 2145 4b05 0f7f 410f 0f5b 770d 0d6f 4141 1f0f
LL_SRM 6:70736 211d 2b11 4701 2725 1169 4539 095b 0f5b 075d 210f 3705 4b4b 2509 1f63 191f 3167
LL_SRM 6:70752 7f5f 5d0f 735f 2323 4b53 6f2f 297f 5321 6d2f 1f0f 275f 7907 370f 2f0b 3307 413f
LL_SRM 6:70768 2b15 1f6d 6747 374f 7d77 112f 152d 2b2b 1d35 0b13 7f0b 6d49 1747 4519 5f59 5d2d
LL_SRM 6:70784 0121 5935 4d35 150b 454d 6177 1945 1147 250b 1955 5921 3175 6539 5173 0f01 037d
LL_SRM 6:70800 1f25 0b45 311d 4d63 195d 4b3d 113d 0d13 6159 5347 4933 450f 7341 553d 0717 254d
LL_SRM 6:70816 6d69 0b39 2379 1501 397f 7b3b 4d67 3d05 5f7d 7545 5969 614d 715d 6175 5571 6715
LL_SRM 6:70832 617d 630b 5f7d 5d21 3d79 5d7b 7957 7171 5f29 1141 4b6d 3b4b 2b7f 1d71 317f 4549
LL_SRM 6:70848 2f29 317d 0979 731f 4315 4335 4179 476d 0151 3b2f 0d15 271d 1d33 4355 417f 5555
LL_SRM 6:70864 0721 6139 2b35 3f37 6127 7d03 6545 5921 4573 0119 3b6d 5953 5971 1b71 6141 2b71
LL_SRM 6:70880 797f 2b2f 577d 3f55 5d5d 512d 6767 3b1b 6723 3b47 797f 6f21 3f67 5333 396b 195f
LL_SRM 6:70896 5523 7f6b 675b 5f17 390b 412d 5571 4d2d 6f77 4d6b 493b 7905 2979 0921 6771 4127
LL_SRM 6:70912 0f0b 131f 1f19 5f6f 290f 2973 0903 3d11 6939 4d3d 1f61 0347 0d51 456d 0545 4131
LL_SRM 6:70928 2d09 0d53 2509 1f6f 6f2f 1b37 4d4b 0f43 1d0f 0d5f 2f07 2b19 451b 334b 4939 1351
LL_SRM 6:70944 017f 056b 010b 3365 6d7f 0d13 7f2b 195d 4137 4f0f 4b5d 676d 5b5b 4913 2f6d 0b4f
LL_SRM 6:70960 315d 315f 1f4f 0b6b 734f 4747 775f 4557 0765 1b63 5f47 4123 5d5f 4f6d 2d3b 094b
LL_SRM 6:70976 4743 571f 0b43 651f 0141 3733 1905 2d13 2b05 3767 7145 2905 2301 2567 0901 0103
LL_SRM 6:70992 331f 2f1f 191d 2d5d 0521 0157 351f 333b 4d43 334f 1d05 391b 2705 0d75 194b 3d61
LL_SRM 6:71008 0f6b 6f1d 0717 1527 7f7b 796f 3b53 7771 6d7f 051f 6f2f 3d17 0b2f 1d0f 6f3f 1941
LL_SRM 6:71024 0d6d 4f1f 7f75 0b13 5d57 230f 6f4d 0d5d 2d3b 1b0f 372f 4703 5f77 1f69 2d5b 3f77
LL_SRM 6:71040 7111 315f 7529 2935 411d 4327 4119 290f 014d 2313 6545 5767 1b65 091f 6301 710f
LL_SRM 6:71056 4121 4123 2367 7311 6f09 6761 0f59 4519 0571 7d35 7529 3365 7543 071f 3961 3363
LL_SRM 6:71072 5d3d 2731 5d19 6333 7b73 2921 6d71 092d 4f7d 732d 2d79 7f51 634b 4f43 7f6b 7b69
LL_SRM 6:71088 473b 716d 4b1d 7547 7d79 3d5d 095b 7753 1913 417f 336f 2943 2f67 1d2d 3f6f 3f5d
LL_SRM 6:71104 0f71 3b5f 1b43 1325 0321 6167 5751 4115 1b39 135d 4971 5b55 1151 750d 2d6d 290f
LL_SRM 6:71120 674b 2177 5779 0f47 5115 0179 0709 3d7b 391d 4b15 3135 1975 2b01 6d13 1175 4531
LL_SRM 6:71136 1771 7d3b 7b37 311d 3d41 7567 0f67 3533 770b 1727 0931 5709 514f 3d23 5f23 1d29
LL_SRM 6:71152 377b 111d 715d 3513 3305 4703 7759 0925 777f 6f2d 7f4d 4d31 0f7b 7b01 0523 4b0f
LL_SRM 6:71168 0143 0f11 210b 4725 2d01 012d 0f19 674d 654d 4b5d 0701 4d41 0f1d 132d 0575 6f3b
LL_SRM 6:71184 5511 4d15 2b77 6557 4577 0731 0127 7f37 670b 333f 1d5d 173b 2521 070f 130f 2127
LL_SRM 6:71200 6777 252d 3f67 5d0b 1f0d 1107 490f 6d03 795f 5103 676f 7741 774b 2f49 2727 690d
LL_SRM 6:71216 7d4f 2f1d 2f1f 052d 0d0f 6741 210d 435b 4f5f 3f41 497f 2769 330f 0f07 2b4f 3b59
LL_SRM 6:71232 6b5b 7b2f 190f 092f 0741 4b77 1b03 1b4f 0f0b 2327 112d 0d0f 1b09 4909 755d 3b19
LL_SRM 6:71248 2307 3d6b 0507 474b 6533 2745 1107 4f1f 0929 4d05 4f2b 1f1f 013b 4b3b 315f 497d
LL_SRM 6:71264 4f29 4d2f 6737 4d01 2f3b 770f 7d09 6b05 5f57 4f07 4d6f 5965 2b1f 6147 6b33 6125
LL_SRM 6:71280 0d7b 7f6d 3b35 0121 176f 1b4f 0f4d 2f63 5d7b 7f37 3505 3f03 351d 7f23 4f47 170f
LL_SRM 6:71296 0561 5745 5961 6347 4b29 0b1f 7901 597f 4161 233d 7915 7545 116b 0741 1b43 174b
LL_SRM 6:71312 116d 6977 3973 3925 3571 290f 0b4d 3179 2b11 737f 4145 753b 1b43 1573 2f23 6743
LL_SRM 6:71328 3919 6721 4f5f 2f69 735b 351d 577d 5151 7d7b 5531 7d49 4961 554f 6111 6b45 2355
LL_SRM 6:71344 5b77 530f 7f35 5955 2b53 6f29 773f 5901 6579 3921 1f71 6f75 7953 5971 3f37 2951
LL_SRM 6:71360 2b07 597d 1165 7553 5531 1b73 2b31 7b41 3165 0371 3149 7341 5f23 1965 572d 3d47
LL_SRM 6:71376 7b69 6f33 6141 497b 1161 533d 135d 0d27 1139 6969 2177 014b 0b11 115f 6b01 211b
LL_SRM 6:71392 6365 591f 7b73 3b03 7b61 2b4b 7127 3d25 497f 5505 7351 1d11 6d39 2701 4f2d 2d77
LL_SRM 6:71408 2b77 1b63 6b75 3123 613f 576d 7f33 7363 1917 4115 7765 6f69 6b63 3d23 7731 733d
LL_SRM 6:71424 0147 4117 0907 057f 4d4b 0d1f 0f11 071d 015b 2d5f 0d01 054d 4f4d 1147 0d1b 2f6f
LL_SRM 6:71440 0509 016f 5309 3307 210b 0511 6309 1d2f 1d1d 0d0f 0105 4f2f 1b05 1b13 6149 3d0b
LL_SRM 6:71456 0f25 1d3b 1f0f 2d05 6f0f 4f45 4d6d 3b59 7f19 472f 7b3f 0b63 3f4f 3703 0743 2d05
LL_SRM 6:71472 1f6f 4b0f 655f 0717 374b 5f1d 0735 6337 0737 0f67 6d57 2f25 6d79 1b01 0b17 0d31
LL_SRM 6:71488 2b17 133d 3719 113f 4f1b 033f 411d 6955 4d0d 392f 4b75 0d19 2177 7b2d 1911 1d05
LL_SRM 6:71504 410d 676d 4145 2161 2501 3d5f 4553 074d 4705 271b 2147 6b65 5909 2931 2f2d 3d1f
LL_SRM 6:71520 3f03 7b2d 2b63 0b0d 1d4b 3f2f 1b6f 0d11 1f1f 0321 0f2d 770f 572b 472f 4d25 6b11
LL_SRM 6:71536 0f47 5719 5127 5f01 491d 514f 530f 6d29 610f 0f07 1f1d 1d4b 6357 3733 1755 6f17
LL_SRM 6:71552 1161 0775 5571 015d 4347 496b 2931 0b31 073f 210f 0109 5509 2129 6127 6b69 0529
LL_SRM 6:71568 1537 5175 3355 312b 2339 413b 3903 5b71 7141 5179 7721 7961 7329 2313 230b 677b
LL_SRM 6:71584 7d5b 4b13 7577 5305 4d71 316f 655f 4d35 677f 113b 2975 5351 056b 1b05 3f6f 3d41
LL_SRM 6:71600 5735 395b 737b 616f 7d35 672b 3137 7d61 7d5b 3978 711f 4d09 7b79 5725 7b4b 2b17
LL_SRM 6:71616 0b5d 3167 7329 212b 1501 794b 1b13 6139 3309 472d 2311 6101 0901 7369 2113 7f4d
LL_SRM 6:71632 4f63 211b 274b 0565 5d15 3545 4515 1175 0515 5339 276f 756b 4f61 5923 0577 315d
LL_SRM 6:71648 736b 2b19 396b 5f19 7d2d 537d 4f7b 2b25 156f 5d7b 375d 0953 5347 5325 4f49 7115
LL_SRM 6:71664 1f69 3349 2d75 3543 2567 6101 7f71 7779 3d79 3319 6f1f 3d39 196f 6771 577d 3707
LL_SRM 6:71680 2515 113f 0501 2d3b 0d4f 1d07 4721 372f 470f 1f79 0d1d 392f 0365 2d5b 032f 094f
LL_SRM 6:71696 0355 3f59 0103 2f5f 1503 1563 4701 1b65 2505 2127 2511 714b 072f 3775 491f 292b
LL_SRM 6:71712 1775 0f3d 130f 4f07 4f0d 150d 136f 0f01 590b 7f0f 372f 3f71 696f 7f21 356f 6b3f
LL_SRM 6:71728 433f 5f0d 7737 1d17 5f2d 6f03 3f21 6d7b 1167 2f2b 172f 4517 0f5f 1121 472f 3f6f
LL_SRM 6:71744 415b 2d3d 2b2f 2d07 5965 6d27 4f25 6b0d 0b05 092d 0b0f 072f 2311 0527 3505 4325
LL_SRM 6:71760 4d25 0b3b 7155 2f47 6f1b 496f 6b09 0363 0119 5d1b 111f 2b25 6103 2773 5f0d 3b7f
LL_SRM 6:71776 177b 6f21 5d1b 5f4b 5d5b 174b 2d5d 4f53 5f1d 7b3f 2d63 5d01 4b79 531b 6f35 3b5d
LL_SRM 6:71792 336d 4541 5357 3b0d 753d 3927 4d13 4d07 2b0f 5f21 7b49 2703 3f0f 5d6b 4f0f 350d
LL_SRM 6:71808 110f 7139 0331 697f 454d 3b25 1541 7d77 3171 272f 593f 615f 4145 310d 3165 5149
LL_SRM 6:71824 4135 794d 2f29 536d 1131 237b 7917 137b 3749 1375 6129 4101 294b 730d 0115 4133
LL_SRM 6:71840 7b25 793b 5d67 4f39 1551 311b 7335 5111 055f 154b 5b1b 7975 7967 7517 551d 6731
LL_SRM 6:71856 6363 5511 7d33 6d33 417f 5369 2b79 3f31 1d0d 351b 6b7f 770d 657f 4537 5771 3d7b
LL_SRM 6:71872 4111 3165 6171 3f53 554f 6d6f 6f61 3755 4131 056f 1559 5107 0103 693b 3111 157d
LL_SRM 6:71888 6351 2933 5711 1159 4145 4d3f 7777 6917 4561 7577 6329 472d 0145 7165 6915 354b
LL_SRM 6:71904 7f13 7149 3771 6f7d 6351 7539 577d 6d29 7375 2539 6f79 7375 7d23 597d 0569 5b25
LL_SRM 6:71920 6b57 3b05 7f79 391d 6365 6149 251f 7177 516d 6b01 637d 497d 777f 1329 2571 7d31
LL_SRM 6:71936 0945 374d 0115 1b0f 0103 0f6d 0d21 152d 4b03 310f 0103 2571 5d6b 0d6d 1745 4f01
LL_SRM 6:71952 0319 2f3b 4b0b 6d1f 230d 2915 151d 1365 0929 0b4b 1543 434f 5565 3357 190b 0d45
LL_SRM 6:71968 630f 633f 2b3f 2f29 0f4d 4f03 4b3f 1f03 5d7b 4b1d 5d73 2f01 7f15 652d 797b 4515
LL_SRM 6:71984 3d0d 6f4b 7b05 2717 6f5b 4f1f 6f7f 0d77 7f4f 3f77 153d 7703 3f0f 1739 3f01 1b57
LL_SRM 6:72000 430b 0f3f 170b 1f19 030b 690f 4d1b 014f 0d09 010f 0113 1f0f 230d 0f2b 4507 5703
LL_SRM 6:72016 7b07 4d7f 4f29 4d27 190d 4f7d 210b 237f 0105 6b07 055b 0549 4b2b 2313 2d7b 0f33
LL_SRM 6:72032 577b 070b 475f 2963 372b 3d1d 5d63 2b03 3135 0b0b 6b77 210f 2f69 1f09 4d47 0f07
LL_SRM 6:72048 673f 4f45 7b3b 6707 7165 016f 2f4f 3165 7d3f 2743 7d7d 6f73 6f7d 2d03 1f0b 3f2f
LL_SRM 6:72064 4321 4b4d 4571 2d05 174d 172f 7155 4d69 2371 3d2f 0749 4f4d 1113 0d4d 0121 1305
LL_SRM 6:72080 137f 315d 1343 5717 3d69 3149 7113 2131 0979 3561 5d15 057f 3f59 5377 4121 0b1d
LL_SRM 6:72096 7b39 7361 5b33 2705 1d25 3363 0d17 7945 3927 5b21 3959 2d69 7377 337b 077f 4f47
LL_SRM 6:72112 6731 657f 6b77 3d55 6f69 2333 1f6f 3953 5b77 6363 5f29 3169 5759 5733 755f 3b43
LL_SRM 6:72128 2115 315b 1119 172f 4359 6167 7963 6b57 3341 3f31 7d59 3171 6d01 652b 3523 7747
LL_SRM 6:72144 6901 7b55 4d6d 7339 0935 7f57 1539 336b 5141 7963 1933 6d4d 4349 792b 5d65 0561
LL_SRM 6:72160 4b15 510f 5977 7565 1953 3b47 553f 1b51 1b7f 7567 137d 4331 453b 4f01 6553 1757
LL_SRM 6:72176 5575 252d 7535 2b19 2365 792b 7d79 3d69 170f 174f 7375 3d65 4b71 234f 454d 7741
LL_SRM 6:72192 112f 315f 390d 3b6b 0109 4f6f 0b05 4b47 4511 2b7f 0127 290b 0f23 416d 0b1f 4721
LL_SRM 6:72208 1f63 217d 291d 2337 0127 0559 2d29 176d 1b05 092f 1b25 0b2d 5b19 2147 0103 1563
LL_SRM 6:72224 1d25 6f07 592f 7331 695d 4f5f 7f4d 4743 0b5b 5709 7957 2f01 1f4b 010b 7d0f 1305
LL_SRM 6:72240 1f2f 7f3d 133d 4b29 5d4f 4b4d 2779 3729 0d4f 170b 1f77 4917 6d1f 7f09 7f1b 5f05
LL_SRM 6:72256 0b41 656f 5b23 6b05 7907 1f17 2307 4179 6b01 0117 6929 3d6b 0947 053f 4d31 2f67
LL_SRM 6:72272 2b69 6d6b 2557 0743 0931 111d 0d05 3559 0325 0767 1909 0d7b 2769 1317 452d 353b
LL_SRM 6:72288 212f 2f19 473f 5f63 2f7d 1329 4d47 1103 0f03 312d 4f7f 7d0d 7357 0d29 755d 4f07
LL_SRM 6:72304 5d3f 5771 3f63 1741 2b4f 3f55 7f67 0111 537f 2323 777f 1707 7f5f 090f 4f6f 476f
LL_SRM 6:72320 4953 717f 5319 5545 1531 5d79 6753 356b 7129 5551 3531 7171 3573 6b73 017d 2133
LL_SRM 6:72336 7955 5143 0b61 0755 531b 5567 7723 4135 1321 3155 052f 6b61 7109 3141 4715 617f
LL_SRM 6:72352 0b69 4313 4735 7d61 3779 5d2b 1d01 3345 6b75 3f2d 4961 7915 6d71 353f 7b5b 6715
LL_SRM 6:72368 777d 3d79 7f67 1f01 0f3f 4153 617f 2951 5f67 5d21 414b 7b19 3979 2951 672d 5b4b
LL_SRM 6:72384 4951 5121 4d11 4565 0561 517b 1359 0165 4347 4559 1535 7941 615d 4b3b 4d09 4511
LL_SRM 6:72400 316b 0367 432b 5f2d 0157 3571 3321 557b 0d31 3733 0121 1b7b 3361 1b7b 2103 7335
LL_SRM 6:72416 7d13 4f55 3f71 6d41 7d55 4f33 7377 5541 5b7d 2121 7751 215d 633f 6127 737f 5111
LL_SRM 6:72432 7f3b 1f63 5d77 6503 5979 7d09 3933 4b25 6979 5529 617d 6311 3b77 7f51 7f7b 5111
LL_SRM 6:72448 0907 6d39 410d 4141 6f01 1f45 4f05 3f45 410f 1f7f 4703 7f0d 4d29 37f5 7305 2b27
LL_SRM 6:72464 1f25 4741 4d79 194d 1b75 2d3f 213f 2d77 0f27 4977 254f 197d 6759 017f 5d49 0371
LL_SRM 6:72480 3f77 4f2f 5f27 6711 092d 0f6f 3f0b 1303 5f7f 4d23 1d6b 7f11 5d43 4709 7f69 0b09
LL_SRM 6:72496 7929 7109 3b5d 0b27 2769 3b1f 372d 670d 7d6f 2b0b 5f07 3f0d 4d4f 1f0b 514f 2357
LL_SRM 6:72512 0d2f 6d73 0705 0f65 4161 6d6b 1f5d 0b29 4315 2f31 1149 4531 0d67 474f 0715 3f2f
LL_SRM 6:72528 5f19 5b69 4b0b 7765 216b 3365 0d13 6377 230f 0757 470b 2f5f 0339 1559 452f 1f3f
LL_SRM 6:72544 3723 5d67 2b63 3f79 315d 0f21 517f 6d29 0f2f 4303 3f1f 6d03 656d 0945 2d1d 1f19
LL_SRM 6:72560 2353 372f 0f53 0b43 2b3b 0f1d 4f6f 4523 2f1f 1f69 597d 0f25 4f1b 654f 6b3f 6d19
LL_SRM 6:72576 3703 156d 3121 0b2f 7331 2b5d 0b51 5351 6963 0d69 2751 6309 7d01 2b2f 7555 4179
LL_SRM 6:72592 011b 6963 195f 776b 0f0b 795d 4d5b 2933 1179 2577 1125 515b 2f49 3319 3301 0b39
LL_SRM 6:72608 4757 336b 7971 7111 2f71 3f31 716d 7929 6f5f 7533 377f 3969 7d69 4335 531d 2941
LL_SRM 6:72624 697d 7969 5357 7d13 6f4b 7b75 6751 5931 0d51 7931 3955 1971 357b 7d35 3559 2525
LL_SRM 6:72640 0f71 417f 0973 7905 5135 691d 6d05 2515 0577 1977 0737 6921 334f 016b 1b07 2d7d
LL_SRM 6:72656 6505 097b 196d 4f6f 5521 695b 1547 317b 0723 715f 5161 4325 3923 677b 2157 1919
LL_SRM 6:72672 3373 753b 6f1d 597f 7571 3933 1d77 472b 4571 1517 595b 1903 3329 3759 4d4d 7d61
LL_SRM 6:72688 3363 5773 6f29 3119 553d 4f1d 6d7b 0f61 6703 7d09 5f4d 3d61 6b53 737b 7731 7d5b
LL_SRM 6:72704 430f 6f33 7d29 0765 0f09 0f17 550f 1739 3935 696b 2d2b 750f 0b1d 5d7f 1911 1b3d
LL_SRM 6:72720 010b 0533 070d 074f 1937 4127 0507 2d37 4707 231d 214b 413f 0f23 054f 030b 6d5f
LL_SRM 6:72736 2f47 1f2b 7b0d 0b0d 472b 6f0b 5b6f 2d03 273f 5d29 516f 7b27 0f2b 1d0f 3945 150d
LL_SRM 6:72752 3f29 070f 0d33 1d51 4f5d 650f 1f2b 5f51 0f5f 4d0d 1b5f 2f0d 5f7f 3917 7745 4d0d
LL_SRM 6:72768 032d 0f0b 1307 0521 4b27 0323 4347 1b2f 3947 630f 0b05 4569 431b 3d0b 6149 6b25
LL_SRM 6:72784 291b 051d 071f 0f29 0d69 1f2d 5723 5f3b 2915 1321 7b17 0b0f 3d07 0911 0d27 057d
LL_SRM 6:72800 6f6f 7943 4f4f 4709 2d5d 2f15 6b23 3d01 1b0f 0b03 3f65 6b4d 3f2f 113f 6f37 6b03
LL_SRM 6:72816 3d4d 593b 0d47 3d11 7377 3f4d 2d3f 3b2b 6967 3b55 2f27 1b4d 6705 3f6b 5f2f 5f1b
LL_SRM 6:72832 037b 7339 4565 6569 4149 6d6b 2309 4901 2945 2b0f 0341 3d6b 6371 0351 134d 1511
LL_SRM 6:72848 1f37 0725 1349 5571 6b61 7943 0339 0b6b 136f 7133 6f71 415f 2575 2b73 0355 5939
LL_SRM 6:72864 4f79 3921 7721 7705 0371 793b 2d39 7b73 575f 5b4f 256b 5d21 6d65 4b29 7f7d 1535
LL_SRM 6:72880 4577 2129 557d 736f 7d6f 3b21 3373 3b31 4f01 391d 517f 790d 3f7b 5541 717b 7523
LL_SRM 6:72896 1541 4d39 5151 3347 6331 736f 3301 7961 2173 0573 4d6b 1149 1131 491d 2147 794f
LL_SRM 6:72912 2161 5321 294d 233f 4111 4129 6d01 4b25 611d 3567 5523 5d09 7315 6173 495d 717b
LL_SRM 6:72928 7b55 3b2b 2973 3141 7f73 7315 613b 5d27 1b73 7121 2b69 6925 0761 1567 393b 7d1d
LL_SRM 6:72944 7f79 111f 7577 7971 376b 551d 5f79 4f3d 1751 3357 217f 1775 7f63 1d75 4141 6109
LL_SRM 6:72960 4f13 415f 6755 6d69 3b3f 7f3b 2909 194f 3b0d 0167 2f5b 0b3d 0943 296b 5d01 170d
LL_SRM 6:72976 6309 6b0d 6909 0325 3b4f 3339 070f 012f 7d03 0d13 5175 056d 2733 5527 0141 095b
LL_SRM 6:72992 1b07 2d4f 1f6f 554d 071b 430f 6f1b 3f05 5f4f 2955 295d 5d55 4d37 7721 0719 7b55
LL_SRM 6:73008 0d7f 4f0f 5f6b 4d1f 3b3f 0929 235d 2f57 3163 5f5f 632d 5f0b 617d 2d2b 3b29 0d27
LL_SRM 6:73024 5903 4b2f 0309 0b05 130b 2d1b 1f03 375b 050f 1317 2f63 335b 594f 5b1f 116b 113d
LL_SRM 6:73040 1d05 097b 2529 3d45 4b3d 4731 4f47 3343 2103 217f 2d0d 610d 0709 0b3f 3901 092f
LL_SRM 6:73056 3f5f 473f 411d 236d 2f5f 292f 0b3f 1b25 2f6f 4f2d 7377 0d0b 756f 5d07 756f 6b4f
LL_SRM 6:73072 291f 0d6f 775f 4505 7b23 5b07 1b43 0f57 654f 2129 4d43 3b5f 6507 0729 3b3b 6513
LL_SRM 6:73088 2d29 331d 553f 7775 4953 554d 5373 311f 6975 6d37 4111 5367 613b 4355 2163 4b3d
LL_SRM 6:73104 1521 416b 0119 6573 292d 2163 3d51 215b 4341 7d1d 5d0f 5179 3111 1171 2171 1171
LL_SRM 6:73120 015f 736f 7531 7931 735d 1521 3969 4367 2b75 1d57 6357 5d35 7f6f 337d 7d59 7321
LL_SRM 6:73136 7d75 5d55 4945 4123 4545 092f 6f45 555f 372d 3529 3753 7953 5303 2737 7775 7743
LL_SRM 6:73152 0119 356d 4709 5149 6b03 636d 1749 2d35 2b41 2757 4337 0769 7523 431d 0b21 5b75
LL_SRM 6:73168 0339 6f6b 332d 5377 2901 2935 0715 3553 0761 555b 037b 6d37 0761 1325 0b49 4d77
LL_SRM 6:73184 4b45 5937 7761 7f05 396b 450b 117f 497f 5b5f 2121 7b7f 4117 1379 1f63 3951 5361
LL_SRM 6:73200 2f7d 6561 6159 2549 0b2f 7d21 3375 1b19 293f 6921 012f 3761 6f5d 3d51 535b 7343
LL_SRM 6:73216 253b 5f27 155f 0b2b 4901 1f0b 0305 050f 356d 2577 075f 2313 0b43 0f4b 4b11 270b
LL_SRM 6:73232 2305 6d37 0b27 2729 7101 3163 2b3f 090f 1b29 4d1d 7d1f 2f6f 5b03 1d43 5127 1b07
LL_SRM 6:73248 311d 4337 3f0f 3b79 136f 5d2f 3f49 4b1d 2f0f 1373 795f 2307 5b6f 672d 4977 3f43
LL_SRM 6:73264 6b45 5321 4d4f 7f1b 6b39 2d63 7f1b 3323 5f03 6959 4d6f 3721 0d5f 150b 7f1f 4b63
LL_SRM 6:73280 050f 452f 710f 4f4b 3d2f 454f 455f 0151 0175 051f 4f2d 0d6d 536d 2b65 0d49 430f
LL_SRM 6:73296 612f 073b 4f13 792f 0f1f 6d1d 274f 473f 0d77 053d 5903 0f2f 091d 431f 4d05 4747
LL_SRM 6:73312 3d47 254f 110f 3343 4f1b 594b 7b67 5705 3b77 3b69 7f2f 3337 2917 6f37 070f 2f39
LL_SRM 6:73328 0d4b 7903 5f7f 3707 7f4d 3f1d 3b4f 1529 577f 2945 0f6d 150b 7d1d 432d 4b6d 6b1b
LL_SRM 6:73344 1575 3d53 1931 6f65 0911 0163 7531 0923 2315 397b 1111 5359 5911 450f 2b45 1127
LL_SRM 6:73360 1b15 196d 7371 2723 0167 6767 3539 576b 4759 0151 6315 412d 4931 3b1d 1165 5f45
LL_SRM 6:73376 7f7f 3d79 572f 5725 6d3d 1d63 6f77 7d11 752f 2d21 7b7d 6931 2173 3f41 6163 0743
LL_SRM 6:73392 2155 6d6d 4d15 3107 3d73 5363 537f 3b01 1b75 675b 1313 2d1f 5f29 7771 6357 334d
LL_SRM 6:73408 7709 0d35 7151 4745 5171 230b 4921 697d 0979 2d6f 1b31 2765 0541 7b07 0131 1351
LL_SRM 6:73424 7125 012b 7121 2f7d 1967 7773 6b31 2b09 4905 5153 3945 4b3b 1335 2b73 3131 615d
LL_SRM 6:73440 0533 7719 5777 7f01 4d31 797b 4f7b 5313 5955 632b 395b 3921 7727 3901 5b17 7d71
LL_SRM 6:73456 5739 7b41 5379 5931 3d79 7345 7503 2721 6965 5511 6b63 6b41 3175 7551 1d69 7521
LL_SRM 6:73472 3747 0d2f 0747 0d45 233b 5d5b 497d 6115 0311 597f 0107 5f3d 6503 730f 0f1d 632f
LL_SRM 6:73488 2b07 092f 0d45 0d73 5f2d 5b3b 214b 0f29 2b4d 5f2f 0f01 0d1f 1f4b 0553 330f 1515
LL_SRM 6:73504 4d53 5b2b 771f 5f05 073f 7b2f 7503 170b 531f 5b47 7f6d 1f15 6b73 452b 1d47 4f03
LL_SRM 6:73520 756d 0715 531d 4739 3d47 532f 4f5d 235f 677f 090f 575f 571b 5f77 775b 7f0f 1721
LL_SRM 6:73536 2d69 312f 4113 5b43 477d 1f37 3b03 0941 370d 376f 4b35 3f23 7123 0f6f 4b4d 533b
LL_SRM 6:73552 3b6b 716b 010b 0f6f 6b15 0513 4b1d 1717 5f57 070b 0f03 0b2b 0b01 3123 1767 3b01
LL_SRM 6:73568 7f3f 2f7d 1f57 250b 770b 2969 7f6d 3f0d 4723 4b6f 0f55 5f69 2b0f 2307 076f 6f0d
LL_SRM 6:73584 3319 2f0b 3f6d 1953 2b7d 312f 075f 0d1f 631d 0945 4747 671d 793f 1703 297d 1555
LL_SRM 6:73600 2901 5b67 7931 1903 5125 696d 6d5d 716f 6d63 0567 0171 5131 6759 1b3d 4511 1771
LL_SRM 6:73616 3121 5971 2b21 5571 1d05 6f47 7125 2155 4d31 6141 2143 096d 0155 631b 2161 6105
LL_SRM 6:73632 5375 1d4f 7939 4b19 3963 3d4f 713d 7f4d 674f 392b 7f17 7d11 634f 670b 3b6f 3317
LL_SRM 6:73648 2361 5147 2b77 5915 4d7b 0f65 7f3f 7b61 4561 4d1b 5955 3b01 7775 3f03 6379 6569
LL_SRM 6:73664 0521 7165 3543 4d65 2361 4b31 7111 7f51 2151 6999 3311 150b 312b 5569 5505 4359
LL_SRM 6:73680 4125 6373 3349 7509 1159 652b 7b75 7117 1b75 0f6d 3561 4105 6701 7d75 0d4f 5171
LL_SRM 6:73696 5d4b 5929 2779 0745 1f1d 7947 3f53 4505 7979 612f 1b71 7151 4127 371d 7571 6121
LL_SRM 6:73712 7707 395f 713f 4527 7577 5b6d 777f 7351 5f2d 134b 3f37 691d 576d 4963 7165 5311
LL_SRM 6:73728 1f51 5109 7341 051d 2115 190d 2351 2b71 5339 2775 0141 6569 070b 7d55 6305 4157
LL_SRM 6:73744 2f79 3179 2523 155d 1947 650d 2315 392d 1171 596b 6545 677b 2901 4d49 0151 3149
LL_SRM 6:73760 7953 2371 2913 6941 776f 6779 654f 4731 6579 7975 5f67 7d11 3d7b 7371 5d7f 6317
LL_SRM 6:73776 3369 5135 5f2b 7535 772b 516f 1771 3761 5f4d 6755 6b3d 5d37 073d 3f05 237d 656d
LL_SRM 6:73792 752d 3979 1369 776b 4571 3175 1f71 6371 4919 5f29 2571 2977 035b 4979 3957 4513
LL_SRM 6:73808 6101 0345 3b15 1769 4905 7151 2121 6171 1b25 1f41 0931 3163 5105 6535 3561 2941
LL_SRM 6:73824 7b6f 3b43 7979 7921 7177 7335 5737 1f09 7923 7b21 3775 3343 2f31 0579 7f57 730d
LL_SRM 6:73840 7775 6569 7323 0f77 4d1f 0167 311d 4371 735b 5f71 3b75 6f43 1b71 1167 3b6b 7f33
LL_SRM 6:73856 2d1d 332b 6b2f 6927 2519 070f 6b07 614d 4349 157f 2f4d 2f15 1d09 0b4d 030d 0d5f
LL_SRM 6:73872 0d07 6117 437b 691f 3311 731f 2f77 3117 4701 0d77 412b 0117 112f 6d7d 4d01 0f0f
LL_SRM 6:73888 3f47 717d 3145 2b43 0f4b 0109 2d19 7701 6d2d 5703 2b6b 2d57 135f 1753 471b 192f
LL_SRM 6:73904 5b2f 1317 7f2f 2d4f 777d 7173 756f 290f 054f 1f13 3f4f 4f4f 172b 530f 6357 092f
LL_SRM 6:73920 4b03 5107 0135 697f 091b 3949 6311 191b 272d 0b1b 615b 471b 0f05 234d 110d 1f4f
LL_SRM 6:73936 4f3d 0d7f 0f11 0575 0b67 0373 3d29 0545 0b21 1533 1d47 435d 0d7b 590f 0705 1f07
LL_SRM 6:73952 3b07 152b 1d3d 3349 7d4d 7147 3b4f 4b5d 775d 0307 556f 0f4f 333d 090b 373f 6573
LL_SRM 6:73968 6f29 6761 5f67 0501 1d55 4741 1f39 6501 775f 154f 2d27 0919 331f 3909 2f7f 5323
LL_SRM 6:73984 2547 412d 075b 0305 3339 1123 3561 672f 0141 432f 4903 0571 0553 7177 1b63 652b
LL_SRM 6:74000 0b01 2575 4b51 451b 0903 0777 013d 3935 494b 3571 4129 7507 6503 277b 5105 4959
LL_SRM 6:74016 6573 552f 777f 7701 5771 2f63 1761 1d49 197f 754d 7313 7523 7333 173b 1f15 7f11
LL_SRM 6:74032 6d53 7f69 010d 6f47 3b31 1f45 236d 251b 3555 3d41 2d6d 7f31 6767 735d 7709 3f65
LL_SRM 6:74048 275d 4123 1b11 5165 6121 035f 3d05 6533 7101 4933 313d 2b47 5103 634b 251b 634f
LL_SRM 6:74064 7931 7175 2b41 2b79 7105 7937 0915 0779 1911 7b7d 2169 317d 2501 7931 0359 2943
LL_SRM 6:74080 1d7f 6f0d 7333 2775 5365 6f0b 5d7b 4d0d 3961 236d 7575 4367 7761 7939 751f 6965
LL_SRM 6:74096 7939 7b37 6d77 0f73 7579 0371 3f0f 7331 5b79 4379 6d19 7925 573d 7365 6937 6319
LL_SRM 6:74112 572f 1f77 0115 1b1d 4d27 152f 115b 4525 170d 3167 091b 2b4f 490d 4f2f 173d 4b0f
LL_SRM 6:74128 0d23 132f 2561 412f 6333 0d59 1105 6d61 7d21 710f 090f 3d75 1b03 2557 394d 1729
LL_SRM 6:74144 3b7d 553f 436f 0505 1725 3b35 036f 4f6d 231f 5f4d 2f7f 2f0d 671f 2f1d 177f 1111
LL_SRM 6:74160 6d4f 6f07 2f67 6519 4d0f 2b05 1d4f 6749 6f1d 4f71 573f 2307 771d 5509 352d 1d59
LL_SRM 6:74176 2b29 6d3f 1b2b 2b0b 1d03 656f 0b49 1f0f 1b4b 494b 1521 0f65 0b03 2f0f 0f21 694d
LL_SRM 6:74192 5f05 0b2f 2d41 2f21 4517 3d7f 053b 5d0f 4967 5915 093d 4f1f 0137 4577 0325 0d0f
LL_SRM 6:74208 2d69 1d0b 4f71 0511 0f5b 4d0b 553b 1d41 796f 0351 6f45 0b0d 7d27 0747 4931 2f05
LL_SRM 6:74224 5b4f 1f19 6f7f 271b 5d7f 7f57 597f 7741 2f1f 373b 6d0d 7719 1f27 6d63 570f 4f27
LL_SRM 6:74240 0351 393d 2d73 3957 0141 350b 1951 2319 5119 5569 2951 074d 6949 313b 5f43 2565
LL_SRM 6:74256 4f71 0f61 6905 0d0b 6901 4d3d 114f 4d47 2f03 7579 6109 2f21 5961 4133 1921 0d61
LL_SRM 6:74272 455f 5339 7f71 392b 5d35 6b75 5f73 4953 2551 4735 3775 1133 715d 795d 7b2d 7d01
LL_SRM 6:74288 7513 3333 237d 4705 0f71 735b 7119 6949 6977 6925 6b55 3f09 677d 7529 1b37 2d13
LL_SRM 6:74304 577d 412f 7751 335d 0143 2141 1101 5767 772d 6533 6561 3d63 210b 416f 0959 0571
LL_SRM 6:74320 4f33 577d 3171 1579 2557 6367 6741 2d19 6367 1165 2109 7171 2931 430f 3141 0763
LL_SRM 6:74336 175d 7f65 7541 2d77 437d 6909 7f6f 1571 6571 7325 4971 7147 7577 132b 4b57 3901
LL_SRM 6:74352 7f7f 4327 5d63 4f61 017f 6b39 3f25 1d41 7b77 3b25 7541 6129 7337 1b03 1f79 7b6d
LL_SRM 6:74368 4b23 014f 5d03 053f 030f 752f 511d 0b2d 055f 054f 2b0b 350f 532b 0b37 1b09 6737
LL_SRM 6:74384 2103 230f 6917 7d27 4553 372d 1101 112b 6557 4f09 090b 5b45 031b 2735 0f0f 0b1d
LL_SRM 6:74400 077f 0927 0d6f 250f 191b 053f 1f0d 792f 0b1f 7735 1b4f 7129 211f 2f07 4d3b 0b07
LL_SRM 6:74416 4b6f 1711 0f0f 0135 6b0d 2f0f 331f 2d7b 650f 0b01 0925 3555 6b6b 5d0b 6f4b 4b17
LL_SRM 6:74432 416b 4b67 175d 6f0d 252f 414d 6721 5d59 5b0b 373d 2f03 1d4f 0b17 310b 4967 030f
LL_SRM 6:74448 0323 0347 2303 1b63 1d43 2921 4737 192d 1365 2f37 450b 5947 2d4d 7d09 0161 1d27
LL_SRM 6:74464 5b6f 432b 731f 1b0b 6f1d 7f0f 5d1f 2117 533d 2b39 4f4b 6b0d 0973 0d0f 770b 2925
LL_SRM 6:74480 7949 576d 772d 2f5b 3d43 3b03 5f5f 172b 2517 6d5d 3765 7f75 352f 7f53 2d15 5d2f
LL_SRM 6:74496 1305 1b27 3d03 2d55 4511 6567 710b 0171 7351 3d67 5105 113d 6709 713b 3d61 496b
LL_SRM 6:74512 6311 4159 1331 0365 5109 1955 6157 7b73 7751 7333 5761 552f 1723 1179 4b01 015d
LL_SRM 6:74528 7d79 3567 3357 5301 6b63 5b2d 0f2b 2569 3575 2f21 713d 596d 5371 192b 6361 7d59
LL_SRM 6:74544 7963 7757 492d 3125 3953 7115 3975 0161 4579 7709 652d 797b 7171 376d 293b 1565
LL_SRM 6:74560 4151 3b33 7115 0b79 4161 2b11 1d43 2145 5567 3579 2101 013d 6561 1151 3931 3339
LL_SRM 6:74576 5555 7153 6129 6b19 2541 2921 4153 514b 7701 2101 216f 3345 491d 7169 3b21 4d27
LL_SRM 6:74592 2f7f 7349 233d 717f 757f 7f39 757b 1d49 797f 012f 3d61 5f41 5771 3945 715f 6933
LL_SRM 6:74608 6979 7551 7375 7141 655f 3921 6d6b 6155 415b 5949 312b 375f 7b57 1b23 5b41 634b
LL_SRM 6:74624 1703 071b 254b 2537 6909 795f 0b2d 2b07 211d 0f4f 1d45 7b07 1d3d 4b7b 0b0f 034b
LL_SRM 6:74640 0915 6967 2f09 271b 434d 231d 6f0b 4507 4d21 273b 0351 7d17 0901 7929 251d 5343
LL_SRM 6:74656 1d1f 152b 6f2f 6d21 1f7d 3f29 651f 7149 776f 1f7b 434d 6111 6b25 4103 6f4f 4741
LL_SRM 6:74672 6947 596b 5b5d 5343 6b0f 2737 2d27 5f0b 7f73 1565 2d17 6349 6367 4d0f 6f79 656d
LL_SRM 6:74688 2d0f 252f 0509 377b 0b43 0d67 2719 4315 0b2f 5d5f 4f19 056f 010b 4177 1121 4f5f
LL_SRM 6:74704 076d 4d7b 4355 1335 1369 0f0f 1b11 596f 3d45 0309 1b0b 2b5d 072b 1b4f 6103 6f01
LL_SRM 6:74720 734f 0d37 5f3b 2b4b 4b05 0d4b 1f03 7b49 271f 490f 3b0b 2125 5b2f 630b 194f 5f09
LL_SRM 6:74736 0b7f 3349 6d5d 1705 1f3d 2925 5f6b 4979 357f 6f63 275f 4f4f 3b39 771f 712f 670f
LL_SRM 6:74752 435d 0575 4b47 796b 3551 3b47 3931 1561 3109 0735 2133 3351 1515 6719 2559 110d
LL_SRM 6:74768 1145 157b 1571 672b 7913 5d59 5171 1d7b 595b 050f 391d 517b 1965 7971 5541 656b
LL_SRM 6:74784 6f37 3161 6b71 7371 3d39 3d13 2949 6733 1731 694d 254f 7b11 715b 0941 7377 7d03
LL_SRM 6:74800 337d 7535 3d75 4f2d 7f5b 4539 6177 7d09 394d 4f11 3379 6b17 2331 4529 7379 7553
LL_SRM 6:74816 2713 412b 6b31 3571 273f 2337 0161 151b 6109 4777 3151 657f 2149 1765 1903 4779
LL_SRM 6:74832 2d55 0319 0941 4131 655f 796f 393b 1b37 3141 4167 6129 0159 3151 0913 2901 797d
LL_SRM 6:74848 2375 3779 017f 6947 675b 3f39 7937 4725 3f69 3973 7173 216b 7135 7d47 3f33 157b
LL_SRM 6:74864 5f7b 3b39 5b11 711d 6d73 6d7f 3f7f 0551 3b6f 7b3f 577b 1379 5f6b 4925 4773 3325
LL_SRM 6:74880 470d 690f 0133 2d7f 6123 571b 4903 4507 0705 4137 6d01 0f17 0d03 0d29 5b0f 6b2b
LL_SRM 6:74896 490d 7f5f 0b41 5727 0d19 0747 6b4b 0979 0f2b 297f 2d01 3f01 0f6f 351f 050f 2d49
LL_SRM 6:74912 1f2f 7b01 6921 2d07 410f 1d2d 0f0f 3f45 7f5b 735d 1d5f 1f09 191f 190d 4f1b 0143
LL_SRM 6:74928 433b 2f1f 752f 070b 535f 0301 491f 1d2b 3b3f 190b 7f3b 2d0f 1b6f 2b09 5f77 2511
LL_SRM 6:74944 1547 1929 5505 294d 0f07 4923 6927 175b 1777 2f6b 4b45 251b 054b 1d71 054b 155b
LL_SRM 6:74960 4921 2b0f 1d0f 033f 1315 4f15 0735 737f 411d 4b0f 0313 7f0f 1105 036d 5d2b 5f1b
LL_SRM 6:74976 3b07 652b 172f 694d 0f2d 1947 4977 1f07 6357 077d 7b4f 050b 276f 3d3f 6b4b 1d03
LL_SRM 6:74992 3f3f 394f 7b67 2969 3113 3909 5f7b 0f4b 4f65 0305 775f 2b07 1503 3f2b 273d 075b
LL_SRM 6:75008 0947 2917 2133 693d 4709 5d7f 1b19 133f 1d21 5565 1141 316b 4179 152f 4161 6f49
LL_SRM 6:75024 5531 5f35 6119 7d37 417d 2175 517b 136d 572f 2933 1145 1555 5121 1133 7365 0127
LL_SRM 6:75040 5f79 5515 2771 1b31 6d71 232f 1f21 3315 7b11 7d35 557f 3b31 7b1f 4719 7f39 7533
LL_SRM 6:75056 135f 4d41 7777 0b31 7545 3761 697f 4777 7b77 7b61 297f 7d57 6169 6f23 7703 5d3d
LL_SRM 6:75072 3345 1925 431b 2d53 0961 7115 6361 017f 434b 4567 6901 2761 1327 5931 7149 0d15
LL_SRM 6:75088 3173 2f73 5b33 7361 234b 6351 4563 057f 0701 757d 4123 5f67 5535 2931 5319 2551
LL_SRM 6:75104 1f3b 3d61 732d 7f11 615d 7131 6d71 5771 177b 3d39 7753 7b21 5571 7b0b 7b63 6971
LL_SRM 6:75120 5171 7f2d 3f4b 1521 5b51 2d75 2911 6b61 6971 2919 436d 2f73 3d73 092b 6d7f 6f55
LL_SRM 6:75136 430d 2f27 2b45 490d 4305 252f 4f5d 214b 0927 1515 5105 6b39 092d 6717 6143 336b
LL_SRM 6:75152 1b09 633f 510b 1515 1f5b 412f 473d 5d5d 4d09 237d 4177 137d 033b 790b 7513 210d
LL_SRM 6:75168 151f 4167 7f5b 2f4f 2777 1503 6b17 0d19 3b3b 1575 170f 6f0b 7f4d 7d17 2f4f 6741
LL_SRM 6:75184 094d 1911 4d3f 1529 6f33 0f05 7f6b 7f07 554f 2709 3d0f 6f05 6b7b 2d3b 6b0f 6f29
LL_SRM 6:75200 2929 4f27 3b25 0703 4309 0b23 230d 6b6d 095b 516f 7509 5109 0715 0d7b 0d11 275f
LL_SRM 6:75216 451d 6b1d 271d 4f1f 0b41 070f 0b47 254f 054b 550d 5107 7b4f 0d01 2b49 2b2b 5b3b
LL_SRM 6:75232 3109 4f05 3333 0113 397f 0f2f 7d2f 0b3b 2f3f 032f 6b0b 5d01 1d4f 6d1f 392d 0f03
LL_SRM 6:75248 5777 0d27 397f 6b43 114f 0f2f 1d6f 0d35 0f0f 237b 6f3f 3757 754f 3b61 357f 1d0f
LL_SRM 6:75264 5513 1d6b 4143 595b 3517 752d 6327 6953 4135 6133 0301 5d77 4121 353d 132b 5b4b
LL_SRM 6:75280 6947 1577 5915 6b27 0153 497d 0919 636d 5907 6557 5953 7b6d 7363 0741 5b2d 4169
LL_SRM 6:75296 1359 690b 7f73 7333 6959 2521 5713 1339 393d 4f11 7773 3131 535d 7373 7d53 7f4d
LL_SRM 6:75312 7d67 151d 7d63 6531 3575 7757 7d2b 6d73 4357 656d 3153 2f73 4779 6d15 2d73 4d3d
LL_SRM 6:75328 2143 7d37 7157 0b45 3175 033f 6b5b 6571 5113 4921 4169 2d11 6367 5d75 0f51 4375
LL_SRM 6:75344 3141 4d27 7b0b 0361 0111 4379 5b31 3907 3105 6147 1931 1b37 057b 3967 2531 2d49
LL_SRM 6:75360 317d 3739 5f63 6577 5f7b 3931 7377 7513 5b43 754b 7f6f 532b 577d 4b33 5b4d 6901
LL_SRM 6:75376 7f71 5361 6f7d 7341 7f6b 7b79 3779 453f 7b5b 6b25 6577 6353 3f73 7f41 2179 3b55
LL_SRM 6:75392 5f57 3d0f 2f07 0d05 330d 5f6f 130f 2547 2553 5b33 012b 4907 3703 432d 615f 2f2d
LL_SRM 6:75408 5d05 0349 1933 312f 2f5b 3b7b 2713 0943 0313 6d77 2509 7b7b 2d27 7973 4523 177d
LL_SRM 6:75424 0f2d 150f 416f 5d2d 7737 5f17 7f09 6f21 6f1f 1b09 7d6b 4745 7f07 6f37 3d7f 770d
LL_SRM 6:75440 393b 2f47 2f1f 0f0b 473d 7545 7b69 232d 1f6f 7b07 092d 5f41 2b57 6707 4b2f 7f3d
LL_SRM 6:75456 4155 5b45 031f 214b 0531 2f27 2505 572b 496b 2315 2b43 3367 5b0b 0b5f 0965 0d6f
LL_SRM 6:75472 7157 530d 4123 6527 0d01 735f 0b71 7b25 1701 7973 390d 2b53 094f 3b27 0103 432f
LL_SRM 6:75488 4f25 1f2f 7f0f 076b 5f3f 3d07 6d67 1f31 3d7f 3549 257b 630d 2f7d 1337 4b33 3f71
LL_SRM 6:75504 7b5f 4b1f 614f 2f2d 332f 574d 7f0f 0f3f 2f39 194f 6d2f 1943 7f3d 6f2b 5f3d 5f4b
LL_SRM 6:75520 2535 317b 0379 7769 7125 2137 4b4d 2d43 4321 5359 3171 2b59 0d05 5d3f 2141 6561
LL_SRM 6:75536 3125 054f 6305 133d 0901 2959 5119 6d4f 151b 6b17 4159 1d11 3d79 2159 4527 4141
LL_SRM 6:75552 7349 4141 6f73 674d 0f67 3f29 5f6b 536b 310f 6f2b 316d 5161 7745 311d 6b3f 5765
LL_SRM 6:75568 0f7b 3545 793b 4557 7b77 735f 5761 7131 777b 576d 3f3d 2375 776b 5741 4b69 3b25
LL_SRM 6:75584 1379 4371 1335 056d 093d 7101 4539 3323 4b65 352f 5571 0f35 4943 3f7f 4f67 2943
LL_SRM 6:75600 3763 1921 3121 1d61 5179 3739 010d 2917 2509 452f 294d 2b6f 7935 6777 314b 0721
LL_SRM 6:75616 6d5b 0701 1b3b 0501 5d7b 1f29 397f 3915 5d39 5375 756d 736b 1377 7f11 2b73 6b01
LL_SRM 6:75632 5f7d 5b39 1f75 7579 5f3b 2955 3969 7f43 6575 1107 6947 2b73 5d67 7f55 4375 5369
LL_SRM 6:75648 010d 2f0f 0b0b 257f 2345 652f 6b2f 235f 6f2d 692d 3523 2347 2d37 0d59 1b7b 2167
LL_SRM 6:75664 753f 1727 4b21 330b 0b21 414d 5d37 394b 0913 172d 1f0f 4f4d 213b 270b 4b03 694d
LL_SRM 6:75680 6d6f 1f1b 490b 7d03 3b17 5d2b 4b0f 3b51 3379 5f3f 250b 7b05 1d6f 1f2f 0f47 2d03
LL_SRM 6:75696 3577 7b05 153f 2b47 493b 534b 3f09 0319 4d3d 4b45 4b2f 3509 1f5f 2d5b 3317 0527
LL_SRM 6:75712 2903 196b 3927 2567 1d7b 5763 4d0f 7925 230b 313f 2537 6b3d 070d 2711 5f1f 110f
LL_SRM 6:75728 2d01 455d 7561 136b 4103 5f0b 2927 470f 0509 7743 0143 0717 0b01 312f 034b 2503
LL_SRM 6:75744 6f31 275d 3f33 1767 155b 232d 710d 3b01 711b 7127 795f 0519 7d1d 5f0d 6f4d 0b19
LL_SRM 6:75760 733d 0717 672f 1929 370d 6f69 6715 2f2f 3d3f 2f63 5f6f 310b 593b 5137 1d45 0323
LL_SRM 6:75776 4101 054b 2951 5f45 7131 0375 3141 096b 7915 2163 1101 6551 7975 7301 3961 3373
LL_SRM 6:75792 1943 571d 6311 7f7b 0177 2949 0923 3571 5329 5959 0501 4379 6961 1717 6115 2557
LL_SRM 6:75808 3d7b 1967 1b67 7751 7f71 2321 7579 5977 1b7d ad01 1357 6923 637f 3f77 7d6f 3b67
LL_SRM 6:75824 7d5d 4959 657b 0d61 775f 6f31 3b73 6b25 5355 7931 7715 7729 677d 7579 5b39 1f61
LL_SRM 6:75840 0755 7153 1121 7153 4533 0533 3179 413b 0d47 4d37 1111 3d6d 2119 337b 3115 4d53
LL_SRM 6:75856 1779 314b 5101 5179 2543 2729 2b79 037b 0535 113b 5151 336f 1945 2929 2173 2973
LL_SRM 6:75872 3f3f 2551 7f7f 0d69 3363 5d07 7d79 134f 657b 7923 3b7b 6539 017d 3b71 197f 1523
LL_SRM 6:75888 7d67 7771 7b6d 290b 7739 3101 7f3d 3941 7d7f 5b67 7575 054f 2b73 1d0d 7717 6f2b
LL_SRM 6:75904 1f6f 2b7f 1125 2927 0d43 136f 431b 0b4f 4901 3b2d 3d4d 055f 3f2b 0b21 0307 0d1b
LL_SRM 6:75920 750f 0f1f 2139 492d 0163 3b3d 1577 7303 0521 1545 5101 7157 4137 4f5b 0757 570f
LL_SRM 6:75936 176d 6f27 5f0b 732f 755f 1747 117d 4549 0d2b 0f09 5d1d 0b7d 5f77 2f41 2b63 7747
LL_SRM 6:75952 2b1f 673b 2b0f 3f19 7b23 2d0f 0f4f 7529 1d39 0119 5915 574d 052d 075b 796b 4b63
LL_SRM 6:75968 3f45 5117 4f03 1d09 030f 4373 5d05 0f57 0f25 0713 2f4f 592b 650f 253f 0501 694d
LL_SRM 6:75984 1b3b 5f6b 0705 0d49 1b09 0d69 1b65 052d 4d29 095f 2f2f 2149 2123 074d 013d 050d
LL_SRM 6:76000 5f0b 3f01 375b 4d5f 0b6f 474b 6f7d 090b 537f 7937 5b1b 236d 2f2f 677d 1b5b 1513
LL_SRM 6:76016 6f7f 5741 7f37 3b21 2b6f 6f07 2f1d 6f07 136f 093f 3b3f 1d21 0f45 2d1b 2f13 5d7f
LL_SRM 6:76032 1131 7b75 2971 5b11 116b 452f 1d63 4755 2b25 517b 4917 6b15 5331 6145 0b33 3535
LL_SRM 6:76048 3959 6143 170d 4171 4903 3b31 5353 2173 5161 1745 0901 5f77 4975 2125 230b 7953
LL_SRM 6:76064 616f 6321 732f 2115 313f 3161 7977 6105 4711 6d0b 7b73 4521 5d75 7319 577f 7711
LL_SRM 6:76080 3b73 6f63 2b2b 7513 5367 315b 0571 1f63 5f7f 7323 7d35 6161 5773 0d77 4763 6d21
LL_SRM 6:76096 5165 093b 4721 5551 1931 7177 2159 3915 2739 3967 2705 272d 0915 6369 0747 4765
LL_SRM 6:76112 7369 6145 2131 5d77 0353 5f35 175f 5115 5113 5555 5937 617d 0173 7917 1131 013d
LL_SRM 6:76128 0d7d 5533 7349 1119 6737 6d51 7b71 1153 4b6f 096d 5b5d 5505 597f 3d6d 5d6d 7d2f
LL_SRM 6:76144 4b73 5f7f 035b 3713 653f 5115 7167 0905 797b 7f61 574f 6f6f 6539 3d71 517d 5f51
LL_SRM 6:76160 5f59 6329 3f49 3907 2705 5f13 0d4d 6f03 6305 2b7f 3b2f 230b 294f 3f05 4d55 2925
LL_SRM 6:76176 0547 234f 3903 253b 4555 774f 0d03 295f 174d 2f7f 2109 0b27 0319 3b21 6b07 1345
LL_SRM 6:76192 3f2f 552f 177f 4d03 3d4b 1d3b 2b6d 6301 7f63 3f09 4d2f 0713 175f 0727 7b0f 1f17
LL_SRM 6:76208 3f23 1549 5f13 4d0d 0b77 0903 1d6b 5131 0f4f 4f57 0f0f 1b03 0b1b 2941 3b1d 7367
LL_SRM 6:76224 4d59 6f17 233f 675d 5f4f 1d6f 0319 276b 4531 0917 4b23 2f59 432b 334f 4723 4333
LL_SRM 6:76240 3901 6f11 4105 6f3d 194d 3d23 2d05 7f77 7b2b 0957 052b 755d 6549 1d0f 2775 4b3f
LL_SRM 6:76256 473b 775f 5d05 2d57 2729 316f 6d75 1f75 0f27 6135 754d 6f17 4d2b 031b 6d4d 6909
LL_SRM 6:76272 3b1b 2f01 3137 5173 1d3f 4b2f 3347 112b 7f27 7561 4b3b 4921 5f6f 3f5d 1f49 0717
LL_SRM 6:76288 1919 657b 3177 7553 0155 3125 0107 415f 1131 3b73 1553 592d 3541 4b33 2941 5b5d
LL_SRM 6:76304 0133 0933 5563 2977 7975 6957 416f 432d 611d 5575 7111 1d77 1101 7369 6571 5145
LL_SRM 6:76320 796d 337d 395b 6941 357f 577b 7b69 7d05 6b57 4b2b 5f6d 3517 7375 6b29 7f55 5b51
LL_SRM 6:76336 5377 7979 5f19 2557 6775 2d17 7f53 3b51 2b3b 5541 7b51 0519 3d15 4349 7561 7353
LL_SRM 6:76352 7363 5b7d 4135 4901 3109 4321 2d51 6969 0931 516b 3511 517d 1b15 5d03 2123 3b61
LL_SRM 6:76368 4d19 334b 1941 6f65 3129 3979 5153 3507 3531 3b57 5919 7b49 5155 574f 4527 7369
LL_SRM 6:76384 7147 6d25 4f71 3519 0371 2b65 554b 1347 4b53 7143 6757 3b73 7169 1b09 3d79 0367
LL_SRM 6:76400 7779 5b69 6f5d 7f75 6963 2d47 316f 4979 5559 5b21 7177 5761 3b55 1d75 434f 7711
LL_SRM 6:76416 4905 590d 0309 0d11 4351 510f 7327 0f4d 2941 0f2b 0727 5925 3127 4b4f 0119 4f05
LL_SRM 6:76432 3d0d 0767 0b03 4b4d 4b01 131f 0761 0367 2325 4d7f 471f 0129 0111 4f1b 6d4f 1f59
LL_SRM 6:76448 5d0f 6b05 1f15 0347 7d2b 5701 732f 4f1f 7b77 270d 277f 1b0b 0f5f 636f 7f03 530d
LL_SRM 6:76464 7175 1b13 256f 254f 431b 490f 5f29 5713 277f 2d47 1d0d 5f2d 6b3f 294f 5f5d 0f5d
LL_SRM 6:76480 0319 3d33 0f0f 176d 110b 3f0b 432d 0967 7115 0f2f 4b05 2b2f 0945 7d49 2b19 5d21
LL_SRM 6:76496 0729 590f 2907 1971 412b 0b05 470f 0b5d 1d07 4d73 1927 3f1f 090b 590f 0f01 670b
LL_SRM 6:76512 0f0f 2733 7d05 3907 730f 632f 1d55 7f41 7d69 4b07 2163 2115 2b5b 4f0f 054f 1b03
LL_SRM 6:76528 350f 3505 6773 272f 235f 0b43 575d 7b77 2b0f 030b 5f15 1b33 5d4d 3b67 4f47 6b0f
LL_SRM 6:76544 1349 3169 1101 6961 432d 316f 3333 1763 0d19 517d 0901 5341 256b 716d 6115 295d
LL_SRM 6:76560 3131 617b 3d31 737f 4555 6d69 556f 3301 3d79 2777 5151 0771 6971 7901 0535 5d25
LL_SRM 6:76576 7d43 7b39 5f5b 6d05 5f1d 4121 697b 7125 7d65 7173 0953 7b0f 7f31 2d33 5373 7b17
LL_SRM 6:76592 2f75 330f 7955 7d29 5b67 1143 537d 6159 4f7b 2d3b 2937 1f33 7d75 7363 7b5f 7d7b
LL_SRM 6:76608 1561 6d65 4115 0b21 2115 253b 3137 6f33 4171 1f3b 6559 0b25 6365 653f 6159 1333
LL_SRM 6:76624 1727 1177 010d 7143 4141 7375 635b 351b 5155 6b71 7375 371d 0161 5543 0531 4179
LL_SRM 6:76640 5d13 3d3d 6563 613d 597b 3927 7f6d 7923 7951 1929 757d 6363 653f 5b23 3379 7551
LL_SRM 6:76656 597f 4d49 713b 6b21 733f 1d55 2577 515d 112b 7d5b 7737 3729 3b49 792d 2f33 594d
LL_SRM 6:76672 734f 694f 4969 4d47 0921 090f 3911 011f 5927 35cf 1b11 4d07 5f0f 634f 0167 0b73
LL_SRM 6:76688 0703 170d 6329 2d37 6145 072f 2d1d 1f47 2d03 1d69 0101 1d79 3923 6501 155b 013b
LL_SRM 6:76704 0d41 2f03 597f 0d43 1f77 597b 6f67 0155 3f73 3f09 0d27 1f0f 7f4f 1d47 3d5f 710b
LL_SRM 6:76720 4727 3945 772b 511b 7701 1f09 6f7f 4525 791d 4b0d 273f 494f 214f 0365 5b3d 5f3f
LL_SRM 6:76736 3519 013f 252f 0511 0d0f 2b3f 1143 212b 1b41 1f67 0d19 3713 4f0d 7947 3307 3d29
LL_SRM 6:76752 0517 4901 3313 3d6f 0b71 2925 4947 5d0f 2f23 5b09 0115 3903 112b 0b09 4d13 0343
LL_SRM 6:76768 432f 771d 736f 7351 6d47 072b 4f13 4735 717d 592f 336d 5d49 3f53 4f1f 5b1d 0149
LL_SRM 6:76784 532f 2d53 7b0b 035d 3f5f 4509 6d7b 4f5f 7d4f 4521 4d3d 3d2f 475d 4929 3f07 3d79
LL_SRM 6:76800 2949 390f 2717 1119 0151 112b 7329 134d 0165 137d 2105 432b 5901 0579 2553 4b59
LL_SRM 6:76816 036f 5d4f 0511 7975 0531 256d 7b0b 4345 3541 516f 7319 1355 0323 1331 0531 3139
LL_SRM 6:76832 7f75 3f09 4579 1939 7f33 3b25 7d3b 1505 7561 2737 7b4b 7f2d 2365 5b63 5b71 6303
LL_SRM 6:76848 5b73 573d 4b39 7d29 677f 7b11 237b 4521 713b 6b6b 5155 630d 6119 190b 757d 7911
LL_SRM 6:76864 410d 4d47 1753 7977 1d4b 097d 6979 411b 4521 4575 3523 4165 3169 7171 4163 2b5d
LL_SRM 6:76880 1925 232b 6929 1115 216b 316d 5171 7753 4137 3b49 7519 5731 3951 2357 5111 7b1d
LL_SRM 6:76896 7d61 1d77 615d 7343 757b 7379 6915 711b 7b73 1933 7155 7111 7979 0359 3551 3539
LL_SRM 6:76912 553b 2969 557b 5b73 5757 3f59 7f17 3b63 7b29 6549 351b 593b 796b 6747 5d65 6565
LL_SRM 6:76928 1509 050d 0f0d 0d4f 4d25 2b3f 0551 2f11 2b2f 2d0b 2369 610b 0b6b 251f 3d67 0b0f
LL_SRM 6:76944 2d13 7377 5b27 650b 0b07 4177 3503 3701 1339 316d 3907 172f 4907 1f5f 693f 350f
LL_SRM 6:76960 1d29 6f05 2f57 1743 1b7b 472b 7b4f 5709 3945 7b51 4f0f 236b 436f 5545 6b3d 0519
LL_SRM 6:76976 1b1f 6f53 2139 2711 7b2b 693f 6d5f 172f 676f 1709 0523 2b09 5159 7531 371f 712f
LL_SRM 6:76992 4907 017f 2b23 6b63 2749 130f 6901 0b6b 694b 2739 034f 4105 0f2b 5f5b 0d49 410b
LL_SRM 6:77008 2925 6f57 632d 2301 6915 4d0d 0d1d 7d2b 0d0b 215f 7905 173d 672b 3d3f 0109 0707
LL_SRM 6:77024 670b 3109 790d 5337 5745 0f41 3b53 1763 4f77 2501 4f27 1103 2f27 412d 1949 6d67
LL_SRM 6:77040 4f3f 5f07 3f4f 6d79 357f 6947 2f39 7923 4703 5f2d 0767 2527 7d47 6f5b 0b25 4f09
LL_SRM 6:77056 2541 1127 2767 5977 3533 6d7f 5973 3925 2d37 7379 2321 3933 7169 754d 1527 7173
LL_SRM 6:77072 2905 6131 0951 1965 3369 0773 7d61 316d 0335 5b77 151d 5335 6143 297b 2161 1575
LL_SRM 6:77088 2165 7523 7f55 0559 795b 1305 7f7d 0321 5939 136b 5b0b 2f11 5b3f 6b7d 6579 2101
LL_SRM 6:77104 712f 571d 771f 7d73 1b63 5911 6b6d 5d4f 7b7b 6779 4b7b 3f47 7d77 0975 7977 6773
LL_SRM 6:77120 4921 6575 6115 6775 4b25 372d 0933 1b25 1971 717b 1b15 5177 2955 4d7d 493b 1331
LL_SRM 6:77136 4731 0955 3933 2f5d 7121 7359 4543 0539 237b 1f5b 1705 3955 5d09 6171 7b27 3f73
LL_SRM 6:77152 7369 3f27 7f7f 134d 796b 772d 4577 6b03 4357 4b61 3f63 4553 7f71 390f 3f3f 7153
LL_SRM 6:77168 3969 3d05 5751 7731 7b7b 4133 397f 6f5d 755b 6f57 4f63 6b59 4153 1b55 452d 6955
LL_SRM 6:77184 5123 273f 1b49 6f7b 0529 0b1f 4741 7b0f 2103 656f 011b 0927 3925 2705 632d 0d5f
LL_SRM 6:77200 6f2b 753d 0311 0777 6d0f 0115 0f23 534f 4153 057f 2d03 737d 690b 4b4b 375b 1911
LL_SRM 6:77216 2d79 6f6f 2d0b 7949 7b37 5f2b 033d 494d 7f2b 4d19 4d55 7d19 454b 2723 2f7f 4d17
LL_SRM 6:77232 0f0d 5f5f 1f0f 6905 3f2b 6f1d 752f 330d 7979 574f 5f4f 376f 155f 570d 3f4d 1f13
LL_SRM 6:77248 494d 550d 034b 071f 1711 2d43 2735 1167 2927 4577 5505 0147 5511 4f0f 0369 2767
LL_SRM 6:77264 4b19 191b 0557 0f07 2903 4157 0b25 0117 2327 0171 070b 594f 0d5f 4f57 0107 153d
LL_SRM 6:77280 011b 3b2f 2d6d 4f0d 592f 3f2d 7d7f 2f41 7f6f 6b1f 5757 411b 6f7f 6d6f 773d 4d11
LL_SRM 6:77296 630f 3913 531d 350b 5f73 1f25 2f0f 5f1b 7f5f 2b7f 2777 0b4d 6f1f 2923 5907 2f0d
LL_SRM 6:77312 116d 6139 7521 6d4f 0335 2369 4761 4159 2561 7b6d 0545 0b0b 2961 7977 6133 6b59
LL_SRM 6:77328 4153 2517 2151 1327 0941 310d 6111 0379 2343 2177 5155 7555 5945 5171 6531 4373
LL_SRM 6:77344 757d 2b23 7d71 7173 7f61 0d5d 7559 7d45 4739 5b11 271b 5519 5b51 6f4b 4b6d 2d7f
LL_SRM 6:77360 7959 0d65 791b 4d71 534b 6b67 6959 6501 7771 7929 6761 6549 5f35 7b41 7f63 1f39
LL_SRM 6:77376 3901 3129 3b69 2579 5707 7101 7773 4b7f 1d11 1b15 3151 774b 5915 7149 0145 311d
LL_SRM 6:77392 4127 1177 0125 7d43 4111 696f 3b51 6913 4d71 5337 0521 5329 0173 2177 2179 316d
LL_SRM 6:77408 3773 613d 6d33 2131 7b55 2371 5749 0707 4f19 754d 0719 1159 5773 5f69 3979 3b45
LL_SRM 6:77424 3725 7111 7b7b 7f41 7f11 2d15 1369 2f49 5b37 7977 0375 2901 1b73 714d 791d 7901
LL_SRM 6:77440 2f6b 0f2d 2d17 2b15 2f25 4d7b 1321 4715 2f09 6f01 4f41 231f 1d67 2f4d 1d23 0743
LL_SRM 6:77456 4101 4923 414f 176b 036b 274d 0905 196f 0117 3909 0f13 2b1f 4917 7351 0f5d 554f
LL_SRM 6:77472 0b17 0525 4f5f 472b 6d6f 1f23 1757 3d19 2b1b 1f4d 6d5d 0769 1717 2f0f 0f5f 6327
LL_SRM 6:77488 3b7d 2949 6709 6751 3f35 0f27 3f0f 474f 0b0d 6967 2f41 610f 3315 7d05 330d 3b3b
LL_SRM 6:77504 2909 2317 4509 1115 0357 4f33 0f47 7309 1b21 5d4f 370b 554b 090f 592b 0f05 076b
LL_SRM 6:77520 6b05 2b4f 0b4f 0f27 571f 0f3d 1b1b 4b29 294b 711b 7905 6527 0d37 4f7f 0545 4f7d
LL_SRM 6:77536 5b59 570f 5b5d 1d01 0b4b 7507 1f7f 5747 4b59 272b 3f7d 550f 174f 3301 2f57 1f07
LL_SRM 6:77552 3b3f 1f7b 090b 3f09 3f07 3b57 5f1f 2f75 7b1d 2b0d 7d5d 033f 6f5f 1f1d 035f 3b51
LL_SRM 6:77568 1171 0579 5313 0743 0553 232b 4903 7379 4573 2163 2d2d 517d 0731 1115 5531 3967
LL_SRM 6:77584 3921 633d 5151 417d 0153 2571 4b55 0143 3521 457d 0171 7173 2149 0979 1951 6721
LL_SRM 6:77600 3979 5b77 775f 7907 7161 6165 7367 1111 596f 5d0f 477d 7917 7d6f 1f41 5753 6967
LL_SRM 6:77616 037b 7b5d 335d 2951 357f 5557 7f7b 5319 7b7d 2169 6d7b 73c1 6f75 6b51 7d53 7771
LL_SRM 6:77632 5575 7d77 0529 4533 3947 431d 4345 1965 4111 3b17 1125 2b7b 5551 7b3f 3141 4977
LL_SRM 6:77648 4321 2741 7145 717b 5555 0151 2129 5517 691f 072f 0901 597f 6161 1573 0b11 7703
LL_SRM 6:77664 2b45 0725 2f61 5715 337f 7b67 0f7b 652f 237f 2b05 7135 5d0b 7569 372b 395b 694d
LL_SRM 6:77680 1571 3b06 7557 0311 5b7b 5d63 4375 7945 2f59 356d 6139 7161 6f75 6b55 7343 3967
LL_SRM 6:77696 4929 094d 0f05 1105 2101 5d7d 2b59 7909 0967 230f 5f55 1503 190f 012f 6317 1125
LL_SRM 6:77712 132d 091f 0505 696b 3923 0d67 0f61 712d 250d 0569 0121 170d 0f0f 5303 0f7d 393b
LL_SRM 6:77728 1f7d 4b09 797d 7d45 434b 576b 0f27 0d0b 2d59 291b 6947 676d 1f0f 0f33 0f6f 4b5d
LL_SRM 6:77744 1f1f 312f 4f0d 0727 4f0f 350d 7b2d 311b 5d6f 7f25 3b39 376b 372f 056d 5f3d 1d3f
LL_SRM 6:77760 4151 0f6f 3313 2f45 3335 4b69 0149 2f1d 031f 094d 2f0d 032d 4541 4347 4711 1b27
LL_SRM 6:77776 011d 2b3d 5d43 2d43 430b 2f15 1519 1b1d 0f03 0703 7f43 672d 2119 4145 235f 476d
LL_SRM 6:77792 4d0d 6f1b 3f3f 5765 2d0f 7d0d 594b 5337 3f2f 4f5b 5b23 6909 1f7f 6d59 693f 2b0d
LL_SRM 6:77808 2b6d 5d53 6f4f 0315 2967 5b11 6f0f 0701 7f0f 213d 550f 2f25 5f3f 4d03 391d 3321
LL_SRM 6:77824 7505 293b 050f 1151 4701 2967 5753 792f 2d6d 077f 2b23 0d01 0b03 4919 773f 076f
LL_SRM 6:77840 2555 0f05 4d09 4b5b 6f0f 112b 094d 092d 6161 6b6f 0b25 496d 6b69 4d2f 3103 0f57
LL_SRM 6:77856 373f 370d 312f 454f 3f6f 3313 2b49 6b1d 5b7b 2d0b 7d0f 3b4d 532f 497d 2f47 5509
LL_SRM 6:77872 6b4d 6d19 1f71 5b2f 5f2b 6b0f 092f 2d59 1149 3523 572d 4937 0f0f 4d4b 795f 4d41
LL_SRM 6:77888 3705 5775 1727 0f47 0d3d 114b 070d 0517 4709 657d 0d07 0d4f 1145 052d 7505 297d
LL_SRM 6:77904 0741 3b0b 3f6f 3d0b 4313 7d55 5913 414d 0903 632b 0309 350d 012f 530d 030d 2549
LL_SRM 6:77920 2f2f 4b4b 075d 751d 5f3b 6949 292f 3d05 4d2b 4907 2b77 3533 670d 4d01 295f 4b4d
LL_SRM 6:77936 2707 6b21 1f77 612f 3f39 3b2f 1f6f 612b 6f69 5b29 791d 2521 3b2f 3d31 2f27 5f07
LL_SRM 6:77952 510d 4575 2111 3165 7369 3d6b 673b 2303 631d 097f 1353 2571 5151 156f 037b 7177
LL_SRM 6:77968 1147 1913 3161 415f 3511 2543 5125 6379 4f11 357b 5139 6179 0101 290d 6513 697d
LL_SRM 6:77984 6969 451d 716f 3b25 6361 5107 7973 554d 7f27 7731 397b 7925 6731 7337 7171 794d
LL_SRM 6:78000 7779 510d 7f57 6335 6f49 6d6f 7f69 2f33 6713 2967 6b15 0549 5171 7f09 417f 2171
LL_SRM 6:78016 5b63 292f 257d 1f79 4555 332b 3113 5303 6111 0133 1f2f 550b 5d09 3d6d 2f4d 794d
LL_SRM 6:78032 5151 3965 5131 1953 0511 4b7d 292b 577b 4131 1d17 5771 6137 4919 4139 5f71 3175
LL_SRM 6:78048 7d7d 5d63 2d39 2125 5d3f 5573 7719 1141 4b65 1f69 2b6b 7955 737f 2915 5b7d 1113
LL_SRM 6:78064 7329 1571 357d 3711 5137 494b 795d 2141 2d73 6f57 3b5b 7923 7973 5f6b 7771 0933
LL_SRM 6:78080 0d47 415f 1d71 4925 1903 5d33 4913 090d 0b03 0d0f 553b 5b43 150f 555f 416b 4f19
LL_SRM 6:78096 472f 632f 0b0b 0d6b 0123 4d67 1d2f 296d 0b0d 070b 0905 190b 4321 6547 6941 790d
LL_SRM 6:78112 6f27 1357 0f1f 470b 7355 6d2f 2f0b 1f43 2f3b 7f23 5f0f 7d05 4f2f 7d2d 7b3b 5943
LL_SRM 6:78128 757d 493b 0d6d 3d29 754d 4f27 293d 0f0d 1f51 1f65 6f59 4f3d 2f67 790f 6f17 0f35
LL_SRM 6:78144 0329 2937 4d0b 2f65 010d 230f 1b33 475b 1923 1d3f 1f03 7d41 3d23 5f1d 0d07 6729
LL_SRM 6:78160 430d 1d5d 5d09 3f2f 0141 2f25 2909 250f 0d09 271f 054d 1b39 0305 0b7f 0901 291d
LL_SRM 6:78176 551f 755d 6f29 430b 3b75 1f05 2d63 4d27 6d33 270f 2919 1325 0b4b 2f01 0f3f 6f0d
LL_SRM 6:78192 0f3f 556b 3133 370d 3d7f 2521 3b2b 1339 7f2b 2355 374f 2b4f 277f 4d19 3d0f 4f07
LL_SRM 6:78208 7f21 5d61 491d 7d3b 3511 316f 4d71 3579 350d 077b 0d51 7935 1921 5575 172d 3971
LL_SRM 6:78224 0b35 293d 2543 0129 3963 491d 3335 616f 610d 4369 7111 6335 6169 517f 1139 0525
LL_SRM 6:78240 1739 4119 2951 5711 6f67 5565 793b 3f25 6d37 0515 7f6f 414f 290b 3501 7b6b 7501
LL_SRM 6:78256 790f 7911 6973 6921 454f 5909 3123 2f27 714f 416d 6375 6731 371d 331f 5f3d 6d25
LL_SRM 6:78272 2f61 373f 6935 7f55 1d41 6d0b 030b 313f 4967 216f 7b11 613d 4d49 412d 0703 372d
LL_SRM 6:78288 094d 5751 2b4d 5d3f 6135 6339 3321 7f2b 1547 7155 1147 4953 2563 751d 7771 7b43
LL_SRM 6:78304 7f0d 7f25 3b4f 7567 632b 0777 1b23 7527 713b 6177 4749 4573 736d 2749 177d 734d
LL_SRM 6:78320 796f 7b05 6f6b 7543 1927 3b25 4737 1d6f 1d49 0723 415f 7761 677b 5d69 316f 637d
LL_SRM 6:78336 0935 614f 0563 270f 2561 4125 030f 7305 4b2b 6f2f 0311 6d1b 0105 753f 2b45 1717
LL_SRM 6:78352 4d09 436d 6701 497d 0123 170f 0367 6737 5745 097b 4f41 6d1b 0f0d 0b0d 3f29 7113
LL_SRM 6:78368 5d55 292b 0f0f 4f09 4d1f 5b3b 4d0b 0349 494f 2f6f 337f 7b73 4b4f 095d 6f7f 470d
LL_SRM 6:78384 5b6d 4b2d 3f59 0f29 3f43 170b 177f 470f 6b4d 493d 0569 3b37 2b7f 4749 3709 3f09
LL_SRM 6:78400 0f0f 052f 5d19 0127 094f 1b3d 5103 2d4d 0121 235f 5303 395f 210b 1d0f 0159 3f15
LL_SRM 6:78416 5507 6d0b 1f09 1d6f 016f 193f 1b09 175f 2177 250d 0b0d 3b73 4503 234b 270d 176b
LL_SRM 6:78432 1169 6d2b 231b 2f4d 1d0f 6d2b 3b4d 6321 6f0d 5d0f 3b53 4503 4d6d 0f2b 1b0f 3915
LL_SRM 6:78448 5f57 2d2d 6f3f 354b 2539 254d 3f2f 3f75 5f2b 0b4b 0f7d 4727 0f7f 4317 5d7b 5d11
LL_SRM 6:78464 0171 013f 0121 652b 1943 7f69 5371 4759 0315 4d5b 2529 534b 7361 650f 0333 6f5f
LL_SRM 6:78480 5349 036d 6971 1771 4743 012d 2113 3b73 6535 3575 2121 7d6b 7131 7b35 3921 0937
LL_SRM 6:78496 4133 1f67 755b 7721 593f 6105 6f71 5301 336d 5d23 3f51 7301 0b3b 3f69 7539 535d
LL_SRM 6:78512 7b7f 3f71 3975 7d3d 6729 4b73 7163 4153 4d73 3351 0b6d 337f 6b41 5b39 3f6f 1d7f
LL_SRM 6:78528 6751 637d 4751 7575 1163 531f 5161 1b07 2905 0345 2541 0579 7571 097f 231b 3779
LL_SRM 6:78544 5921 3771 0b6d 4711 5d11 2917 6771 113b 5149 4969 1173 4b53 7b23 430f 1769 0517
LL_SRM 6:78560 797d 7327 217b 7531 4157 3339 6b3f 1541 5d61 376d 477b 4739 3b5f 6321 273b 6b65
LL_SRM 6:78576 7547 0301 7d27 273d 7375 7375 7357 7f29 7777 7335 7d6b 2551 5d43 493b 5b71 5749
LL_SRM 6:78592 1707 6d01 216b 0501 0103 010f 0b0d 150f 1107 4f0f 051b 190f 1931 112d 4749 0f27
LL_SRM 6:78608 2f63 471b 730b 3b5f 2901 3917 0319 6b1d 0705 0f53 1343 0d57 4d29 436b 4767 0b73
LL_SRM 6:78624 1f6f 035f 777f 5d29 7d69 754d 7767 136b 1f4d 5f4f 2f7f 1901 2105 6f5f 7b1f 5b61
LL_SRM 6:78640 537f 4b1d 0d13 6d4d 2957 2d61 1f7d 630b 174f 2f03 4b1b 5503 0d3b 5b37 6f7f 0f79
LL_SRM 6:78656 4b09 071b 414d 2d01 2165 4d6f 0523 1d6b 3121 2757 630f 415f 5717 130f 1517 411f
LL_SRM 6:78672 0509 6f07 0b11 6967 7933 2753 0169 272b 451f 6727 1d29 5343 250b 271b 4527 4939
LL_SRM 6:78688 2d7d 1f2f 3337 0147 7b07 7927 4d37 3951 3f21 332b 3b3b 7905 4b3f 3909 230f 5905
LL_SRM 6:78704 3f1f 2725 1f4b 4503 7f07 2d0f 0b0b 7f73 6f0f 075b 273f 0f27 214f 4d1f 7b4b 7b31
LL_SRM 6:78720 5551 2b1b 6175 3705 0131 772d 1b13 117d 4151 555b 1161 6171 2161 551b 651b 4955
LL_SRM 6:78736 6531 2779 2d09 6b41 5163 4325 433d 3571 0773 7167 6b41 5f7b 5135 7b3b 7949 036d
LL_SRM 6:78752 776d 7971 673b 6d25 3d39 0915 6701 4f15 2b37 7d31 5173 2965 7935 0977 317b 0d61
LL_SRM 6:78768 3b17 3531 2911 1b47 7f73 5f2b 1533 4b73 7979 2337 5f35 4b41 1773 6d03 6f5b 3713
LL_SRM 6:78784 4333 4767 2161 0119 3107 7553 0929 7935 3163 1779 7d73 4775 3f61 2177 3b69 111b
LL_SRM 6:78800 6179 0b67 7541 2167 0d21 4b61 6331 036f 6375 715f 5341 3b7f 5341 3959 7d07 0559
LL_SRM 6:78816 355f 4967 7b41 5571 5f53 3903 2179 592d 4527 7761 7d79 1955 6f3b 150d 357f 3157
LL_SRM 6:78832 6f55 7371 1d7f 2f29 4d6f 7155 0f7b 6137 777b 7727 6d13 612b 7975 7325 390f 7925
LL_SRM 6:78848 0915 6769 0759 0d1f 0517 0103 0d33 0109 0d05 0b69 0323 6f0f 3f01 0d0f 1121 4f4f
LL_SRM 6:78864 1f25 3b35 0d21 733f 1509 492d 232f 096d 6757 0529 276f 4f1d 0305 2503 1b25 6d0f
LL_SRM 6:78880 716b 4527 1f6d 7343 6b6f 053d 4b15 3f23 413b 7b6b 691f 1d19 7d69 6755 797f 1f27
LL_SRM 6:78896 6f3d 0f2f 0f2f 1b4f 0f2f 274f 6d3f 736f 2b61 4b25 674b 0f15 2f6d 7701 2f25 7f2b
LL_SRM 6:78912 215b 2d27 3355 313f 4b2b 6b6f 1547 1305 0125 7127 5f73 3f09 0519 0d25 0903 2575
LL_SRM 6:78928 0d5b 375d 2319 732f 4f3b 636f 1b2d 291f 2315 330d 470d 237b 410f 0d6d 1529 014d
LL_SRM 6:78944 5d6f 7f27 3771 5b11 171f a36f 5765 0145 177d 7f3f 6f05 4b01 3573 4f4b 0f5f 2d47
LL_SRM 6:78960 3d31 3b17 371f 6f6f 0b27 0909 2f1f 1d7f 332d 0f59 0b3f 1b05 7b0b 0935 4f57 7509
LL_SRM 6:78976 2707 796f 0923 751d 4727 356f 5163 7561 3d15 6169 5973 3d21 3371 532b 596b 1d71
LL_SRM 6:78992 6f47 3563 5505 0b75 7315 5975 4361 4169 2903 2d37 215d 7169 4331 770b 6153 151d
LL_SRM 6:79008 5751 5547 7b51 7525 5d7d 753b 274b 1721 737f 3327 5377 0935 5311 6529 433d 2b13
LL_SRM 6:79024 1d75 577d 455b 7f69 6f15 1953 6d5d 3919 4d1f 5961 317f 6f6b 3b6b 3f2d 074d 5121
LL_SRM 6:79040 5177 4963 2521 736b 0953 2317 5d71 3133 5953 617f 1b57 6117 1125 713f 4141 4175
LL_SRM 6:79056 4b79 5d61 2145 7569 3549 5f79 5965 5b55 0527 0f7b 2d71 1165 4925 1965 0973 5f55
LL_SRM 6:79072 7d6f 7921 7f79 1f4b 3f15 1f7d 537b 3121 7157 6179 5f7b 231b 6b6b 3d61 5173 2357
LL_SRM 6:79088 7731 6309 1f69 2d75 6f71 5923 7953 7741 5b73 2555 737f 2d39 3b55 3f3f 7d1f 4f23
LL_SRM 6:79104 0515 137b 0359 2b57 094d 6d57 0d0f 0301 630f 711f 1b1d 572d 0d2f 256b 015d 5125
LL_SRM 6:79120 1501 413f 0901 095f 7d01 0753 2549 1d4b 4d65 0f0d 5111 3f25 1541 7d6d 4f09 4745
LL_SRM 6:79136 290d 6d2b 4f5d 1759 4d09 5947 6967 2f45 151f 452d 5769 0529 7f4b 3b27 673b 0b37
LL_SRM 6:79152 5519 1d1f 7f2f 3b29 3d05 3913 6f7b 692b 4b5f 7f69 5d1f 4f3d 0d2b 1b25 6f39 573f
LL_SRM 6:79168 3903 2b0f 6705 0761 0101 5f39 637b 0747 1719 0577 4941 5f17 0b2f 0b33 350f 350d
LL_SRM 6:79184 0d07 4f6f 4b2b 7f5f 2377 635f 2d2f 2b1f 1f13 0f63 2147 6317 1d4f 0d63 270d 6d4b
LL_SRM 6:79200 7f6f 1f39 7d0f 1f15 4f4f 2f27 7f73 2759 2f77 4f67 5f1f 2f03 673f 151b 3f07 3f2d
LL_SRM 6:79216 7f25 2f4b 2d63 1d3b 7f63 0d11 6d2f 0705 0f27 090d 230f 3731 7317 4f2d 7f0f 2963
LL_SRM 6:79232 4311 1d7f 2311 5717 2b65 113b 1135 2b15 0159 356f 2179 4951 4151 2107 0171 7b25
LL_SRM 6:79248 0b31 1103 6109 0111 114b 7161 6931 515d 4743 7131 5959 6139 4d0b 412b 0317 136d
LL_SRM 6:79264 033b 755d 3975 6f6b 7b4d 6517 3d57 4721 5773 1145 757f 2b55 737d 7d31 770b 3f21
LL_SRM 6:79280 1915 5537 0139 7d4b 311d 172d 6163 7503 7373 5f25 5519 7155 1b2b 6105 7f0b 6911
LL_SRM 6:79296 2113 5563 5d41 1173 5915 2979 2101 616b 2961 5d7f 1155 715d 5d4d 4d77 2175 5975
LL_SRM 6:79312 5b5b 7577 014d 3175 476d 776b 6101 1965 6351 0b19 6b31 7165 5531 2977 0f11 5b71
LL_SRM 6:79328 633d 6357 2d35 6567 6577 194f 1973 331b 7b63 6f27 7979 6d11 7f75 755d 6777 1b01
LL_SRM 6:79344 512f 5b79 3b79 4d07 435d 1d71 6b71 7b71 2f5f 0331 4775 5f1d 3b7b 3f69 233f 5311
LL_SRM 6:79360 2149 116f 2507 070f 2303 030f 4d19 6f6d 3543 0137 0d1d 4715 434d 0367 6f4b 3b6f
LL_SRM 6:79376 0325 3707 0d0b 2f7b 0367 5b57 4f79 0973 0907 634f 4f13 0f53 3b07 4b21 070d 6545
LL_SRM 6:79392 3f27 2f09 5f5f 3f49 235f 2d01 7f2f 4b59 516d 5d0f 414f 3f4d 571f 7f5f 216d 7d09
LL_SRM 6:79408 035b 5d15 697d 7929 1f1f 510f 671f 4b17 7f4f 7f1f 677b 5b77 6b47 373b 0d27 3547
LL_SRM 6:79424 4f03 536f 0d27 2377 057f 413f 4107 3f49 1f65 2b6b 7907 5911 0103 6d7f 0761 135f
LL_SRM 6:79440 070b 2b2b 1345 6129 0503 0f13 294f 416f 0501 0355 210f 6b63 2349 1f27 050b 1d1d
LL_SRM 6:79456 3351 1f25 6f2f 6b47 4f0f 550f 4f1f 0b0b 5f27 275f 4d37 7517 2575 1d5b 5b1b 0703
LL_SRM 6:79472 3d3f 5f01 5d4f 7373 3f1d 6369 791f 4b4b 3b3d 0b57 555d 0b49 0f7f 2b2f 5b4f 0f53
LL_SRM 6:79488 056f 333b 3173 3109 3f49 6377 1929 5325 0119 733b 0313 0925 4739 537d 3519 6125
LL_SRM 6:79504 2b51 413b 7705 6739 4151 176f 7165 5509 3103 1163 2105 1377 5511 753b 5977 5363
LL_SRM 6:79520 4f5f 6521 5761 6d13 337d 5125 317b 6301 5f7d 7529 7f77 1b21 7711 0109 2d75 7b21
LL_SRM 6:79536 7957 3121 251f 7975 7d71 0b5d 057d 6563 2941 7d37 7931 7f31 5d77 1159 2d75 6773
LL_SRM 6:79552 0b57 3149 5165 6559 3111 6d3d 1363 1369 2563 0515 1d15 2915 6171 4551 0d73 1749
LL_SRM 6:79568 2113 3d7b 6903 215d 7923 5773 2123 697d 3531 1931 6361 6935 2569 2d29 3b71 2355
LL_SRM 6:79584 7753 4f29 655b 6f21 3f5d 5573 7937 731b 677d 2b21 253f 2319 7155 0f6f 6173 154d
LL_SRM 6:79600 7d7b 7941 6357 253d 6739 7771 7741 1d73 735b 690f 7775 7d37 797d 2331 7f79 2b4f
LL_SRM 6:79616 0f05 796f 312b 1753 2309 672f 2b03 210d 2523 174f 1329 5b03 2143 4f2f 5909 4963
LL_SRM 6:79632 1d25 0557 0309 292b 4b0f 6f2f 1909 4f7b 434d 5977 0521 0b2d 231b 1747 410b 4d09
LL_SRM 6:79648 6f77 1d0b 3f11 0f0f 7f1b 494b 332f 3b6d 4b3f 3f5d 7b37 5f57 4f0f 436f 113f 391f
LL_SRM 6:79664 3f2f 7f6d 630f 6553 4d0f 2f1f 4f37 4d47 6f0f 5b59 3b7f 0b65 0d47 010f 7727 374f
LL_SRM 6:79680 2915 132b 0b07 0f3f 550b 030d 3f15 4327 630d 3727 232f 1f2b 1307 0d7f 0d0b 6111
LL_SRM 6:79696 0b03 073d 5f05 1169 2765 7b0f 0701 0b2d 0105 0d4d 0115 1f1f 4903 537d 2123 2d7f
LL_SRM 6:79712 2f2b 3b65 5b3b 7f6b 0b7f 4b0d 477b 4b0b 2b5f 270d 6f5f 350f 7d51 1b23 0b77 0329
LL_SRM 6:79728 555f 6367 7d2f 7d1d 4f3d 4d0f 4b57 3b4f 692d 4f67 1b53 5f1f 6b17 552d 710f 477b
LL_SRM 6:79744 1b43 7d79 4511 4131 7f6d 4f3b 3369 4361 2571 2f79 4b31 4341 3533 0367 5137 0b2d
LL_SRM 6:79760 4161 5b69 6331 7179 4729 7965 3511 5573 7321 5105 4701 7f6b 1b51 0b65 1b01 4565
LL_SRM 6:79776 215b 4f4b 6f2d 2719 193b 195b 5f69 3925 334f 5715 116d 3101 5b3b 2563 4733 5d43
LL_SRM 6:79792 3f61 592d 754b 7171 3973 1f41 1161 351d 692d 3b65 3f6d 3319 5d5f 7155 6b1f 2921
LL_SRM 6:79808 2953 7b41 5137 5331 1341 217b 5b39 136d 7769 1937 2303 5729 0941 5171 4719 3957
LL_SRM 6:79824 2d43 0113 4915 6f65 6901 317d 7b01 295d 6917 732d 5745 5f33 1951 5141 2351 197b
LL_SRM 6:79840 5d6b 5d09 757d 312d 7773 6f09 4b7f 2365 2323 5925 4937 7127 3375 4d5b 5b59 5501
LL_SRM 6:79856 7f79 0d3d 4f6d 6f53 3f11 7967 6137 3371 1377 6f31 7177 5b39 195b 7777 7775 6b33
LL_SRM 6:79872 250b 0f2d 230d 191b 2369 017f 0d4d 0503 0f17 3927 5d45 7349 1b03 2f3b 210b 4f05
LL_SRM 6:79888 650b 214f 091f 0f43 1121 272b 050f 235d 0309 255b 270f 5b53 0541 3f1d 0f05 0d1d
LL_SRM 6:79904 3b5d 6b7d 0d2b 6749 7f0f 5b0b 7d5f 590d 2d17 3f1d 4f59 490b 2b39 7f2d 0b5f 4545
LL_SRM 6:79920 6755 475b 6b1d 7f0f 0f2f 2b07 3d7f 7f03 511f 4569 4f1f 0b33 5f2d 1f3f 7f1f 0945
LL_SRM 6:79936 352d 394f 0309 7b37 1d09 273b 0f2d 334f 4305 472f 4503 2705 0b2f 0d2b 292b 0b5f
LL_SRM 6:79952 2367 7b1f 053f 0309 2f0b 0933 2369 0731 1b43 2d3d 5d23 7333 0f21 5907 0b01 436f
LL_SRM 6:79968 7d0f 7b2f 6f0d 1d17 073b 5f6f 194d 1303 6f3f 7d4f 393f 6d17 7f1f 2b6f 7d2d 0147
LL_SRM 6:79984 7f17 4b2f 6f3f 4b4f 573d 2345 3f0d 6f4b 3f1f 454d 7b4f 235d 4d7d 4f13 3d2f 074b
LL_SRM 6:80000 7d15 5b67 7b67 7b79 651b 2943 2b47 0547 3161 232d 0931 1951 5361 214d 135f 6975
LL_SRM 6:80016 1107 6371 2711 4535 1345 0179 4121 5f79 7331 3b79 2133 0151 1975 2553 1551 6779
LL_SRM 6:80032 3d6f 7139 636f 3f03 6375 6d79 7949 5b2d 7b5b 3f61 7b79 3761 2771 7973 3d79 7165
LL_SRM 6:80048 6379 7751 7d5f 4561 3d15 7b31 4f73 2101 5b59 7d45 7771 4549 3779 7953 7f6f 5d13
LL_SRM 6:80064 3511 696b 4103 6909 5d21 6577 3579 1741 2921 515d 3753 1505 6f05 071b 395d 6501
LL_SRM 6:80080 4157 3977 7211 5573 096d 5971 795d 791b 114d 6125 2133 295d 3131 6963 3331 2121
LL_SRM 6:80096 517d 737f 7b77 7145 1f37 4b35 556b 7105 577d 1719 3f79 5101 7f1f 592b 7b47 6343
LL_SRM 6:80112 0f75 6917 7331 650f 756d 6b15 4d35 6523 5d35 2967 7b73 7131 7d69 0961 5f33 3941
LL_SRM 6:80128 013f 1f3f 1b2b 0707 012b 7d0d 0331 5b39 0d25 097f 414f 030f 0b03 015d 0707 5f37
LL_SRM 6:80144 0d0d 0b4d 7909 2517 4359 594b 4543 0f57 4329 076b 0525 6d57 5915 034b 2751 4d69
LL_SRM 6:80160 7f35 3b2f 173b 7f67 5b3f 2907 1f5f 3f09 7747 3f31 5307 635d 1737 690b 297f 5f45
LL_SRM 6:80176 5d5f 670f 031b 7957 2d5b 132b 374f 2d41 6d7f 4b6b 5f6f 4147 0b53 6d53 0f6f 2b6b
LL_SRM 6:80192 0d23 491b 1d47 057b 112d 0d65 2d1f 433d 1127 5f1f 2125 3f2d 3301 355f 1113 5729
LL_SRM 6:80208 0b1f 6147 0507 075d 2505 5f11 150f 6d03 4d25 0b5b 214f 7b0f 0509 0151 0123 675f
LL_SRM 6:80224 796b 4753 374f 3549 513d 1d01 572f 3f01 5919 792d 0f57 0505 3f53 2f0b 4b7b 2f57
LL_SRM 6:80240 4b6f 4f33 6f43 5751 495b 4b4f 7d2b 292d 2f2f 7f03 7b7f 0d7f 574f 0d3f 497b 4f71
LL_SRM 6:80256 2103 6b65 3947 517b 0d61 211b 210b 4333 1b33 357f 3969 3971 2117 1305 0351 4975
LL_SRM 6:80272 2b71 095f 1915 6703 4347 076b 5171 7147 7163 4d31 7921 693d 1543 0d61 6323 3947
LL_SRM 6:80288 7f6d 713d 557b 3d31 354f 737f 057f 4701 2955 3749 697f 3351 4761 5509 5b51 7937
LL_SRM 6:80304 6171 371b 7f6b 6701 592b 1b21 6977 5151 5979 5147 236b 0d3b 374b 3f53 2f77 3f23
LL_SRM 6:80320 6143 234f 6151 5347 1537 3733 0529 6f57 2159 137f 3163 135b 5731 2361 2b5d 215b
LL_SRM 6:80336 4911 7937 5919 3977 1131 453d 1151 7745 4d65 1b05 6919 1967 1973 594b 1519 235f
LL_SRM 6:80352 4771 2d67 3525 6f61 776d 6949 6379 7375 2135 3503 6b31 3531 434f 232f 5173 4b0f
LL_SRM 6:80368 7b77 414b 7d3f 7161 7b3f 5539 417d 7d49 2159 753b 7f73 5171 557b 6973 7b27 5105
LL_SRM 6:80384 130d 4b6d 0f21 4547 2b03 3f0f 4f0f 636b 0951 414b 090d 4b17 4d1f 490d 1141 6f63
LL_SRM 6:80400 0d6b 4133 610d 0f6d 2331 630f 1f07 4567 092f 072d 630b 1149 1129 052f 0d3f 396b
LL_SRM 6:80416 595f 2d29 0515 5f25 270f 573b 2f3f 7725 4717 3b6b 2d4f 7b45 3f1f 1f29 0d67 0d6d
LL_SRM 6:80432 4d03 2f7d 6b0f 036d 5d5b 6f0f 6319 6f4d 1d3b 6b2d 3f0d 556d 5b7d 4b59 4d6b 3323
LL_SRM 6:80448 010d 6b0f 196b 6b2f 1307 4925 4749 0d05 1111 117d 051b 6d37 1f59 214d 630b 1f69
LL_SRM 6:80464 0d2f 237b 1739 0107 290f 2d0d 5d45 472b 2b0d 090b 0b1d 272d 2355 0d0b 470f 2d7b
LL_SRM 6:80480 016b 550f 737d 0327 4b1f 7323 2f2f 3f2f 5d3f 5f2b 532f 7b55 4f25 0d0f 392d 0145
LL_SRM 6:80496 5f21 2959 3f3f 730f 3d4f 290d 7f55 5569 431b 4f63 6b37 0f43 2f4d 4f47 6b37 7d17
LL_SRM 6:80512 4167 6769 4561 7177 7b75 6f69 0d53 2931 5159 713d 0563 0347 6161 4f7f 3b41 0d27
LL_SRM 6:80528 1311 2957 2d33 3923 034f 6b69 1371 6175 3105 6d31 7301 554f 7373 2365 593d 0f67
LL_SRM 6:80544 3577 2729 237b 3161 1d73 3d2d 3511 2915 517d 5b21 612f 6f15 4565 7b01 317b 7155
LL_SRM 6:80560 7159 2b41 3575 6325 1555 7977 3379 0741 2b55 5531 7779 7715 535d 2b07 5973 613f
LL_SRM 6:80576 1745 050f 5501 0733 7b41 2b7b 430f 176d 5163 432d 4521 3b03 6123 792b 2305 1b59
LL_SRM 6:80592 377f 1f35 6b0f 7173 0165 637b 0b05 4355 513d 6b53 3111 7d7f 7911 3d7d 6509 5723
LL_SRM 6:80608 775d 3f75 7105 711d 4f5f 3d51 7979 5f41 7f2b 333f 7375 5103 3b75 4d77 5f17 3701
LL_SRM 6:80624 7b3b 3f7b 6f41 5d71 3d75 7115 3375 3519 3f41 2b79 7f71 516b 771f 256f 6521 7d53
LL_SRM 6:80640 1f4d 4b03 675d 5927 6503 4f25 330f 0d35 156b 054b 0f75 0137 033d 750b 010f 0f57
LL_SRM 6:80656 2145 4763 1b25 0729 570f 3703 0d2d 070b 2503 3517 2f05 492d 1b03 197d 2925 1f33
LL_SRM 6:80672 355d 0f4f 053b 5507 1721 232f 3d6f 5d0f 6d37 7b0f 4b7f 190f 0f0f 270f 532f 2523
LL_SRM 6:80688 0d3b 7f29 1925 1f13 391f 2d0d 3b6d 0b01 1f49 0d27 296f 2305 151d 5b09 4b77 7f4f
LL_SRM 6:80704 1101 0527 4905 0b09 2743 2f2d 3317 6d0b 2d57 0f4f 512d 7b2d 1309 150f 1157 4357
LL_SRM 6:80720 0707 134d 6103 510d 1d0b 0337 1107 5f0d 6b0b 0f1f 0b0f 0547 1911 5759 295b 2f0d
LL_SRM 6:80736 7d7d 4f57 3f5f 7b25 077f 1355 7f0f 0707 4f17 777d 3b0f 174b 1f77 450d 456f 4f01
LL_SRM 6:80752 570f 0967 7d17 7d5f 7f7b 3147 3f67 1915 1b33 1501 0f3d 0d4d 7f0d 7f27 737f 396b
LL_SRM 6:80768 5153 311b 0b51 5965 4109 354d 2371 6569 0573 1513 3b05 3371 5169 7727 0365 3b3f
LL_SRM 6:80784 5341 753d 3d71 137b 7541 357d 0b51 1101 7d73 6359 4921 0b71 3751 6963 4151 4175
LL_SRM 6:80800 4517 7169 0d1d 7f61 7f6b 4f21 0f69 0711 7147 5d2f 0155 0b21 3b33 4561 7131 1b39
LL_SRM 6:80816 6f45 2121 7143 4b73 1b67 777d 037f 517d 3d79 7525 1f4f 5d5f 671b 7301 2153 513b
LL_SRM 6:80832 6143 652f 4d71 6947 2373 6d3d 0907 5161 2121 256b 3173 5561 617b 5733 3361 6965
LL_SRM 6:80848 5315 0b5f 6125 5d57 5b21 316b 5367 3165 2559 7523 4939 0133 6309 337b 1325 3d6f
LL_SRM 6:80864 3963 3125 277f 7967 3d77 4f3f 7b63 5701 6933 1923 6b79 7307 7d75 2b1f 3365 3f25
LL_SRM 6:80880 7779 4f3b 1b33 7315 1161 6f3d 0b5f 5569 653b 3133 3333 552b 6577 7367 497b 3167
LL_SRM 6:80896 1d09 0f6b 630f 1147 474b 2559 350d 0f07 154d 2f75 0f0f 096b 3307 257f 4f55 0f1f
LL_SRM 6:80912 037d 611f 4f0b 432d 011b 6f47 3f25 3f65 4705 5b4f 2f5d 6737 471f 5903 4d29 3f07
LL_SRM 6:80928 6d6f 1d4f 170f 1b05 2d17 2d05 0d73 4f25 6d79 772b 610f 1d0b 3f3f 2731 290b 4511
LL_SRM 6:80944 5f17 6553 2d4d 013f 6d01 550d 6b27 5f1b 6b39 6953 371b 750f 4743 2d0f 1f05 4d4b
LL_SRM 6:80960 4905 4d6f 1931 1943 0309 2d3f 0347 6d0f 0909 4557 3565 2f43 0b03 091b 0301 2f35
LL_SRM 6:80976 0571 4b0f 015f 2f23 030f 6b3d 6b0b 656d 4373 7f4d 4b1d 6573 310b 1b5f 3f15 6525
LL_SRM 6:80992 191f 1f21 0907 1709 473d 6b2b 4707 6f07 5f3f 6d05 5f5f 3f61 4f6f 2b01 775f 7761
LL_SRM 6:81008 5f1f 0767 5f3b 7129 174f 0737 1f03 3d07 6761 1f6b 2f0f 430f 1b3f 0337 1f2d 2d15
LL_SRM 6:81024 0171 553b 7101 436f 0965 6d7f 1943 6969 3905 5d2d 6365 0529 2b75 297b 2b15 0559
LL_SRM 6:81040 6119 413b 0b11 275b 4521 117f 2151 515f 6901 612d 6561 3161 4165 7721 2153 1b6b
LL_SRM 6:81056 3b5d 1d41 657b 0343 3977 194f 7d55 1701 494b 7f25 635d 6501 3779 472f 7579 5123
LL_SRM 6:81072 3737 6751 4b75 0341 6b7f 3b15 7f45 5b71 7b0d 7f4f 7f29 7163 637d 0105 7775 3d61
LL_SRM 6:81088 2d73 557f 5d01 4559 2165 7713 7305 1353 5149 550b 7167 0567 2171 7775 0161 6143
LL_SRM 6:81104 6109 2927 1939 7559 1d21 750b 7949 6b3b 4145 4965 3105 1545 4303 156f 3101 5127
LL_SRM 6:81120 5377 7515 5b79 5109 1d31 0705 7d0f 1f75 3777 6329 6735 7735 233b 3569 0979 6905
LL_SRM 6:81136 7d7f 5375 6759 7f2b 3b65 7749 5d4f 7935 4f7f 5519 5527 7319 6971 213f 6179 5d21
LL_SRM 6:81152 4129 510f 0347 034d 056f 7b7f 0f1b 5343 2123 1f3f 0b0f 4905 2305 612f 2347 3d1f
LL_SRM 6:81168 7127 2b0b 474b 395f 0d15 036f 5d0d 0b75 1d13 4d17 4933 411b 2f07 052f 1309 0d0f
LL_SRM 6:81184 1d47 5b05 7f0d 4d41 096d 054f 5f1f 4f65 757f 2303 1913 1103 4d5f 6349 253f 6b37
LL_SRM 6:81200 472f 352b 0d2f 6f05 472b 0f6f 077f 0f6f 4541 4b03 3f7f 573b 7d07 7b1d 7f2f 6b5b
LL_SRM 6:81216 554b 4541 430b 7f5f 696d 071f 011d 0165 0105 0125 4301 0b33 0903 652f 110b 3963
LL_SRM 6:81232 050f 2f7b 5549 517f 254b 6b6d 0f7b 0b09 0509 0719 510b 6f7f 7b05 590d 6311 1f77
LL_SRM 6:81248 494b 6f0d 4d37 5d1f 1f1d 6313 4b67 634f 5739 1b67 1777 7507 5977 5d67 2b6d 5f41
LL_SRM 6:81264 711f 5d1d 6f65 1349 493f 6509 7f0f 595f 0b67 4d19 2b15 437d 1f1f 7b27 0f7f 4b2d
LL_SRM 6:81280 4951 173b 5331 555f 191f 213d 5713 4533 0751 0571 3d33 1315 0901 274f 732f 7137
LL_SRM 6:81296 2b07 4929 1b39 017f 6b51 3f11 0567 6965 7d17 0175 7519 3579 1541 4d39 5913 4d73
LL_SRM 6:81312 1b69 6773 792b 6901 331f 791d 4d61 5349 7b33 0b01 5969 1b7b 2d77 2f4d 5959 7509
LL_SRM 6:81328 5769 5515 2563 5d79 2377 7b31 4973 7511 6b7d 3947 3775 454b 2b71 4f49 7531 4b51
LL_SRM 6:81344 314b 017b 5d17 6919 6345 3733 3d41 4305 2969 190d 1d5f 6319 1925 3937 797d 5515
LL_SRM 6:81360 6949 5111 2301 3155 077d 6313 4b63 1b33 694b 275b 4105 316f 4761 4f17 2101 3d07
LL_SRM 6:81376 5937 4325 3b79 5121 3f75 5511 696f 2153 1919 5f23 1775 5151 5f79 5b49 5d77 7d2d
LL_SRM 6:81392 2b71 7b39 7f35 114d 6f21 5d51 753f 7979 3f3b 1d4f 5351 1571 476d 3721 7d75 6577
LL_SRM 6:81408 0903 1f2d 3101 1537 4d3f 576f 0b13 034b 0551 0d0f 2f0f 0f45 4f2d 733f 0f37 4755
LL_SRM 6:81424 2f41 354f 0707 3d13 4d07 014b 094d 293b 4115 2f6f 470f 6d05 170f 6d3f 1101 3d4d
LL_SRM 6:81440 4d3b 431b 4f49 034f 2747 1329 3b09 1305 5f0f 230d 0b49 050f 5f6f 3f3f 531b 2f75
LL_SRM 6:81456 6f3f 2f47 1b6b 1731 3f3b 6f47 7f61 3b35 236b 611b 3f3f 6547 673f 5f0f 7b4f 070b
LL_SRM 6:81472 4b15 5b6f 4707 4d7f 1f1b 4d0f 2903 172f 411b 095d 0b01 4d15 6311 512d 0305 1d25
LL_SRM 6:81488 0f09 0f51 6f09 337d 5549 2977 035d 2f47 3327 2b3f 4f4d 095d 030d 0b2f 290d 3b5f
LL_SRM 6:81504 1d6b 1d09 370f 6345 633f 452f 195f 4f07 1f5f 256b 7b0b 6739 4f7b 5f4b 536d 5d67
LL_SRM 6:81520 0b3f 7f0f 3d3b 375b 294b 5367 3b57 3f0b 4f0f 770d 573f 6709 4f55 3b13 2f07 2b03
LL_SRM 6:81536 4743 7b0b 6977 1133 0901 6735 2107 634b 454b 3d7d 3d51 0751 0561 737b 4911 2b61
LL_SRM 6:81552 2161 2547 2371 453f 1d51 5913 0569 6711 213d 7f1d 6319 770d 7579 4b0b 653b 2b33
LL_SRM 6:81568 171f 4133 7b6f 1d2f 753b 4757 5b71 3f33 5f3b 7905 7f7d 7141 3d77 3113 217d 7511
LL_SRM 6:81584 7f75 2741 7343 777b 452b 1b13 053d 3f51 7977 6f03 5f41 3511 6951 6579 7327 5951
LL_SRM 6:81600 7521 092f 0b79 3711 3d61 0537 0161 4915 2363 0b3f 5161 650d 4539 1745 7937 4911
LL_SRM 6:81616 710d 736d 2137 2573 196b 517b 2105 6165 6175 274b 2565 4d13 7f01 613d 753b 537d
LL_SRM 6:81632 6d71 3931 7b73 5743 676f 2571 6f3d 0d13 4b2d 3941 6579 2b15 5d55 2125 6d39 7111
LL_SRM 6:81648 390f 2f69 637f 2d01 0f1d 4171 7d7d 7f4d 733b 7d4d 6b7f 617d 7f65 5109 7d6b 7f15
LL_SRM 6:81664 3523 091d 4329 4573 2163 5107 270b 5309 030f 6f6b 5901 491b 5561 4f39 0331 0d1f
LL_SRM 6:81680 6b03 4f7b 2101 096d 0379 433b 691d 4351 5f0b 2b43 0b03 2d27 6143 2947 3b17 1b4d
LL_SRM 6:81696 556b 3531 3f67 0b05 6507 4f2f 5f67 4547 3f2f 7d27 071b 1d4f 5b0b 1135 3f77 390f
LL_SRM 6:81712 6b3d 0f11 594f 6717 1733 6d07 370f 6d0d 6307 3747 2f61 2d29 491f 2d2d 2b7f 5541
LL_SRM 6:81728 0335 4b0f 1303 1973 3d13 0f47 4105 1907 0717 630f 0727 1537 032b 0f2f 010b 2f65
LL_SRM 6:81744 0743 6f2d 3b13 3121 2715 7f2d 2f17 0763 010b 611b 252f 630f 011d 1139 4509 2f51
LL_SRM 6:81760 6d4d 1b05 6d4f 2f2f 7b0f 0f57 095f 2f0b 7f3f 4f33 6f47 596d 4b73 1d7b 6f4b 2f11
LL_SRM 6:81776 6d29 6f5d 2b2f 4b1d 0747 2149 7d5f 3d07 7f1d 6d0f 652b 4545 7729 0507 2d17 5f79
LL_SRM 6:81792 7719 4b2f 3133 4d71 6561 6565 2719 4913 011d 3541 7121 7779 3915 7f19 290d 3b11
LL_SRM 6:81808 4917 315b 5141 494d 0b0f 350b 5301 2107 1559 2f57 4d11 3939 7b25 5723 3503 592f
LL_SRM 6:81824 3561 5b53 4157 6d13 6b77 7321 3979 2361 714b 5f43 5f7b 4b03 3d79 7765 313b 3923
LL_SRM 6:81840 6b3f 2773 777f 3151 6171 3d37 7b7f 195d 6f39 5f19 5539 1375 7f7f 3373 670f 5b39
LL_SRM 6:81856 2329 1d2f 5171 4979 1923 076f 5945 2925 5505 0b37 696d 3179 2b21 3377 4313 5f35
LL_SRM 6:81872 7709 2139 3533 254b 5b55 6b67 0573 3b0b 5b43 6719 712d 115f 5331 0141 6511 5b33
LL_SRM 6:81888 435b 6f6d 6d7f 6141 7f7f 5735 6b63 5131 6f1b 5573 3b75 0913 6913 3b21 6765 3123
LL_SRM 6:81904 3d31 7b65 7d1d 0b7b 4f59 357b 6d53 676f 352d 7569 5353 5b31 7917 3d49 293f 1773
LL_SRM 6:81920 1111 3137 2b59 7175 335b 2d41 7941 597b 0d55 0565 6b41 713d 557d 617b 3141 5179
LL_SRM 6:81936 7173 2159 792f 3f41 6121 6f17 0149 6b2f 0119 611d 595b 072b 2561 7741 314b 5b45
LL_SRM 6:81952 773d 6569 332d 6b79 6b6f 4331 3d15 5349 7b17 4535 155d 793d 7775 117d 7d69 1903
LL_SRM 6:81968 7745 7131 3733 3b19 791b 7551 713d 1f29 3b7f 6b5d 7d2f 7101 3349 4739 3759 2b75
LL_SRM 6:81984 4903 257b 091b 6b2b 4129 4d09 556d 5d51 3171 3171 2571 615d 0969 014d 0701 5535
LL_SRM 6:82000 7d31 6377 1f31 413b 3521 6773 0339 7d53 7545 1127 6f43 217f 0f21 1111 6309 5173
LL_SRM 6:82016 5779 631d 317f 392f 797d 4d17 5957 0109 2b7d 2b5b 7579 6d2d 7361 6f61 6d71 7125
LL_SRM 6:82032 7b79 3977 3b7f 0d41 5773 7903 257f 6f75 7f67 415b 796d 3175 6f0d 6d1d 574b 0f07
LL_SRM 6:82048 271b 034d 0909 035f 0b5f 1957 7d4b 2765 0355 0b7d 0505 4f1f 0b1b 5737 0507 470b
LL_SRM 6:82064 3979 2b27 0d0d 6529 1d53 3f7b 2303 0b27 4f2b 0f37 010f 1f5d 0941 7b1d 6d09 0d29
LL_SRM 6:82080 5f5f 2f69 7f7d 4547 251f 330b 731b 5d6d 1f4f 4b23 7f4d 4b09 1f4d 2525 411d 3b43
LL_SRM 6:82096 695f 7729 576f 0919 3b0f 272f 2f1f 1f19 5d0f 6b2f 7d5f 3b15 550f 4569 7b75 4133
LL_SRM 6:82112 0769 2d7b 0103 3155 1b17 7f23 0569 0d43 1115 1b5f 1f25 0d41 2527 5f03 6529 4d2f
LL_SRM 6:82128 5107 6b3d 1739 1d0f 054b 6b45 3f0d 0b07 090d 1909 4333 6107 454d 0f07 7d1b 1933
LL_SRM 6:82144 437d 1d67 753d 2f47 4f4d 2713 5b2b 1f19 1f1d 6b1d 3f45 2f65 4f3d 6f69 5d7b 2327
LL_SRM 6:82160 0f4d 5f45 2f2b 590f 0d2b 0f55 092d 7b1d 4d3d 1533 0d07 5709 714f 3d33 3d37 4319
LL_SRM 6:82176 6161 0703 4965 5131 0351 4121 1103 3d37 2119 051d 2b29 293d 1b71 032d 1355 4b51
LL_SRM 6:82192 7179 390d 4127 674b 1949 6909 7101 496b 4b41 5349 6351 635f 0b53 5151 6111 2963
LL_SRM 6:82208 5b7b 010b 7d73 5d53 7f69 7559 7f1f 7b73 572b 5f75 6b73 5b3b 3f3b 6f51 3b11 775d
LL_SRM 6:82224 5f67 753b 6577 013b 7f21 4921 3931 2741 5f57 6761 5b6f 1719 755f 5f3f 6f63 412d
LL_SRM 6:82240 7111 6115 5105 7975 510d 0755 1133 3551 0519 4135 1163 753d 7119 5371 1969 6b6d
LL_SRM 6:82256 2905 794b 2943 1121 4b51 5101 7103 173f 2161 635b 2151 1931 1155 4159 0903 0575
LL_SRM 6:82272 1f71 6145 7d63 6521 4f27 4b23 7331 5d1d 3159 3f33 5353 6103 753b 6569 6773 7537
LL_SRM 6:82288 7179 6925 357f 4751 1963 6371 7549 6d47 6d2f 312b 6555 7571 270f 1151 6f53 792b
LL_SRM 6:82304 1155 4f0d 070b 093d 615d 2b43 5507 1f0d 5747 197f 091b 2b25 5d03 096b 172b 2b27
LL_SRM 6:82320 0129 4f4f 1139 0571 2711 7d2d 1739 3b6b 237d 0175 3577 1761 5b05 515f 1b75 012d
LL_SRM 6:82336 5f6d 6b03 792f 7b0d 3b49 1f1f 6f39 4d0d 292f 0b1b 4b4f 4f6b 390f 1f69 3d23 1d4b
LL_SRM 6:82352 490f 4741 0749 1f6f 7d2f 4d43 7f4d 1133 1d5d 5d73 5b1f 4d2b 4b4f 0721 0f55 2f19
LL_SRM 6:82368 052d 370b 6319 6b53 6741 2b0b 4d09 011b 130b 3157 4145 6f17 6925 4f7f 5b25 0707
LL_SRM 6:82384 235f 6745 0515 432f 2341 0363 1d07 4909 4505 0507 3301 0d2f 5b17 6755 0315 3139
LL_SRM 6:82400 772b 6b05 5f7f 170d 7f7f 0d03 0777 2729 7f0f 5f65 651b 5b21 230f 4f1f 4167 6f45
LL_SRM 6:82416 6b1f 2f0f 670b 4945 0b07 3945 130f 2725 0d6f 1d15 1b51 5721 5533 2d59 1b0f 4b17
LL_SRM 6:82432 5b03 0979 6139 613d 5501 733b 2159 7d73 014d 1733 3f05 075f 4559 6f65 5737 5755
LL_SRM 6:82448 1101 3d1f 0305 7d45 3335 7963 1f61 0167 3921 6555 3563 2539 5921 3535 3111 6961
LL_SRM 6:82464 617b 4f77 3171 090b 612f 6b23 537b 1315 7735 7145 5d79 3729 7f57 735f 6b75 3771
LL_SRM 6:82480 132b 7d69 1969 6577 357d 717d 7f3d 6d11 7761 7908 3b75 3d69 751f 6163 635d 6105
LL_SRM 6:82496 7d11 4141 6b19 4917 792b 717b 0931 0959 4341 5753 5361 5503 7957 7121 7151 714b
LL_SRM 6:82512 0171 5f79 3d01 1143 7b41 6763 1159 156b 6161 7d2f 3941 4b2d 3d53 193f 4503 453f
LL_SRM 6:82528 5755 197d 3f3f 3d71 3b49 0771 7359 5571 6961 6b71 7f7f 433d 5571 fd19 6b7d 3d05
LL_SRM 6:82544 7d77 4b5d 5b71 0d01 795f 5151 1177 3503 791b 513b 6377 2d57 7f11 2f3f 7b73 7341
LL_SRM 6:82560 5b57 3b6f 031b 090d 1319 2323 0d1b 132d 5b1d 4b3f 1101 450f 290d 051b 4303 191f
LL_SRM 6:82576 5109 2147 1f43 474f 015d 2d0f 1901 0541 4d5d 5b23 1779 3d1d 2b27 0b17 050b 2775
LL_SRM 6:82592 371d 3b5d 632d 377d 274b 5b01 5f43 0f55 5b69 1b2f 7f59 170d 1f33 0f0f 796f 0129
LL_SRM 6:82608 374f 3d11 7f0f 0757 7f33 4347 2d4d 2b6d 3b07 4f6b 5b4d 132f 0f45 0f17 5765 6979
LL_SRM 6:82624 3503 3d6b 392b 2725 1957 4b49 1b69 5739 4b21 194f 6111 5527 2307 111b 012d 3f37
LL_SRM 6:82640 353f 49e5 730f 275f 4f09 4747 2757 2b0d 0115 611d 055d 4f59 0d09 0d73 210b 711b
LL_SRM 6:82656 2f47 4521 1725 050b 0365 5f1f 6f3f 7707 135b 3b01 5d3f 6b47 4b6f 1d23 1f2f 6f51
LL_SRM 6:82672 1523 2719 616b 2f45 472f 4d5b 454f 7f35 7739 1f0b 7f4f 1d07 330b 2d11 7771 3739
LL_SRM 6:82688 610b 736b 6301 2943 051f 7177 6101 375d 7f11 5173 0f35 394b 3161 0129 4365 6579
LL_SRM 6:82704 1113 4971 7511 0943 1571 0909 7907 4d51 4d31 730d 793f 217f 2115 515b 1143 312b
LL_SRM 6:82720 4b11 2b71 4939 5b29 716f 2d41 4b1d 171d 5b77 7901 757b 5729 5367 7941 5b77 7721
LL_SRM 6:82736 7963 514d 5317 074d 531d 1145 3b33 6947 735b 6163 7f77 6905 5975 7d73 497f 7745
LL_SRM 6:82752 113d 437b 433d 092b 336b 3579 5131 4957 0971 1769 7f29 7311 0353 476f 0d21 115b
LL_SRM 6:82768 6509 1717 1547 413d 0523 457f 2345 3531 2361 6b45 4107 5177 2f1b 217f 4543 6967
LL_SRM 6:82784 1779 3361 7939 634f 6767 6d33 797f 6b09 3f7f 6121 2d3b 2935 2159 7b33 751f 7f7b
LL_SRM 6:82800 773d 712b 1f27 5933 2b7f 7d5b 4955 692b 773d 673f 1953 7131 5751 2f33 4965 1b1b
LL_SRM 6:82816 0f61 0377 0b03 7319 6149 056f 2b0b 2f6d 0113 374b 0b19 6f05 1363 017b 0f4b 7537
LL_SRM 6:82832 4719 292d 0309 6f6b 1931 053d 0b15 2f1d 652d 7915 4553 2733 0379 1719 1d03 2d67
LL_SRM 6:82848 375b 794f 1f4f 7967 5539 1323 076f 7b55 7f35 452f 2f33 4f0d 6f3d 4707 391b 492f
LL_SRM 6:82864 0543 2f29 0527 6d3d 6b37 7d7d 377d 5769 757f 2567 137b 7113 0d0f 5b59 274f 1d1b
LL_SRM 6:82880 450b 1f07 4f53 055d 2b3b 034d 0f2d 4b6b 270d 791b 5151 410b 211b 1357 0527 2f17
LL_SRM 6:82896 0507 0d4d 0721 4339 412d 716b 6943 554f 032d 457b 3313 4b1d 1b53 4f1b 6d35 674f
LL_SRM 6:82912 2d3b 0f0d 5707 612f 2b47 5f61 3d6b 4f0d 452f 2d2d 0323 2f09 673f 0f15 6f37 1967
LL_SRM 6:82928 7b7f 0353 7f3d 0f37 551f 0b1b 370f 1541 577d 1d2d 197b 6b4b 7777 6d13 7f17 3d67
LL_SRM 6:82944 3171 3517 6921 712b 0175 5127 5345 4357 1371 4327 1539 4f23 2501 7351 632b 776d
LL_SRM 6:82960 1121 7177 3909 5171 1341 0d79 3519 7d7d 2121 0517 2d01 353b 7511 6d77 0312 037b
LL_SRM 6:82976 397d 7b6d 6753 6141 0b65 6371 417f 715d 3d35 7b37 7d7f 2977 5579 2541 4f5f 3d31
LL_SRM 6:82992 6d29 0351 7f55 6d29 4b43 6739 6563 7757 5361 5777 637b 6d6b 757f 7b21 716f 117d
LL_SRM 6:83008 4d11 6975 2179 7309 1d13 256f 2379 257f 670f 0165 6501 374b 0d39 417f 2549 5935
LL_SRM 6:83024 3b49 2163 5123 6151 4369 6347 0927 497b 5159 5525 7961 077d 2901 037d 3931 7d7d
LL_SRM 6:83040 6b79 7d79 3d1b 772d 2f13 3749 7b75 6d21 4933 3973 2365 5b3f 3b2b 2943 0767 7317
LL_SRM 6:83056 573d 732d 3d5f 5145 6d49 3971 7141 7545 1959 7761 6931 3569 5d75 3703 696b 6761
LL_SRM 6:83072 5131 2b6b 1b43 192d 6f0d 0b75 033f 071f 3f5f 536b 4105 675f 5b45 0d4d 7135 474d
LL_SRM 6:83088 0307 3527 2375 0173 151d 7f3b 0745 412d 010d 495f 0f49 0f4b 0507 7107 0f03 7b17
LL_SRM 6:83104 492f 4975 7b2f 4923 776b 5f17 674d 0769 5f2d 2b17 6d2b 732b 3f35 1d3b 5307 2919
LL_SRM 6:83120 5557 534f 450f 653d 6f6d 5d0f 334d 4f43 7957 1f2b 772d 3771 0f5f 5511 1b79 3b07
LL_SRM 6:83136 0b4b 391d 430f 031b 0b0b 3969 1905 4d4f 1311 411f 6d0f 615f 0155 132f 1b2f 1519
LL_SRM 6:83152 7b1b 455f 5509 531f 1741 3f3d 051b 3f6b 616f 216b 111b 4b79 1d03 0d71 5901 4b15
LL_SRM 6:83168 6f57 6f55 0d3b 1f03 7f37 453d 7f1f 2f01 3f07 4b17 270f 770f 7303 5f0f 710f 2d5f
LL_SRM 6:83184 3d3f 2b0d 3937 1f53 6d4f 0763 791b 4b0f 5925 3f29 3f27 4f3d 375d 4b29 5949 0163
LL_SRM 6:83200 7131 4967 5b59 1743 152b 073b 3363 2d61 3361 5731 2341 4155 1d49 2753 112d 796b
LL_SRM 6:83216 0121 2355 0165 3367 4351 4d25 2923 5551 6119 7f21 1311 1319 2571 097d 4171 1139
LL_SRM 6:83232 7f57 2951 613b 7b15 7977 1d71 7373 5f01 6733 7705 397d 6119 6f0f 3b31 4b1d 7b6b
LL_SRM 6:83248 356b 6771 737d 3d39 3165 594d 7763 7341 4f63 4715 1d31 6b33 3b33 2d61 6b6b 7173
LL_SRM 6:83264 1101 4f05 4121 0579 3539 1d7f 0337 595f 3141 5d5b 0141 6529 0579 613f 7341 15c3
LL_SRM 6:83280 314d 675f 4307 0b2b 5133 3177 7705 695d 431f 2751 5351 4317 6929 2327 5371 2529
LL_SRM 6:83296 396f 4129 277f 0d7f 5769 7d51 717b 6355 6529 5f35 677d 6d13 776b 1709 0b63 3d1b
LL_SRM 6:83312 356b 3131 7b15 2d37 4b3d 7f73 4937 5915 577d 7943 7135 3543 7d67 2523 7133 4d61
LL_SRM 6:83328 5d47 3b07 6907 452b 1105 495d 0541 3757 096b 157f 7f5d 5525 211d 232b 2d4b 796d
LL_SRM 6:83344 694b 7763 0557 1f4d 1905 4777 4939 2f7f 1365 1b27 254f 0763 2117 6d6f 0143 1b35
LL_SRM 6:83360 0d59 0f69 2f7f 656d 4f07 5d4f 7f1f 0943 4d35 496f 2727 2f61 4d63 4745 4745 211d
LL_SRM 6:83376 6d5b 4d05 756b 2927 1d6f 4d57 0f3f 3511 4d07 7531 1b1f 1f59 4f2f 2f01 371f 0b61
LL_SRM 6:83392 7155 1f47 0711 7f1b 291d 0f0b 2125 0d75 2f4f 6b67 3109 7b0f 6717 0143 0101 3b1d
LL_SRM 6:83408 394f 1b3f 1523 131f 5941 0555 0f07 0f4d 7f3d 391d 1359 752b 4d2d 2509 110b 053f
LL_SRM 6:83424 7f2f 7f15 434f 7107 390b 4b63 6f47 4f2d 1d6f 5d05 5b59 1731 2f6f 6939 4d4b 0511
LL_SRM 6:83440 2f4b 0d37 6f57 1949 4b6f 5539 5143 6915 0f5b 2f7d 7f0b 4f63 112f 674f 3977 0b4f
LL_SRM 6:83456 7301 0763 0161 617d 4d41 6b77 4305 3773 734d 2579 6123 1153 6935 6137 5961 7131
LL_SRM 6:83472 4179 7d5f 2349 313b 037d 2371 3161 753b 417d 7161 1123 6549 0119 4d61 1175 5363
LL_SRM 6:83488 5b63 6933 577d 7d15 3753 795d 654d 1b7d 437d 3975 7d79 3329 3f63 6133 712b 5f67
LL_SRM 6:83504 7569 2105 5f71 777b 7b69 3123 3167 d143 0d75 3f03 4169 750d 6f63 210d 3571 5f11
LL_SRM 6:83520 4523 1727 7529 670f 1b31 7545 7159 512d 2329 2107 0349 512b 515d 7147 5315 417f
LL_SRM 6:83536 2171 793d 0331 2947 0171 495b 3979 5b71 2369 732b 6301 7d71 697b 276f 2141 7d6b
LL_SRM 6:83552 6565 232b 6b59 191b 2175 0329 6f2d 5941 7169 257b 7b75 2725 7779 7569 7177 3953
LL_SRM 6:83568 776b 7b03 5f51 531b 6b5b 732d 3d31 511f 5b73 6f47 7357 7961 0323 5551 777b 6565
LL_SRM 6:83584 4509 7f2f 192d 0d47 4d01 231b 1941 1b67 6d13 4139 714d 4b2b 093f 2f3f 6b17 593d
LL_SRM 6:83600 0507 1535 0d47 613d 6f39 2f4f 1b05 655f 130b 374f 231d 0757 0551 7d0f 0d67 0b29
LL_SRM 6:83616 6f3d 470f 771f 2979 7f77 0531 5f6f 2f49 2b07 2d21 5b07 4b2f 497d 4f37 6907 7f45
LL_SRM 6:83632 3747 7f5b 531d 276f 6f7b 3b53 7b1b 4175 2975 1f6b 6f2f 0f31 373b 5b69 5b6f 4f0d
LL_SRM 6:83648 0b23 696b 2d17 272d 6303 2f27 1307 7b3d 2539 275d 191b 2d4f 2913 2b1b 073b 4f67
LL_SRM 6:83664 050d 292d 410b 0517 173f 4d0b 052f 532f 2917 0b25 4159 0f17 0f27 0965 7359 4753
LL_SRM 6:83680 6b11 176d 6f17 412f 274f 2f13 6b39 3b71 5d05 193d 5f3d 2f4b 671f 6b3f 7979 1f1d
LL_SRM 6:83696 3d77 0f45 5f2f 1f17 5f77 4529 2b0f 651f 1365 0719 696b 2f4b 4f1b 0b37 4d7d 1929
LL_SRM 6:83712 4969 6d3b 0511 4f77 3911 494f 2521 0515 534b 354d 7321 3131 617d 4179 353f 1557
LL_SRM 6:83728 6129 0541 071d 5731 0527 252f 3731 4d23 0b11 5d71 0f11 3363 192d 7b6b 6563 7107
LL_SRM 6:83744 557f 792f 3559 2d55 335d 4d21 5757 734b 4b39 5d35 7751 2b61 7b75 2355 1f7d 7373
LL_SRM 6:83760 5135 716f 330d 5d4d 7d63 255b 0737 4971 533b 7f31 3935 4161 7977 2b5b 5b6d 6347
LL_SRM 6:83776 6d19 3161 3f41 7553 0573 7d05 5575 410b 1d5b 6311 0543 4f19 2f79 675b 1741 5767
LL_SRM 6:83792 2b71 1565 5101 7975 2909 5165 1b1d 2101 1329 0939 6d11 113d 6715 397d 3f41 0539
LL_SRM 6:83808 5f41 4f39 7505 1509 416d 1173 7f65 3971 5933 0f17 3941 1b11 7f43 3d11 5d7d 5109
LL_SRM 6:83824 6371 6927 2975 0d2b 2f73 4305 193f 4b11 6b3f 5379 177d 454d 2971 6f23 273b 6941
LL_SRM 6:83840 170f 1b1d 6117 656b 2345 091f 070f 6917 4d05 250f 534b 0947 5b67 3d27 0f03 3d2f
LL_SRM 6:83856 010b 0313 3f61 2123 6505 3703 292f 212b 455f 095d 0715 4f07 1305 1d4b 5703 7f7f
LL_SRM 6:83872 5f4d 150f 3f6d 4b6b 5b5f 6f4f 530f 7567 7f79 7f0f 6d47 570f 5b5f 3d25 2f25 5b29
LL_SRM 6:83888 494d 3f0b 1f5f 0b05 591d 0701 1d3f 374b 5f6f 2f53 6777 0f13 0f5f 6d67 6d7f 1f11
LL_SRM 6:83904 4b21 614f 2b27 0917 1949 0763 2105 690d 6b1d 397b 170d 750d 0721 2f43 650f 4357
LL_SRM 6:83920 4f0f 557f 4b53 4557 152f 2b0f 0907 5119 0b27 0f55 7f6f 095f 0361 3977 0f01 710f
LL_SRM 6:83936 4b0d 6d47 3315 2507 7f77 0b0b 5d7f 3513 7f4d 6b4d 2d6f 5f4f 597d 6f4d 2f2b 5303
LL_SRM 6:83952 1f39 2f6b 774f 5d07 1d7f 4f5b 2d69 6d43 437f 0379 273f 6f05 7307 3707 2763 5d1f
LL_SRM 6:83968 5105 5171 431d 636b 1513 2175 494d 6371 7341 5527 5131 716b 716b 4721 6129 591f
LL_SRM 6:83984 2101 731f 5109 7967 7123 1757 6d59 3f5d 7155 6935 1149 676d 6b27 794d 2373 777f
LL_SRM 6:84000 5b6d 596d 1d71 3d71 1f7d 0d27 7131 5725 3359 6133 7179 7119 1729 7151 1775 5f01
LL_SRM 6:84016 7b71 4357 2777 7127 7153 1775 577f 5f01 1d27 6727 397f 7d51 2329 0b3d 571f 5941
LL_SRM 6:84032 0361 5127 0951 110d 211b 552f 7163 034b 4b71 0b69 434d 277b 0f63 7911 3331 1977
LL_SRM 6:84048 0f65 4b29 3137 0153 7929 7139 2121 0179 3931 717b 5949 4361 1909 133f 6369 6167
LL_SRM 6:84064 3771 273b 690f 5321 714b 557b 3d45 3f13 5f77 6d71 6f7d 5701 7345 5b79 5d3b 7155
LL_SRM 6:84080 5973 7139 3d77 5b3b 6f7f 616d 6f1b 3951 791d 5563 6f3b 255b 2b75 1535 6d51 4903
LL_SRM 6:84096 4b0b 272b 017d 4955 2335 4d5f 4f3f 4173 2f67 434f 6f25 1523 436d 250b 4945 4b53
LL_SRM 6:84112 1b4b 012f 5107 614f 1125 5967 0923 0759 6509 2939 3d19 571b 2945 6f43 5d09 2757
LL_SRM 6:84128 3d1d 076b 4b5b 1f19 2d2d 0b1f 3b7f 1f75 2907 1b09 4b79 7f05 0f1f 634b 4f69 2921
LL_SRM 6:84144 7915 6d03 4f2f 2b4f 4f13 4b2f 2f37 2b33 2f47 5f29 6b03 4d0d 1d1f 2f07 5f2d 0b21
LL_SRM 6:84160 490d 272b 214d 1343 052b 2d0f 430f 072f 6b77 012f 0b4b 3777 0903 0d1d 0907 311f
LL_SRM 6:84176 6b09 6329 0743 6713 5f3d 1b4b 2705 115f 170d 0d1d 651d 2d7d 0903 216d 0b2d 071d
LL_SRM 6:84192 2f0f 5729 7d7b 7f7d 413b 3d05 634d 271f 271d 210d 6763 7745 532f 412d 6f67 5921
LL_SRM 6:84208 571f 7d55 4959 0f09 6f7b 7b3f 7f49 6525 134b 0305 3f07 2747 7f17 1f4b 254b 732d
LL_SRM 6:84224 3563 2375 1107 554b 0541 4975 2941 2569 6505 5139 0125 017f 3f1b 615f 2b4d 771f
LL_SRM 6:84240 4d41 195f 413b 116b 4145 716f 2507 1b05 4921 7107 1121 4363 2515 7b23 1923 0533
LL_SRM 6:84256 7f05 4551 2173 6f0d 7543 6d63 2b71 6d51 5573 2f45 7b6b 533b 3f15 6515 1163 3705
LL_SRM 6:84272 756d 7541 5373 771d 597b 5759 797d 7b53 7f21 7129 317b 5133 3f51 3147 5567 2973
LL_SRM 6:84288 2f45 5511 7725 734f 0751 1357 1b79 215f 0111 0965 2b1f 7361 4935 451d 7b47 2d45
LL_SRM 6:84304 2331 3959 6749 215f 2745 6947 5d41 0971 3715 335f 1113 757b 5155 0961 3561 0177
LL_SRM 6:84320 437b 7569 5d27 4b65 391f 6339 3173 3771 3f53 3b3b 6f6f 613f 712b 7b01 5521 1b3b
LL_SRM 6:84336 1761 2565 3323 6363 656f 7d61 7d57 3911 7d51 072b 0771 7b2d 236b 3f0d 7949 5739
LL_SRM 6:84352 233b 0d09 4531 1d1f 0317 471b 1d01 2767 4543 093d 2515 5747 4751 674f 0d21 4f3d
LL_SRM 6:84368 3541 2f0b 5905 412b 0505 2535 654d 0d4f 157b 194f 4d37 6317 031f 472f 4f39 775f
LL_SRM 6:84384 5979 5f17 696d 2f3d 7f6f 7f21 0f4b 7f45 496f 3b11 2549 0525 392b 6f79 6d5d 7325
LL_SRM 6:84400 597f 6f1f 170d 1d13 7d6f 7f3f 3d65 7b4b 7f2b 1569 5717 3b6f 7d05 2b5b 575f 2f7b
LL_SRM 6:84416 293d 0913 0111 311b 1145 6537 0101 614f 3f1d 6765 4f43 6f59 4923 7d1d 4d23 3143
LL_SRM 6:84432 2919 0f0b 3b21 0f23 5f01 3b65 1763 755d 2141 5147 5325 194f 532d 071f 4539 070f
LL_SRM 6:84448 4b6f 6505 3f75 2541 551f 6301 6b75 7b09 2d6f 550d 330f 1f3b 517d 2905 193b 0f6d
LL_SRM 6:84464 3d0d 7f07 4f57 2f55 270f 650d 715b 6b2f 7f43 7321 411f 2f7d 0f17 372d 0f2f 017d
LL_SRM 6:84480 6155 6737 4325 0119 051f 4d77 6371 5139 3b09 3365 4303 116b 593d 3711 6931 0959
LL_SRM 6:84496 6921 4517 3913 0951 0361 6117 2123 2921 4567 0f6d 4369 637b 6951 7b51 116b 3131
LL_SRM 6:84512 693b 4575 7779 6363 6f5f 4f31 2b69 314b 7777 7b05 5d6d 6319 7361 610d 795b 6f2b
LL_SRM 6:84528 5735 3f05 3d6f 5f43 673b 4911 7179 7563 7375 6301 4b5b 3d29 4747 3d07 6779 7327
LL_SRM 6:84544 1131 330b 3903 776f 6115 410f 4129 5b71 0f35 4779 6d71 5937 7939 7d69 4171 3179
LL_SRM 6:84560 5371 7d6f 3319 1153 4125 1163 5141 0557 5d35 653b 0f53 3321 2139 1131 6943 5749
LL_SRM 6:84576 515f 3747 3f71 7953 7575 6f75 6739 3779 7f5d 7f07 0f75 1705 3355 6d11 0771 5911
LL_SRM 6:84592 6773 6337 5533 5361 615f 6143 7375 3919 254f 795b 690b 5b25 6177 4b45 2d77 3f5f
LL_SRM 6:84608 2f21 4763 7915 0173 1f1f 493b 0301 132f 0b0b 134f 252f 012f 1f6b 7505 490d 571b
LL_SRM 6:84624 5119 151f 0d0f 0f15 0d0b 0d4f 0345 3945 630b 4d41 0545 4533 0f51 5305 0b27 196b
LL_SRM 6:84640 597f 4b27 7b4f 6303 7f0b 2f09 372b 2919 3f45 6b05 710d 7307 5729 2949 2d67 3b2f
LL_SRM 6:84656 6d3f 3b45 3f05 4f41 5d0f 7d05 7f1b 1f07 3d4f 4f19 552b 5923 3f4b 1505 252f 1705
LL_SRM 6:84672 0125 3b2f 0357 2b47 4901 0f1f 0943 117d 190b 0b0d 030b 4977 3949 036b 594d 3f1b
LL_SRM 6:84688 1107 2f6b 7b21 2b73 014b 015f 5b21 273b 0f07 1739 015b 1f7f 3913 6957 4703 252d
LL_SRM 6:84704 557b 517f 3f7d 3b3d 573b 1b0b 0f07 6f4b 4b1d 2549 7f2b 7d7f 3f51 7d1d 374d 0d0d
LL_SRM 6:84720 1d47 173b 5b7f 2759 3d7f 2301 2f4f 3d09 297f 5f27 1d55 070f 4b6b 5d01 6f1b 4d2f
LL_SRM 6:84736 6369 4f79 7321 4f57 2121 573d 094b 410b 4567 4917 650b 512b 1509 3d57 2f71 6369
LL_SRM 6:84752 0107 117f 152d 6b71 2903 5f57 6165 636d 5531 793b 1d31 7b5f 3b21 617f 6301 0f33
LL_SRM 6:84768 2961 6343 7965 5173 5765 0179 1d7d 4525 7d3d 7571 7d75 456f 6337 3779 4937 4f53
LL_SRM 6:84784 3d5d 7d6f 3751 5949 2f7f 5b69 676b 1b65 530d 5103 3f7f 411d 6d67 3f79 795b 4311
LL_SRM 6:84800 5161 675d 1731 0d41 2131 3d79 3175 3d33 3f01 0f0b 712b 7715 714d 656b 534b 0525
LL_SRM 6:84816 6b09 5d19 0501 5121 710d 3971 6761 6157 4f13 012b 7d39 594b 5d73 6d01 0143 1141
LL_SRM 6:84832 0f75 1f25 3149 357d 6779 3717 5d5d 5941 676d 2b01 6161 7b17 7135 1133 496f 3729
LL_SRM 6:84848 7d77 3743 7d21 6767 3179 0b23 2923 5d7b 7f1d 7b29 5177 0175 5757 5549 7d77 774f
LL_SRM 6:84864 0d11 072f 1b09 1d6b 493f 0723 3151 0745 134b 0d6b 3347 533b 2f1b 0f6f 490f 636d
LL_SRM 6:84880 2d21 4d4f 0b21 1b79 4d11 0f0f 2f27 0f4b 1929 4f4f 3b6f 5f6b 1f1b 6d37 210d 010f
LL_SRM 6:84896 4d4f 230f d127 2f39 1513 7d45 3b6f 692d 3911 4365 7179 677d 7b2d 1b49 1b57 252d
LL_SRM 6:84912 3f79 6d5f 0f5d 536d 3757 6b4d 5379 277b 551f 7b49 794b 3107 0f53 751f 6567 0b1d
LL_SRM 6:84928 5f17 310d 3325 0d4f 0111 416f 2107 0b1f 7505 4d2f 256b 3b6f 632d 070f 4503 4f37
LL_SRM 6:84944 0709 230f 6911 4d67 0131 155f 4565 7d2d 6907 1f17 0d31 1f57 0561 2d2f 214d 1947
LL_SRM 6:84960 3f4f 7751 7d0b 5701 6b3f 656b 110d 1f4f 430f 0f37 657b 670f 4b7b 4907 1d65 374f
LL_SRM 6:84976 494f 6f4f 692f 2b05 174f 2b2b 075f 0d2d 5f1b 1f17 2d57 3f7f 297f 0d0d 671f 095f
LL_SRM 6:84992 4107 1b6b 432f 6b0b 6165 5937 4351 2313 4539 6347 4161 7577 5321 1f7f 1771 6173
LL_SRM 6:85008 2551 717d 1303 5527 1127 5171 2931 3d57 6d1b 615d 116d 497f 3541 5329 6971 317b
LL_SRM 6:85024 3d71 097f 7b2d 6925 596b 7751 697d 1f53 3b7b 7557 694d 0569 0f63 6563 6379 6359
LL_SRM 6:85040 3f57 0b1d 3147 7b7b 396b 7155 0f5b 1331 7b6b 771b 7f53 2d61 6d21 7739 3559 1737
LL_SRM 6:85056 0749 3f5d 3331 0973 2949 2f77 4543 3d7d 2721 3b07 6113 397f 4331 334d 0d79 4747
LL_SRM 6:85072 5d11 414d 0417 033d 3961 2155 5115 2541 1311 5751 6973 496f 4959 3b59 5301 4f1d
LL_SRM 6:85088 5d5d 6b7d 2939 5907 5f61 0d75 751d 1959 3d57 5529 2357 5341 3d37 7d61 7f79 6575
LL_SRM 6:85104 734f 7f71 3379 7175 4177 6555 5d63 5f01 7975 774b 2f75 6b75 3d5f 3d3f 5361 3501
LL_SRM 6:85120 411d 4957 295d 4d5b 2d4d 0f57 4b0f 454d 4d0d 153b 2703 0d7f 1d05 0b15 7525 0353
LL_SRM 6:85136 5f3b 555b 0907 2b0f 6b39 034b 253f 1d41 4b65 694f 0b4d 2127 0f1f 054d 2d07 7f3d
LL_SRM 6:85152 2f2f 250f 4f25 5d03 217b 1129 1f0b 270f 6b61 230b 610f 1b03 4d1d 290f 7d3b 6523
LL_SRM 6:85168 6d7f 2b29 736f 1f3d 171f 6d6f 3b3d 6d4b 6b67 0d0b 3b51 731f 2709 092f 533f 1d2f
LL_SRM 6:85184 111d 3177 0731 0175 2319 5d79 0d6d 5937 5d29 552b 0543 4f6b 1549 133b 6745 2107
LL_SRM 6:85200 016b 175f 1521 0769 1901 3763 0f11 191d 0505 0b17 0505 3f4f 210f 0b4f 0d13 4b3b
LL_SRM 6:85216 7d1f 4573 7b3b 1b0f 1b6d 3703 0d11 7f4f 5b2b 674d 6913 0f0f 5f1f 2f21 0771 573d
LL_SRM 6:85232 2f0f 5b43 7f25 7b03 1f5d 6b29 4d1f 5b47 454d 4123 1f07 2973 4f1f 691d 697f 2313
LL_SRM 6:85248 1157 210d 1947 5365 790d 7963 0327 0b5d 5f31 5d49 4535 213f 6d21 3f31 4323 6319
LL_SRM 6:85264 1125 713d 0127 150b 5113 217b 4b41 0d55 4951 0569 3f35 3179 4303 1d41 2501 3d79
LL_SRM 6:85280 5547 616d 0179 3d79 3b6d 7d21 7f45 5317 6125 6d47 415d 0b03 5d23 1161 6741 490b
LL_SRM 6:85296 3d3f 6165 7323 7763 6b3b 5931 7f77 7b51 7565 750f 6957 0b0d 3d5f 5361 7b73 7b71
LL_SRM 6:85312 3f1f 437d 3b41 773b 0d41 3179 1951 0113 4537 2379 7d35 1355 4921 354d 4119 1153
LL_SRM 6:85328 017d 4339 0565 0741 6961 7521 5971 7147 7129 797f 5963 190f 0341 4377 7555 3161
LL_SRM 6:85344 6f67 7723 7723 7d6d 577f 0551 3767 132d 6973 2141 3b61 1d69 1d73 0d3b 3b43 7363
LL_SRM 6:85360 7761 6915 217b 6543 3579 7f39 6f63 537b 777f 7f49 7525 7b13 2163 5117 675b 0561
LL_SRM 6:85376 2307 2967 2b17 7f4d 2f07 1b4d 2311 3323 2f05 0301 1d0f 1d2f 2707 1547 0575 174b
LL_SRM 6:85392 0941 035f 1917 5f57 4745 432f 0f45 6547 6343 0d67 1347 0309 356b 6f0f 093d 332f
LL_SRM 6:85408 656d 150f 7773 1f0d 3719 4b2f 452d 334d 0d51 370f 5f0d 250d 1d37 091b 7707 133d
LL_SRM 6:85424 3b3f 116b 556b 6b25 4f7b 354b 470d 4d15 4f1b 675f 1b7b 3d45 1f7f 2f51 0f19 5b35
LL_SRM 6:85440 0167 0757 0745 2509 2529 0565 4d6b 0f3f 111f 073f 2307 0323 6b11 4761 4321 4b1b
LL_SRM 6:85456 5531 070f 3503 0f3d 0515 0719 2d41 336d 014b 694f 630f 0f47 0b79 191d 291d 0907
LL_SRM 6:85472 1305 5709 232f 6503 5f67 0d63 611f 0f0d 2f1d 4b6d 4f47 6105 754d 0357 473f 0f3f
LL_SRM 6:85488 6f7b 333b 3b6d 5755 1b6d 6347 7d43 4f65 5f3b 737d 273b 1b35 6f0f 231d 4763 3f3f
LL_SRM 6:85504 2d61 1d17 3779 3511 0525 3b6b 1931 533f 2f23 3569 7335 3173 0b51 6733 1d3b 336f
LL_SRM 6:85520 5135 6f3b 5911 6159 294d 6707 4b61 476d 7921 0d75 0923 1351 6d31 614b 797f 0177
LL_SRM 6:85536 5b73 437d 2b73 3743 7f1f 5141 1f4b 2d71 7373 1b21 477d 3717 7b4d 014d 7379 7351
LL_SRM 6:85552 0d3b 3f41 4919 595f 3957 3f6f 3b2d 2155 7713 7167 011b 4f51 4713 1d03 7d45 4947
LL_SRM 6:85568 5d61 497f 0311 1339 4109 7965 3561 317d 6113 4f39 337f 3331 2153 4f27 0d05 3535
LL_SRM 6:85584 6b4d 317d 6d41 4575 3101 310f 6365 471d 5155 7d7b 1921 3937 6115 6b7d 3159 2535
LL_SRM 6:85600 7b45 7155 797f 5f41 4d47 5b45 4d35 7749 3303 7b31 737d 5f6d 3f3f 5505 4555 3f77
LL_SRM 6:85616 773f 0b71 5d61 5565 3f33 3b69 3d73 732b 6f7f 1f43 6b71 5d49 7b2f 3b75 0d5b 7133
LL_SRM 6:85632 090b 2519 310b 292d 5141 4d45 0f13 1737 4131 0d0b 4161 2137 0923 574b 0507 4b19
LL_SRM 6:85648 5b05 2f4f 2523 597f 274f 273d 3347 496d 694f 0b6d 2b79 4157 3f1d 1777 7b0f 0d03
LL_SRM 6:85664 6927 6d25 430f 2775 1d4b 0769 5b07 1f4b 2779 5d27 470f 0f6f 7f1b 2b3d 0f17 4565
LL_SRM 6:85680 393f 4b27 4f67 2b11 0767 294b 3b4f 4f11 6b39 1b17 2f4d 034f 2f1f 0f0f 3f7f 416b
LL_SRM 6:85696 2b1d 670f 3b4d 0b4f 0519 055b 5f4f 7133 0727 253d 274d 4b47 4f25 531f 5503 4337
LL_SRM 6:85712 0f17 0f0f 0505 0f7b 070f 053b 4b19 477f 2d05 1d3d 610b 3907 2b09 495f 272f 3749
LL_SRM 6:85728 5923 0d01 5b1d 471f 4b75 237f 7f17 4531 0d5f 1b7d 335d 3d05 2f53 4559 3f37 7f47
LL_SRM 6:85744 0f0f 7f17 3f57 4f49 2b13 4739 5d5b 6579 1d75 5d15 6d5d 4915 2d13 1111 3f7b 6727
LL_SRM 6:85760 4959 6171 6121 516d 2971 1173 5541 3357 5159 6b2b 4971 2153 0905 1115 6341 1357
LL_SRM 6:85776 1901 1f25 5101 6765 3927 715d 2971 1f11 0111 0b73 0121 5555 5907 7973 4947 517b
LL_SRM 6:85792 5109 6125 5b39 6751 7557 0161 6771 5375 7b73 7d49 2d65 7949 777f 6111 737b 1723
LL_SRM 6:85808 2b65 716d 737b 3f65 1b2f 2f51 315f 793b 7f4b 7513 7d4b 071d 7b31 0905 7f7d 390b
LL_SRM 6:85824 592d 4f21 2535 7945 1115 677d 5117 1971 7523 5953 0121 3d69 2127 695d 334d 7533
LL_SRM 6:85840 2361 5763 6941 254f 1119 6d57 6957 316f 5305 2b61 2b23 7d25 7149 7147 0171 037d
LL_SRM 6:85856 737d 3b37 197f 737b 4b3b 7f21 2573 7d09 3d3d 7547 196d 3141 3f73 713d 3d7d 5d51
LL_SRM 6:85872 7f77 2d0b 1d77 6d39 696d 0b6b 5979 7355 5167 1d6b 7317 6571 4d79 774f 5d51 2b1f
LL_SRM 6:85888 0719 216f 0319 476b 533f 373b 2329 033f 3769 0917 612d 6f0b 1713 1d5b 0b29 2d63
LL_SRM 6:85904 1705 2f07 2723 650f 4105 0f7f 3f39 513b 1529 1737 0913 2f17 6913 0109 2929 136f
LL_SRM 6:85920 7735 6f1b 332f 3f09 5d79 5b29 156f 074b 434f 7767 4b47 611b 5707 2b41 5327 5907
LL_SRM 6:85936 2f65 0f37 6b7f 5f49 4b69 1d49 7b3d 5f2f 4b4f 4d23 691d 7b0f 2f07 3921 3717 7f0f
LL_SRM 6:85952 0137 191b 1d53 6f7d 3d69 6323 4d29 4b27 0301 251f 0307 172b 4933 451f 650b 5929
LL_SRM 6:85968 7921 195f 2563 0f4d 2107 7333 434f 372f 5d3f 2153 0d25 7f45 1d47 110f 513b 5179
LL_SRM 6:85984 275f 7131 7b6b 4d0f 2f5b 1b25 3f43 5f4b 1775 6f5d 537f 4b53 072f 2d25 4d3b 595b
LL_SRM 6:86000 5b5d 0b07 275f 0d39 610f 0171 0b0f 577d 1f4d 0137 7f4b 0577 4b1d 1705 153f 5d1f
LL_SRM 6:86016 0d33 3933 390b 092f 0d17 070f 292d 7527 034f 233f 0349 3b0b 470d 0f15 27cb 131b
LL_SRM 6:86032 4f11 6527 194d 2d2f 5507 4917 3f6b 7b0f 4179 574f 3b05 7d15 2d03 6d77 1747 0557
LL_SRM 6:86048 6757 1f15 774f 4f01 5d6f 273d 6f7f 5f13 2d65 230f 0757 4d35 7f17 0d0b 7b4b 7b67
LL_SRM 6:86064 6d29 1f45 4b4f 7f49 2f6f 2f09 0f75 1749 7d5f 0f6f 473d 2f0f 312b 2b4b 7f7d 4b0b
LL_SRM 6:86080 671f 491b 0d0d 4737 0b05 6d63 0105 070d 0947 3d05 4307 1d3d 2503 5b67 4b37 2d53
LL_SRM 6:86096 0b2f 2727 5947 2505 094d 435d 072d 070f 0d1f 5319 5317 4d6b 2127 432f 2b4b 397d
LL_SRM 6:86112 7d4f 4b0b 5d4d 7f19 2f5f 1359 6f0f 2947 5f35 570f 4f5d 050d 5f1f 4d63 7d7f 3707
LL_SRM 6:86128 0b5f 1743 5f19 670f 6f67 3f0d 2d0f 590f 3f33 6903 7f27 6f67 7f3b 3b33 3b5b 4f2d
LL_SRM 6:86144 3919 7159 5365 6b7d 4933 173f 7b13 0533 4f75 110f 1751 5951 5331 0173 313d 5341
LL_SRM 6:86160 1371 211b 076b 4127 2143 516b 313b 5365 4579 2315 7125 255b 6179 6739 0755 375d
LL_SRM 6:86176 7b57 5329 797f 3721 1b73 7f3d 770d 317b 0f63 7125 5363 2119 1359 5d37 0741 6973
LL_SRM 6:86192 6775 7b29 7b2d 3735 5973 3d65 6f77 5765 6361 4d23 1f7b 7713 5355 7551 634d 5763
LL_SRM 6:86208 6169 5107 3109 6301 0165 3141 5111 7b5b 1501 2179 5f27 7131 0503 7b5b 2d4d 6167
LL_SRM 6:86224 2b49 012b 0111 4305 3601 2b11 3931 273b 4931 317f 1b31 3f71 3103 1b45 6921 2931
LL_SRM 6:86240 6739 3b67 372f 714b 7d55 0513 7577 2139 1d2f 2b41 6d25 7579 572f 4b77 7507 5d15
LL_SRM 6:86256 297b 7b75 7539 3b15 2539 1f47 695b 0b43 357f 2129 7f67 4d6d 3557 7b27 7515 771f
LL_SRM 6:86272 0d5f 6349 6b2f 212b 5109 2555 630f 5337 3d27 052f 0915 4539 1139 213b 7d7f 352d
LL_SRM 6:86288 010d 3973 2d0d 1b5b 753d 4343 0b1b 2105 7d03 6129 074f 7d2b 4b11 1f09 4707 1d27
LL_SRM 6:86304 5927 0353 4f4f 130f 6f5d 5f13 1d13 4723 5f6d 0f19 2d7f 1d59 3f3f 0d07 0b3b 5d19
LL_SRM 6:86320 771d 5d03 251f 3349 5769 4953 7f5d 2733 5d55 6941 2f6f 4f2b 292f 4523 737f 4947
LL_SRM 6:86336 1301 4f73 2935 3d1b 4b2b 3567 271d 510b 6d71 2777 1905 6149 0707 3d0d 1161 052d
LL_SRM 6:86352 494f 476b 0f2d 0f53 0723 1715 451d 0d7f 0505 673d 110d 233f 0503 7957 1103 0357
LL_SRM 6:86368 330b 2759 216f 2f37 6b2b 476f 0d3f 0b1f 3f7d 2f3f 3f3b 3b47 3723 411f 5b4f 0f5d
LL_SRM 6:86384 3b1f 4f2b 6d31 6f07 2f0f 071d 777d 7d7b 1527 6f31 2f47 1709 7f4f 2147 2f7b 7f43
LL_SRM 6:86400 0d65 353f 6915 017d 4b75 756d 5d01 0149 1149 5359 5979 0169 3363 015d 6941 4575
LL_SRM 6:86416 2147 531b 1139 7f71 1921 5179 5111 752d 3d1f 7b3d 7d15 6f25 5b07 457f 0139 5759
LL_SRM 6:86432 4747 7103 5973 1f77 596f 6d63 653f 1f15 3f75 7771 4763 7749 6d5f 7719 5573 7361
LL_SRM 6:86448 057d 6b23 1163 631f 7377 6d5d 5d69 7121 394f 5f21 7579 0171 5f49 3b33 7b37 7163
LL_SRM 6:86464 391b 3947 5705 555d 5b33 712f 7159 6157 6b57 572d 2301 3359 1131 7119 6101 3141
LL_SRM 6:86480 4501 7965 4313 6139 575b 5b79 1343 2167 0159 497f 6159 753d 7b37 117b 4351 594b
LL_SRM 6:86496 2d51 2359 5959 6115 633b 0f73 4923 274d 713f 7725 5b55 7937 794b 7929 7d71 2569
LL_SRM 6:86512 634f 7b13 5d71 4979 5337 7333 1775 571d 7b3b 437f 4d11 5367 315d 7943 3135 7b61
LL_SRM 6:86528 0307 017f 0335 4f5b 150d 1153 130f 2143 214d 3f07 4901 6f6b 450b 2d4f 4901 0779
LL_SRM 6:86544 0505 1d7f 0d6f 0f07 3b03 714d 5f47 2349 330f 3527 152f 2f4f 3d05 5f11 4359 7147
LL_SRM 6:86560 1d0d 2f0b 6f69 5b25 7d3d 2b49 5b0d 2b01 535f 3743 1d77 0d09 1f7b 4d4f 1f1d 0549
LL_SRM 6:86576 757b 1d05 7f65 7153 0bcf 0f7b 073d 670b 0b05 133d 3b6f 250f 651d 3703 736f 5f2b
LL_SRM 6:86592 0f2d 434f 0717 4b01 2505 0f07 1379 0f3f 414b 536f 030d 3b6d 0d05 3d15 0f05 111b
LL_SRM 6:86608 0705 632f 0b0d 1935 2315 4539 1d67 014b 410f 670d 0d43 053b 7153 0d7f 7943 636b
LL_SRM 6:86624 4f0d 6f27 1b7b 2905 593f 6f51 2f19 4721 432f 5d3b 6f3d 5d1f 5719 6559 577b 233b
LL_SRM 6:86640 750b 1b4d 270b 6303 3b3f 4727 0b0b 2349 0b7f 6b2f 4d4f 0b39 6d13 6d1d 392f 5543
LL_SRM 6:86656 6159 3335 097d 4d3b 3173 3517 0973 4b4f 2555 172f 2d53 635b 4b31 076d 0525 6341
LL_SRM 6:86672 0d37 5571 3121 793f 2355 6577 2971 4177 0b41 713d 7b21 317b 0153 7b4f 5167 317d
LL_SRM 6:86688 3d75 2301 3533 3f55 753f 2f7b 0d37 5101 3173 7701 773d 4135 4973 7d03 537f 276d
LL_SRM 6:86704 2523 1721 2b79 4335 7159 2b31 7f7b 756b 1b61 5b79 3971 6d73 5973 6f45 5b51 4945
LL_SRM 6:86720 3f09 076d 255d 737f 5f51 7d13 0341 333b 115f 3143 5363 1379 1931 2f0b 074b 7155
LL_SRM 6:86736 3f41 2301 4535 2539 4131 195f 335f 0513 7501 496b 2527 1d0b 7713 7929 4139 5d71
LL_SRM 6:86752 5115 5d37 1b0b 6d03 7f3d 4561 6371 6977 655b 591f 6971 296f 1967 7135 616b 1f43
LL_SRM 6:86768 ff69 3d0d 3d23 4d63 3b63 5f41 6735 372b 3f59 2501 653d 695b 5f33 5773 3b69 276f
LL_SRM 6:86784 430f 7f29 1569 5f53 474f 0f79 0d05 1373 4b09 050f 6d59 352f 3965 2b2f 2303 7f63
LL_SRM 6:86800 0f03 0d03 0507 4f29 052f 4d2b 4d07 473b 0507 416b 0b05 0b23 1d2b 2d4b 6325 0b65
LL_SRM 6:86816 7b6f 1f09 6f5b 7505 537b 4f4d 777f 0747 6f05 4d33 5b6f 6d69 595f 1739 294f 1b71
LL_SRM 6:86832 532f 1317 071b 1f0d 7d0f 4f67 0d07 1503 6b7d 1f09 750f 4f23 2f5f 070b 6f43 6f49
LL_SRM 6:86848 674b 312f 5505 7f0b 5945 2d3d 071f 4b17 4509 4f1f 4343 7f2f 072b 3f5b 410f 1d4f
LL_SRM 6:86864 090d 4b53 1743 7951 0509 215f 0f01 356d 0561 0b29 4563 6f4b 1739 536d 2349 4f55
LL_SRM 6:86880 5b79 7113 6f43 2d6b 7f41 2f1b 252f 0325 2f69 170f 7d4d 0f53 7b3d 193b 5741 4329
LL_SRM 6:86896 772b 6303 7f1f 6f6b 3d4d 790b 737f 636d 3d0b 1f0d 1f47 6117 292f 331d 4f7f 1f4f
LL_SRM 6:86912 2321 4f71 1169 1b7f 233b 5d33 1127 2135 416d 5759 5f55 177b 1d11 0935 4b49 612d
LL_SRM 6:86928 2337 214b 5347 2123 3f75 0139 3935 3565 5f2b 197f 3d51 7173 2341 4921 5925 4d19
LL_SRM 6:86944 197b 5711 3177 073b 1777 3f27 3375 6d61 3d79 392b 4f53 3349 7d1d 7f23 3327 5933
LL_SRM 6:86960 4373 2d31 6771 6d35 3179 1161 3355 7b11 5369 7f4d 5f7d 170d 576f 771b 4f5b 7f0b
LL_SRM 6:86976 237b 0331 2161 2347 4773 6d6f 5123 4565 6145 2b7b 431d 177b 2d1f 7d5d 1d05 715f
LL_SRM 6:86992 113d 2929 1b71 316f 6537 7931 5d29 4d37 1b21 0763 6161 496f 3121 4131 3339 7935
LL_SRM 6:87008 3d71 5969 6f25 515b 597b 6959 797f 7111 7b1f 2173 2f7b 697f 5b79 6f51 7567 4f21
LL_SRM 6:87024 615d 6543 774f 715f 170d 6331 7765 756d 5173 4f09 3367 6d27 6f5f 4113 7115 7737
LL_SRM 6:87040 7f45 1f7f 1b07 234b 656b 7d0f 2b45 0b57 0b61 5165 0d41 2b55 2107 1957 5905 3739
LL_SRM 6:87056 230b 1915 2901 7d2b 110d 0957 2703 5967 2b29 031b 0501 037b 0f0f 0f71 130b 056f
LL_SRM 6:87072 4f43 4d01 2b1d 1127 7f4d 6f5b 6f55 5b3f 0f5d 5b41 3f15 2131 1d0f 4725 1d17 7707
LL_SRM 6:87088 310f 3f5d 3317 3715 2b1f 670b 1f2f 1f61 4b77 2731 573b 2b0d 3975 6f69 4b2f 5f7b
LL_SRM 6:87104 0703 374b 5d47 1b67 0f0b 294f 2d43 4f77 010d 2f55 0b25 4555 2329 4f07 0d55 494f
LL_SRM 6:87120 5d79 4d53 2d07 0d2b 2d17 6969 5d09 0d1f 0f05 5b4d 1f27 0d31 2129 1d45 455b 0937
LL_SRM 6:87136 3d5d 3d0b 7567 4f61 632d 136f 734f 5151 7d3f 435d 0d5d 3d07 274f 2d15 1907 5d2d
LL_SRM 6:87152 3947 1b25 7b3f 0f6d 3d2b 5b0d 7f65 6305 1f1f 5b01 694f 4b7b 7759 2d45 3d6f 271b
LL_SRM 6:87168 435f 7b71 3349 1167 4109 652f 572f 7331 3175 3337 5901 4b7d 3b07 6127 5141 0133
LL_SRM 6:87184 1507 0939 312d 4f7d 1b3b 611d 1501 1361 1943 777b 2165 5753 1b23 5971 2165 7f35
LL_SRM 6:87200 7f39 3d31 3b3d 7b61 756d 6373 276b 3351 4f59 4347 390b 6971 5d77 6f73 295f 5565
LL_SRM 6:87216 3b6d 4f41 753b 2569 777b 5779 3711 1d01 336d 596b 193b 590b 7d67 3321 6731 414b
LL_SRM 6:87232 3515 0f65 5131 5159 7329 1161 2107 3561 0343 0b6d 0515 5133 7511 4307 3f33 517b
LL_SRM 6:87248 0763 7b2f 6525 1f65 4b71 5935 0303 7d79 0129 613d 0319 1b31 1105 413b 016b 5711
LL_SRM 6:87264 5955 173f 7575 3b77 7b69 5573 273b 2703 297f 2923 7d6b 7553 556d 5b25 4f6b 2f61
LL_SRM 6:87280 4763 5713 2953 2f29 7f55 6711 797b 6341 1f43 3973 5f5f 3119 775f 7d3f 7935 5563
LL_SRM 6:87296 4d0b 0d75 2b05 471b 2b73 0747 7921 4125 0151 476f 2769 2119 1d0d 2f3f 2325 4d55
LL_SRM 6:87312 230d 1d07 2703 1b47 3749 1135 597b 010d 4d3d 677b 2303 1f27 0b63 0323 0b09 4d27
LL_SRM 6:87328 6b7f 5b1d 4917 3f3b 6777 4b27 4d27 0337 7b27 1f1b 1d2f 4b0f 6f25 1b03 6f27 6f41
LL_SRM 6:87344 3d33 4f1f 4b67 7d59 4d43 530f 5f1f 4f5d 5917 4d0f 176d 0d49 6f6f 1369 3d4f 030b
LL_SRM 6:87360 4b29 1d4f 014d 2d13 0501 5741 0f4b 0f07 2149 5769 4909 0b73 0713 172f 0935 5b0f
LL_SRM 6:87376 3503 5f45 4903 0f7d 211f 274f 0501 0d1f 1907 2f3d 0115 617f 5b1f 454f 196f 473f
LL_SRM 6:87392 4b4f 5511 5171 5d0d 735d 632f 6d39 2f05 775d 2b4b 5b03 0d4b 591f 0103 1b3b 0d47
LL_SRM 6:87408 7d6b 0f3d 771f 3d29 3f7f 531b 0b23 0b6d 253b 2907 2735 355b 536b 0957 175f 0b31
LL_SRM 6:87424 2935 6137 6d61 7137 432d 2135 1355 553f 5175 4955 0943 053d 4541 315f 3157 6165
LL_SRM 6:87440 6107 5b53 3119 4167 1549 4b1b 2177 1559 3517 212b 3123 236d 7d37 256f 7339 4517
LL_SRM 6:87456 5b3b 7749 556d 6971 3747 3537 7b51 2763 7f6f 653d 7777 457f 6947 2d39 3d7b 3d39
LL_SRM 6:87472 3521 6d05 537b 3d59 7307 132d 752d 6f39 6f7d 3365 797b 6b7b 0b7d 271b 6973 1915
LL_SRM 6:87488 0129 0137 7173 0171 6109 1915 6339 7539 0967 2141 3f79 2933 5137 5b47 0511 311b
LL_SRM 6:87504 4505 4131 5915 216b 3933 777f 6501 5363 2157 0559 133b 4d73 5939 6171 2531 2111
LL_SRM 6:87520 7333 2171 7357 6331 1d45 213b 3751 3707 713d 7577 5763 2911 7569 5f57 5d1b 0b07
LL_SRM 6:87536 1d35 054d 3d7b 6d71 157b 333f 795f 2721 6d1f 011d 1351 3d79 1961 7b69 7f53 5771
LL_SRM 6:87552 112b 074d 432f 4571 070f 5b17 1525 4b59 1503 232b 0b39 0361 4b73 0139 0739 7731
LL_SRM 6:87568 0303 294b 2327 6959 0505 2547 116b 471b 5125 5379 3b1d 0f05 4901 6711 4b45 6b41
LL_SRM 6:87584 0b0b 2f67 1b6d 0f0f 3b6d 4d0f 5f5d 5b03 231f 294b 3f59 0f1f 095f 7539 751f 6f57
LL_SRM 6:87600 770d 251d 6b35 5743 5f3f 3d13 7b41 1f4b 0d41 7d11 0907 151f 413f 4d01 0f6f 2b5b
LL_SRM 6:87616 4529 072f 0515 4f41 5f6d 0723 0b09 7527 0f13 0d6f 4f37 2b7b 070f 6b1d 710f 5d4b
LL_SRM 6:87632 0945 7b4f 492b 1311 4943 174b 011b 2f65 2305 2b05 432f 1d05 0d45 0f2b 2123 0f2b
LL_SRM 6:87648 2f6f 4703 795f 5f1d 3d2f 4f1d 5519 0f03 0d4f 2b45 576f 5349 4f25 2f0b af1f 0f09
LL_SRM 6:87664 2d05 3f23 035f 3d31 531f 231f 3f1f 4f05 1d7b 6503 4f7b 6965 4f0f 3d29 3749 7d01
LL_SRM 6:87680 1513 7b63 1b71 054b 3551 515b 2121 5961 3337 4f75 1931 5179 5953 5131 3169 355f
LL_SRM 6:87696 4129 5f3f 6917 757d 531b 5139 1131 033f 314b 3d53 2741 2347 6121 434b 4573 3917
LL_SRM 6:87712 6d79 3505 7149 1955 6779 471d 4b65 7951 6575 7315 7763 7507 6b3f 2771 6979 5361
LL_SRM 6:87728 7f79 657f 7d5f 4f2f 3373 651d 576b 7151 5f71 316f 7955 6937 7355 4137 7963 6d63
LL_SRM 6:87744 0563 4137 2543 217b 034d 617f 3b79 6b3f 015d 377f 1903 6d31 2931 7d2f 4761 1d77
LL_SRM 6:87760 2141 1b1f 1365 1339 4501 0f1d 5b29 696d 1551 635b 4f25 4173 4131 2571 4125 5b4f
LL_SRM 6:87776 7f17 7f05 7f75 115d 4f55 5f19 2379 5301 2b2d 5979 537f 1d33 2941 3351 0733 0711
LL_SRM 6:87792 797b 7d67 256d 152b 5555 4b2b 376d 6d61 5f6f 5367 6539 7707 675f 5f21 5d45 3767
LL_SRM 6:87808 1707 032d 072d 470d 3947 0943 1303 4111 774b 6f0f 2919 757b 0f0f 633f 530b 4b51
LL_SRM 6:87824 032b 2b5b 0f23 7f29 4113 0f15 6b45 2b3b 0109 033b 4d05 0921 490b 1d5f 0b39 2d4d
LL_SRM 6:87840 6b3f 4b4f 377f 2b7b 7f73 1569 1d0b 3311 6f1b 6d67 255b 6f45 6777 111d 1f5d 4f05
LL_SRM 6:87856 454f 2d15 0f7f 454d 4f6d 3729 034f 350f 0317 7d0f 7f49 0f4d 3f67 6b59 534b 472f
LL_SRM 6:87872 0949 3743 292d 1b1b 0d03 390d 3107 6d49 1113 095f 7511 7527 6d5d 2f15 6517 2d4f
LL_SRM 6:87888 610d 7523 096d 0d3f 4571 550f 0f61 1767 496d 692f 0741 535d 0939 2543 290b 1511
LL_SRM 6:87904 193b 5d5f 5f33 2d0d 5b1f 1f61 4f4d 0d1b 3979 074d 4309 6f3d 0729 490d 671f 4957
LL_SRM 6:87920 3f27 1f0f 6f7f 1f3b 3f43 3b43 331f 2d07 4f2f 1b0b 575f 1305 731f 4b13 176b 2569
LL_SRM 6:87936 7d21 716b 4961 0b17 0931 614f 1565 2375 515f 114b 6365 716d 6b75 7561 5d11 7b19
LL_SRM 6:87952 6321 2127 4149 230f 115f 0965 5161 5d75 3171 010d 2b51 0977 4161 1575 3b69 716b
LL_SRM 6:87968 433f 795f 273f 3549 7171 1521 693f 7913 5b7f 7961 7d7f 6905 7b7f 6f01 753b 6375
LL_SRM 6:87984 1b11 153d 7b7f 2525 2f73 0771 6977 1d05 7747 016d 717f 597f 6975 6f59 513d 7779
LL_SRM 6:88000 1371 6971 1d13 3135 5569 631b 0301 6133 4971 4511 2339 797d 4b11 3109 2131 7b7f
LL_SRM 6:88016 2711 1f65 6713 7953 3935 3159 4959 6b31 4955 7b1f 017b 7511 0b01 0567 0939 717d
LL_SRM 6:88032 7553 4145 2333 3d69 777f 0d49 4f53 3f29 4d35 415b 0d39 3957 1f67 7f47 6d6f 2d0f
LL_SRM 6:88048 3173 5b2b 3f51 7555 496d 515f 6f59 6953 6d47 6f31 3751 1519 4b75 7b69 1d77 7751
LL_SRM 6:88064 1941 370d 0f05 5b63 0705 0b65 0517 1b2f 2f09 0b1b 1727 0d3d 0151 170f 1341 1f23
LL_SRM 6:88080 4313 0505 4f4b 2d49 0d05 172f 4505 6b4f 0f4f 6f05 5507 573f 050d 212b 0109 3533
LL_SRM 6:88096 2d3f 551b 3f4b 1f55 1d79 7779 4963 7f15 4f6d 390f 6711 3f4b 0d4f 3b29 7d3f 1d03
LL_SRM 6:88112 5f1f 2d09 775f 2945 071b 1f33 170b 0f0d 7f29 4759 754f 2f2d 013f 1b21 2f1b 694d
LL_SRM 6:88128 736b 0b2f 193f 0711 0d6b 0109 692d 0b7f 251f 690f 0b0f 7f61 251b 252d 0105 5f79
LL_SRM 6:88144 196d 5d3d 070b 474f 2101 2b6d 4509 6d4b 0b2d 0105 0d0b 791f 2917 1301 7547 0d5d
LL_SRM 6:88160 4d7b 6f55 6d3f 0f1d 4b19 0709 3f3b 7f59 351b 4f13 3f6f 1913 5f5f 230f 090f 6947
LL_SRM 6:88176 0f5b 3709 777d 7721 274f 0f03 6727 271d 271d 0d1b 0d57 6b5b 1f3f 2309 4f6b 1b0f
LL_SRM 6:88192 7131 4151 030b 515f 5355 6723 0d2d 356d 5509 1979 3511 6143 4169 5f19 0121 317d
LL_SRM 6:88208 6701 135b 7923 514b 5161 2169 2121 7d7f 5113 3f7f 0d55 4775 7155 7d57 7d11 4d63
LL_SRM 6:88224 7571 273b 471f 5935 692d 6321 7355 2333 5b75 733f 5b5f 7d57 6f29 6f21 2521 7d67
LL_SRM 6:88240 4971 0905 6935 3111 2373 790f 497f 2335 731b 1921 1d7f 7123 4d7b 3b03 792b 4927
LL_SRM 6:88256 4541 677d 416d 2377 4159 7967 5363 7b71 2967 5f73 2573 3367 4b2b 7b79 0511 0335
LL_SRM 6:88272 6343 7b57 3d03 251b 1179 5559 5b41 2f3d 5d1b 6b41 192b 1973 2b6d 1511 7331 2f3b
LL_SRM 6:88288 5555 496b 4359 0929 1347 657b 2b73 5b71 5761 2331 7d3f 5515 6375 7309 6f59 716f
LL_SRM 6:88304 7f5b 457f 4b6d 6f55 4971 4579 797d 770b 737f 6731 4f5f 5729 3d7f 732d 5779 1753
LL_SRM 6:88320 152d 4339 6f47 310f 1903 5b7f 2141 773b 133d 7537 271f 374f 2f61 0511 3507 077f
LL_SRM 6:88336 2d0b 2705 210b 6d0d 0b2d 510b 0b0f 0d09 2b0d 052b 213b 3771 0b43 0d09 274b 5d2d
LL_SRM 6:88352 5f7f 0549 477b 490f 1d63 3509 7f09 7f31 453f 6b3d 3933 4f47 5f27 674f 5741 7d0d
LL_SRM 6:88368 352d 6b63 1d2f 570f 2f5f 3511 3b6f 5d4d 5d49 0527 095d 7d1b 3d4f 7551 2337 3705
LL_SRM 6:88384 6b0b 7b2f 4715 711b 0f49 590f 551d 517b 0d0d 077b 150f 3b23 6717 0317 490b 050b
LL_SRM 6:88400 0f4d 4d59 4b01 0949 0545 3947 0307 692f 6169 3b67 6503 4765 2941 070f 2d2b 4567
LL_SRM 6:88416 377f 630b 5b7f 494f 3d1f 4961 3b55 1971 253d 090f 6d3d 1d6d 5f1f 7f4b 3f65 0f2d
LL_SRM 6:88432 314d 4f5f 7f47 3313 795f 0f4d 5f65 0701 4707 4b07 716b 2b4b 212d 510f 2b73 3f01
LL_SRM 6:88448 4929 352f 0d53 4155 0147 5d7f 590d 3533 3123 2141 3911 1131 6d01 5509 0571 4519
LL_SRM 6:88464 2775 613b 1145 633b 0b1b 5539 3543 6107 5d21 6949 4d0b 4349 614b 6319 0151 310f
LL_SRM 6:88480 717d 3b31 551f 6759 5d7f 5f2b 0f6b 1b7f 557d 736b 453b 7935 3523 7b61 797f 791f
LL_SRM 6:88496 4f3f 1163 1367 372b 3f29 4547 757b 4d7d 6527 2f21 2b7d 7b33 6d51 7723 7f3b 4323
LL_SRM 6:88512 1751 3763 3915 713f 6129 4f77 2931 413d 1139 7d37 4b01 2175 5937 536d 510b 776b
LL_SRM 6:88528 2b11 7941 4905 4131 0503 3b77 5147 755f 5501 1731 1133 091d 6161 2733 2565 1b0f
LL_SRM 6:88544 3377 7749 733f 7513 475d 4353 777f 3965 7b7f 7349 6957 252d 0b3b 7521 6f77 6b51
LL_SRM 6:88560 2773 2b75 7373 5359 6f7b 4969 1d73 2521 1329 5351 477f 3179 4125 5745 3369 5509
LL_SRM 6:88576 4711 2345 1319 0577 5947 5129 475d 191f 0703 1567 1d01 1347 2327 4f47 1f1d 0945
LL_SRM 6:88592 190f 0d5f 2d05 5905 4555 1f35 014d 0d0d 5945 6517 6b2d 232f 194b 5f79 4d71 152b
LL_SRM 6:88608 656f 090d 6f69 252b 0b7f 0b5d 675b 1f07 0d3b 2d63 272d 3b53 6b47 6f6d 7d57 2d23
LL_SRM 6:88624 771b 6d6b 770d 570f 5527 2f3f 7f47 0f2d 4545 7f4b 4f7b 6b39 275f 3f07 496f 4b6f
LL_SRM 6:88640 451b 7f2f 5701 2771 090d 215d 3931 0137 254f 1b0d 4131 1f2f 2b5d 7367 212d 4715
LL_SRM 6:88656 3b2b 1f01 1b31 034f 090f 3733 3723 3d0d 0307 0543 570f 1361 0557 073b 0f4b 414d
LL_SRM 6:88672 5d5f 0f25 677f 2f25 094d 5b27 2f2b 556f 0f5d 3707 4f5d 1f4f 2b3f 5941 4d5f 4535
LL_SRM 6:88688 7d71 297d 0503 0b37 4d0f 5b21 1b67 490d 4d13 2315 1b57 0f5f 6d17 1f17 4f79 7d71
LL_SRM 6:88704 2933 794f 5153 2163 7375 2b1f 0151 5573 7973 3137 2169 4101 6161 7335 3b21 4173
LL_SRM 6:88720 3319 3d03 1159 6341 3977 013b 6731 1101 2911 757f 1d69 4959 413d 5171 7505 2d07
LL_SRM 6:88736 796f 494b 0157 471b 730b 5541 6f77 175d 0f65 7b33 7f75 7d09 7141 7b5b 7975 3165
LL_SRM 6:88752 7b37 510f 7523 774d 7b13 7d5b 5773 7b61 6173 1d03 5341 6573 756d 497b 315f 031b
LL_SRM 6:88768 0175 7167 3321 7b0d 3117 2107 3161 417d 3d49 7173 0747 539f 5971 0155 5941 4d4d
LL_SRM 6:88784 2551 254f 7521 5121 150b 4927 6d2b 5549 1973 5959 1361 7329 1d79 335b 1131 6159
LL_SRM 6:88800 6f7d 6111 7569 3309 515f 2b21 4925 5163 253f 7937 757d 5b4f 7355 7937 1d6b 2565
LL_SRM 6:88816 7f4d 794b 5d73 2d19 2157 2115 6577 317b 733f 5709 1775 3f35 6b57 1d6d 1739 616f
LL_SRM 6:88832 1107 6f7d 4b69 0b1f 1705 3d1f 0f3d 6311 1919 0b3f 0507 3107 2f61 630f 051d 0d19
LL_SRM 6:88848 0903 4f6d 0f09 4b6f 0d01 4d71 0907 1757 1b55 4b29 0f49 2f45 2d6d 0f2f 2d41 2907
LL_SRM 6:88864 671f 0375 3729 511b 173f 0349 2f6f 7d05 2f6f 7341 3d5f 6d35 0f75 5f19 6f1f 1553
LL_SRM 6:88880 7f29 1177 6d3b 6d5f 5f0f 6f51 1d3b 7b17 7b0b 1b39 375f 4913 6949 0d69 6d77 0105
LL_SRM 6:88896 5d29 676f 6939 2d01 4543 1d25 0965 0705 2927 6d1f 0743 2723 3303 434d 3307 0b23
LL_SRM 6:88912 0b05 3d3d 033b 273b 0559 4d4f 4b01 2721 2d19 076f 7f1f 3b53 3b21 695f 2333 3d5f
LL_SRM 6:88928 473f 2f0d 5f57 6f4b 2f7b 3577 5b7d 576b 012b 4129 7f5d 1d2f 1931 4d1d 7f3f 4b7b
LL_SRM 6:88944 2f0d 6f1b 7b1d 5f0f 712d 4f41 4f73 7147 0b4f 2f29 0f55 3d53 5f39 4365 4f0f 456b
LL_SRM 6:88960 454b 1f69 110d 4d7d 1563 3b3f 5133 2119 2121 2573 3d47 532f 0319 1f3b 1f67 5919
LL_SRM 6:88976 313d 011d 012b 257d 236b 652f 7f43 5373 0945 0771 717d 617d 2573 1325 5303 3b3d
LL_SRM 6:88992 757b 7341 0363 7359 5747 7103 2535 3121 3771 7575 4d39 4575 4975 6571 597d 3737
LL_SRM 6:89008 2b75 4b5b 4769 3f31 7b0b 3543 3d79 3f59 731d 3d01 7165 514f 3f71 3b75 3567 3d21
LL_SRM 6:89024 5551 2309 6171 1159 6143 257d 0141 617b 691f 39f5 4101 5365 0979 1973 5159 277b
LL_SRM 6:89040 0563 7179 0d29 1555 7b11 357b 317b 1933 3123 3131 0725 1177 0143 0b1d 0531 310f
LL_SRM 6:89056 252d 7319 197f 2131 5d5d 5925 7539 3363 5f6b 4f1d 4177 3943 3757 7577 3d6b 791d
LL_SRM 6:89072 7b75 2541 5d73 4979 3f39 5773 797d 0b55 7555 3577 6567 1311 5573 5949 6735 032d
LL_SRM 6:89088 6d7d 292f 6b05 592f 0131 6b67 0d55 0339 5505 116b 1701 194b 1f47 5f0b 1105 1975
LL_SRM 6:89104 0909 757f 0141 0d47 411d 4b1f 0315 0f07 2b05 4d3f 215d 0537 1d5d 2d5d 4709 193f
LL_SRM 6:89120 1b0f 0b7b 3f65 5b07 1f5f 6315 3d39 1541 4d6f 3101 677d 194f 5f77 0d37 6f2f 5d2f
LL_SRM 6:89136 4b57 2d0d 1f6f 737b 473f 4515 0d63 1b39 4b3f 1129 3f59 1301 0f2f 4975 6f5f 236d
LL_SRM 6:89152 2703 7f4f 630f 5337 4315 4f79 0923 0f5d 1f5b 5d3f 6735 0f13 2127 0b5d 1b6b 4d1f
LL_SRM 6:89168 1d03 032d 3741 412f 2355 0525 450b 1379 0b0d 1b7d 210b 0b55 6539 1f73 0969 7f53
LL_SRM 6:89184 2d65 2f37 396f 7f37 3d09 1f15 1f3f 2f4d 130f 731b 673b 0b0b 5f11 4f47 055f 772b
LL_SRM 6:89200 5f1f 3513 1f3d 074f 2f4f 0d79 4757 1d11 6b3f 5543 3b6f 1b25 5d0f 1d25 3b63 1b2d
LL_SRM 6:89216 4925 037b 115b 3957 2133 1f67 0527 4933 6141 2575 6561 7f27 4f61 016d 5125 317d
LL_SRM 6:89232 610d 255f 5131 1575 4951 3965 4135 194b 5961 0509 113b 3163 6525 651f 3721 253d
LL_SRM 6:89248 3b47 7b03 2d31 3109 0f77 5f77 516b 0551 555f 7d53 593b 5d01 3163 6313 2f57 4709
LL_SRM 6:89264 757b 3f71 6773 6b25 0171 2557 6701 1b37 6979 3f45 2711 7d27 7939 633d 3f67 2961
LL_SRM 6:89280 3141 7573 0715 714b 5313 4563 7521 0135 7331 2f3b 2947 6943 1151 257b 3731 7379
LL_SRM 6:89296 4913 3b67 7163 2351 0141 2d67 1341 2757 3165 0159 3103 317d 0351 4f77 7961 212b
LL_SRM 6:89312 2371 5b07 136f 7167 3b59 7341 3157 1f55 133b 7353 6917 0763 7d3b 3575 4d79 6927
LL_SRM 6:89328 7d59 615d 5f37 4335 7573 2579 0d7b 5b03 3f35 3151 7777 4119 1d53 5909 3b49 613f
LL_SRM 6:89344 4d07 4747 4121 0b4f 0d19 7711 653b 450b 1b03 0b3f 0d15 2b23 0b51 4d07 5f1d 1103
LL_SRM 6:89360 3533 2d45 0905 6929 5103 0f0d 0d0f 110d 012b 2f1f 6305 2d07 4f47 2d63 0325 7d1f
LL_SRM 6:89376 6b05 2759 4d61 375f 756f 5f4b 7577 4f25 0f4f 274f 233d 7d07 174b 2d13 037b 510f
LL_SRM 6:89392 3d1b 0b49 7b77 0f4b 4b3d 7f39 5535 3f0f 0b6b 1f17 6f37 2b01 6d27 131d 3333 7f21
LL_SRM 6:89408 2315 133f 0927 2b65 0d59 472b 6527 690d 2b03 673f 694b 290f 2f17 7d7f 7f0d 016f
LL_SRM 6:89424 0d0b 6f2f 090f 610f 0521 511b 0315 1b67 1b07 430f 3915 4b29 0d0f 472b 230b 2f3f
LL_SRM 6:89440 1f0b 395b 414f 5f07 2f61 5b49 777f 7939 3d47 4f2b 5727 1b2f 2745 0527 5d75 5f3d
LL_SRM 6:89456 294d 2f63 3539 5d4d 6f23 0b19 4f51 1d0b 5d7f 071f 1d1f 695d 5f47 5f09 454d 5747
LL_SRM 6:89472 1129 6375 2d55 536d 2b69 5b5d 1b19 7371 4911 2967 7355 4939 1933 7d07 557f 0161
LL_SRM 6:89488 1307 617d 0d31 1b0d 0377 4171 3325 1f65 0561 0135 714b 6549 4f57 293b 0d63 617d
LL_SRM 6:89504 796d 3177 7777 6731 7f37 3109 4d7b 4761 5b33 6f1d 2f71 3517 396f 1539 2129 2165
LL_SRM 6:89520 7d7f 2d09 573d 571d 6779 7513 3759 3953 6d47 0d35 4d17 0b63 3f27 2f15 7f75 7323
LL_SRM 6:89536 0f41 7517 3d03 357b 7d63 3145 0961 2723 7565 7b65 3f5d 572f 330f 6765 3101 7105
LL_SRM 6:89552 436b 297d 2551 5b4b 0d49 7371 1773 1f61 530b 654b 2923 7f69 4141 293f 2977 193d
LL_SRM 6:89568 573f 7769 2f7d 7d61 4373 5969 7737 5363 6537 7f73 7f5b 574b 5b75 1d51 7f79 3707
LL_SRM 6:89584 590b 657d 7d7d 756d 7569 190b 1f51 5b17 3939 7949 7573 2b35 3f29 794d 3557 7b5d
LL_SRM 6:89600 0747 376f 3343 5f4d 2b6f 695b 0d19 2953 6307 0b23 375f 4135 274b 0b27 091b 1f7f
LL_SRM 6:89616 0f5d 4361 2763 770b 0119 4943 1745 130d 6b69 3d3f 6731 1d6f 0d4b 0923 1907 1b7f
LL_SRM 6:89632 551f 732f 675b 2357 7b53 1721 175b 3f0d 7d2f 690d 5d03 1d03 0319 3705 0f7f 0909
LL_SRM 6:89648 7b0b 470b 197d 151b 075b 7d0f 5f17 6f65 4973 1323 375f 151f 0f67 755b 3d05 4f01
LL_SRM 6:89664 2947 5b15 2d25 797d 1503 0d4f 0775 192b 2d4d 3d7d 3b59 5309 6f29 2b2f 0d01 6b05
LL_SRM 6:89680 336d 1f45 2b73 2561 1101 4b5f 0317 172f 115d 2d29 0f03 5d77 2505 6b7b 0f7b 0b2b
LL_SRM 6:89696 2d4f 650b 6d15 4b13 256b 2b27 156f 7d4f 5f2b 694f 3f07 4d41 071f 0f31 430d 1b09
LL_SRM 6:89712 770d 2f11 5b75 1f4d 751b 790d 190f 611d 5d07 236d 317f 0709 597b 2f3b 3543 6521
LL_SRM 6:89728 4321 634f 5579 317d 0555 713f 274b 734b 310d 133f 2151 1115 0933 3f4d 2f43 4353
LL_SRM 6:89744 3939 1b41 753d 2f79 2101 2773 7775 432d 2d49 4731 1959 7159 3553 4901 3953 3d07
LL_SRM 6:89760 6737 6773 637b 7d07 6b3b 5b65 556f 7943 7f67 4947 317f 6b0b 6361 5b61 2d79 2d53
LL_SRM 6:89776 5b3b 5b21 7b71 6b51 2f17 2f0d 6b3f 3f03 2163 2b79 7f43 332d 5f29 0121 3d55 237b
LL_SRM 6:89792 055b 2307 3957 013b 4101 0517 5145 2325 7961 217f 2955 6775 2745 1711 7172 4367
LL_SRM 6:89808 2f2b 3751 5b4b 2373 0931 4551 6101 2171 0d23 253d 6531 015d 6367 0975 0109 3175
LL_SRM 6:89824 573b 7553 7b17 5d73 717d 3d43 4f79 5d51 496d 0d05 2b07 5f4d 6f75 7d03 3573 5b7f
LL_SRM 6:89840 7361 3161 2d71 2903 7f67 414b 6f7b 7325 7f71 0101 5b2b 3915 7d7d 6961 6335 5923
LL_SRM 6:89856 0523 5d2b 0b13 0d63 4b4d 4b49 4909 2d3d 4f37 2937 4141 093f 516d 1f47 0703 415b
LL_SRM 6:89872 2b05 3d0b 0b51 294d 130f 3d29 4d0b 296b 050f 350b 2105 1957 6925 3523 1b67 0723
LL_SRM 6:89888 2f6d 2709 1b6f 0f59 6f47 1329 1f67 531b 6d07 5f61 2d39 7303 572f 370f 1369 3d47
LL_SRM 6:89904 0f6f 3f65 4d77 197d 7f6f 0b03 2f5d 7f29 370f 2b09 0d0d 570b 477f 7f41 3d1d 1f23
LL_SRM 6:89920 2f4b 1561 2949 676f 3705 4f2d 1b71 1d41 2913 6d33 3b03 431f 6727 031f 4b25 2907
LL_SRM 6:89936 4307 2b1b 0307 3b17 5131 672f 4757 1b5f 0109 150d 6107 673d 152b 6f5f 5b27 6b2f
LL_SRM 6:89952 731f 5f11 0d7b 594d 675f 0d0d 2f23 5d15 576f 3f2f 5f19 4f4f 494f 077f 6d79 132b
LL_SRM 6:89968 3931 5b03 2f4f 3d1b 4f3f 6d6d 3f73 637f 7d43 277d 172d 6363 433b 390b 5765 1d09
LL_SRM 6:89984 3571 0557 5d41 515d 0941 3135 7341 496b 0905 5537 4b71 0f69 0131 296b 033f 036b
LL_SRM 6:90000 1921 2f4f 2109 1d59 7d71 4b79 7131 7963 2d01 413b 3d09 3779 0b31 1143 7151 2171
LL_SRM 6:90016 733b 3f13 1b77 2549 715f 7b61 0f59 2539 297b 7b03 7173 6115 617b 4341 590b 7927
LL_SRM 6:90032 7b73 6713 4365 1779 3f65 6d29 5f4b 5947 5579 0d43 3d7b 6357 7339 1763 1f11 6f61
LL_SRM 6:90048 194b 1173 4937 2d15 2705 4d43 3d35 3909 1537 4d51 4541 5349 6959 4b29 5b53 7537
LL_SRM 6:90064 6b21 1571 1101 3367 5b45 455b 1123 7b61 6163 5311 4941 537b 3d0b 6971 5551 6d61
LL_SRM 6:90080 5365 3d39 2b3f 7975 2975 1329 7f7f 734f 3f39 1551 3343 3131 3767 737b 715b 4331
LL_SRM 6:90096 657d 7b29 6d41 7965 653f 5d63 451b 6f1b 737d 7131 6573 4743 3b6b 171b 7d5f 113d
LL_SRM 6:90112 1721 7f7f 151b 5515 6751 6b63 613b 6347 2127 3959 4161 031b 1153 6137 7105 3979
LL_SRM 6:90128 4103 3573 5325 794f 1123 1b3d 7145 0d5d 6921 094f 2313 3565 5161 177d 7d41 1d41
LL_SRM 6:90144 631b 3d53 775f 7f61 3d2f 2573 5d5b 1741 3377 7969 5b4b 7721 174d 7115 757b 3f0b
LL_SRM 6:90160 2b7d 2b1f 6379 3d65 6f6f 3d15 5d7d 6b27 4d39 6701 7b7b 4969 4f1b 433d 794d 1353
LL_SRM 6:90176 3b13 4151 6119 0b57 2129 4113 1925 3125 4515 2171 6141 1165 2173 416d 4b73 4147
LL_SRM 6:90192 6145 3f77 5721 2771 3179 7977 1317 5b75 5109 2d05 4f3f 4965 750b 176f 0551 315d
LL_SRM 6:90208 0b51 0523 5577 391d 7b7d 711b 757d 3b4d 776b 1333 7963 5d0f 3d77 716f 1133 5b23
LL_SRM 6:90224 7d45 7d3f 4933 3b55 617d 511b 6175 6f25 7f3d 3f6b 2579 552b 033b 6305 1b73 7339
LL_SRM 6:90240 1103 1147 2305 4d6b 0527 775f 2d1f 1d57 1307 4f1b 7303 0337 4705 4d2b 116b 5f63
LL_SRM 6:90256 010f 0d2d 4959 7727 654f 2303 0929 0553 114d 4f15 1151 1f13 4f49 037f 031f 056f
LL_SRM 6:90272 7505 593b 4d6f 4701 6975 0917 0713 611d 1b0d 1f4f 7f69 556f 5f03 3f1f 673f 3d29
LL_SRM 6:90288 7b15 434d 1f01 790d 294d 1f1f 0b1b 7f05 317d 130f 0337 6f1d 3547 250b 312f 470f
LL_SRM 6:90304 1749 1d01 4749 0f59 1b0f 2727 232d 0177 1341 675d 2f09 573f 074f 436f 1537 434f
LL_SRM 6:90320 1355 0d4d 0305 6d37 0b01 513b 1d47 1523 2111 2349 3577 0b19 2d6f 3f0f 6963 7329
LL_SRM 6:90336 331f 0d1d 334f 7705 377f 2975 352f 3b29 5703 1b23 270b 5717 7f4b 0d4f 1b79 4b3d
LL_SRM 6:90352 670f 010d 530f 2f0d 3b6f 4f31 4d73 0d6f 0f19 4f07 7f7f 6d4f 291f 5173 751f 3d33
LL_SRM 6:90368 1163 357b 1503 3119 2b61 2537 5101 5d6d 4379 5d33 2561 5b43 7951 354b 7111 3b35
LL_SRM 6:90384 370f 7513 1529 1d2f 370b 7729 2d21 697f 392d 1139 2349 1b6f 7501 7327 0321 1b1f
LL_SRM 6:90400 5569 7331 5d7b 2d31 7521 1d39 6b33 4573 7777 2179 5f7b 315b 796b 2135 6909 2307
LL_SRM 6:90416 737f 691d 5579 6f2d 275d 354b 7d7f 0f1d 196d 7f29 7d29 7561 6529 3529 3369 314f
LL_SRM 6:90432 1911 214d 1141 1d41 096d 6157 3125 1165 0353 435d 0501 2931 1961 2521 5351 4765
LL_SRM 6:90448 5759 2145 2b15 3d37 7357 515f 7321 495f 2b05 6d59 6b55 5131 5b41 4b61 3961 0b21
LL_SRM 6:90464 7b6d 4f1d 6b2d 2d21 7b4f 6d1d 5557 3939 3755 4779 4b63 7771 7f39 7b0d 7349 5147
LL_SRM 6:90480 4b5b 454f 3b5d 7373 336f 3505 3b35 617f 3b3f 7b25 7d3d 7f71 5f31 1b65 5957 753d
LL_SRM 6:90496 1729 153f 4b25 112d 290d 233f 0107 1d7f 4959 7d4b 551b 1f29 4741 6137 3b3f 0915
LL_SRM 6:90512 0515 2913 6d69 4f09 070f 630f 2f11 475f 3d27 4707 4301 116b 4105 134f 5d07 0d1f
LL_SRM 6:90528 592f 2b05 4f79 0b47 1721 2f25 5d7f 431b 1f5f 7b1b 0b5b 5d4f 6d27 5929 393f 4b61
LL_SRM 6:90544 796f 3f4b 7577 7b4f 656d 051f 1f49 1331 470f 0f11 056f 4d21 7d5f 2d21 7f79 450d
LL_SRM 6:90560 032b 1f77 2503 1123 4b09 0d23 054d 090b 091b 231f 4105 0569 0d1d 1139 1b21 657f
LL_SRM 6:90576 2b4b 150b 0941 6f05 354f 453f 5d25 150f 090d 711d 5533 2369 1103 653b 071d 4b37
LL_SRM 6:90592 1967 1f27 2f1d 192f 5d7b 2b07 1d33 6d41 231f 3729 6d19 0725 3757 537b 7f3f 2d0f
LL_SRM 6:90608 1f47 3d67 492f 1945 156b 154f 5d5d 391b 7b77 116d 5f2f 110f 2f75 0f6b 773d 1d4b
LL_SRM 6:90624 4175 777d 0b11 2779 7111 7b59 5161 5f6f 1167 7577 4563 6547 3547 4f5f 1105 4169
LL_SRM 6:90640 2771 513b 2b41 7f19 6121 536d 4365 053f 5945 4b77 0155 4b03 2161 2141 4141 5539
LL_SRM 6:90656 7975 1371 375f 3371 6b6d 033b 156d 5b69 6d75 4711 035f 1573 5147 4b35 4f53 3d71
LL_SRM 6:90672 5939 6725 3b5d 015d 395f 295d 7d79 6d25 7b39 1745 7d7d 6563 7571 696b 6b75 2949
LL_SRM 6:90688 2101 5d09 3d1f 435b 6d23 5f1b 293b 7f35 2155 0771 1109 792f 6151 3171 4971 1b27
LL_SRM 6:90704 4161 4b55 196b 4579 0f29 7977 5153 232d 5341 1d09 6b07 770d 311b 0d27 6505 3539
LL_SRM 6:90720 5353 3129 3f67 291b 7d23 5541 5719 2d73 737f 3135 7173 5b13 6739 2359 4361 5973
LL_SRM 6:90736 5b69 5f23 5f75 7b39 7145 593b 6579 2f7f 6767 7737 3311 1f3d 093f 1773 617b 5359
LL_SRM 6:90752 2f1f 070b 1929 657f 0f21 0b2f 2701 410d 1d03 071f 1d0b 172d 070b 1967 5553 1f17
LL_SRM 6:90768 5117 430f 4145 6b1f 1903 2b2f 274b 054f 455d 2969 0705 416b 2b07 692b 1755 035f
LL_SRM 6:90784 7349 0f7d 7b5b 3713 6b6f 2f1f 2d0f 2709 137f 1565 3947 5d3f 530f 6f29 7d1b 0717
LL_SRM 6:90800 654b 2b4f 772f 673b 770b 0747 452d 6f53 2b57 677b 5b5d 5f4f 3f2d 7f4b 2333 4f6d
LL_SRM 6:90816 052f 2b23 0747 0919 3701 1d5f 132f 614b 4b0f 0b2f 270f 4553 4f01 0767 0123 2d2d
LL_SRM 6:90832 0125 0f13 0b4d 074d 4145 3d27 0f07 4329 1f09 554b 0f41 410d 0d65 470f 5f13 171f
LL_SRM 6:90848 1f1f 3321 4773 4507 5f1f 3f2b 2365 4b5f 4f2b 2d3f 7b23 7d19 5d3f 6721 0f6f 630b
LL_SRM 6:90864 6f2f 2d0d 4d7f 6d0f 5b6b 194b 3f3d 7703 5b09 6707 375f 675f 3575 3f63 796f 6305
LL_SRM 6:90880 0735 6121 6119 5151 7123 1361 6f23 435b 1107 2577 335d 3339 7171 0f33 5141 4137
LL_SRM 6:90896 4d39 7975 254b 7357 3335 0721 0d77 253d 1141 395f 6379 013f 2361 7b61 1131 435b
LL_SRM 6:90912 6351 0d61 4b2b 3555 7f5d 697d 2b79 6b6b 7131 7b23 6f7f 011d 7b5f 7923 5371 254d
LL_SRM 6:90928 317d 4767 6d57 7f79 3101 0b7b 7f7d 6f49 5b31 4d5d 2f39 4b13 657d 6b41 7b3d 7741
LL_SRM 6:90944 1d0d 7771 3521 6341 1563 6713 5141 4f73 2d31 6947 0105 2b71 0171 6b7d 1131 650f
LL_SRM 6:90960 2103 656f 0d63 614b 4543 0131 010b 0541 5561 3f71 5971 717b 3321 7559 7105 3335
LL_SRM 6:90976 7f13 797d 5f39 7163 734f 7919 1b31 4b19 7d35 4323 137f 636f 7771 412b 257d 512d
LL_SRM 6:90992 7f6b 3741 253f 6779 1f7f 5519 7d59 7f1b 1d0b 0921 734b 6327 3d35 7f7b 797b 6d27
LL_SRM 6:91008 1717 4f55 3d41 2f27 0b1f 711f 0143 210f 2d2f 553b 1109 5333 1351 7915 2919 512f
LL_SRM 6:91024 0d05 7709 0b5d 6b4b 310d 7f0b 3509 3b39 4f09 336d 215b 0b43 230b 4d6f 0b0d 270f
LL_SRM 6:91040 594d 5f23 695b 1359 1543 4b27 637f 1f05 0357 274b 6f0d 5d47 032f 2f09 4d3f 5b05
LL_SRM 6:91056 0d2f 7d21 7d1f 070f 7307 770d 5b75 3d0b 1f59 4d2d 2b6d 5105 491f 533f 3d35 1d39
LL_SRM 6:91072 554b 0d0d 0535 691d 431b 030f 5f29 1551 2f21 0d1b 2111 6f33 331d 1f3f 4145 6b47
LL_SRM 6:91088 0317 254f 157f 6519 1f2b 091f 1701 437f 2933 3d49 2705 0f75 231b 0547 1d47 0717
LL_SRM 6:91104 0953 0f4f 054d 7541 2763 4d09 5b2f 2705 3f7f 230d 1d59 0b47 0f6f 6321 636b 0d3b
LL_SRM 6:91120 013f 2d79 071f 5121 6d7d 2b53 5d2d 3907 5907 512b 4d3b 0f03 0f0f 6963 532f 6b67
LL_SRM 6:91136 6961 5b43 554b 2f5b 1d35 6b51 1521 7b03 1121 6155 650b 7143 0511 611b 6925 5321
LL_SRM 6:91152 3305 0f63 6525 3119 0d03 797b 4129 733d 0b51 297d 4d51 497d 5117 417b 7105 5179
LL_SRM 6:91168 7b7d 0579 5b3f 4d6d 3f39 2f79 373b 6f61 155b 797b 7b7f 7379 7979 7f73 5f7d 4b05
LL_SRM 6:91184 5b65 7169 6b27 7f31 7733 7d15 713b 7f1d 5d39 3169 1f75 7167 3779 2151 733d 4901
LL_SRM 6:91200 3d61 6107 4721 4137 6175 677b 6141 1577 2103 2d3b 4951 7d77 452b 6969 3111 0531
LL_SRM 6:91216 5335 071b 4711 5167 1f53 7779 6953 0d77 7321 6975 3d41 636f 2519 1557 5157 1b2b
LL_SRM 6:91232 6f3d 7521 3979 7309 3d7d 6d31 795d 6d71 5f77 6d57 214f 7379 677b 0f19 3f7b 3b6d
LL_SRM 6:91248 570d 757b 617d 6f25 7545 5b19 4d3f 6161 6f41 0177 6113 7b51 7f59 3769 3775 6771
LL_SRM 6:91264 330d 4129 1d05 7917 214b 376d 0d21 1115 4303 516f 631d 151b 074b 5f5b 291f 1727
LL_SRM 6:91280 434d 2327 2d13 1b2b 470b 4b2f 6d47 255f 515f 2d15 270f 2f77 090b 3d1f 3d5d 5f0b
LL_SRM 6:91296 077f 752f 6f7d 2f09 2f2b 4715 6d13 5f07 3725 1d0d 4f6f 712b 7d6f 2517 6d5f 2b01
LL_SRM 6:91312 3f73 0b73 750d 5f0f 232d 7d07 1d5f 3f01 2b7b 6121 1f35 2b59 4b2d 0f03 056f 3349
LL_SRM 6:91328 4d29 4517 2969 4945 6565 4d4b 2d21 1f63 770f 3f77 0f0f 0155 0525 6537 1549 4d63
LL_SRM 6:91344 070b 1d03 196f 0f73 0721 0f79 5509 591b 0d03 295b 410b 0d19 2b51 6347 4b0b 6b2f
LL_SRM 6:91360 7f35 2b0d 6777 410f 4f23 591b 590f 3139 771f 1515 6b37 1f17 575f 2575 5b19 5f71
LL_SRM 6:91376 4d4f 6735 4f2f 2d0f 270b 4b6f 4757 1b01 376d 590f 5f3f 0139 6f4f 136d 5f1b 5919
LL_SRM 6:91392 410f 7373 4365 0579 0b31 0167 2161 4333 1331 7f61 5555 6701 0969 670d 5105 0379
LL_SRM 6:91408 073d 417f 196b 4b2f 4117 6371 5113 315b 795d 5575 0151 0163 6b01 6111 3149 3f59
LL_SRM 6:91424 6d6f 7771 5f0b 3b25 3771 5369 7321 1559 576f 4343 7571 0915 716b 3147 7973 3d53
LL_SRM 6:91440 3765 4311 5b55 7d01 6f3b 6d21 5943 2f25 7761 7b79 5d5d 496d 515d 3f63 4b01 776d
LL_SRM 6:91456 5b49 6571 1571 5935 5763 556d 3125 751f 5d23 3937 1915 0171 0101 0131 2f11 7d6d
LL_SRM 6:91472 4971 710d 6913 2763 1105 4559 290b 3131 4779 7161 6d11 7773 133b 2377 5145 5129
LL_SRM 6:91488 4b7f 6319 7b3b 4323 7375 4d1f 4d55 1d67 7b63 636d 3977 197d 657d 5737 5f6d 6521
LL_SRM 6:91504 4f67 7159 3f71 5b41 4553 6f0d 3379 1371 5f37 692f 516f 6301 7d77 6701 7d5d 6b39
LL_SRM 6:91520 1707 416d 7149 232b 7b13 6303 695d 2b1d 5709 130d 1321 030d 4f07 211f 1f57 4317
LL_SRM 6:91536 0b0b 0d57 7909 031f 554d 6b51 3717 230d 2d35 0f0f 0901 0d27 0903 0d5f 2301 6d67
LL_SRM 6:91552 5b2f 3b07 371f 7947 1b67 1f2f 6f3b 5b45 3f55 6937 6d67 3d25 135b 4f4b 7b27 3729
LL_SRM 6:91568 5147 6363 155b 2d43 5343 790f 5b1f 3b2b 254f 1b61 6101 1341 676d 2501 0b2f 4f45
LL_SRM 6:91584 6d15 112f 1b0b 3339 0505 6139 0f43 6d47 391d 0b67 210d 456f 5b19 612b 6d0b 0d0b
LL_SRM 6:91600 310b 0b21 131d 4735 2375 774d 0121 1149 0779 095f 6f05 2f5b 2343 0d17 0d65 0b1f
LL_SRM 6:91616 2f4d 2d0f 6d3f 6b27 513b 655f 2f79 2919 4f6f 2d05 6f6b 6701 4d6f 0b57 437b 450b
LL_SRM 6:91632 635b 191f 7d6f 1f4b 4f6d 5103 3f2f 6325 334d 0b4f 5b7b 0721 0117 2f31 674f 2d2f
LL_SRM 6:91648 3125 1959 6147 2159 4f71 6969 3153 1539 1111 4173 0125 0957 1d75 435f 0975 090f
LL_SRM 6:91664 3945 7353 4d23 5527 7353 2b53 5171 2777 4d45 5117 0161 7179 1d63 1f39 3713 6573
LL_SRM 6:91680 5977 1923 4d7d 6d75 6779 195f 773b 631b 6731 5b07 573d 7b65 5751 5135 312f 1375
LL_SRM 6:91696 3b7d 2163 7319 5d11 793d 2731 7d71 777d 2b13 450d 772d 3509 7f41 5967 497b 5d59
LL_SRM 6:91712 031d 2105 6975 235b 170f 530b 5729 3979 0367 5315 474d 4563 2971 0331 6d21 192d
LL_SRM 6:91728 3135 5133 2d53 7127 5963 3965 0941 7771 4301 013d 011b 6d35 535b 4127 3305 6337
LL_SRM 6:91744 3b37 1f71 3d75 3f31 391b 5b53 7953 6157 617f 6101 7379 4321 7d4b 6545 4131 0b21
LL_SRM 6:91760 3171 5b59 1b3f 237d 3f77 3957 633b 1173 097d 3141 077f 6763 5f4b 7525 5969 2331
LL_SRM 6:91776 2b4f 4d37 1945 311d 630b 1d69 1511 2b11 2b1f 2563 3549 0f17 070b 0f23 1f03 5f57
LL_SRM 6:91792 2317 254f 7f23 251f 4d69 416d 012d 430f 0129 4f1f 0147 0f6f 0109 1941 173f 3121
LL_SRM 6:91808 277f 2b0d 633f 1b53 1f75 6b1f 475f 3f4b 4333 555d 2f6f 4567 6b5f 5363 5d43 3f0f
LL_SRM 6:91824 5f1b 1311 0b71 3f41 7b65 3105 5f4f 5561 1d5f 5505 1b5f 0d45 2f2d 0f11 6b2b 1501
LL_SRM 6:91840 171d 791b 0949 076f 214b 7b1d 0d53 4b29 5113 6f4f 2549 216b 1f0b 0567 491f 212f
LL_SRM 6:91856 0d0b 6309 4307 0f1b 0b63 7f07 2179 2b17 5705 054d 2911 0d07 5d39 074f 074f 2707
LL_SRM 6:91872 2d4f 2d43 392b 4b09 154f 2b13 2b03 4f73 314f 7b19 0f7f 3f3f 4747 635d 0f6f 4b09
LL_SRM 6:91888 5757 212f 1d1b 6f2b 776d 0b57 411d 0901 5f1d 7b4f 072b 115f 3729 4b11 1f3b 0f39
LL_SRM 6:91904 392f 2d15 5103 6771 7165 0151 5911 6169 4941 636b 311b 1961 7b71 6567 0d31 2979
LL_SRM 6:91920 0331 0f71 3543 6b4b 6513 2b1b 215d 3f0b 7121 031b 4533 6771 6309 7969 7331 2375
LL_SRM 6:91936 7b7b 3523 7767 3d2f 436d 0d71 3575 7761 6101 3d65 0d55 2961 7933 2f61 2f5f 4955
LL_SRM 6:91952 596b 3d09 6961 1303 1577 6171 395f 7531 3727 1361 6d7f 3b59 6131 7b21 3b2b 2135
LL_SRM 6:91968 2521 3d57 4113 313b 2161 5d39 2133 516b 4901 4113 7d1d 1327 2163 1131 1951 496f
LL_SRM 6:91984 1d19 4177 6771 4747 2141 535d 1121 6935 0521 6155 1703 7347 7131 7f4b 0f11 7133
LL_SRM 6:92000 7f55 7f43 4f6b 2171 4b59 3b41 7d5f 5d33 7b49 5173 3b7f 3b01 7b53 3167 6937 551b
LL_SRM 6:92016 4375 7149 7767 5931 3375 4b75 4d3b 4955 7f37 471b 7173 4d7d 7d75 6b25 3959 6371
LL_SRM 6:92032 2527 435d 4107 4f6f 051b 1f7d 1563 5f7f 252b 2319 4d09 5d7b 1d0d 3303 0905 653d
LL_SRM 6:92048 2d29 0f6b 2369 192b 0f0f 0f4b 496f 4115 090b 0f4f 0769 0f17 0b07 0b0f 2339 6b29
LL_SRM 6:92064 4d09 113b 6b0f 234f 5f3d 6d2d 5f0f 2d43 515f 370d 3953 577d 5f03 4f23 6d6b 7f4f
LL_SRM 6:92080 4b2d 732f 3d09 2f53 171d 276d 536d 4919 2f5f 5117 6f1f 6d05 4973 610f 4f57 0d15
LL_SRM 6:92096 070d 112f 0311 4f13 4d0d 1901 4901 451d 096f 170f 1127 652f 0743 037f 0109 0d3f
LL_SRM 6:92112 4917 4779 010b 0f0d 2945 437f 0523 3d79 0b33 5f01 111b 2b5d 7d0f 292d 2707 291b
LL_SRM 6:92128 651d 6b63 5f53 4f15 3577 7f09 1f65 0b0f 0127 3549 5b7f 3305 2f1b 2d11 3179 0b03
LL_SRM 6:92144 4f45 3f4b 5f2f 0f5f 593f 236d 4f53 0f01 6b6b 4f23 7d63 3d03 0747 3f09 6f6d 032d
LL_SRM 6:92160 0159 671b 2f31 2f5d 3131 797b 5155 0159 0141 2355 6949 5501 0101 2b37 2533 536f
LL_SRM 6:92176 3369 2913 5313 0771 1941 2963 1f75 553b 7905 013d 6d31 6175 5b67 2375 1743 5179
LL_SRM 6:92192 4f7b 7919 3973 0325 7531 5b59 7b73 7b1d 5d23 7d0b 257b 7d03 6579 4d31 5531 4b71
LL_SRM 6:92208 776b 7161 6f37 715d 436d 6735 797f 4731 2b6b 7d51 7b13 7371 6f71 5b41 6f71 3729
LL_SRM 6:92224 3171 0d59 6175 5d25 4513 3161 6949 393b 054b 4b77 610b 5b23 1163 1f25 2731 693b
LL_SRM 6:92240 0541 316b 5169 3b71 4173 1153 6161 736f 0161 451b 6765 5903 2369 655d 3341 6133
LL_SRM 6:92256 317d 5723 777d 433d 555d 1577 4359 531d 713f 1113 7737 576d 573d 7d01 2959 6d73
LL_SRM 6:92272 0369 6d21 7977 0d13 7b75 0505 7141 5949 5b7d 7b15 7d3d 735d 7d5f 490d 4349 6771
LL_SRM 6:92288 4f1f 0f19 7923 192d 611d 074f 091f 2d2b 292b 771f 5b05 4745 2925 176b 0101 736b
LL_SRM 6:92304 2561 554f 6f11 1d2d 2b73 474f 610f 2371 7917 671b 4701 5107 0341 3f67 1315 496f
LL_SRM 6:92320 4d09 0f4b 3b4d 4f43 2757 6f09 370f 0f31 2f4f 492b 4f17 5b4f 7f5d 0f0b 071d 350d
LL_SRM 6:92336 551f 5d53 4f2d 0f27 6f1f 794d 774b 6161 7f0d 4b47 0b47 175f 3f37 4d29 5d73 4f37
LL_SRM 6:92352 0715 1705 095f 012d 5705 3549 1509 0727 2907 770f 455d 7b6d 131d 475f 4301 191b
LL_SRM 6:92368 0b4b 6f37 031f 0931 3d5b 5f1f 5717 1b4d 3b0b 0f7f 413f 2547 290b 635f 6105 1f47
LL_SRM 6:92384 4f4f 412b 3353 471b 6f67 1f29 032b 2373 7b2f 7f03 6117 3f03 6f1d 1d1d 472b 4b3b
LL_SRM 6:92400 074f 1f13 3f19 1f05 690f 5f2f 450f 2107 4b0f 0529 3343 5f27 470f 5f65 4517 0d61
LL_SRM 6:92416 0303 6b21 616b 6907 4b3f 2d37 0105 7931 1109 0d0b 0f11 6947 3d31 4b1b 0959 2b2f
LL_SRM 6:92432 6913 4b05 0549 2359 2141 412f 6129 6135 5b63 5555 6175 0563 6341 230d 3151 4537
LL_SRM 6:92448 6b77 5137 256d 5b71 5117 5b53 6901 5b6f 2773 7129 637d 5351 512b 395b 7b37 5b71
LL_SRM 6:92464 217b 5177 5f51 6951 3f71 3973 3d59 1369 3d69 3b61 5d7f 7743 3323 2333 536d 0339
LL_SRM 6:92480 092d 3d11 3531 2559 255b 5345 1549 614b 312d 3371 034b 1b1d 2b6d 2b03 650f 253f
LL_SRM 6:92496 076f 1163 5177 0139 1b41 055d 7751 2169 2901 516f 7161 117d 4933 4f75 4f09 2b7b
LL_SRM 6:92512 597b 4335 7333 5b6b 1579 7d35 395b 431f 7d53 3361 495f 7d5b 0963 4979 7f63 3731
LL_SRM 6:92528 3d6f 6937 6f65 7f4b 7f53 575b 5b47 5571 2f79 3d73 397d 2f39 6f69 1f11 7351 1b59
LL_SRM 6:92544 3935 3335 4b5d 0775 4f4f 771d 4b29 155b 4113 210b 6d43 2f0f 1915 356f 271d 0f0b
LL_SRM 6:92560 0b07 0713 7b2f 6b03 0b0f 011b 3949 4b3f 3d13 3f49 5565 3f1f 2f3b 6b17 0d15 150d
LL_SRM 6:92576 0b5f 472f 5f41 636b 394d 4135 5f5f 0139 0f37 4d27 5b0b 4d25 175f 4901 4f5f 5d11
LL_SRM 6:92592 3f2d 1b43 0d1f 3503 2f0f 0559 1d5f 7b21 0f47 1f4b 3715 1f1d 3f11 7f55 1f57 030d
LL_SRM 6:92608 077b 4b2d 092d 0767 2325 0151 251d 070f 576f 0d65 050b 073b 6345 1f57 4337 095d
LL_SRM 6:92624 0f03 7d43 4b0d 4f43 1d03 037f 250b 4f17 2111 5b27 5b13 4d2f 331d 072f 2913 177f
LL_SRM 6:92640 5b3d 5d43 5f6f 0f43 234f 5f07 5f3f 3f6b 5f2b 3365 1955 130d 456b 4d4d 235f 6b31
LL_SRM 6:92656 5f0d 337f 5f63 1f0d 3b4f 0d33 2f21 195f 5f3d 295f 3f49 5f2d 211f 0133 0b5f 0d15
LL_SRM 6:92672 5901 1b47 1d79 1933 0161 4917 0971 1367 1531 176f 7349 7975 0515 071f 293d 7505
LL_SRM 6:92688 4151 6b3d 4929 2b5b 4147 617d 0563 5753 6f33 0567 1965 6137 7551 2d3f 2161 4527
LL_SRM 6:92704 0933 735b 2331 732b 2371 6537 1775 4b37 757f 2715 6909 7919 7f71 3153 670d 6b15
LL_SRM 6:92720 7d7b 6353 5175 2771 3767 7751 774b 397b 6735 730b 6355 3d79 6b63 6b2d 3b5f 0967
LL_SRM 6:92736 0503 6121 5525 3965 555b 2b31 057b 012b 2565 316b 2577 6d63 2509 5b41 6131 6f69
LL_SRM 6:92752 2321 013f 2b11 4973 3309 074d 6921 577b 3951 2127 1111 4b3f 1969 7763 7309 2177
LL_SRM 6:92768 5175 7f2b 3b05 0301 7763 7917 7d29 2d51 6771 7d55 7555 7b51 6f57 3905 5b69 7535
LL_SRM 6:92784 5715 295f 7d11 2355 5b65 7d65 717d 7105 752f 3f3d 0575 7129 4f55 0b69 693f 7b6b
LL_SRM 6:92800 3373 271d 0377 4d33 154d 2f4b 6925 4f0b 2d41 0107 0141 430d 0d2f 5169 013f 454b
LL_SRM 6:92816 0921 0f67 156b 3f25 250d 3319 010f 0d17 032f 6529 215d 6b31 4137 0b7f 0149 0f13
LL_SRM 6:92832 7971 092d 757b 4f0f 7b6b 532f 550b 5d69 1f2d 3305 6d47 170f 0f7d 152f 5f3b 5f2d
LL_SRM 6:92848 4d6f 252f 2107 3d1d 4f25 2d07 7f27 1f19 232d 1f3f 2f3f 1f49 0547 0f35 6f0f 656d
LL_SRM 6:92864 5f4b 4d67 0707 257f 3b01 530b 0f17 056f 1709 736d 0163 3101 5917 4933 5b2d 4329
LL_SRM 6:92880 7353 231f 0d09 4369 2b09 5f5b 0d1d 256f 0127 0d57 491b 176d 2f4d 150b 0125 2b57
LL_SRM 6:92896 794f 270f 0959 1d0b 4f6f 0f4d 711f 6377 1b5b 094b 0f2d 7139 4b69 2735 2f4f 0f0f
LL_SRM 6:92912 3977 2919 651f 2317 4f1d 0d19 2f1f 1f01 796f 090f 4d6d 050f 311d 3939 773f 0d27
LL_SRM 6:92928 3f11 4165 713d 4533 1511 6553 4175 6d61 4147 093d 0129 035b 2d11 2315 1131 2351
LL_SRM 6:92944 1531 0125 5107 5d6d 3b53 7553 1b73 574f 0775 6379 615b 4139 1151 717f 6911 0165
LL_SRM 6:92960 7b51 5739 115f 3d27 3579 197b 2717 3f01 635b 716f 717b 6933 7b3d 255f 4979 6129
LL_SRM 6:92976 777f 6f21 613d 1d71 3f47 7f49 6f6f 1d09 2b39 2949 773d 4d77 574b 7521 7f41 6153
LL_SRM 6:92992 0125 794b 1921 7317 1335 5955 5555 795d 2101 233d 114d 1351 4f51 7b6f 6331 552f
LL_SRM 6:93008 4309 2b51 4121 5525 5745 433f 0539 3535 012d 4545 2d51 2363 3959 0771 4d43 1931
LL_SRM 6:93024 6b11 5f1f 3167 4535 1575 3315 7775 3533 5d59 2531 7f27 5115 5547 6771 156b 534f
LL_SRM 6:93040 1d11 7775 794d 2345 7f7f 2941 4527 2d7d 756d 7555 3b3f 6f55 370d 5113 3775 4315
LL_SRM 6:93056 4d6b 0b6f 4d3d 5f5b 7563 5959 0165 2d59 0147 0f37 754d 2909 2733 6535 6913 1b3b
LL_SRM 6:93072 5f2f 0f4b 031f 0377 272f 2315 4527 2559 0127 4b07 3103 1325 0f41 0749 5d4b 016f
LL_SRM 6:93088 4f4f 5759 5b6f 070f 597f 3d27 594b 1d0d 7b25 4555 3d3f 5d01 4b79 2d0b 0b77 6b27
LL_SRM 6:93104 1b3f 1b53 3d0d 2b03 0351 0d23 732d 1d25 4f1f 0745 7d17 0b5b 2b17 1f47 3f2b 5717
LL_SRM 6:93120 0b67 3b2b 150d 1b1d 1921 0765 7169 6d3f 273d 0b27 5147 0f31 1503 2d75 1d27 3127
LL_SRM 6:93136 7503 4f23 014d 6b4b 091f 0f4f 4741 253b 254f 4379 050b 294f 490f 4b3b 1509 6b15
LL_SRM 6:93152 7f4d 571d 696f 6d4f 7b6b 7f27 7f2f 5345 5375 1b5d 4117 5b6f 473f 0f25 7f1f 4509
LL_SRM 6:93168 3b7f 592f 0705 076d 7b6f 0535 1f5f 7d45 634f 6f0d 7b7d 4b11 2757 6b01 4317 7b61
LL_SRM 6:93184 195b 3f79 0345 7f73 1321 3731 1979 356f 1571 710b 2113 390d 6105 3353 1563 5b75
LL_SRM 6:93200 6571 7175 0111 513f 3361 1535 2571 3909 6d71 7933 4979 1943 6101 096b 617b 5b65
LL_SRM 6:93216 5977 2b2f 397b 1b41 6763 5147 0559 7171 1b35 5571 0b5f 3361 5d7d 0321 0119 7923
LL_SRM 6:93232 277b 7d7f 3977 6967 237d 5705 3367 730d 4307 3543 3171 4711 5f71 3b59 333f 7165
LL_SRM 6:93248 0131 4739 7973 7101 3b41 6d2f 093d 4921 3333 495d 2935 113d 6903 5753 3139 2b5f
LL_SRM 6:93264 6903 735b 7171 6931 1319 6523 4141 7937 4963 713d 0921 3357 3319 3341 3163 3567
LL_SRM 6:93280 537d 3923 4b63 2127 5971 3357 3323 217b 116f 2163 393f 7365 097d 2173 3f79 5d19
LL_SRM 6:93296 7b13 7555 7339 6f41 6f73 5715 5b35 6b7f 2f1b 6343 4b7f 1d6b 2361 6b23 5523 5f6b
LL_SRM 6:93312 0141 075b 0953 453b 4143 230b 270d 256f 3529 4d31 332d 2f49 277b 2f2b 450b 750f
LL_SRM 6:93328 110d 112d 0f01 6f5b 152d 074d 1b19 4547 3b05 2d0d 1d21 2d0f 0569 254d 0947 776f
LL_SRM 6:93344 1d3b 051f 6b7d 7745 1365 1f29 1b2f 0f0d 0b4b 291b 3d57 0b51 0b0d 0d0f 1b0f 6b0f
LL_SRM 6:93360 2d4f 6b73 7f4d 7555 5d0f 1d17 4757 3753 7f57 175b 2f0f 4919 0f1f 6b01 0f6b 2305
LL_SRM 6:93376 3515 0d11 6f03 590f 010f 6149 2b79 2d69 2341 4d4d 1f37 5b19 2b11 1f6b 2d07 4d4f
LL_SRM 6:93392 2b2b 595b 0b07 756f 3539 071d 1377 4d4f 5b33 5f03 0b33 2d0d 1501 5f59 1927 796b
LL_SRM 6:93408 2f4d 5317 7b6d 0101 1d3d 2f0f 096f 0309 0d6f 4f01 4f2b 4773 4f1f 6d4d 3d59 5771
LL_SRM 6:93424 5b0f 192f 357b 7d05 5f57 1d35 2d0f 190d 3b75 5d13 673f 232f 5f3d 0f5b 677f 0755
LL_SRM 6:93440 2571 5b71 6341 214d 4b61 4f7f 010d 7169 5717 4d0d 1921 2365 3929 5551 2939 6751
LL_SRM 6:93456 2119 497b 6121 1365 413d 6b61 5d55 3d7b 652f 5921 053b 5567 1151 5b23 2b39 7161
LL_SRM 6:93472 7577 292d 6365 4b55 1b3b 7919 5b2f 6d53 5b55 3f19 7b79 1b7d 397d 6967 5b5f 7577
LL_SRM 6:93488 5953 5d67 592f 3123 7d75 7d71 035b 4763 6d19 7f49 756d 0f3d 6533 172b 7f61 2d51
LL_SRM 6:93504 4961 5b55 0b3b 4155 1535 713f 6701 1b09 2f4d 4173 6d21 133d 2901 6177 6303 235f
LL_SRM 6:93520 6111 5f5b 5309 7b67 4101 0f77 4141 7171 4565 6559 6509 6171 3d11 7d6f 6133 2375
LL_SRM 6:93536 5d5d 7b57 3b73 533f 477d 5179 1973 5f29 3979 1777 0f5b 652b 6759 716b 6b7d 672d
LL_SRM 6:93552 393f 7163 3f43 6525 5577 6113 377b 1d79 6773 792d 5f35 3d79 797b 114b 6d73 3167
LL_SRM 6:93568 0727 0b13 4955 2d47 7909 4b31 0341 3f23 0d0d 4717 3911 1d0d 052b 1907 1b2b 2535
LL_SRM 6:93584 4705 170f 3d6d 3b0f 1f4d 712b 0d03 2939 053b 6907 4507 217f 1d0b 1b61 052f 0127
LL_SRM 6:93600 0f5f 7f07 1d55 3b19 7779 2b4b 2779 4b1b 6d0f 4b6d 5b07 0313 0d6f 452f 6f3d 5b17
LL_SRM 6:93616 751d 391d 396b 470d 1f7b 755d 6337 1f0b 652f 2d0d 2d57 0705 212b 5d23 491f 1141
LL_SRM 6:93632 3569 0109 110f 0309 036b 1b67 4d0b 0d4b 2763 1b0d 4335 1b2f 5953 477f 090d 4f0b
LL_SRM 6:93648 0f45 4b45 0955 3f57 1b1b 530f 4107 0f7b 0305 672b 0d51 074f 0943 257b 6b1b 531f
LL_SRM 6:93664 0f0f 6d3f 5f27 5d35 1f2f 2909 371f 1d6d 7f3b 4b0f 375f 6f41 1347 2f43 5d7f 6d5f
LL_SRM 6:93680 5f4d 5907 5515 171f 3f15 535f 1b2d 7519 676b 590d 6d57 2f07 170b 2535 2f3d 253b
LL_SRM 6:93696 1761 3361 3141 0d6f 1131 2f27 7f6d 432b 1961 6b15 7941 0d45 351b 293b 4551 4915
LL_SRM 6:93712 4d79 6119 3515 1375 157b 3575 614d 417b 3713 3161 3113 152d 6949 3179 3b43 5f51
LL_SRM 6:93728 177f 0771 7763 1519 375b 6f09 0f75 2b09 757d 3d69 3771 3911 7379 3f73 7557 751d
LL_SRM 6:93744 277d 3721 7335 132b 6b71 6d59 3931 7b11 7b5d 3d41 6d63 3f35 5b63 116b 7933 6b61
LL_SRM 6:93760 6101 412f 6943 2333 1543 456b 4725 6d39 5d69 393f 0133 317f 4969 215d 3101 5565
LL_SRM 6:93776 0127 6133 1563 212b 0301 0d39 3121 416d 0359 031d 0713 2d37 6503 0b7d 7945 1541
LL_SRM 6:93792 7175 1b25 0b4f 6539 6763 7d39 3707 3b49 596f 490f 6d69 036b 353d 5137 375b 7501
LL_SRM 6:93808 7f5d 394d 4b73 7143 6f79 3575 4d61 7153 0979 6521 5559 7769 6d55 7349 7975 632f
LL_SRM 6:93824 494d 031d 1d45 017f 0149 431f 0103 1337 1929 216d 337d 476f 0b01 0b01 030d 5713
LL_SRM 6:93840 333d 0f4f 3b05 3d5f 6923 276f 350d 234d 2947 396d 4b5b 2b23 731f 0d1f 1713 0d7b
LL_SRM 6:93856 6f2f 2d11 476f 1907 191f 3d43 076d 4f37 731f 4f3b 6f07 6f25 7d0f 1f13 3b3b 2f01
LL_SRM 6:93872 4d4f 1d5f 473d 3701 0f2f 6b07 7f0d 1f03 1747 155b 2f2f 7f0d 673d 3501 072f 4f07
LL_SRM 6:93888 0335 1b6b 2f6b 517f 0707 0727 2d65 795f 0127 090f 175d 5f4f 0f61 197b 1b19 413d
LL_SRM 6:93904 1315 4b2f 1307 716d 3947 1513 2b65 070b 4123 2b27 4d13 650b 0545 5f59 2161 293f
LL_SRM 6:93920 0707 0b0b 375b 072b 2701 2b79 795b 3111 4f55 3f0f 7d5d 4d13 770f 0953 1d6f 3551
LL_SRM 6:93936 757d 3f2b 3d49 2f0f 6d69 570d 370f 1f4b 191d 6f13 3b5f 6549 4f3f 5b05 2755 5327
LL_SRM 6:93952 0171 5b35 7b03 6551 3161 5321 7519 357b 7101 6b71 0f75 4579 0119 074f 6d61 5309
LL_SRM 6:93968 1509 6b5f 6901 113d 2163 2133 4963 6163 3523 513f 2543 695b 2d39 6353 0121 4571
LL_SRM 6:93984 633d 7d05 7b77 2305 3775 2543 3b7b 7f73 7f7f 5115 6d75 7765 7171 1161 5175 3715
LL_SRM 6:94000 7f7f 5b03 7337 6365 715f 4f2f 791b 6947 5f6f 1b49 7f7b 3f01 7d15 7b31 7d65 7127
LL_SRM 6:94016 6711 6959 2141 6571 6373 5d39 6301 3171 0d31 6163 3173 515f 0171 5f35 0131 1567
LL_SRM 6:94032 1b61 656b 3b79 7115 6909 412f 3125 617f 6945 1371 5115 457d 4111 797b 451b 6103
LL_SRM 6:94048 1f5b 5727 7575 4505 757d 6325 4339 1975 536b 6b75 7f1b 6721 7b67 5335 6b29 753f
LL_SRM 6:94064 791b 711f 7f03 6d09 7f29 4343 5f73 0313 3117 0141 6b39 1d47 4b59 6165 6b67 5b71
LL_SRM 6:94080 6f7b 2b11 7d13 197f 410d 1739 0d09 4d5f 1f09 0715 1f27 112f 030b 5b3f 2d47 4705
LL_SRM 6:94096 1127 0735 296d 4b4d 2947 0d2b 2311 0b27 6b0d 4f2d 330b 0123 4b43 0743 1d41 2743
LL_SRM 6:94112 1767 4701 3b4b 6d73 553b 4967 0b27 3913 134f 3519 6b6d 4f17 5b7d 4f0b 3f59 0533
LL_SRM 6:94128 1547 2d1b 7b2f 3317 5f17 6f03 655f 6f15 375b 7f47 273d 010f 396f 7b29 1d75 5703
LL_SRM 6:94144 0113 2919 2d0d 1d0d 651d 174f 6749 6f7f 0f45 293f 5d45 055d 6501 1b21 6503 394f
LL_SRM 6:94160 6b01 3f1d 4535 6f0b 4529 1769 0507 0f5d 5901 7f1d 410f 210f 454d 0753 4f09 173d
LL_SRM 6:94176 7b7f 1f45 5f19 3535 695b 494b 6f0f 5913 3f5d 1b1f 2d1d 0f09 0b25 7b29 692f 6711
LL_SRM 6:94192 3f77 1b09 1f5b 0f05 3f07 433b 5f5f 7527 6d6d 2313 176f 574d 7f37 7303 7725 0d15
LL_SRM 6:94208 1345 0b4f 0527 2d65 5d5f 2f3f 2129 7f69 6b0b 2b27 290d 4d2b 4145 0f1f 0b0b 571d
LL_SRM 6:94224 0b07 5f1f 0f07 5f53 0d41 1769 0b01 0d19 254f 2f0d 0353 0d05 4555 4f01 4379 0f09
LL_SRM 6:94240 7f1b 192f 4d23 1f49 7d1b 3761 1f6f 3d3b 7f6d 5303 437f 2f69 2f4b 191d 691d 4d27
LL_SRM 6:94256 2d59 6f6f 415f 3947 155f 1947 3d55 0f23 174b 4505 7f1b 2d65 573f 5f71 390d 4b2d
LL_SRM 6:94272 1937 0129 0917 3b37 4d0b 1b77 0517 094b 2d07 2d09 6913 1d47 614b 513f 4907 6f71
LL_SRM 6:94288 013b 490f 0b11 0565 5719 291b 0901 0d63 3101 4f7f 4d43 0727 275b 7f47 654b 014d
LL_SRM 6:94304 5515 7b47 3d6f 6545 7d67 2943 1b0f 1517 5d3f 7b4f 2f7b 353d 0d3f 674b 7b23 0b05
LL_SRM 6:94320 3f0b 0723 1d17 2f1d 370d 2f43 170f 695f 4d05 3f0b 6305 4d2b 6951 0b2b 777f 0b2d
LL_SRM 6:94336 7b5f 6903 4b71 457d 2511 7b17 0b7b 015f 6d19 4171 7771 5577 5333 2177 230d 597b
LL_SRM 6:94352 112f 4921 2155 4745 7369 1911 6921 7b3b 5131 7155 5961 7305 6135 5d63 0143 6579
LL_SRM 6:94368 475d 7131 7b61 277b 3369 2f67 3f59 1719 136d 5575 715d 677b 313f 7523 7b3b 6d1b
LL_SRM 6:94384 1f21 756b 7117 5979 7365 5741 7f5f 7521 6f75 7775 134d 7f11 4f75 5749 6339 2b61
LL_SRM 6:94400 3541 2d71 0701 6133 2161 6f51 2519 2759 114f 495b 7149 4945 0919 5559 3d09 5371
LL_SRM 6:94416 1149 270b 2315 1715 1361 3b09 4771 1379 6335 194f 0363 3321 3553 2167 0b39 0779
LL_SRM 6:94432 4f31 4501 5773 7159 4d73 3963 6b21 6b17 753d 3571 777f 5121 7d7b 5107 7b31 7f2d
LL_SRM 6:94448 6d75 2327 754b 2913 153f 0f29 6f7b 5741 2f75 5d15 776f 4d71 615d 211b 1f3d 3d5d
LL_SRM 6:94464 5943 511f 0d63 4747 4b09 4f4f 2101 0351 2113 0d1d 354d 6d03 0b0d 0b2f 2903 2b3f
LL_SRM 6:94480 210d 651d 1111 2717 0b0f 671d 3d05 290b 1f0d 0327 1159 456d 5d19 351b 2941 3343
LL_SRM 6:94496 354f 610d 1d4f 3547 4f1b 573d 150d 2119 5d1f 4d11 753d 3b47 2f0d 4f6d 6507 1b45
LL_SRM 6:94512 3f1b 412f 0f09 4d5f 0f5f 3719 3757 0f4f 1f0b 0b29 0d2b 396d 7907 571f 7347 0d05
LL_SRM 6:94528 232f 037b 0501 011d 2d45 1167 0b03 6f45 0d49 4519 4131 2955 0919 1107 3735 3755
LL_SRM 6:94544 150b 1b19 530f 091b 310f 0d63 031d 4911 2f03 0961 5f05 0d79 1357 671f 0b4d 016f
LL_SRM 6:94560 5f49 2f11 3b7d 4f1b 6b2b 3f0f 195b 717b 5f2f 4923 3149 576b 6d75 3f77 371d 3f57
LL_SRM 6:94576 495f 656d 6d1b 4f53 273d 0f59 5b2f 0f79 7103 0f0f 693d 370b 790d 4f0f 3f7b 330b
LL_SRM 6:94592 6567 313d 4d2d 337f 256d 3b73 7513 7b7d 316b 796b 6f41 0d3b 1931 217b 3179 131f
LL_SRM 6:94608 0119 2339 7151 5b2f 7f41 5125 1951 556d 7153 1d71 6b09 3965 0705 717b 1309 532b
LL_SRM 6:94624 737d 5511 577b 7303 3f71 1913 7939 4d19 2373 7935 795d 7151 6159 6d41 797f 5d61
LL_SRM 6:94640 5141 7101 4f79 5511 5337 7b69 316d 2743 7f57 1731 7b35 7511 7929 4f2d 1b75 7569
LL_SRM 6:94656 134d 655f 6731 4127 1731 3b33 0f61 5f27 2311 172b 2175 1f35 2101 2b7d 0171 7547
LL_SRM 6:94672 1b21 051b 7103 7547 1115 411d 6901 3963 6535 2311 613d 2149 7d21 7b4b 6101 5755
LL_SRM 6:94688 7331 7911 253f 6721 6375 7743 7343 2337 7577 214b 5133 6711 5b7d 3161 716f 1331
LL_SRM 6:94704 337d 7969 337f 6309 777d 7105 7f0b 5b33 397d 6129 7b2b 7b29 634f 3547 6b7f 097b
LL_SRM 6:94720 1f13 2d5f 610b 0d4b 1901 0b03 0501 3907 0515 4327 4903 4301 450f 0315 152d 0f7f
LL_SRM 6:94736 0b0f 133d 172d 4b4b 110d 456b 017d 3f7f 310b 0757 1137 1f2f 1f0f 051b 5b01 575f
LL_SRM 6:94752 3f1f 1f1f 4b5b 770d 1577 030f 6145 6d5d 776f 3341 6b5f 0511 2f59 492d 6d2f 7b0b
LL_SRM 6:94768 0f6b 775d 5d1b 4f07 396b 0f3f 7f0f 0b47 2f6f 0119 3f6b 3725 370f 2f47 0d5f 3913
LL_SRM 6:94784 3d03 0d15 6d0b 2f6b 0151 396d 5101 5327 1907 754d 4b0d 557f 6541 1f25 4301 370b
LL_SRM 6:94800 0f15 6365 5d1b 255d 114f 091f 5911 4d75 5327 1b0b 4b45 7d07 0155 0f7b 014b 4f23
LL_SRM 6:94816 6b77 0f31 3513 0f0d 0137 774b 5f07 4147 694d 5d05 153f 652d 6f63 6321 5f05 1f0d
LL_SRM 6:94832 7f2f 4f35 5f6f 7f4d 3b2d 4b0f 657b 5f0b 070b 3913 7d0d 7f0b 5f2d 6971 7557 2b41
LL_SRM 6:94848 7953 1969 1961 5763 2141 4735 1751 6179 6133 6d05 4d15 111f 0f0f 7741 4531 0919
LL_SRM 6:94864 7361 5129 3141 7959 0523 3731 2963 0d59 5161 716b 2171 0379 3935 5937 3361 5771
LL_SRM 6:94880 5d37 2769 1d69 196d 0b7d 1b2b 152f 7d6d 4361 3935 7777 5543 796d 277b a927 7b13
LL_SRM 6:94896 797b 6529 2375 3533 7b75 7f51 2535 430f 796b 5335 1173 591f 671d 6b55 7919 0d35
LL_SRM 6:94912 1941 7371 7775 6561 0131 4d6d 4d71 2149 2911 6913 417d 692f 0b43 3b77 0955 7169
LL_SRM 6:94928 4109 5953 4515 217f 6d55 7535 6975 7975 0d19 492f 1377 7d3d 7531 432b 0175 7731
LL_SRM 6:94944 5563 4159 2725 4957 0b6d 7747 2131 135b 7b51 377d 1775 3b75 7529 6b7d 477b 7161
LL_SRM 6:94960 7775 6163 7d5f 2f11 737b 2969 3d29 3f53 7d49 5f19 7917 7345 7f49 610b 7547 5503
LL_SRM 6:94976 2f0f 6529 1903 332f 130b 4b1d 4b2b 4315 4b4d 595d 6b0b 0b4d 2b0b 352f 4b49 3b2f
LL_SRM 6:94992 5b31 0d4f 0943 6f6f 4301 2b29 2341 4d5d 150b 0d51 4523 435b 5d1f 137b 670b 1575
LL_SRM 6:95008 0b3f 272d 091f 450d 7f0f 2d49 0311 0505 4f2f 2f27 2f5f 6703 2d4f 1d0d 274d 6161
LL_SRM 6:95024 1b67 1105 773b 034b 3b25 4d43 7f5f 6f69 5b79 2301 1f5f 4f7f 073f 1b07 3f7f 7f2f
LL_SRM 6:95040 0565 575d 1701 492b 4f09 0529 354b 7159 0b27 4311 4703 352d 0903 2f37 1347 4965
LL_SRM 6:95056 356b 6547 0319 091d 270b 116d 1d3b 150f 3501 0737 0d1b 4367 7f09 4d39 6167 2b0d
LL_SRM 6:95072 4b2f 6707 7f2f 2b2d 1759 7b09 3f25 2d2d 6b0d 055b 7b29 450f 796f 6f4d 570d 774d
LL_SRM 6:95088 7d07 1161 371f 7b41 357b 1f69 3f7f 4f6b 1729 5d51 5f5b 1f0f 1f43 632d 6d6f 6707
LL_SRM 6:95104 6955 6f31 6109 5d61 2521 7b7d 6501 7b69 7125 7779 7761 0d05 415d 7d6f 2349 1167
LL_SRM 6:95120 4931 5773 1555 1d67 0117 1777 2169 033f 3d59 294d 3959 115f 2b47 1371 2151 7739
LL_SRM 6:95136 4571 2d49 1759 7333 1b55 7b7d 0d65 3565 575f 6b61 3751 6f71 6d61 0d7b 1b63 7b1b
LL_SRM 6:95152 3f55 7541 713f 1d63 275b 3d79 7779 3321 0b7d 2b23 697f 7711 7717 775d 3f6b 7b03
LL_SRM 6:95168 4f41 3573 314d 2977 6725 232b 5b07 1b39 0951 7371 110f 151f 0529 7151 0d1d 3953
LL_SRM 6:95184 6371 255d 1153 496d 6155 3341 0911 4f33 073d 1577 412d 1971 7341 5173 5103 557b
LL_SRM 6:95200 4f75 6945 2b53 7971 7161 0355 755f 7311 1b3f 3d59 3b61 7747 6b7f 7b15 477d 5973
LL_SRM 6:95216 596f 7953 5f67 7b29 6d65 3169 6d4f 0b25 1379 7b6b 4f79 7b03 337b 3721 1b7d 6963
LL_SRM 6:95232 4301 251b 431d 0f77 3309 4357 1539 4b0d 0527 257d 650b 0737 3f67 592f 2d05 1f05
LL_SRM 6:95248 5705 2b4b 230b 2119 094f 1705 7521 774b 1f07 035b 3101 4f2f 492d 3b5f 591b 0f47
LL_SRM 6:95264 7b5f 2b09 3967 0b01 5f2b 4f5f 5f7f 5b2b 3f67 3f15 7f5b 5f6d 5b2d 0f7f 4b7b 3b0f
LL_SRM 6:95280 1f3d 5745 7f63 197d 235f 1b37 6b1f 336d 790f 2f2d 577f 4d3b 097f 3b41 034f 7943
LL_SRM 6:95296 0b07 051f 0d1b 633f 2f4d 5f7f 0759 1f4d 1941 6f7f 1b4f 6511 095b 0505 2919 6b29
LL_SRM 6:95312 0b03 6d5f 011b 035b 1f17 5d43 6901 771b 1f05 5f09 2729 7b27 174f 675d 4109 0d3f
LL_SRM 6:95328 2b77 2507 5d1b 7f47 415f 074f 6d71 6771 1d25 4f03 5755 470d 3d57 6f01 7d3f 2349
LL_SRM 6:95344 4f07 6f29 2f7f 434b 5b5f 1927 155f 7b6d 075f 7f47 1f4f 6b37 4f4b 6f09 6f0d 4d27
LL_SRM 6:95360 2163 4925 630f 6b7d 4759 4175 4965 5557 3511 4121 3933 0705 6117 0763 3111 5d25
LL_SRM 6:95376 6511 4b4d 6b43 2975 5979 6969 6901 3131 5363 236f 7161 1d41 0311 1773 0157 3955
LL_SRM 6:95392 5513 7371 5b5f 5f77 6b79 4961 7771 5f01 4571 197d 3159 7361 7d25 5105 5763 793d
LL_SRM 6:95408 7935 7749 3f67 515d 677f 3d75 5731 5d03 797f 2f2b 517f 7571 6d27 5f63 6d53 6b35
LL_SRM 6:95424 6139 4919 4149 4179 0559 1973 3967 1957 717d 4327 2949 1977 4143 0977 3d31 4121
LL_SRM 6:95440 3301 0f57 5b65 0955 7511 0943 2541 592b 4925 2d7f 4971 155b 6121 0f7d 5935 6557
LL_SRM 6:95456 4d1d 3331 4779 7373 3165 3303 797d 3d3d 656b 3923 5171 613b 5f55 1501 5f29 713b
LL_SRM 6:95472 0b71 6b51 5b71 315d 3f6d 7d47 7d37 7125 3f75 6b3d 357f 6129 3359 5523 1335 7d4b
LL_SRM 6:95488 4d07 4749 536f 3f6b 4529 0d5b 5b4b 6f1f 074d 0303 2d4b 450b 0969 230b 0d31 070d
LL_SRM 6:95504 2147 3d0f 5943 4523 592b 1917 0917 571d 4b01 4b4f 314f 0919 2b49 6d2d 2173 252f
LL_SRM 6:95520 615b 2d21 1f23 7b07 170d 5f7d 7707 4f43 5f7f 0f05 4f7f 534f 2d4f 2b57 3b7b 4b21
LL_SRM 6:95536 3713 7711 053f 112f 0f5b 2735 7f57 7b53 573f 6309 076f 3d23 2d4b 6903 052d 5b4d
LL_SRM 6:95552 2f5f 1955 072b 253f 5d5f 153d 0303 5917 0901 0f0f 5f4f 097f 0909 4d27 0d0b 4547
LL_SRM 6:95568 0103 551f 6f0b 7d49 4901 114b 4f23 2d1f 554d 0f65 0545 3f4b 0b19 090f 1307 033d
LL_SRM 6:95584 490b 775f 6369 3d45 7b5f 3b6f 1f07 7f39 3f79 1107 4f3f 5f15 4f4d 4f3f 6f3f 2747
LL_SRM 6:95600 677f 0743 5b1b 6f0b 456f 430f 6d5f 6d6f 236d 4b1f 7f4f 0f0f 4d37 1b05 5779 5b17
LL_SRM 6:95616 7161 5f55 2d25 3b1d 4161 4147 3b61 2147 436b 2379 2111 1131 1551 4177 3351 2373
LL_SRM 6:95632 0111 7379 4109 0125 7933 432f 0301 6151 1107 0f61 6521 0915 615b 091d 7939 4159
LL_SRM 6:95648 3509 2515 7773 154d 496b 5161 3f79 576d 7b41 3961 7f7f 6d11 236d 595b 6337 2721
LL_SRM 6:95664 7d39 3371 336f 6171 3f53 352d 3313 1b1f 773f 630d 2535 4f4b 6723 6b63 036f 4335
LL_SRM 6:95680 2d37 6111 3b39 557f 6151 6913 111b 7133 7101 7b37 2331 1971 3571 793f 0901 4b67
LL_SRM 6:95696 555d 2151 2335 6775 0d53 5f55 0169 5159 592d 0f59 1107 5513 6103 1127 1d01 014d
LL_SRM 6:95712 5b57 3d67 7d7b 3f49 612f 4701 575b 5f03 7d5d 1b71 775b 0d15 157f 7325 217d 6979
LL_SRM 6:95728 5f63 5131 711b 1979 373d 7341 177d 7d61 7971 1179 7b71 6d43 317d 7101 5f37 2b6d
LL_SRM 6:95744 5113 6d41 030f 653f 070d 0f0f 0d2b 2d73 4127 452b 2707 591b 2f07 0b43 0f47 0349
LL_SRM 6:95760 0349 4d1f 0953 590f 4115 1f17 4515 1d63 2907 071f 050d 476d 1917 5b33 2f2b 076f
LL_SRM 6:95776 7d1f 3b4b 470d 3d21 571f 5f11 0b7f 2d5f 2305 6513 130f 5b0b 2f0f 5f2d 0779 6727
LL_SRM 6:95792 512f 4b6b 233b 2965 2d7d 7f27 2f3b 4711 2b0b 0757 5f2b 6f6f 0765 5f4f 3b0f 4d09
LL_SRM 6:95808 554b 410f 6107 4567 1547 0d3d 510f 1327 0905 170f 0b2b 277d 1377 0f0f 0309 250f
LL_SRM 6:95824 5933 0b39 2501 2575 274d 4b63 5103 5b4d 2f01 573d 2b3d 7f25 6347 0d25 0907 211f
LL_SRM 6:95840 3b23 4d6b 3d1f 1f29 0917 0f23 353f 6f09 756f 6715 0b6b 1b01 3755 2563 2937 2f29
LL_SRM 6:95856 475d 3d43 635b 2f03 7d2f 4305 1f4f 5115 5f17 4d03 7b5d 5b2f 415f 2b45 235f 1f4b
LL_SRM 6:95872 1b73 1163 0529 6157 7319 5f6d 6119 3d79 5175 4d2d 2173 1537 2333 3777 2929 535d
LL_SRM 6:95888 3923 2779 3521 5941 6b61 3177 4539 6b19 4149 1375 234b 5969 5941 2931 2145 6b57
LL_SRM 6:95904 235f 4321 037f 3d31 6b79 7139 5919 3d55 6f5f 6f45 6355 2b7d 4577 7b61 6f33 192f
LL_SRM 6:95920 6551 2733 3b7d 5735 2753 6301 797f 7501 797b 4d01 3d79 7d73 3951 410f 6f47 0349
LL_SRM 6:95936 4333 0311 0531 3f7d 0119 2547 3703 1f29 6101 6133 594d 516b 0119 4b25 4161 6343
LL_SRM 6:95952 0329 3d2f 4149 6549 0d47 1f27 3b43 5731 7b11 4f0b 4543 4d07 0163 557f 1549 113d
LL_SRM 6:95968 0947 2737 737b 2171 7f7b 7721 3f63 096f 6b47 6b5d 6b77 1b79 133b 1359 637b 416b
LL_SRM 6:95984 3367 6d17 530d 3125 7967 3159 0967 7d55 3137 715d 777f 7d75 7763 5969 4f65 7b15
LL_SRM 6:96000 0125 0925 2503 2f5f 4b4b 277d 3731 512b 3d0b 0571 4b0b 437f 0f15 6d77 390d 0d0d
LL_SRM 6:96016 1b3b 3b7f 2103 2b6b 6507 051f 2f35 1905 0329 2b61 2701 1305 1f49 032b 6347 4f2d
LL_SRM 6:96032 6f1f 390f 5f77 0707 4b67 3d15 7b4f 3b07 6d19 3b65 3f57 0b55 477d 7d2d 5f05 0143
LL_SRM 6:96048 674b 6d31 2347 6f29 1f2f 2f1b 194f 234d 7d77 374b 6f3f 4f47 4d5b 736b 795f 3f1f
LL_SRM 6:96064 0769 6d3f 231b 4539 090d 5709 590f 1167 6905 1f65 3f53 4357 2b3f 0f47 090b 5727
LL_SRM 6:96080 0301 110b 2905 2779 0b67 6329 4313 271f 0359 230d 2519 7151 4b19 096f 3d09 012d
LL_SRM 6:96096 3f6f 1b0d 5f3f 130d 774b 5b05 091f 1f03 731f 7549 070f 0d2d 7b6b 5b11 7f5b 1f2d
LL_SRM 6:96112 2f71 1565 3d3f 6d17 2f7f 0f09 5f0f 495d 4737 554f 730f 7b77 637d 7d05 2f3d 330d
LL_SRM 6:96128 1161 5161 654b 4b79 0b1f 0333 110d 5b79 5d61 1bc5 3f61 274b 0d29 2745 2141 4171
LL_SRM 6:96144 4d31 017b 6955 4f53 4b03 6119 793b 433d 6311 1139 4953 557f 1b09 432b 3921 056b
LL_SRM 6:96160 7d67 3163 6359 0165 2f43 0545 5551 7129 7357 1115 6767 7b29 1711 7165 370d 413b
LL_SRM 6:96176 2977 5775 1f5d 2355 5d53 610b 1d23 5b71 7157 7131 3575 436b 657d 1f57 397b 2b5b
LL_SRM 6:96192 2753 514f 4301 1d1b 0953 1d77 4121 1315 0333 7327 1979 5173 4315 3131 216d 0b79
LL_SRM 6:96208 3925 131b 792b 6117 5b11 6365 453d 196b 0d65 494d 7137 6f79 0177 4d33 4f59 315f
LL_SRM 6:96224 637b 7b61 5175 2911 5f4f 7969 2f5f 7121 796b 3335 4d01 7703 6d6d 7b51 7779 7165
LL_SRM 6:96240 2d5b 4961 5b3f 437b 7d7d 1d43 3d15 1129 7b79 350f 6375 3575 456b 6111 3711 3559
LL_SRM 6:96256 1509 0f05 090b 0f45 4d1f 054f 4919 0b1f 410d 5537 0d4f 675f 2d05 2b2d 0329 094f
LL_SRM 6:96272 0b63 4367 0d39 0f45 4b19 493d 650f 3b4d 3f1b 336f 2f47 4b3f 2119 330f 230b 430b
LL_SRM 6:96288 6b37 0955 2537 291b 2d05 2f63 1f2d 0d65 3b4f 670d 1f6f 1959 3f67 6b2d 4f0b 1319
LL_SRM 6:96304 035f 3341 6d2d 314f 2f4f 3f4d 7f3f 4327 197b 4d2f 054d 6f09 1f53 2109 0f4f 5f49
LL_SRM 6:96320 7d0f 096f 0f57 0979 5179 056d 090f 0731 290f 574f 0519 4f6f 0d1f 1b5b 0307 273d
LL_SRM 6:96336 0915 293f 0363 3b09 2165 7b5b 6913 095f 4145 077b 0f47 1b3b 0b0d 1501 550b 537f
LL_SRM 6:96352 191f 253f 6b6d 237b 3923 5d5f 595b 3133 3f3f 5531 6f29 472b 2f7f 1b29 3b7f 4d0f
LL_SRM 6:96368 7b7f 0725 751b 053b 6f03 1315 334f 1f23 175d 776b 7335 5b6f 7d07 4d0f 1f6b 2f75
LL_SRM 6:96384 6351 7151 7179 7b75 7d65 7307 7351 390d 0b23 510d 7d01 471d 4121 157b 2711 217b
LL_SRM 6:96400 5d4d 3113 0179 4539 0555 1715 191b 5567 4921 3551 3333 3971 5323 7b4b 7121 7737
LL_SRM 6:96416 797b 6353 5d71 1d49 7151 5f69 7743 736f 7379 5b65 1709 777f 7d2f 6f2d 695f 174b
LL_SRM 6:96432 2539 1371 5761 2309 7945 5b7d 5165 357d 6731 310d 3771 6b0b 1335 6d21 6d77 7105
LL_SRM 6:96448 1935 756f 3155 7133 0165 1109 4561 5329 0171 0543 0135 2719 6313 514f 3131 2729
LL_SRM 6:96464 7365 1521 653d 5577 6d71 1553 7149 153b 5167 597b 0d35 2573 2145 0923 3111 1b7f
LL_SRM 6:96480 6935 0b77 7367 5101 7539 7d31 677d 5157 417d 5727 577b 3d19 7731 7d31 395d 5d2d
LL_SRM 6:96496 3d27 6b07 7967 537b 1b63 3b4d 651d 1123 7f7f 4577 733f 5f61 5b07 7749 6951 1b3d
LL_SRM 6:96512 2701 0749 3f0d 7f0f 0d2d 0d75 2905 5767 031f 615b 0525 2f1f 496b 0b17 410d 3951
LL_SRM 6:96528 194d 634d 0501 6319 591f 452f 2503 1961 010b 0d61 6105 691f 0917 4535 0503 7301
LL_SRM 6:96544 7b35 1f2b 152d 4f17 2d35 7313 4f17 0329 3f4f 1f03 0b49 6b3b 290f 5f6b 1f5b 3b41
LL_SRM 6:96560 230f 0937 6705 0b1b 2d6f 711b 195f 6b2b 2f7f 3d0d 7769 270d 5f1b 132d 7f4d 0d0d
LL_SRM 6:96576 6f23 0b37 112f 0f07 3d57 0f05 1549 212b 4735 4f29 5105 4113 115b 1327 0521 534b
LL_SRM 6:96592 050f 2b07 1709 093f 375b 6d5f 2b29 4f5b 2905 413f 2109 5d11 0b39 515b 2303 037f
LL_SRM 6:96608 4b7f 2d0b 4b07 2955 7f75 7f39 7d7b 6b19 791f 2307 4f4f 5d3f 4f1f 5b6f 570f 3149
LL_SRM 6:96624 3b5f 4b4b 2775 6767 533b 0501 6f2f 1b0d 433f 2d05 7f27 374d 5f7f 073b 737f 4f35
LL_SRM 6:96640 0169 6953 3337 6d3d 437d 6b71 5b73 6f4b 4121 4957 733d 6f53 7343 237f 6d21 0173
LL_SRM 6:96656 3179 0f5b 2329 2b79 6533 753b 2171 2133 5911 4521 3555 2d7d 3d61 0177 1127 3b31
LL_SRM 6:96672 1117 2711 1963 516f 5771 4113 376f 5b69 6377 6333 5b77 7553 711b 6551 4d79 1963
LL_SRM 6:96688 7d79 476d 337f 3933 7b7f 1371 7b7b 3761 5717 6f1f 3765 2d3b 194b 7b6d 5771 7161
LL_SRM 6:96704 0335 1b3f 2179 575b 2153 1173 0351 2d6f 1361 232f 1779 1d7f 5375 7977 6523 4975
LL_SRM 6:96720 7959 3d51 6331 1f73 7141 576d 0137 7957 6951 3b37 4141 1369 7331 3561 756b 2735
LL_SRM 6:96736 2b3b 3941 1d45 7715 677f 7371 6d3d 5103 552f 1f01 257d 696f 7775 6929 6d35 7765
LL_SRM 6:96752 734d 2561 3371 3571 3f59 0161 3b4b 3d23 7f47 5533 3f7d 0965 1b7b 5721 2b7b 5d71
LL_SRM 6:96768 672d 132f 0979 552f 033b 637d 4545 4f1f 4d09 0371 2915 4343 270f 496d 0945 594f
LL_SRM 6:96784 0b49 6727 1103 254d 7725 450d 2121 1f33 1319 2905 0f31 0d2b 496f 5f5d 430b 0f49
LL_SRM 6:96800 3b0d 6733 2f6d 4961 2f1f 7909 5757 4739 1917 550f 6d17 0905 672b 472b 7d25 690d
LL_SRM 6:96816 795f 451b 755b 0f2b 7d2f 650d 1325 3555 2339 6559 2f4f 235f 2d0f 7b5f 5f05 5f47
LL_SRM 6:96832 0509 430f 676b 094b 2705 1f0f 034b 632f 4101 0b1f 212f 057d 592b 2b65 0709 690b
LL_SRM 6:96848 3b17 0553 592f 0327 0b4d 0b0d 2103 0723 1943 275f 0505 271b 0109 091d 1101 3b5d
LL_SRM 6:96864 776f 6f07 433f 1f1b 1f7f 793d 631b 7f23 2f2f 492f 3b35 0521 0b6b 6d0b 4b69 3b4d
LL_SRM 6:96880 6f4f 3551 1127 2733 4f67 5d0d 4f0f 7d0d 0d5f 670d 1b0b 376f 2f43 5f01 772f 0303
LL_SRM 6:96896 7317 734f 4d51 6975 6151 4977 4919 7d5d 0521 4b4d 1b29 115f 6135 1333 6b21 7379
LL_SRM 6:96912 4b01 3b17 6145 6121 2505 731d 0157 5f75 592f 0339 6321 613f 234b 3d71 0145 6373
LL_SRM 6:96928 2b63 3b51 5d15 6559 7d4f 6735 2d75 396b 7913 7511 3f77 3975 713f 5769 2d6f 5969
LL_SRM 6:96944 794d 5935 7179 3d01 3f2b 6d61 1b59 1d69 4947 7d3b 7d75 1b51 4d71 3579 5729 795f
LL_SRM 6:96960 0961 3171 0101 3f7d 2101 737d 217f 1753 0355 2b53 4951 4375 0161 1969 2177 4111
LL_SRM 6:96976 1143 656f 6141 614d 1d61 1353 0f61 3773 1161 0973 0d67 3941 0101 576f 7b1b 6911
LL_SRM 6:96992 5b19 774d 6179 1f55 6339 2533 753b 0d33 3d7d 296b 5375 0579 796d 511d 375b 6f49
LL_SRM 6:97008 175f 3161 7157 5d05 3b7b 6f45 3763 6d0b 4551 5b13 7b15 7517 377d 3971 5d7b 4519
LL_SRM 6:97024 2921 1545 214f 4d2b 0d29 0b65 1561 0b0b 2b0b 4347 6305 0b0f 4325 430f 273d 5f39
LL_SRM 6:97040 0b41 4737 7523 1941 4751 0115 0901 3d3d 4115 6b19 0341 4743 2d1b 631b 1b01 0f4b
LL_SRM 6:97056 6b7d 2b1f 457f 0117 016d 7d41 555d 710d 1f6b 5339 510d 171f 196d 4f01 3f43 593b
LL_SRM 6:97072 7b5f 6b45 075b 0f5d 790b 7729 6f07 251b 2f51 4b0b 7d4f 2707 1d07 6f7d 5f73 3f01
LL_SRM 6:97088 0b0d 2f03 0d09 3d3b 3105 2f67 4f0d 0945 2111 0b4b 1139 4b0f 0947 0d57 0d45 0d6f
LL_SRM 6:97104 2d4d 2b2f 7d1d 5f2f 050b 0d51 372d 011f 0f41 0d5d 1115 6f65 0919 4777 0f15 214f
LL_SRM 6:97120 5f53 0715 7b71 5b0b 714d 3f0b 253d 111b 4d7f 4f6f 3f63 3f05 1f3f 0f31 771f 3f1f
LL_SRM 6:97136 171d 2b05 690f 3741 6f2f 4d4f 6f3f 7f63 6f7f 6b0b 0757 6d0f 177b 1d29 334b 0d7d
LL_SRM 6:97152 1513 2b47 4d61 5537 4727 7715 0731 6163 0135 7141 6937 034b 216d 6951 3135 4773
LL_SRM 6:97168 3505 7743 1165 4133 0723 017f 1d49 2933 1171 071f 012f 2d51 417d 1d15 215d 5313
LL_SRM 6:97184 350b 7315 6973 2b23 5549 2933 696d 7b03 6f55 7921 5f5f 4d11 3f29 7f63 3d73 3f47
LL_SRM 6:97200 3d5d 1b71 6b3d 213f 4d73 7973 4965 1d6d 7767 5571 6573 7555 711b 2125 6d53 5147
LL_SRM 6:97216 2153 7d71 197b 5f55 5d23 577d 4709 797f 5571 2533 5953 2929 3111 2953 1935 515b
LL_SRM 6:97232 1561 653d 0b75 1731 731b 0d2d 6d41 1d7d 7301 616d 6161 791d 1311 7523 471d 0519
LL_SRM 6:97248 3f3b 7973 5d07 3743 5b2b 3123 0d5f 6109 3325 1951 5359 5153 4935 7b55 7f57 676d
LL_SRM 6:97264 637f 5b71 5d3d 2d61 4b79 314b 0513 6913 7175 6b67 4d1f 6951 2f73 7d39 2f7b 2b57
LL_SRM 6:97280 650b 4939 170f 5d5d 2f2b 353b 5119 6f63 530b 1f0b 6325 090b 4503 3909 0d5b 6f07
LL_SRM 6:97296 0d77 4507 2d49 4f7f 6d1f 117f 275f 4167 110f 1509 4767 6f2b 0521 7155 0d0f 556f
LL_SRM 6:97312 2d67 4709 1d57 0507 5d1f 231f 277b 1d41 1b43 5129 2f2f 4f39 756f 3f2d 6f09 0d07
LL_SRM 6:97328 0f7f 7f5d 3f0f 6f25 0f1d 7d13 7f5d 0f39 4f6b 3751 2739 410b 651f 4d6b 0f3b 3f71
LL_SRM 6:97344 5b1b 4b1b 2939 1b2d 0d73 7d1b 474b 4305 3303 1969 3f09 156f 0309 2f03 7959 137f
LL_SRM 6:97360 0d4f 5f73 0747 354b 1d03 0941 4f11 090b 090f 4319 490d 236b 011d 6d7f 0f09 0b63
LL_SRM 6:97376 4d2d 192b 0f67 7f69 2f0f 670d 330f 195f 2f7d 0507 6107 0b09 191f 6d01 4f6b 655f
LL_SRM 6:97392 6b2b 770b 6f5f 3703 6735 4f75 2f4d 175d 1f7d 310f 1d1b 1f2f 773f 2747 4907 396b
LL_SRM 6:97408 0521 7975 7165 732d 6161 194b 0137 0d51 0305 4d41 1533 376f 7d6b 7117 3931 7171
LL_SRM 6:97424 7f41 734b 3963 2743 352f 037d 0f41 5971 2575 5529 3939 6b15 0171 0525 2961 137b
LL_SRM 6:97440 7953 1d63 7379 7935 6153 1565 3f6f 4731 7d77 371d 7f53 457b 571d 7111 7533 0f4d
LL_SRM 6:97456 057b 730f 515b 6335 4777 5111 572b 493d 733b 4759 2b4d 6123 374d 7d1d 155d 7115
LL_SRM 6:97472 2101 2105 4161 3f41 097b 2f77 1d41 776b 1161 0565 7b5b 7311 4911 5567 0501 6703
LL_SRM 6:97488 2115 0339 1133 3171 5173 0341 4939 1971 5165 714f 3113 3b6f 1905 1149 353b 3b7d
LL_SRM 6:97504 7b75 2547 1b57 6b03 7b35 1d53 7163 5f61 5377 0979 5f7f 1351 6161 2961 255b 5b7d
LL_SRM 6:97520 5b3d 692f 157b 7f51 2f57 6915 1b39 3d63 7373 6b0b 1955 7355 3d39 7d7d 7963 1d6b
LL_SRM 6:97536 2317 032f 1b21 054d 4525 1743 0b0d 1355 210b 032f 1321 530d 257b 5133 1f4b 250f
LL_SRM 6:97552 1907 2929 4917 416d 2b0b 1d35 250b 5d3d 192b 7973 010b 230f 0577 330b 2705 050b
LL_SRM 6:97568 5d0b 1559 5d6b 132d 1b1f 335d 597f 0f0f 1f4d 4f0b 4d5f 1f6b 3b1f 3b01 7f6d 434b
LL_SRM 6:97584 7f4f 3b41 1d3f 4d1f 6b17 1d1b 657d 1b05 251f 352b 491d 310d 4f0b 550d 355d 3f05
LL_SRM 6:97600 0f2d 6735 3b4d 0f5f 6709 4f19 5d43 091d 4d09 7f6f 2541 1771 0b1d 250d 5719 512f
LL_SRM 6:97616 6341 1b19 1725 6745 130f 036d 4b49 2f15 2b6d 2305 2d21 033d 5d0d 294b 070b 2911
LL_SRM 6:97632 6b5f 070f 273f 7333 636f 752d 5723 1f69 556f 4737 7717 2307 7f5f 2d59 216f 6167
LL_SRM 6:97648 677b 0f0b 7d5d 1f79 7f57 630f 072f 5b4f 6f0b 4b1d 556b 1b1f 4f51 111f 172f 410b
LL_SRM 6:97664 0133 692b 212d 0167 6141 6971 6119 2373 0931 2d13 2957 2b01 6361 7555 3333 5969
LL_SRM 6:97680 4155 677d 4133 1177 7515 2d7b 5d27 0313 0901 1345 0551 695d 6341 1175 4149 2169
LL_SRM 6:97696 334f 712d 6937 6f0d 3b75 1361 5f7b 6d0d 773b 1943 6173 6b03 5351 373f 6f33 797f
LL_SRM 6:97712 7d53 0f69 571b 2b03 477d 7d43 637f 2101 7173 7343 5731 7f51 7f65 4161 1f29 7143
LL_SRM 6:97728 4125 3f1d 517d 1555 1b31 7b69 5959 3535 2543 3b73 7343 5731 5369 037b 4b65 117b
LL_SRM 6:97744 4341 1b75 777d 334b 3333 5f5f 5711 6313 0365 3939 150f 7157 211b 5743 3121 3b13
LL_SRM 6:97760 4f31 7711 795b 2d57 1f7f 7519 7d39 7967 6f71 296d 633b 2111 4311 2927 7d73 054f
LL_SRM 6:97776 1d5b 7709 676b 4b5d 7d7d 7751 0719 6331 7153 1339 7527 016d 7709 7561 5b73 5319
LL_SRM 6:97792 015d 6711 0305 3d7b 0d09 016f 0b09 0f7b 4b2b 0507 0921 0f4f 030b 5d2b 232f 4757
LL_SRM 6:97808 130f 2543 0301 4757 4301 537d 5d09 414f 1b0f 070d 4307 396d 2b49 6171 1535 0b77
LL_SRM 6:97824 3d29 6b51 0329 070f 750f 5b05 1527 0921 3b7d 7301 4d2b 4733 7f7b 111d 3f7f 234d
LL_SRM 6:97840 2b2f 1d5b 130f 1b0f 4f17 0f33 7b15 4d55 674b 5f25 5b6f 0947 4f73 7719 2b1d 4d19
LL_SRM 6:97856 255f 312d 050b 1f4f 0d53 3f7f 1103 1f2f 6d0b 136f 1545 1f15 4d27 0751 090d 2b3f
LL_SRM 6:97872 2947 1543 372d 1919 6143 3d5f 4529 6f53 2345 0b53 4501 0767 0d45 5d4b 0103 750f
LL_SRM 6:97888 7f2f 0f0f 6f0f 5f5f 5f37 594f 6d6f 770b 4f2d 6b0d 6b3d 7d0f 6b0b 2f0f 6f27 3f0f
LL_SRM 6:97904 673f 293f 5777 5f17 050d 2f0d 4f4b 470f 0b7d 1b2d 092d 5f0f 693d 1f5f 0f57 236f
LL_SRM 6:97920 5311 0573 5341 7961 411d 6b51 597d 693f 2305 635f 1509 7f35 6931 271f 5f29 710f
LL_SRM 6:97936 1179 7179 655b 5d6b 2d31 3763 6379 697b 192d 3d4b 3179 3963 4139 7163 035d 4939
LL_SRM 6:97952 7511 6159 7f7b 6321 7b71 7961 4331 5f29 6b35 5121 5d31 1359 1b21 7965 7f37 1723
LL_SRM 6:97968 7d55 6747 4169 3347 4379 1d43 1b79 457b 7373 292f 2535 656b 417f 311b 477f 2143
LL_SRM 6:97984 1155 2f31 0729 6b79 7175 5937 0333 1123 237b 4563 0b71 7137 0313 0575 2371 412b
LL_SRM 6:98000 7121 4971 1303 4531 1361 6517 0165 2d7f 7157 3969 5155 5967 4121 597b 4b03 5947
LL_SRM 6:98016 397d 3179 7b1b 0d2b 7369 4355 4301 1913 3d7d 0903 4b3d 7977 7773 730b 1b73 6375
LL_SRM 6:98032 0569 652b 3b3f 4f2b 6575 6719 7f39 3343 7161 7d09 3d79 333f 6977 6f49 6d35 0143
LL_SRM 6:98048 0949 3d6f 2129 4d39 4d11 2b19 5f4f 4937 1903 3b2f 130f 254f 410d 2f0d 4f2d 7177
LL_SRM 6:98064 191f 252b 0143 054b 4325 416f 2911 0973 0725 0f19 2309 4d07 036b 155b 3b51 473b
LL_SRM 6:98080 212f 7744 592f 174d 014f 1d43 2759 330d 7f01 011d 195f 4d0b 372f 432d 4b0d 0f77
LL_SRM 6:98096 754f 0d15 3737 6951 415f 370f 6f7b 372b 272b 5f2d 7f57 4725 6f25 0301 4f3d 6f0b
LL_SRM 6:98112 1b19 5979 3d09 0d45 0923 017f 1335 3355 2103 114f 011f 4555 0305 273b 0f17 0f3f
LL_SRM 6:98128 492b 035d 0d0d 7101 490f 613d 4f09 036d 0507 7f5f 1707 652b 2d09 4967 2b69 0d37
LL_SRM 6:98144 1f2d 0565 4f2f 0b53 774f 090d 2f29 0d4d 7f7f 6b25 1d4b 154d 151b 6b13 1b4d 1505
LL_SRM 6:98160 6f1f 030d 212d 054b 795f 5f4f 0d4f 4719 7b4f 6d2b 6f7f 3f5d 657b 2f07 250f 4f1b
LL_SRM 6:98176 6b61 5b61 1755 4331 5151 570b 0101 5369 4b01 6b09 0b51 116b 0931 1d33 5f69 7d67
LL_SRM 6:98192 653b 2909 0931 2d51 7b41 2921 0119 4967 7109 3755 674b 7569 0579 131f 4551 5d7d
LL_SRM 6:98208 2f3b 652b 597b 6f33 7179 191b 0f67 195b 2967 5d05 7f75 3701 5975 5b2f 6d79 5925
LL_SRM 6:98224 7b7d 6329 615f 3713 654b 6163 757b 1321 3d79 312d 5f77 3947 7d71 3953 1f65 7f11
LL_SRM 6:98240 2525 6d69 391d 5947 6f71 2d6b 6555 0913 017b 4179 1f71 193d 4d41 7127 014d 0939
LL_SRM 6:98256 1b75 5145 0531 0f73 4309 7569 6901 4759 6765 7b79 1541 5357 3d79 0b7f 2765 5d2f
LL_SRM 6:98272 233f 6573 3b41 410f 695b 153d 2f37 057b 4337 5d2f 757d 471d 6577 3535 3b59 6969
LL_SRM 6:98288 197d 4345 791f 7749 793d 576d 5d5d 7333 6b71 694f 3f7d 353f 7161 4b21 2d77
LL_SRM 0:00001 0000101010101001 0000101010101000 0000100000000000 0000000000000001
LL_SRM 0:00065 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00129 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00193 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00257 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00321 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00385 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00449 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00513 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00577 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00641 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00705 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00769 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00833 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00897 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:00961 0000000000000000 0000000000000000 0000000101000000 0000000001000000
LL_SRM 0:01025 0001000001010000 0000000000000000 0000000000000000 0000000000000000
LL_SRM 0:01089 110000001
LL_SRM 1:00001 1010100011000101 0000110110001100 1000100000000000 0000000011100110
LL_SRM 1:00065 1010100010000000 00001
LL_SRD 0:00001 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00065 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00129 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00193 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00257 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00321 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00385 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00449 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00513 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00577 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00641 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00705 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00769 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00833 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00897 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:00961 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:01025 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 0:01089 000000000
LL_SRD 1:00001 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 1:00065 0000000000000000 00000
VS_FFB "DFB_FREQ" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 28 9 "11/02/05 13:16:16" NR_FORMP: 35
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Acoftijd" ID_24 SHOW POSL 24 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT:
VS_FRM "CmdIn" ID_36 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Storing" ID_37 SHOW POSR 24 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "LokAuto" ID_38 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Pri_wrd" ID_39 SHOW POSL 22 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Bed_wrd" ID_40 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_41 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_sec" ID_42 SHOW POSR 23 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_43 SHOW POSR 22 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StatBed" ID_44 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Beschik" ID_51 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Accept" ID_52 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_53 SHOW POSL 26 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StatBedr" ID_54 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "MeldVk" ID_61 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldExt1" ID_62 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldFlow" ID_63 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldIn" ID_64 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "AutoIn" ID_65 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VrijIn" ID_66 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "CmdUit" ID_67 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldExt2" ID_68 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Paraat" ID_69 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MinToer" ID_76 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL VAL: 0.0 TEXT:
VS_FRM "Toeren" ID_77 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "SturAuto" ID_78 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "SturHand" ID_79 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Stuur" ID_80 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "SturHdU" ID_81 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "LTydGew" ID_82 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "CmdVt1" ID_85 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "CmdVt2" ID_86 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VastT1" ID_91 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VastT2" ID_92 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "GRW_HIT" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 9 8 "11/02/05 13:16:17" NR_FORMP: 7
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Meetw" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Vrijgave" ID_8 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Acoftijd" ID_9 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "InstGrwL" ID_10 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "InstGrwH" ID_11 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Meld" ID_12 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "INT_TO_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 8 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FFB "WORD_TO_BIT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "BIT0" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "DFB_ANA" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 23 9 "11/02/05 13:16:19" NR_FORMP: 26
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Pri_wrd" ID_4 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Bed_wrd" ID_6 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_7 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Accept" ID_8 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_9 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_mw" ID_11 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Alw_sec" ID_12 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_13 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Sta_wrd" ID_14 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Inst_h" ID_20 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Inst_hh" ID_21 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Inst_ll" ID_22 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Inst_l" ID_23 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "MeetwMax" ID_26 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "MeetwMin" ID_27 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Meetw" ID_28 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Inst_pla" ID_29 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "AnaIogIn" ID_30 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "Acoftijd" ID_35 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT:
VS_FRM "Str_hh" ID_42 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_h" ID_43 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_l" ID_44 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_ll" ID_45 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Vrijgave" ID_46 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldDrbr" ID_47 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "DFB_REGE" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 25 9 "11/02/05 13:16:19" NR_FORMP: 24
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Acoftijd" ID_4 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT:
VS_FRM "Accept" ID_5 SHOW POSL 22 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_6 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_18 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Pri_wrd" ID_19 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_22 SHOW POSR 19 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_sec" ID_23 SHOW POSR 20 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StatBed" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "ExtGew" ID_26 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Meetw" ID_27 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "P_actie" ID_28 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "VolgWrd" ID_29 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Stuur" ID_33 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "I_actie" ID_34 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IntGew" ID_35 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Vrijgave" ID_36 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StatBedr" ID_37 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IntGewU" ID_38 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "InstAfw" ID_40 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Str_mw" ID_41 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeetwMax" ID_44 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "MeetwMin" ID_45 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FFB "AND_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 7 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "MATRIX" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 13 9 "11/02/05 13:16:21" NR_FORMP: 18
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "PmpStp1" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "PmpStp2" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "PmpStp3" ID_6 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "PmpStp4" ID_7 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "PmpStp5" ID_8 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "PmpStp6" ID_9 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "PmpStp7" ID_10 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "PmpStp8" ID_11 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StartP1" ID_13 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StartP2" ID_14 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StartP3" ID_15 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StartP4" ID_16 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StartP5" ID_17 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StartP6" ID_18 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StartP7" ID_19 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StartP8" ID_20 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StapNr" ID_21 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FFB "R_TRIG" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "CLK" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TP" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "ADD_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "CBW_SLA" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 5 9 "05/21/02 09:22:06" NR_FORMP: 5
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Verzend" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "TimeOut" ID_5 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Ontvang" ID_6 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Tijd" ID_7 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "MOVE" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "QUANTUM" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 19 6 "08/25/99 16:43:56" NR_FORMP: 16
VS_FRM "SLOT1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT2" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT3" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT4" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT5" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT6" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT7" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT8" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT9" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT10" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT11" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT12" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT13" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT14" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT15" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SLOT16" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FFB "DFB_AMS" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 17 9 "11/02/05 13:16:23" NR_FORMP: 19
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Acoftijd" ID_4 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT:
VS_FRM "Accept" ID_5 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_6 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "CmdO" ID_15 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_18 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Pri_wrd" ID_19 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_22 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_sec" ID_23 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StatBed" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Storing" ID_25 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StatBedr" ID_26 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Beschik" ID_27 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "AutoO" ID_28 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VrijO" ID_29 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldO" ID_30 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldD" ID_31 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Paraat" ID_36 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "ACI040" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 20 7 "04/10/00 14:41:46" NR_FORMP: 17
VS_FRM "SLOT" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "CHANNEL1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNEL2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNEL3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNEL4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNEL5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNEL6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNEL7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNEL8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNEL9" SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNL10" SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNL11" SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNL12" SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNL13" SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNL14" SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNL15" SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "CHANNL16" SHOW POSR 18 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FFB "DFB_ABS" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 17 9 "11/02/05 13:16:24" NR_FORMP: 20
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Acoftijd" ID_4 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT:
VS_FRM "Accept" ID_5 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_6 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "CmdO" ID_15 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_18 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Pri_wrd" ID_19 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_22 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_sec" ID_23 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StatBed" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Storing" ID_25 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StatBedr" ID_26 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Beschik" ID_27 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "AutoO" ID_28 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VrijO" ID_29 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldO" ID_30 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldD" ID_31 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "CmdD" ID_32 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Paraat" ID_33 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "DFB_DIGA" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 27 9 "11/02/05 13:16:25" NR_FORMP: 43
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Acoftijd" ID_4 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Accept" ID_5 SHOW POSL 24 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_6 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Bed_wrd" ID_16 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_18 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Pri_wrd" ID_19 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_22 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_sec" ID_23 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Sta_wrd" ID_24 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "VerzStr" ID_25 SHOW POSR 23 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_1" ID_26 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_2" ID_27 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_3" ID_28 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_4" ID_29 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_5" ID_30 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_6" ID_31 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_7" ID_32 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_8" ID_33 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_9" ID_34 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_10" ID_35 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_11" ID_36 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_12" ID_37 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_13" ID_38 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_14" ID_39 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_15" ID_40 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meld_16" ID_41 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_1" ID_42 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_2" ID_43 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_3" ID_44 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_4" ID_45 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_5" ID_46 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_6" ID_47 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_8" ID_49 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_9" ID_50 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_10" ID_51 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_7" ID_53 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_11" ID_54 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_12" ID_55 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_13" ID_56 SHOW POSR 18 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_14" ID_57 SHOW POSR 19 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_15" ID_58 SHOW POSR 20 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Str_16" ID_59 SHOW POSR 21 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "BIT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 19 8 "03/24/97 14:20:55" NR_FORMP: 17
VS_FRM "BIT0" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT1" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT2" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT3" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT4" SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT5" SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT6" SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT7" SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT8" SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT9" SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT10" SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT11" SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT12" SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT13" SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT14" SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "BIT15" SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "INT_TO_TIME" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 7 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "PLC_KLOK" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 10 9 "11/02/05 13:16:26" NR_FORMP: 12
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Ctrl_uit" ID_4 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "DagTijd" ID_6 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE INT TEXT:
VS_FRM "SecPuls" ID_10 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "KnipPuls" ID_11 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Ctrl_in" ID_15 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Dagnr" ID_19 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Uur" ID_20 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Minuut" ID_21 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Weekdag" ID_22 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Klok_in" ID_25 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE KLOK_struc TEXT:
VS_FRM "Klok_uit" ID_26 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE KLOK_struc TEXT:
VS_FFB "DRDBRK16" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 19 9 "11/02/05 13:16:27" NR_FORMP: 18
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Status" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "MeldCh1" ID_5 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCH2" ID_6 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh3" ID_7 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh4" ID_8 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh5" ID_9 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh6" ID_10 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh7" ID_11 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh8" ID_12 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh9" ID_15 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh10" ID_16 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh11" ID_20 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh12" ID_21 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh13" ID_22 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh14" ID_23 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh15" ID_24 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldCh16" ID_25 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "PLCSTAT" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 6 13 "01/24/99 14:20:55" NR_FORMP: 7
VS_FRM "PLC_READ" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "RIO_READ" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "DIO_READ" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 9 TEXT:
VS_FRM "PLC_STAT" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE PLCSTATE TEXT:
VS_FRM "RIO_STAT" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE RIOSTATE TEXT:
VS_FRM "DIO_STAT" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DIOSTATE TEXT:
VS_FFB "SYSSTATE" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 6 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "COLD" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "WARM" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ERROR" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "STORING" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 21 8 "11/02/05 13:16:29" NR_FORMP: 19
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "VerzStor" ID_39 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Accept" ID_40 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Alw1" ID_41 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw2" ID_42 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw3" ID_43 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw4" ID_44 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw5" ID_45 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw6" ID_46 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw7" ID_47 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw8" ID_48 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw9" ID_49 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw10" ID_50 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw11" ID_51 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw12" ID_52 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw13" ID_53 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw14" ID_54 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw15" ID_55 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw16" ID_56 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "ADD_DINT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE DINT VAL: 30 TEXT:
VS_FFB "MWMINMAX" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 9 9 "11/02/05 13:16:29" NR_FORMP: 9
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Tijd" ID_6 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Cmd" ID_7 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "TijdMax" ID_10 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "TijdMin" ID_15 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Vrijgave" ID_16 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Meetw" ID_17 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "MeetwMax" ID_20 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "MeetwMin" ID_21 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FFB "TOT_HRS" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 8 8 "11/02/05 13:16:30" NR_FORMP: 7
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Sec1" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldIn" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Hrs1" ID_7 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Hrs2" ID_12 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Hrs1_in" ID_15 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Hrs2_in" ID_16 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FFB "TOT_KWH" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 7 8 "11/02/05 13:16:31" NR_FORMP: 6
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Kwh1" ID_7 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Kwh2" ID_12 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Kwh1_in" ID_15 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Kwh2_in" ID_16 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Puls_kwh" ID_23 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TOT_M3" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 7 8 "11/02/05 13:16:32" NR_FORMP: 6
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Qtot1" ID_7 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Qtot2" ID_12 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Qtot1_in" ID_15 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Qtot2_in" ID_16 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Puls_m3" ID_23 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "OR_BOOL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE BOOL VAL: 30 TEXT:
VS_FFB "SR" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "S1" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "R" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Q1" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "OR_WORD" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE WORD VAL: 30 TEXT:
VS_FFB "SEL" ANYPIN_ANY_PIN FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "G" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN0" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "IN1" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FRM "sizein" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_SIZE FP_LOC_HIDDEN INT TEXT:
VS_FRM "OUT" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANY TEXT:
VS_FFB "ACO130" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 12 7 "02/22/00 09:33:03" NR_FORMP: 9
VS_FRM "SLOT" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "CHANNEL1" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_OUT TEXT:
VS_FRM "CHANNEL2" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_OUT TEXT:
VS_FRM "CHANNEL3" SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_OUT TEXT:
VS_FRM "CHANNEL4" SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_OUT TEXT:
VS_FRM "CHANNEL5" SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_OUT TEXT:
VS_FRM "CHANNEL6" SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_OUT TEXT:
VS_FRM "CHANNEL7" SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_OUT TEXT:
VS_FRM "CHANNEL8" SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE ANL_OUT TEXT:
VS_FFB "GE_INT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE INT VAL: 30 TEXT:
VS_FFB "OPSTART" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 13 8 "11/02/05 13:16:33" NR_FORMP: 20
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Vrijgave" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VertTyd1" ID_6 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "VertTyd2" ID_7 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "VertTyd3" ID_8 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "VertTyd4" ID_9 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "VertTyd5" ID_10 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "VertTyd6" ID_11 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "VertTyd7" ID_12 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "VertTyd8" ID_13 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "RstTyd" ID_14 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "RstAlg" ID_24 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Vrij1" ID_25 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Vrij2" ID_26 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Vrij3" ID_27 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Vrij4" ID_28 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Vrij5" ID_29 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Vrij6" ID_30 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Vrij7" ID_31 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Vrij8" ID_32 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "GRW_HT" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 8 8 "11/02/05 13:16:33" NR_FORMP: 6
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Meetw" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Vrijgave" ID_8 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Acoftijd" ID_9 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "InstGrwH" ID_11 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Meld" ID_12 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "OBJST2" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 7 8 "11/02/05 13:16:34" NR_FORMP: 6
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Object1" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Object2" ID_5 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Object3" ID_6 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Object4" ID_7 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ObjSt" ID_14 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "COMP_DB" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 7 7 "02/15/01 09:12:41" NR_FORMP: 7
VS_FRM "IN1" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "DBAND" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "HYST" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "GREATER" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "EQUAL" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "LESS" SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "WORD_TO_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 9 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FFB "TON" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "GRW_LT" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 8 8 "11/02/05 13:16:35" NR_FORMP: 6
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Meetw" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Vrijgave" ID_8 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Acoftijd" ID_9 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "InstGrwL" ID_11 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Meld" ID_12 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "LE_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
VS_FFB "DFB_VOED" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 20 9 "11/02/05 13:16:36" NR_FORMP: 23
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Acoftijd" ID_24 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT VAL: 10 TEXT:
VS_FRM "CmdIn" ID_36 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Storing" ID_37 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "LokAuto" ID_38 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Pri_wrd" ID_39 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Bed_wrd" ID_40 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Ond_wrd" ID_41 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_sec" ID_42 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Alw_pri" ID_43 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StatBed" ID_44 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "Beschik" ID_51 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Accept" ID_52 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Rst_alg" ID_53 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StatBedr" ID_54 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "MeldVk" ID_61 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldExt1" ID_62 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldExt3" ID_63 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldIn" ID_64 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "AutoIn" ID_65 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VrijIn" ID_66 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "MeldExt2" ID_67 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Paraat" ID_68 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "I_SCALE" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 6 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "CHANNEL" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANL_IN TEXT:
VS_FRM "MN" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "MX" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Y" HIDE POSR 3 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FFB "O_SCALE" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 7 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "CHANNEL" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE ANL_OUT TEXT:
VS_FRM "MN" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "X" SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "MX" SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FFB "WORD_TO_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 8 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FFB "EQ_INT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE INT VAL: 30 TEXT:
VS_FFB "WORD_TO_DINT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 9 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FFB "DINT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 9 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "ADD_INT" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE INT VAL: 30 TEXT:
VS_FFB "INT_TO_WORD" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 8 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "PULSPAUZ" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 7 8 "07/10/02 14:39:01" NR_FORMP: 5
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Vrijgave" ID_8 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Pulstyd" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Pauzetyd" ID_10 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Puls" ID_11 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TOF" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 5 5 "03/24/97 14:20:55" NR_FORMP: 5
VS_FRM "IN" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "PT" SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 5 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "ET" SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "F_TRIG" ANYPIN_NO FBTK_EFB HEIGHT/WIDTH: 4 5 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "CLK" SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Istate" SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_INTERN_STATE FP_LOC_HIDDEN INTSTATE VAL: 1 TEXT:
VS_FRM "Q" SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "REAL_TO_INT" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 4 8 "03/24/97 14:20:55" NR_FORMP: 2
VS_FRM "IN" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FFB "L_KAR50" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 7 8 "12/12/05 14:31:36" NR_FORMP: 5
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "X" ID_13 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "X_coor" ID_14 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE IntArr30 VAL: ... TEXT:
...INI [0,50,100,150,200,250,300,350,400,450,500,550,600,650,700,750,800,850,900,950,1000,1050,1100,1150,
...INH 0A
...INI 1200,1250,1300,1350,1400,1450]
VS_FRM "Y_coor" ID_15 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE IntArr30 TEXT:
VS_FRM "Y" ID_16 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FFB "SUB_REAL" ANYPIN_NO FBTK_EFB_FUNCT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 3
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FFB "MUL_REAL" ANYPIN_NO FBTK_EFB_FUNCT_EXT HEIGHT/WIDTH: 5 6 "03/24/97 14:20:55" NR_FORMP: 4
VS_FRM "nin" SHOW POSL 1 FP_IO_INPUT FP_INP_IMMEDIATE_NIN FP_LOC_HIDDEN INT VAL: 2 TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN1" HIDE POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "IN2" HIDE POSL 3 FP_IO_INPUT FP_INP_EXTENSIBLE FP_LOC_OUTSIDE REAL VAL: 30 TEXT:
CP_GV2 "PLC3_FITS51301_VerzSt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51302_VerzSt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PITA51301_VerzSt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_BK03_BedWrd" 4:649 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_BK03_PriWrd" 4:749 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_BK03_OndWrd" 4:849 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_BK03_AcofTijd" 4:949 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_BK03_StaWrd" 4:1149 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_Stat_AnaloogIn_Slot5" 3:17 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Stat_AnaloogIn_Slot6" 3:34 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_BK03_AlwPri" 4:1249 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_BK03_AlwSec" 4:1349 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_LAH67101_BedWrd" 4:621 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_LAH67101_PriWrd" 4:721 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LAH67101_OndWrd" 4:821 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GVS "Vrijgave_Objecten" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC3_LAH67101_H_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Hoog niveau drukketel 1
CP_GV1 "PLC3_LAH67101_AcofTijd" 4:921 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LAL67102_BedWrd" 4:622 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GVS "Leidingbreuk" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC3_LAL50002" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LAH50001" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LAL67102_PriWrd" 4:722 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LAL67102_OndWrd" 4:822 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV2 "PLC3_LAL67102_L_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Laag niveau drukketel 1
CP_GV1 "PLC3_LAL67102_AcofTijd" 4:922 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LAL67102_StaWrd" 4:1122 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_LAL67102_AlwPri" 4:1222 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LAL67102_AlwSec" 4:1322 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_LAL67102_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LAH67101_StaWrd" 4:1121 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_AlwSec_Verzameld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LAH67101_AlwPri" 4:1221 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LAH67101_AlwSec" 4:1321 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_LAH67101_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_StopDistributie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P501_HWBlok_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Hardware blokkering distributiepomp 1
CP_GV2 "PLC3_P502_HWBlok_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Hardware blokkering distributiepomp 2
CP_GV2 "PLC3_P503_HWBlok_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Hardware blokkering distributiepomp 3
CP_GV2 "Dummy" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P501_ResP502" 0:1082 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Kelders" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_LIT60101_Insthh" 4:1600 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing HoogHoog instelling vanaf SCADA
CP_GV1 "PLC3_LIT60101_Insth" 4:1602 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Hoog instelling vanaf SCADA
CP_GV2 "PLC3_LITA60102_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LIT60101_Instl" 4:1604 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Laag instelling vanaf SCADA
CP_GV1 "PLC3_LIT60101_Instll" 4:1606 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing LaagLaag instelling vanaf SCADA
CP_GV1 "PLC3_LIT60101_InstPla" 4:1608 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Plausibiliteit vanaf SCADA
CP_GV1 "PLC3_LIT60101_StaWrd" 4:1100 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60101_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60101_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60101_Str_hh" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60101_Str_h" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60101_Str_l" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60101_Str_ll" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60101_Str_mw" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LITA60102_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LITA60102_Str_hh" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LITA60102_Str_l" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Vuilwaterstromen" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Stuurlucht" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Klimaatbeheersing" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_Status_van_Scada" 4:1800 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling besturingssignalen
CP_GV2 "PLC3_Scada_LeidingK_Keuze" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Scada_CDruk_Keuze" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Scada_LeidingK_Start" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Scada_CDruk_Start" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Accept" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_LeidingBreuk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LeidingK_Keuze" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_CDruk_Keuze" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LeidingK_StartScada" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_CDruk_StartScada" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P501_Toeren" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P501_Stroom" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P502_Toeren" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P502_Stroom" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_AnaloogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51302_AnaloogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT67101_AnaloogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P503_Toeren" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P503_Stroom" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51302_AnaloogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PITA51301_AnaloogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LITA60102_AnaloogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P502_MeldExt2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Hardware blokkering
CP_GV2 "PLC3_Koude_Start" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60101_AnaloogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P501_MeldExt2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Hardware blokkering
CP_GV2 "PLC3_P503_MeldExt2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Hardware blokkering
CP_GV2 "PLC3_FITS51301_DRDBRK" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51302_DRDBRK" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60101_DRDBRK" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT67101_DRDBRK" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "TEMP_P501" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51302_DRDBRK" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PITA51301_DRDBRK" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60102_DRDBRK" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Klok" 4:77 KLOK_struc INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Klokset" 4:76 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling tbv klok
CP_GV1 "PLC3_Cmd_Dagnr" 4:1825 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling tbv klok
CP_GV1 "PLC3_Cmd_Uur" 4:1826 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling tbv klok
CP_GV1 "PLC3_Cmd_Minuut" 4:1827 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling tbv klok
CP_GV1 "PLC3_Stat_DagTijd" 4:1837 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling tbv klok
CP_GV1 "PLC3_Stat_Weekdag" 4:1838 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling tbv klok
CP_GV2 "PLC3_SecPuls" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_KnipperPuls" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_SecPuls_1cyclus" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PLC_Status" PLCSTATE INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_RIO_Status" RIOSTATE INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_DIO_Status" DIOSTATE INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_HotStart" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_ColdStart" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_Error" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_Herstart" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_VrijKetels" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_VrijPompen" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_AK02_BedWrd" 4:648 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_AK02_PriWrd" 4:748 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_AK02_OndWrd" 4:848 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_AK02_AcofTijd" 4:948 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_AK02_StaWrd" 4:1148 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_AK02_AlwPri" 4:1248 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_AK02_AlwSec" 4:1348 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_AK01_BedWrd" 4:647 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_AK01_PriWrd" 4:747 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_AK01_OndWrd" 4:847 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_AK01_AcofTijd" 4:947 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_AK01_StaWrd" 4:1147 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_AK01_AlwPri" 4:1247 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_AK01_AlwSec" 4:1347 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_FITS51301_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51302_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PITA51301_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51303_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT67101_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LITA67102_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT67101_GRWHIT_Vrijgave1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIC51303_StoringReg" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67101_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67102_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_FITS51301_BedWrd" 4:610 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_FITS51301_PriWrd" 4:710 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_FITS51301_OndWrd" 4:810 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_FITS51301_StatBed" 4:1010 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_FITS51301_AlwPri" 4:1210 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV2 "PLC3_FITS51301_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_FITS51301_AlwSec" 4:1310 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_FITS51301_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_FITS51301_AcofTijd" 4:910 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV2 "PLC3_FITS51301_SturAuto" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_SturHand" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_AutoIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_MinToer" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_CmdIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_CmdUit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_Stuur" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_FITS51301_MeetwMax" 4:1408 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Max meetwaarde naar SCADA
CP_GV1 "PLC3_FITS51301_MeetwMin" 4:1410 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Min meetwaarde naar SCADA
CP_GV1 "PLC3_FITS51301_Insthh" 4:1630 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing HoogHoog instelling vanaf SCADA
CP_GV1 "PLC3_FITS51301_Insth" 4:1632 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Hoog instelling vanaf SCADA
CP_GV1 "PLC3_FITS51301_Instl" 4:1634 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Laag instelling vanaf SCADA
CP_GV1 "PLC3_FITS51301_Instll" 4:1636 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing LaagLaag instelling vanaf SCADA
CP_GV1 "PLC3_FITS51301_InstPla" 4:1638 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Plausibiliteit vanaf SCADA
CP_GV1 "PLC3_FITS51301_StaWrd" 4:1110 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_FITS51301_Meetw" 4:1454 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV2 "PLC3_FITS51301_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_Str_hh" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_Str_h" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_Str_l" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_Str_ll" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_Str_mw" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_FITS51302_BedWrd" 4:653 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_FITS51302_MeetwMax" 4:1436 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Max meetwaarde naar SCADA
CP_GV1 "PLC3_FITS51302_MeetwMin" 4:1438 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Min meetwaarde naar SCADA
CP_GV1 "PLC3_FITS51302_Insthh" 4:1640 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing HoogHoog instelling vanaf SCADA
CP_GV1 "PLC3_FITS51302_Insth" 4:1642 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Hoog instelling vanaf SCADA
CP_GV1 "PLC3_FITS51302_Instl" 4:1644 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Laag instelling vanaf SCADA
CP_GV1 "PLC3_FITS51302_Instll" 4:1646 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing LaagLaag instelling vanaf SCADA
CP_GV1 "PLC3_FITS51302_InstPla" 4:1648 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Plausibiliteit vanaf SCADA
CP_GV1 "PLC3_FITS51302_PriWrd" 4:753 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_FITS51302_OndWrd" 4:853 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_FITS51302_AcofTijd" 4:953 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_FITS51302_StaWrd" 4:1153 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_FITS51302_Meetw" 4:1480 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_FITS51302_AlwPri" 4:1253 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_FITS51302_AlwSec" 4:1353 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_FITS51302_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51302_Str_hh" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51302_Str_h" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51302_Str_l" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51302_Str_ll" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51302_Str_mw" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PITA51301_BedWrd" 4:613 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_PITA51301_MeetwMax" 4:1416 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Max meetwaarde naar SCADA
CP_GV1 "PLC3_PITA51301_MeetwMin" 4:1418 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Min meetwaarde naar SCADA
CP_GV1 "PLC3_PITA51301_Insthh" 4:1610 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing HoogHoog instelling vanaf SCADA
CP_GV1 "PLC3_PITA51301_Insth" 4:1612 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Hoog instelling vanaf SCADA
CP_GV1 "PLC3_PITA51301_Instl" 4:1614 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Laag instelling vanaf SCADA
CP_GV1 "PLC3_PITA51301_Instll" 4:1616 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing LaagLaag instelling vanaf SCADA
CP_GV1 "PLC3_PITA51301_InstPla" 4:1618 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Plausibiliteit vanaf SCADA
CP_GV1 "PLC3_PITA51301_PriWrd" 4:713 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_PITA51301_OndWrd" 4:813 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_PITA51301_AcofTijd" 4:913 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_PITA51301_StaWrd" 4:1113 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PITA51301_Meetw" 4:1458 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_PITA51301_AlwPri" 4:1213 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_PITA51301_AlwSec" 4:1313 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_PITA51301_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PITA51301_Str_hh" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PITA51301_Str_h" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PITA51301_Str_l" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PITA51301_Str_ll" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PITA51301_Str_mw" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIT51303_BedWrd" 4:615 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_PIT51303_AnaloogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIC513_MeetwMax" 4:1424 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Max meetwaarde naar SCADA
CP_GV1 "PLC3_PIC513_MeetwMin" 4:1426 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Min meetwaarde naar SCADA
CP_GV2 "PLC3_PIT51303_Insthh" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51303_Insth" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51303_Instl" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51303_Instll" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51303_InstPla" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIT51303_PriWrd" 4:715 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_PIT51303_OndWrd" 4:815 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_PIT51303_AcofTijd" 4:915 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV2 "PLC3_PIT51303_StaWrd" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIT51303_Meetw" 4:1462 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_PIT51303_AlwPri" 4:1215 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_PIT51303_AlwSec" 4:1315 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_PIT51303_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51303_Str_hh" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51303_Str_h" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51303_Str_l" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51303_Str_ll" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51303_Str_mw" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_QIT60101_BedWrd" 4:612 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_QIT60101_AnaloogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_QIT60101_MeetwMax" 4:1412 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Max meetwaarde naar SCADA
CP_GV1 "PLC3_QIT60101_MeetwMin" 4:1414 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Min meetwaarde naar SCADA
CP_GV1 "PLC3_QIT60101_Insthh" 4:1670 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing HoogHoog instelling vanaf SCADA
CP_GV1 "PLC3_QIT60101_Insth" 4:1672 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Hoog instelling vanaf SCADA
CP_GV1 "PLC3_QIT60101_Instl" 4:1674 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Laag instelling vanaf SCADA
CP_GV1 "PLC3_QIT60101_Instll" 4:1676 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing LaagLaag instelling vanaf SCADA
CP_GV1 "PLC3_QIT60101_InstPla" 4:1678 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Plausibiliteit vanaf SCADA
CP_GV1 "PLC3_QIT60101_PriWrd" 4:712 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_QIT60101_OndWrd" 4:812 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_QIT60101_AcofTijd" 4:912 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_QIT60101_StaWrd" 4:1112 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_QIT60101_Meetw" 4:1456 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_QIT60101_AlwPri" 4:1212 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_QIT60101_AlwSec" 4:1312 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_QIT60101_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_QIT60101_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_QIT60101_Str_hh" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_QIT60101_Str_h" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_QIT60101_Str_l" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_QIT60101_Str_ll" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_QIT60101_Str_mw" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LIT67101_BedWrd" 4:619 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_LIT67101_MeetwMax" 4:1428 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Max meetwaarde naar SCADA
CP_GV1 "PLC3_LIT67101_MeetwMin" 4:1430 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Min meetwaarde naar SCADA
CP_GV1 "PLC3_LIT67101_Insthh" 4:1680 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing HoogHoog instelling vanaf SCADA
CP_GV1 "PLC3_LIT67101_Insth" 4:1682 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Hoog instelling vanaf SCADA
CP_GV1 "PLC3_LIT67101_Instl" 4:1684 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Laag instelling vanaf SCADA
CP_GV1 "PLC3_LIT67101_Instll" 4:1686 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing LaagLaag instelling vanaf SCADA
CP_GV1 "PLC3_LIT67101_InstPla" 4:1688 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Plausibiliteit vanaf SCADA
CP_GV1 "PLC3_LIT67101_PriWrd" 4:719 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LIT67101_OndWrd" 4:819 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_LIT67101_AcofTijd" 4:919 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LIT67101_StaWrd" 4:1119 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LIT67101_Meetw" 4:1464 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_LIT67101_AlwPri" 4:1219 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LIT67101_AlwSec" 4:1319 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_LIT67101_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT67101_Str_hh" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT67101_Str_h" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT67101_Str_l" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT67101_Str_ll" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT67101_Str_mw" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LITA67102_BedWrd" 4:620 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_LITA67102_AnaloogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LITA67102_MeetwMax" 4:1432 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Max meetwaarde naar SCADA
CP_GV1 "PLC3_LITA67102_MeetwMin" 4:1434 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Min meetwaarde naar SCADA
CP_GV1 "PLC3_LITA67102_Insthh" 4:1620 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing HoogHoog instelling vanaf SCADA
CP_GV1 "PLC3_LITA67102_Insth" 4:1622 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Hoog instelling vanaf SCADA
CP_GV1 "PLC3_LITA67102_Instl" 4:1624 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Laag instelling vanaf SCADA
CP_GV1 "PLC3_LITA67102_Instll" 4:1626 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing LaagLaag instelling vanaf SCADA
CP_GV1 "PLC3_LITA67102_InstPla" 4:1628 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Plausibiliteit vanaf SCADA
CP_GV1 "PLC3_LITA67102_PriWrd" 4:720 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LITA67102_OndWrd" 4:820 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_LITA67102_AcofTijd" 4:920 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LITA67102_StaWrd" 4:1120 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LITA67102_Meetw" 4:1466 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_LITA67102_AlwPri" 4:1220 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LITA67102_AlwSec" 4:1320 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_LITA67102_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LITA67102_Str_hh" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LITA67102_Str_h" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LITA67102_Str_l" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LITA67102_Str_ll" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LITA67102_Str_mw" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_AlwPri_Verzameld1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_AlwPri_Verzameld2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_AlwSec_Verzameld1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_AlwSec_Verzameld2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_CommWrd1_van_PLC1" 4:6150 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie van PLC 1
CP_GV1 "PLC3_CommWrd1_van_PLC2" 4:6250 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie van PLC 2
CP_GV1 "PLC3_CommWrd1_van_PLC4" 4:6450 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie van PLC 4
CP_GV1 "PLC3_CommWrd1_van_PLC5" 4:6550 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie van PLC 5
CP_GV2 "PLC3_Cmd_Watchdog1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_CommWrd1_naar_PLC1" 4:7100 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie naar PLC 1
CP_GV2 "PLC3_Cmd_Watchdog2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_CommWrd1_naar_PLC2" 4:7200 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie naar PLC 2
CP_GV2 "PLC3_Cmd_Watchdog3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_Watchdog4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_CommWrd1_naar_PLC4" 4:7400 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie naar PLC 4
CP_GV2 "PLC3_Cmd_Watchdog5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_CommWrd1_naar_PLC5" 4:7500 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie naar PLC 5
CP_GV2 "PLC3_TimeOut_met_PLC1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_TimeOut_met_PLC2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC4_Cmd_Watchdog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_TimeOut_met_PLC4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_TimeOut_met_PLC5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P501_Hrs1" 4:1900 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage Hrs1
CP_GV1 "PLC3_P501_Hrs2" 4:1902 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage Hrs2
CP_GV2 "PLC3_P501_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P502_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P502_Hrs1" 4:1904 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage Hrs1
CP_GV1 "PLC3_P502_Hrs2" 4:1906 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage Hrs2
CP_GV2 "PLC3_P503_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P503_Hrs1" 4:1908 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage Hrs1
CP_GV1 "PLC3_P503_Hrs2" 4:1910 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage Hrs2
CP_GV1 "PLC3_P501_kWh1" 4:1912 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage kWh1
CP_GV1 "PLC3_P501_kWh2" 4:1914 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage kWh2
CP_GV1 "PLC3_P502_kWh1" 4:1916 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage kWh1
CP_GV1 "PLC3_P502_kWh2" 4:1918 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage kWh2
CP_GV1 "PLC3_P503_kWh2" 4:1922 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage kWh2
CP_GV1 "PLC3_P503_kWh1" 4:1920 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage kWh1
CP_GV1 "PLC3_FITS51301_pls" 1:24 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_FITS51301_Qtot1" 4:1928 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage Qtot1
CP_GV1 "PLC3_FITS51301_Qtot2" 4:1930 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage Qtot2
CP_GV1 "PLC3_FITS51302_Pls" 1:56 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_FITS51302_Qtot1" 4:1932 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage Qtot1
CP_GV1 "PLC3_FITS51302_Qtot2" 4:1934 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage Qtot2
CP_GV1 "PLC3_TotDeb_Kaatsheuvel" 4:1926 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage totaal debiet reinwater Kaatsheuvel
CP_GV1 "PLC3_PIT51302_MaxDruk" 4:1938 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage maximale druk
CP_GV2 "PLC3_PIT51302_TijdMax" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIT51302_MinDruk" 4:1936 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rapportage minimale druk
CP_GV2 "PLC3_PIT51302_TijdMin" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Totaal_Debiet" 4:1801 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Status totaal debiet
CP_GV1 "PLC3_InstLDBreuk_HHDebiet" 4:1790 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling HH Debiet leidingbreuk
CP_GV1 "PLC3_InstLDBreuk_LLDruk" 4:1792 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling LL Druk leidingbreuk
CP_GV2 "PLC3_LDBreuk_HHDebiet" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LDBreuk_LLDruk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_WaterOpVloer" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC0_XV51401_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51001_BedWrd" 4:624 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_XV51001_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51001_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51001_PriWrd" 4:724 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_XV51001_OndWrd" 4:824 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_XV51001_AcofTijd" 4:924 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_XV51001_StatBed" 4:1024 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_XV51001_StatBedr" 4:1124 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_XV51001_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51001_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51001_AlwPri" 4:1224 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_XV51001_AlwSec" 4:1324 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_XV51001_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51001_CmdO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51001_CmdD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51001_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51001_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51002_BedWrd" 4:625 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_XV51002_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51002_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51002_PriWrd" 4:725 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_XV51002_OndWrd" 4:825 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_XV51002_AcofTijd" 4:925 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_XV51002_StatBed" 4:1025 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_XV51002_StatBedr" 4:1125 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_XV51002_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51002_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51002_AlwPri" 4:1225 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_XV51002_AlwSec" 4:1325 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_XV51002_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51002_CmdO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51002_CmdD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51002_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51002_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51101_BedWrd" 4:626 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_XV51101_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51101_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51101_PriWrd" 4:726 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_XV51101_OndWrd" 4:826 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_XV51101_AcofTijd" 4:926 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_XV51101_StatBed" 4:1026 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_XV51101_StatBedr" 4:1126 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_XV51101_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51101_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51101_AlwPri" 4:1226 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_XV51101_AlwSec" 4:1326 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_XV51101_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51101_CmdO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51101_CmdD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51101_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51101_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51102_BedWrd" 4:627 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_XV51102_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51102_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51102_PriWrd" 4:727 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_XV51102_OndWrd" 4:827 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_XV51102_AcofTijd" 4:927 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_XV51102_StatBed" 4:1027 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_XV51102_StatBedr" 4:1127 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_XV51102_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51102_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51102_AlwPri" 4:1227 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_XV51102_AlwSec" 4:1327 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_XV51102_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51102_CmdO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51102_CmdD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51102_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51102_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV512_BedWrd" 4:628 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_XV512_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV512_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV512_PriWrd" 4:728 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_XV512_OndWrd" 4:828 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_XV512_AcofTijd" 4:928 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_XV512_StatBed" 4:1028 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_XV512_StatBedr" 4:1128 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_XV512_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV512_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV512_AlwPri" 4:1228 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_XV512_AlwSec" 4:1328 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_XV512_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV512_CmdO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV512_CmdD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV512_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV512_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51301_BedWrd" 4:629 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_XV51301_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51301_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51301_PriWrd" 4:729 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_XV51301_OndWrd" 4:829 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_XV51301_AcofTijd" 4:929 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_XV51301_StatBed" 4:1029 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_XV51301_StatBedr" 4:1129 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_XV51301_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51301_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51301_AlwPri" 4:1229 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_XV51301_AlwSec" 4:1329 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_XV51301_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51301_CmdO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51301_CmdD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51301_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51301_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51302_BedWrd" 4:630 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_XV51302_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51302_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51302_PriWrd" 4:730 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_XV51302_OndWrd" 4:830 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_XV51302_AcofTijd" 4:930 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_XV51302_StatBed" 4:1030 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_XV51302_StatBedr" 4:1130 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_XV51302_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51302_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51302_AlwPri" 4:1230 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_XV51302_AlwSec" 4:1330 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_XV51302_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51302_CmdO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51302_CmdD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51302_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV51302_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_SCADA_ResP501" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Matrix_PmpStap1" 4:1724 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Pomp 1 matrix
CP_GV1 "PLC3_Matrix_PmpStap2" 4:1725 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Pomp 2 matrix
CP_GV1 "PLC3_Matrix_PmpStap3" 4:1726 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Pomp 3 matrix
CP_GV1 "PLC3_Matrix_ActStap" 4:1845 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Status actuele stap matrix
CP_GV2 "PLC3_P501_Matrix" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P502_Matrix" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P503_Matrix" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Matrix_VK1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Matrix_VK2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Matrix_VK3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Matrix_VK4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Matrix_VK5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Matrix_VK6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Matrix_VK7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Matrix_VK8" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Distributie_BedWrd" 4:646 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_Distributie_PriWrd" 4:746 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_Distributie_OndWrd" 4:846 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV2 "PLC3_Cmd_BlokRegDistrPomp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_2ofMeerPompStoring" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Distributie_AcofTijd" 4:946 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_Distributie_StaWrd" 4:1146 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_Distributie_AlwPri" 4:1246 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_Distributie_AlwSec" 4:1346 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_P501_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P502_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P503_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_YCoor_Inst" 4:1750 IntArr30 INIT: TRUE ... EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Y coordinaten leidingkarakteristiek
...INB 2F002F002F0030003100320033003400350036003700380039003C003C003C003C003C003C003C003C003D003D003D003D0000000000000000000000
CP_GV2 "PLC3_Matrix_DrukLK" IEC_REAL_ID INIT: TRUE 22.0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIT51302_BedWrd" 4:614 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_PIC513_KeuzeSW" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIC513_KeuzeHW" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51302_TerugSchSW" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIC51303_Auto" 0:37 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIC513_ExtGew" 4:1812 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIC513_IntGew" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIT51302_Meetw" 4:1460 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_PIC513_Pactie" 4:1803 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling P actie PI regelaar 
CP_GV1 "PLC3_PIC513_Iactie" 4:1811 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling I actie Piregelaar 
CP_GV1 "PLC3_PIC513_InstAfw" 4:1805 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling afwijking PI regelaar 
CP_GV1 "PLC3_PIT51302_PriWrd" 4:714 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_PIT51302_OndWrd" 4:814 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_PIT51302_AcofTijd" 4:914 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_PIC513_StatBed" 4:1033 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_PIC513_StatBedr" 4:1133 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_PIC513_Stuur" 4:1842 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Stuurwaarde regelaar naar SCADA
CP_GV2 "PLC3_PIC513_IntGewU" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIT51302_AlwPri" 4:1214 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_PIT51302_AlwSec" 4:1314 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_PIC513_Regelsign" IEC_ANL_OUT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Regelsignaal distributiepompen Kaatsheuvel
CP_GV1 "PLC3_PIC513_Setpoint" 4:1807 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling setpoint PI regelaar PIT-513-02
CP_GV1 "PLC3_PIC51303_BedWrd" 4:611 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_PIC51303_PriWrd" 4:711 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_PIC51303_OndWrd" 4:811 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_PIC51303_AcofTijd" 4:911 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_PIC51303_StaWrd" 4:1011 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIC51303_AlwPri" 4:1211 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_PIC51303_AlwSec" 4:1311 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_P501_AutoIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P501_Cmd_AutoIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P501_BedWrd" 4:604 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_P501_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P501_MeldFlow" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P501_MeldExt1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Verzamelstoring
CP_GV1 "PLC3_P501_PriWrd" 4:704 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_P501_OndWrd" 4:804 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_P501_AcofTijd" 4:904 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_P501_StatBed" 4:1004 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_P501_StatBedr" 4:1104 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_P501_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P501_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P501_AlwPri" 4:1204 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_P501_AlwSec" 4:1304 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_P501_Start" 0:1 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_P501_Stop" 0:2 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC3_P502_AutoIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P502_Cmd_AutoIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P502_BedWrd" 4:605 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_P502_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P502_MeldFlow" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P502_MeldExt1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Verzamelstoring
CP_GV1 "PLC3_P502_PriWrd" 4:705 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_P502_OndWrd" 4:805 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_P502_AcofTijd" 4:905 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_P502_StatBed" 4:1005 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_P502_StatBedr" 4:1105 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_P502_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P502_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P502_AlwPri" 4:1205 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_P502_AlwSec" 4:1305 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_P502_Start" 0:17 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_P502_Stop" 0:18 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC3_P503_AutoIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P503_Cmd_AutoIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P503_BedWrd" 4:606 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_P503_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P503_MeldFlow" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P503_MeldExt1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Verzamelstoring
CP_GV1 "PLC3_P503_PriWrd" 4:706 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_P503_OndWrd" 4:806 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_P503_AcofTijd" 4:906 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_P503_StatBed" 4:1006 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_P503_StatBedr" 4:1106 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_P503_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P503_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P503_AlwPri" 4:1206 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_P503_AlwSec" 4:1306 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_P503_Start" 0:33 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_P503_Stop" 0:34 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC3_P501_LadeIn_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lade In distributiepomp 1
CP_GV2 "PLC3_P501_LadeSt_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lade storing distributiepomp 1
CP_GV2 "PLC3_P501_VerzSt_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Verzamelstoring distributiepomp 1
CP_GV2 "PLC3_P501_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P502_LadeIn_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lade In distributiepomp 2
CP_GV2 "PLC3_P502_LadeSt_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lade storing distributiepomp 2
CP_GV2 "PLC3_P502_VerzSt_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Verzamelstoring distributiepomp 2
CP_GV2 "PLC3_P502_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P503_LadeIn_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lade In distributiepomp 3
CP_GV2 "PLC3_P503_LadeSt_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lade storing distributiepomp 3
CP_GV2 "PLC3_P503_VerzSt_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Verzamelstoring distributiepomp 3
CP_GV2 "PLC3_P503_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LIT67101_Actie1Instelling" 4:1540 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_LIT67101_Actie2Instelling" 4:1542 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV2 "PLC3_LAH67101_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67101_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV67101_BedWrd" 4:616 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_XV67101_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67101_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV67101_PriWrd" 4:716 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_XV67101_AcofTijd" 4:916 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_XV67101_OndWrd" 4:816 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_XV67101_StatBed" 4:1016 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_XV67101_StatBedr" 4:1116 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_XV67101_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67101_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV67101_Open" 0:15 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV67101_AlwPri" 4:1216 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_XV67101_AlwSec" 4:1316 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_XV67101_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LIT67101_Actie3Instelling" 4:1544 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_LIT67101_Actie4Instelling" 4:1546 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV2 "PLC3_LAL67102_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67102_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV67102_BedWrd" 4:617 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_XV67102_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67102_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV67102_PriWrd" 4:717 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_XV67102_OndWrd" 4:817 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_XV67102_AcofTijd" 4:917 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_XV67102_StatBed" 4:1017 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_XV67102_StatBedr" 4:1117 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_XV67102_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67102_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV67102_Open" 0:16 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV67102_AlwPri" 4:1217 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_XV67102_AlwSec" 4:1317 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_XV67102_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51001_Open" 0:5 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV51001_Sluiten" 0:6 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV51002_Open" 0:7 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV51002_Sluiten" 0:8 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV51101_Open" 0:9 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV51101_Sluiten" 0:10 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV51102_Open" 0:21 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV51102_Sluiten" 0:22 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV512_Open" 0:23 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV512_Sluiten" 0:24 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV51301_Open" 0:11 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV51301_Sluiten" 0:12 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV51302_Open" 0:25 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_XV51302_Sluiten" 0:26 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC3_LITA60102_Str_ll" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LITA60102_Str_mw" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_AlwPri_Verzameld3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_AlwPri_Verzameld4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_AlwPri_Verzameld5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_AlwSec_Verzameld4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_AlwSec_Verzameld5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_AlwSec_Verzameld3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Opstarten24VDC" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC2_Accept" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "NogDoen" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51302_GRWLT_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Scada_Bemand" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Scada_VrijgaveLeidingbreuk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Scada_ResetWeekRapp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Scada_ResetRapp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LITA60102_Str_h" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Status_naar_Scada" 4:1841 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Status naar SCADA
CP_GV2 "PLC3_QIT60101_DRDBRK" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "TEMP_P502" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LAH60101_StaWrd" 4:1102 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_Scada_Accept" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LAH60101_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Scada_Reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LAL60102_StaWrd" 4:1103 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_LAL60102_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV60101_BedWrd" 4:650 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_XV60101_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60101_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV60101_PriWrd" 4:750 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_XV60101_OndWrd" 4:850 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_XV60101_AcofTijd" 4:950 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_XV60101_StatBed" 4:1050 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_XV60101_StatBedr" 4:1150 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_XV60101_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60101_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV60101_AlwPri" 4:1250 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_XV60101_AlwSec" 4:1350 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_XV60101_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60101_CmdO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60101_CmdD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60101_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60101_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV60102_BedWrd" 4:651 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_XV60102_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60102_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV60102_PriWrd" 4:751 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_XV60102_OndWrd" 4:851 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_XV60102_AcofTijd" 4:951 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_XV60102_StatBed" 4:1051 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_XV60102_StatBedr" 4:1151 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_XV60102_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60102_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV60102_AlwPri" 4:1251 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_XV60102_AlwSec" 4:1351 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_XV60102_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60102_CmdO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60102_CmdD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60102_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60102_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV60103_BedWrd" 4:652 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC3_XV60103_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60103_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV60103_PriWrd" 4:752 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_XV60103_OndWrd" 4:852 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_XV60103_AcofTijd" 4:952 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_XV60103_StatBed" 4:1052 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_XV60103_StatBedr" 4:1152 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_XV60103_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60103_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV60103_AlwPri" 4:1252 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_XV60103_AlwSec" 4:1352 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_XV60103_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60103_CmdO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60103_CmdD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60103_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV60103_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_BlokkeerProductie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LAH60101_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LAL60102_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60101_GRWLT_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60101_GRWLT_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_BlokkeerDistributie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LAH50001_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LAL50002_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIC513_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LS500_StaWrd" 4:1131 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_LS500_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LAL50002_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LAL50002_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LAH50001_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LAL67302_StaWrd" 4:1123 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_LAL67302_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P501_ResP503" 0:1083 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67302_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67302_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67302_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67302_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67302_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67302_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67302_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67302_CmdO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LAL67302_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_BlokkeerSpoelen" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_TotDeb_GRWHT_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "TEMP_P503" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LA651_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LA652_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V97001_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V97001_AutoIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V97001_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V97001_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V97001_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V97001_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V97001_CmdIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P501_StroomAct" 4:1468 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_P501_ToerenAct" 4:1470 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_P502_StroomAct" 4:1472 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_P502_ToerenAct" 4:1474 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_P503_StroomAct" 4:1476 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_P503_ToerenAct" 4:1478 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV2 "PLC3_BK675_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_BK675_AutoIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_BK675_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_BK675_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_BK675_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_BK675_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_BK675_CmdIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_Hulpprocessen" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_BK675_StoringAlg_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67501_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67501_AutoIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67501_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67501_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67501_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67501_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67501_CmdIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67502_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67502_AutoIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67502_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67502_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67502_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67502_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67502_CmdIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67502_StoringAlg_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_V67502_HfdstrAanw_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PA676_StaWrd" 4:1140 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_PA676_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PA67601_Alarm_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIT51302_Insthh" 4:1650 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing HoogHoog instelling vanaf SCADA
CP_GV1 "PLC3_PIT51302_Insth" 4:1652 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Hoog instelling vanaf SCADA
CP_GV1 "PLC3_PIT51302_Instl" 4:1654 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Laag instelling vanaf SCADA
CP_GV1 "PLC3_PIT51302_Instll" 4:1656 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing LaagLaag instelling vanaf SCADA
CP_GV1 "PLC3_PIT51302_InstPla" 4:1658 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Plausibiliteit vanaf SCADA
CP_GV1 "PLC3_PIT51302_StaWrd" 4:1114 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51302_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51302_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51302_Str_hh" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51302_Str_h" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51302_Str_l" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51302_Str_ll" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIT51302_Str_mw" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Hulpmerker_starten" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Opstart_Tijd_24V" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51102_EindstD" 1:43 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV51102_EindstO" 1:42 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LAH60101_H" 1:27 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LAH67101_H" 1:29 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LAH67301_H" 1:31 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LAH50001_H_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LAH50001_H" 1:62 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LAL50002_L_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LAL50002_L" 1:63 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_LA652_H" 1:61 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_FITS51301_pls_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Puls debietmeting reinwater Kaatsheuvel
CP_GV2 "PLC3_FITS51302_pls_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Puls debietmeting reinwater Kaatsheuvel
CP_GVS "Ketels" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Pompen" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Regeling" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Aansturing" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Matrix_Schakel" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Algemeen" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Opstart_default" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "analoog" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Communicatie" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Primair_Alarm" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Secundair_Alarm" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Rapportage" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Webbrowser" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "MATRIX_STAP1_IN" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "MATRIX_STAP2_IN" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "MATRIX_STAP3_IN" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "MATRIX_STAP4_IN" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "MATRIX_STAP5_IN" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "MATRIX_STAP6_IN" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "MATRIX_STAP7_IN" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "MATRIX_STAP8_IN" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Alg_Distributie" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC3_LAL60101" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60102" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_OpstartReset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_Noodstop" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_PrimairAlarm" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_SecundairAlarm" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Cmd_Watchdog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC2_Cmd_Watchdog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_Cmd_Watchdog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Cmd_Watchdog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Cmd_PrimairAlarm" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC2_Cmd_PrimairAlarm" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC2_Cmd_SecundairAlarm" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Cmd_SecundairAlarm" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Rangeren" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC3_LIT60101_BedWrd" 4:600 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_LAH60101_BedWrd" 4:602 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_LAL60102_BedWrd" 4:603 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_FS501_BedWrd" 4:607 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_FS502_BedWrd" 4:608 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_FS503_BedWrd" 4:609 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_XV67302_BedWrd" 4:618 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_LAL67302_BedWrd" 4:623 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_LS500_BedWrd" 4:631 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_LAL50002_BedWrd" 4:632 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_LA651_BedWrd" 4:634 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_LA652_BedWrd" 4:635 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_V97001_BedWrd" 4:636 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_BK675_BedWrd" 4:637 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_V67501_BedWrd" 4:638 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_V67502_BedWrd" 4:639 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_PA676_BedWrd" 4:640 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_Energie_BedWrd" 4:641 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_NSA99001_BedWrd" 4:642 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_NSA99101_BedWrd" 4:643 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_NSA99102_BedWrd" 4:644 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_Sync_BedWrd" 4:645 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_LIT60101_PriWrd" 4:700 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LAH60101_PriWrd" 4:702 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LAL60102_PriWrd" 4:703 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_FS501_PriWrd" 4:707 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_FS502_PriWrd" 4:708 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_FS503_PriWrd" 4:709 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_XV67302_PriWrd" 4:718 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LAL67302_PriWrd" 4:723 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LS500_PriWrd" 4:731 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LAL50002_PriWrd" 4:732 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LA651_PriWrd" 4:734 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LA652_PriWrd" 4:735 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_V97001_PriWrd" 4:736 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_BK675_PriWrd" 4:737 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_V67501_PriWrd" 4:738 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_V67502_PriWrd" 4:739 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_PA676_PriWrd" 4:740 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_Energie_PriWrd" 4:741 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_NSA99001_PriWrd" 4:742 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_NSA99101_PriWrd" 4:743 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_NSA99102_PriWrd" 4:744 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_Sync_PriWrd" 4:745 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LIT60101_OndWrd" 4:800 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_LAH60101_OndWrd" 4:802 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_LAL60102_OndWrd" 4:803 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_FS501_OndWrd" 4:807 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_FS502_OndWrd" 4:808 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_FS503_OndWrd" 4:809 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_XV67302_OndWrd" 4:818 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_LAL67302_OndWrd" 4:823 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_LS500_OndWrd" 4:831 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_LAL50002_OndWrd" 4:832 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_LA651_OndWrd" 4:834 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_LA652_OndWrd" 4:835 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_V97001_OndWrd" 4:836 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_BK675_OndWrd" 4:837 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_V67501_OndWrd" 4:838 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_V67502_OndWrd" 4:839 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_PA676_OndWrd" 4:840 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_Energie_OndWrd" 4:841 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_NSA99001_OndWrd" 4:842 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_NSA99101_OndWrd" 4:843 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_NSA99102_OndWrd" 4:844 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_Sync_OndWrd" 4:845 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_LIT60101_AcofTijd" 4:900 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LAH60101_AcofTijd" 4:902 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LAL60102_AcofTijd" 4:903 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_FS501_AcofTijd" 4:907 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_FS502_AcofTijd" 4:908 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_FS503_AcofTijd" 4:909 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_XV67302_AcofTijd" 4:918 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LAL67302_AcofTijd" 4:923 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LS500_AcofTijd" 4:931 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LAL50002_AcofTijd" 4:932 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LA651_AcofTijd" 4:934 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LA652_AcofTijd" 4:935 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_V97001_AcofTijd" 4:936 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_BK675_AcofTijd" 4:937 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_V67501_AcofTijd" 4:938 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_V67502_AcofTijd" 4:939 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_PA676_AcofTijd" 4:940 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_Energie_AcofTijd" 4:941 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_NSA99001_AcofTijd" 4:942 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_NSA99101_AcofTijd" 4:943 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_NSA99102_AcofTijd" 4:944 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_Sync_AcofTijd" 4:945 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LIT60101_StatBed" 4:1000 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_LAH60101_StatBed" 4:1002 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_LAL60102_StatBed" 4:1003 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_FS501_StatBed" 4:1007 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_FS502_StatBed" 4:1008 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_FS503_StatBed" 4:1009 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_PITA51301_StatBed" 4:1013 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_PIT51303_StatBed" 4:1015 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_XV67302_StatBed" 4:1018 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_LIT67101_StatBed" 4:1019 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_LITA67102_StatBed" 4:1020 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_LAH67101_StatBed" 4:1021 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_LAL67102_StatBed" 4:1022 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_LAL67302_StatBed" 4:1023 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_LAH50001_StatBed" 4:1031 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_LAL50002_StatBed" 4:1032 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_LA651_StatBed" 4:1034 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_LA652_StatBed" 4:1035 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_V97001_StatBed" 4:1036 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_BK675_StatBed" 4:1037 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_V67501_StatBed" 4:1038 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_V67502_StatBed" 4:1039 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_PA676_StatBed" 4:1040 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_Energie_StatBed" 4:1041 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_NSA99001_StatBed" 4:1042 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_NSA99101_StatBed" 4:1043 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_NSA99102_StatBed" 4:1044 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_Sync_StatBed" 4:1045 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_Distributie_StatBed" 4:1046 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_AK01_StatBed" 4:1047 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_AK02_StatBed" 4:1048 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_BK03_StatBed" 4:1049 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_FS501_StatBedr" 4:1107 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_FS502_StatBedr" 4:1108 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_FS503_StatBedr" 4:1109 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_PIC51303_StatBedr" 4:1111 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_XV67302_StatBedr" 4:1118 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_LAL50002_StaWrd" 4:1132 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_LA651_StaWrd" 4:1134 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_LA652_StaWrd" 4:1135 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_V97001_StatBedr" 4:1136 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_BK675_StatBedr" 4:1137 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_V67501_StatBedr" 4:1138 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_V67502_StatBedr" 4:1139 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_Energie_StatBedr" 4:1141 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_NSA99001_StatBedr" 4:1142 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_NSA99101_StatBedr" 4:1143 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_NSA99102_StatBedr" 4:1144 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_Sync_StatBedr" 4:1145 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_LIT60101_AlwPri" 4:1200 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LAH60101_AlwPri" 4:1202 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LAL60102_AlwPri" 4:1203 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_FS501_AlwPri" 4:1207 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_FS502_AlwPri" 4:1208 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_FS503_AlwPri" 4:1209 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_XV67302_AlwPri" 4:1218 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LAL67302_AlwPri" 4:1223 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LS500_AlwPri" 4:1231 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LAL50002_AlwPri" 4:1232 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LA651_AlwPri" 4:1234 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LA652_AlwPri" 4:1235 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_V97001_AlwPri" 4:1236 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_BK675_AlwPri" 4:1237 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_V67501_AlwPri" 4:1238 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_V67502_AlwPri" 4:1239 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_PA676_AlwPri" 4:1240 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_Energie_AlwPri" 4:1241 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_NSA99001_AlwPri" 4:1242 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_NSA99101_AlwPri" 4:1243 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_NSA99102_AlwPri" 4:1244 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_Sync_AlwPri" 4:1245 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LIT60101_AlwSec" 4:1300 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_LAH60101_AlwSec" 4:1302 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_LAL60102_AlwSec" 4:1303 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_FS501_AlwSec" 4:1307 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_FS502_AlwSec" 4:1308 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_FS503_AlwSec" 4:1309 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_XV67302_AlwSec" 4:1318 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_LAL67302_AlwSec" 4:1323 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_LS500_AlwSec" 4:1331 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_LAL50002_AlwSec" 4:1332 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_LA651_AlwSec" 4:1334 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_LA652_AlwSec" 4:1335 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_V97001_AlwSec" 4:1336 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_BK675_AlwSec" 4:1337 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_V67501_AlwSec" 4:1338 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_V67502_AlwSec" 4:1339 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_PA676_AlwSec" 4:1340 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_Energie_AlwSec" 4:1341 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_NSA99001_AlwSec" 4:1342 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_NSA99101_AlwSec" 4:1343 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_NSA99102_AlwSec" 4:1344 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_Sync_AlwSec" 4:1345 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_LIT60101_MeetwMax" 4:1400 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Max meetwaarde naar SCADA
CP_GV1 "PLC3_LIT60101_MeetwMin" 4:1402 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Min meetwaarde naar SCADA
CP_GV1 "PLC3_PIT51302_MeetwMax" 4:1420 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Max meetwaarde naar SCADA
CP_GV1 "PLC3_PIT51302_MeetwMin" 4:1422 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Min meetwaarde naar SCADA
CP_GV1 "PLC3_LIT60101_Meetw" 4:1450 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_LIT60101_Actie1Instelling" 4:1500 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_LIT60101_Actie2Instelling" 4:1502 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_LIT60101_Actie3Instelling" 4:1504 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_LIT60101_Actie4Instelling" 4:1506 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_FITS51301_Actie1Instelling" 4:1508 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_FITS51301_Actie2Instelling" 4:1510 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_FITS51301_Actie3Instelling" 4:1512 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_FITS51301_Actie4Instelling" 4:1514 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_FITS51302_Actie1Instelling" 4:1516 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_FITS51302_Actie2Instelling" 4:1518 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_FITS51302_Actie3Instelling" 4:1520 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_FITS51302_Actie4Instelling" 4:1522 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_PIT51303_Actie1Instelling" 4:1532 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_PIT51303_Actie2Instelling" 4:1534 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_PIT51303_Actie3Instelling" 4:1536 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_PIT51303_Actie4Instelling" 4:1538 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_Matrix_InstIn1" 4:1700 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Inschakelpunt maxtrix 1
CP_GV1 "PLC3_Matrix_InstIn2" 4:1701 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Inschakelpunt maxtrix 2
CP_GV1 "PLC3_Matrix_InstIn3" 4:1702 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Inschakelpunt maxtrix 3
CP_GV1 "PLC3_Matrix_InstIn4" 4:1703 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Inschakelpunt maxtrix 4
CP_GV1 "PLC3_Matrix_InstIn5" 4:1704 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Inschakelpunt maxtrix 5
CP_GV1 "PLC3_Matrix_InstIn6" 4:1705 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Inschakelpunt maxtrix 6
CP_GV1 "PLC3_Matrix_InstIn7" 4:1706 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Inschakelpunt maxtrix 7
CP_GV1 "PLC3_Matrix_InstIn8" 4:1707 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Inschakelpunt maxtrix 8
CP_GV1 "PLC3_Matrix_InstUit1" 4:1708 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 1
CP_GV1 "PLC3_Matrix_InstUit2" 4:1709 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 2
CP_GV1 "PLC3_Matrix_InstUit3" 4:1710 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 3
CP_GV1 "PLC3_Matrix_InstUit4" 4:1711 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 4
CP_GV1 "PLC3_Matrix_InstUit5" 4:1712 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 5
CP_GV1 "PLC3_Matrix_InstUit6" 4:1713 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 6
CP_GV1 "PLC3_Matrix_InstUit7" 4:1714 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 7
CP_GV1 "PLC3_Matrix_InstUit8" 4:1715 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 8
CP_GV1 "PLC3_Matrix_VertTyd1" 4:1716 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 1
CP_GV1 "PLC3_Matrix_VertTyd2" 4:1717 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 2
CP_GV1 "PLC3_Matrix_VertTyd3" 4:1718 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 3
CP_GV1 "PLC3_Matrix_VertTyd4" 4:1719 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 4
CP_GV1 "PLC3_Matrix_VertTyd5" 4:1720 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 5
CP_GV1 "PLC3_Matrix_VertTyd6" 4:1721 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 6
CP_GV1 "PLC3_Matrix_VertTyd7" 4:1722 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 7
CP_GV1 "PLC3_Matrix_VertTyd8" 4:1723 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Uitschakelpunt maxtrix 8
CP_GV1 "PLC3_Matrix_ResP501" 4:1727 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling reserve pompen P501
CP_GV1 "PLC3_Matrix_ResP502" 4:1728 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling reserve pompen P502
CP_GV1 "PLC3_Matrix_ResP503" 4:1729 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling reserve pompen P503
CP_GV1 "PLC3_P501_LadeIn" 1:1 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lade In distributiepomp 1
CP_GV1 "PLC3_P501_LadeSt" 1:2 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lade storing distributiepomp 1
CP_GV1 "PLC3_P501_InBedFO" 1:3 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: In bedrijf FO distributiepomp 1
CP_GV1 "PLC3_P501_VerzSt" 1:4 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Verzamelstoring distributiepomp 1
CP_GV1 "PLC3_P501_HWBlok" 1:5 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Hardware blokkering distributiepomp 1
CP_GV1 "PLC3_P501_MtrAuto" 1:6 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Motor auto distributiepomp 1
CP_GV1 "PLC3_P501_WensAuto" 1:7 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Wenswaarde auto distributiepomp 1
CP_GV1 "PLC3_P501_LiveZero" 1:8 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Live zero distributiepomp 1
CP_GV1 "PLC3_FS501_Lflow" 1:9 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lage flow distributiepomp 1
CP_GV1 "PLC3_XV51001_EindstO" 1:10 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding open afsl.zuig reinwater binnenkelder 1
CP_GV1 "PLC3_XV51001_EindstD" 1:11 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding dicht afsl.zuig reinwater binnenkelder 1
CP_GV1 "PLC3_XV51002_EindstO" 1:12 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding open afsl.zuig reinwater binnenkelder 2
CP_GV1 "PLC3_XV51002_EindstD" 1:13 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding dicht afsl.zuig reinwater binnenkelder 2
CP_GV1 "PLC3_XV51101_EindstO" 1:14 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding open afsl.zuig reinwater buitenkelder 1
CP_GV1 "PLC3_XV51101_EindstD" 1:15 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding dicht afsl.zuig reinwater buitenkelder 1
CP_GV1 "PLC3_XV51301_EindstO" 1:16 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding open afsl.levering kaatsheuvel 1
CP_GV1 "PLC3_XV51301_EindstD" 1:17 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding dicht afsl.levering kaatsheuvel 1
CP_GV1 "PLC3_XV60103_EindstO" 1:18 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding open afsl.meting reinwaterkelder 1
CP_GV1 "PLC3_XV60103_EindstD" 1:19 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding dicht afsl.meting reinwaterkelder 1
CP_GV1 "PLC3_XV67101_EindstO" 1:20 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding open afsl.luchttoevoer drukketel 1
CP_GV1 "PLC3_XV67101_EindstD" 1:21 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding dicht afsl.luchttoevoer drukketel 1
CP_GV1 "PLC3_XV67102_EindstO" 1:22 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding open afsl.verbindingsleiding drukketel 1
CP_GV1 "PLC3_XV67102_EindstD" 1:23 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding dicht afsl.verbindingsleiding drukketel 1
CP_GV1 "PLC3_PIC51303_Storing" 1:25 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Storing hardware regelaar
CP_GV1 "PLC3_LAL60102_L" 1:28 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Vlotterschakelaar laag alarm/blokkeren spoelen
CP_GV1 "PLC3_LAL67102_L" 1:30 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Laag niveau drukketel 1
CP_GV1 "PLC3_LAL67302_L" 1:32 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Laag niveau drukketel 3
CP_GV1 "PLC3_P502_LadeIn" 1:33 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lade In distributiepomp 2
CP_GV1 "PLC3_P502_LadeSt" 1:34 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lade storing distributiepomp 2
CP_GV1 "PLC3_P502_InBedFO" 1:35 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: In bedrijf FO distributiepomp 2
CP_GV1 "PLC3_P502_VerzSt" 1:36 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Verzamelstoring distributiepomp 2
CP_GV1 "PLC3_P502_HWBlok" 1:37 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Hardware blokkering distributiepomp 2
CP_GV1 "PLC3_P502_MtrAuto" 1:38 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Motor auto distributiepomp 2
CP_GV1 "PLC3_P502_WensAuto" 1:39 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Wenswaarde auto distributiepomp 2
CP_GV1 "PLC3_P502_LiveZero" 1:40 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Live zero distributiepomp 2
CP_GV1 "PLC3_FS502_Lflow" 1:41 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lage flow distributiepomp 2
CP_GV1 "PLC3_XV512_EindstO" 1:44 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding open filtraat direct naar buitenkelder
CP_GV1 "PLC3_XV512_EindstD" 1:45 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding dicht filtraat direct naar buitenkelder
CP_GV1 "PLC3_XV51302_EindstO" 1:46 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding open afsl.levering kaatsheuvel 2
CP_GV1 "PLC3_XV51302_EindstD" 1:47 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding dicht afsl.levering kaatsheuvel 2
CP_GV1 "PLC3_XV60101_EindstO" 1:48 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding open afsl.meting reinwaterkelder 2
CP_GV1 "PLC3_XV60101_EindstD" 1:49 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding dicht afsl.meting reinwaterkelder 2
CP_GV1 "PLC3_XV60102_EindstO" 1:50 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding open afsl.meting reinwaterkelder 3
CP_GV1 "PLC3_XV60102_EindstD" 1:51 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding dicht afsl.meting reinwaterkelder 3
CP_GV1 "PLC3_XV67301_EindstO" 1:52 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding open afsl.luchttoevoer HD-ketel
CP_GV1 "PLC3_XV67301_EindstD" 1:53 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding dicht afsl.luchttoevoer HD-ketel
CP_GV1 "PLC3_XV67302_EindstO" 1:54 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding open afsl.verbindingsleiding HD-ketel
CP_GV1 "PLC3_XV67302_EindstD" 1:55 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Eindstandmelding dicht afsl.verbindingsleiding HD-ketel
CP_GV1 "PLC3_BK03_NAuto" 1:57 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 1 klep niet auto
CP_GV1 "PLC3_BK03_Storing24v" 1:58 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Storing 24 V DC
CP_GV1 "PLC3_BK03_Storing230v" 1:59 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Storing 230 V
CP_GV1 "PLC3_LA651_H" 1:60 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Water op vloer vuilwaterput bij filter 1
CP_GV1 "PLC3_P503_LadeIn" 1:65 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lade In distributiepomp 3
CP_GV1 "PLC3_P503_LadeSt" 1:66 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lade storing distributiepomp 3
CP_GV1 "PLC3_P503_InBedFO" 1:67 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: In bedrijf FO distributiepomp 3
CP_GV1 "PLC3_P503_VerzSt" 1:68 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Verzamelstoring distributiepomp 3
CP_GV1 "PLC3_P503_HWBlok" 1:69 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Hardware blokkering distributiepomp 3
CP_GV1 "PLC3_P503_MtrAuto" 1:70 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Motor auto distributiepomp 3
CP_GV1 "PLC3_P503_WensAuto" 1:71 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Wenswaarde auto distributiepomp 3
CP_GV1 "PLC3_P503_LiveZero" 1:72 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Live zero distributiepomp 3
CP_GV1 "PLC3_FS503_Lflow" 1:73 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Lage flow distributiepomp 3
CP_GV1 "PLC3_V67501_HfdstrAanw" 1:75 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Compressor hoofdstroom aanwezig
CP_GV1 "PLC3_V67501_StoringAlg" 1:76 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Compressor storing algemeen
CP_GV1 "PLC3_V97001_PrimAlm" 1:81 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Luchtbehandelingskast primair alarm
CP_GV1 "PLC3_V97001_SecAlm" 1:82 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Luchtbehandelingskast secundair alarm
CP_GV1 "PLC3_AK01_NAuto" 1:84 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 1 klep niet auto
CP_GV1 "PLC3_AK02_NAuto" 1:85 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 1 klep niet auto
CP_GV1 "PLC3_P501_Preset" 0:3 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Preset FO motor distributiepomp 1
CP_GV1 "PLC3_XV60103_Open" 0:13 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Afsluiter openen meting reinwaterkelder 1
CP_GV1 "PLC3_XV60103_Sluiten" 0:14 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Afsluiter sluiten meting reinwaterkelder 1
CP_GV1 "PLC3_P502_Preset" 0:19 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Preset FO motor distributiepomp 2
CP_GV1 "PLC3_XV60101_Open" 0:27 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Afsluiter openen meting reinwaterkelder 2
CP_GV1 "PLC3_XV60101_Sluiten" 0:28 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Afsluiter sluiten meting reinwaterkelder 2
CP_GV1 "PLC3_XV60102_Open" 0:29 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Afsluiter openen meting reinwaterkelder 3
CP_GV1 "PLC3_XV60102_Sluiten" 0:30 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Afsluiter sluiten meting reinwaterkelder 3
CP_GV1 "PLC3_P503_Preset" 0:35 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Preset FO motor distributiepomp 3
CP_GV1 "PLC3_V97001_Aanst" 0:39 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Aansturing luchtbehandelingskast
CP_GV1 "PLC3_BK03_Watchdog" 0:64 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Watchdog
CP_GV2 "PLC3_P501_MtrAuto_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Motor auto distributiepomp 1
CP_GV2 "PLC3_P501_WensAuto_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Wenswaarde auto distributiepomp 1
CP_GV2 "PLC3_P501_LiveZero_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Live zero distributiepomp 1
CP_GV2 "PLC3_PIC51303_Storing_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Storing hardware regelaar
CP_GV2 "PLC3_LAH60101_H_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Hoog niveau reinwaterkelders
CP_GV2 "PLC3_LAL60102_L_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Vlotterschakelaar laag alarm/blokkeren spoelen
CP_GV2 "PLC3_LAH67301_H_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Hoog niveau drukketel 3
CP_GV2 "PLC3_LAL67302_L_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Laag niveau drukketel 3
CP_GV2 "PLC3_P502_MtrAuto_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Motor auto distributiepomp 2
CP_GV2 "PLC3_P502_WensAuto_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Wenswaarde auto distributiepomp 2
CP_GV2 "PLC3_P502_LiveZero_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Live zero distributiepomp 2
CP_GV2 "PLC3_BK03_NAuto_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 1 klep niet auto
CP_GV2 "PLC3_BK03_Storing24v_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Storing 24 V DC
CP_GV2 "PLC3_BK03_Storing230v_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Storing 230 V
CP_GV2 "PLC3_LA651_H_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Water op vloer vuilwaterput bij filter 1
CP_GV2 "PLC3_LA652_H_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Water op vloer vuilwaterput bij filter 6
CP_GV2 "PLC3_P503_MtrAuto_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Motor auto distributiepomp 3
CP_GV2 "PLC3_P503_WensAuto_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Wenswaarde auto distributiepomp 3
CP_GV2 "PLC3_P503_LiveZero_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Live zero distributiepomp 3
CP_GV2 "PLC3_V67501_HfdstrAanw_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Compressor hoofdstroom aanwezig
CP_GV2 "PLC3_V67501_StoringAlg_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Compressor storing algemeen
CP_GV2 "PLC3_V97001_PrimAlm_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Luchtbehandelingskast primair alarm
CP_GV2 "PLC3_V97001_SecAlm_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Luchtbehandelingskast secundair alarm
CP_GV2 "PLC3_AK01_NAuto_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 1 klep niet auto
CP_GV2 "PLC3_AK02_NAuto_ParTyp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 1 klep niet auto
CP_GV1 "PLC3_BK675_StoringAlg" 1:77 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Centrale besturingskast stuurlucht
CP_GV1 "PLC3_PA67601_Alarm" 1:78 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Drukalarm
CP_GV1 "PLC3_V67502_HfdstrAanw" 1:79 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Compressor hoofdstroom aanwezig
CP_GV1 "PLC3_V67502_StoringAlg" 1:80 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Compressor storing algemeen
CP_GV1 "PLC3_P501_StuurwLeidingbr" 4:1839 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling stuurwaarde P501 bij leidingbreuk
CP_GV1 "PLC3_LITA60102_BedWrd" 4:601 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_LITA60102_PriWrd" 4:701 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LITA60102_OndWrd" 4:801 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_LITA60102_AcofTijd" 4:901 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LITA60102_StatBed" 4:1001 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_LITA60102_StaWrd" 4:1101 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_LITA60102_AlwPri" 4:1201 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LITA60102_AlwSec" 4:1301 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_LITA60102_MeetwMax" 4:1404 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Max meetwaarde naar SCADA
CP_GV1 "PLC3_LITA60102_MeetwMin" 4:1406 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Min meetwaarde naar SCADA
CP_GV1 "PLC3_LITA60102_Meetw" 4:1452 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC3_LITA60102_InstHH" 4:1660 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing HoogHoog instelling vanaf SCADA
CP_GV1 "PLC3_LITA60102_InstH" 4:1662 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Hoog instelling vanaf SCADA
CP_GV1 "PLC3_LITA60102_InstL" 4:1664 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Laag instelling vanaf SCADA
CP_GV1 "PLC3_LITA60102_InstLL" 4:1666 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing LaagLaag instelling vanaf SCADA
CP_GV1 "PLC3_LITA60102_InstPla" 4:1668 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Plausibiliteit vanaf SCADA
CP_GV2 "PLC3_LIT60101_AnaloogIn_Sim" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Webbrowser_KeuzeModel" 4:510 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Webbrowser_ProdScada" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Webbrowser_Scada" 4:511 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_CDruk_Start" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LeidingK_Start" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Webbrowser_ModelStat" 4:509 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Temp1" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIC51303_Meetw" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIC51303_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIC51303_AnalogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIC513_PValue" 4:1809 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Proces value regelaar
CP_GV1 "PLC3_PIC513_AcofTijd" 4:933 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_PIC513_OndWrd" 4:833 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_PIC513_PriWrd" 4:733 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_PIC513_BedWrd" 4:633 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_PIC513_AlwPri" 4:1233 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_PIC513_AlwSec" 4:1333 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC3_FITS51302_StatBed" 4:1053 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_AlgStor_AlwPri" 4:1254 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_QIT60101_StatBed" 4:1012 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_QIT60101_Actie1Instelling" 4:1524 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_QIT60101_Actie2Instelling" 4:1526 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_QIT60101_Actie3Instelling" 4:1528 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_QIT60101_Actie4Instelling" 4:1530 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing grenswaarde voor actie van SCADA
CP_GV1 "PLC3_PIT51302_StatBed" 4:1014 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC3_Webbrowser_Accept" 4:504 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Webbrowser_Reset" 4:505 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_AlgStor_AcofTijd" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67301_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_XV67301_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_XV67301_StatBedr" 4:1154 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_FlowSwitch_Meld" 4:1155 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_LAH67301_BedWrd" 4:656 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC3_LAH67301_PriWrd" 4:756 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV1 "PLC3_LAH67301_OndWrd" 4:856 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC3_LAH67301_AcofTijd" 4:956 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC3_LAH67301_StaWrd" 4:1156 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC3_LAH67301_AlwPri" 4:1256 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC3_LAH67301_AlwSec" 4:1356 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC3_LAH67301_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LAH67301_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Enable_FlowSim" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Enable_MeldInSim" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P501_CmdIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P501_CmdUit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P502_CmdIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P502_CmdUit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P503_CmdIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_P503_CmdUit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIC51303_MeetwMax" 4:1440 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Max meetwaarde naar SCADA
CP_GV1 "PLC3_PIC51303_MeetwMin" 4:1442 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Min meetwaarde naar SCADA
CP_GV2 "PLC3_XCoor_Inst" IntArr30 INIT: TRUE ... EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
...INI [0,100,200,300,400,500,600,700,800,900,1000,1100,1200,1300,1400,1500,1600,1700,1800,1900,2000]
CP_GV2 "PLC3_Schakelp_Leidingk_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_WebBrowser_Storing2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Leidingbreuk_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Hulpprocessen_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_WebBrowser_Stor1" 4:500 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_WebBrowser_Stor2" 4:501 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_WebBrowser_Stor3" 4:502 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_WebBrowser_Stor4" 4:503 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_VK1_P501" 0:1018 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_VK1_P502" 0:1019 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_VK1_P503" 0:1020 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_VK2_P501" 0:1026 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_VK2_P502" 0:1027 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_VK2_P503" 0:1028 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_VK3_P501" 0:1034 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_VK3_P502" 0:1035 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_VK3_P503" 0:1036 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_TCP_P501In" 0:1000 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_TCP_P502In" 0:1001 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_TCP_P503In" 0:1002 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_TCP_P501Storing" 0:1008 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_TCP_P502Storing" 0:1009 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_TCP_P503Storing" 0:1010 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P502_ResP501" 0:1089 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P502_ResP503" 0:1090 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P503_ResP501" 0:1096 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_P503_ResP502" 0:1097 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Storing_WovPompkelder" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LS500_WovPompkelder" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Webbrowser_KeuzeRegelaar" 4:512 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Webbrowser keuze regelaar 0=software regelaar 1=hardware reg
CP_GV2 "PLC3_PIC513_CmdSWregelaar" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIC513_CmdHWregelaar" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_RWK_TotaleVoorraad" 4:1482 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Totale voorraad reinwaterkelders naar SCADA
CP_GV2 "PLC3_LIT60101_Par" Para_SCALING INIT: TRUE ... EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Parameters t.b.v. schalering inhoud reinwaterkelders
...INI (in_max := 3.0,out_max := 4475.0)
CP_GV2 "PLC3_PIC513_Auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIC513_Volgw" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Webbrowser_Setpoint_Act" 4:507 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIC513_AlwPriTemp" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PIC513_AlwSecTemp" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_RWK_Beschikbaar" 4:657 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA Beschikbare reinwaterkelder(s) 
CP_GV2 "PLC3_RWK1_beschikbaar" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Reinwaterkelder 1 beschikbaar
CP_GV2 "PLC3_RWK2_beschikbaar" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Reinwaterkelder 2 beschikbaar
CP_GV2 "PLC3_RWK3_beschikbaar" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Reinwaterkelder 3 beschikbaar
CP_GV2 "Simulatie_actief" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC4_Netwachters_In" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "TimeOut_Communicatie_Ethernet" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Webbrowser_Setpoint" 4:513 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_PIT51303_StatBedr" 4:1115 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC3_XV67302_Open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_Webbrowser_ActRegelaar" 4:514 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Webbrowser actieve keuze regelaar 0=software regelaar 1=hard
CP_GV2 "PLC3_Status_RWP_Changed" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Wijziging status reinwaterpompen naar SCADA
CP_GV2 "PLC3_Status_RWP_ChangeAccepted" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Wijziging status reinwaterpompen geaccepteerd van SCADA
CP_GV2 "PLC3_Drukketels_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_Warme_Start" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_RWP_Status" 4:1844 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Status reinwaterpompen naar SCADA
CP_GV2 "V67502_Storing1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "V67502_Storing2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "V67501_Storing1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "V67501_Storing2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_PLC_Batterij" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC3_CommReal1_naar_PLC1" 4:7101 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie naar PLC 1
CP_GV2 "PLC3_Scada_ResetRappAck" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC4_TrafoRail1_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Vrijgave trafobedrijf Rail 1
CP_GV2 "PLC4_TrafoRail2_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Vrijgave trafobedrijf Rail 2
CP_GV2 "PLC4_GeneratorRail1_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Vrijgave generatorbedrijf Rail 1
CP_GV2 "PLC4_GeneratorRail2_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Vrijgave generatorbedrijf Rail 2
CP_GV1 "PLC3_CommInt1_van_PLC4" 4:6451 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie van PLC 4
CP_GV2 "PLC4_Sync_StatBed" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Status synchronisatiebesturing 1=25%, 2=50%, 3=75%, 4=100%
CP_GV1 "PLC3_Matrix_PmpStap4" 4:1731 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling Pomp 4 matrix
CP_GV2 "PLC3_RWK1_Voorraad" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Rangeren" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 33 EXEC: 1 TEXT:
CP__ST  
CP__ST (* INGANGEN *)
CP__ST  
CP__ST (* P501 *)
CP__ST PLC3_P501_LadeIn_ParTyp := PLC3_P501_LadeIn;
CP__ST PLC3_P501_LadeSt_ParTyp := PLC3_P501_LadeSt;
CP__ST PLC3_P501_MeldIn := PLC3_P501_InBedFO;
CP__ST PLC3_P501_VerzSt_ParTyp := PLC3_P501_VerzSt;
CP__ST PLC3_P501_HWBlok_ParTyp := PLC3_P501_HWBlok;
CP__ST PLC3_P501_WensAuto_ParTyp := PLC3_P501_WensAuto;  
CP__ST PLC3_P501_LiveZero_ParTyp := PLC3_P501_LiveZero;  
CP__ST PLC3_P501_MeldFlow := PLC3_FS501_Lflow;
CP__ST PLC3_P501_MtrAuto_ParTyp := PLC3_P501_MtrAuto;
CP__ST  
CP__ST (* P502 *)
CP__ST PLC3_P502_LadeIn_ParTyp := PLC3_P502_LadeIn;
CP__ST PLC3_P502_LadeSt_ParTyp := PLC3_P502_LadeSt;
CP__ST PLC3_P502_MeldIn := PLC3_P502_InBedFO;
CP__ST PLC3_P502_VerzSt_ParTyp := PLC3_P502_VerzSt;
CP__ST PLC3_P502_HWBlok_ParTyp := PLC3_P502_HWBlok;
CP__ST PLC3_P502_WensAuto_ParTyp := PLC3_P502_WensAuto;  
CP__ST PLC3_P502_LiveZero_ParTyp := PLC3_P502_LiveZero;  
CP__ST PLC3_P502_MeldFlow := PLC3_FS502_Lflow;
CP__ST PLC3_P502_MtrAuto_ParTyp := PLC3_P502_MtrAuto;
CP__ST  
CP__ST (* P503 *)
CP__ST PLC3_P503_LadeIn_ParTyp := PLC3_P503_LadeIn;
CP__ST PLC3_P503_LadeSt_ParTyp := PLC3_P503_LadeSt;
CP__ST PLC3_P503_MeldIn := PLC3_P503_InBedFO;
CP__ST PLC3_P503_VerzSt_ParTyp := PLC3_P503_VerzSt;
CP__ST PLC3_P503_HWBlok_ParTyp := PLC3_P503_HWBlok;
CP__ST PLC3_P503_WensAuto_ParTyp := PLC3_P503_WensAuto; 
CP__ST PLC3_P503_LiveZero_ParTyp := PLC3_P503_LiveZero;  
CP__ST PLC3_P503_MeldFlow := PLC3_FS503_Lflow;
CP__ST PLC3_P503_MtrAuto_ParTyp := PLC3_P503_MtrAuto;
CP__ST  
CP__ST (* XV-510-01/XV-510-02/XV-511-01/XV-511-02 *)
CP__ST (* XV-512/XV-513-01/XV-513-02 *)
CP__ST (* XV-671-01/XV-671-02/XV-673-02 *)
CP__ST (* XV-601-01/02/03 *)
CP__ST PLC3_XV51001_MeldO := PLC3_XV51001_EindstO; 
CP__ST PLC3_XV51001_MeldD := PLC3_XV51001_EindstD;
CP__ST PLC3_XV51002_MeldO := PLC3_XV51002_EindstO; 
CP__ST PLC3_XV51002_MeldD := PLC3_XV51002_EindstD;
CP__ST  
CP__ST PLC3_XV51101_MeldO := PLC3_XV51101_EindstO; 
CP__ST PLC3_XV51101_MeldD := PLC3_XV51101_EindstD;
CP__ST PLC3_XV51102_MeldO := PLC3_XV51102_EindstO; 
CP__ST PLC3_XV51102_MeldD := PLC3_XV51102_EindstD;
CP__ST  
CP__ST PLC3_XV512_MeldO := PLC3_XV512_EindstO; 
CP__ST PLC3_XV512_MeldD := PLC3_XV512_EindstD;
CP__ST  
CP__ST PLC3_XV51301_MeldO := PLC3_XV51301_EindstO; 
CP__ST PLC3_XV51301_MeldD := PLC3_XV51301_EindstD;
CP__ST PLC3_XV51302_MeldO := PLC3_XV51302_EindstO; 
CP__ST PLC3_XV51302_MeldD := PLC3_XV51302_EindstD;
CP__ST  
CP__ST PLC3_XV67101_MeldO := PLC3_XV67101_EindstO; 
CP__ST PLC3_XV67101_MeldD := PLC3_XV67101_EindstD;
CP__ST PLC3_XV67102_MeldO := PLC3_XV67102_EindstO; 
CP__ST PLC3_XV67102_MeldD := PLC3_XV67102_EindstD;
CP__ST  
CP__ST PLC3_XV67301_MeldO := PLC3_XV67301_EindstO; 
CP__ST PLC3_XV67301_MeldD := PLC3_XV67301_EindstD;
CP__ST PLC3_XV67302_MeldO := PLC3_XV67302_EindstO; 
CP__ST PLC3_XV67302_MeldD := PLC3_XV67302_EindstD;
CP__ST  
CP__ST PLC3_XV60101_MeldO := PLC3_XV60101_EindstO; 
CP__ST PLC3_XV60101_MeldD := PLC3_XV60101_EindstD;
CP__ST PLC3_XV60102_MeldO := PLC3_XV60102_EindstO; 
CP__ST PLC3_XV60102_MeldD := PLC3_XV60102_EindstD;
CP__ST PLC3_XV60103_MeldO := PLC3_XV60103_EindstO; 
CP__ST PLC3_XV60103_MeldD := PLC3_XV60103_EindstD;
CP__ST  
CP__ST (* FITS-513-01/FITS-513-02 *)
CP__ST PLC3_FITS51301_Pls_ParTyp := PLC3_FITS51301_Pls;
CP__ST PLC3_FITS51302_Pls_ParTyp := PLC3_FITS51302_Pls;
CP__ST  
CP__ST (* Diverse signalen *)
CP__ST PLC3_PIC51303_storing_ParTyp := PLC3_PIC51303_storing;
CP__ST  
CP__ST PLC3_LAH60101_H_ParTyp := PLC3_LAH60101_H;
CP__ST PLC3_LAL60102_L_ParTyp := PLC3_LAL60102_L;
CP__ST PLC3_LAH67101_H_ParTyp := PLC3_LAH67101_H;
CP__ST PLC3_LAL67102_L_ParTyp := PLC3_LAL67102_L;
CP__ST PLC3_LAH67301_H_ParTyp := PLC3_LAH67301_H;
CP__ST PLC3_LAL67302_L_ParTyp := PLC3_LAL67302_L;
CP__ST  
CP__ST PLC3_LAH50001_H_ParTyp := PLC3_LAH50001_H;
CP__ST PLC3_LAL50002_L_ParTyp := PLC3_LAL50002_L;
CP__ST PLC3_LA651_H_ParTyp := PLC3_LA651_H;
CP__ST PLC3_LA652_H_ParTyp := PLC3_LA652_H;
CP__ST  
CP__ST PLC3_BK03_NAuto_ParTyp := PLC3_BK03_NAuto;
CP__ST PLC3_BK03_Storing24v_ParTyp := PLC3_BK03_Storing24v;
CP__ST PLC3_BK03_Storing230v_ParTyp := PLC3_BK03_Storing230v;
CP__ST  
CP__ST PLC3_AK01_NAuto_ParTYp := PLC3_AK01_NAuto;
CP__ST PLC3_AK02_NAuto_ParTYp := PLC3_AK02_NAuto;
CP__ST  
CP__ST PLC3_V67501_HfdstrAanw_ParTyp := PLC3_V67501_HfdstrAanw;
CP__ST PLC3_V67501_StoringAlg_ParTyp := PLC3_V67501_StoringAlg;
CP__ST PLC3_V67502_HfdstrAanw_ParTyp := PLC3_V67502_HfdstrAanw;
CP__ST PLC3_V67502_StoringAlg_ParTyp := PLC3_V67502_StoringAlg;
CP__ST PLC3_BK675_StoringAlg_ParTyp := PLC3_BK675_StoringAlg;
CP__ST PLC3_PA67601_Alarm_ParTyp := PLC3_PA67601_Alarm;
CP__ST  
CP__ST (*PLC3_V97001_PrimAlm_ParTyp := NOT PLC3_V97001_PrimAlm;
CP__ST PLC3_V97001_SecAlm_ParTyp := PLC3_V97001_SecAlm;*)
CP__ST  
CP__ST  
CP_SEC "Algemeen" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 24 EXEC: 2 TEXT: 
CP_COM LEFT: 229 RIGHT: 247 TOP: 2 BOT: 5 TEXT:
...TXF ********************************************
...TXT Statuswoord van SCADA
...TXT ********************************************
CP_COM LEFT: 2 RIGHT: 20 TOP: 2 BOT: 5 TEXT:
...TXF ********************************************
...TXT Analoge signalen in- en uitlezen
...TXT ********************************************
CP_COM LEFT: 152 RIGHT: 170 TOP: 2 BOT: 9 TEXT:
...TXF ********************************************
...TXT Algemene storingen diverse kasten
...TXT 
...TXT AK01: afsluiterkast bij pompenkelder
...TXT AK02: bedieningskast drukketel 001
...TXT BK03: opslag en distributie
...TXT ********************************************
CP_COM LEFT: 4 RIGHT: 7 TOP: 103 BOT: 106 TEXT: *******
...TXT Klok
...TXT *******
CP_COM LEFT: 4 RIGHT: 12 TOP: 122 BOT: 125 TEXT: *******************
...TXT PLC statussen
...TXT *******************
CP_COM LEFT: 41 RIGHT: 55 TOP: 103 BOT: 106 TEXT:
...TXF **********************************
...TXT seconde puls 1 cyclus actief
...TXT **********************************
CP_COM LEFT: 79 RIGHT: 89 TOP: 2 BOT: 5 TEXT: ************************
...TXT Draadbreukdetectie
...TXT ************************
CP_COM LEFT: 227 RIGHT: 245 TOP: 65 BOT: 69 TEXT:
...TXF ********************************************
...TXT Indien leidingbreuk geen voorkeuze 
...TXT mogelijk, distributie wordt blokkeerd
...TXT ********************************************
CP_COM LEFT: 5 RIGHT: 31 TOP: 171 BOT: 180 TEXT:
...TXF ****************************************************************
...TXT Opstart: vertr. tijden 
...TXT 
...TXT Herstart: tbv accept/reset
...TXT Vrijgave: tbv analoge metingen en naar andere PLC's
...TXT VrijKetels: tbv grenswaardemelders
...TXT VrijPompen: tbv matrix pompen
...TXT Hulpprocessen : tbv voeding package unit
...TXT ****************************************************************
CP_COM LEFT: 270 RIGHT: 288 TOP: 2 BOT: 5 TEXT:
...TXF ********************************************
...TXT Statuswoord naar SCADA
...TXT ********************************************
CP_COM LEFT: 77 RIGHT: 95 TOP: 103 BOT: 106 TEXT:
...TXF ********************************************
...TXT Accept/reset
...TXT ********************************************
CP_COM LEFT: 233 RIGHT: 251 TOP: 103 BOT: 107 TEXT:
...TXF ********************************************
...TXT Leidingkarakteristiek/Constante druk
...TXT SCADA/Webbrowser
...TXT ********************************************
CP_COM LEFT: 41 RIGHT: 52 TOP: 171 BOT: 174 TEXT: ****************************
...TXT Watchdog regelaar(s) 
...TXT ****************************
CP_COM LEFT: 229 RIGHT: 247 TOP: 37 BOT: 40 TEXT:
...TXF ********************************************
...TXT Status reinwaterpompen naar SCADA
...TXT ********************************************
CP_COM LEFT: 190 RIGHT: 208 TOP: 2 BOT: 8 TEXT:
...TXF ********************************************
...TXT Algemene storingen PLC
...TXT 
...TXT - PLC batterij laag
...TXT - Leidingbreuk
...TXT ********************************************
CP_FBI "WORD_TO_BIT" 239 7 CODID: 1 NAME: "FBI_24_1" TEXT:
CP_FBI "QUANTUM" 6 6 CODID: 2 NAME: "FBI_24_2" TEXT:
CP_DBI "OPSTART" 16 183 CODID: 13 NAME: "FBI_24_18" TEXT:
CP_FBI "ACI040" 30 6 CODID: 3 NAME: "FBI_24_4" TEXT:
CP_DBI "PLC_KLOK" 13 107 CODID: 4 NAME: "FBI_24_5" TEXT:
CP_DBI "DFB_DIGA" 175 10 CODID: 14 NAME: "FBI_24_19" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/21
CP_FBI "PLCSTAT" 10 128 CODID: 5 NAME: "FBI_24_7" TEXT:
CP_FBI "SYSSTATE" 11 136 CODID: 6 NAME: "FBI_24_8" TEXT:
CP_DBI "DFB_DIGA" 168 70 CODID: 15 NAME: "FBI_24_21" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/19,FBIPH_INPUT/20,FBIPH_INPUT/21
CP_FBI "ACI040" 30 28 CODID: 16 NAME: "FBI_24_22" TEXT:
CP_FBI "R_TRIG" 45 108 CODID: 7 NAME: "FBI_24_11" TEXT:
CP_DBI "DRDBRK16" 93 5 CODID: 8 NAME: "FBI_24_12" TEXT:
CP_DBI "DRDBRK16" 93 27 CODID: 17 NAME: "FBI_24_23" TEXT:
CP_FBI "AND_BOOL" 243 70 CODID: 9 NAME: ".24.14" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 243 76 CODID: 10 NAME: ".24.15" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 243 82 CODID: 11 NAME: ".24.16" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 243 88 CODID: 12 NAME: ".24.17" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_DBI "DFB_DIGA" 168 40 CODID: 18 NAME: "FBI_24_24" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/21
CP_FBI "BIT_TO_WORD" 278 7 CODID: 19 NAME: ".24.25" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/17
CP_FBI "OR_BOOL" 125 109 CODID: 22 NAME: ".24.26" DRAW: 2 TEXT:
CP_FBI "OR_BOOL" 125 119 CODID: 25 NAME: ".24.27" DRAW: 2 TEXT:
CP_FBI "ACO130" 30 50 CODID: 27 NAME: "FBI_24_30" TEXT:
CP_FBI "R_TRIG" 18 146 CODID: 26 NAME: "FBI_24_29" TEXT:
CP_FBI "EQ_INT" 247 118 CODID: 28 NAME: ".24.31" TEXT:
CP_FBI "EQ_INT" 247 110 CODID: 29 NAME: ".24.32" TEXT:
CP_FBI "SEL" 269 109 CODID: 30 NAME: ".24.34" ANY: IEC_BOOL_ID TEXT:
CP_FBI "SEL" 269 117 CODID: 31 NAME: ".24.35" ANY: IEC_BOOL_ID TEXT:
CP_FBI "AND_BOOL" 263 134 CODID: 32 NAME: ".24.39" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3
CP_FBI "SEL" 279 134 CODID: 35 NAME: ".24.40" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 265 144 CODID: 34 NAME: ".24.41" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 247 144 CODID: 33 NAME: ".24.42" ANY: IEC_INT_ID TEXT:
CP_DBI "PULSPAUZ" 52 178 CODID: 36 NAME: "FBI_24_43" TEXT:
CP_FBI "TOF" 104 111 CODID: 21 NAME: "FBI_24_44" TEXT:
CP_FBI "EQ_INT" 92 111 CODID: 20 NAME: ".24.45" TEXT:
CP_FBI "EQ_INT" 92 121 CODID: 23 NAME: ".24.46" TEXT:
CP_FBI "TOF" 104 121 CODID: 24 NAME: "FBI_24_47" TEXT:
CP_DBI "DFB_DIGA" 203 10 CODID: 37 NAME: "FBI_24_48" TEXT:
CP_FBI "R_TRIG" 18 152 CODID: 38 NAME: "FBI_24_49" TEXT:
CP_FBI "BIT_TO_WORD" 239 42 CODID: 39 NAME: ".24.50" TEXT:
CP_FBI "WORD_TO_BIT" 51 128 CODID: 40 NAME: "FBI_24_51" TEXT:
CP_FBI "TP" 242 29 CODID: 41 NAME: "FBI_24_53" TEXT:
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 234 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Scada_LeidingK_Keuze" 234 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 234 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Scada_CDruk_Keuze" 234 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 234 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Scada_LeidingK_Start" 234 86 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 234 91 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Scada_CDruk_Start" 234 92 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LeidingK_Keuze" 252 73 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_CDruk_Keuze" 252 79 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LeidingK_StartScada" 252 85 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_CDruk_StartScada" 252 91 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Toeren" 39 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Stroom" 39 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_Toeren" 39 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_Stroom" 39 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_AnaloogIn" 39 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_AnaloogIn" 39 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_Toeren" 39 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_Stroom" 39 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_AnaloogIn" 39 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_AnaloogIn" 39 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_AnaloogIn" 39 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_AnaloogIn" 39 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_AnaloogIn" 39 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Dagnr" 4 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Uur" 4 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Minuut" 4 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Stat_DagTijd" 24 113 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Stat_Weekdag" 24 114 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_SecPuls" 24 115 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_KnipperPuls" 24 116 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_SecPuls" 36 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_SecPuls_1cyclus" 52 111 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Error" 19 141 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Herstart" 26 187 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Vrijgave" 26 188 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijKetels" 26 189 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 26 190 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 166 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 166 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK02_BedWrd" 159 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK02_PriWrd" 159 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK02_OndWrd" 159 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK02_AcofTijd" 159 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 159 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 159 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK02_StaWrd" 179 43 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_AK02_AlwPri" 179 44 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_AK02_AlwSec" 179 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_AK01_BedWrd" 166 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK01_PriWrd" 166 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK01_OndWrd" 166 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK01_AcofTijd" 166 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK01_StaWrd" 186 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_AK01_AlwPri" 186 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_AK01_AlwSec" 186 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_BK03_BedWrd" 159 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK03_PriWrd" 159 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK03_OndWrd" 159 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK03_AcofTijd" 159 94 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 159 95 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 159 96 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK03_StaWrd" 179 73 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_BK03_AlwPri" 179 74 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_BK03_AlwSec" 179 75 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Stat_AnaloogIn_Slot5" 84 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Stat_AnaloogIn_Slot6" 84 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK02_NAuto_ParTyp" 159 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK03_Storing230v_ParTyp" 159 92 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK03_Storing24v_ParTyp" 159 91 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK03_NAuto_ParTyp" 159 90 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Hulpprocessen" 26 191 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Scada_Bemand" 269 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_AnaloogIn" 39 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Herstart" 116 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Scada_Accept" 116 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 133 112 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Herstart" 116 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 133 122 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Scada_Reset" 116 123 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Koude_Start" 25 149 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_ColdStart" 9 149 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_MeldDrbr" 104 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_MeldDrbr" 104 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_MeldDrbr" 104 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_MeldDrbr" 104 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_MeldDrbr" 104 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_MeldDrbr" 104 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_MeldDrbr" 104 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_MeldDrbr" 104 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_MeldDrbr" 104 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_KeuzeModel" 238 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_KeuzeModel" 238 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ProdScada" 260 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ProdScada" 260 120 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CDruk_StartScada" 260 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CDruk_Start" 276 121 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LeidingK_StartScada" 260 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LeidingK_Start" 276 113 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LeidingK_Start" 254 137 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CDruk_Start" 254 138 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ModelStat" 286 138 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_CDruk_Start" 256 147 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LeidingK_Start" 238 147 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ModelStat" 238 148 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CDruk_Start" 269 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LeidingK_Start" 269 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LeidingK_Keuze" 269 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CDruk_Keuze" 269 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_AnalogIn" 39 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_BK03_Watchdog" 62 181 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Vrijgave" 43 181 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Regelsign" 39 54 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_Accept" 83 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_Reset" 83 124 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 194 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 194 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 194 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Klok" 4 110 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Klok" 24 110 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Klokset" 4 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Klokset" 24 111 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_AnaloogIn" 39 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC4_Netwachters_In" 116 125 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_Netwachters_In" 116 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ProdScada" 269 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Status_RWP_Changed" 269 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Status_RWP_ChangeAccepted" 249 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Scada_VrijgaveLeidingbreuk" 249 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Scada_ResetRapp" 249 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Scada_LeidingK_Keuze" 249 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Scada_CDruk_Keuze" 249 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Scada_LeidingK_Start" 249 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Scada_CDruk_Start" 249 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Scada_Reset" 249 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Scada_Accept" 249 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Status_van_Scada" 230 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Status_naar_Scada" 288 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_ColdStart" 19 139 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_HotStart" 19 140 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_HotStart" 9 155 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Warme_Start" 25 155 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_RWP_Status" 249 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_MeldIn" 230 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_MeldIn" 230 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_MeldIn" 230 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PLC_Status" 25 131 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_RIO_Status" 25 132 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_DIO_Status" 25 133 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PLC_Status.word1" 42 131 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "PLC3_PLC_Batterij" 61 135 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PLC_Batterij" 159 88 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlgStor_AcofTijd" 194 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlgStor_AlwPri" 214 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Scada_ResetRapp" 233 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Scada_ResetRappAck" 249 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Scada_ResetRappAck" 269 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK01_NAuto_ParTyp" 166 32 FP_IO_OUTPUT
CP_CON 1 131 IEC_BOOL_ID 1
CP_CON 1 132 IEC_BOOL_ID 1
CP_CON 1 133 IEC_BOOL_ID 0
CP_CON 7 186 IEC_BOOL_ID 1
CP_CON 7 187 IEC_INT_ID 2
CP_CON 7 188 IEC_INT_ID 1
CP_CON 7 189 IEC_INT_ID 1
CP_CON 7 190 IEC_INT_ID 5
CP_CON 238 114 IEC_INT_ID 0
CP_CON 238 122 IEC_INT_ID 1
CP_CON 270 139 IEC_INT_ID 2
CP_CON 256 149 IEC_INT_ID 1
CP_CON 238 149 IEC_INT_ID 0
CP_CON 43 183 IEC_INT_ID 1
CP_CON 43 184 IEC_INT_ID 1
CP_CON 95 115 IEC_TIME_ID t#1s
CP_CON 83 115 IEC_INT_ID 1
CP_CON 83 125 IEC_INT_ID 1
CP_CON 95 125 IEC_TIME_ID t#1s
CP_CON 7 191 IEC_INT_ID 5
CP_CON 233 33 IEC_TIME_ID t#2s
CP_LNK FBI: 6 6 6 FBI: 30 6 2 GRA: 14/14,25/14,25/10,30/10
CP_LNK CON: 1 131 FBI: 10 128 2 GRA: 10/132,10/132
CP_LNK CON: 1 132 FBI: 10 128 3 GRA: 10/133,10/133
CP_LNK CON: 1 133 FBI: 10 128 4 GRA: 10/134,10/134
CP_LNK CON: 7 186 FBI: 16 183 2 GRA: 16/187,16/187
CP_LNK CON: 7 187 FBI: 16 183 3 GRA: 16/188,16/188
CP_LNK CON: 7 188 FBI: 16 183 4 GRA: 16/189,16/189
CP_LNK CON: 7 189 FBI: 16 183 5 GRA: 16/190,16/190
CP_LNK CON: 7 190 FBI: 16 183 6 GRA: 16/191,16/191
CP_LNK GVI: 234 73 FBI: 243 70 2 GRA: 243/74,243/74
CP_LNK GVI: 234 74 FBI: 243 70 3 GRA: 243/75,243/75
CP_LNK GVI: 234 79 FBI: 243 76 2 GRA: 243/80,243/80
CP_LNK GVI: 234 80 FBI: 243 76 3 GRA: 243/81,243/81
CP_LNK GVI: 234 85 FBI: 243 82 2 GRA: 243/86,243/86
CP_LNK GVI: 234 86 FBI: 243 82 3 GRA: 243/87,243/87
CP_LNK GVI: 234 91 FBI: 243 88 2 GRA: 243/92,243/92
CP_LNK GVI: 234 92 FBI: 243 88 3 GRA: 243/93,243/93
CP_LNK FBI: 243 70 2 GVI: 252 73 GRA: 252/74,252/74
CP_LNK FBI: 243 76 2 GVI: 252 79 GRA: 252/80,252/80
CP_LNK FBI: 243 82 2 GVI: 252 85 GRA: 252/86,252/86
CP_LNK FBI: 243 88 2 GVI: 252 91 GRA: 252/92,252/92
CP_LNK FBI: 6 6 7 FBI: 30 28 2 GRA: 14/15,25/15,25/32,30/32
CP_LNK FBI: 30 6 3 GVI: 39 10 GRA: 39/11,39/11
CP_LNK FBI: 30 6 4 GVI: 39 11 GRA: 39/12,39/12
CP_LNK FBI: 30 6 5 GVI: 39 12 GRA: 39/13,39/13
CP_LNK FBI: 30 6 6 GVI: 39 13 GRA: 39/14,39/14
CP_LNK FBI: 30 6 7 GVI: 39 14 GRA: 39/15,39/15
CP_LNK FBI: 30 6 8 GVI: 39 15 GRA: 39/16,39/16
CP_LNK FBI: 30 28 3 GVI: 39 32 GRA: 39/33,39/33
CP_LNK FBI: 30 28 4 GVI: 39 33 GRA: 39/34,39/34
CP_LNK FBI: 30 28 7 GVI: 39 36 GRA: 39/37,39/37
CP_LNK FBI: 30 28 8 GVI: 39 37 GRA: 39/38,39/38
CP_LNK FBI: 30 28 9 GVI: 39 38 GRA: 39/39,39/39
CP_LNK FBI: 30 6 10 GVI: 39 17 GRA: 39/18,39/18
CP_LNK FBI: 30 6 9 GVI: 39 16 GRA: 39/17,39/17
CP_LNK GVI: 4 112 FBI: 13 107 4 GRA: 13/113,13/113
CP_LNK GVI: 4 113 FBI: 13 107 5 GRA: 13/114,13/114
CP_LNK GVI: 4 114 FBI: 13 107 6 GRA: 13/115,13/115
CP_LNK FBI: 13 107 5 GVI: 24 113 GRA: 24/114,24/114
CP_LNK FBI: 13 107 6 GVI: 24 114 GRA: 24/115,24/115
CP_LNK FBI: 13 107 7 GVI: 24 115 GRA: 24/116,24/116
CP_LNK FBI: 13 107 8 GVI: 24 116 GRA: 24/117,24/117
CP_LNK GVI: 36 111 FBI: 45 108 2 GRA: 45/112,45/112
CP_LNK FBI: 45 108 2 GVI: 52 111 GRA: 52/112,52/112
CP_LNK FBI: 11 136 4 GVI: 19 141 GRA: 19/142,19/142
CP_LNK FBI: 16 183 3 GVI: 26 187 GRA: 26/188,26/188
CP_LNK FBI: 16 183 4 GVI: 26 188 GRA: 26/189,26/189
CP_LNK FBI: 16 183 5 GVI: 26 189 GRA: 26/190,26/190
CP_LNK FBI: 16 183 6 GVI: 26 190 GRA: 26/191,26/191
CP_LNK GVI: 166 35 FBI: 175 10 24 GRA: 175/36,175/36
CP_LNK GVI: 166 36 FBI: 175 10 25 GRA: 175/37,175/37
CP_LNK GVI: 159 43 FBI: 168 40 2 GRA: 168/44,168/44
CP_LNK GVI: 159 44 FBI: 168 40 3 GRA: 168/45,168/45
CP_LNK GVI: 159 45 FBI: 168 40 4 GRA: 168/46,168/46
CP_LNK GVI: 159 64 FBI: 168 40 23 GRA: 168/65,168/65
CP_LNK GVI: 159 65 FBI: 168 40 24 GRA: 168/66,168/66
CP_LNK GVI: 159 66 FBI: 168 40 25 GRA: 168/67,168/67
CP_LNK FBI: 168 40 2 GVI: 179 43 GRA: 179/44,179/44
CP_LNK FBI: 168 40 3 GVI: 179 44 GRA: 179/45,179/45
CP_LNK FBI: 168 40 4 GVI: 179 45 GRA: 179/46,179/46
CP_LNK GVI: 166 13 FBI: 175 10 2 GRA: 175/14,175/14
CP_LNK GVI: 166 14 FBI: 175 10 3 GRA: 175/15,175/15
CP_LNK GVI: 166 15 FBI: 175 10 4 GRA: 175/16,175/16
CP_LNK GVI: 166 34 FBI: 175 10 23 GRA: 175/35,175/35
CP_LNK FBI: 175 10 2 GVI: 186 13 GRA: 186/14,186/14
CP_LNK FBI: 175 10 3 GVI: 186 14 GRA: 186/15,186/15
CP_LNK FBI: 175 10 4 GVI: 186 15 GRA: 186/16,186/16
CP_LNK GVI: 159 73 FBI: 168 70 2 GRA: 168/74,168/74
CP_LNK GVI: 159 74 FBI: 168 70 3 GRA: 168/75,168/75
CP_LNK GVI: 159 75 FBI: 168 70 4 GRA: 168/76,168/76
CP_LNK GVI: 159 94 FBI: 168 70 23 GRA: 168/95,168/95
CP_LNK GVI: 159 95 FBI: 168 70 24 GRA: 168/96,168/96
CP_LNK GVI: 159 96 FBI: 168 70 25 GRA: 168/97,168/97
CP_LNK FBI: 168 70 2 GVI: 179 73 GRA: 179/74,179/74
CP_LNK FBI: 168 70 3 GVI: 179 74 GRA: 179/75,179/75
CP_LNK FBI: 168 70 4 GVI: 179 75 GRA: 179/76,179/76
CP_LNK GVI: 84 8 FBI: 93 5 2 GRA: 93/9,93/9
CP_LNK GVI: 84 30 FBI: 93 27 2 GRA: 93/31,93/31
CP_LNK GVI: 159 62 FBI: 168 40 21 GRA: 168/63,168/63
CP_LNK GVI: 159 92 FBI: 168 70 21 GRA: 168/93,168/93
CP_LNK GVI: 159 91 FBI: 168 70 20 GRA: 168/92,168/92
CP_LNK GVI: 159 90 FBI: 168 70 19 GRA: 168/91,168/91
CP_LNK FBI: 16 183 7 GVI: 26 191 GRA: 26/192,26/192
CP_LNK GVI: 269 10 FBI: 278 7 2 GRA: 278/11,278/11
CP_LNK FBI: 30 28 6 GVI: 39 35 GRA: 39/36,39/36
CP_LNK GVI: 116 112 FBI: 125 109 2 GRA: 125/113,125/113
CP_LNK GVI: 116 113 FBI: 125 109 3 GRA: 125/114,125/114
CP_LNK FBI: 125 109 2 GVI: 133 112 GRA: 133/113,133/113
CP_LNK GVI: 116 122 FBI: 125 119 2 GRA: 125/123,125/123
CP_LNK FBI: 125 119 2 GVI: 133 122 GRA: 133/123,133/123
CP_LNK GVI: 116 123 FBI: 125 119 3 GRA: 125/124,125/124
CP_LNK FBI: 18 146 2 GVI: 25 149 GRA: 25/150,25/150
CP_LNK GVI: 9 149 FBI: 18 146 2 GRA: 18/150,18/150
CP_LNK FBI: 6 6 8 FBI: 30 50 2 GRA: 14/16,23/16,23/54,30/54
CP_LNK FBI: 93 5 8 GVI: 104 14 GRA: 104/15,104/15
CP_LNK FBI: 93 5 9 GVI: 104 15 GRA: 104/16,104/16
CP_LNK FBI: 93 5 7 GVI: 104 13 GRA: 104/14,104/14
CP_LNK FBI: 93 5 6 GVI: 104 12 GRA: 104/13,104/13
CP_LNK FBI: 93 27 5 GVI: 104 33 GRA: 104/34,104/34
CP_LNK FBI: 93 27 6 GVI: 104 34 GRA: 104/35,104/35
CP_LNK FBI: 93 27 7 GVI: 104 35 GRA: 104/36,104/36
CP_LNK FBI: 93 27 8 GVI: 104 36 GRA: 104/37,104/37
CP_LNK FBI: 93 27 9 GVI: 104 37 GRA: 104/38,104/38
CP_LNK GVI: 238 113 FBI: 247 110 2 GRA: 247/114,247/114
CP_LNK GVI: 238 121 FBI: 247 118 2 GRA: 247/122,247/122
CP_LNK CON: 238 114 FBI: 247 110 3 GRA: 247/115,247/115
CP_LNK CON: 238 122 FBI: 247 118 3 GRA: 247/123,247/123
CP_LNK FBI: 247 110 2 FBI: 269 109 3 GRA: 254/114,269/114
CP_LNK FBI: 247 118 2 FBI: 269 117 3 GRA: 254/122,269/122
CP_LNK GVI: 260 112 FBI: 269 109 2 GRA: 269/113,269/113
CP_LNK GVI: 260 120 FBI: 269 117 2 GRA: 269/121,269/121
CP_LNK GVI: 260 122 FBI: 269 117 4 GRA: 269/123,269/123
CP_LNK FBI: 269 117 3 GVI: 276 121 GRA: 276/122,276/122
CP_LNK GVI: 260 114 FBI: 269 109 4 GRA: 269/115,269/115
CP_LNK FBI: 269 109 3 GVI: 276 113 GRA: 276/114,276/114
CP_LNK GVI: 254 137 FBI: 263 134 2 GRA: 263/138,263/138
CP_LNK GVI: 254 138 FBI: 263 134 3 GRA: 263/139,263/139
CP_LNK FBI: 279 134 3 GVI: 286 138 GRA: 286/139,286/139
CP_LNK FBI: 263 134 2 FBI: 279 134 2 GRA: 272/138,279/138
CP_LNK CON: 270 139 FBI: 279 134 4 GRA: 279/140,279/140
CP_LNK GVI: 256 147 FBI: 265 144 2 GRA: 265/148,265/148
CP_LNK CON: 256 149 FBI: 265 144 4 GRA: 265/150,265/150
CP_LNK FBI: 265 144 3 FBI: 279 134 3 GRA: 272/149,275/149,275/139,279/139
CP_LNK CON: 238 149 FBI: 247 144 4 GRA: 247/150,247/150
CP_LNK GVI: 238 147 FBI: 247 144 2 GRA: 247/148,247/148
CP_LNK FBI: 247 144 3 FBI: 265 144 3 GRA: 254/149,265/149
CP_LNK GVI: 238 148 FBI: 247 144 3 GRA: 247/149,247/149
CP_LNK GVI: 269 23 FBI: 278 7 15 GRA: 278/24,278/24
CP_LNK GVI: 269 22 FBI: 278 7 14 GRA: 278/23,278/23
CP_LNK GVI: 269 20 FBI: 278 7 12 GRA: 278/21,278/21
CP_LNK GVI: 269 21 FBI: 278 7 13 GRA: 278/22,278/22
CP_LNK FBI: 30 28 5 GVI: 39 34 GRA: 39/35,39/35
CP_LNK CON: 43 183 FBI: 52 178 4 GRA: 52/184,52/184
CP_LNK CON: 43 184 FBI: 52 178 5 GRA: 52/185,52/185
CP_LNK FBI: 52 178 2 GVI: 62 181 GRA: 62/182,62/182
CP_LNK GVI: 43 181 FBI: 52 178 2 GRA: 52/182,52/182
CP_LNK FBI: 30 50 3 GVI: 39 54 GRA: 39/55,39/55
CP_LNK FBI: 92 111 2 FBI: 104 111 2 GRA: 99/115,104/115
CP_LNK CON: 95 115 FBI: 104 111 3 GRA: 104/116,104/116
CP_LNK CON: 83 115 FBI: 92 111 3 GRA: 92/116,92/116
CP_LNK GVI: 83 114 FBI: 92 111 2 GRA: 92/115,92/115
CP_LNK CON: 83 125 FBI: 92 121 3 GRA: 92/126,92/126
CP_LNK CON: 95 125 FBI: 104 121 3 GRA: 104/126,104/126
CP_LNK FBI: 92 121 2 FBI: 104 121 2 GRA: 99/125,104/125
CP_LNK FBI: 104 121 2 FBI: 125 119 4 GRA: 111/125,125/125
CP_LNK GVI: 83 124 FBI: 92 121 2 GRA: 92/125,92/125
CP_LNK GVI: 194 35 FBI: 203 10 24 GRA: 203/36,203/36
CP_LNK GVI: 194 36 FBI: 203 10 25 GRA: 203/37,203/37
CP_LNK GVI: 194 30 FBI: 203 10 19 GRA: 203/31,203/31
CP_LNK GVI: 4 110 FBI: 13 107 2 GRA: 13/111,13/111
CP_LNK FBI: 13 107 2 GVI: 24 110 GRA: 24/111,24/111
CP_LNK GVI: 4 111 FBI: 13 107 3 GRA: 13/112,13/112
CP_LNK FBI: 13 107 3 GVI: 24 111 GRA: 24/112,24/112
CP_LNK CON: 7 191 FBI: 16 183 7 GRA: 16/192,16/192
CP_LNK FBI: 30 28 10 GVI: 39 39 GRA: 39/40,39/40
CP_LNK FBI: 104 111 2 FBI: 125 109 4 GRA: 111/115,125/115
CP_LNK GVI: 116 125 FBI: 125 119 5 GRA: 125/126,125/126
CP_LNK GVI: 116 115 FBI: 125 109 5 GRA: 125/116,125/116
CP_LNK GVI: 269 25 FBI: 278 7 17 GRA: 278/26,278/26
CP_LNK GVI: 269 24 FBI: 278 7 16 GRA: 278/25,278/25
CP_LNK FBI: 239 7 8 GVI: 249 16 GRA: 249/17,249/17
CP_LNK FBI: 239 7 9 GVI: 249 17 GRA: 249/18,249/18
CP_LNK FBI: 239 7 11 GVI: 249 19 GRA: 249/20,249/20
CP_LNK FBI: 239 7 12 GVI: 249 20 GRA: 249/21,249/21
CP_LNK FBI: 239 7 13 GVI: 249 21 GRA: 249/22,249/22
CP_LNK FBI: 239 7 14 GVI: 249 22 GRA: 249/23,249/23
CP_LNK FBI: 239 7 15 GVI: 249 23 GRA: 249/24,249/24
CP_LNK FBI: 239 7 16 GVI: 249 24 GRA: 249/25,249/25
CP_LNK FBI: 239 7 17 GVI: 249 25 GRA: 249/26,249/26
CP_LNK GVI: 230 10 FBI: 239 7 2 GRA: 239/11,239/11
CP_LNK FBI: 278 7 2 GVI: 288 10 GRA: 288/11,288/11
CP_LNK FBI: 11 136 2 GVI: 19 139 GRA: 19/140,19/140
CP_LNK FBI: 11 136 3 GVI: 19 140 GRA: 19/141,19/141
CP_LNK GVI: 9 155 FBI: 18 152 2 GRA: 18/156,18/156
CP_LNK FBI: 18 152 2 GVI: 25 155 GRA: 25/156,25/156
CP_LNK FBI: 239 42 2 GVI: 249 45 GRA: 249/46,249/46
CP_LNK GVI: 230 60 FBI: 239 42 17 GRA: 239/61,239/61
CP_LNK GVI: 230 59 FBI: 239 42 16 GRA: 239/60,239/60
CP_LNK GVI: 230 58 FBI: 239 42 15 GRA: 239/59,239/59
CP_LNK FBI: 10 128 2 GVI: 25 131 GRA: 25/132,25/132
CP_LNK FBI: 10 128 3 GVI: 25 132 GRA: 25/133,25/133
CP_LNK FBI: 10 128 4 GVI: 25 133 GRA: 25/134,25/134
CP_LNK GVI: 42 131 FBI: 51 128 2 GRA: 51/132,51/132
CP_LNK FBI: 51 128 6 GVI: 61 135 GRA: 61/136,61/136
CP_LNK GVI: 159 88 FBI: 168 70 17 GRA: 168/89,168/89
CP_LNK GVI: 194 34 FBI: 203 10 23 GRA: 203/35,203/35
CP_LNK FBI: 203 10 3 GVI: 214 14 GRA: 214/15,214/15
CP_LNK GVI: 233 32 FBI: 242 29 2 GRA: 242/33,242/33
CP_LNK CON: 233 33 FBI: 242 29 3 GRA: 242/34,242/34
CP_LNK FBI: 242 29 2 GVI: 249 32 GRA: 249/33,249/33
CP_LNK GVI: 269 19 FBI: 278 7 11 GRA: 278/20,278/20
CP_LNK GVI: 166 32 FBI: 175 10 21 GRA: 175/33,175/33
CP_SEC "Vrijgave_Objecten" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 34 EXEC: 3 TEXT: 
CP_COM LEFT: 2 RIGHT: 29 TOP: 2 BOT: 9 TEXT:
...TXF ******************************************************************
...TXT Vrijgave distributie pompen levering Kaatsheuvel
...TXT P-501 t/m P-503
...TXT - vrijgave na opstart PLC
...TXT - geen HW blokkering
...TXT - vrijgave trafobedrijf of vrijgave generatorbedrijf
...TXT ******************************************************************
CP_COM LEFT: 77 RIGHT: 104 TOP: 2 BOT: 10 TEXT:
...TXF ******************************************************************
...TXT Vrijgave afsluiters levering Kaatsheuvel
...TXT XV-510-01 en XV-510-02
...TXT XV-511-01 en XV-511-02
...TXT XV-512
...TXT XV-513-01 en XV-513-02
...TXT - vrijgave na opstart PLC
...TXT ******************************************************************
CP_COM LEFT: 153 RIGHT: 166 TOP: 2 BOT: 12 TEXT:
...TXF ********************************
...TXT Vrijgave analoge metingen
...TXT FITS-513-01 en FITS-513-02
...TXT PITA-513-01
...TXT PIT-513-03
...TXT LIT-671-01
...TXT LITA-671-02
...TXT LIT-601-01
...TXT LITA-601-02
...TXT ********************************
CP_COM LEFT: 116 RIGHT: 129 TOP: 2 BOT: 8 TEXT:
...TXF ********************************
...TXT Vrijgave afsluiters ketels
...TXT XV-671-01
...TXT XV-671-02
...TXT XV-673-02
...TXT ********************************
CP_COM LEFT: 115 RIGHT: 142 TOP: 35 BOT: 42 TEXT:
...TXF ******************************************************************
...TXT Vrijgave afsluiters meetbuis kelder
...TXT 
...TXT XV-601-01, XV-601-02 en XV601-03
...TXT 
...TXT - vrijgave na opstart PLC
...TXT ******************************************************************
CP_COM LEFT: 228 RIGHT: 241 TOP: 3 BOT: 6 TEXT: ********************************
...TXT Vrijgave GRW_HIT ketels
...TXT ********************************
CP_COM LEFT: 228 RIGHT: 246 TOP: 17 BOT: 20 TEXT:
...TXF ********************************************
...TXT Vrijgave GRW_HIT/LIT Leidingbreuk
...TXT ********************************************
CP_FBI "AND_BOOL" 56 14 CODID: 5 NAME: ".34.19" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 56 34 CODID: 10 NAME: ".34.20" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 56 54 CODID: 15 NAME: ".34.21" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "OR_BOOL" 91 14 CODID: 16 NAME: ".34.22" TEXT:
CP_FBI "OR_BOOL" 91 20 CODID: 17 NAME: ".34.23" TEXT:
CP_FBI "OR_BOOL" 91 26 CODID: 18 NAME: ".34.24" TEXT:
CP_FBI "OR_BOOL" 91 32 CODID: 19 NAME: ".34.25" TEXT:
CP_FBI "OR_BOOL" 91 38 CODID: 20 NAME: ".34.26" TEXT:
CP_FBI "OR_BOOL" 91 44 CODID: 21 NAME: ".34.27" TEXT:
CP_FBI "OR_BOOL" 91 50 CODID: 22 NAME: ".34.28" TEXT:
CP_FBI "OR_BOOL" 164 13 CODID: 23 NAME: ".34.54" TEXT:
CP_FBI "OR_BOOL" 164 19 CODID: 24 NAME: ".34.55" TEXT:
CP_FBI "OR_BOOL" 164 25 CODID: 25 NAME: ".34.56" TEXT:
CP_FBI "OR_BOOL" 164 31 CODID: 26 NAME: ".34.57" TEXT:
CP_FBI "OR_BOOL" 164 37 CODID: 27 NAME: ".34.58" TEXT:
CP_FBI "OR_BOOL" 199 13 CODID: 28 NAME: ".34.59" TEXT:
CP_FBI "OR_BOOL" 199 19 CODID: 29 NAME: ".34.60" TEXT:
CP_FBI "OR_BOOL" 199 25 CODID: 30 NAME: ".34.61" TEXT:
CP_FBI "OR_BOOL" 199 31 CODID: 31 NAME: ".34.62" TEXT:
CP_FBI "OR_BOOL" 164 43 CODID: 32 NAME: ".34.63" TEXT:
CP_FBI "OR_BOOL" 128 9 CODID: 33 NAME: ".34.64" TEXT:
CP_FBI "OR_BOOL" 128 16 CODID: 34 NAME: ".34.65" TEXT:
CP_FBI "OR_BOOL" 128 43 CODID: 35 NAME: ".34.66" TEXT:
CP_FBI "OR_BOOL" 128 49 CODID: 36 NAME: ".34.67" TEXT:
CP_FBI "OR_BOOL" 128 55 CODID: 37 NAME: ".34.68" TEXT:
CP_FBI "OR_BOOL" 128 23 CODID: 38 NAME: ".34.69" TEXT:
CP_FBI "OR_BOOL" 239 7 CODID: 39 NAME: ".34.70" TEXT:
CP_FBI "AND_BOOL" 243 21 CODID: 40 NAME: ".34.71" TEXT:
CP_FBI "OR_BOOL" 254 23 CODID: 41 NAME: ".34.72" TEXT:
CP_FBI "OR_BOOL" 254 29 CODID: 42 NAME: ".34.73" TEXT:
CP_FBI "OR_BOOL" 254 35 CODID: 43 NAME: ".34.74" TEXT:
CP_FBI "GE_INT" 13 14 CODID: 1 NAME: ".34.75" TEXT:
CP_FBI "AND_BOOL" 34 18 CODID: 3 NAME: ".34.76" TEXT:
CP_FBI "OR_BOOL" 46 20 CODID: 4 NAME: ".34.77" TEXT:
CP_FBI "GE_INT" 13 34 CODID: 6 NAME: ".34.78" TEXT:
CP_FBI "AND_BOOL" 34 38 CODID: 8 NAME: ".34.79" TEXT:
CP_FBI "OR_BOOL" 46 40 CODID: 9 NAME: ".34.80" TEXT:
CP_FBI "GE_INT" 13 54 CODID: 11 NAME: ".34.81" TEXT:
CP_FBI "AND_BOOL" 34 58 CODID: 13 NAME: ".34.82" TEXT:
CP_FBI "OR_BOOL" 46 60 CODID: 14 NAME: ".34.83" TEXT:
CP_FBI "TON" 23 16 CODID: 2 NAME: "FBI_34_84" TEXT:
CP_FBI "TON" 23 36 CODID: 7 NAME: "FBI_34_85" TEXT:
CP_FBI "TON" 23 56 CODID: 12 NAME: "FBI_34_86" TEXT:
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 47 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 47 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 47 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_VrijIn" 65 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_VrijIn" 65 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_VrijIn" 65 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_VrijO" 99 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "Dummy" 82 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 82 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 82 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 82 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 82 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 82 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 82 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 82 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 82 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 82 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 82 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 82 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 82 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 82 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_VrijO" 99 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_VrijO" 99 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_VrijO" 99 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV512_VrijO" 99 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_VrijO" 99 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_VrijO" 99 53 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Storing" 47 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_Storing" 47 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_Storing" 47 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 155 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Vrijgave" 155 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Vrijgave" 172 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "Dummy" 155 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Vrijgave" 155 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 155 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Vrijgave" 155 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 155 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Vrijgave" 155 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 155 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Vrijgave" 155 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 190 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Vrijgave" 190 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Vrijgave" 172 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_Vrijgave" 172 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Vrijgave" 172 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_Vrijgave" 207 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "Dummy" 190 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Vrijgave" 190 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 190 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Vrijgave" 190 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Vrijgave" 207 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_Vrijgave" 207 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_Vrijgave" 207 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Vrijgave" 190 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 190 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 155 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Vrijgave" 155 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_Vrijgave" 172 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Vrijgave" 172 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_VrijO" 136 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijKetels" 119 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 119 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijKetels" 119 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 119 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_VrijO" 136 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "Dummy" 119 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 119 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 119 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 119 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijPompen" 119 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 119 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_VrijO" 136 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_VrijO" 136 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_VrijO" 136 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijKetels" 119 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 119 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67302_VrijO" 136 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_GRWHIT_Vrijgave1" 247 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_VrijKetels" 230 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 230 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 245 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_TotDeb_GRWHT_Vrijgave" 262 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "Dummy" 245 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_GRWLT_Vrijgave" 262 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "Dummy" 245 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Vrijgave" 245 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_GRWLT_Vrijgave" 262 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Vrijgave" 245 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Vrijgave" 234 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Vrijgave" 234 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail2_Vrijgave" 37 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_Sync_StatBed" 4 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail2_Vrijgave" 25 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_Sync_StatBed" 4 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail1_Vrijgave" 37 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail1_Vrijgave" 25 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail2_Vrijgave" 37 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_Sync_StatBed" 4 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail2_Vrijgave" 25 62 FP_IO_OUTPUT
CP_CON 4 18 IEC_INT_ID 2
CP_CON 4 38 IEC_INT_ID 2
CP_CON 4 58 IEC_INT_ID 2
CP_CON 14 60 IEC_TIME_ID t#5s
CP_CON 14 40 IEC_TIME_ID t#10s
CP_CON 14 20 IEC_TIME_ID t#20s
CP_LNK GVI: 47 17 FBI: 56 14 2 GRA: 56/18,56/18
CP_LNK GVI: 47 37 FBI: 56 34 2 GRA: 56/38,56/38
CP_LNK GVI: 47 57 FBI: 56 54 2 GRA: 56/58,56/58
CP_LNK FBI: 56 14 2 GVI: 65 17 GRA: 65/18,65/18
CP_LNK FBI: 56 34 2 GVI: 65 37 GRA: 65/38,65/38
CP_LNK FBI: 56 54 2 GVI: 65 57 GRA: 65/58,65/58
CP_LNK FBI: 91 14 2 GVI: 99 17 GRA: 99/18,99/18
CP_LNK GVI: 82 18 FBI: 91 14 3 GRA: 91/19,91/19
CP_LNK GVI: 82 17 FBI: 91 14 2 GRA: 91/18,91/18
CP_LNK GVI: 82 23 FBI: 91 20 2 GRA: 91/24,91/24
CP_LNK GVI: 82 24 FBI: 91 20 3 GRA: 91/25,91/25
CP_LNK GVI: 82 29 FBI: 91 26 2 GRA: 91/30,91/30
CP_LNK GVI: 82 30 FBI: 91 26 3 GRA: 91/31,91/31
CP_LNK GVI: 82 35 FBI: 91 32 2 GRA: 91/36,91/36
CP_LNK GVI: 82 36 FBI: 91 32 3 GRA: 91/37,91/37
CP_LNK GVI: 82 41 FBI: 91 38 2 GRA: 91/42,91/42
CP_LNK GVI: 82 42 FBI: 91 38 3 GRA: 91/43,91/43
CP_LNK GVI: 82 47 FBI: 91 44 2 GRA: 91/48,91/48
CP_LNK GVI: 82 48 FBI: 91 44 3 GRA: 91/49,91/49
CP_LNK GVI: 82 53 FBI: 91 50 2 GRA: 91/54,91/54
CP_LNK GVI: 82 54 FBI: 91 50 3 GRA: 91/55,91/55
CP_LNK FBI: 91 20 2 GVI: 99 23 GRA: 99/24,99/24
CP_LNK FBI: 91 26 2 GVI: 99 29 GRA: 99/30,99/30
CP_LNK FBI: 91 32 2 GVI: 99 35 GRA: 99/36,99/36
CP_LNK FBI: 91 38 2 GVI: 99 41 GRA: 99/42,99/42
CP_LNK FBI: 91 44 2 GVI: 99 47 GRA: 99/48,99/48
CP_LNK FBI: 91 50 2 GVI: 99 53 GRA: 99/54,99/54
CP_LNK GVI: 47 18 FBI: 56 14 3 GRA: 56/19,56/19
CP_LNK GVI: 47 38 FBI: 56 34 3 GRA: 56/39,56/39
CP_LNK GVI: 47 58 FBI: 56 54 3 GRA: 56/59,56/59
CP_LNK GVI: 155 47 FBI: 164 43 3 GRA: 164/48,164/48
CP_LNK GVI: 155 17 FBI: 164 13 3 GRA: 164/18,164/18
CP_LNK GVI: 155 16 FBI: 164 13 2 GRA: 164/17,164/17
CP_LNK FBI: 164 13 2 GVI: 172 16 GRA: 172/17,172/17
CP_LNK GVI: 155 23 FBI: 164 19 3 GRA: 164/24,164/24
CP_LNK GVI: 155 22 FBI: 164 19 2 GRA: 164/23,164/23
CP_LNK GVI: 155 29 FBI: 164 25 3 GRA: 164/30,164/30
CP_LNK GVI: 155 28 FBI: 164 25 2 GRA: 164/29,164/29
CP_LNK GVI: 155 35 FBI: 164 31 3 GRA: 164/36,164/36
CP_LNK GVI: 155 34 FBI: 164 31 2 GRA: 164/35,164/35
CP_LNK GVI: 155 41 FBI: 164 37 3 GRA: 164/42,164/42
CP_LNK GVI: 155 40 FBI: 164 37 2 GRA: 164/41,164/41
CP_LNK GVI: 190 17 FBI: 199 13 3 GRA: 199/18,199/18
CP_LNK GVI: 190 16 FBI: 199 13 2 GRA: 199/17,199/17
CP_LNK FBI: 164 19 2 GVI: 172 22 GRA: 172/23,172/23
CP_LNK FBI: 164 25 2 GVI: 172 28 GRA: 172/29,172/29
CP_LNK FBI: 164 37 2 GVI: 172 40 GRA: 172/41,172/41
CP_LNK FBI: 199 13 2 GVI: 207 16 GRA: 207/17,207/17
CP_LNK GVI: 190 23 FBI: 199 19 3 GRA: 199/24,199/24
CP_LNK GVI: 190 22 FBI: 199 19 2 GRA: 199/23,199/23
CP_LNK GVI: 190 29 FBI: 199 25 3 GRA: 199/30,199/30
CP_LNK GVI: 190 28 FBI: 199 25 2 GRA: 199/29,199/29
CP_LNK FBI: 199 19 2 GVI: 207 22 GRA: 207/23,207/23
CP_LNK FBI: 199 25 2 GVI: 207 28 GRA: 207/29,207/29
CP_LNK FBI: 199 31 2 GVI: 207 34 GRA: 207/35,207/35
CP_LNK GVI: 190 34 FBI: 199 31 2 GRA: 199/35,199/35
CP_LNK GVI: 190 35 FBI: 199 31 3 GRA: 199/36,199/36
CP_LNK GVI: 155 46 FBI: 164 43 2 GRA: 164/47,164/47
CP_LNK FBI: 164 43 2 GVI: 172 46 GRA: 172/47,172/47
CP_LNK FBI: 164 31 2 GVI: 172 34 GRA: 172/35,172/35
CP_LNK FBI: 128 9 2 GVI: 136 12 GRA: 136/13,136/13
CP_LNK GVI: 119 12 FBI: 128 9 2 GRA: 128/13,128/13
CP_LNK GVI: 119 13 FBI: 128 9 3 GRA: 128/14,128/14
CP_LNK GVI: 119 19 FBI: 128 16 2 GRA: 128/20,128/20
CP_LNK GVI: 119 20 FBI: 128 16 3 GRA: 128/21,128/21
CP_LNK FBI: 128 16 2 GVI: 136 19 GRA: 136/20,136/20
CP_LNK GVI: 119 47 FBI: 128 43 3 GRA: 128/48,128/48
CP_LNK GVI: 119 46 FBI: 128 43 2 GRA: 128/47,128/47
CP_LNK GVI: 119 52 FBI: 128 49 2 GRA: 128/53,128/53
CP_LNK GVI: 119 53 FBI: 128 49 3 GRA: 128/54,128/54
CP_LNK GVI: 119 58 FBI: 128 55 2 GRA: 128/59,128/59
CP_LNK GVI: 119 59 FBI: 128 55 3 GRA: 128/60,128/60
CP_LNK FBI: 128 43 2 GVI: 136 46 GRA: 136/47,136/47
CP_LNK FBI: 128 49 2 GVI: 136 52 GRA: 136/53,136/53
CP_LNK FBI: 128 55 2 GVI: 136 58 GRA: 136/59,136/59
CP_LNK GVI: 119 26 FBI: 128 23 2 GRA: 128/27,128/27
CP_LNK GVI: 119 27 FBI: 128 23 3 GRA: 128/28,128/28
CP_LNK FBI: 128 23 2 GVI: 136 26 GRA: 136/27,136/27
CP_LNK FBI: 239 7 2 GVI: 247 10 GRA: 247/11,247/11
CP_LNK GVI: 230 10 FBI: 239 7 2 GRA: 239/11,239/11
CP_LNK GVI: 230 11 FBI: 239 7 3 GRA: 239/12,239/12
CP_LNK GVI: 245 27 FBI: 254 23 3 GRA: 254/28,254/28
CP_LNK FBI: 254 23 2 GVI: 262 26 GRA: 262/27,262/27
CP_LNK GVI: 245 33 FBI: 254 29 3 GRA: 254/34,254/34
CP_LNK FBI: 254 29 2 GVI: 262 32 GRA: 262/33,262/33
CP_LNK GVI: 245 39 FBI: 254 35 3 GRA: 254/40,254/40
CP_LNK GVI: 245 38 FBI: 254 35 2 GRA: 254/39,254/39
CP_LNK FBI: 254 35 2 GVI: 262 38 GRA: 262/39,262/39
CP_LNK GVI: 245 32 FBI: 254 29 2 GRA: 254/33,254/33
CP_LNK FBI: 243 21 2 FBI: 254 23 2 GRA: 252/25,253/25,253/27,254/27
CP_LNK GVI: 234 24 FBI: 243 21 2 GRA: 243/25,243/25
CP_LNK GVI: 234 25 FBI: 243 21 3 GRA: 243/26,243/26
CP_LNK GVI: 37 24 FBI: 46 20 3 GRA: 46/25,46/25
CP_LNK FBI: 34 18 2 FBI: 46 20 2 GRA: 43/22,44/22,44/24,46/24
CP_LNK CON: 4 18 FBI: 13 14 3 GRA: 13/19,13/19
CP_LNK GVI: 4 17 FBI: 13 14 2 GRA: 13/18,13/18
CP_LNK GVI: 25 22 FBI: 34 18 3 GRA: 34/23,34/23
CP_LNK FBI: 34 38 2 FBI: 46 40 2 GRA: 43/42,45/42,45/44,46/44
CP_LNK CON: 4 38 FBI: 13 34 3 GRA: 13/39,13/39
CP_LNK GVI: 4 37 FBI: 13 34 2 GRA: 13/38,13/38
CP_LNK GVI: 37 44 FBI: 46 40 3 GRA: 46/45,46/45
CP_LNK GVI: 25 42 FBI: 34 38 3 GRA: 34/43,34/43
CP_LNK GVI: 37 64 FBI: 46 60 3 GRA: 46/65,46/65
CP_LNK FBI: 34 58 2 FBI: 46 60 2 GRA: 43/62,45/62,45/64,46/64
CP_LNK CON: 4 58 FBI: 13 54 3 GRA: 13/59,13/59
CP_LNK GVI: 4 57 FBI: 13 54 2 GRA: 13/58,13/58
CP_LNK GVI: 25 62 FBI: 34 58 3 GRA: 34/63,34/63
CP_LNK FBI: 46 20 2 FBI: 56 14 4 GRA: 54/24,55/24,55/20,56/20
CP_LNK FBI: 46 40 2 FBI: 56 34 4 GRA: 54/44,55/44,55/40,56/40
CP_LNK FBI: 46 60 2 FBI: 56 54 4 GRA: 54/64,55/64,55/60,56/60
CP_LNK FBI: 23 16 2 FBI: 34 18 2 GRA: 30/20,32/20,32/22,34/22
CP_LNK FBI: 13 14 2 FBI: 23 16 2 GRA: 20/18,21/18,21/20,23/20
CP_LNK FBI: 13 34 2 FBI: 23 36 2 GRA: 20/38,21/38,21/40,23/40
CP_LNK FBI: 23 36 2 FBI: 34 38 2 GRA: 30/40,32/40,32/42,34/42
CP_LNK FBI: 23 56 2 FBI: 34 58 2 GRA: 30/60,32/60,32/62,34/62
CP_LNK FBI: 13 54 2 FBI: 23 56 2 GRA: 20/58,21/58,21/60,23/60
CP_LNK CON: 14 60 FBI: 23 56 3 GRA: 23/61,23/61
CP_LNK CON: 14 40 FBI: 23 36 3 GRA: 23/41,23/41
CP_LNK CON: 14 20 FBI: 23 16 3 GRA: 23/21,23/21
CP_SEC "Opstart_default" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 25 EXEC: 4 TEXT:
CP__ST  
CP__ST VAR 
CP__ST Opstarten24VDC   : TON;
CP__ST END_VAR
CP__ST  
CP__ST (* Indien er een koude opstart heeft plaatsgevonden (of complete download) *)
CP__ST (* Worden de variabelen uit deze lijst ingelezen en geprojecteerd op de    *)
CP__ST (* Parameters van de verschillende blokken dit om te voorkomen dat er      *)
CP__ST (* 'vreemde' storingen plaats vinden                                       *)
CP__ST  
CP__ST IF PLC3_Koude_Start OR Hulpmerker_starten THEN;
CP__ST Opstart_Tijd_24V := INT_TO_TIME(100);
CP__ST  
CP__ST Opstarten24VDC(IN:=NOT Opstarten24VDC.Q, PT:=Opstart_Tijd_24V);
CP__ST  Hulpmerker_starten := TRUE;
CP__ST  
CP__ST (* Regelaar naar HW regelaar *)
CP__ST  
CP__ST        PLC3_PIC513_BedWrd := 16#800;
CP__ST  
CP__ST (* Instellingen Meetwaarden *)
CP__ST (* Bovengrens Meetwaarde *)
CP__ST  
CP__ST  (* FITS *)
CP__ST    PLC3_FITS51301_MeetwMax := 1000.0;
CP__ST    PLC3_FITS51302_MeetwMax := 1000.0;
CP__ST  (* LITA *)
CP__ST    PLC3_LITA60102_MeetwMax := 3.0;
CP__ST    PLC3_LITA67102_MeetwMax := 4.0;
CP__ST  (* LIT *)
CP__ST    PLC3_LIT60101_MeetwMax  := 3.0;
CP__ST    PLC3_LIT67101_MeetwMax  := 4.0;
CP__ST  (* PIT *)
CP__ST    PLC3_PIT51302_MeetwMax  := 100.0;
CP__ST  (* PITA *)
CP__ST    PLC3_PITA51301_MeetwMax := 100.0;
CP__ST  (* QIT *)
CP__ST    PLC3_QIT60101_MeetwMax  := 1.0;
CP__ST  (* PIC *)
CP__ST    PLC3_PIC51303_MeetwMax  := 100.0;
CP__ST    PLC3_PIC513_MeetwMax  := 100.0;
CP__ST  
CP__ST (* Ondergrens Meetwaarde *)
CP__ST  
CP__ST  (* FITS *)
CP__ST    PLC3_FITS51301_MeetwMin := 0.0;
CP__ST    PLC3_FITS51302_MeetwMin := 0.0;
CP__ST  (* LITA *)
CP__ST    PLC3_LITA60102_MeetwMin := 0.0;
CP__ST    PLC3_LITA67102_MeetwMin := 0.0;
CP__ST  (* LIT *)
CP__ST    PLC3_LIT60101_MeetwMin  := 0.0;
CP__ST    PLC3_LIT67101_MeetwMin  := 0.0;
CP__ST  (* PIT *)
CP__ST    PLC3_PIT51302_MeetwMin  := 0.0;
CP__ST  (* PITA *)
CP__ST    PLC3_PITA51301_MeetwMin := 0.0;
CP__ST  (* QIT *)
CP__ST    PLC3_QIT60101_MeetwMin  := 0.0;
CP__ST  (* PIC *)
CP__ST    PLC3_PIC51303_MeetwMin  := 0.0;
CP__ST    PLC3_PIC513_MeetwMin  := 0.0;
CP__ST  
CP__ST (* Instelling AcofTijden *)
CP__ST  (* DIGA's *)
CP__ST    PLC3_AlgStor_AcofTijd   := 5;
CP__ST    PLC3_PIC51303_AcofTijd  := 10;
CP__ST    PLC3_AK01_AcofTijd    := 5;
CP__ST    PLC3_AK02_AcofTijd    := 5;
CP__ST    PLC3_BK03_AcofTijd    := 5;
CP__ST    PLC3_LAH60101_AcofTijd  := 10;
CP__ST    PLC3_LAL60102_AcofTijd  := 10;
CP__ST    PLC3_LAH67101_AcofTijd  := 10;
CP__ST    PLC3_LAL67102_AcofTijd  := 10;
CP__ST    PLC3_LAL67302_AcofTijd  := 10;
CP__ST    PLC3_LS500_AcofTijd   := 10;
CP__ST    PLC3_LA651_AcofTijd   := 10;
CP__ST    PLC3_LA652_AcofTijd   := 10;
CP__ST    PLC3_PA676_AcofTijd   := 10;
CP__ST  
CP__ST     (* Analoog *)
CP__ST    PLC3_LIT60101_AcofTijd  := 15;
CP__ST    PLC3_LITA60102_AcofTijd := 15;
CP__ST    PLC3_FITS51301_AcofTijd := 15;
CP__ST    PLC3_FITS51302_AcofTijd := 15;
CP__ST    PLC3_PITA51301_AcofTijd := 15;
CP__ST    PLC3_PIT51302_AcofTijd  := 15;
CP__ST    PLC3_QIT60101_AcofTijd  := 15;
CP__ST    PLC3_LIT67101_AcofTijd  := 15;
CP__ST    PLC3_LITA67102_AcofTijd := 15;
CP__ST    
CP__ST  (* Motoren *)
CP__ST    PLC3_P501_AcofTijd    := 30;
CP__ST    PLC3_P502_AcofTijd    := 30;
CP__ST    PLC3_P503_AcofTijd    := 30;
CP__ST   
CP__ST  (* Afsluiters *)
CP__ST    PLC3_XV60101_AcofTijd   := 30;
CP__ST    PLC3_XV60102_AcofTijd   := 30;
CP__ST    PLC3_XV60103_AcofTijd   := 30;
CP__ST    PLC3_XV51001_AcofTijd   := 30;
CP__ST    PLC3_XV51001_AcofTijd   := 30;
CP__ST    PLC3_XV51101_AcofTijd   := 30;
CP__ST    PLC3_XV51101_AcofTijd   := 30;
CP__ST    PLC3_XV51102_AcofTijd   := 20;
CP__ST    PLC3_XV512_AcofTijd     := 30;
CP__ST    PLC3_XV51301_AcofTijd   := 30;
CP__ST    PLC3_XV51302_AcofTijd   := 20;
CP__ST    PLC3_XV67101_AcofTijd   := 30;
CP__ST    PLC3_XV67102_AcofTijd   := 30;
CP__ST       
CP__ST (* Instelling Hoog-Hoog *)
CP__ST  
CP__ST    PLC3_FITS51301_Insthh   := 0.0;
CP__ST    PLC3_FITS51302_Insthh   := 0.0;
CP__ST    PLC3_LITA60102_Insthh   := 2.9;
CP__ST    PLC3_LITA67102_Insthh   := 4.0;
CP__ST    PLC3_LIT60101_Insthh  := 0.0;
CP__ST    PLC3_LIT67101_Insthh  := 0.0;
CP__ST    PLC3_PIT51302_Insthh  := 0.0;
CP__ST    PLC3_PITA51301_Insthh   := 95.0;
CP__ST    PLC3_QIT60101_Insthh  := 0.0;
CP__ST  
CP__ST (* Instelling Hoog *)
CP__ST  
CP__ST    PLC3_FITS51301_Insth  := 0.0;
CP__ST    PLC3_FITS51302_Insth  := 0.0;
CP__ST    PLC3_LITA60102_Insth  := 2.6;
CP__ST    PLC3_LITA67102_Insth  := 3.5;
CP__ST    PLC3_LIT60101_Insth   := 0.0;
CP__ST    PLC3_LIT67101_Insth   := 0.0;
CP__ST    PLC3_PIT51302_Insth   := 0.0;
CP__ST    PLC3_PITA51301_Insth  := 85.0;
CP__ST    PLC3_QIT60101_Insth   := 0.0;
CP__ST    
CP__ST (* Instelling Laag *)
CP__ST  
CP__ST    PLC3_FITS51301_Instl  := 0.0;
CP__ST    PLC3_FITS51302_Instl  := 0.0;
CP__ST    PLC3_LITA60102_Instl  := 0.4;
CP__ST    PLC3_LITA67102_Instl  := 1.0;
CP__ST    PLC3_LIT60101_Instl   := 0.0;
CP__ST    PLC3_LIT67101_Instl   := 0.0;
CP__ST    PLC3_PIT51302_Instl   := 0.0;
CP__ST    PLC3_PITA51301_Instl  := 15.0;
CP__ST    PLC3_QIT60101_Instl   := 0.0;
CP__ST     
CP__ST (* Instelling Laag-Laag *)
CP__ST  
CP__ST    PLC3_FITS51301_Instll   := 0.0;
CP__ST    PLC3_FITS51302_Instll   := 0.0;
CP__ST    PLC3_LITA60102_Instll   := 0.1;
CP__ST    PLC3_LITA67102_Instll   := 0.4;
CP__ST    PLC3_LIT60101_Instll  := 0.0;
CP__ST    PLC3_LIT67101_Instll  := 0.0;
CP__ST    PLC3_PIT51302_Instll  := 0.0;
CP__ST    PLC3_PITA51301_Instll   := 5.0;
CP__ST    PLC3_QIT60101_Instll  := 0.0;
CP__ST      
CP__ST (* Instelling Plausibiliteit *)
CP__ST  
CP__ST    PLC3_FITS51301_InstPla  := 0.0;
CP__ST    PLC3_FITS51302_InstPla  := 0.0;
CP__ST    PLC3_LITA60102_InstPla  := 1.5;
CP__ST    PLC3_LITA67102_InstPla  := 2.5;
CP__ST    PLC3_LIT60101_InstPla := 0.0;
CP__ST    PLC3_LIT67101_InstPla := 0.0;
CP__ST    PLC3_PIT51302_InstPla := 0.0;   
CP__ST    PLC3_PITA51301_InstPla  := 50.0;
CP__ST    PLC3_QIT60101_InstPla := 0.0;
CP__ST     
CP__ST (* Instelling primair woord *)
CP__ST  
CP__ST    PLC3_PIC51303_PriWrd  := 0;
CP__ST    PLC3_PIC513_PriWrd    := 0;
CP__ST    PLC3_LAH60101_PriWrd  := 0;
CP__ST    PLC3_LAL60102_PriWrd  := 0;
CP__ST    PLC3_LAH67101_PriWrd  := 0;
CP__ST    PLC3_LAL67102_PriWrd  := 0;
CP__ST    PLC3_LAL67302_PriWrd  := 0;
CP__ST    PLC3_LS500_PriWrd   := 0;
CP__ST    PLC3_LAL50002_PriWrd  := 0;
CP__ST    PLC3_LA651_PriWrd     := 0;
CP__ST    PLC3_LA652_PriWrd     := 0;
CP__ST    PLC3_PA676_PriWrd     := 0;
CP__ST    
CP__ST    PLC3_LIT60101_PriWrd  := 5800;
CP__ST    PLC3_LITA60102_PriWrd := 5800;
CP__ST    PLC3_FITS51301_PriWrd := 5800;
CP__ST    PLC3_FITS51302_PriWrd := 5800;
CP__ST    PLC3_PITA51301_PriWrd := 5800;
CP__ST    PLC3_PIT51302_PriWrd  := 5800;
CP__ST    PLC3_QIT60101_PriWrd  := 5800;
CP__ST    PLC3_LIT67101_PriWrd  := 5800;
CP__ST    PLC3_LITA67102_PriWrd := 5800;
CP__ST    
CP__ST    PLC3_P501_PriWrd    := 0;
CP__ST    PLC3_P502_PriWrd    := 0;
CP__ST    PLC3_P503_PriWrd    := 0;
CP__ST        
CP__ST    PLC3_XV60101_PriWrd   := 0;
CP__ST    PLC3_XV60102_PriWrd   := 0;
CP__ST    PLC3_XV60103_PriWrd   := 0;
CP__ST    PLC3_XV51001_PriWrd   := 0;
CP__ST    PLC3_XV51002_PriWrd   := 0;
CP__ST    PLC3_XV51101_PriWrd   := 0;
CP__ST    PLC3_XV51101_PriWrd   := 0;
CP__ST    PLC3_XV51102_PriWrd   := 0;
CP__ST    PLC3_XV512_PriWrd     := 0;
CP__ST    PLC3_XV51301_PriWrd   := 0;
CP__ST    PLC3_XV51302_PriWrd   := 0;
CP__ST    PLC3_XV67101_PriWrd   := 0;
CP__ST    PLC3_XV67102_PriWrd   := 0;
CP__ST          
CP__ST      PLC3_V97001_PriWrd    := 0;
CP__ST      PLC3_V67501_PriWrd    := 0;
CP__ST      PLC3_V67502_PriWrd    := 0;
CP__ST  
CP__ST (* Instelling onderdrukkingswoord *)
CP__ST  
CP__ST    PLC3_PIC51303_OndWrd  := 0;
CP__ST    PLC3_PIC513_OndWrd    := 0;
CP__ST    PLC3_LAH60101_OndWrd  := 0;
CP__ST    PLC3_LAL60102_OndWrd  := 0;
CP__ST    PLC3_LAH67101_OndWrd  := 0;
CP__ST    PLC3_LAL67102_OndWrd  := 0;
CP__ST    PLC3_LAL67302_OndWrd  := 0;
CP__ST    PLC3_LS500_OndWrd   := 0;
CP__ST    PLC3_LAL50002_OndWrd  := 0;
CP__ST    PLC3_LA651_OndWrd     := 0;
CP__ST    PLC3_LA652_OndWrd     := 0;
CP__ST    PLC3_PA676_OndWrd     := 0;
CP__ST    
CP__ST    PLC3_LIT60101_OndWrd  := 0;
CP__ST    PLC3_LITA60102_OndWrd := 0;
CP__ST    PLC3_FITS51301_OndWrd := 0;
CP__ST    PLC3_FITS51302_OndWrd := 0;
CP__ST    PLC3_PITA51301_OndWrd := 0;
CP__ST    PLC3_PIT51302_OndWrd  := 0;
CP__ST    PLC3_QIT60101_OndWrd  := 0;
CP__ST    PLC3_LIT67101_OndWrd  := 0;
CP__ST    PLC3_LITA67102_OndWrd := 0;
CP__ST    
CP__ST    PLC3_P501_OndWrd    := 0;
CP__ST    PLC3_P502_OndWrd    := 0;
CP__ST    PLC3_P503_OndWrd    := 0;
CP__ST        
CP__ST    PLC3_XV60101_OndWrd   := 0;
CP__ST    PLC3_XV60102_OndWrd   := 0;
CP__ST    PLC3_XV60103_OndWrd   := 0;
CP__ST    PLC3_XV51001_OndWrd   := 0;
CP__ST    PLC3_XV51002_OndWrd   := 0;
CP__ST    PLC3_XV51101_OndWrd   := 0;
CP__ST    PLC3_XV51101_OndWrd   := 0;
CP__ST    PLC3_XV51102_OndWrd   := 0;
CP__ST    PLC3_XV512_OndWrd     := 0;
CP__ST    PLC3_XV51301_OndWrd   := 0;
CP__ST    PLC3_XV51302_OndWrd   := 0;
CP__ST    PLC3_XV67101_OndWrd   := 0;
CP__ST    PLC3_XV67102_OndWrd   := 0;
CP__ST          
CP__ST      PLC3_V97001_OndWrd    := 0;
CP__ST      PLC3_V67501_OndWrd    := 0;
CP__ST      PLC3_V67502_OndWrd    := 0;
CP__ST  
CP__ST      
CP__ST (* Schakelpunten *)
CP__ST        PLC3_LIT60101_Actie1Instelling  := 0.2;   (* Blokkeren distributie *)
CP__ST        PLC3_LIT60101_Actie2Instelling  := 0.5;   (* Blokkeren spoelen *)
CP__ST        PLC3_LIT67101_Actie1Instelling  := 2.8;   (* Openen luchtafsluiter *)
CP__ST        PLC3_LIT67101_Actie2Instelling  := 2.7;   (* Sluiten luchtafsluiter *)
CP__ST        PLC3_LIT67101_Actie3Instelling  := 1.5;   (* Openen waterafsluiter *)
CP__ST        PLC3_LIT67101_Actie4Instelling  := 0.7;   (* Sluiten waterafsluiter *)
CP__ST  
CP__ST (* Instellingen leidingkarakteristiek *)
CP__ST    PLC3_YCoor_Inst[1]    := 45;
CP__ST    PLC3_YCoor_Inst[2]    := 45;
CP__ST    PLC3_YCoor_Inst[3]    := 45;
CP__ST    PLC3_YCoor_Inst[4]    := 45;
CP__ST    PLC3_YCoor_Inst[5]    := 45;
CP__ST    PLC3_YCoor_Inst[6]    := 45;
CP__ST    PLC3_YCoor_Inst[7]    := 45;
CP__ST    PLC3_YCoor_Inst[8]    := 45;
CP__ST    PLC3_YCoor_Inst[9]    := 45;
CP__ST    PLC3_YCoor_Inst[10]   := 46;
CP__ST    PLC3_YCoor_Inst[11]   := 47;
CP__ST    PLC3_YCoor_Inst[12]   := 48;
CP__ST    PLC3_YCoor_Inst[13]   := 48;
CP__ST    PLC3_YCoor_Inst[14]   := 49;
CP__ST    PLC3_YCoor_Inst[15]   := 50;
CP__ST    PLC3_YCoor_Inst[16]   := 52;
CP__ST    PLC3_YCoor_Inst[17]   := 53;
CP__ST    PLC3_YCoor_Inst[18]   := 55;
CP__ST    PLC3_YCoor_Inst[19]   := 58;
CP__ST    PLC3_YCoor_Inst[20]   := 60;
CP__ST    PLC3_YCoor_Inst[21]   := 61;
CP__ST    PLC3_YCoor_Inst[22]   := 61;
CP__ST    PLC3_YCoor_Inst[23]   := 61;
CP__ST    PLC3_YCoor_Inst[24]   := 61;
CP__ST    PLC3_YCoor_Inst[25]   := 61;
CP__ST  
CP__ST  
CP__ST (* Instellingen Matrix *)
CP__ST         PLC3_Matrix_PmpStap1   := 16#8000;
CP__ST         PLC3_Matrix_PmpStap2   := 16#4000;
CP__ST         PLC3_Matrix_PmpStap3   := 16#C000;
CP__ST         PLC3_Matrix_PmpStap4   := 16#6000;
CP__ST         
CP__ST         PLC3_Matrix_ResP501    := 16#0004;
CP__ST         PLC3_Matrix_ResP502    := 16#0004;
CP__ST         PLC3_Matrix_ResP503    := 16#0002;
CP__ST         
CP__ST         PLC3_Matrix_VertTyd1   := 5;
CP__ST         PLC3_Matrix_VertTyd2   := 5;
CP__ST         PLC3_Matrix_VertTyd3   := 5;
CP__ST         PLC3_Matrix_VertTyd4   := 5;
CP__ST         
CP__ST         PLC3_Matrix_InstIn1  := 0;
CP__ST         PLC3_Matrix_InstIn2  := 180;
CP__ST         PLC3_Matrix_InstIn3  := 330;
CP__ST         PLC3_Matrix_InstIn4  := 450;
CP__ST         
CP__ST         PLC3_Matrix_InstUit1   := 0;
CP__ST    PLC3_Matrix_InstUit2  := 165;
CP__ST    PLC3_Matrix_InstUit3  := 290;
CP__ST    PLC3_Matrix_InstUit4  := 400;
CP__ST  
CP__ST (* Regelaars *)
CP__ST    PLC3_PIC513_AcofTijd  := 20;
CP__ST    PLC3_PIC513_InstAfw   := 50.0;
CP__ST    PLC3_PIC513_Pactie    := 3.0;
CP__ST    PLC3_PIC513_Iactie    := 35;
CP__ST    PLC3_PIC513_Setpoint  := 49.0;
CP__ST  
CP__ST (* Leidingbreuk *)   
CP__ST    PLC3_InstLDBreuk_HHDebiet := 1500.0;
CP__ST    PLC3_InstLDBreuk_LLDruk     := 0.1;
CP__ST    PLC3_P501_StuurwLeidingbr := 20.0;
CP__ST  
CP__ST IF Opstarten24VDC.Q THEN;
CP__ST  
CP__ST Hulpmerker_starten := FALSE;
CP__ST PLC3_PIC513_BedWrd := 16#0;
CP__ST END_IF;
CP__ST END_IF;
CP__ST  
CP__ST  
CP__ST  
CP_SEC "Analoog" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 26 EXEC: 5 TEXT: 
CP_COM LEFT: 2 RIGHT: 26 TOP: 2 BOT: 7 TEXT:
...TXF ***********************************************************
...TXT FITS-513-01: Debietmeting reinwater Kaatsheuvel
...TXT Typical : DFB_ANA
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 2 RIGHT: 26 TOP: 36 BOT: 41 TEXT:
...TXF ***********************************************************
...TXT FITS-513-02: Debietmeting reinwater Kaatsheuvel
...TXT Typical : DFB_ANA
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 77 RIGHT: 101 TOP: 2 BOT: 7 TEXT:
...TXF ***********************************************************
...TXT PITA-513-01: Drukmeting reinwater 
...TXT Typical : DFB_ANA
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 227 RIGHT: 251 TOP: 2 BOT: 7 TEXT:
...TXF ***********************************************************
...TXT QIT-601-01: Troebelheidsmeting reinwater
...TXT Typical : DFB_ANA
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 2 RIGHT: 26 TOP: 135 BOT: 140 TEXT:
...TXF ***********************************************************
...TXT LITA-671-02: Niveaumeting drukketel 01
...TXT Typical : DFB_ANA
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 3 RIGHT: 27 TOP: 102 BOT: 107 TEXT:
...TXF ***********************************************************
...TXT LIT-671-01: Niveaumeting drukketel 01
...TXT Typical : DFB_ANA
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 153 RIGHT: 177 TOP: 102 BOT: 106 TEXT:
...TXF ***********************************************************
...TXT P501: Schalering motorstroom en toerental
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 153 RIGHT: 177 TOP: 123 BOT: 127 TEXT:
...TXF ***********************************************************
...TXT P502: Schalering motorstroom en toerental
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 153 RIGHT: 177 TOP: 145 BOT: 149 TEXT:
...TXF ***********************************************************
...TXT P503: Schalering motorstroom en toerental
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 153 RIGHT: 173 TOP: 2 BOT: 7 TEXT:
...TXF **************************************************
...TXT LIT-601-01 Niveaumeting reinwaterkelders
...TXT Typ: DFB_ANA
...TXT Distributie/opslag
...TXT **************************************************
CP_COM LEFT: 153 RIGHT: 174 TOP: 36 BOT: 41 TEXT:
...TXF ****************************************************
...TXT LITA-601-02 Niveaumeting reinwaterkelders
...TXT Typ: DFB_ANA
...TXT Distributie/opslag
...TXT ****************************************************
CP_COM LEFT: 77 RIGHT: 101 TOP: 36 BOT: 41 TEXT:
...TXF ***********************************************************
...TXT PIT-513-02: Drukmeting reinwater 
...TXT Typical : DFB_ANA
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 78 RIGHT: 107 TOP: 102 BOT: 107 TEXT:
...TXF ***********************************************************************
...TXT PIC-513-03: Terugkoppeling regelsignaal hardwareregelaar
...TXT Typical : DFB_ANA
...TXT Distributie
...TXT ***********************************************************************
CP_COM LEFT: 229 RIGHT: 256 TOP: 38 BOT: 42 TEXT:
...TXF *******************************************************************
...TXT LIT-601-01 Niveaumeting reinwaterkelders inhoud in m3
...TXT a.d.h.v. instelling beschikbare reinwaterkelders
...TXT *******************************************************************
CP_COM LEFT: 23 RIGHT: 31 TOP: 4 BOT: 7 TEXT: ********************
...TXT Eenheid: m3/h
...TXT ********************
CP_COM LEFT: 23 RIGHT: 31 TOP: 38 BOT: 41 TEXT: ********************
...TXT Eenheid: m3/h
...TXT ********************
CP_COM LEFT: 98 RIGHT: 106 TOP: 4 BOT: 7 TEXT: ********************
...TXT Eenheid: mWk
...TXT ********************
CP_COM LEFT: 98 RIGHT: 106 TOP: 38 BOT: 41 TEXT: ********************
...TXT Eenheid: mWk
...TXT ********************
CP_COM LEFT: 171 RIGHT: 179 TOP: 4 BOT: 7 TEXT: ********************
...TXT Eenheid: mWk
...TXT ********************
CP_COM LEFT: 172 RIGHT: 180 TOP: 38 BOT: 41 TEXT: ********************
...TXT Eenheid: mWk
...TXT ********************
CP_COM LEFT: 248 RIGHT: 256 TOP: 4 BOT: 7 TEXT: ********************
...TXT Eenheid: NTU
...TXT ********************
CP_COM LEFT: 24 RIGHT: 32 TOP: 104 BOT: 107 TEXT: ********************
...TXT Eenheid: mWk
...TXT ********************
CP_COM LEFT: 24 RIGHT: 32 TOP: 137 BOT: 140 TEXT: ********************
...TXT Eenheid: mWk
...TXT ********************
CP_COM LEFT: 103 RIGHT: 111 TOP: 104 BOT: 107 TEXT: ********************
...TXT Eenheid: %
...TXT ********************
CP_COM LEFT: 176 RIGHT: 184 TOP: 109 BOT: 112 TEXT: ********************
...TXT Eenheid: Ampere
...TXT ********************
CP_COM LEFT: 176 RIGHT: 184 TOP: 116 BOT: 119 TEXT: ********************
...TXT Eenheid: Hz
...TXT ********************
CP_COM LEFT: 176 RIGHT: 184 TOP: 130 BOT: 133 TEXT: ********************
...TXT Eenheid: Ampere
...TXT ********************
CP_COM LEFT: 176 RIGHT: 184 TOP: 152 BOT: 155 TEXT: ********************
...TXT Eenheid: Ampere
...TXT ********************
CP_COM LEFT: 176 RIGHT: 184 TOP: 137 BOT: 140 TEXT: ********************
...TXT Eenheid: Hz
...TXT ********************
CP_COM LEFT: 176 RIGHT: 184 TOP: 159 BOT: 162 TEXT: ********************
...TXT Eenheid: Hz
...TXT ********************
CP_COM LEFT: 230 RIGHT: 245 TOP: 58 BOT: 62 TEXT:
...TXF *************************************
...TXT Oppervlakte van de kelders
...TXT Wijziging dd 25-10-2006
...TXT *************************************
CP_DBI "DFB_ANA" 16 8 CODID: 1 NAME: "FBI_26_1" TEXT:
CP_DBI "DFB_ANA" 16 42 CODID: 2 NAME: "FBI_26_2" TEXT:
CP_DBI "DFB_ANA" 91 8 CODID: 3 NAME: "FBI_26_3" TEXT:
CP_DBI "DFB_ANA" 241 8 CODID: 4 NAME: "FBI_26_5" TEXT:
CP_DBI "DFB_ANA" 17 108 CODID: 5 NAME: "FBI_26_6" TEXT:
CP_DBI "DFB_ANA" 17 140 CODID: 6 NAME: "FBI_26_7" TEXT:
CP_FBI "I_SCALE" 164 108 CODID: 7 NAME: ".26.9" TEXT:
CP_FBI "I_SCALE" 164 115 CODID: 8 NAME: ".26.10" TEXT:
CP_FBI "I_SCALE" 164 129 CODID: 9 NAME: ".26.11" TEXT:
CP_FBI "I_SCALE" 164 136 CODID: 10 NAME: ".26.12" TEXT:
CP_FBI "I_SCALE" 164 151 CODID: 11 NAME: ".26.13" TEXT:
CP_FBI "I_SCALE" 164 158 CODID: 12 NAME: ".26.14" TEXT:
CP_DBI "DFB_ANA" 166 8 CODID: 13 NAME: "FBI_26_15" TEXT:
CP_DBI "DFB_ANA" 166 42 CODID: 14 NAME: "FBI_26_16" TEXT:
CP_DBI "DFB_ANA" 91 42 CODID: 15 NAME: "FBI_26_17" TEXT:
CP_DBI "DFB_ANA" 92 108 CODID: 16 NAME: "FBI_26_18" TEXT:
CP_FBI "WORD_TO_BIT" 254 42 CODID: 17 NAME: "FBI_26_28" TEXT:
CP_FBI "SEL" 243 63 CODID: 18 NAME: ".26.30" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 243 71 CODID: 19 NAME: ".26.31" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 243 79 CODID: 20 NAME: ".26.32" ANY: IEC_REAL_ID TEXT:
CP_FBI "MUL_REAL" 262 64 CODID: 21 NAME: ".26.34" TEXT:
CP_FBI "ADD_REAL" 274 71 CODID: 24 NAME: ".26.35" DRAW: 1 TEXT:
CP_FBI "MUL_REAL" 262 72 CODID: 22 NAME: ".26.37" TEXT:
CP_FBI "MUL_REAL" 262 80 CODID: 23 NAME: ".26.38" TEXT:
CP_GVI NAMED_VAR: "PLC3_PIT51302_Str_mw" 102 55 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Str_ll" 102 54 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Str_l" 102 53 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Str_h" 102 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Str_hh" 102 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_MeldDrbr" 82 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Vrijgave" 82 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_AlwSec" 102 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_AlwPri" 102 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Meetw" 102 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_StaWrd" 102 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 82 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 82 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_AcofTijd" 82 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_OndWrd" 82 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_PriWrd" 82 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_InstPla" 82 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Instll" 82 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Instl" 82 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Insth" 82 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Insthh" 82 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_MeetwMin" 82 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_MeetwMax" 82 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_AnaloogIn" 82 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_BedWrd" 82 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_BedWrd" 232 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_Str_mw" 177 55 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_Str_ll" 177 54 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_Str_l" 177 53 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_Str_h" 177 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_Str_hh" 177 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_MeldDrbr" 157 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_Vrijgave" 157 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_AlwSec" 177 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_AlwPri" 177 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_Meetw" 177 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_StaWrd" 177 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 157 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 157 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_AcofTijd" 157 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_OndWrd" 157 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_PriWrd" 157 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_InstPla" 157 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_InstLL" 157 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_InstL" 157 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_InstH" 157 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_InstHH" 157 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_MeetwMin" 157 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_MeetwMax" 157 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_AnaloogIn" 157 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_BedWrd" 157 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Str_mw" 177 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Str_ll" 177 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Str_l" 177 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Str_h" 177 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Str_hh" 177 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_MeldDrbr" 157 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Vrijgave" 157 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_AlwSec" 177 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_AlwPri" 177 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Meetw" 177 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_StaWrd" 177 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 157 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 157 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_AcofTijd" 157 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_OndWrd" 157 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_PriWrd" 157 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_InstPla" 157 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Instll" 157 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Instl" 157 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Insth" 157 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Insthh" 157 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_MeetwMin" 157 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_MeetwMax" 157 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_BedWrd" 157 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_ToerenAct" 172 162 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_Toeren" 155 161 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_StroomAct" 172 155 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_Stroom" 155 154 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_ToerenAct" 172 140 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_StroomAct" 172 133 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_Toeren" 155 139 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_Stroom" 155 132 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_ToerenAct" 172 119 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Toeren" 155 118 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_StroomAct" 172 112 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Stroom" 155 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_Str_mw" 28 153 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_Str_ll" 28 152 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_Str_l" 28 151 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_Str_h" 28 150 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_Str_hh" 28 149 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_MeldDrbr" 8 157 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_Vrijgave" 8 162 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_AlwSec" 28 156 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_AlwPri" 28 155 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_Meetw" 28 145 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_StaWrd" 28 143 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 8 160 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 8 159 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_AcofTijd" 8 158 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_OndWrd" 8 156 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_PriWrd" 8 155 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_InstPla" 8 153 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_Instll" 8 152 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_Instl" 8 151 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_Insth" 8 150 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_Insthh" 8 149 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_MeetwMin" 8 147 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_MeetwMax" 8 146 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_AnaloogIn" 8 145 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_BedWrd" 8 143 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Str_mw" 28 121 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Str_ll" 28 120 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Str_l" 28 119 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Str_h" 28 118 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Str_hh" 28 117 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_MeldDrbr" 8 125 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Vrijgave" 8 130 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_AlwSec" 28 124 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_AlwPri" 28 123 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Meetw" 28 113 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_StaWrd" 28 111 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 8 128 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 8 127 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_AcofTijd" 8 126 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_OndWrd" 8 124 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_PriWrd" 8 123 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_InstPla" 8 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Instll" 8 120 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Instl" 8 119 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Insth" 8 118 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Insthh" 8 117 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_MeetwMin" 8 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_MeetwMax" 8 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_AnaloogIn" 8 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_BedWrd" 8 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_Str_mw" 252 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_Str_ll" 252 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_Str_l" 252 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_Str_h" 252 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_Str_hh" 252 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_MeldDrbr" 232 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_Vrijgave" 232 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_AlwSec" 252 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_AlwPri" 252 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_Meetw" 252 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_StaWrd" 252 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 232 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 232 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_AcofTijd" 232 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_OndWrd" 232 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_PriWrd" 232 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_InstPla" 232 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_Instll" 232 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_Instl" 232 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_Insth" 232 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_Insthh" 232 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_MeetwMin" 232 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_MeetwMax" 232 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_AnaloogIn" 232 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_Str_mw" 102 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_Str_ll" 102 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_Str_l" 102 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_Str_h" 102 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_Str_hh" 102 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_MeldDrbr" 82 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_Vrijgave" 82 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_AlwSec" 102 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_AlwPri" 102 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_Meetw" 102 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_StaWrd" 102 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 82 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 82 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_AcofTijd" 82 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_OndWrd" 82 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_PriWrd" 82 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_InstPla" 82 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_Instll" 82 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_Instl" 82 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_Insth" 82 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_Insthh" 82 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_MeetwMin" 82 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_MeetwMax" 82 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_AnaloogIn" 82 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_BedWrd" 82 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Str_mw" 27 55 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Str_ll" 27 54 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Str_l" 27 53 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Str_h" 27 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Str_hh" 27 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_MeldDrbr" 7 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Vrijgave" 7 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_AlwSec" 27 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_AlwPri" 27 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Meetw" 27 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_StaWrd" 27 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 7 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 7 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_AcofTijd" 7 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_OndWrd" 7 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_PriWrd" 7 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_InstPla" 7 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Instll" 7 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Instl" 7 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Insth" 7 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Insthh" 7 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_MeetwMin" 7 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_MeetwMax" 7 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_AnaloogIn" 7 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_BedWrd" 7 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Str_mw" 27 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Str_ll" 27 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Str_l" 27 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Str_h" 27 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Str_hh" 27 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_MeldDrbr" 7 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Vrijgave" 7 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_AlwSec" 27 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_AlwPri" 27 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Meetw" 27 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_StaWrd" 27 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 7 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 7 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_AcofTijd" 7 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_OndWrd" 7 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_PriWrd" 7 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_InstPla" 7 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Instll" 7 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Instl" 7 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Insth" 7 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Insthh" 7 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_MeetwMin" 7 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_MeetwMax" 7 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_AnaloogIn" 7 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_BedWrd" 7 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_AnaloogIn" 157 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_Meetw" 103 113 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_Vrijgave" 83 130 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_AnalogIn" 83 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_MeetwMax" 83 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_MeetwMin" 83 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_RWK_Beschikbaar" 245 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_RWK1_beschikbaar" 264 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_RWK2_beschikbaar" 264 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_RWK3_beschikbaar" 264 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_RWK1_beschikbaar" 234 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_RWK2_beschikbaar" 234 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_RWK3_beschikbaar" 234 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Meetw" 253 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_RWK_TotaleVoorraad" 282 74 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Meetw" 253 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Meetw" 253 84 FP_IO_OUTPUT
CP_CON 155 112 IEC_REAL_ID 0.0
CP_CON 155 113 IEC_REAL_ID 144.0
CP_CON 155 120 IEC_REAL_ID 100.0
CP_CON 155 119 IEC_REAL_ID 0.0
CP_CON 155 133 IEC_REAL_ID 0.0
CP_CON 155 134 IEC_REAL_ID 282.0
CP_CON 155 141 IEC_REAL_ID 100.0
CP_CON 155 140 IEC_REAL_ID 0.0
CP_CON 155 155 IEC_REAL_ID 0.0
CP_CON 155 156 IEC_REAL_ID 282.0
CP_CON 155 163 IEC_REAL_ID 100.0
CP_CON 155 162 IEC_REAL_ID 0.0
CP_CON 234 68 IEC_REAL_ID 560.0
CP_CON 234 67 IEC_REAL_ID 0.0
CP_CON 234 75 IEC_REAL_ID 0.0
CP_CON 234 83 IEC_REAL_ID 0.0
CP_CON 234 76 IEC_REAL_ID 440.0
CP_CON 234 84 IEC_REAL_ID 900.0
CP_LNK CON: 155 112 FBI: 164 108 3 GRA: 164/113,164/113
CP_LNK CON: 155 113 FBI: 164 108 4 GRA: 164/114,164/114
CP_LNK CON: 155 120 FBI: 164 115 4 GRA: 164/121,164/121
CP_LNK CON: 155 119 FBI: 164 115 3 GRA: 164/120,164/120
CP_LNK CON: 155 133 FBI: 164 129 3 GRA: 164/134,164/134
CP_LNK CON: 155 134 FBI: 164 129 4 GRA: 164/135,164/135
CP_LNK CON: 155 141 FBI: 164 136 4 GRA: 164/142,164/142
CP_LNK CON: 155 140 FBI: 164 136 3 GRA: 164/141,164/141
CP_LNK CON: 155 155 FBI: 164 151 3 GRA: 164/156,164/156
CP_LNK CON: 155 156 FBI: 164 151 4 GRA: 164/157,164/157
CP_LNK CON: 155 163 FBI: 164 158 4 GRA: 164/164,164/164
CP_LNK CON: 155 162 FBI: 164 158 3 GRA: 164/163,164/163
CP_LNK FBI: 91 42 12 GVI: 102 55 GRA: 102/56,102/56
CP_LNK FBI: 91 42 11 GVI: 102 54 GRA: 102/55,102/55
CP_LNK FBI: 91 42 10 GVI: 102 53 GRA: 102/54,102/54
CP_LNK FBI: 91 42 9 GVI: 102 52 GRA: 102/53,102/53
CP_LNK FBI: 91 42 8 GVI: 102 51 GRA: 102/52,102/52
CP_LNK GVI: 82 59 FBI: 91 42 16 GRA: 91/60,91/60
CP_LNK GVI: 82 64 FBI: 91 42 21 GRA: 91/65,91/65
CP_LNK FBI: 91 42 15 GVI: 102 58 GRA: 102/59,102/59
CP_LNK FBI: 91 42 14 GVI: 102 57 GRA: 102/58,102/58
CP_LNK FBI: 91 42 4 GVI: 102 47 GRA: 102/48,102/48
CP_LNK FBI: 91 42 2 GVI: 102 45 GRA: 102/46,102/46
CP_LNK GVI: 82 62 FBI: 91 42 19 GRA: 91/63,91/63
CP_LNK GVI: 82 61 FBI: 91 42 18 GRA: 91/62,91/62
CP_LNK GVI: 82 60 FBI: 91 42 17 GRA: 91/61,91/61
CP_LNK GVI: 82 58 FBI: 91 42 15 GRA: 91/59,91/59
CP_LNK GVI: 82 57 FBI: 91 42 14 GRA: 91/58,91/58
CP_LNK GVI: 82 55 FBI: 91 42 12 GRA: 91/56,91/56
CP_LNK GVI: 82 54 FBI: 91 42 11 GRA: 91/55,91/55
CP_LNK GVI: 82 53 FBI: 91 42 10 GRA: 91/54,91/54
CP_LNK GVI: 82 52 FBI: 91 42 9 GRA: 91/53,91/53
CP_LNK GVI: 82 51 FBI: 91 42 8 GRA: 91/52,91/52
CP_LNK GVI: 82 49 FBI: 91 42 6 GRA: 91/50,91/50
CP_LNK GVI: 82 48 FBI: 91 42 5 GRA: 91/49,91/49
CP_LNK GVI: 82 47 FBI: 91 42 4 GRA: 91/48,91/48
CP_LNK GVI: 82 45 FBI: 91 42 2 GRA: 91/46,91/46
CP_LNK GVI: 232 11 FBI: 241 8 2 GRA: 241/12,241/12
CP_LNK FBI: 166 42 12 GVI: 177 55 GRA: 177/56,177/56
CP_LNK FBI: 166 42 11 GVI: 177 54 GRA: 177/55,177/55
CP_LNK FBI: 166 42 10 GVI: 177 53 GRA: 177/54,177/54
CP_LNK FBI: 166 42 9 GVI: 177 52 GRA: 177/53,177/53
CP_LNK FBI: 166 42 8 GVI: 177 51 GRA: 177/52,177/52
CP_LNK GVI: 157 59 FBI: 166 42 16 GRA: 166/60,166/60
CP_LNK GVI: 157 64 FBI: 166 42 21 GRA: 166/65,166/65
CP_LNK FBI: 166 42 15 GVI: 177 58 GRA: 177/59,177/59
CP_LNK FBI: 166 42 14 GVI: 177 57 GRA: 177/58,177/58
CP_LNK FBI: 166 42 4 GVI: 177 47 GRA: 177/48,177/48
CP_LNK FBI: 166 42 2 GVI: 177 45 GRA: 177/46,177/46
CP_LNK GVI: 157 62 FBI: 166 42 19 GRA: 166/63,166/63
CP_LNK GVI: 157 61 FBI: 166 42 18 GRA: 166/62,166/62
CP_LNK GVI: 157 60 FBI: 166 42 17 GRA: 166/61,166/61
CP_LNK GVI: 157 58 FBI: 166 42 15 GRA: 166/59,166/59
CP_LNK GVI: 157 57 FBI: 166 42 14 GRA: 166/58,166/58
CP_LNK GVI: 157 55 FBI: 166 42 12 GRA: 166/56,166/56
CP_LNK GVI: 157 54 FBI: 166 42 11 GRA: 166/55,166/55
CP_LNK GVI: 157 53 FBI: 166 42 10 GRA: 166/54,166/54
CP_LNK GVI: 157 52 FBI: 166 42 9 GRA: 166/53,166/53
CP_LNK GVI: 157 51 FBI: 166 42 8 GRA: 166/52,166/52
CP_LNK GVI: 157 49 FBI: 166 42 6 GRA: 166/50,166/50
CP_LNK GVI: 157 48 FBI: 166 42 5 GRA: 166/49,166/49
CP_LNK GVI: 157 47 FBI: 166 42 4 GRA: 166/48,166/48
CP_LNK GVI: 157 45 FBI: 166 42 2 GRA: 166/46,166/46
CP_LNK FBI: 166 8 12 GVI: 177 21 GRA: 177/22,177/22
CP_LNK FBI: 166 8 11 GVI: 177 20 GRA: 177/21,177/21
CP_LNK FBI: 166 8 10 GVI: 177 19 GRA: 177/20,177/20
CP_LNK FBI: 166 8 9 GVI: 177 18 GRA: 177/19,177/19
CP_LNK FBI: 166 8 8 GVI: 177 17 GRA: 177/18,177/18
CP_LNK GVI: 157 25 FBI: 166 8 16 GRA: 166/26,166/26
CP_LNK GVI: 157 30 FBI: 166 8 21 GRA: 166/31,166/31
CP_LNK FBI: 166 8 15 GVI: 177 24 GRA: 177/25,177/25
CP_LNK FBI: 166 8 14 GVI: 177 23 GRA: 177/24,177/24
CP_LNK FBI: 166 8 4 GVI: 177 13 GRA: 177/14,177/14
CP_LNK FBI: 166 8 2 GVI: 177 11 GRA: 177/12,177/12
CP_LNK GVI: 157 28 FBI: 166 8 19 GRA: 166/29,166/29
CP_LNK GVI: 157 27 FBI: 166 8 18 GRA: 166/28,166/28
CP_LNK GVI: 157 26 FBI: 166 8 17 GRA: 166/27,166/27
CP_LNK GVI: 157 24 FBI: 166 8 15 GRA: 166/25,166/25
CP_LNK GVI: 157 23 FBI: 166 8 14 GRA: 166/24,166/24
CP_LNK GVI: 157 21 FBI: 166 8 12 GRA: 166/22,166/22
CP_LNK GVI: 157 20 FBI: 166 8 11 GRA: 166/21,166/21
CP_LNK GVI: 157 19 FBI: 166 8 10 GRA: 166/20,166/20
CP_LNK GVI: 157 18 FBI: 166 8 9 GRA: 166/19,166/19
CP_LNK GVI: 157 17 FBI: 166 8 8 GRA: 166/18,166/18
CP_LNK GVI: 157 15 FBI: 166 8 6 GRA: 166/16,166/16
CP_LNK GVI: 157 14 FBI: 166 8 5 GRA: 166/15,166/15
CP_LNK GVI: 157 11 FBI: 166 8 2 GRA: 166/12,166/12
CP_LNK FBI: 164 158 3 GVI: 172 162 GRA: 172/163,172/163
CP_LNK GVI: 155 161 FBI: 164 158 2 GRA: 164/162,164/162
CP_LNK FBI: 164 151 3 GVI: 172 155 GRA: 172/156,172/156
CP_LNK GVI: 155 154 FBI: 164 151 2 GRA: 164/155,164/155
CP_LNK FBI: 164 136 3 GVI: 172 140 GRA: 172/141,172/141
CP_LNK FBI: 164 129 3 GVI: 172 133 GRA: 172/134,172/134
CP_LNK GVI: 155 139 FBI: 164 136 2 GRA: 164/140,164/140
CP_LNK GVI: 155 132 FBI: 164 129 2 GRA: 164/133,164/133
CP_LNK FBI: 164 115 3 GVI: 172 119 GRA: 172/120,172/120
CP_LNK GVI: 155 118 FBI: 164 115 2 GRA: 164/119,164/119
CP_LNK FBI: 164 108 3 GVI: 172 112 GRA: 172/113,172/113
CP_LNK GVI: 155 111 FBI: 164 108 2 GRA: 164/112,164/112
CP_LNK FBI: 17 140 12 GVI: 28 153 GRA: 28/154,28/154
CP_LNK FBI: 17 140 11 GVI: 28 152 GRA: 28/153,28/153
CP_LNK FBI: 17 140 10 GVI: 28 151 GRA: 28/152,28/152
CP_LNK FBI: 17 140 9 GVI: 28 150 GRA: 28/151,28/151
CP_LNK FBI: 17 140 8 GVI: 28 149 GRA: 28/150,28/150
CP_LNK GVI: 8 157 FBI: 17 140 16 GRA: 17/158,17/158
CP_LNK GVI: 8 162 FBI: 17 140 21 GRA: 17/163,17/163
CP_LNK FBI: 17 140 15 GVI: 28 156 GRA: 28/157,28/157
CP_LNK FBI: 17 140 14 GVI: 28 155 GRA: 28/156,28/156
CP_LNK FBI: 17 140 4 GVI: 28 145 GRA: 28/146,28/146
CP_LNK FBI: 17 140 2 GVI: 28 143 GRA: 28/144,28/144
CP_LNK GVI: 8 160 FBI: 17 140 19 GRA: 17/161,17/161
CP_LNK GVI: 8 159 FBI: 17 140 18 GRA: 17/160,17/160
CP_LNK GVI: 8 158 FBI: 17 140 17 GRA: 17/159,17/159
CP_LNK GVI: 8 156 FBI: 17 140 15 GRA: 17/157,17/157
CP_LNK GVI: 8 155 FBI: 17 140 14 GRA: 17/156,17/156
CP_LNK GVI: 8 153 FBI: 17 140 12 GRA: 17/154,17/154
CP_LNK GVI: 8 152 FBI: 17 140 11 GRA: 17/153,17/153
CP_LNK GVI: 8 151 FBI: 17 140 10 GRA: 17/152,17/152
CP_LNK GVI: 8 150 FBI: 17 140 9 GRA: 17/151,17/151
CP_LNK GVI: 8 149 FBI: 17 140 8 GRA: 17/150,17/150
CP_LNK GVI: 8 147 FBI: 17 140 6 GRA: 17/148,17/148
CP_LNK GVI: 8 146 FBI: 17 140 5 GRA: 17/147,17/147
CP_LNK GVI: 8 145 FBI: 17 140 4 GRA: 17/146,17/146
CP_LNK GVI: 8 143 FBI: 17 140 2 GRA: 17/144,17/144
CP_LNK FBI: 17 108 12 GVI: 28 121 GRA: 28/122,28/122
CP_LNK FBI: 17 108 11 GVI: 28 120 GRA: 28/121,28/121
CP_LNK FBI: 17 108 10 GVI: 28 119 GRA: 28/120,28/120
CP_LNK FBI: 17 108 9 GVI: 28 118 GRA: 28/119,28/119
CP_LNK FBI: 17 108 8 GVI: 28 117 GRA: 28/118,28/118
CP_LNK GVI: 8 125 FBI: 17 108 16 GRA: 17/126,17/126
CP_LNK GVI: 8 130 FBI: 17 108 21 GRA: 17/131,17/131
CP_LNK FBI: 17 108 15 GVI: 28 124 GRA: 28/125,28/125
CP_LNK FBI: 17 108 14 GVI: 28 123 GRA: 28/124,28/124
CP_LNK FBI: 17 108 4 GVI: 28 113 GRA: 28/114,28/114
CP_LNK FBI: 17 108 2 GVI: 28 111 GRA: 28/112,28/112
CP_LNK GVI: 8 128 FBI: 17 108 19 GRA: 17/129,17/129
CP_LNK GVI: 8 127 FBI: 17 108 18 GRA: 17/128,17/128
CP_LNK GVI: 8 126 FBI: 17 108 17 GRA: 17/127,17/127
CP_LNK GVI: 8 124 FBI: 17 108 15 GRA: 17/125,17/125
CP_LNK GVI: 8 123 FBI: 17 108 14 GRA: 17/124,17/124
CP_LNK GVI: 8 121 FBI: 17 108 12 GRA: 17/122,17/122
CP_LNK GVI: 8 120 FBI: 17 108 11 GRA: 17/121,17/121
CP_LNK GVI: 8 119 FBI: 17 108 10 GRA: 17/120,17/120
CP_LNK GVI: 8 118 FBI: 17 108 9 GRA: 17/119,17/119
CP_LNK GVI: 8 117 FBI: 17 108 8 GRA: 17/118,17/118
CP_LNK GVI: 8 115 FBI: 17 108 6 GRA: 17/116,17/116
CP_LNK GVI: 8 114 FBI: 17 108 5 GRA: 17/115,17/115
CP_LNK GVI: 8 113 FBI: 17 108 4 GRA: 17/114,17/114
CP_LNK GVI: 8 111 FBI: 17 108 2 GRA: 17/112,17/112
CP_LNK FBI: 241 8 12 GVI: 252 21 GRA: 252/22,252/22
CP_LNK FBI: 241 8 11 GVI: 252 20 GRA: 252/21,252/21
CP_LNK FBI: 241 8 10 GVI: 252 19 GRA: 252/20,252/20
CP_LNK FBI: 241 8 9 GVI: 252 18 GRA: 252/19,252/19
CP_LNK FBI: 241 8 8 GVI: 252 17 GRA: 252/18,252/18
CP_LNK GVI: 232 25 FBI: 241 8 16 GRA: 241/26,241/26
CP_LNK GVI: 232 30 FBI: 241 8 21 GRA: 241/31,241/31
CP_LNK FBI: 241 8 15 GVI: 252 24 GRA: 252/25,252/25
CP_LNK FBI: 241 8 14 GVI: 252 23 GRA: 252/24,252/24
CP_LNK FBI: 241 8 4 GVI: 252 13 GRA: 252/14,252/14
CP_LNK FBI: 241 8 2 GVI: 252 11 GRA: 252/12,252/12
CP_LNK GVI: 232 28 FBI: 241 8 19 GRA: 241/29,241/29
CP_LNK GVI: 232 27 FBI: 241 8 18 GRA: 241/28,241/28
CP_LNK GVI: 232 26 FBI: 241 8 17 GRA: 241/27,241/27
CP_LNK GVI: 232 24 FBI: 241 8 15 GRA: 241/25,241/25
CP_LNK GVI: 232 23 FBI: 241 8 14 GRA: 241/24,241/24
CP_LNK GVI: 232 21 FBI: 241 8 12 GRA: 241/22,241/22
CP_LNK GVI: 232 20 FBI: 241 8 11 GRA: 241/21,241/21
CP_LNK GVI: 232 19 FBI: 241 8 10 GRA: 241/20,241/20
CP_LNK GVI: 232 18 FBI: 241 8 9 GRA: 241/19,241/19
CP_LNK GVI: 232 17 FBI: 241 8 8 GRA: 241/18,241/18
CP_LNK GVI: 232 15 FBI: 241 8 6 GRA: 241/16,241/16
CP_LNK GVI: 232 14 FBI: 241 8 5 GRA: 241/15,241/15
CP_LNK GVI: 232 13 FBI: 241 8 4 GRA: 241/14,241/14
CP_LNK FBI: 91 8 12 GVI: 102 21 GRA: 102/22,102/22
CP_LNK FBI: 91 8 11 GVI: 102 20 GRA: 102/21,102/21
CP_LNK FBI: 91 8 10 GVI: 102 19 GRA: 102/20,102/20
CP_LNK FBI: 91 8 9 GVI: 102 18 GRA: 102/19,102/19
CP_LNK FBI: 91 8 8 GVI: 102 17 GRA: 102/18,102/18
CP_LNK GVI: 82 25 FBI: 91 8 16 GRA: 91/26,91/26
CP_LNK GVI: 82 30 FBI: 91 8 21 GRA: 91/31,91/31
CP_LNK FBI: 91 8 15 GVI: 102 24 GRA: 102/25,102/25
CP_LNK FBI: 91 8 14 GVI: 102 23 GRA: 102/24,102/24
CP_LNK FBI: 91 8 4 GVI: 102 13 GRA: 102/14,102/14
CP_LNK FBI: 91 8 2 GVI: 102 11 GRA: 102/12,102/12
CP_LNK GVI: 82 28 FBI: 91 8 19 GRA: 91/29,91/29
CP_LNK GVI: 82 27 FBI: 91 8 18 GRA: 91/28,91/28
CP_LNK GVI: 82 26 FBI: 91 8 17 GRA: 91/27,91/27
CP_LNK GVI: 82 24 FBI: 91 8 15 GRA: 91/25,91/25
CP_LNK GVI: 82 23 FBI: 91 8 14 GRA: 91/24,91/24
CP_LNK GVI: 82 21 FBI: 91 8 12 GRA: 91/22,91/22
CP_LNK GVI: 82 20 FBI: 91 8 11 GRA: 91/21,91/21
CP_LNK GVI: 82 19 FBI: 91 8 10 GRA: 91/20,91/20
CP_LNK GVI: 82 18 FBI: 91 8 9 GRA: 91/19,91/19
CP_LNK GVI: 82 17 FBI: 91 8 8 GRA: 91/18,91/18
CP_LNK GVI: 82 15 FBI: 91 8 6 GRA: 91/16,91/16
CP_LNK GVI: 82 14 FBI: 91 8 5 GRA: 91/15,91/15
CP_LNK GVI: 82 13 FBI: 91 8 4 GRA: 91/14,91/14
CP_LNK GVI: 82 11 FBI: 91 8 2 GRA: 91/12,91/12
CP_LNK FBI: 16 42 12 GVI: 27 55 GRA: 27/56,27/56
CP_LNK FBI: 16 42 11 GVI: 27 54 GRA: 27/55,27/55
CP_LNK FBI: 16 42 10 GVI: 27 53 GRA: 27/54,27/54
CP_LNK FBI: 16 42 9 GVI: 27 52 GRA: 27/53,27/53
CP_LNK FBI: 16 42 8 GVI: 27 51 GRA: 27/52,27/52
CP_LNK GVI: 7 59 FBI: 16 42 16 GRA: 16/60,16/60
CP_LNK GVI: 7 64 FBI: 16 42 21 GRA: 16/65,16/65
CP_LNK FBI: 16 42 15 GVI: 27 58 GRA: 27/59,27/59
CP_LNK FBI: 16 42 14 GVI: 27 57 GRA: 27/58,27/58
CP_LNK FBI: 16 42 4 GVI: 27 47 GRA: 27/48,27/48
CP_LNK FBI: 16 42 2 GVI: 27 45 GRA: 27/46,27/46
CP_LNK GVI: 7 62 FBI: 16 42 19 GRA: 16/63,16/63
CP_LNK GVI: 7 61 FBI: 16 42 18 GRA: 16/62,16/62
CP_LNK GVI: 7 60 FBI: 16 42 17 GRA: 16/61,16/61
CP_LNK GVI: 7 58 FBI: 16 42 15 GRA: 16/59,16/59
CP_LNK GVI: 7 57 FBI: 16 42 14 GRA: 16/58,16/58
CP_LNK GVI: 7 55 FBI: 16 42 12 GRA: 16/56,16/56
CP_LNK GVI: 7 54 FBI: 16 42 11 GRA: 16/55,16/55
CP_LNK GVI: 7 53 FBI: 16 42 10 GRA: 16/54,16/54
CP_LNK GVI: 7 52 FBI: 16 42 9 GRA: 16/53,16/53
CP_LNK GVI: 7 51 FBI: 16 42 8 GRA: 16/52,16/52
CP_LNK GVI: 7 49 FBI: 16 42 6 GRA: 16/50,16/50
CP_LNK GVI: 7 48 FBI: 16 42 5 GRA: 16/49,16/49
CP_LNK GVI: 7 47 FBI: 16 42 4 GRA: 16/48,16/48
CP_LNK GVI: 7 45 FBI: 16 42 2 GRA: 16/46,16/46
CP_LNK FBI: 16 8 12 GVI: 27 21 GRA: 27/22,27/22
CP_LNK FBI: 16 8 11 GVI: 27 20 GRA: 27/21,27/21
CP_LNK FBI: 16 8 10 GVI: 27 19 GRA: 27/20,27/20
CP_LNK FBI: 16 8 9 GVI: 27 18 GRA: 27/19,27/19
CP_LNK FBI: 16 8 8 GVI: 27 17 GRA: 27/18,27/18
CP_LNK GVI: 7 25 FBI: 16 8 16 GRA: 16/26,16/26
CP_LNK GVI: 7 30 FBI: 16 8 21 GRA: 16/31,16/31
CP_LNK FBI: 16 8 15 GVI: 27 24 GRA: 27/25,27/25
CP_LNK FBI: 16 8 14 GVI: 27 23 GRA: 27/24,27/24
CP_LNK FBI: 16 8 4 GVI: 27 13 GRA: 27/14,27/14
CP_LNK FBI: 16 8 2 GVI: 27 11 GRA: 27/12,27/12
CP_LNK GVI: 7 28 FBI: 16 8 19 GRA: 16/29,16/29
CP_LNK GVI: 7 27 FBI: 16 8 18 GRA: 16/28,16/28
CP_LNK GVI: 7 26 FBI: 16 8 17 GRA: 16/27,16/27
CP_LNK GVI: 7 24 FBI: 16 8 15 GRA: 16/25,16/25
CP_LNK GVI: 7 23 FBI: 16 8 14 GRA: 16/24,16/24
CP_LNK GVI: 7 21 FBI: 16 8 12 GRA: 16/22,16/22
CP_LNK GVI: 7 20 FBI: 16 8 11 GRA: 16/21,16/21
CP_LNK GVI: 7 19 FBI: 16 8 10 GRA: 16/20,16/20
CP_LNK GVI: 7 18 FBI: 16 8 9 GRA: 16/19,16/19
CP_LNK GVI: 7 17 FBI: 16 8 8 GRA: 16/18,16/18
CP_LNK GVI: 7 15 FBI: 16 8 6 GRA: 16/16,16/16
CP_LNK GVI: 7 14 FBI: 16 8 5 GRA: 16/15,16/15
CP_LNK GVI: 7 13 FBI: 16 8 4 GRA: 16/14,16/14
CP_LNK GVI: 7 11 FBI: 16 8 2 GRA: 16/12,16/12
CP_LNK GVI: 157 13 FBI: 166 8 4 GRA: 166/14,166/14
CP_LNK FBI: 92 108 4 GVI: 103 113 GRA: 103/114,103/114
CP_LNK GVI: 83 130 FBI: 92 108 21 GRA: 92/131,92/131
CP_LNK GVI: 83 113 FBI: 92 108 4 GRA: 92/114,92/114
CP_LNK GVI: 83 114 FBI: 92 108 5 GRA: 92/115,92/115
CP_LNK GVI: 83 115 FBI: 92 108 6 GRA: 92/116,92/116
CP_LNK GVI: 245 45 FBI: 254 42 2 GRA: 254/46,254/46
CP_LNK FBI: 254 42 2 GVI: 264 45 GRA: 264/46,264/46
CP_LNK FBI: 254 42 3 GVI: 264 46 GRA: 264/47,264/47
CP_LNK FBI: 254 42 4 GVI: 264 47 GRA: 264/48,264/48
CP_LNK GVI: 234 66 FBI: 243 63 2 GRA: 243/67,243/67
CP_LNK GVI: 234 74 FBI: 243 71 2 GRA: 243/75,243/75
CP_LNK GVI: 234 82 FBI: 243 79 2 GRA: 243/83,243/83
CP_LNK CON: 234 68 FBI: 243 63 4 GRA: 243/69,243/69
CP_LNK CON: 234 67 FBI: 243 63 3 GRA: 243/68,243/68
CP_LNK CON: 234 75 FBI: 243 71 3 GRA: 243/76,243/76
CP_LNK CON: 234 83 FBI: 243 79 3 GRA: 243/84,243/84
CP_LNK CON: 234 76 FBI: 243 71 4 GRA: 243/77,243/77
CP_LNK CON: 234 84 FBI: 243 79 4 GRA: 243/85,243/85
CP_LNK GVI: 253 68 FBI: 262 64 3 GRA: 262/69,262/69
CP_LNK FBI: 243 63 3 FBI: 262 64 2 GRA: 250/68,262/68
CP_LNK FBI: 274 71 2 GVI: 282 74 GRA: 282/75,282/75
CP_LNK FBI: 262 64 2 FBI: 274 71 2 GRA: 270/68,272/68,272/75,274/75
CP_LNK GVI: 253 76 FBI: 262 72 3 GRA: 262/77,262/77
CP_LNK GVI: 253 84 FBI: 262 80 3 GRA: 262/85,262/85
CP_LNK FBI: 243 71 3 FBI: 262 72 2 GRA: 250/76,262/76
CP_LNK FBI: 243 79 3 FBI: 262 80 2 GRA: 250/84,262/84
CP_LNK FBI: 262 72 2 FBI: 274 71 3 GRA: 270/76,274/76
CP_LNK FBI: 262 80 2 FBI: 274 71 4 GRA: 270/84,272/84,272/77,274/77
CP_SEC "Primair_Alarm" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 28 EXEC: 6 TEXT:
CP_COM LEFT: 2 RIGHT: 26 TOP: 31 BOT: 35 TEXT:
...TXF ************************************************************
...TXT Alarmen primair verzameld van:
...TXT Distributie: schakelpunten/leidingkarakteristiek (1)
...TXT ************************************************************
CP_COM LEFT: 38 RIGHT: 56 TOP: 3 BOT: 7 TEXT:
...TXF *********************************************
...TXT Alarmen primair verzameld van:
...TXT Distributie: Drukketels en leidingbreuk
...TXT *********************************************
CP_COM LEFT: 2 RIGHT: 17 TOP: 2 BOT: 6 TEXT:
...TXF ************************************
...TXT Alarmen primair verzameld van:
...TXT Distributie: Kelders
...TXT ************************************
CP_COM LEFT: 3 RIGHT: 27 TOP: 61 BOT: 65 TEXT:
...TXF ***********************************************************
...TXT Alarmen primair verzameld van:
...TXT Distributie: schakelpunten/leidingkarakteristiek (2)
...TXT ***********************************************************
CP_COM LEFT: 38 RIGHT: 56 TOP: 31 BOT: 35 TEXT:
...TXF *********************************************
...TXT Alarmen primair verzameld van:
...TXT Distributie: Hulpprocessen
...TXT *********************************************
CP_COM LEFT: 41 RIGHT: 65 TOP: 61 BOT: 64 TEXT:
...TXF ***********************************************************
...TXT Verzameling primaire alarmen
...TXT ***********************************************************
CP_DBI "STORING" 16 35 CODID: 1 NAME: "FBI_28_1" TEXT:
CP_DBI "STORING" 17 65 CODID: 2 NAME: "FBI_28_2" TEXT:
CP_DBI "STORING" 52 7 CODID: 3 NAME: "FBI_28_3" TEXT:
CP_DBI "STORING" 16 7 CODID: 4 NAME: "FBI_28_4" TEXT:
CP_DBI "STORING" 52 35 CODID: 5 NAME: "FBI_28_5" TEXT:
CP_FBI "OR_BOOL" 54 66 CODID: 6 NAME: ".28.6" DRAW: 3 TEXT:
CP_GVI NAMED_VAR: "PLC3_P501_AlwPri" 7 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_AlwPri" 7 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_AlwPri" 7 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_AlwPri" 7 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_AlwPri" 7 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_AlwPri" 7 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_AlwPri" 7 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_AlwPri" 7 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_AlwPri" 7 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_AlwPri" 7 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_AlwPri" 7 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_AlwPri" 7 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV512_AlwPri" 7 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_AlwPri" 7 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_AlwPri" 7 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 7 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_AlwPri" 8 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 8 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_AlwPri" 43 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_AlwPri" 43 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwPri_Verzameld1" 26 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_AlwPri" 43 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_AlwPri" 43 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_AlwPri" 43 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_AlwPri" 43 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LS500_AlwPri" 43 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL50002_AlwPri" 43 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH60101_AlwPri" 7 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL60102_AlwPri" 7 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_AlwPri" 7 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_AlwPri" 7 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_AlwPri" 7 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_AlwPri" 7 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_AlwPri" 7 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LS500_AlwPri" 43 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL50002_AlwPri" 43 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwPri_Verzameld2" 26 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_AlwPri_Verzameld3" 27 68 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_AlwPri_Verzameld4" 62 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_AlwPri_Verzameld5" 62 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LA651_AlwPri" 43 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA652_AlwPri" 43 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_AlwPri" 43 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V67501_AlwPri" 43 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V67502_AlwPri" 43 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PA676_AlwPri" 43 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwPri_Verzameld3" 45 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwPri_Verzameld2" 45 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwPri_Verzameld1" 45 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwPri_Verzameld4" 45 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwPri_Verzameld5" 45 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_PrimairAlarm" 62 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 7 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 43 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 43 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_AlwPri" 7 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlgStor_AlwPri" 43 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_AlwPri" 43 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67301_AlwPri" 43 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK02_AlwPri" 43 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK01_AlwPri" 7 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK03_AlwPri" 8 83 FP_IO_OUTPUT
CP_LNK GVI: 7 38 FBI: 16 35 2 GRA: 16/39,16/39
CP_LNK GVI: 7 39 FBI: 16 35 3 GRA: 16/40,16/40
CP_LNK GVI: 7 40 FBI: 16 35 4 GRA: 16/41,16/41
CP_LNK GVI: 7 41 FBI: 16 35 5 GRA: 16/42,16/42
CP_LNK GVI: 7 42 FBI: 16 35 6 GRA: 16/43,16/43
CP_LNK GVI: 7 43 FBI: 16 35 7 GRA: 16/44,16/44
CP_LNK GVI: 7 44 FBI: 16 35 8 GRA: 16/45,16/45
CP_LNK GVI: 7 45 FBI: 16 35 9 GRA: 16/46,16/46
CP_LNK GVI: 7 47 FBI: 16 35 11 GRA: 16/48,16/48
CP_LNK GVI: 7 48 FBI: 16 35 12 GRA: 16/49,16/49
CP_LNK GVI: 7 49 FBI: 16 35 13 GRA: 16/50,16/50
CP_LNK GVI: 7 50 FBI: 16 35 14 GRA: 16/51,16/51
CP_LNK GVI: 7 51 FBI: 16 35 15 GRA: 16/52,16/52
CP_LNK GVI: 7 52 FBI: 16 35 16 GRA: 16/53,16/53
CP_LNK GVI: 7 53 FBI: 16 35 17 GRA: 16/54,16/54
CP_LNK GVI: 7 55 FBI: 16 35 19 GRA: 16/56,16/56
CP_LNK GVI: 8 68 FBI: 17 65 2 GRA: 17/69,17/69
CP_LNK GVI: 8 85 FBI: 17 65 19 GRA: 17/86,17/86
CP_LNK GVI: 43 10 FBI: 52 7 2 GRA: 52/11,52/11
CP_LNK GVI: 43 11 FBI: 52 7 3 GRA: 52/12,52/12
CP_LNK FBI: 16 7 2 GVI: 26 10 GRA: 26/11,26/11
CP_LNK GVI: 43 12 FBI: 52 7 4 GRA: 52/13,52/13
CP_LNK GVI: 43 13 FBI: 52 7 5 GRA: 52/14,52/14
CP_LNK GVI: 43 14 FBI: 52 7 6 GRA: 52/15,52/15
CP_LNK GVI: 43 15 FBI: 52 7 7 GRA: 52/16,52/16
CP_LNK GVI: 43 25 FBI: 52 7 17 GRA: 52/26,52/26
CP_LNK GVI: 43 24 FBI: 52 7 16 GRA: 52/25,52/25
CP_LNK GVI: 7 10 FBI: 16 7 2 GRA: 16/11,16/11
CP_LNK GVI: 7 11 FBI: 16 7 3 GRA: 16/12,16/12
CP_LNK GVI: 7 12 FBI: 16 7 4 GRA: 16/13,16/13
CP_LNK GVI: 7 13 FBI: 16 7 5 GRA: 16/14,16/14
CP_LNK GVI: 7 14 FBI: 16 7 6 GRA: 16/15,16/15
CP_LNK GVI: 7 15 FBI: 16 7 7 GRA: 16/16,16/16
CP_LNK GVI: 7 16 FBI: 16 7 8 GRA: 16/17,16/17
CP_LNK GVI: 43 53 FBI: 52 35 17 GRA: 52/54,52/54
CP_LNK GVI: 43 52 FBI: 52 35 16 GRA: 52/53,52/53
CP_LNK FBI: 16 35 2 GVI: 26 38 GRA: 26/39,26/39
CP_LNK FBI: 17 65 2 GVI: 27 68 GRA: 27/69,27/69
CP_LNK FBI: 52 7 2 GVI: 62 10 GRA: 62/11,62/11
CP_LNK FBI: 52 35 2 GVI: 62 38 GRA: 62/39,62/39
CP_LNK GVI: 43 38 FBI: 52 35 2 GRA: 52/39,52/39
CP_LNK GVI: 43 39 FBI: 52 35 3 GRA: 52/40,52/40
CP_LNK GVI: 43 40 FBI: 52 35 4 GRA: 52/41,52/41
CP_LNK GVI: 43 41 FBI: 52 35 5 GRA: 52/42,52/42
CP_LNK GVI: 43 42 FBI: 52 35 6 GRA: 52/43,52/43
CP_LNK GVI: 43 43 FBI: 52 35 7 GRA: 52/44,52/44
CP_LNK GVI: 45 71 FBI: 54 66 4 GRA: 54/72,54/72
CP_LNK GVI: 45 70 FBI: 54 66 3 GRA: 54/71,54/71
CP_LNK GVI: 45 69 FBI: 54 66 2 GRA: 54/70,54/70
CP_LNK GVI: 45 72 FBI: 54 66 5 GRA: 54/73,54/73
CP_LNK GVI: 45 73 FBI: 54 66 6 GRA: 54/74,54/74
CP_LNK FBI: 54 66 2 GVI: 62 69 GRA: 62/70,62/70
CP_LNK GVI: 7 27 FBI: 16 7 19 GRA: 16/28,16/28
CP_LNK GVI: 43 27 FBI: 52 7 19 GRA: 52/28,52/28
CP_LNK GVI: 43 55 FBI: 52 35 19 GRA: 52/56,52/56
CP_LNK GVI: 7 46 FBI: 16 35 10 GRA: 16/47,16/47
CP_LNK GVI: 43 23 FBI: 52 7 15 GRA: 52/24,52/24
CP_LNK GVI: 43 17 FBI: 52 7 9 GRA: 52/18,52/18
CP_LNK GVI: 43 16 FBI: 52 7 8 GRA: 52/17,52/17
CP_LNK GVI: 43 22 FBI: 52 7 14 GRA: 52/23,52/23
CP_LNK GVI: 7 25 FBI: 16 7 17 GRA: 16/26,16/26
CP_LNK GVI: 8 83 FBI: 17 65 17 GRA: 17/84,17/84
CP_SEC "Secundair_Alarm" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 29 EXEC: 7 TEXT:
CP_COM LEFT: 41 RIGHT: 65 TOP: 61 BOT: 64 TEXT:
...TXF ***********************************************************
...TXT Verzameling secundair alarmen
...TXT ***********************************************************
CP_COM LEFT: 38 RIGHT: 56 TOP: 31 BOT: 35 TEXT:
...TXF *********************************************
...TXT Alarmen secundair verzameld van:
...TXT Distributie: Hulpprocessen
...TXT *********************************************
CP_COM LEFT: 3 RIGHT: 27 TOP: 61 BOT: 65 TEXT:
...TXF ***********************************************************
...TXT Alarmen secundair verzameld van:
...TXT Distributie: schakelpunten/leidingkarakteristiek (2)
...TXT ***********************************************************
CP_COM LEFT: 2 RIGHT: 17 TOP: 2 BOT: 6 TEXT:
...TXF ************************************
...TXT Alarmen secundair verzameld van:
...TXT Distributie: Kelders
...TXT ************************************
CP_COM LEFT: 38 RIGHT: 56 TOP: 3 BOT: 7 TEXT:
...TXF *********************************************
...TXT Alarmen secundair verzameld van:
...TXT Distributie: Drukketels en leidingbreuk
...TXT *********************************************
CP_COM LEFT: 2 RIGHT: 26 TOP: 31 BOT: 35 TEXT:
...TXF ************************************************************
...TXT Alarmen secundair verzameld van:
...TXT Distributie: schakelpunten/leidingkarakteristiek (1)
...TXT ************************************************************
CP_DBI "STORING" 16 35 CODID: 1 NAME: "FBI_29_1" TEXT:
CP_DBI "STORING" 17 65 CODID: 2 NAME: "FBI_29_2" TEXT:
CP_DBI "STORING" 52 7 CODID: 3 NAME: "FBI_29_3" TEXT:
CP_DBI "STORING" 16 7 CODID: 4 NAME: "FBI_29_4" TEXT:
CP_DBI "STORING" 52 35 CODID: 5 NAME: "FBI_29_5" TEXT:
CP_FBI "OR_BOOL" 54 66 CODID: 6 NAME: ".29.6" DRAW: 3 TEXT:
CP_GVI NAMED_VAR: "PLC3_Accept" 8 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 7 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH60101_AlwSec" 7 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL60102_AlwSec" 7 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_AlwSec" 7 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_AlwSec" 7 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_AlwSec" 7 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_AlwSec" 7 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_AlwSec" 7 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwSec_Verzameld1" 26 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_AlwSec" 7 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_AlwSec" 43 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_AlwSec" 43 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_AlwSec" 43 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_AlwSec" 43 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_AlwSec" 43 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_AlwSec" 43 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_AlwSec" 43 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL50002_AlwSec" 43 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LS500_AlwSec" 43 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwSec_Verzameld4" 62 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_AlwSec" 7 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_AlwSec" 7 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_AlwSec" 7 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_AlwSec" 7 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_AlwSec" 7 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_AlwSec" 7 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_AlwSec" 7 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_AlwSec" 7 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_AlwSec" 7 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_AlwSec" 7 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_AlwSec" 7 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV512_AlwSec" 7 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_AlwSec" 7 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_AlwSec" 7 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA651_AlwSec" 43 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA652_AlwSec" 43 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_AlwSec" 43 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V67501_AlwSec" 43 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V67502_AlwSec" 43 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PA676_AlwSec" 43 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_NSA99101_AlwSec" 43 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_NSA99102_AlwSec" 43 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL50002_AlwSec" 43 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LS500_AlwSec" 43 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwSec_Verzameld5" 62 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_QIT60101_AlwSec" 8 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwSec_Verzameld1" 45 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwSec_Verzameld2" 45 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwSec_Verzameld3" 45 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwSec_Verzameld4" 45 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AlwSec_Verzameld5" 45 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_SecundairAlarm" 62 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_AlwSec_Verzameld2" 26 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_AlwSec_Verzameld3" 27 68 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 43 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 7 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 43 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_AlwSec" 7 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK01_AlwSec" 7 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_AK02_AlwSec" 43 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK03_AlwSec" 8 83 FP_IO_OUTPUT
CP_LNK GVI: 8 85 FBI: 17 65 19 GRA: 17/86,17/86
CP_LNK GVI: 7 55 FBI: 16 35 19 GRA: 16/56,16/56
CP_LNK GVI: 7 10 FBI: 16 7 2 GRA: 16/11,16/11
CP_LNK GVI: 7 11 FBI: 16 7 3 GRA: 16/12,16/12
CP_LNK GVI: 7 12 FBI: 16 7 4 GRA: 16/13,16/13
CP_LNK GVI: 7 13 FBI: 16 7 5 GRA: 16/14,16/14
CP_LNK GVI: 7 14 FBI: 16 7 6 GRA: 16/15,16/15
CP_LNK GVI: 7 15 FBI: 16 7 7 GRA: 16/16,16/16
CP_LNK GVI: 7 16 FBI: 16 7 8 GRA: 16/17,16/17
CP_LNK FBI: 16 7 2 GVI: 26 10 GRA: 26/11,26/11
CP_LNK GVI: 7 38 FBI: 16 35 2 GRA: 16/39,16/39
CP_LNK GVI: 43 10 FBI: 52 7 2 GRA: 52/11,52/11
CP_LNK GVI: 43 11 FBI: 52 7 3 GRA: 52/12,52/12
CP_LNK GVI: 43 12 FBI: 52 7 4 GRA: 52/13,52/13
CP_LNK GVI: 43 13 FBI: 52 7 5 GRA: 52/14,52/14
CP_LNK GVI: 43 14 FBI: 52 7 6 GRA: 52/15,52/15
CP_LNK GVI: 43 15 FBI: 52 7 7 GRA: 52/16,52/16
CP_LNK GVI: 43 16 FBI: 52 7 8 GRA: 52/17,52/17
CP_LNK GVI: 43 24 FBI: 52 7 16 GRA: 52/25,52/25
CP_LNK GVI: 43 25 FBI: 52 7 17 GRA: 52/26,52/26
CP_LNK FBI: 52 7 2 GVI: 62 10 GRA: 62/11,62/11
CP_LNK GVI: 7 39 FBI: 16 35 3 GRA: 16/40,16/40
CP_LNK GVI: 7 40 FBI: 16 35 4 GRA: 16/41,16/41
CP_LNK GVI: 7 41 FBI: 16 35 5 GRA: 16/42,16/42
CP_LNK GVI: 7 42 FBI: 16 35 6 GRA: 16/43,16/43
CP_LNK GVI: 7 43 FBI: 16 35 7 GRA: 16/44,16/44
CP_LNK GVI: 7 44 FBI: 16 35 8 GRA: 16/45,16/45
CP_LNK GVI: 7 45 FBI: 16 35 9 GRA: 16/46,16/46
CP_LNK GVI: 7 47 FBI: 16 35 11 GRA: 16/48,16/48
CP_LNK GVI: 7 48 FBI: 16 35 12 GRA: 16/49,16/49
CP_LNK GVI: 7 49 FBI: 16 35 13 GRA: 16/50,16/50
CP_LNK GVI: 7 50 FBI: 16 35 14 GRA: 16/51,16/51
CP_LNK GVI: 7 51 FBI: 16 35 15 GRA: 16/52,16/52
CP_LNK GVI: 7 52 FBI: 16 35 16 GRA: 16/53,16/53
CP_LNK GVI: 7 53 FBI: 16 35 17 GRA: 16/54,16/54
CP_LNK GVI: 43 38 FBI: 52 35 2 GRA: 52/39,52/39
CP_LNK GVI: 43 39 FBI: 52 35 3 GRA: 52/40,52/40
CP_LNK GVI: 43 40 FBI: 52 35 4 GRA: 52/41,52/41
CP_LNK GVI: 43 41 FBI: 52 35 5 GRA: 52/42,52/42
CP_LNK GVI: 43 42 FBI: 52 35 6 GRA: 52/43,52/43
CP_LNK GVI: 43 43 FBI: 52 35 7 GRA: 52/44,52/44
CP_LNK GVI: 43 44 FBI: 52 35 8 GRA: 52/45,52/45
CP_LNK GVI: 43 45 FBI: 52 35 9 GRA: 52/46,52/46
CP_LNK GVI: 43 52 FBI: 52 35 16 GRA: 52/53,52/53
CP_LNK GVI: 43 53 FBI: 52 35 17 GRA: 52/54,52/54
CP_LNK FBI: 52 35 2 GVI: 62 38 GRA: 62/39,62/39
CP_LNK GVI: 8 68 FBI: 17 65 2 GRA: 17/69,17/69
CP_LNK GVI: 45 69 FBI: 54 66 2 GRA: 54/70,54/70
CP_LNK GVI: 45 70 FBI: 54 66 3 GRA: 54/71,54/71
CP_LNK GVI: 45 71 FBI: 54 66 4 GRA: 54/72,54/72
CP_LNK GVI: 45 72 FBI: 54 66 5 GRA: 54/73,54/73
CP_LNK GVI: 45 73 FBI: 54 66 6 GRA: 54/74,54/74
CP_LNK FBI: 54 66 2 GVI: 62 69 GRA: 62/70,62/70
CP_LNK FBI: 16 35 2 GVI: 26 38 GRA: 26/39,26/39
CP_LNK FBI: 17 65 2 GVI: 27 68 GRA: 27/69,27/69
CP_LNK GVI: 43 55 FBI: 52 35 19 GRA: 52/56,52/56
CP_LNK GVI: 7 27 FBI: 16 7 19 GRA: 16/28,16/28
CP_LNK GVI: 43 27 FBI: 52 7 19 GRA: 52/28,52/28
CP_LNK GVI: 7 46 FBI: 16 35 10 GRA: 16/47,16/47
CP_LNK GVI: 7 25 FBI: 16 7 17 GRA: 16/26,16/26
CP_LNK GVI: 43 22 FBI: 52 7 14 GRA: 52/23,52/23
CP_LNK GVI: 8 83 FBI: 17 65 17 GRA: 17/84,17/84
CP_SEC "Communicatie" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 27 EXEC: 8 TEXT:
CP_COM LEFT: 2 RIGHT: 16 TOP: 2 BOT: 5 TEXT: ***********************************
...TXT Data van PLC 1
...TXT ***********************************
CP_COM LEFT: 77 RIGHT: 91 TOP: 2 BOT: 5 TEXT: ***********************************
...TXT Data van PLC 2
...TXT ***********************************
CP_COM LEFT: 152 RIGHT: 166 TOP: 2 BOT: 5 TEXT: ***********************************
...TXT Data van PLC 4
...TXT ***********************************
CP_COM LEFT: 228 RIGHT: 242 TOP: 2 BOT: 5 TEXT: ***********************************
...TXT Data van PLC 5
...TXT ***********************************
CP_COM LEFT: 2 RIGHT: 16 TOP: 52 BOT: 55 TEXT: ***********************************
...TXT Data naar PLC 1
...TXT ***********************************
CP_COM LEFT: 77 RIGHT: 91 TOP: 52 BOT: 55 TEXT: ***********************************
...TXT Data naar PLC 2
...TXT ***********************************
CP_COM LEFT: 152 RIGHT: 166 TOP: 52 BOT: 55 TEXT: ***********************************
...TXT Data naar PLC 4
...TXT ***********************************
CP_COM LEFT: 228 RIGHT: 242 TOP: 52 BOT: 55 TEXT: ***********************************
...TXT Data naar PLC 5
...TXT ***********************************
CP_COM LEFT: 3 RIGHT: 17 TOP: 102 BOT: 105 TEXT:
...TXF ***********************************
...TXT Watchdog PLC 1 <-> PLC 3
...TXT ***********************************
CP_COM LEFT: 3 RIGHT: 17 TOP: 115 BOT: 118 TEXT:
...TXF ***********************************
...TXT Watchdog PLC 2 <-> PLC 3
...TXT ***********************************
CP_COM LEFT: 3 RIGHT: 17 TOP: 128 BOT: 131 TEXT:
...TXF ***********************************
...TXT Watchdog PLC 4 <-> PLC 3
...TXT ***********************************
CP_COM LEFT: 3 RIGHT: 17 TOP: 141 BOT: 144 TEXT:
...TXF ***********************************
...TXT Watchdog PLC 5 <-> PLC 3
...TXT ***********************************
CP_COM LEFT: 3 RIGHT: 20 TOP: 156 BOT: 159 TEXT:
...TXF ******************************************
...TXT Time-out communicatie ethernet
...TXT ******************************************
CP_FBI "WORD_TO_BIT" 20 6 CODID: 1 NAME: "FBI_27_1" TEXT:
CP_FBI "WORD_TO_BIT" 94 6 CODID: 2 NAME: "FBI_27_2" TEXT:
CP_FBI "WORD_TO_BIT" 168 6 CODID: 3 NAME: "FBI_27_3" TEXT:
CP_FBI "WORD_TO_BIT" 243 6 CODID: 4 NAME: "FBI_27_4" TEXT:
CP_FBI "BIT_TO_WORD" 20 56 CODID: 5 NAME: ".27.5" TEXT:
CP_FBI "BIT_TO_WORD" 94 56 CODID: 6 NAME: ".27.6" TEXT:
CP_FBI "BIT_TO_WORD" 167 56 CODID: 7 NAME: ".27.7" TEXT:
CP_FBI "BIT_TO_WORD" 243 56 CODID: 8 NAME: ".27.8" TEXT:
CP_FBI "OR_BOOL" 17 164 CODID: 13 NAME: ".27.21" DRAW: 2 TEXT:
CP_DBI "CBW_SLA" 14 146 CODID: 12 NAME: "FBI_27_22" TEXT:
CP_DBI "CBW_SLA" 14 133 CODID: 11 NAME: "FBI_27_23" TEXT:
CP_DBI "CBW_SLA" 14 120 CODID: 10 NAME: "FBI_27_24" TEXT:
CP_DBI "CBW_SLA" 14 107 CODID: 9 NAME: "FBI_27_25" TEXT:
CP_FBI "MOVE" 20 78 CODID: 14 NAME: ".27.26" ANY: IEC_REAL_ID TEXT:
CP_FBI "MOVE" 171 27 CODID: 15 NAME: ".27.27" ANY: IEC_INT_ID TEXT:
CP_GVI NAMED_VAR: "PLC1_Cmd_Watchdog" 30 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_Cmd_Watchdog" 104 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_Cmd_Watchdog" 253 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Watchdog" 5 110 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_Cmd_Watchdog" 5 123 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_Cmd_Watchdog" 5 149 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CommWrd1_van_PLC1" 11 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CommWrd1_van_PLC2" 85 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CommWrd1_van_PLC4" 159 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CommWrd1_van_PLC5" 234 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Watchdog1" 11 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CommWrd1_naar_PLC1" 30 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Watchdog2" 85 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CommWrd1_naar_PLC2" 104 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Watchdog4" 158 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CommWrd1_naar_PLC4" 177 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Watchdog5" 234 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CommWrd1_naar_PLC5" 253 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Watchdog1" 25 110 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_TimeOut_met_PLC1" 25 111 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Watchdog2" 25 123 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_TimeOut_met_PLC2" 25 124 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC4_Cmd_Watchdog" 5 136 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Watchdog4" 25 136 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_TimeOut_met_PLC4" 25 137 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Watchdog5" 25 149 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_TimeOut_met_PLC5" 25 150 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokkeerProductie" 11 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokkeerProductie" 234 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokkeerSpoelen" 85 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokkeerDistributie" 158 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_PrimairAlarm" 158 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_SecundairAlarm" 158 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_Cmd_Watchdog" 178 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC4_Netwachters_In" 178 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_TimeOut_met_PLC5" 8 170 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_TimeOut_met_PLC4" 8 169 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_TimeOut_met_PLC2" 8 168 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_TimeOut_met_PLC1" 8 167 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "TimeOut_Communicatie_Ethernet" 25 167 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 158 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 234 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 85 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 11 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CommReal1_naar_PLC1" 27 81 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Meetw" 11 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail1_Vrijgave" 178 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail2_Vrijgave" 178 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail1_Vrijgave" 178 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail2_Vrijgave" 178 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_CommInt1_van_PLC4" 162 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_Sync_StatBed" 178 30 FP_IO_INPUT
CP_CON 5 111 IEC_TIME_ID T#120s
CP_CON 5 124 IEC_TIME_ID T#120s
CP_CON 5 137 IEC_TIME_ID T#120s
CP_CON 5 150 IEC_TIME_ID T#120s
CP_LNK FBI: 20 6 2 GVI: 30 9 GRA: 30/10,30/10
CP_LNK FBI: 94 6 2 GVI: 104 9 GRA: 104/10,104/10
CP_LNK FBI: 243 6 2 GVI: 253 9 GRA: 253/10,253/10
CP_LNK GVI: 5 110 FBI: 14 107 2 GRA: 14/111,14/111
CP_LNK CON: 5 111 FBI: 14 107 3 GRA: 14/112,14/112
CP_LNK CON: 5 124 FBI: 14 120 3 GRA: 14/125,14/125
CP_LNK CON: 5 137 FBI: 14 133 3 GRA: 14/138,14/138
CP_LNK CON: 5 150 FBI: 14 146 3 GRA: 14/151,14/151
CP_LNK GVI: 5 123 FBI: 14 120 2 GRA: 14/124,14/124
CP_LNK GVI: 5 149 FBI: 14 146 2 GRA: 14/150,14/150
CP_LNK GVI: 11 9 FBI: 20 6 2 GRA: 20/10,20/10
CP_LNK GVI: 85 9 FBI: 94 6 2 GRA: 94/10,94/10
CP_LNK GVI: 159 9 FBI: 168 6 2 GRA: 168/10,168/10
CP_LNK GVI: 234 9 FBI: 243 6 2 GRA: 243/10,243/10
CP_LNK GVI: 11 59 FBI: 20 56 2 GRA: 20/60,20/60
CP_LNK FBI: 20 56 2 GVI: 30 59 GRA: 30/60,30/60
CP_LNK GVI: 85 59 FBI: 94 56 2 GRA: 94/60,94/60
CP_LNK FBI: 94 56 2 GVI: 104 59 GRA: 104/60,104/60
CP_LNK GVI: 158 59 FBI: 167 56 2 GRA: 167/60,167/60
CP_LNK FBI: 167 56 2 GVI: 177 59 GRA: 177/60,177/60
CP_LNK GVI: 234 59 FBI: 243 56 2 GRA: 243/60,243/60
CP_LNK FBI: 243 56 2 GVI: 253 59 GRA: 253/60,253/60
CP_LNK FBI: 14 107 2 GVI: 25 110 GRA: 25/111,25/111
CP_LNK FBI: 14 107 3 GVI: 25 111 GRA: 25/112,25/112
CP_LNK FBI: 14 120 2 GVI: 25 123 GRA: 25/124,25/124
CP_LNK FBI: 14 120 3 GVI: 25 124 GRA: 25/125,25/125
CP_LNK GVI: 5 136 FBI: 14 133 2 GRA: 14/137,14/137
CP_LNK FBI: 14 133 2 GVI: 25 136 GRA: 25/137,25/137
CP_LNK FBI: 14 133 3 GVI: 25 137 GRA: 25/138,25/138
CP_LNK FBI: 14 146 2 GVI: 25 149 GRA: 25/150,25/150
CP_LNK FBI: 14 146 3 GVI: 25 150 GRA: 25/151,25/151
CP_LNK GVI: 11 74 FBI: 20 56 17 GRA: 20/75,20/75
CP_LNK GVI: 234 74 FBI: 243 56 17 GRA: 243/75,243/75
CP_LNK GVI: 85 74 FBI: 94 56 17 GRA: 94/75,94/75
CP_LNK GVI: 158 74 FBI: 167 56 17 GRA: 167/75,167/75
CP_LNK GVI: 158 63 FBI: 167 56 6 GRA: 167/64,167/64
CP_LNK GVI: 158 64 FBI: 167 56 7 GRA: 167/65,167/65
CP_LNK FBI: 168 6 2 GVI: 178 9 GRA: 178/10,178/10
CP_LNK FBI: 168 6 3 GVI: 178 10 GRA: 178/11,178/11
CP_LNK GVI: 8 170 FBI: 17 164 5 GRA: 17/171,17/171
CP_LNK GVI: 8 169 FBI: 17 164 4 GRA: 17/170,17/170
CP_LNK GVI: 8 168 FBI: 17 164 3 GRA: 17/169,17/169
CP_LNK GVI: 8 167 FBI: 17 164 2 GRA: 17/168,17/168
CP_LNK FBI: 17 164 2 GVI: 25 167 GRA: 25/168,25/168
CP_LNK GVI: 158 73 FBI: 167 56 16 GRA: 167/74,167/74
CP_LNK GVI: 234 73 FBI: 243 56 16 GRA: 243/74,243/74
CP_LNK GVI: 85 73 FBI: 94 56 16 GRA: 94/74,94/74
CP_LNK GVI: 11 73 FBI: 20 56 16 GRA: 20/74,20/74
CP_LNK FBI: 20 78 2 GVI: 27 81 GRA: 27/82,27/82
CP_LNK GVI: 11 81 FBI: 20 78 2 GRA: 20/82,20/82
CP_LNK FBI: 168 6 4 GVI: 178 11 GRA: 178/12,178/12
CP_LNK FBI: 168 6 5 GVI: 178 12 GRA: 178/13,178/13
CP_LNK FBI: 168 6 6 GVI: 178 13 GRA: 178/14,178/14
CP_LNK FBI: 168 6 7 GVI: 178 14 GRA: 178/15,178/15
CP_LNK GVI: 162 30 FBI: 171 27 2 GRA: 171/31,171/31
CP_LNK FBI: 171 27 2 GVI: 178 30 GRA: 178/31,178/31
CP_SEC "Rapportage" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 30 EXEC: 9 TEXT:
CP_COM LEFT: 80 RIGHT: 89 TOP: 2 BOT: 5 TEXT: **********************
...TXT Bedrijfsuren P501
...TXT **********************
CP_COM LEFT: 80 RIGHT: 89 TOP: 12 BOT: 15 TEXT: **********************
...TXT Bedrijfsuren P502
...TXT **********************
CP_COM LEFT: 80 RIGHT: 89 TOP: 22 BOT: 25 TEXT: **********************
...TXT Bedrijfsuren P503
...TXT **********************
CP_COM LEFT: 113 RIGHT: 122 TOP: 2 BOT: 5 TEXT: **********************
...TXT kWh-uren P501
...TXT **********************
CP_COM LEFT: 113 RIGHT: 122 TOP: 12 BOT: 15 TEXT: **********************
...TXT kWh-uren P502
...TXT **********************
CP_COM LEFT: 113 RIGHT: 122 TOP: 22 BOT: 25 TEXT: **********************
...TXT kWh-uren P503
...TXT **********************
CP_COM LEFT: 2 RIGHT: 15 TOP: 3 BOT: 7 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-513-01
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 2 RIGHT: 15 TOP: 27 BOT: 31 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-513-02
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 2 RIGHT: 18 TOP: 49 BOT: 52 TEXT:
...TXF ***************************************
...TXT Debiettelling totaal debiet Altena
...TXT ***************************************
CP_COM LEFT: 2 RIGHT: 21 TOP: 65 BOT: 68 TEXT:
...TXF **********************************************
...TXT Minimale en maximale druk PIT-513-02
...TXT **********************************************
CP_COM LEFT: 115 RIGHT: 124 TOP: 4 BOT: 8 TEXT: **********************
...TXT puls niet voorzien
...TXT in IO lijst
...TXT **********************
CP_COM LEFT: 152 RIGHT: 202 TOP: 2 BOT: 8 TEXT:
...TXF ***************************************************************************************************************************
...TXT Bepaling laatste status van de ditributiepompen per dag.
...TXT 
...TXT Hier wordt alleen een wijziging in de status gerapporteerd baar SCADA.
...TXT In SCADA wordt bepaald wanneer de laatste wijziging van die dag is geweest en de bijbehorende status.
...TXT ***************************************************************************************************************************
CP_DBI "MWMINMAX" 26 71 CODID: 2 NAME: "FBI_30_2" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/7
CP_DBI "TOT_HRS" 91 2 CODID: 3 NAME: "FBI_30_3" TEXT:
CP_DBI "TOT_KWH" 126 3 CODID: 4 NAME: "FBI_30_4" TEXT:
CP_DBI "TOT_M3" 53 12 CODID: 8 NAME: "FBI_30_5" TEXT:
CP_DBI "TOT_HRS" 91 12 CODID: 9 NAME: "FBI_30_7" TEXT:
CP_DBI "TOT_HRS" 91 22 CODID: 10 NAME: "FBI_30_8" TEXT:
CP_DBI "TOT_KWH" 126 13 CODID: 11 NAME: "FBI_30_10" TEXT:
CP_DBI "TOT_KWH" 126 23 CODID: 12 NAME: "FBI_30_11" TEXT:
CP_FBI "R_TRIG" 34 7 CODID: 5 NAME: "FBI_30_13" TEXT:
CP_FBI "R_TRIG" 34 31 CODID: 13 NAME: "FBI_30_14" TEXT:
CP_DBI "TOT_M3" 53 37 CODID: 16 NAME: "FBI_30_15" TEXT:
CP_FBI "ADD_DINT" 15 53 CODID: 17 NAME: ".30.18" TEXT:
CP_FBI "F_TRIG" 16 71 CODID: 1 NAME: "FBI_30_28" TEXT:
CP_FBI "R_TRIG" 162 11 CODID: 18 NAME: "FBI_30_29" TEXT:
CP_FBI "R_TRIG" 162 16 CODID: 19 NAME: "FBI_30_30" TEXT:
CP_FBI "R_TRIG" 162 22 CODID: 20 NAME: "FBI_30_31" TEXT:
CP_FBI "R_TRIG" 162 27 CODID: 21 NAME: "FBI_30_32" TEXT:
CP_FBI "R_TRIG" 162 33 CODID: 22 NAME: "FBI_30_33" TEXT:
CP_FBI "R_TRIG" 162 38 CODID: 23 NAME: "FBI_30_34" TEXT:
CP_FBI "OR_BOOL" 179 11 CODID: 24 NAME: ".30.37" DRAW: 4 TEXT:
CP_FBI "SR" 196 21 CODID: 25 NAME: "FBI_30_38" TEXT:
CP_FBI "F_TRIG" 15 13 CODID: 6 NAME: "FBI_30_39" TEXT:
CP_FBI "SEL" 34 13 CODID: 7 NAME: ".30.40" ANY: IEC_DINT_ID TEXT:
CP_FBI "F_TRIG" 15 38 CODID: 14 NAME: "FBI_30_41" TEXT:
CP_FBI "SEL" 34 38 CODID: 15 NAME: ".30.42" ANY: IEC_DINT_ID TEXT:
CP_GVI NAMED_VAR: "PLC3_SecPuls_1cyclus" 82 5 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_SecPuls_1cyclus" 82 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_SecPuls_1cyclus" 82 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_Hrs1" 82 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_Hrs1" 101 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Hrs2" 82 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_Hrs2" 101 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_MeldIn" 82 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_MeldIn" 82 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_Hrs1" 82 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_Hrs1" 101 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_Hrs2" 82 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_Hrs2" 101 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_MeldIn" 82 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_Hrs1" 82 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_Hrs1" 101 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_Hrs2" 82 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_Hrs2" 101 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_kWh1" 117 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_kWh1" 136 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_kWh2" 136 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_kWh2" 117 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_kWh1" 117 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_kWh1" 136 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_kWh2" 117 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_kWh2" 136 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_kWh2" 117 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_kWh2" 136 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_kWh1" 136 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_kWh1" 117 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Qtot1" 63 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Qtot2" 44 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Qtot2" 63 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Qtot1" 63 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Qtot2" 44 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Qtot2" 63 43 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Qtot1" 6 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Qtot1" 6 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_TotDeb_Kaatsheuvel" 23 56 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Stat_DagTijd" 17 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_pls_ParTyp" 25 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_pls_ParTyp" 25 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Meetw" 17 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_MeldDrbr" 17 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Scada_ResetRapp" 7 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_Start" 153 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_Start" 153 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_Start" 153 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_Stop" 153 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_Stop" 153 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_Stop" 153 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Status_RWP_Changed" 203 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Status_RWP_ChangeAccepted" 187 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_MaxDruk" 37 74 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_TijdMax" 37 75 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_MinDruk" 37 78 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_TijdMin" 37 79 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_Qtot1" 25 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Scada_ResetRapp" 6 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Scada_ResetRapp" 6 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Qtot1" 25 42 FP_IO_OUTPUT
CP_CON 25 18 IEC_DINT_ID 0
CP_CON 25 43 IEC_DINT_ID 0
CP_LNK FBI: 34 7 2 FBI: 53 12 2 GRA: 41/11,49/11,49/16,53/16
CP_LNK FBI: 34 31 2 FBI: 53 37 2 GRA: 41/35,51/35,51/41,53/41
CP_LNK GVI: 82 5 FBI: 91 2 2 GRA: 91/6,91/6
CP_LNK GVI: 82 15 FBI: 91 12 2 GRA: 91/16,91/16
CP_LNK GVI: 82 25 FBI: 91 22 2 GRA: 91/26,91/26
CP_LNK GVI: 82 8 FBI: 91 2 5 GRA: 91/9,91/9
CP_LNK FBI: 91 2 5 GVI: 101 8 GRA: 101/9,101/9
CP_LNK GVI: 82 9 FBI: 91 2 6 GRA: 91/10,91/10
CP_LNK FBI: 91 2 6 GVI: 101 9 GRA: 101/10,101/10
CP_LNK GVI: 82 6 FBI: 91 2 3 GRA: 91/7,91/7
CP_LNK GVI: 82 16 FBI: 91 12 3 GRA: 91/17,91/17
CP_LNK GVI: 82 18 FBI: 91 12 5 GRA: 91/19,91/19
CP_LNK FBI: 91 12 5 GVI: 101 18 GRA: 101/19,101/19
CP_LNK GVI: 82 19 FBI: 91 12 6 GRA: 91/20,91/20
CP_LNK FBI: 91 12 6 GVI: 101 19 GRA: 101/20,101/20
CP_LNK GVI: 82 26 FBI: 91 22 3 GRA: 91/27,91/27
CP_LNK GVI: 82 28 FBI: 91 22 5 GRA: 91/29,91/29
CP_LNK FBI: 91 22 5 GVI: 101 28 GRA: 101/29,101/29
CP_LNK GVI: 82 29 FBI: 91 22 6 GRA: 91/30,91/30
CP_LNK FBI: 91 22 6 GVI: 101 29 GRA: 101/30,101/30
CP_LNK GVI: 117 8 FBI: 126 3 4 GRA: 126/9,126/9
CP_LNK FBI: 126 3 4 GVI: 136 8 GRA: 136/9,136/9
CP_LNK FBI: 126 3 5 GVI: 136 9 GRA: 136/10,136/10
CP_LNK GVI: 117 9 FBI: 126 3 5 GRA: 126/10,126/10
CP_LNK GVI: 117 18 FBI: 126 13 4 GRA: 126/19,126/19
CP_LNK FBI: 126 13 4 GVI: 136 18 GRA: 136/19,136/19
CP_LNK GVI: 117 19 FBI: 126 13 5 GRA: 126/20,126/20
CP_LNK FBI: 126 13 5 GVI: 136 19 GRA: 136/20,136/20
CP_LNK GVI: 117 29 FBI: 126 23 5 GRA: 126/30,126/30
CP_LNK FBI: 126 23 5 GVI: 136 29 GRA: 136/30,136/30
CP_LNK FBI: 126 23 4 GVI: 136 28 GRA: 136/29,136/29
CP_LNK GVI: 117 28 FBI: 126 23 4 GRA: 126/29,126/29
CP_LNK FBI: 53 12 4 GVI: 63 17 GRA: 63/18,63/18
CP_LNK GVI: 44 18 FBI: 53 12 5 GRA: 53/19,53/19
CP_LNK FBI: 53 12 5 GVI: 63 18 GRA: 63/19,63/19
CP_LNK FBI: 53 37 4 GVI: 63 42 GRA: 63/43,63/43
CP_LNK GVI: 44 43 FBI: 53 37 5 GRA: 53/44,53/44
CP_LNK FBI: 53 37 5 GVI: 63 43 GRA: 63/44,63/44
CP_LNK GVI: 6 56 FBI: 15 53 2 GRA: 15/57,15/57
CP_LNK GVI: 6 57 FBI: 15 53 3 GRA: 15/58,15/58
CP_LNK FBI: 15 53 2 GVI: 23 56 GRA: 23/57,23/57
CP_LNK GVI: 17 77 FBI: 26 71 5 GRA: 26/78,26/78
CP_LNK GVI: 25 34 FBI: 34 31 2 GRA: 34/35,34/35
CP_LNK GVI: 25 10 FBI: 34 7 2 GRA: 34/11,34/11
CP_LNK GVI: 17 76 FBI: 26 71 4 GRA: 26/77,26/77
CP_LNK GVI: 17 79 FBI: 26 71 7 GRA: 26/80,26/80
CP_LNK FBI: 16 71 2 FBI: 26 71 2 GRA: 23/75,26/75
CP_LNK GVI: 7 74 FBI: 16 71 2 GRA: 16/75,16/75
CP_LNK FBI: 162 11 2 FBI: 179 11 2 GRA: 169/15,179/15
CP_LNK FBI: 162 16 2 FBI: 179 11 3 GRA: 169/20,170/20,170/16,179/16
CP_LNK FBI: 162 22 2 FBI: 179 11 4 GRA: 169/26,171/26,171/17,179/17
CP_LNK FBI: 162 27 2 FBI: 179 11 5 GRA: 169/31,172/31,172/18,179/18
CP_LNK FBI: 162 33 2 FBI: 179 11 6 GRA: 169/37,173/37,173/19,179/19
CP_LNK FBI: 162 38 2 FBI: 179 11 7 GRA: 169/42,174/42,174/20,179/20
CP_LNK FBI: 179 11 2 FBI: 196 21 2 GRA: 187/15,194/15,194/25,196/25
CP_LNK GVI: 153 14 FBI: 162 11 2 GRA: 162/15,162/15
CP_LNK GVI: 153 25 FBI: 162 22 2 GRA: 162/26,162/26
CP_LNK GVI: 153 36 FBI: 162 33 2 GRA: 162/37,162/37
CP_LNK GVI: 153 19 FBI: 162 16 2 GRA: 162/20,162/20
CP_LNK GVI: 153 30 FBI: 162 27 2 GRA: 162/31,162/31
CP_LNK GVI: 153 41 FBI: 162 38 2 GRA: 162/42,162/42
CP_LNK FBI: 196 21 2 GVI: 203 24 GRA: 203/25,203/25
CP_LNK GVI: 187 25 FBI: 196 21 3 GRA: 196/26,196/26
CP_LNK FBI: 26 71 2 GVI: 37 74 GRA: 37/75,37/75
CP_LNK FBI: 26 71 3 GVI: 37 75 GRA: 37/76,37/76
CP_LNK FBI: 26 71 6 GVI: 37 78 GRA: 37/79,37/79
CP_LNK FBI: 26 71 7 GVI: 37 79 GRA: 37/80,37/80
CP_LNK FBI: 15 13 2 FBI: 34 13 2 GRA: 22/17,34/17
CP_LNK CON: 25 18 FBI: 34 13 4 GRA: 34/19,34/19
CP_LNK GVI: 25 17 FBI: 34 13 3 GRA: 34/18,34/18
CP_LNK FBI: 34 13 3 FBI: 53 12 4 GRA: 41/18,53/18
CP_LNK GVI: 6 16 FBI: 15 13 2 GRA: 15/17,15/17
CP_LNK FBI: 15 38 2 FBI: 34 38 2 GRA: 22/42,34/42
CP_LNK CON: 25 43 FBI: 34 38 4 GRA: 34/44,34/44
CP_LNK GVI: 6 41 FBI: 15 38 2 GRA: 15/42,15/42
CP_LNK GVI: 25 42 FBI: 34 38 3 GRA: 34/43,34/43
CP_LNK FBI: 34 38 3 FBI: 53 37 4 GRA: 41/43,53/43
CP_SEC "Webbrowser" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 31 EXEC: 10 TEXT:
CP_COM LEFT: 10 RIGHT: 28 TOP: 2 BOT: 6 TEXT:
...TXF *******************************************
...TXT Verzamelstoring t.b.v. Webbrowser
...TXT Schakelpunten/leidingkarakteristiek
...TXT *******************************************
CP_COM LEFT: 40 RIGHT: 58 TOP: 17 BOT: 21 TEXT:
...TXF *******************************************
...TXT Verzamelstoring t.b.v. Webbrowser
...TXT Drukketels
...TXT *******************************************
CP_COM LEFT: 84 RIGHT: 102 TOP: 2 BOT: 6 TEXT:
...TXF *******************************************
...TXT Verzamelstoring t.b.v. Webbrowser
...TXT Leidingbreuk
...TXT *******************************************
CP_COM LEFT: 112 RIGHT: 130 TOP: 17 BOT: 21 TEXT:
...TXF *******************************************
...TXT Verzamelstoring t.b.v. Webbrowser
...TXT Hulpprocessen
...TXT *******************************************
CP_COM LEFT: 193 RIGHT: 211 TOP: 2 BOT: 5 TEXT:
...TXF *******************************************
...TXT Accept / Reset t.b.v. Webbrowser
...TXT *******************************************
CP_COM LEFT: 154 RIGHT: 172 TOP: 2 BOT: 5 TEXT:
...TXF *******************************************
...TXT Verzamelstoring t.b.v. Webbrowser
...TXT *******************************************
CP_COM LEFT: 229 RIGHT: 247 TOP: 2 BOT: 5 TEXT:
...TXF ********************************************
...TXT Voorkeurinstelling Matrix P501-P503
...TXT ********************************************
CP_COM LEFT: 270 RIGHT: 288 TOP: 2 BOT: 5 TEXT:
...TXF ********************************************
...TXT In-meldingen en storingen P501-P503
...TXT ********************************************
CP_COM LEFT: 193 RIGHT: 213 TOP: 29 BOT: 32 TEXT:
...TXF *************************************************
...TXT Keuze bediening Webbrowser / SCADA
...TXT *************************************************
CP_DBI "STORING" 15 8 CODID: 1 NAME: "FBI_31_1" TEXT:
CP_DBI "STORING" 15 31 CODID: 2 NAME: "FBI_31_2" TEXT:
CP_DBI "STORING" 44 23 CODID: 3 NAME: "FBI_31_3" TEXT:
CP_DBI "STORING" 44 46 CODID: 4 NAME: "FBI_31_4" TEXT:
CP_FBI "OR_BOOL" 27 8 CODID: 5 NAME: ".31.5" TEXT:
CP_FBI "OR_BOOL" 56 23 CODID: 6 NAME: ".31.6" TEXT:
CP_FBI "SEL" 206 8 CODID: 7 NAME: ".31.13" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 206 16 CODID: 8 NAME: ".31.14" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 170 8 CODID: 9 NAME: ".31.15" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 170 22 CODID: 10 NAME: ".31.16" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 170 15 CODID: 11 NAME: ".31.17" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 170 29 CODID: 12 NAME: ".31.18" ANY: IEC_INT_ID TEXT:
CP_DBI "STORING" 89 8 CODID: 13 NAME: "FBI_31_19" TEXT:
CP_DBI "STORING" 89 31 CODID: 14 NAME: "FBI_31_20" TEXT:
CP_DBI "STORING" 116 23 CODID: 15 NAME: "FBI_31_21" TEXT:
CP_DBI "STORING" 116 46 CODID: 16 NAME: "FBI_31_22" TEXT:
CP_FBI "OR_BOOL" 101 8 CODID: 17 NAME: ".31.23" TEXT:
CP_FBI "OR_BOOL" 128 23 CODID: 18 NAME: ".31.24" TEXT:
CP_FBI "WORD_TO_BIT" 242 8 CODID: 19 NAME: "FBI_31_25" TEXT:
CP_FBI "WORD_TO_BIT" 242 30 CODID: 20 NAME: "FBI_31_26" TEXT:
CP_FBI "WORD_TO_BIT" 242 52 CODID: 21 NAME: "FBI_31_27" TEXT:
CP_FBI "MOVE" 280 30 CODID: 22 NAME: ".31.28" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 280 8 CODID: 23 NAME: ".31.29" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 280 14 CODID: 24 NAME: ".31.30" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 280 20 CODID: 25 NAME: ".31.31" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 280 36 CODID: 26 NAME: ".31.32" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 280 42 CODID: 27 NAME: ".31.33" ANY: IEC_BOOL_ID TEXT:
CP_FBI "EQ_INT" 203 35 CODID: 28 NAME: ".31.34" TEXT:
CP_GVI NAMED_VAR: "PLC3_Webbrowser_Accept" 197 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_Accept" 213 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_Reset" 197 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_Reset" 213 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Hulpprocessen_VerzStor" 161 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Leidingbreuk_VerzStor" 161 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Schakelp_Leidingk_VerzStor" 161 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_WebBrowser_Stor1" 177 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_WebBrowser_Stor2" 177 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_WebBrowser_Stor3" 177 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_WebBrowser_Stor4" 177 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 197 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 197 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_AlwPri" 6 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_AlwSec" 6 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 6 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 35 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 6 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 35 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 80 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 107 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 80 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 107 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_AlwPri" 35 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_AlwSec" 35 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_AlwPri" 35 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_AlwSec" 35 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_AlwPri" 35 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA67102_AlwSec" 35 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_AlwPri" 35 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_AlwSec" 35 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_AlwPri" 35 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_AlwSec" 35 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67301_AlwPri" 35 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67301_AlwSec" 35 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_AlwPri" 35 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_AlwSec" 35 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LS500_AlwPri" 80 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LS500_AlwSec" 80 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PA676_AlwPri" 107 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PA676_AlwSec" 107 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA651_AlwPri" 107 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA651_AlwSec" 107 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA652_AlwPri" 107 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA652_AlwSec" 107 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_AlwPri" 107 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_AlwSec" 107 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK675_AlwPri" 107 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK675_AlwSec" 107 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V67501_AlwPri" 107 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V67501_AlwSec" 107 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V67502_AlwPri" 107 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V67501_AlwSec" 107 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_PmpStap1" 233 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_VK1_P501" 252 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_VK1_P502" 252 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_VK1_P503" 252 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_PmpStap2" 233 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_VK2_P503" 252 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_VK2_P502" 252 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_VK2_P501" 252 48 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_PmpStap3" 233 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_VK3_P503" 252 68 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_VK3_P502" 252 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_VK3_P501" 252 70 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_TCP_P501Storing" 287 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_TCP_P501In" 287 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_MeldIn" 271 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_MeldIn" 271 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_TCP_P502In" 287 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_MeldIn" 271 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_TCP_P503In" 287 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Storing" 271 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_Storing" 271 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_TCP_P502Storing" 287 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_Storing" 271 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_TCP_P503Storing" 287 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Schakelp_Leidingk_VerzStor" 35 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Drukketels_VerzStor" 64 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Leidingbreuk_VerzStor" 109 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Hulpprocessen_VerzStor" 136 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ProdScada" 210 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_Scada" 194 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Drukketels_VerzStor" 161 18 FP_IO_OUTPUT
CP_CON 197 13 IEC_INT_ID 0
CP_CON 197 21 IEC_INT_ID 0
CP_CON 161 34 IEC_INT_ID 2
CP_CON 161 27 IEC_INT_ID 2
CP_CON 161 20 IEC_INT_ID 2
CP_CON 161 33 IEC_INT_ID 1
CP_CON 161 26 IEC_INT_ID 1
CP_CON 161 19 IEC_INT_ID 1
CP_CON 161 13 IEC_INT_ID 2
CP_CON 161 12 IEC_INT_ID 1
CP_CON 194 39 IEC_INT_ID 0
CP_LNK CON: 197 13 FBI: 206 8 4 GRA: 206/14,206/14
CP_LNK GVI: 197 12 FBI: 206 8 3 GRA: 206/13,206/13
CP_LNK FBI: 206 8 3 GVI: 213 12 GRA: 213/13,213/13
CP_LNK CON: 197 21 FBI: 206 16 4 GRA: 206/22,206/22
CP_LNK GVI: 197 20 FBI: 206 16 3 GRA: 206/21,206/21
CP_LNK FBI: 206 16 3 GVI: 213 20 GRA: 213/21,213/21
CP_LNK CON: 161 34 FBI: 170 29 4 GRA: 170/35,170/35
CP_LNK CON: 161 27 FBI: 170 22 4 GRA: 170/28,170/28
CP_LNK CON: 161 20 FBI: 170 15 4 GRA: 170/21,170/21
CP_LNK CON: 161 33 FBI: 170 29 3 GRA: 170/34,170/34
CP_LNK CON: 161 26 FBI: 170 22 3 GRA: 170/27,170/27
CP_LNK CON: 161 19 FBI: 170 15 3 GRA: 170/20,170/20
CP_LNK CON: 161 13 FBI: 170 8 4 GRA: 170/14,170/14
CP_LNK CON: 161 12 FBI: 170 8 3 GRA: 170/13,170/13
CP_LNK FBI: 44 46 2 FBI: 56 23 3 GRA: 54/50,55/50,55/28,56/28
CP_LNK FBI: 44 23 2 FBI: 56 23 2 GRA: 54/27,56/27
CP_LNK FBI: 15 31 2 FBI: 27 8 3 GRA: 25/35,26/35,26/13,27/13
CP_LNK FBI: 15 8 2 FBI: 27 8 2 GRA: 25/12,27/12
CP_LNK FBI: 116 46 2 FBI: 128 23 3 GRA: 126/50,127/50,127/28,128/28
CP_LNK FBI: 116 23 2 FBI: 128 23 2 GRA: 126/27,128/27
CP_LNK FBI: 89 31 2 FBI: 101 8 3 GRA: 99/35,100/35,100/13,101/13
CP_LNK FBI: 89 8 2 FBI: 101 8 2 GRA: 99/12,101/12
CP_LNK GVI: 161 32 FBI: 170 29 2 GRA: 170/33,170/33
CP_LNK GVI: 161 25 FBI: 170 22 2 GRA: 170/26,170/26
CP_LNK GVI: 161 11 FBI: 170 8 2 GRA: 170/12,170/12
CP_LNK FBI: 170 8 3 GVI: 177 12 GRA: 177/13,177/13
CP_LNK FBI: 170 15 3 GVI: 177 19 GRA: 177/20,177/20
CP_LNK FBI: 170 22 3 GVI: 177 26 GRA: 177/27,177/27
CP_LNK FBI: 170 29 3 GVI: 177 33 GRA: 177/34,177/34
CP_LNK GVI: 197 11 FBI: 206 8 2 GRA: 206/12,206/12
CP_LNK GVI: 197 19 FBI: 206 16 2 GRA: 206/20,206/20
CP_LNK GVI: 6 11 FBI: 15 8 2 GRA: 15/12,15/12
CP_LNK GVI: 6 12 FBI: 15 8 3 GRA: 15/13,15/13
CP_LNK GVI: 6 28 FBI: 15 8 19 GRA: 15/29,15/29
CP_LNK GVI: 35 43 FBI: 44 23 19 GRA: 44/44,44/44
CP_LNK GVI: 6 51 FBI: 15 31 19 GRA: 15/52,15/52
CP_LNK GVI: 35 66 FBI: 44 46 19 GRA: 44/67,44/67
CP_LNK GVI: 80 28 FBI: 89 8 19 GRA: 89/29,89/29
CP_LNK GVI: 107 43 FBI: 116 23 19 GRA: 116/44,116/44
CP_LNK GVI: 80 51 FBI: 89 31 19 GRA: 89/52,89/52
CP_LNK GVI: 107 66 FBI: 116 46 19 GRA: 116/67,116/67
CP_LNK GVI: 35 28 FBI: 44 23 4 GRA: 44/29,44/29
CP_LNK GVI: 35 29 FBI: 44 23 5 GRA: 44/30,44/30
CP_LNK GVI: 35 30 FBI: 44 23 6 GRA: 44/31,44/31
CP_LNK GVI: 35 31 FBI: 44 23 7 GRA: 44/32,44/32
CP_LNK GVI: 35 26 FBI: 44 23 2 GRA: 44/27,44/27
CP_LNK GVI: 35 27 FBI: 44 23 3 GRA: 44/28,44/28
CP_LNK GVI: 35 32 FBI: 44 23 8 GRA: 44/33,44/33
CP_LNK GVI: 35 33 FBI: 44 23 9 GRA: 44/34,44/34
CP_LNK GVI: 35 34 FBI: 44 23 10 GRA: 44/35,44/35
CP_LNK GVI: 35 35 FBI: 44 23 11 GRA: 44/36,44/36
CP_LNK GVI: 35 36 FBI: 44 23 12 GRA: 44/37,44/37
CP_LNK GVI: 35 37 FBI: 44 23 13 GRA: 44/38,44/38
CP_LNK GVI: 35 38 FBI: 44 23 14 GRA: 44/39,44/39
CP_LNK GVI: 35 39 FBI: 44 23 15 GRA: 44/40,44/40
CP_LNK GVI: 80 11 FBI: 89 8 2 GRA: 89/12,89/12
CP_LNK GVI: 80 12 FBI: 89 8 3 GRA: 89/13,89/13
CP_LNK GVI: 107 28 FBI: 116 23 4 GRA: 116/29,116/29
CP_LNK GVI: 107 29 FBI: 116 23 5 GRA: 116/30,116/30
CP_LNK GVI: 107 30 FBI: 116 23 6 GRA: 116/31,116/31
CP_LNK GVI: 107 31 FBI: 116 23 7 GRA: 116/32,116/32
CP_LNK GVI: 107 32 FBI: 116 23 8 GRA: 116/33,116/33
CP_LNK GVI: 107 33 FBI: 116 23 9 GRA: 116/34,116/34
CP_LNK GVI: 107 34 FBI: 116 23 10 GRA: 116/35,116/35
CP_LNK GVI: 107 35 FBI: 116 23 11 GRA: 116/36,116/36
CP_LNK GVI: 107 36 FBI: 116 23 12 GRA: 116/37,116/37
CP_LNK GVI: 107 37 FBI: 116 23 13 GRA: 116/38,116/38
CP_LNK GVI: 107 38 FBI: 116 23 14 GRA: 116/39,116/39
CP_LNK GVI: 107 39 FBI: 116 23 15 GRA: 116/40,116/40
CP_LNK GVI: 107 40 FBI: 116 23 16 GRA: 116/41,116/41
CP_LNK GVI: 107 41 FBI: 116 23 17 GRA: 116/42,116/42
CP_LNK GVI: 233 11 FBI: 242 8 2 GRA: 242/12,242/12
CP_LNK FBI: 242 8 17 GVI: 252 26 GRA: 252/27,252/27
CP_LNK FBI: 242 8 16 GVI: 252 25 GRA: 252/26,252/26
CP_LNK FBI: 242 8 15 GVI: 252 24 GRA: 252/25,252/25
CP_LNK GVI: 233 33 FBI: 242 30 2 GRA: 242/34,242/34
CP_LNK FBI: 242 30 15 GVI: 252 46 GRA: 252/47,252/47
CP_LNK FBI: 242 30 16 GVI: 252 47 GRA: 252/48,252/48
CP_LNK FBI: 242 30 17 GVI: 252 48 GRA: 252/49,252/49
CP_LNK GVI: 233 55 FBI: 242 52 2 GRA: 242/56,242/56
CP_LNK FBI: 242 52 15 GVI: 252 68 GRA: 252/69,252/69
CP_LNK FBI: 242 52 16 GVI: 252 69 GRA: 252/70,252/70
CP_LNK FBI: 242 52 17 GVI: 252 70 GRA: 252/71,252/71
CP_LNK FBI: 280 30 2 GVI: 287 33 GRA: 287/34,287/34
CP_LNK FBI: 280 8 2 GVI: 287 11 GRA: 287/12,287/12
CP_LNK GVI: 271 11 FBI: 280 8 2 GRA: 280/12,280/12
CP_LNK GVI: 271 17 FBI: 280 14 2 GRA: 280/18,280/18
CP_LNK FBI: 280 14 2 GVI: 287 17 GRA: 287/18,287/18
CP_LNK GVI: 271 23 FBI: 280 20 2 GRA: 280/24,280/24
CP_LNK FBI: 280 20 2 GVI: 287 23 GRA: 287/24,287/24
CP_LNK GVI: 271 33 FBI: 280 30 2 GRA: 280/34,280/34
CP_LNK GVI: 271 39 FBI: 280 36 2 GRA: 280/40,280/40
CP_LNK FBI: 280 36 2 GVI: 287 39 GRA: 287/40,287/40
CP_LNK GVI: 271 45 FBI: 280 42 2 GRA: 280/46,280/46
CP_LNK FBI: 280 42 2 GVI: 287 45 GRA: 287/46,287/46
CP_LNK FBI: 27 8 2 GVI: 35 11 GRA: 35/12,35/12
CP_LNK FBI: 56 23 2 GVI: 64 26 GRA: 64/27,64/27
CP_LNK FBI: 101 8 2 GVI: 109 11 GRA: 109/12,109/12
CP_LNK FBI: 128 23 2 GVI: 136 26 GRA: 136/27,136/27
CP_LNK FBI: 203 35 2 GVI: 210 38 GRA: 210/39,210/39
CP_LNK CON: 194 39 FBI: 203 35 3 GRA: 203/40,203/40
CP_LNK GVI: 194 38 FBI: 203 35 2 GRA: 203/39,203/39
CP_LNK GVI: 161 18 FBI: 170 15 2 GRA: 170/19,170/19
CP_SEC "Kelders" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 41 EXEC: 11 TEXT:
CP_COM LEFT: 41 RIGHT: 62 TOP: 3 BOT: 8 TEXT:
...TXF ****************************************************
...TXT LAL-601-02 Laag alarm reinwaterkelders
...TXT Typ: DFB_ANA
...TXT Distributie/opslag
...TXT ****************************************************
CP_COM LEFT: 2 RIGHT: 22 TOP: 3 BOT: 8 TEXT:
...TXF **************************************************
...TXT LAH-601-01 Hoog alarm reinwaterkelders
...TXT Typ: DFB_ANA
...TXT Distributie/opslag
...TXT **************************************************
CP_COM LEFT: 2 RIGHT: 24 TOP: 102 BOT: 107 TEXT:
...TXF *****************************************************
...TXT XV-601-01 Afsluiter meting reinwaterkelder 1
...TXT Typ: DFB_ABS
...TXT Distributie/opslag
...TXT *****************************************************
CP_COM LEFT: 42 RIGHT: 64 TOP: 102 BOT: 107 TEXT:
...TXF *****************************************************
...TXT XV-601-02 Afsluiter meting reinwaterkelder 2
...TXT Typ: DFB_ABS
...TXT Distributie/opslag
...TXT *****************************************************
CP_COM LEFT: 3 RIGHT: 25 TOP: 142 BOT: 147 TEXT:
...TXF *****************************************************
...TXT XV-601-03 Afsluiter meting reinwaterkelder 3
...TXT Typ: DFB_ABS
...TXT Distributie/opslag
...TXT *****************************************************
CP_COM LEFT: 4 RIGHT: 28 TOP: 41 BOT: 46 TEXT:
...TXF **********************************************************
...TXT Blokkering aanvoer/productie:
...TXT - hoog niveaumeting reinwaterkelder LAH-601-01
...TXT - hoog niveau alarm reinwaterkelder LITA-601-02
...TXT **********************************************************
CP_COM LEFT: 4 RIGHT: 28 TOP: 59 BOT: 64 TEXT:
...TXF **********************************************************
...TXT Blokkering afvoer/distributie:
...TXT - laag niveaumeting reinwaterkelder LAL-601-02
...TXT - laag niveau reinwaterkelder LITA-601-02
...TXT **********************************************************
CP_COM LEFT: 3 RIGHT: 27 TOP: 84 BOT: 88 TEXT:
...TXF **********************************************************
...TXT Blokkering spoelen:
...TXT - laag niveau reinwaterkelder LIT-601-01
...TXT **********************************************************
CP_DBI "DFB_DIGA" 15 9 CODID: 1 NAME: "FBI_41_3" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/21
CP_DBI "DFB_DIGA" 53 9 CODID: 2 NAME: "FBI_41_4" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/21
CP_DBI "DFB_ABS" 15 115 CODID: 3 NAME: "FBI_41_5" TEXT:
CP_DBI "DFB_ABS" 52 115 CODID: 4 NAME: "FBI_41_6" TEXT:
CP_DBI "DFB_ABS" 16 155 CODID: 5 NAME: "FBI_41_7" TEXT:
CP_DBI "GRW_LT" 18 65 CODID: 6 NAME: "FBI_41_8" TEXT:
CP_FBI "OR_BOOL" 16 49 CODID: 7 NAME: ".41.9" TEXT:
CP_FBI "OR_BOOL" 19 76 CODID: 8 NAME: ".41.10" TEXT:
CP_FBI "LE_REAL" 19 90 CODID: 9 NAME: ".41.12" TEXT:
CP_FBI "MOVE" 15 108 CODID: 10 NAME: ".41.13" ANY: IEC_BOOL_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "MOVE" 52 108 CODID: 11 NAME: ".41.14" ANY: IEC_BOOL_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "MOVE" 16 148 CODID: 12 NAME: ".41.15" ANY: IEC_BOOL_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_GVI NAMED_VAR: "PLC3_LAH60101_BedWrd" 6 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH60101_PriWrd" 6 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH60101_OndWrd" 6 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH60101_AcofTijd" 6 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH60101_StaWrd" 26 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH60101_AlwPri" 26 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH60101_AlwSec" 26 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH60101_VerzStor" 26 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL60102_BedWrd" 44 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL60102_PriWrd" 44 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL60102_OndWrd" 44 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL60102_AcofTijd" 44 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL60102_StaWrd" 64 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL60102_AlwPri" 64 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL60102_AlwSec" 64 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL60102_VerzStor" 64 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_BedWrd" 6 118 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_VrijO" 6 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_AutoO" 6 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_PriWrd" 6 127 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_OndWrd" 6 128 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_AcofTijd" 6 129 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 6 130 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 6 131 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_StatBed" 26 118 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_StatBedr" 26 119 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_Beschik" 26 121 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_Paraat" 26 122 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_AlwPri" 26 127 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_AlwSec" 26 128 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_Storing" 26 129 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_MeldO" 6 124 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_MeldD" 6 125 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_BedWrd" 43 118 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_VrijO" 43 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_AutoO" 43 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_PriWrd" 43 127 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_OndWrd" 43 128 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_AcofTijd" 43 129 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 43 130 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 43 131 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_StatBed" 63 118 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_StatBedr" 63 119 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_Beschik" 63 121 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_Paraat" 63 122 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_AlwPri" 63 127 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_AlwSec" 63 128 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_Storing" 63 129 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_MeldO" 43 124 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_MeldD" 43 125 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_BedWrd" 7 158 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_VrijO" 7 161 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_AutoO" 7 162 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_PriWrd" 7 167 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_OndWrd" 7 168 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_AcofTijd" 7 169 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 7 170 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 7 171 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_StatBed" 27 158 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_StatBedr" 27 159 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_Beschik" 27 161 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_Paraat" 27 162 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_AlwPri" 27 167 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_AlwSec" 27 168 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_Storing" 27 169 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_MeldO" 7 164 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_MeldD" 7 165 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LITA60102_Str_h" 7 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokkeerProductie" 24 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH60101_H_ParTyp" 6 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH60101_Storing" 26 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH60101_Storing" 7 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Meetw" 9 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Actie1Instelling" 9 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_GRWLT_Vrijgave" 9 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_GRWLT_Meld" 28 68 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL60102_Storing" 10 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_GRWLT_Meld" 10 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_Open" 26 124 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_Sluiten" 26 125 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_Open" 63 124 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_Sluiten" 63 125 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_Open" 27 164 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_Sluiten" 27 165 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL60102_Storing" 64 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL60102_L_ParTyp" 44 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokkeerSpoelen" 27 93 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Meetw" 10 93 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Actie2Instelling" 10 94 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 44 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 44 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 6 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 6 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 6 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60101_AutoO" 22 111 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 43 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60102_AutoO" 59 111 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 7 151 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV60103_AutoO" 23 151 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokkeerDistributie" 27 79 FP_IO_INPUT
CP_CON 9 71 IEC_INT_ID 0
CP_LNK GVI: 6 12 FBI: 15 9 2 GRA: 15/13,15/13
CP_LNK GVI: 6 13 FBI: 15 9 3 GRA: 15/14,15/14
CP_LNK GVI: 6 14 FBI: 15 9 4 GRA: 15/15,15/15
CP_LNK GVI: 6 33 FBI: 15 9 23 GRA: 15/34,15/34
CP_LNK FBI: 15 9 2 GVI: 26 12 GRA: 26/13,26/13
CP_LNK FBI: 15 9 3 GVI: 26 13 GRA: 26/14,26/14
CP_LNK FBI: 15 9 4 GVI: 26 14 GRA: 26/15,26/15
CP_LNK FBI: 15 9 23 GVI: 26 33 GRA: 26/34,26/34
CP_LNK GVI: 44 12 FBI: 53 9 2 GRA: 53/13,53/13
CP_LNK GVI: 44 13 FBI: 53 9 3 GRA: 53/14,53/14
CP_LNK GVI: 44 14 FBI: 53 9 4 GRA: 53/15,53/15
CP_LNK GVI: 44 33 FBI: 53 9 23 GRA: 53/34,53/34
CP_LNK FBI: 53 9 2 GVI: 64 12 GRA: 64/13,64/13
CP_LNK FBI: 53 9 3 GVI: 64 13 GRA: 64/14,64/14
CP_LNK FBI: 53 9 4 GVI: 64 14 GRA: 64/15,64/15
CP_LNK FBI: 53 9 23 GVI: 64 33 GRA: 64/34,64/34
CP_LNK GVI: 6 118 FBI: 15 115 2 GRA: 15/119,15/119
CP_LNK GVI: 6 121 FBI: 15 115 5 GRA: 15/122,15/122
CP_LNK GVI: 6 122 FBI: 15 115 6 GRA: 15/123,15/123
CP_LNK GVI: 6 127 FBI: 15 115 11 GRA: 15/128,15/128
CP_LNK GVI: 6 128 FBI: 15 115 12 GRA: 15/129,15/129
CP_LNK GVI: 6 129 FBI: 15 115 13 GRA: 15/130,15/130
CP_LNK GVI: 6 130 FBI: 15 115 14 GRA: 15/131,15/131
CP_LNK GVI: 6 131 FBI: 15 115 15 GRA: 15/132,15/132
CP_LNK FBI: 15 115 2 GVI: 26 118 GRA: 26/119,26/119
CP_LNK FBI: 15 115 3 GVI: 26 119 GRA: 26/120,26/120
CP_LNK FBI: 15 115 5 GVI: 26 121 GRA: 26/122,26/122
CP_LNK FBI: 15 115 6 GVI: 26 122 GRA: 26/123,26/123
CP_LNK FBI: 15 115 11 GVI: 26 127 GRA: 26/128,26/128
CP_LNK FBI: 15 115 12 GVI: 26 128 GRA: 26/129,26/129
CP_LNK FBI: 15 115 13 GVI: 26 129 GRA: 26/130,26/130
CP_LNK GVI: 6 124 FBI: 15 115 8 GRA: 15/125,15/125
CP_LNK GVI: 6 125 FBI: 15 115 9 GRA: 15/126,15/126
CP_LNK GVI: 43 118 FBI: 52 115 2 GRA: 52/119,52/119
CP_LNK GVI: 43 121 FBI: 52 115 5 GRA: 52/122,52/122
CP_LNK GVI: 43 122 FBI: 52 115 6 GRA: 52/123,52/123
CP_LNK GVI: 43 127 FBI: 52 115 11 GRA: 52/128,52/128
CP_LNK GVI: 43 128 FBI: 52 115 12 GRA: 52/129,52/129
CP_LNK GVI: 43 129 FBI: 52 115 13 GRA: 52/130,52/130
CP_LNK GVI: 43 130 FBI: 52 115 14 GRA: 52/131,52/131
CP_LNK GVI: 43 131 FBI: 52 115 15 GRA: 52/132,52/132
CP_LNK FBI: 52 115 2 GVI: 63 118 GRA: 63/119,63/119
CP_LNK FBI: 52 115 3 GVI: 63 119 GRA: 63/120,63/120
CP_LNK FBI: 52 115 5 GVI: 63 121 GRA: 63/122,63/122
CP_LNK FBI: 52 115 6 GVI: 63 122 GRA: 63/123,63/123
CP_LNK FBI: 52 115 11 GVI: 63 127 GRA: 63/128,63/128
CP_LNK FBI: 52 115 12 GVI: 63 128 GRA: 63/129,63/129
CP_LNK FBI: 52 115 13 GVI: 63 129 GRA: 63/130,63/130
CP_LNK GVI: 43 124 FBI: 52 115 8 GRA: 52/125,52/125
CP_LNK GVI: 43 125 FBI: 52 115 9 GRA: 52/126,52/126
CP_LNK GVI: 7 158 FBI: 16 155 2 GRA: 16/159,16/159
CP_LNK GVI: 7 161 FBI: 16 155 5 GRA: 16/162,16/162
CP_LNK GVI: 7 162 FBI: 16 155 6 GRA: 16/163,16/163
CP_LNK GVI: 7 167 FBI: 16 155 11 GRA: 16/168,16/168
CP_LNK GVI: 7 168 FBI: 16 155 12 GRA: 16/169,16/169
CP_LNK GVI: 7 169 FBI: 16 155 13 GRA: 16/170,16/170
CP_LNK GVI: 7 170 FBI: 16 155 14 GRA: 16/171,16/171
CP_LNK GVI: 7 171 FBI: 16 155 15 GRA: 16/172,16/172
CP_LNK FBI: 16 155 2 GVI: 27 158 GRA: 27/159,27/159
CP_LNK FBI: 16 155 3 GVI: 27 159 GRA: 27/160,27/160
CP_LNK FBI: 16 155 5 GVI: 27 161 GRA: 27/162,27/162
CP_LNK FBI: 16 155 6 GVI: 27 162 GRA: 27/163,27/163
CP_LNK FBI: 16 155 11 GVI: 27 167 GRA: 27/168,27/168
CP_LNK FBI: 16 155 12 GVI: 27 168 GRA: 27/169,27/169
CP_LNK FBI: 16 155 13 GVI: 27 169 GRA: 27/170,27/170
CP_LNK GVI: 7 164 FBI: 16 155 8 GRA: 16/165,16/165
CP_LNK GVI: 7 165 FBI: 16 155 9 GRA: 16/166,16/166
CP_LNK GVI: 7 53 FBI: 16 49 3 GRA: 16/54,16/54
CP_LNK FBI: 16 49 2 GVI: 24 52 GRA: 24/53,24/53
CP_LNK GVI: 6 31 FBI: 15 9 21 GRA: 15/32,15/32
CP_LNK FBI: 15 9 21 GVI: 26 31 GRA: 26/32,26/32
CP_LNK GVI: 7 52 FBI: 16 49 2 GRA: 16/53,16/53
CP_LNK GVI: 9 68 FBI: 18 65 2 GRA: 18/69,18/69
CP_LNK GVI: 9 70 FBI: 18 65 4 GRA: 18/71,18/71
CP_LNK CON: 9 71 FBI: 18 65 5 GRA: 18/72,18/72
CP_LNK GVI: 9 72 FBI: 18 65 6 GRA: 18/73,18/73
CP_LNK FBI: 18 65 2 GVI: 28 68 GRA: 28/69,28/69
CP_LNK GVI: 10 79 FBI: 19 76 2 GRA: 19/80,19/80
CP_LNK GVI: 10 80 FBI: 19 76 3 GRA: 19/81,19/81
CP_LNK FBI: 15 115 8 GVI: 26 124 GRA: 26/125,26/125
CP_LNK FBI: 15 115 9 GVI: 26 125 GRA: 26/126,26/126
CP_LNK FBI: 52 115 8 GVI: 63 124 GRA: 63/125,63/125
CP_LNK FBI: 52 115 9 GVI: 63 125 GRA: 63/126,63/126
CP_LNK FBI: 16 155 8 GVI: 27 164 GRA: 27/165,27/165
CP_LNK FBI: 16 155 9 GVI: 27 165 GRA: 27/166,27/166
CP_LNK FBI: 53 9 21 GVI: 64 31 GRA: 64/32,64/32
CP_LNK GVI: 44 31 FBI: 53 9 21 GRA: 53/32,53/32
CP_LNK FBI: 19 90 2 GVI: 27 93 GRA: 27/94,27/94
CP_LNK GVI: 10 93 FBI: 19 90 2 GRA: 19/94,19/94
CP_LNK GVI: 10 94 FBI: 19 90 3 GRA: 19/95,19/95
CP_LNK GVI: 44 34 FBI: 53 9 24 GRA: 53/35,53/35
CP_LNK GVI: 44 35 FBI: 53 9 25 GRA: 53/36,53/36
CP_LNK GVI: 6 34 FBI: 15 9 24 GRA: 15/35,15/35
CP_LNK GVI: 6 35 FBI: 15 9 25 GRA: 15/36,15/36
CP_LNK GVI: 6 111 FBI: 15 108 2 GRA: 15/112,15/112
CP_LNK FBI: 15 108 2 GVI: 22 111 GRA: 22/112,22/112
CP_LNK GVI: 43 111 FBI: 52 108 2 GRA: 52/112,52/112
CP_LNK FBI: 52 108 2 GVI: 59 111 GRA: 59/112,59/112
CP_LNK GVI: 7 151 FBI: 16 148 2 GRA: 16/152,16/152
CP_LNK FBI: 16 148 2 GVI: 23 151 GRA: 23/152,23/152
CP_LNK FBI: 19 76 2 GVI: 27 79 GRA: 27/80,27/80
CP_SEC "Leidingbreuk" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 35 EXEC: 12 TEXT:
CP_COM LEFT: 153 RIGHT: 180 TOP: 27 BOT: 32 TEXT:
...TXF *******************************************************************
...TXT XV-511-01: Paniek afsluiter zuig reinwater buitenkelder 1
...TXT Typical: DFB_ABS
...TXT Distributie
...TXT *******************************************************************
CP_COM LEFT: 79 RIGHT: 100 TOP: 2 BOT: 9 TEXT:
...TXF ****************************************************
...TXT Voorwaarde openen/sluiten paniek afsluiters
...TXT levering Kaatsheuvel 1/2
...TXT 
...TXT - leidingbreuk
...TXT - water op vloer
...TXT ****************************************************
CP_COM LEFT: 153 RIGHT: 181 TOP: 2 BOT: 7 TEXT:
...TXF ********************************************************************
...TXT XV-510-01: Paniek afsluiter zuig reinwater binnenkelder 1
...TXT Typical: DFB_ABS
...TXT Distributie
...TXT ********************************************************************
CP_COM LEFT: 153 RIGHT: 181 TOP: 51 BOT: 56 TEXT:
...TXF ********************************************************************
...TXT XV-510-02: Paniek afsluiter zuig reinwater binnenkelder 2
...TXT Typical: DFB_ABS
...TXT Distributie
...TXT ********************************************************************
CP_COM LEFT: 229 RIGHT: 256 TOP: 2 BOT: 7 TEXT:
...TXF ******************************************************************
...TXT XV-512: Paniek afsluiter filtraat direct naar buitenkelder
...TXT Typical: DFB_ABS
...TXT Distributie
...TXT ******************************************************************
CP_COM LEFT: 152 RIGHT: 179 TOP: 76 BOT: 81 TEXT:
...TXF *******************************************************************
...TXT XV-511-02: Paniek afsluiter zuig-rein / ruwwater
...TXT Typical: DFB_ABS
...TXT Distributie
...TXT *******************************************************************
CP_COM LEFT: 229 RIGHT: 253 TOP: 27 BOT: 32 TEXT:
...TXF ************************************************************
...TXT XV-513-01: Paniek afsluiter levering Kaatsheuvel 1
...TXT Typical: DFB_ABS
...TXT Distributie
...TXT ************************************************************
CP_COM LEFT: 229 RIGHT: 253 TOP: 52 BOT: 57 TEXT:
...TXF ************************************************************
...TXT XV-513-02: Paniek afsluiter levering Kaatsheuvel 2
...TXT Typical: DFB_ABS
...TXT Distributie
...TXT ************************************************************
CP_COM LEFT: 3 RIGHT: 26 TOP: 2 BOT: 7 TEXT:
...TXF ********************************************************
...TXT LAH-500-01/LAL-500-02 Alarm water op vloer
...TXT Typ: DFB_DIGA
...TXT Distributie
...TXT ********************************************************
CP_COM LEFT: 3 RIGHT: 25 TOP: 42 BOT: 46 TEXT:
...TXF ******************************************************
...TXT Wanneer beide detecties zijn aangesproken, 
...TXT dan Water op Vloer !!
...TXT ******************************************************
CP_DBI "DFB_ABS" 167 7 CODID: 6 NAME: "FBI_35_9" TEXT:
CP_DBI "DFB_ABS" 167 56 CODID: 7 NAME: "FBI_35_10" TEXT:
CP_FBI "AND_BOOL" 16 46 CODID: 1 NAME: ".35.3" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3
CP_FBI "AND_BOOL" 94 51 CODID: 2 NAME: ".35.5" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_DBI "GRW_HT" 94 10 CODID: 3 NAME: "FBI_35_26" TEXT:
CP_DBI "GRW_LT" 94 21 CODID: 4 NAME: "FBI_35_27" TEXT:
CP_FBI "AND_BOOL" 94 33 CODID: 5 NAME: ".35.25" TEXT:
CP_DBI "DFB_ABS" 167 32 CODID: 8 NAME: "FBI_35_11" TEXT:
CP_DBI "DFB_ABS" 167 81 CODID: 9 NAME: "FBI_35_12" TEXT:
CP_DBI "DFB_ABS" 242 7 CODID: 10 NAME: "FBI_35_13" TEXT:
CP_DBI "DFB_ABS" 242 32 CODID: 11 NAME: "FBI_35_14" TEXT:
CP_DBI "DFB_ABS" 242 57 CODID: 12 NAME: "FBI_35_15" TEXT:
CP_DBI "DFB_DIGA" 20 9 CODID: 14 NAME: "FBI_35_16" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/20,FBIPH_INPUT/21
CP_FBI "AND_BOOL" 94 57 CODID: 15 NAME: ".35.18" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 94 63 CODID: 16 NAME: ".35.19" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 94 69 CODID: 17 NAME: ".35.20" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 94 75 CODID: 18 NAME: ".35.21" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 94 81 CODID: 19 NAME: ".35.22" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 94 87 CODID: 20 NAME: ".35.23" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "SR" 105 37 CODID: 21 NAME: "FBI_35_28" TEXT:
CP_FBI "TON" 30 46 CODID: 13 NAME: "FBI_35_29" TEXT:
CP_GVI NAMED_VAR: "PLC3_Totaal_Debiet" 85 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_InstLDBreuk_HHDebiet" 85 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LDBreuk_HHDebiet" 104 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LDBreuk_LLDruk" 104 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LDBreuk_HHDebiet" 85 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LDBreuk_LLDruk" 85 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 85 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_BedWrd" 158 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_VrijO" 158 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_AutoO" 158 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_PriWrd" 158 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_OndWrd" 158 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_AcofTijd" 158 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 158 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 158 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_StatBed" 178 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_StatBedr" 178 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_Beschik" 178 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_Paraat" 178 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_AlwPri" 178 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_AlwSec" 178 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_Storing" 178 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_MeldO" 158 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_BedWrd" 158 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_VrijO" 158 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_AutoO" 158 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_PriWrd" 158 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_OndWrd" 158 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_AcofTijd" 158 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 158 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 158 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_StatBed" 178 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_StatBedr" 178 60 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_Beschik" 178 62 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_Paraat" 178 63 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_AlwPri" 178 68 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_AlwSec" 178 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_Storing" 178 70 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_MeldO" 158 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_MeldD" 158 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_BedWrd" 158 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_VrijO" 158 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_AutoO" 158 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_PriWrd" 158 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_OndWrd" 158 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_AcofTijd" 158 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 158 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 158 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_StatBed" 178 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_StatBedr" 178 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_Beschik" 178 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_Paraat" 178 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_AlwPri" 178 44 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_AlwSec" 178 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_Storing" 178 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_MeldO" 158 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_MeldD" 158 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_BedWrd" 158 84 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_VrijO" 158 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_AutoO" 158 88 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_PriWrd" 158 93 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_OndWrd" 158 94 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_AcofTijd" 158 95 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 158 96 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 158 97 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_StatBed" 178 84 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_StatBedr" 178 85 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_Beschik" 178 87 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_Paraat" 178 88 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_AlwPri" 178 93 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_AlwSec" 178 94 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_Storing" 178 95 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_MeldO" 158 90 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_MeldD" 158 91 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV512_BedWrd" 233 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV512_VrijO" 233 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV512_AutoO" 233 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV512_PriWrd" 233 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV512_OndWrd" 233 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV512_AcofTijd" 233 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 233 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 233 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV512_StatBed" 253 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV512_StatBedr" 253 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV512_Beschik" 253 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV512_Paraat" 253 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV512_AlwPri" 253 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV512_AlwSec" 253 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV512_Storing" 253 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV512_MeldO" 233 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV512_MeldD" 233 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_BedWrd" 233 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_VrijO" 233 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_AutoO" 233 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_PriWrd" 233 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_OndWrd" 233 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_AcofTijd" 233 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 233 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 233 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_StatBed" 253 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_StatBedr" 253 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_Beschik" 253 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_Paraat" 253 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_AlwPri" 253 44 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_AlwSec" 253 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_Storing" 253 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_MeldO" 233 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_MeldD" 233 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_BedWrd" 233 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_VrijO" 233 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_AutoO" 233 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_PriWrd" 233 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_OndWrd" 233 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_AcofTijd" 233 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 233 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 233 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_StatBed" 253 60 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_StatBedr" 253 61 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_Beschik" 253 63 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_Paraat" 253 64 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_AlwPri" 253 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_AlwSec" 253 70 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_Storing" 253 71 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_MeldO" 233 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_MeldD" 233 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH50001_Storing" 31 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_Open" 178 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_Sluiten" 178 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_Open" 178 65 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_Sluiten" 178 66 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_Open" 178 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_Sluiten" 178 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_Open" 178 90 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_Sluiten" 178 91 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV512_Open" 253 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV512_Sluiten" 253 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_Open" 253 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_Sluiten" 253 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_Open" 253 66 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_Sluiten" 253 67 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_AutoO" 103 54 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51002_AutoO" 103 60 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51101_AutoO" 103 66 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51102_AutoO" 103 72 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV512_AutoO" 103 78 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51301_AutoO" 103 84 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV51302_AutoO" 103 90 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 85 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 85 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 85 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 85 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 85 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 85 91 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_TotDeb_GRWHT_Vrijgave" 85 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_InstLDBreuk_LLDruk" 85 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 112 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Scada_VrijgaveLeidingbreuk" 96 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV51001_MeldD" 158 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Meetw" 85 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LS500_BedWrd" 11 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LS500_PriWrd" 11 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LS500_OndWrd" 11 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LS500_AcofTijd" 11 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LS500_StaWrd" 31 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LS500_AlwPri" 31 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LS500_AlwSec" 31 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LS500_VerzStor" 31 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL50002_Storing" 31 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_GRWLT_Vrijgave" 85 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 11 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 11 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 31 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH50001_H_ParTyp" 11 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL50002_L_ParTyp" 11 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH50001_H_ParTyp" 7 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL50002_L_ParTyp" 7 49 FP_IO_OUTPUT
CP_CON 85 16 IEC_INT_ID 0
CP_CON 85 27 IEC_INT_ID 0
CP_CON 85 54 IEC_BOOL_ID 1
CP_CON 85 60 IEC_BOOL_ID 1
CP_CON 85 66 IEC_BOOL_ID 1
CP_CON 85 72 IEC_BOOL_ID 1
CP_CON 85 78 IEC_BOOL_ID 1
CP_CON 85 84 IEC_BOOL_ID 1
CP_CON 85 90 IEC_BOOL_ID 1
CP_CON 21 50 IEC_TIME_ID t#2s
CP_LNK GVI: 85 13 FBI: 94 10 2 GRA: 94/14,94/14
CP_LNK GVI: 85 15 FBI: 94 10 4 GRA: 94/16,94/16
CP_LNK FBI: 94 10 2 GVI: 104 13 GRA: 104/14,104/14
CP_LNK FBI: 94 21 2 GVI: 104 24 GRA: 104/25,104/25
CP_LNK GVI: 85 36 FBI: 94 33 2 GRA: 94/37,94/37
CP_LNK GVI: 85 37 FBI: 94 33 3 GRA: 94/38,94/38
CP_LNK GVI: 85 55 FBI: 94 51 3 GRA: 94/56,94/56
CP_LNK GVI: 158 10 FBI: 167 7 2 GRA: 167/11,167/11
CP_LNK GVI: 158 13 FBI: 167 7 5 GRA: 167/14,167/14
CP_LNK GVI: 158 14 FBI: 167 7 6 GRA: 167/15,167/15
CP_LNK GVI: 158 19 FBI: 167 7 11 GRA: 167/20,167/20
CP_LNK GVI: 158 20 FBI: 167 7 12 GRA: 167/21,167/21
CP_LNK GVI: 158 21 FBI: 167 7 13 GRA: 167/22,167/22
CP_LNK GVI: 158 22 FBI: 167 7 14 GRA: 167/23,167/23
CP_LNK GVI: 158 23 FBI: 167 7 15 GRA: 167/24,167/24
CP_LNK FBI: 167 7 2 GVI: 178 10 GRA: 178/11,178/11
CP_LNK FBI: 167 7 3 GVI: 178 11 GRA: 178/12,178/12
CP_LNK FBI: 167 7 5 GVI: 178 13 GRA: 178/14,178/14
CP_LNK FBI: 167 7 6 GVI: 178 14 GRA: 178/15,178/15
CP_LNK FBI: 167 7 11 GVI: 178 19 GRA: 178/20,178/20
CP_LNK FBI: 167 7 12 GVI: 178 20 GRA: 178/21,178/21
CP_LNK FBI: 167 7 13 GVI: 178 21 GRA: 178/22,178/22
CP_LNK GVI: 158 16 FBI: 167 7 8 GRA: 167/17,167/17
CP_LNK GVI: 158 59 FBI: 167 56 2 GRA: 167/60,167/60
CP_LNK GVI: 158 62 FBI: 167 56 5 GRA: 167/63,167/63
CP_LNK GVI: 158 63 FBI: 167 56 6 GRA: 167/64,167/64
CP_LNK GVI: 158 68 FBI: 167 56 11 GRA: 167/69,167/69
CP_LNK GVI: 158 69 FBI: 167 56 12 GRA: 167/70,167/70
CP_LNK GVI: 158 70 FBI: 167 56 13 GRA: 167/71,167/71
CP_LNK GVI: 158 71 FBI: 167 56 14 GRA: 167/72,167/72
CP_LNK GVI: 158 72 FBI: 167 56 15 GRA: 167/73,167/73
CP_LNK FBI: 167 56 2 GVI: 178 59 GRA: 178/60,178/60
CP_LNK FBI: 167 56 3 GVI: 178 60 GRA: 178/61,178/61
CP_LNK FBI: 167 56 5 GVI: 178 62 GRA: 178/63,178/63
CP_LNK FBI: 167 56 6 GVI: 178 63 GRA: 178/64,178/64
CP_LNK FBI: 167 56 11 GVI: 178 68 GRA: 178/69,178/69
CP_LNK FBI: 167 56 12 GVI: 178 69 GRA: 178/70,178/70
CP_LNK FBI: 167 56 13 GVI: 178 70 GRA: 178/71,178/71
CP_LNK GVI: 158 65 FBI: 167 56 8 GRA: 167/66,167/66
CP_LNK GVI: 158 66 FBI: 167 56 9 GRA: 167/67,167/67
CP_LNK GVI: 158 35 FBI: 167 32 2 GRA: 167/36,167/36
CP_LNK GVI: 158 38 FBI: 167 32 5 GRA: 167/39,167/39
CP_LNK GVI: 158 39 FBI: 167 32 6 GRA: 167/40,167/40
CP_LNK GVI: 158 44 FBI: 167 32 11 GRA: 167/45,167/45
CP_LNK GVI: 158 45 FBI: 167 32 12 GRA: 167/46,167/46
CP_LNK GVI: 158 46 FBI: 167 32 13 GRA: 167/47,167/47
CP_LNK GVI: 158 47 FBI: 167 32 14 GRA: 167/48,167/48
CP_LNK GVI: 158 48 FBI: 167 32 15 GRA: 167/49,167/49
CP_LNK FBI: 167 32 2 GVI: 178 35 GRA: 178/36,178/36
CP_LNK FBI: 167 32 3 GVI: 178 36 GRA: 178/37,178/37
CP_LNK FBI: 167 32 5 GVI: 178 38 GRA: 178/39,178/39
CP_LNK FBI: 167 32 6 GVI: 178 39 GRA: 178/40,178/40
CP_LNK FBI: 167 32 11 GVI: 178 44 GRA: 178/45,178/45
CP_LNK FBI: 167 32 12 GVI: 178 45 GRA: 178/46,178/46
CP_LNK FBI: 167 32 13 GVI: 178 46 GRA: 178/47,178/47
CP_LNK GVI: 158 41 FBI: 167 32 8 GRA: 167/42,167/42
CP_LNK GVI: 158 42 FBI: 167 32 9 GRA: 167/43,167/43
CP_LNK GVI: 158 84 FBI: 167 81 2 GRA: 167/85,167/85
CP_LNK GVI: 158 87 FBI: 167 81 5 GRA: 167/88,167/88
CP_LNK GVI: 158 88 FBI: 167 81 6 GRA: 167/89,167/89
CP_LNK GVI: 158 93 FBI: 167 81 11 GRA: 167/94,167/94
CP_LNK GVI: 158 94 FBI: 167 81 12 GRA: 167/95,167/95
CP_LNK GVI: 158 95 FBI: 167 81 13 GRA: 167/96,167/96
CP_LNK GVI: 158 96 FBI: 167 81 14 GRA: 167/97,167/97
CP_LNK GVI: 158 97 FBI: 167 81 15 GRA: 167/98,167/98
CP_LNK FBI: 167 81 2 GVI: 178 84 GRA: 178/85,178/85
CP_LNK FBI: 167 81 3 GVI: 178 85 GRA: 178/86,178/86
CP_LNK FBI: 167 81 5 GVI: 178 87 GRA: 178/88,178/88
CP_LNK FBI: 167 81 6 GVI: 178 88 GRA: 178/89,178/89
CP_LNK FBI: 167 81 11 GVI: 178 93 GRA: 178/94,178/94
CP_LNK FBI: 167 81 12 GVI: 178 94 GRA: 178/95,178/95
CP_LNK FBI: 167 81 13 GVI: 178 95 GRA: 178/96,178/96
CP_LNK GVI: 158 90 FBI: 167 81 8 GRA: 167/91,167/91
CP_LNK GVI: 158 91 FBI: 167 81 9 GRA: 167/92,167/92
CP_LNK GVI: 233 10 FBI: 242 7 2 GRA: 242/11,242/11
CP_LNK GVI: 233 13 FBI: 242 7 5 GRA: 242/14,242/14
CP_LNK GVI: 233 14 FBI: 242 7 6 GRA: 242/15,242/15
CP_LNK GVI: 233 19 FBI: 242 7 11 GRA: 242/20,242/20
CP_LNK GVI: 233 20 FBI: 242 7 12 GRA: 242/21,242/21
CP_LNK GVI: 233 21 FBI: 242 7 13 GRA: 242/22,242/22
CP_LNK GVI: 233 22 FBI: 242 7 14 GRA: 242/23,242/23
CP_LNK GVI: 233 23 FBI: 242 7 15 GRA: 242/24,242/24
CP_LNK FBI: 242 7 2 GVI: 253 10 GRA: 253/11,253/11
CP_LNK FBI: 242 7 3 GVI: 253 11 GRA: 253/12,253/12
CP_LNK FBI: 242 7 5 GVI: 253 13 GRA: 253/14,253/14
CP_LNK FBI: 242 7 6 GVI: 253 14 GRA: 253/15,253/15
CP_LNK FBI: 242 7 11 GVI: 253 19 GRA: 253/20,253/20
CP_LNK FBI: 242 7 12 GVI: 253 20 GRA: 253/21,253/21
CP_LNK FBI: 242 7 13 GVI: 253 21 GRA: 253/22,253/22
CP_LNK GVI: 233 16 FBI: 242 7 8 GRA: 242/17,242/17
CP_LNK GVI: 233 17 FBI: 242 7 9 GRA: 242/18,242/18
CP_LNK GVI: 233 35 FBI: 242 32 2 GRA: 242/36,242/36
CP_LNK GVI: 233 38 FBI: 242 32 5 GRA: 242/39,242/39
CP_LNK GVI: 233 39 FBI: 242 32 6 GRA: 242/40,242/40
CP_LNK GVI: 233 44 FBI: 242 32 11 GRA: 242/45,242/45
CP_LNK GVI: 233 45 FBI: 242 32 12 GRA: 242/46,242/46
CP_LNK GVI: 233 46 FBI: 242 32 13 GRA: 242/47,242/47
CP_LNK GVI: 233 47 FBI: 242 32 14 GRA: 242/48,242/48
CP_LNK GVI: 233 48 FBI: 242 32 15 GRA: 242/49,242/49
CP_LNK FBI: 242 32 2 GVI: 253 35 GRA: 253/36,253/36
CP_LNK FBI: 242 32 3 GVI: 253 36 GRA: 253/37,253/37
CP_LNK FBI: 242 32 5 GVI: 253 38 GRA: 253/39,253/39
CP_LNK FBI: 242 32 6 GVI: 253 39 GRA: 253/40,253/40
CP_LNK FBI: 242 32 11 GVI: 253 44 GRA: 253/45,253/45
CP_LNK FBI: 242 32 12 GVI: 253 45 GRA: 253/46,253/46
CP_LNK FBI: 242 32 13 GVI: 253 46 GRA: 253/47,253/47
CP_LNK GVI: 233 41 FBI: 242 32 8 GRA: 242/42,242/42
CP_LNK GVI: 233 42 FBI: 242 32 9 GRA: 242/43,242/43
CP_LNK GVI: 233 60 FBI: 242 57 2 GRA: 242/61,242/61
CP_LNK GVI: 233 63 FBI: 242 57 5 GRA: 242/64,242/64
CP_LNK GVI: 233 64 FBI: 242 57 6 GRA: 242/65,242/65
CP_LNK GVI: 233 69 FBI: 242 57 11 GRA: 242/70,242/70
CP_LNK GVI: 233 70 FBI: 242 57 12 GRA: 242/71,242/71
CP_LNK GVI: 233 71 FBI: 242 57 13 GRA: 242/72,242/72
CP_LNK GVI: 233 72 FBI: 242 57 14 GRA: 242/73,242/73
CP_LNK GVI: 233 73 FBI: 242 57 15 GRA: 242/74,242/74
CP_LNK FBI: 242 57 2 GVI: 253 60 GRA: 253/61,253/61
CP_LNK FBI: 242 57 3 GVI: 253 61 GRA: 253/62,253/62
CP_LNK FBI: 242 57 5 GVI: 253 63 GRA: 253/64,253/64
CP_LNK FBI: 242 57 6 GVI: 253 64 GRA: 253/65,253/65
CP_LNK FBI: 242 57 11 GVI: 253 69 GRA: 253/70,253/70
CP_LNK FBI: 242 57 12 GVI: 253 70 GRA: 253/71,253/71
CP_LNK FBI: 242 57 13 GVI: 253 71 GRA: 253/72,253/72
CP_LNK GVI: 233 66 FBI: 242 57 8 GRA: 242/67,242/67
CP_LNK GVI: 233 67 FBI: 242 57 9 GRA: 242/68,242/68
CP_LNK FBI: 20 9 21 GVI: 31 31 GRA: 31/32,31/32
CP_LNK FBI: 167 7 8 GVI: 178 16 GRA: 178/17,178/17
CP_LNK FBI: 167 7 9 GVI: 178 17 GRA: 178/18,178/18
CP_LNK FBI: 167 56 8 GVI: 178 65 GRA: 178/66,178/66
CP_LNK FBI: 167 56 9 GVI: 178 66 GRA: 178/67,178/67
CP_LNK FBI: 167 32 8 GVI: 178 41 GRA: 178/42,178/42
CP_LNK FBI: 167 32 9 GVI: 178 42 GRA: 178/43,178/43
CP_LNK FBI: 167 81 8 GVI: 178 90 GRA: 178/91,178/91
CP_LNK FBI: 167 81 9 GVI: 178 91 GRA: 178/92,178/92
CP_LNK FBI: 242 7 8 GVI: 253 16 GRA: 253/17,253/17
CP_LNK FBI: 242 7 9 GVI: 253 17 GRA: 253/18,253/18
CP_LNK FBI: 242 32 8 GVI: 253 41 GRA: 253/42,253/42
CP_LNK FBI: 242 32 9 GVI: 253 42 GRA: 253/43,253/43
CP_LNK FBI: 242 57 8 GVI: 253 66 GRA: 253/67,253/67
CP_LNK FBI: 242 57 9 GVI: 253 67 GRA: 253/68,253/68
CP_LNK FBI: 94 51 2 GVI: 103 54 GRA: 103/55,103/55
CP_LNK FBI: 94 57 2 GVI: 103 60 GRA: 103/61,103/61
CP_LNK FBI: 94 63 2 GVI: 103 66 GRA: 103/67,103/67
CP_LNK FBI: 94 69 2 GVI: 103 72 GRA: 103/73,103/73
CP_LNK FBI: 94 75 2 GVI: 103 78 GRA: 103/79,103/79
CP_LNK FBI: 94 81 2 GVI: 103 84 GRA: 103/85,103/85
CP_LNK FBI: 94 87 2 GVI: 103 90 GRA: 103/91,103/91
CP_LNK GVI: 85 61 FBI: 94 57 3 GRA: 94/62,94/62
CP_LNK GVI: 85 67 FBI: 94 63 3 GRA: 94/68,94/68
CP_LNK GVI: 85 73 FBI: 94 69 3 GRA: 94/74,94/74
CP_LNK GVI: 85 79 FBI: 94 75 3 GRA: 94/80,94/80
CP_LNK GVI: 85 85 FBI: 94 81 3 GRA: 94/86,94/86
CP_LNK GVI: 85 91 FBI: 94 87 3 GRA: 94/92,94/92
CP_LNK GVI: 85 17 FBI: 94 10 6 GRA: 94/18,94/18
CP_LNK CON: 85 16 FBI: 94 10 5 GRA: 94/17,94/17
CP_LNK GVI: 85 26 FBI: 94 21 4 GRA: 94/27,94/27
CP_LNK CON: 85 27 FBI: 94 21 5 GRA: 94/28,94/28
CP_LNK FBI: 105 37 2 GVI: 112 40 GRA: 112/41,112/41
CP_LNK FBI: 94 33 2 FBI: 105 37 2 GRA: 103/37,104/37,104/41,105/41
CP_LNK GVI: 96 41 FBI: 105 37 3 GRA: 105/42,105/42
CP_LNK GVI: 158 17 FBI: 167 7 9 GRA: 167/18,167/18
CP_LNK GVI: 85 24 FBI: 94 21 2 GRA: 94/25,94/25
CP_LNK GVI: 11 12 FBI: 20 9 2 GRA: 20/13,20/13
CP_LNK GVI: 11 13 FBI: 20 9 3 GRA: 20/14,20/14
CP_LNK GVI: 11 14 FBI: 20 9 4 GRA: 20/15,20/15
CP_LNK GVI: 11 33 FBI: 20 9 23 GRA: 20/34,20/34
CP_LNK FBI: 20 9 2 GVI: 31 12 GRA: 31/13,31/13
CP_LNK FBI: 20 9 3 GVI: 31 13 GRA: 31/14,31/14
CP_LNK FBI: 20 9 4 GVI: 31 14 GRA: 31/15,31/15
CP_LNK FBI: 20 9 23 GVI: 31 33 GRA: 31/34,31/34
CP_LNK FBI: 20 9 20 GVI: 31 30 GRA: 31/31,31/31
CP_LNK GVI: 85 28 FBI: 94 21 6 GRA: 94/29,94/29
CP_LNK GVI: 11 34 FBI: 20 9 24 GRA: 20/35,20/35
CP_LNK GVI: 11 35 FBI: 20 9 25 GRA: 20/36,20/36
CP_LNK CON: 85 54 FBI: 94 51 2 GRA: 94/55,94/55
CP_LNK CON: 85 60 FBI: 94 57 2 GRA: 94/61,94/61
CP_LNK CON: 85 66 FBI: 94 63 2 GRA: 94/67,94/67
CP_LNK CON: 85 72 FBI: 94 69 2 GRA: 94/73,94/73
CP_LNK CON: 85 78 FBI: 94 75 2 GRA: 94/79,94/79
CP_LNK CON: 85 84 FBI: 94 81 2 GRA: 94/85,94/85
CP_LNK CON: 85 90 FBI: 94 87 2 GRA: 94/91,94/91
CP_LNK FBI: 20 9 19 GVI: 31 29 GRA: 31/30,31/30
CP_LNK CON: 21 50 FBI: 30 46 3 GRA: 30/51,30/51
CP_LNK FBI: 16 46 2 FBI: 30 46 2 GRA: 25/50,30/50
CP_LNK FBI: 30 46 2 FBI: 20 9 19 GRA: 37/50,39/50,39/39,6/39,6/30,20/30
CP_LNK GVI: 11 31 FBI: 20 9 21 GRA: 20/32,20/32
CP_LNK GVI: 11 30 FBI: 20 9 20 GRA: 20/31,20/31
CP_LNK GVI: 7 50 FBI: 16 46 3 GRA: 16/51,16/51
CP_LNK GVI: 7 49 FBI: 16 46 2 GRA: 16/50,16/50
CP_SEC "Alg_Distributie" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 32 EXEC: 13 TEXT:
CP_COM LEFT: 2 RIGHT: 22 TOP: 3 BOT: 7 TEXT:
...TXF ************************************************
...TXT Instelling SCADA.
...TXT Pomp P502/P503 als reserve voor P501
...TXT ************************************************
CP_COM LEFT: 2 RIGHT: 24 TOP: 63 BOT: 72 TEXT:
...TXF ******************************************************
...TXT Instelling SCADA.
...TXT Matrix tbv pompen P501 t/m 503
...TXT 
...TXT Matrix PmpStap 1 is VK1 voor P501 t/m P503
...TXT Matrix PmpStap 2 is VK2 voor P501 t/m P503
...TXT Matrix PmpStap 3 is VK3 voor P501 t/m P503
...TXT Matrix PmpStap 4 is VK4 voor P501 t/m P503
...TXT *******************************************************
CP_COM LEFT: 77 RIGHT: 97 TOP: 2 BOT: 5 TEXT:
...TXF *************************************************
...TXT Bepaling actueel stapnummer
...TXT **************************************************
CP_COM LEFT: 153 RIGHT: 166 TOP: 2 BOT: 5 TEXT: *******************************
...TXT Storingen distributietak
...TXT *******************************
CP_COM LEFT: 39 RIGHT: 59 TOP: 3 BOT: 7 TEXT:
...TXF ************************************************
...TXT Instelling SCADA.
...TXT Pomp P503 als reserve voor P502
...TXT ************************************************
CP_COM LEFT: 2 RIGHT: 22 TOP: 32 BOT: 36 TEXT:
...TXF ************************************************
...TXT Instelling SCADA.
...TXT Pomp P502 als reserve voor P503
...TXT ************************************************
CP_FBI "WORD_TO_BIT" 15 8 CODID: 1 NAME: "FBI_32_1" TEXT:
CP_DBI "MATRIX" 14 73 CODID: 2 NAME: "FBI_32_3" TEXT:
CP_DBI "DFB_DIGA" 168 6 CODID: 6 NAME: "FBI_32_18" TEXT:
CP_DBI "OBJST2" 169 35 CODID: 7 NAME: "FBI_32_19" TEXT:
CP_FBI "SEL" 91 6 CODID: 3 NAME: ".32.10" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 91 15 CODID: 4 NAME: ".32.11" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 91 24 CODID: 5 NAME: ".32.12" ANY: IEC_INT_ID TEXT:
CP_FBI "WORD_TO_BIT" 52 8 CODID: 8 NAME: "FBI_32_20" TEXT:
CP_FBI "WORD_TO_BIT" 15 37 CODID: 9 NAME: "FBI_32_21" TEXT:
CP_FBI "SEL" 91 33 CODID: 10 NAME: ".32.22" ANY: IEC_INT_ID TEXT:
CP_GVI NAMED_VAR: "PLC3_Matrix_PmpStap1" 5 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_PmpStap2" 5 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_PmpStap3" 5 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_ActStap" 5 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_Matrix" 25 76 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_Matrix" 25 77 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_Matrix" 25 78 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_VK1" 82 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_VK2" 82 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_VK3" 82 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Distributie_BedWrd" 159 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Distributie_PriWrd" 159 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Distributie_OndWrd" 159 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokRegDistrPomp" 159 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_2ofMeerPompStoring" 159 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Distributie_AcofTijd" 159 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 159 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 159 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Distributie_StaWrd" 179 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Distributie_AlwPri" 179 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Distributie_AlwSec" 179 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Storing" 160 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_Storing" 160 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_Storing" 160 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 160 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_2ofMeerPompStoring" 179 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_ResP501" 6 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_ResP502" 43 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_ResP503" 6 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_ResP501" 25 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_ResP501" 25 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_ResP502" 62 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_ResP502" 62 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_ResP503" 25 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_ResP503" 25 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_PmpStap4" 5 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_ActStap" 98 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_VK4" 82 36 FP_IO_OUTPUT
CP_CON 82 10 IEC_INT_ID 1
CP_CON 82 11 IEC_INT_ID 1
CP_CON 82 20 IEC_INT_ID 2
CP_CON 82 29 IEC_INT_ID 3
CP_CON 82 38 IEC_INT_ID 4
CP_LNK CON: 82 10 FBI: 91 6 3 GRA: 91/11,91/11
CP_LNK CON: 82 11 FBI: 91 6 4 GRA: 91/12,91/12
CP_LNK CON: 82 20 FBI: 91 15 4 GRA: 91/21,91/21
CP_LNK CON: 82 29 FBI: 91 24 4 GRA: 91/30,91/30
CP_LNK FBI: 91 6 3 FBI: 91 15 3 GRA: 98/11,100/11,100/14,80/14,80/20,91/20
CP_LNK FBI: 91 15 3 FBI: 91 24 3 GRA: 98/20,101/20,101/23,80/23,80/29,91/29
CP_LNK GVI: 5 76 FBI: 14 73 2 GRA: 14/77,14/77
CP_LNK GVI: 5 77 FBI: 14 73 3 GRA: 14/78,14/78
CP_LNK GVI: 5 78 FBI: 14 73 4 GRA: 14/79,14/79
CP_LNK GVI: 5 85 FBI: 14 73 11 GRA: 14/86,14/86
CP_LNK FBI: 14 73 2 GVI: 25 76 GRA: 25/77,25/77
CP_LNK FBI: 14 73 3 GVI: 25 77 GRA: 25/78,25/78
CP_LNK FBI: 14 73 4 GVI: 25 78 GRA: 25/79,25/79
CP_LNK GVI: 82 9 FBI: 91 6 2 GRA: 91/10,91/10
CP_LNK GVI: 82 18 FBI: 91 15 2 GRA: 91/19,91/19
CP_LNK GVI: 82 27 FBI: 91 24 2 GRA: 91/28,91/28
CP_LNK GVI: 159 9 FBI: 168 6 2 GRA: 168/10,168/10
CP_LNK GVI: 159 10 FBI: 168 6 3 GRA: 168/11,168/11
CP_LNK GVI: 159 11 FBI: 168 6 4 GRA: 168/12,168/12
CP_LNK GVI: 159 27 FBI: 168 6 20 GRA: 168/28,168/28
CP_LNK GVI: 159 28 FBI: 168 6 21 GRA: 168/29,168/29
CP_LNK GVI: 159 30 FBI: 168 6 23 GRA: 168/31,168/31
CP_LNK GVI: 159 31 FBI: 168 6 24 GRA: 168/32,168/32
CP_LNK GVI: 159 32 FBI: 168 6 25 GRA: 168/33,168/33
CP_LNK FBI: 168 6 2 GVI: 179 9 GRA: 179/10,179/10
CP_LNK FBI: 168 6 3 GVI: 179 10 GRA: 179/11,179/11
CP_LNK FBI: 168 6 4 GVI: 179 11 GRA: 179/12,179/12
CP_LNK GVI: 160 38 FBI: 169 35 2 GRA: 169/39,169/39
CP_LNK GVI: 160 39 FBI: 169 35 3 GRA: 169/40,169/40
CP_LNK GVI: 160 40 FBI: 169 35 4 GRA: 169/41,169/41
CP_LNK GVI: 160 41 FBI: 169 35 5 GRA: 169/42,169/42
CP_LNK FBI: 169 35 2 GVI: 179 38 GRA: 179/39,179/39
CP_LNK GVI: 6 11 FBI: 15 8 2 GRA: 15/12,15/12
CP_LNK GVI: 43 11 FBI: 52 8 2 GRA: 52/12,52/12
CP_LNK GVI: 6 40 FBI: 15 37 2 GRA: 15/41,15/41
CP_LNK FBI: 15 8 3 GVI: 25 12 GRA: 25/13,25/13
CP_LNK FBI: 15 8 4 GVI: 25 13 GRA: 25/14,25/14
CP_LNK FBI: 52 8 2 GVI: 62 11 GRA: 62/12,62/12
CP_LNK FBI: 52 8 4 GVI: 62 13 GRA: 62/14,62/14
CP_LNK FBI: 15 37 2 GVI: 25 40 GRA: 25/41,25/41
CP_LNK FBI: 15 37 3 GVI: 25 41 GRA: 25/42,25/42
CP_LNK GVI: 5 79 FBI: 14 73 5 GRA: 14/80,14/80
CP_LNK CON: 82 38 FBI: 91 33 4 GRA: 91/39,91/39
CP_LNK FBI: 91 33 3 GVI: 98 37 GRA: 98/38,98/38
CP_LNK FBI: 91 24 3 FBI: 91 33 3 GRA: 98/29,101/29,101/32,80/32,80/38,91/38
CP_LNK GVI: 82 36 FBI: 91 33 2 GRA: 91/37,91/37
CP_SEC "Matrix_Schakel" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 23 EXEC: 14 TEXT:
CP__ST (* Bepaling van de inschakelpunten tbv de matrix *)
CP__ST  
CP__ST  
CP__ST (* Aangezien gebruik gemaakt wordt van het GRW_HIT blok worden eerst de ST variabelen benoemd *)
CP__ST VAR
CP__ST   MATRIX_STAP1, MATRIX_STAP2, MATRIX_STAP3, MATRIX_STAP4 : GRW_HIT;
CP__ST END_VAR
CP__ST  
CP__ST (* De ingangswaarden van de GRW_HIT blokken worden hier gekoppeld                                      *)
CP__ST (* Aangezien de Hoog en Laag waarden als INT worden aangeboden dienen ze eerst geconverteerd te worden *)
CP__ST (* naar REAL-waarden dit gebeurt d.m.v. het INT_TO_REAL commando                                       *)
CP__ST  
CP__ST MATRIX_STAP1(Meetw := PLC3_Totaal_Debiet,
CP__ST                InstGrwH := INT_TO_REAL(IN := PLC3_Matrix_InstIn1),
CP__ST                InstGrwL := INT_TO_REAL(IN := PLC3_Matrix_InstUit1),
CP__ST                Acoftijd := PLC3_Matrix_VertTyd1,
CP__ST                Vrijgave := PLC3_Cmd_VrijPompen);
CP__ST  
CP__ST MATRIX_STAP2(Meetw := PLC3_Totaal_Debiet,
CP__ST                InstGrwH := INT_TO_REAL(IN := PLC3_Matrix_InstIn2),
CP__ST                InstGrwL := INT_TO_REAL(IN := PLC3_Matrix_InstUit2),
CP__ST                Acoftijd := PLC3_Matrix_VertTyd2,
CP__ST                Vrijgave := PLC3_Cmd_VrijPompen);
CP__ST  
CP__ST  
CP__ST MATRIX_STAP3(Meetw := PLC3_Totaal_Debiet,
CP__ST                InstGrwH := INT_TO_REAL(IN := PLC3_Matrix_InstIn3),
CP__ST                InstGrwL := INT_TO_REAL(IN := PLC3_Matrix_InstUit3),
CP__ST                Acoftijd := PLC3_Matrix_VertTyd3,
CP__ST                Vrijgave := PLC3_Cmd_VrijPompen);
CP__ST  
CP__ST MATRIX_STAP4(Meetw := PLC3_Totaal_Debiet,
CP__ST                InstGrwH := INT_TO_REAL(IN := PLC3_Matrix_InstIn4),
CP__ST                InstGrwL := INT_TO_REAL(IN := PLC3_Matrix_InstUit4),
CP__ST                Acoftijd := PLC3_Matrix_VertTyd4,
CP__ST                Vrijgave := PLC3_Cmd_VrijPompen);
CP__ST  
CP__ST (* De Meld waarden van de vier GRW_HIT blokken worden uitgelezen en in BOOLEANS gezet *)
CP__ST MATRIX_STAP1_IN := MATRIX_STAP1.Meld;
CP__ST MATRIX_STAP2_IN := MATRIX_STAP2.Meld;
CP__ST MATRIX_STAP3_IN := MATRIX_STAP3.Meld;
CP__ST MATRIX_STAP4_IN := MATRIX_STAP4.Meld;
CP__ST  
CP__ST (* Aangezien de GRW_HIT blok op blijft staan op de bovengrens is de hoogste stap de *)
CP__ST (* Verwachte stap. Doormiddel van onderstaande routine's wordt deze actuele stap    *)
CP__ST (* bepaald.                                                                         *)
CP__ST  
CP__ST IF NOT MATRIX_STAP2_IN THEN;
CP__ST    PLC3_Matrix_VK1 := TRUE;
CP__ST ELSE;
CP__ST    PLC3_Matrix_VK1 := FALSE;
CP__ST END_IF;
CP__ST  
CP__ST IF MATRIX_STAP2_IN AND NOT MATRIX_STAP3_IN THEN;
CP__ST    PLC3_Matrix_VK2 := TRUE;
CP__ST ELSE;
CP__ST    PLC3_Matrix_VK2 := FALSE;
CP__ST END_IF;
CP__ST  
CP__ST IF MATRIX_STAP3_IN AND NOT MATRIX_STAP4_IN THEN;
CP__ST    PLC3_Matrix_VK3 := TRUE;
CP__ST ELSE;
CP__ST    PLC3_Matrix_VK3 := FALSE;
CP__ST END_IF;
CP__ST  
CP__ST IF MATRIX_STAP4_IN THEN;
CP__ST    PLC3_Matrix_VK4 := TRUE;
CP__ST ELSE;
CP__ST    PLC3_Matrix_VK4 := FALSE;
CP__ST END_IF;
CP_SEC "Regeling" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 16 EXEC: 15 TEXT:
CP_COM LEFT: 189 RIGHT: 216 TOP: 2 BOT: 7 TEXT:
...TXF ******************************************************************
...TXT PIC-513 Drukregelaar distributiepompen Kaatsheuvel
...TXT Typical : DFB_REGE
...TXT Distributie
...TXT ******************************************************************
CP_COM LEFT: 2 RIGHT: 26 TOP: 2 BOT: 6 TEXT:
...TXF ***********************************************************
...TXT Totaal debiet Altena
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 2 RIGHT: 26 TOP: 23 BOT: 27 TEXT:
...TXF ***********************************************************
...TXT Voorkeuze SW of HW regelaar
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 2 RIGHT: 26 TOP: 52 BOT: 56 TEXT:
...TXF ***********************************************************
...TXT Voorkeuze SW of HW regelaar
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 153 RIGHT: 178 TOP: 2 BOT: 8 TEXT:
...TXF **************************************************************
...TXT Bepaling bedieningswoord tbv intern/extern setpoint
...TXT 
...TXT Extern: Leidingkarakteristiek
...TXT Intern: Constanste druk
...TXT **************************************************************
CP_COM LEFT: 77 RIGHT: 102 TOP: 19 BOT: 23 TEXT:
...TXF **************************************************************
...TXT Intern setpoint volgt extern setpoint tbv 
...TXT stootloos omschakelen (SCADA/Webbrowser)
...TXT **************************************************************
CP_COM LEFT: 202 RIGHT: 211 TOP: 59 BOT: 62 TEXT: **********************
...TXT Uitsturing regelaar
...TXT **********************
CP_COM LEFT: 234 RIGHT: 264 TOP: 2 BOT: 7 TEXT:
...TXF **************************************************************************
...TXT Blokkering regeling distributiepompen op leidingkarakteristiek:
...TXT - verzamelstoring debietmetingen Kaatsheuvel
...TXT - verzamelstoring drukmeting Kaatsheuvel
...TXT **************************************************************************
CP_COM LEFT: 4 RIGHT: 34 TOP: 131 BOT: 139 TEXT:
...TXF **************************************************************************
...TXT Bij blokkering regeling distributiepompen op leidingkarakteristiek 
...TXT en geen leidingbreuk blijven pompen  draaien op hetzelfde 
...TXT toerental als voor de blokkering
...TXT 
...TXT Blokkering bij verzamelstoring:
...TXT - FITS-513-01/02 en PITA-513-01
...TXT **************************************************************************
CP_COM LEFT: 234 RIGHT: 252 TOP: 65 BOT: 68 TEXT:
...TXF *********************************************
...TXT Storing hardware regelaar PIC-513-03
...TXT *********************************************
CP_COM LEFT: 234 RIGHT: 261 TOP: 47 BOT: 51 TEXT:
...TXF ******************************************************************
...TXT PIC-513 Drukregelaar distributiepompen Kaatsheuvel
...TXT Algemene storing
...TXT ******************************************************************
CP_COM LEFT: 4 RIGHT: 34 TOP: 139 BOT: 146 TEXT:
...TXF **************************************************************************
...TXT Bij leidingbreuk en geen blokkering regeling distributiepompen 
...TXT op leidingkarakteristiek gaat P501 draaien op vast ingestelde 
...TXT waarde.
...TXT 
...TXT Vast ingestelde waarde = PLC3_P501_StuurwLeidingbr
...TXT **************************************************************************
CP_COM LEFT: 77 RIGHT: 94 TOP: 2 BOT: 5 TEXT:
...TXF *****************************************
...TXT Bepaling extern setpoint regelaar
...TXT *****************************************
CP_COM LEFT: 3 RIGHT: 27 TOP: 102 BOT: 106 TEXT:
...TXF ***********************************************************
...TXT Regelaar distributiepompen hand/auto
...TXT Distributie
...TXT ***********************************************************
CP_COM LEFT: 4 RIGHT: 34 TOP: 146 BOT: 153 TEXT:
...TXF **************************************************************************
...TXT Bij geen leidingbreuk en geen blokkering regeling distributiepompen
...TXT op leidingkarakteristiek dan uitsturing hardwareregelaar als 
...TXT volgwaarde op software regelaar zetten 
...TXT 
...TXT Uitsturing hardware regelaar = PLC3_PIC51303_Meetw
...TXT **************************************************************************
CP_COM LEFT: 80 RIGHT: 104 TOP: 50 BOT: 53 TEXT:
...TXF **********************************************************
...TXT Bepaling webbrowser intern setpoint regelaar
...TXT *********************************************************
CP_COM LEFT: 80 RIGHT: 101 TOP: 83 BOT: 86 TEXT:
...TXF ***************************************************
...TXT Bepaling intern setpoint regelaar
...TXT **************************************************
CP_COM LEFT: 154 RIGHT: 168 TOP: 55 BOT: 58 TEXT:
...TXF **********************************
...TXT Proces value t.b.v. regelaar
...TXT **********************************
CP_COM LEFT: 2 RIGHT: 19 TOP: 87 BOT: 91 TEXT:
...TXF ******************************************
...TXT Actuele keuze SW of HW regelaar
...TXT t.b.v. webbrowser
...TXT ******************************************
CP_COM LEFT: 47 RIGHT: 64 TOP: 87 BOT: 91 TEXT:
...TXF ******************************************
...TXT Actuele keuze SW of HW regelaar
...TXT overnemen t.b.v. webbrowser
...TXT ******************************************
CP_COM LEFT: 269 RIGHT: 299 TOP: 2 BOT: 8 TEXT:
...TXF **************************************************************************
...TXT 22-06-2006 HB Aangepast na problemen uitschakeling 
...TXT                          regeling distributiepompen.
...TXT                          Voorheen op HH, H, L, LL en plausibiliteit ook 
...TXT                          blokeren nu alleen op draadbreuk
...TXT **************************************************************************
CP_DBI "DFB_REGE" 201 30 CODID: 8 NAME: "FBI_16_1" TEXT:
CP_FBI "ADD_REAL" 15 7 CODID: 9 NAME: ".16.2" TEXT:
CP_FBI "MOVE" 28 16 CODID: 10 NAME: ".16.4" ANY: IEC_REAL_ID TEXT:
CP_FBI "WORD_TO_BIT" 15 29 CODID: 11 NAME: "FBI_16_5" TEXT:
CP_FBI "SR" 53 75 CODID: 15 NAME: "FBI_16_7" TEXT:
CP_FBI "OR_BOOL" 17 73 CODID: 12 NAME: ".16.76" TEXT:
CP_FBI "OR_BOOL" 247 40 CODID: 17 NAME: ".16.31" DRAW: 1 TEXT:
CP_DBI "DFB_DIGA" 250 68 CODID: 18 NAME: "FBI_16_33" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/20
CP_FBI "OR_WORD" 247 9 CODID: 19 NAME: ".16.34" TEXT:
CP_FBI "OR_WORD" 247 19 CODID: 20 NAME: ".16.36" TEXT:
CP_FBI "OR_WORD" 247 29 CODID: 21 NAME: ".16.37" TEXT:
CP_FBI "COMP_DB" 277 9 CODID: 24 NAME: "FBI_16_43" TEXT:
CP_FBI "WORD_TO_REAL" 259 9 CODID: 22 NAME: ".16.44" TEXT:
CP_FBI "WORD_TO_REAL" 259 19 CODID: 25 NAME: ".16.45" TEXT:
CP_FBI "COMP_DB" 277 19 CODID: 27 NAME: "FBI_16_46" TEXT:
CP_FBI "SEL" 102 25 CODID: 16 NAME: ".16.24" ANY: IEC_REAL_ID TEXT:
CP_FBI "WORD_TO_REAL" 259 29 CODID: 28 NAME: ".16.47" TEXT:
CP_FBI "COMP_DB" 277 29 CODID: 30 NAME: "FBI_16_48" TEXT:
CP_FBI "COMP_DB" 273 54 CODID: 33 NAME: "FBI_16_49" TEXT:
CP_FBI "OR_WORD" 247 54 CODID: 31 NAME: ".16.50" TEXT:
CP_FBI "WORD_TO_REAL" 258 54 CODID: 32 NAME: ".16.51" TEXT:
CP_FBI "SEL" 47 162 CODID: 36 NAME: ".16.73" ANY: IEC_REAL_ID TEXT:
CP_FBI "AND_BOOL" 45 155 CODID: 37 NAME: ".16.74" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3
CP_FBI "SEL" 57 166 CODID: 38 NAME: ".16.75" ANY: IEC_REAL_ID TEXT:
CP_FBI "AND_BOOL" 28 76 CODID: 13 NAME: ".16.77" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4,FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "O_SCALE" 215 61 CODID: 39 NAME: "FBI_16_83" TEXT:
CP_FBI "SEL" 166 44 CODID: 3 NAME: ".16.84" ANY: IEC_DINT_ID TEXT:
CP_FBI "SEL" 166 36 CODID: 2 NAME: ".16.85" ANY: IEC_DINT_ID TEXT:
CP_FBI "WORD_TO_DINT" 165 30 CODID: 1 NAME: ".16.86" TEXT:
CP_FBI "ADD_DINT" 178 30 CODID: 4 NAME: ".16.87" DRAW: 1 TEXT:
CP_FBI "DINT_TO_WORD" 188 30 CODID: 5 NAME: ".16.88" TEXT:
CP_FBI "WORD_TO_INT" 184 10 CODID: 40 NAME: ".16.89" TEXT:
CP_FBI "ADD_INT" 196 10 CODID: 42 NAME: ".16.90" TEXT:
CP_FBI "INT_TO_WORD" 204 10 CODID: 43 NAME: ".16.91" TEXT:
CP_FBI "SEL" 187 15 CODID: 41 NAME: ".16.92" ANY: IEC_INT_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "SEL" 105 84 CODID: 7 NAME: ".16.95" ANY: IEC_REAL_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "EQ_INT" 18 57 CODID: 45 NAME: ".16.103" TEXT:
CP_FBI "SEL" 40 56 CODID: 46 NAME: ".16.104" ANY: IEC_BOOL_ID TEXT:
CP_FBI "EQ_INT" 18 65 CODID: 47 NAME: ".16.105" TEXT:
CP_FBI "SEL" 40 64 CODID: 48 NAME: ".16.106" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 90 5 CODID: 49 NAME: ".16.109" ANY: IEC_REAL_ID TEXT:
CP_FBI "OR_BOOL" 23 116 CODID: 14 NAME: ".16.111" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "SR" 36 107 CODID: 51 NAME: "FBI_16_112" TEXT:
CP_FBI "AND_BOOL" 22 107 CODID: 50 NAME: ".16.113" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4,FBIPH_INPUT/5
CP_FBI "AND_BOOL" 266 40 CODID: 52 NAME: ".16.115" TEXT:
CP_FBI "MOVE" 106 63 CODID: 53 NAME: ".16.117" ANY: IEC_REAL_ID TEXT:
CP_FBI "INT_TO_REAL" 91 90 CODID: 6 NAME: ".16.128" TEXT:
CP_FBI "MOVE" 106 54 CODID: 55 NAME: ".16.129" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_FBI "REAL_TO_INT" 92 58 CODID: 54 NAME: ".16.130" TEXT:
CP_FBI "MOVE" 106 70 CODID: 57 NAME: ".16.131" +EN +ENO ANY: IEC_REAL_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/1
CP_FBI "INT_TO_REAL" 91 74 CODID: 56 NAME: ".16.132" TEXT:
CP_FBI "SEL" 102 33 CODID: 59 NAME: ".16.135" ANY: IEC_INT_ID TEXT:
CP_FBI "REAL_TO_INT" 90 39 CODID: 58 NAME: ".16.136" TEXT:
CP_FBI "MOVE" 166 58 CODID: 60 NAME: ".16.137" ANY: IEC_REAL_ID TEXT:
CP_DBI "L_KAR50" 36 7 CODID: 44 NAME: "FBI_16_138" TEXT:
CP_FBI "SEL" 14 92 CODID: 61 NAME: ".16.139" ANY: IEC_INT_ID TEXT:
CP_FBI "F_TRIG" 38 90 CODID: 62 NAME: "FBI_16_140" TEXT:
CP_FBI "MOVE" 51 95 CODID: 63 NAME: ".16.141" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_FBI "SUB_REAL" 18 168 CODID: 34 NAME: ".16.144" TEXT:
CP_FBI "MUL_REAL" 30 168 CODID: 35 NAME: ".16.145" TEXT:
CP_FBI "WORD_TO_REAL" 259 14 CODID: 23 NAME: ".16.148" TEXT:
CP_FBI "WORD_TO_REAL" 259 24 CODID: 26 NAME: ".16.149" TEXT:
CP_FBI "WORD_TO_REAL" 259 34 CODID: 29 NAME: ".16.150" TEXT:
CP_GVI NAMED_VAR: "PLC3_FITS51301_Meetw" 6 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_Meetw" 6 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_KeuzeSW" 25 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_Auto" 60 78 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 192 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 192 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 241 93 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 241 94 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_AlwPri" 261 72 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_AlwSec" 261 73 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_AlwPri" 238 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_AlwSec" 238 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_AlwPri" 238 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_AlwSec" 238 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_AlwPri" 238 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_AlwSec" 238 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_VerzSt" 238 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_VerzSt" 238 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_VerzSt" 238 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_IntGewU" 93 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Setpoint" 109 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Totaal_Debiet" 35 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Storing" 282 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokRegDistrPomp" 36 158 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 36 159 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_StoringReg" 19 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Stuur" 206 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Regelsign" 206 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_CDruk_Start" 157 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LeidingK_Start" 157 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LeidingK_Start" 93 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_Auto" 178 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ProdScada" 96 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_AcofTijd" 192 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_OndWrd" 192 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_PriWrd" 192 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_InstAfw" 192 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Iactie" 192 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Pactie" 192 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_ExtGew" 192 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_BedWrd" 6 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_BedWrd" 156 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_KeuzeHW" 25 43 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_StatBed" 214 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_StatBedr" 212 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Stuur" 212 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_IntGewU" 212 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Setpoint" 93 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Storing" 8 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_DrukLK" 46 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_YCoor_Inst" 27 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ProdScada" 31 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_KeuzeSW" 31 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_KeuzeRegelaar" 9 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ProdScada" 31 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_KeuzeRegelaar" 9 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_KeuzeHW" 31 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_CmdSWregelaar" 47 60 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_CmdSWregelaar" 44 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_CmdHWregelaar" 8 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_CmdHWregelaar" 47 68 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_DrukLK" 81 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_ExtGew" 97 8 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokRegDistrPomp" 14 120 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 14 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Auto" 192 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_Auto" 14 119 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Auto" 43 110 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_Auto" 13 110 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokRegDistrPomp" 13 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 13 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Volgw" 192 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_Meetw" 48 171 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Volgw" 64 170 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Stuur" 38 166 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokRegDistrPomp" 19 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 19 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokRegDistrPomp" 275 43 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LeidingK_Start" 257 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_IntGewU" 97 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_Setpoint_Act" 113 66 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_Storing_ParTyp" 241 89 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_StoringReg" 261 89 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_IntGew" 192 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_IntGew" 112 88 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Setpoint" 96 88 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_Setpoint" 82 93 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_Setpoint" 113 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_IntGewU" 83 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ProdScada" 97 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_Setpoint" 82 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_Setpoint" 113 73 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_Setpoint" 109 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_Setpoint" 93 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LeidingK_Start" 93 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_IntGewU" 81 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ProdScada" 97 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Meetw" 157 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_PValue" 173 61 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_PValue" 192 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_MeetwMax" 192 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_MeetwMin" 192 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 38 165 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 19 83 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 13 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 14 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ActRegelaar" 21 96 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_Auto" 5 95 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ActRegelaar" 42 98 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_KeuzeRegelaar" 58 98 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Webbrowser_ProdScada" 29 93 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIT51302_Str_mw" 192 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_AlwPri" 212 50 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_AlwSec" 212 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_AlwPri" 238 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC513_AlwSec" 238 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_PriWrd" 241 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_OndWrd" 241 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_AcofTijd" 241 92 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_StaWrd" 261 71 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PIC51303_BedWrd" 241 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_StuurwLeidingbr" 9 171 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FITS51301_VerzSt" 286 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_FITS51302_VerzSt" 286 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PITA51301_VerzSt" 286 33 FP_IO_INPUT
CP_CON 264 58 IEC_REAL_ID 0.0
CP_CON 206 65 IEC_REAL_ID 0.0
CP_CON 206 67 IEC_REAL_ID 100.0
CP_CON 157 40 IEC_DINT_ID 0
CP_CON 157 41 IEC_DINT_ID 32768
CP_CON 157 48 IEC_DINT_ID 0
CP_CON 157 49 IEC_DINT_ID 16384
CP_CON 178 19 IEC_INT_ID 1024
CP_CON 178 20 IEC_INT_ID 2048
CP_CON 9 61 IEC_INT_ID 0
CP_CON 9 69 IEC_INT_ID 1
CP_CON 5 96 IEC_INT_ID 1
CP_CON 5 97 IEC_INT_ID 0
CP_CON 9 172 IEC_REAL_ID 50.0
CP_CON 21 172 IEC_REAL_ID 2.0
CP_CON 250 17 IEC_WORD_ID 16#8000
CP_CON 250 27 IEC_WORD_ID 16#8000
CP_CON 250 37 IEC_WORD_ID 16#8000
CP_LNK FBI: 15 7 2 FBI: 36 7 2 GRA: 23/11,36/11
CP_LNK FBI: 15 7 2 FBI: 28 16 2 GRA: 23/11,25/11,25/20,28/20
CP_LNK FBI: 247 9 2 FBI: 259 9 2 GRA: 255/13,259/13
CP_LNK FBI: 259 9 2 FBI: 277 9 2 GRA: 270/13,277/13
CP_LNK FBI: 259 19 2 FBI: 277 19 2 GRA: 270/23,277/23
CP_LNK FBI: 259 29 2 FBI: 277 29 2 GRA: 270/33,277/33
CP_LNK FBI: 247 19 2 FBI: 259 19 2 GRA: 255/23,259/23
CP_LNK FBI: 247 29 2 FBI: 259 29 2 GRA: 255/33,259/33
CP_LNK GVI: 6 10 FBI: 15 7 2 GRA: 15/11,15/11
CP_LNK GVI: 6 11 FBI: 15 7 3 GRA: 15/12,15/12
CP_LNK FBI: 15 29 12 GVI: 25 42 GRA: 25/43,25/43
CP_LNK FBI: 53 75 2 GVI: 60 78 GRA: 60/79,60/79
CP_LNK GVI: 192 53 FBI: 201 30 22 GRA: 201/54,201/54
CP_LNK GVI: 192 54 FBI: 201 30 23 GRA: 201/55,201/55
CP_LNK GVI: 241 93 FBI: 250 68 24 GRA: 250/94,250/94
CP_LNK GVI: 241 94 FBI: 250 68 25 GRA: 250/95,250/95
CP_LNK FBI: 250 68 3 GVI: 261 72 GRA: 261/73,261/73
CP_LNK FBI: 250 68 4 GVI: 261 73 GRA: 261/74,261/74
CP_LNK GVI: 238 12 FBI: 247 9 2 GRA: 247/13,247/13
CP_LNK GVI: 238 13 FBI: 247 9 3 GRA: 247/14,247/14
CP_LNK GVI: 238 22 FBI: 247 19 2 GRA: 247/23,247/23
CP_LNK GVI: 238 23 FBI: 247 19 3 GRA: 247/24,247/24
CP_LNK GVI: 238 32 FBI: 247 29 2 GRA: 247/33,247/33
CP_LNK GVI: 238 33 FBI: 247 29 3 GRA: 247/34,247/34
CP_LNK GVI: 238 43 FBI: 247 40 2 GRA: 247/44,247/44
CP_LNK GVI: 238 44 FBI: 247 40 3 GRA: 247/45,247/45
CP_LNK GVI: 238 45 FBI: 247 40 4 GRA: 247/46,247/46
CP_LNK GVI: 93 30 FBI: 102 25 4 GRA: 102/31,102/31
CP_LNK FBI: 102 25 3 GVI: 109 29 GRA: 109/30,109/30
CP_LNK FBI: 28 16 2 GVI: 35 19 GRA: 35/20,35/20
CP_LNK FBI: 247 54 2 FBI: 258 54 2 GRA: 255/58,258/58
CP_LNK FBI: 258 54 2 FBI: 273 54 2 GRA: 269/58,273/58
CP_LNK CON: 264 58 FBI: 273 54 3 GRA: 273/59,273/59
CP_LNK FBI: 273 54 2 GVI: 282 57 GRA: 282/58,282/58
CP_LNK GVI: 36 158 FBI: 45 155 2 GRA: 45/159,45/159
CP_LNK GVI: 36 159 FBI: 45 155 3 GRA: 45/160,45/160
CP_LNK FBI: 45 155 2 FBI: 57 166 2 GRA: 54/159,56/159,56/170,57/170
CP_LNK FBI: 47 162 3 FBI: 57 166 3 GRA: 54/167,55/167,55/171,57/171
CP_LNK GVI: 19 80 FBI: 28 76 3 GRA: 28/81,28/81
CP_LNK CON: 206 65 FBI: 215 61 3 GRA: 215/66,215/66
CP_LNK CON: 206 67 FBI: 215 61 5 GRA: 215/68,215/68
CP_LNK GVI: 206 66 FBI: 215 61 4 GRA: 215/67,215/67
CP_LNK GVI: 206 64 FBI: 215 61 2 GRA: 215/65,215/65
CP_LNK GVI: 157 39 FBI: 166 36 2 GRA: 166/40,166/40
CP_LNK GVI: 157 47 FBI: 166 44 2 GRA: 166/48,166/48
CP_LNK GVI: 93 28 FBI: 102 25 2 GRA: 102/29,102/29
CP_LNK FBI: 165 30 2 FBI: 178 30 2 GRA: 176/34,178/34
CP_LNK FBI: 188 30 2 FBI: 201 30 2 GRA: 199/34,201/34
CP_LNK FBI: 178 30 2 FBI: 188 30 2 GRA: 186/34,188/34
CP_LNK FBI: 166 36 3 FBI: 178 30 3 GRA: 173/41,176/41,176/35,178/35
CP_LNK FBI: 166 44 3 FBI: 178 30 4 GRA: 173/49,177/49,177/36,178/36
CP_LNK CON: 157 40 FBI: 166 36 3 GRA: 166/41,166/41
CP_LNK CON: 157 41 FBI: 166 36 4 GRA: 166/42,166/42
CP_LNK CON: 157 48 FBI: 166 44 3 GRA: 166/49,166/49
CP_LNK CON: 157 49 FBI: 166 44 4 GRA: 166/50,166/50
CP_LNK FBI: 196 10 2 FBI: 204 10 2 GRA: 203/14,204/14
CP_LNK FBI: 184 10 2 FBI: 196 10 2 GRA: 194/14,196/14
CP_LNK FBI: 187 15 3 FBI: 196 10 3 GRA: 194/20,195/20,195/15,196/15
CP_LNK FBI: 201 30 2 FBI: 184 10 2 GRA: 212/34,214/34,214/25,175/25,175/14,184/14
CP_LNK GVI: 178 18 FBI: 187 15 2 GRA: 187/19,187/19
CP_LNK CON: 178 19 FBI: 187 15 3 GRA: 187/20,187/20
CP_LNK CON: 178 20 FBI: 187 15 4 GRA: 187/21,187/21
CP_LNK GVI: 96 87 FBI: 105 84 2 GRA: 105/88,105/88
CP_LNK FBI: 17 73 2 FBI: 28 76 2 GRA: 25/77,26/77,26/80,28/80
CP_LNK GVI: 192 52 FBI: 201 30 21 GRA: 201/53,201/53
CP_LNK GVI: 192 51 FBI: 201 30 20 GRA: 201/52,201/52
CP_LNK GVI: 192 50 FBI: 201 30 19 GRA: 201/51,201/51
CP_LNK GVI: 192 47 FBI: 201 30 16 GRA: 201/48,201/48
CP_LNK GVI: 192 43 FBI: 201 30 12 GRA: 201/44,201/44
CP_LNK GVI: 192 42 FBI: 201 30 11 GRA: 201/43,201/43
CP_LNK GVI: 192 36 FBI: 201 30 5 GRA: 201/37,201/37
CP_LNK GVI: 6 32 FBI: 15 29 2 GRA: 15/33,15/33
CP_LNK GVI: 156 33 FBI: 165 30 2 GRA: 165/34,165/34
CP_LNK FBI: 15 29 13 GVI: 25 43 GRA: 25/44,25/44
CP_LNK FBI: 204 10 2 GVI: 214 13 GRA: 214/14,214/14
CP_LNK FBI: 201 30 3 GVI: 212 34 GRA: 212/35,212/35
CP_LNK FBI: 201 30 5 GVI: 212 36 GRA: 212/37,212/37
CP_LNK FBI: 201 30 6 GVI: 212 37 GRA: 212/38,212/38
CP_LNK GVI: 93 29 FBI: 102 25 3 GRA: 102/30,102/30
CP_LNK GVI: 8 77 FBI: 17 73 3 GRA: 17/78,17/78
CP_LNK FBI: 36 7 2 GVI: 46 10 GRA: 46/11,46/11
CP_LNK GVI: 27 13 FBI: 36 7 5 GRA: 36/14,36/14
CP_LNK CON: 9 61 FBI: 18 57 3 GRA: 18/62,18/62
CP_LNK FBI: 18 57 2 FBI: 40 56 3 GRA: 25/61,40/61
CP_LNK GVI: 31 59 FBI: 40 56 2 GRA: 40/60,40/60
CP_LNK GVI: 31 61 FBI: 40 56 4 GRA: 40/62,40/62
CP_LNK GVI: 9 60 FBI: 18 57 2 GRA: 18/61,18/61
CP_LNK GVI: 31 67 FBI: 40 64 2 GRA: 40/68,40/68
CP_LNK FBI: 18 65 2 FBI: 40 64 3 GRA: 25/69,40/69
CP_LNK CON: 9 69 FBI: 18 65 3 GRA: 18/70,18/70
CP_LNK GVI: 9 68 FBI: 18 65 2 GRA: 18/69,18/69
CP_LNK GVI: 31 69 FBI: 40 64 4 GRA: 40/70,40/70
CP_LNK FBI: 40 56 3 GVI: 47 60 GRA: 47/61,47/61
CP_LNK GVI: 44 78 FBI: 53 75 2 GRA: 53/79,53/79
CP_LNK GVI: 8 76 FBI: 17 73 2 GRA: 17/77,17/77
CP_LNK FBI: 40 64 3 GVI: 47 68 GRA: 47/69,47/69
CP_LNK FBI: 90 5 2 GVI: 97 8 GRA: 97/9,97/9
CP_LNK GVI: 81 8 FBI: 90 5 2 GRA: 90/9,90/9
CP_LNK GVI: 14 120 FBI: 23 116 3 GRA: 23/121,23/121
CP_LNK GVI: 14 121 FBI: 23 116 4 GRA: 23/122,23/122
CP_LNK FBI: 28 76 2 FBI: 53 75 3 GRA: 37/80,53/80
CP_LNK GVI: 192 45 FBI: 201 30 14 GRA: 201/46,201/46
CP_LNK GVI: 14 119 FBI: 23 116 2 GRA: 23/120,23/120
CP_LNK FBI: 36 107 2 GVI: 43 110 GRA: 43/111,43/111
CP_LNK GVI: 13 110 FBI: 22 107 2 GRA: 22/111,22/111
CP_LNK GVI: 13 111 FBI: 22 107 3 GRA: 22/112,22/112
CP_LNK GVI: 13 112 FBI: 22 107 4 GRA: 22/113,22/113
CP_LNK FBI: 22 107 2 FBI: 36 107 2 GRA: 31/111,36/111
CP_LNK FBI: 23 116 2 FBI: 36 107 3 GRA: 31/120,33/120,33/112,36/112
CP_LNK GVI: 192 44 FBI: 201 30 13 GRA: 201/45,201/45
CP_LNK GVI: 48 171 FBI: 57 166 4 GRA: 57/172,57/172
CP_LNK FBI: 57 166 3 GVI: 64 170 GRA: 64/171,64/171
CP_LNK GVI: 38 166 FBI: 47 162 3 GRA: 47/167,47/167
CP_LNK GVI: 19 81 FBI: 28 76 4 GRA: 28/82,28/82
CP_LNK GVI: 19 82 FBI: 28 76 5 GRA: 28/83,28/83
CP_LNK FBI: 266 40 2 GVI: 275 43 GRA: 275/44,275/44
CP_LNK FBI: 247 40 2 FBI: 266 40 2 GRA: 255/44,266/44
CP_LNK GVI: 257 44 FBI: 266 40 3 GRA: 266/45,266/45
CP_LNK GVI: 97 66 FBI: 106 63 2 GRA: 106/67,106/67
CP_LNK FBI: 106 63 2 GVI: 113 66 GRA: 113/67,113/67
CP_LNK GVI: 241 89 FBI: 250 68 20 GRA: 250/90,250/90
CP_LNK FBI: 250 68 20 GVI: 261 89 GRA: 261/90,261/90
CP_LNK GVI: 192 37 FBI: 201 30 6 GRA: 201/38,201/38
CP_LNK FBI: 105 84 3 GVI: 112 88 GRA: 112/89,112/89
CP_LNK GVI: 96 88 FBI: 105 84 3 GRA: 105/89,105/89
CP_LNK GVI: 82 93 FBI: 91 90 2 GRA: 91/94,91/94
CP_LNK FBI: 91 90 2 FBI: 105 84 4 GRA: 101/94,104/94,104/90,105/90
CP_LNK FBI: 106 54 2 GVI: 113 57 GRA: 113/58,113/58
CP_LNK GVI: 83 61 FBI: 92 58 2 GRA: 92/62,92/62
CP_LNK FBI: 92 58 2 FBI: 106 54 2 GRA: 102/62,104/62,104/58,106/58
CP_LNK GVI: 97 72 FBI: 106 70 1 GRA: 106/73,106/73
CP_LNK GVI: 82 77 FBI: 91 74 2 GRA: 91/78,91/78
CP_LNK FBI: 91 74 2 FBI: 106 70 2 GRA: 101/78,103/78,103/74,106/74
CP_LNK FBI: 106 70 2 GVI: 113 73 GRA: 113/74,113/74
CP_LNK FBI: 102 33 3 GVI: 109 37 GRA: 109/38,109/38
CP_LNK GVI: 93 37 FBI: 102 33 3 GRA: 102/38,102/38
CP_LNK GVI: 93 36 FBI: 102 33 2 GRA: 102/37,102/37
CP_LNK GVI: 81 42 FBI: 90 39 2 GRA: 90/43,90/43
CP_LNK FBI: 90 39 2 FBI: 102 33 4 GRA: 100/43,101/43,101/39,102/39
CP_LNK GVI: 97 56 FBI: 106 54 1 GRA: 106/57,106/57
CP_LNK GVI: 157 61 FBI: 166 58 2 GRA: 166/62,166/62
CP_LNK FBI: 166 58 2 GVI: 173 61 GRA: 173/62,173/62
CP_LNK GVI: 192 38 FBI: 201 30 7 GRA: 201/39,201/39
CP_LNK GVI: 192 39 FBI: 201 30 8 GRA: 201/40,201/40
CP_LNK GVI: 192 40 FBI: 201 30 9 GRA: 201/41,201/41
CP_LNK GVI: 38 165 FBI: 47 162 2 GRA: 47/166,47/166
CP_LNK GVI: 19 83 FBI: 28 76 6 GRA: 28/84,28/84
CP_LNK GVI: 13 113 FBI: 22 107 5 GRA: 22/114,22/114
CP_LNK GVI: 14 122 FBI: 23 116 5 GRA: 23/123,23/123
CP_LNK FBI: 14 92 3 GVI: 21 96 GRA: 21/97,21/97
CP_LNK CON: 5 96 FBI: 14 92 3 GRA: 14/97,14/97
CP_LNK CON: 5 97 FBI: 14 92 4 GRA: 14/98,14/98
CP_LNK GVI: 5 95 FBI: 14 92 2 GRA: 14/96,14/96
CP_LNK GVI: 42 98 FBI: 51 95 2 GRA: 51/99,51/99
CP_LNK FBI: 51 95 2 GVI: 58 98 GRA: 58/99,58/99
CP_LNK GVI: 29 93 FBI: 38 90 2 GRA: 38/94,38/94
CP_LNK FBI: 38 90 2 FBI: 51 95 1 GRA: 45/94,47/94,47/98,51/98
CP_LNK GVI: 192 48 FBI: 201 30 17 GRA: 201/49,201/49
CP_LNK FBI: 201 30 19 GVI: 212 50 GRA: 212/51,212/51
CP_LNK FBI: 201 30 20 GVI: 212 51 GRA: 212/52,212/52
CP_LNK GVI: 238 57 FBI: 247 54 2 GRA: 247/58,247/58
CP_LNK GVI: 238 58 FBI: 247 54 3 GRA: 247/59,247/59
CP_LNK GVI: 241 72 FBI: 250 68 3 GRA: 250/73,250/73
CP_LNK GVI: 241 73 FBI: 250 68 4 GRA: 250/74,250/74
CP_LNK GVI: 241 92 FBI: 250 68 23 GRA: 250/93,250/93
CP_LNK FBI: 250 68 2 GVI: 261 71 GRA: 261/72,261/72
CP_LNK GVI: 241 71 FBI: 250 68 2 GRA: 250/72,250/72
CP_LNK GVI: 9 171 FBI: 18 168 2 GRA: 18/172,18/172
CP_LNK CON: 9 172 FBI: 18 168 3 GRA: 18/173,18/173
CP_LNK CON: 21 172 FBI: 30 168 3 GRA: 30/173,30/173
CP_LNK FBI: 18 168 2 FBI: 30 168 2 GRA: 26/172,30/172
CP_LNK FBI: 30 168 2 FBI: 47 162 4 GRA: 38/172,42/172,42/168,47/168
CP_LNK CON: 250 17 FBI: 259 14 2 GRA: 259/18,259/18
CP_LNK FBI: 259 14 2 FBI: 277 9 3 GRA: 270/18,273/18,273/14,277/14
CP_LNK FBI: 277 9 3 GVI: 286 13 GRA: 286/14,286/14
CP_LNK FBI: 277 19 3 GVI: 286 23 GRA: 286/24,286/24
CP_LNK CON: 250 27 FBI: 259 24 2 GRA: 259/28,259/28
CP_LNK FBI: 259 24 2 FBI: 277 19 3 GRA: 270/28,273/28,273/24,277/24
CP_LNK CON: 250 37 FBI: 259 34 2 GRA: 259/38,259/38
CP_LNK FBI: 259 34 2 FBI: 277 29 3 GRA: 270/38,273/38,273/34,277/34
CP_LNK FBI: 277 29 3 GVI: 286 33 GRA: 286/34,286/34
CP_SEC "Pompen" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 15 EXEC: 16 TEXT: 
CP_COM LEFT: 2 RIGHT: 18 TOP: 3 BOT: 7 TEXT:
...TXF ****************************************
...TXT P-501: Distributiepomp 1 ( Kaatsheuvel )
...TXT Typical: DFB_FREQ
...TXT ****************************************
CP_COM LEFT: 2 RIGHT: 18 TOP: 51 BOT: 55 TEXT:
...TXF ****************************************
...TXT P-502: Distributiepomp 2 ( Kaatsheuvel )
...TXT Typical: DFB_FREQ
...TXT ****************************************
CP_COM LEFT: 2 RIGHT: 18 TOP: 102 BOT: 106 TEXT:
...TXF ****************************************
...TXT P-503: Distributiepomp 3 ( Kaatsheuvel )
...TXT Typical: DFB_FREQ
...TXT ****************************************
CP_COM LEFT: 77 RIGHT: 93 TOP: 17 BOT: 20 TEXT:
...TXF ****************************************
...TXT P-501: Beschikbaarheid P501
...TXT ****************************************
CP_COM LEFT: 77 RIGHT: 93 TOP: 51 BOT: 54 TEXT:
...TXF ****************************************
...TXT P-502: Beschikbaarheid P502
...TXT ****************************************
CP_COM LEFT: 77 RIGHT: 93 TOP: 83 BOT: 86 TEXT:
...TXF ****************************************
...TXT P-503: Beschikbaarheid P503
...TXT ****************************************
CP_COM LEFT: 77 RIGHT: 93 TOP: 2 BOT: 6 TEXT:
...TXF ****************************************
...TXT P-501: Distributiepomp 1 ( Kaatsheuvel )
...TXT Storingen
...TXT ****************************************
CP_COM LEFT: 77 RIGHT: 93 TOP: 35 BOT: 39 TEXT:
...TXF ****************************************
...TXT P-502: Distributiepomp 2 ( Kaatsheuvel )
...TXT Storingen
...TXT ****************************************
CP_COM LEFT: 77 RIGHT: 93 TOP: 68 BOT: 72 TEXT:
...TXF ****************************************
...TXT P-503: Distributiepomp 3 ( Kaatsheuvel )
...TXT Storingen
...TXT ****************************************
CP_COM LEFT: 116 RIGHT: 139 TOP: 2 BOT: 6 TEXT:
...TXF *********************************************************
...TXT FS-501 - FS-503: Flowswitches ( Kaatsheuvel )
...TXT Meldingen
...TXT *********************************************************
CP_COM LEFT: 39 RIGHT: 77 TOP: 37 BOT: 41 TEXT:
...TXF ********************************************************************************************
...TXT P-501: Distributiepomp 1 ( Kaatsheuvel ) Vast toerental indien ActStap = 3 of 4
...TXT Typical: DFB_FREQ
...TXT ********************************************************************************************
CP_DBI "DFB_FREQ" 16 17 CODID: 3 NAME: "FBI_15_1" TEXT:
CP_DBI "DFB_FREQ" 15 65 CODID: 4 NAME: "FBI_15_2" TEXT:
CP_DBI "DFB_FREQ" 16 116 CODID: 5 NAME: "FBI_15_3" TEXT:
CP_FBI "AND_BOOL" 42 9 CODID: 26 NAME: ".15.32" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 91 20 CODID: 6 NAME: ".15.5" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 91 54 CODID: 7 NAME: ".15.6" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 91 86 CODID: 8 NAME: ".15.7" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "R_TRIG" 43 22 CODID: 9 NAME: "FBI_15_9" TEXT:
CP_FBI "TP" 54 22 CODID: 10 NAME: "FBI_15_10" TEXT:
CP_FBI "R_TRIG" 43 28 CODID: 11 NAME: "FBI_15_11" TEXT:
CP_FBI "TP" 54 28 CODID: 12 NAME: "FBI_15_12" TEXT:
CP_FBI "R_TRIG" 42 70 CODID: 13 NAME: "FBI_15_13" TEXT:
CP_FBI "TP" 53 70 CODID: 14 NAME: "FBI_15_14" TEXT:
CP_FBI "R_TRIG" 42 76 CODID: 15 NAME: "FBI_15_15" TEXT:
CP_FBI "TP" 53 76 CODID: 16 NAME: "FBI_15_16" TEXT:
CP_FBI "R_TRIG" 41 121 CODID: 17 NAME: "FBI_15_17" TEXT:
CP_FBI "TP" 52 121 CODID: 18 NAME: "FBI_15_18" TEXT:
CP_FBI "R_TRIG" 41 127 CODID: 19 NAME: "FBI_15_19" TEXT:
CP_FBI "TP" 52 127 CODID: 20 NAME: "FBI_15_20" TEXT:
CP_FBI "OR_BOOL" 92 6 CODID: 21 NAME: ".15.25" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/6
CP_FBI "OR_BOOL" 92 39 CODID: 22 NAME: ".15.26" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/6
CP_FBI "OR_BOOL" 92 72 CODID: 23 NAME: ".15.27" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/6
CP_FBI "OR_BOOL" 32 7 CODID: 2 NAME: ".15.30" TEXT:
CP_FBI "AND_BOOL" 36 107 CODID: 25 NAME: ".15.31" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4,FBIPH_INPUT/5
CP_FBI "AND_BOOL" 38 56 CODID: 28 NAME: ".15.33" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4,FBIPH_INPUT/5
CP_FBI "BIT_TO_WORD" 128 9 CODID: 29 NAME: ".15.37" TEXT:
CP_FBI "AND_BOOL" 55 44 CODID: 31 NAME: ".15.38" DRAW: 3 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4,FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "TOF" 12 7 CODID: 1 NAME: "FBI_15_40" TEXT:
CP_FBI "TOF" 14 56 CODID: 27 NAME: "FBI_15_41" TEXT:
CP_FBI "TOF" 14 107 CODID: 24 NAME: "FBI_15_42" TEXT:
CP_FBI "GE_INT" 45 42 CODID: 30 NAME: ".15.43" TEXT:
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 23 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_BedWrd" 7 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_VrijIn" 7 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_Cmd_AutoIn" 7 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_MeldIn" 7 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_MeldFlow" 7 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_MeldExt1" 7 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_PriWrd" 7 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_OndWrd" 7 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_AcofTijd" 7 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 7 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 7 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_StatBed" 27 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_StatBedr" 27 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Beschik" 27 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Paraat" 27 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_AlwPri" 27 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_AlwSec" 27 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Storing" 27 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Start" 61 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Stop" 61 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_BedWrd" 6 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_VrijIn" 6 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_MeldIn" 6 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_MeldFlow" 6 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_MeldExt1" 6 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_PriWrd" 6 88 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_OndWrd" 6 89 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_AcofTijd" 6 90 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 6 91 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 6 92 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_StatBed" 26 68 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_StatBedr" 26 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_Beschik" 26 71 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_Paraat" 26 72 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_AlwPri" 26 88 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_AlwSec" 26 89 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_Storing" 26 90 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_Start" 60 73 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_Stop" 60 79 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 27 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_Cmd_AutoIn" 45 110 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_BedWrd" 7 119 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_VrijIn" 7 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_Cmd_AutoIn" 7 123 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_MeldIn" 7 125 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_MeldFlow" 7 126 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_MeldExt1" 7 127 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_PriWrd" 7 139 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_OndWrd" 7 140 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_AcofTijd" 7 141 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 7 142 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 7 143 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_StatBed" 27 119 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_StatBedr" 27 120 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_Beschik" 27 122 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_Paraat" 27 123 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_AlwPri" 27 139 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_AlwSec" 27 140 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_Storing" 27 141 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_Start" 59 124 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_Stop" 59 130 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_LadeIn_ParTyp" 83 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_LadeSt_ParTyp" 83 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_VerzSt_ParTyp" 83 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_MeldExt1" 100 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Beschik" 82 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_Matrix" 82 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_Reserve" 100 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_LadeIn_ParTyp" 83 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_LadeSt_ParTyp" 83 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_VerzSt_ParTyp" 83 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_MeldExt1" 100 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_Beschik" 82 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_Matrix" 82 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_Reserve" 100 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_LadeIn_ParTyp" 83 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_LadeSt_ParTyp" 83 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_VerzSt_ParTyp" 83 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_MeldExt1" 100 75 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_Beschik" 82 89 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_Matrix" 82 90 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_Reserve" 100 89 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Cmd_AutoIn" 51 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokkeerDistributie" 33 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokkeerDistributie" 27 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_MtrAuto_ParTyp" 7 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 29 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokkeerDistributie" 29 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_Cmd_AutoIn" 47 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_Cmd_AutoIn" 6 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_MeldFlow" 119 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_MeldFlow" 119 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_MeldFlow" 119 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_FlowSwitch_Meld" 138 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_MtrAuto_ParTyp" 6 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_MtrAuto_ParTyp" 7 120 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_CmdIn" 27 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_CmdUit" 27 27 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_CmdIn" 26 74 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P502_CmdUit" 26 75 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_CmdIn" 27 125 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P503_CmdUit" 27 126 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_P501_Preset" 64 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Matrix_ActStap" 36 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokkeerDistributie" 46 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_LeidingBreuk" 46 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_CmdIn" 46 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 27 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 29 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 46 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 33 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_LiveZero_ParTyp" 83 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_LiveZero_ParTyp" 83 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_LiveZero_ParTyp" 83 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_HWBlok_ParTyp" 83 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_HWBlok_ParTyp" 83 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_HWBlok_ParTyp" 83 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P501_AutoIn" 3 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P502_AutoIn" 5 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_P503_AutoIn" 5 110 FP_IO_OUTPUT
CP_CON 45 26 IEC_TIME_ID t#2s
CP_CON 45 32 IEC_TIME_ID t#2s
CP_CON 44 74 IEC_TIME_ID t#2s
CP_CON 44 80 IEC_TIME_ID t#2s
CP_CON 43 125 IEC_TIME_ID t#2s
CP_CON 43 131 IEC_TIME_ID t#2s
CP_CON 36 46 IEC_INT_ID 3
CP_CON 3 11 IEC_TIME_ID t#1s
CP_CON 5 60 IEC_TIME_ID t#1s
CP_CON 5 111 IEC_TIME_ID t#1s
CP_LNK FBI: 43 22 2 FBI: 54 22 2 GRA: 50/26,54/26
CP_LNK FBI: 16 17 8 GVI: 27 26 GRA: 27/27,27/27
CP_LNK FBI: 16 17 8 FBI: 43 22 2 GRA: 27/27,28/27,28/26,43/26
CP_LNK FBI: 43 28 2 FBI: 54 28 2 GRA: 50/32,54/32
CP_LNK FBI: 16 17 9 GVI: 27 27 GRA: 27/28,27/28
CP_LNK FBI: 16 17 9 FBI: 43 28 2 GRA: 27/28,28/28,28/32,43/32
CP_LNK CON: 45 26 FBI: 54 22 3 GRA: 54/27,54/27
CP_LNK CON: 45 32 FBI: 54 28 3 GRA: 54/33,54/33
CP_LNK FBI: 42 70 2 FBI: 53 70 2 GRA: 49/74,53/74
CP_LNK FBI: 42 76 2 FBI: 53 76 2 GRA: 49/80,53/80
CP_LNK CON: 44 74 FBI: 53 70 3 GRA: 53/75,53/75
CP_LNK CON: 44 80 FBI: 53 76 3 GRA: 53/81,53/81
CP_LNK FBI: 15 65 8 GVI: 26 74 GRA: 26/75,26/75
CP_LNK FBI: 15 65 8 FBI: 42 70 2 GRA: 26/75,27/75,27/74,42/74
CP_LNK FBI: 15 65 9 GVI: 26 75 GRA: 26/76,26/76
CP_LNK FBI: 15 65 9 FBI: 42 76 2 GRA: 26/76,27/76,27/80,42/80
CP_LNK FBI: 41 121 2 FBI: 52 121 2 GRA: 48/125,52/125
CP_LNK FBI: 41 127 2 FBI: 52 127 2 GRA: 48/131,52/131
CP_LNK CON: 43 125 FBI: 52 121 3 GRA: 52/126,52/126
CP_LNK CON: 43 131 FBI: 52 127 3 GRA: 52/132,52/132
CP_LNK FBI: 16 116 8 GVI: 27 125 GRA: 27/126,27/126
CP_LNK FBI: 16 116 8 FBI: 41 121 2 GRA: 27/126,28/126,28/125,41/125
CP_LNK FBI: 16 116 9 GVI: 27 126 GRA: 27/127,27/127
CP_LNK FBI: 16 116 9 FBI: 41 127 2 GRA: 27/127,28/127,28/131,41/131
CP_LNK GVI: 23 11 FBI: 32 7 3 GRA: 32/12,32/12
CP_LNK GVI: 7 20 FBI: 16 17 2 GRA: 16/21,16/21
CP_LNK GVI: 7 23 FBI: 16 17 5 GRA: 16/24,16/24
CP_LNK GVI: 7 24 FBI: 16 17 6 GRA: 16/25,16/25
CP_LNK GVI: 7 26 FBI: 16 17 8 GRA: 16/27,16/27
CP_LNK GVI: 7 27 FBI: 16 17 9 GRA: 16/28,16/28
CP_LNK GVI: 7 28 FBI: 16 17 10 GRA: 16/29,16/29
CP_LNK GVI: 7 40 FBI: 16 17 22 GRA: 16/41,16/41
CP_LNK GVI: 7 41 FBI: 16 17 23 GRA: 16/42,16/42
CP_LNK GVI: 7 42 FBI: 16 17 24 GRA: 16/43,16/43
CP_LNK GVI: 7 43 FBI: 16 17 25 GRA: 16/44,16/44
CP_LNK GVI: 7 44 FBI: 16 17 26 GRA: 16/45,16/45
CP_LNK FBI: 16 17 2 GVI: 27 20 GRA: 27/21,27/21
CP_LNK FBI: 16 17 3 GVI: 27 21 GRA: 27/22,27/22
CP_LNK FBI: 16 17 5 GVI: 27 23 GRA: 27/24,27/24
CP_LNK FBI: 16 17 6 GVI: 27 24 GRA: 27/25,27/25
CP_LNK FBI: 16 17 22 GVI: 27 40 GRA: 27/41,27/41
CP_LNK FBI: 16 17 23 GVI: 27 41 GRA: 27/42,27/42
CP_LNK FBI: 16 17 24 GVI: 27 42 GRA: 27/43,27/43
CP_LNK FBI: 54 22 2 GVI: 61 25 GRA: 61/26,61/26
CP_LNK FBI: 54 28 2 GVI: 61 31 GRA: 61/32,61/32
CP_LNK GVI: 6 68 FBI: 15 65 2 GRA: 15/69,15/69
CP_LNK GVI: 6 71 FBI: 15 65 5 GRA: 15/72,15/72
CP_LNK GVI: 6 74 FBI: 15 65 8 GRA: 15/75,15/75
CP_LNK GVI: 6 75 FBI: 15 65 9 GRA: 15/76,15/76
CP_LNK GVI: 6 76 FBI: 15 65 10 GRA: 15/77,15/77
CP_LNK GVI: 6 88 FBI: 15 65 22 GRA: 15/89,15/89
CP_LNK GVI: 6 89 FBI: 15 65 23 GRA: 15/90,15/90
CP_LNK GVI: 6 90 FBI: 15 65 24 GRA: 15/91,15/91
CP_LNK GVI: 6 91 FBI: 15 65 25 GRA: 15/92,15/92
CP_LNK GVI: 6 92 FBI: 15 65 26 GRA: 15/93,15/93
CP_LNK FBI: 15 65 2 GVI: 26 68 GRA: 26/69,26/69
CP_LNK FBI: 15 65 3 GVI: 26 69 GRA: 26/70,26/70
CP_LNK FBI: 15 65 5 GVI: 26 71 GRA: 26/72,26/72
CP_LNK FBI: 15 65 6 GVI: 26 72 GRA: 26/73,26/73
CP_LNK FBI: 15 65 22 GVI: 26 88 GRA: 26/89,26/89
CP_LNK FBI: 15 65 23 GVI: 26 89 GRA: 26/90,26/90
CP_LNK FBI: 15 65 24 GVI: 26 90 GRA: 26/91,26/91
CP_LNK FBI: 53 70 2 GVI: 60 73 GRA: 60/74,60/74
CP_LNK FBI: 53 76 2 GVI: 60 79 GRA: 60/80,60/80
CP_LNK GVI: 27 111 FBI: 36 107 3 GRA: 36/112,36/112
CP_LNK FBI: 36 107 2 GVI: 45 110 GRA: 45/111,45/111
CP_LNK GVI: 7 119 FBI: 16 116 2 GRA: 16/120,16/120
CP_LNK GVI: 7 122 FBI: 16 116 5 GRA: 16/123,16/123
CP_LNK GVI: 7 123 FBI: 16 116 6 GRA: 16/124,16/124
CP_LNK GVI: 7 125 FBI: 16 116 8 GRA: 16/126,16/126
CP_LNK GVI: 7 126 FBI: 16 116 9 GRA: 16/127,16/127
CP_LNK GVI: 7 127 FBI: 16 116 10 GRA: 16/128,16/128
CP_LNK GVI: 7 139 FBI: 16 116 22 GRA: 16/140,16/140
CP_LNK GVI: 7 140 FBI: 16 116 23 GRA: 16/141,16/141
CP_LNK GVI: 7 141 FBI: 16 116 24 GRA: 16/142,16/142
CP_LNK GVI: 7 142 FBI: 16 116 25 GRA: 16/143,16/143
CP_LNK GVI: 7 143 FBI: 16 116 26 GRA: 16/144,16/144
CP_LNK FBI: 16 116 2 GVI: 27 119 GRA: 27/120,27/120
CP_LNK FBI: 16 116 3 GVI: 27 120 GRA: 27/121,27/121
CP_LNK FBI: 16 116 5 GVI: 27 122 GRA: 27/123,27/123
CP_LNK FBI: 16 116 6 GVI: 27 123 GRA: 27/124,27/124
CP_LNK FBI: 16 116 22 GVI: 27 139 GRA: 27/140,27/140
CP_LNK FBI: 16 116 23 GVI: 27 140 GRA: 27/141,27/141
CP_LNK FBI: 16 116 24 GVI: 27 141 GRA: 27/142,27/142
CP_LNK FBI: 52 121 2 GVI: 59 124 GRA: 59/125,59/125
CP_LNK FBI: 52 127 2 GVI: 59 130 GRA: 59/131,59/131
CP_LNK GVI: 83 9 FBI: 92 6 2 GRA: 92/10,92/10
CP_LNK GVI: 83 10 FBI: 92 6 3 GRA: 92/11,92/11
CP_LNK GVI: 83 11 FBI: 92 6 4 GRA: 92/12,92/12
CP_LNK FBI: 92 6 2 GVI: 100 9 GRA: 100/10,100/10
CP_LNK GVI: 82 23 FBI: 91 20 2 GRA: 91/24,91/24
CP_LNK GVI: 82 24 FBI: 91 20 3 GRA: 91/25,91/25
CP_LNK FBI: 91 20 2 GVI: 100 23 GRA: 100/24,100/24
CP_LNK GVI: 83 42 FBI: 92 39 2 GRA: 92/43,92/43
CP_LNK GVI: 83 43 FBI: 92 39 3 GRA: 92/44,92/44
CP_LNK GVI: 83 44 FBI: 92 39 4 GRA: 92/45,92/45
CP_LNK FBI: 92 39 2 GVI: 100 42 GRA: 100/43,100/43
CP_LNK GVI: 82 57 FBI: 91 54 2 GRA: 91/58,91/58
CP_LNK GVI: 82 58 FBI: 91 54 3 GRA: 91/59,91/59
CP_LNK FBI: 91 54 2 GVI: 100 57 GRA: 100/58,100/58
CP_LNK GVI: 83 75 FBI: 92 72 2 GRA: 92/76,92/76
CP_LNK GVI: 83 76 FBI: 92 72 3 GRA: 92/77,92/77
CP_LNK GVI: 83 77 FBI: 92 72 4 GRA: 92/78,92/78
CP_LNK FBI: 92 72 2 GVI: 100 75 GRA: 100/76,100/76
CP_LNK GVI: 82 89 FBI: 91 86 2 GRA: 91/90,91/90
CP_LNK GVI: 82 90 FBI: 91 86 3 GRA: 91/91,91/91
CP_LNK FBI: 91 86 2 GVI: 100 89 GRA: 100/90,100/90
CP_LNK FBI: 42 9 2 GVI: 51 12 GRA: 51/13,51/13
CP_LNK FBI: 32 7 2 FBI: 42 9 2 GRA: 40/11,41/11,41/13,42/13
CP_LNK GVI: 33 13 FBI: 42 9 3 GRA: 42/14,42/14
CP_LNK GVI: 27 112 FBI: 36 107 4 GRA: 36/113,36/113
CP_LNK GVI: 7 21 FBI: 16 17 3 GRA: 16/22,16/22
CP_LNK GVI: 29 60 FBI: 38 56 3 GRA: 38/61,38/61
CP_LNK GVI: 29 61 FBI: 38 56 4 GRA: 38/62,38/62
CP_LNK FBI: 38 56 2 GVI: 47 59 GRA: 47/60,47/60
CP_LNK GVI: 6 72 FBI: 15 65 6 GRA: 15/73,15/73
CP_LNK GVI: 119 12 FBI: 128 9 2 GRA: 128/13,128/13
CP_LNK GVI: 119 13 FBI: 128 9 3 GRA: 128/14,128/14
CP_LNK GVI: 119 14 FBI: 128 9 4 GRA: 128/15,128/15
CP_LNK FBI: 128 9 2 GVI: 138 12 GRA: 138/13,138/13
CP_LNK GVI: 6 69 FBI: 15 65 3 GRA: 15/70,15/70
CP_LNK GVI: 7 120 FBI: 16 116 3 GRA: 16/121,16/121
CP_LNK FBI: 55 44 2 GVI: 64 47 GRA: 64/48,64/48
CP_LNK GVI: 36 45 FBI: 45 42 2 GRA: 45/46,45/46
CP_LNK CON: 36 46 FBI: 45 42 3 GRA: 45/47,45/47
CP_LNK GVI: 46 49 FBI: 55 44 4 GRA: 55/50,55/50
CP_LNK GVI: 46 50 FBI: 55 44 5 GRA: 55/51,55/51
CP_LNK GVI: 46 48 FBI: 55 44 3 GRA: 55/49,55/49
CP_LNK FBI: 45 42 2 FBI: 55 44 2 GRA: 52/46,53/46,53/48,55/48
CP_LNK GVI: 27 113 FBI: 36 107 5 GRA: 36/114,36/114
CP_LNK GVI: 29 62 FBI: 38 56 5 GRA: 38/63,38/63
CP_LNK GVI: 46 51 FBI: 55 44 6 GRA: 55/52,55/52
CP_LNK GVI: 33 14 FBI: 42 9 4 GRA: 42/15,42/15
CP_LNK GVI: 83 45 FBI: 92 39 5 GRA: 92/46,92/46
CP_LNK GVI: 83 12 FBI: 92 6 5 GRA: 92/13,92/13
CP_LNK GVI: 83 78 FBI: 92 72 5 GRA: 92/79,92/79
CP_LNK GVI: 83 13 FBI: 92 6 6 GRA: 92/14,92/14
CP_LNK GVI: 83 46 FBI: 92 39 6 GRA: 92/47,92/47
CP_LNK GVI: 83 79 FBI: 92 72 6 GRA: 92/80,92/80
CP_LNK CON: 3 11 FBI: 12 7 3 GRA: 12/12,12/12
CP_LNK GVI: 3 10 FBI: 12 7 2 GRA: 12/11,12/11
CP_LNK FBI: 12 7 2 FBI: 32 7 2 GRA: 19/11,32/11
CP_LNK CON: 5 60 FBI: 14 56 3 GRA: 14/61,14/61
CP_LNK GVI: 5 59 FBI: 14 56 2 GRA: 14/60,14/60
CP_LNK FBI: 14 56 2 FBI: 38 56 2 GRA: 21/60,38/60
CP_LNK CON: 5 111 FBI: 14 107 3 GRA: 14/112,14/112
CP_LNK GVI: 5 110 FBI: 14 107 2 GRA: 14/111,14/111
CP_LNK FBI: 14 107 2 FBI: 36 107 2 GRA: 21/111,36/111
CP_SEC "Aansturing" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 21 EXEC: 17 TEXT:
CP__ST  
CP__ST (* P501 *)
CP__ST TEMP_P501 := 0;
CP__ST   (* NORMAAL BEDRIJF *)
CP__ST IF (PLC3_P501_Matrix AND NOT PLC3_P501_Reserve) THEN;
CP__ST   TEMP_P501 := TRUE;
CP__ST ELSE;
CP__ST   (* BEPALING RESERVE *)
CP__ST   (* Als P502 via matrix is geselecteerd maar niet beschikbaar is, en P501 als reserve is voorgekozen, dan *)
CP__ST   IF PLC3_P502_Reserve AND PLC3_P501_ResP502 THEN;
CP__ST     TEMP_P501 := TRUE;
CP__ST   END_IF;
CP__ST   (* Als P503 via matrix is geselecteerd maar niet beschikbaar is, en P501 als reserve is voorgekozen, dan *)
CP__ST   IF PLC3_P503_Reserve AND PLC3_P501_ResP503 THEN;
CP__ST     TEMP_P501 := TRUE;
CP__ST   END_IF;
CP__ST END_IF;
CP__ST (* STUUR DE POMP AAN INDIEN NODIG *)
CP__ST IF TEMP_P501 = TRUE THEN;
CP__ST   PLC3_P501_AutoIn := TRUE;
CP__ST ELSE;
CP__ST   PLC3_P501_AutoIn := FALSE;
CP__ST END_IF;
CP__ST  
CP__ST (* P502 *)
CP__ST TEMP_P502 := 0;
CP__ST   (* NORMAAL BEDRIJF *)
CP__ST IF (PLC3_P502_Matrix AND NOT PLC3_P502_Reserve) THEN;
CP__ST   TEMP_P502 := TRUE;
CP__ST ELSE;
CP__ST (* BEPALING RESERVE *)
CP__ST   (* Als P501 via matrix is geselecteerd maar niet beschikbaar is, en P502 als reserve is voorgekozen, dan *)
CP__ST   IF PLC3_P501_Reserve AND PLC3_P502_ResP501 THEN;
CP__ST     TEMP_P502 := TRUE;
CP__ST   END_IF;
CP__ST   (* Als P503 via matrix is geselecteerd maar niet beschikbaar is, en P502 als reserve is voorgekozen, dan *)
CP__ST   IF PLC3_P503_Reserve AND PLC3_P502_ResP503 THEN;
CP__ST     TEMP_P502 := TRUE;
CP__ST   END_IF;
CP__ST END_IF;
CP__ST (* STUUR DE POMP AAN INDIEN NODIG *)
CP__ST IF TEMP_P502 = TRUE THEN;
CP__ST   PLC3_P502_AutoIn := TRUE;
CP__ST ELSE;
CP__ST   PLC3_P502_AutoIn := FALSE;
CP__ST END_IF;
CP__ST  
CP__ST (* P503 *)
CP__ST TEMP_P503 := 0;
CP__ST   (* NORMAAL BEDRIJF *)
CP__ST IF (PLC3_P503_Matrix AND NOT PLC3_P503_Reserve) THEN;
CP__ST   TEMP_P503 := TRUE;
CP__ST ELSE;
CP__ST (* BEPALING RESERVE *)  
CP__ST   (* Als P501 via matrix is geselecteerd maar niet beschikbaar is, en P502 als reserve is voorgekozen, dan *)
CP__ST   IF PLC3_P501_Reserve AND PLC3_P503_ResP501 THEN;
CP__ST     TEMP_P503 := TRUE;
CP__ST   END_IF;
CP__ST   (* Als P502 via matrix is geselecteerd maar niet beschikbaar is, en P502 als reserve is voorgekozen, dan *)
CP__ST   IF PLC3_P502_Reserve AND PLC3_P503_ResP502 THEN;
CP__ST     TEMP_P503 := TRUE;
CP__ST   END_IF;
CP__ST END_IF;
CP__ST (* STUUR DE POMP AAN INDIEN NODIG *)
CP__ST IF TEMP_P503 = TRUE THEN;
CP__ST   PLC3_P503_AutoIn := TRUE;
CP__ST ELSE;
CP__ST   PLC3_P503_AutoIn := FALSE;
CP__ST END_IF;
CP_SEC "Ketels" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 12 EXEC: 18 TEXT:
CP_COM LEFT: 78 RIGHT: 96 TOP: 24 BOT: 28 TEXT:
...TXF *********************************************
...TXT XV-671-01: Luchtafsluiter drukketel 01
...TXT Distributie
...TXT *********************************************
CP_COM LEFT: 78 RIGHT: 99 TOP: 73 BOT: 77 TEXT:
...TXF ***************************************************
...TXT XV-671-02: Verbindingsleiding drukketel 01
...TXT Distributie
...TXT ***************************************************
CP_COM LEFT: 3 RIGHT: 24 TOP: 2 BOT: 6 TEXT:
...TXF ***************************************************
...TXT LAH-671-01: Hoog alarm drukketel 01
...TXT Distributie
...TXT ***************************************************
CP_COM LEFT: 78 RIGHT: 96 TOP: 2 BOT: 7 TEXT:
...TXF *********************************************
...TXT XV-671-01: Luchtafsluiter drukketel 01
...TXT Voorwaarde openen
...TXT Distributie
...TXT *********************************************
CP_COM LEFT: 78 RIGHT: 96 TOP: 51 BOT: 56 TEXT:
...TXF *********************************************
...TXT XV-671-02: Verbindingsleiding drukketel 01
...TXT Voorwaarde openen
...TXT Distributie
...TXT *********************************************
CP_COM LEFT: 99 RIGHT: 138 TOP: 2 BOT: 9 TEXT:
...TXF ***********************************************************************************************
...TXT Wanneer meetwaarde boven instelling (actie 1) komt, en geen hoog niveau 
...TXT drukketel is, dan gaat afsluiter open.
...TXT 
...TXT Wanneer de meetwaarde beneden instelling (actie 2) komt of hoog niveau 
...TXT drukketel dan gaat afsluiter dicht.
...TXT ***********************************************************************************************
CP_COM LEFT: 99 RIGHT: 138 TOP: 51 BOT: 58 TEXT:
...TXF ***********************************************************************************************
...TXT Wanneer meetwaarde boven instelling (actie 3) komt, en geen laag niveau 
...TXT drukketel is, dan gaat afsluiter open.
...TXT 
...TXT Wanneer de meetwaarde beneden instelling (actie 4) komt of laag niveau 
...TXT drukketel dan gaat afsluiter dicht.
...TXT ***********************************************************************************************
CP_COM LEFT: 228 RIGHT: 246 TOP: 2 BOT: 7 TEXT:
...TXF *********************************************
...TXT XV-673-01: Luchtafsluiter drukketel 03
...TXT Distributie
...TXT = HANDAFSLUITER
...TXT *********************************************
CP_COM LEFT: 4 RIGHT: 25 TOP: 41 BOT: 45 TEXT:
...TXF ***************************************************
...TXT LAL-671-02: Laag alarm drukketel 01
...TXT Distributie
...TXT ***************************************************
CP_COM LEFT: 153 RIGHT: 174 TOP: 2 BOT: 6 TEXT:
...TXF ***************************************************
...TXT LAH-673-01: Hoog alarm drukketel 03
...TXT Distributie
...TXT ***************************************************
CP_COM LEFT: 153 RIGHT: 174 TOP: 41 BOT: 45 TEXT:
...TXF ***************************************************
...TXT LAL-673-02: Laag alarm drukketel 03
...TXT Distributie
...TXT ***************************************************
CP_COM LEFT: 228 RIGHT: 246 TOP: 36 BOT: 41 TEXT:
...TXF *********************************************
...TXT XV-673-02: Verbindingsleiding drukketel 03
...TXT Distributie
...TXT = HANDAFSLUITER
...TXT *********************************************
CP_DBI "DFB_AMS" 95 29 CODID: 1 NAME: "FBI_12_1" TEXT:
CP_DBI "DFB_AMS" 95 78 CODID: 2 NAME: "FBI_12_2" TEXT:
CP_DBI "GRW_HIT" 95 10 CODID: 5 NAME: "FBI_12_6" TEXT:
CP_DBI "DFB_DIGA" 16 8 CODID: 3 NAME: "FBI_12_4" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/21
CP_DBI "DFB_DIGA" 16 47 CODID: 4 NAME: "FBI_12_5" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/21
CP_DBI "GRW_HIT" 95 59 CODID: 7 NAME: "FBI_12_8" TEXT:
CP_FBI "MOVE" 240 8 CODID: 9 NAME: ".12.16" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_FBI "MOVE" 240 14 CODID: 10 NAME: ".12.17" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_FBI "AND_BOOL" 240 20 CODID: 11 NAME: ".12.18" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3
CP_FBI "MOVE" 252 21 CODID: 12 NAME: ".12.19" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_DBI "DFB_DIGA" 166 8 CODID: 13 NAME: "FBI_12_25" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/21
CP_DBI "DFB_DIGA" 166 46 CODID: 14 NAME: "FBI_12_26" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/21
CP_FBI "MOVE" 240 42 CODID: 15 NAME: ".12.31" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_FBI "MOVE" 240 48 CODID: 16 NAME: ".12.32" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_FBI "AND_BOOL" 240 54 CODID: 17 NAME: ".12.33" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3
CP_FBI "MOVE" 252 55 CODID: 18 NAME: ".12.34" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_FBI "OR_BOOL" 122 59 CODID: 8 NAME: ".12.35" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "OR_BOOL" 123 10 CODID: 6 NAME: ".12.36" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_GVI NAMED_VAR: "PLC3_LIT67101_Meetw" 86 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Actie1Instelling" 86 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Actie2Instelling" 86 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_GRWHIT_Vrijgave1" 86 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_AutoO" 131 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_BedWrd" 86 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_VrijO" 86 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_AutoO" 86 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_MeldO" 86 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_MeldD" 86 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_PriWrd" 86 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_AcofTijd" 86 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_OndWrd" 86 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 86 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 86 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_StatBed" 106 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_Beschik" 106 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_Paraat" 106 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_Open" 106 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_AlwPri" 106 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_AlwSec" 106 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_Storing" 106 43 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Meetw" 86 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Actie3Instelling" 86 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_Actie4Instelling" 86 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_AutoO" 130 62 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_BedWrd" 86 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_VrijO" 86 84 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_AutoO" 86 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_MeldO" 86 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_MeldD" 86 88 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_PriWrd" 86 90 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_OndWrd" 86 91 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_AcofTijd" 86 92 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 86 93 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 86 94 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_StatBed" 106 81 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_StatBedr" 106 82 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_Beschik" 106 84 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_Paraat" 106 85 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_Open" 106 87 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_AlwPri" 106 90 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_AlwSec" 106 91 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67102_Storing" 106 92 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_BedWrd" 7 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_PriWrd" 7 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_OndWrd" 7 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_H_ParTyp" 7 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_AcofTijd" 7 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 7 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 7 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_BedWrd" 7 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_PriWrd" 7 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_OndWrd" 7 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_AcofTijd" 7 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 7 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 7 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_StaWrd" 27 50 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_AlwSec" 27 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_VerzStor" 27 71 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_StaWrd" 27 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_AlwPri" 27 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_AlwSec" 27 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_Storing" 27 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_VerzStor" 27 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LIT67101_GRWHIT_Vrijgave1" 86 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_Storing" 27 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_L_ParTyp" 7 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67101_StatBedr" 106 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67301_MeldD" 231 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67301_MeldO" 231 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67301_MeldO" 231 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67301_MeldD" 231 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67301_StatBedr" 247 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67301_StatBedr" 247 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67301_StatBedr" 259 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 157 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 157 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_BedWrd" 157 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_PriWrd" 157 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_OndWrd" 157 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_AcofTijd" 157 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_StaWrd" 177 49 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_AlwPri" 177 50 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_AlwSec" 177 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_VerzStor" 177 70 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 157 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 157 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_Storing" 177 68 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL67302_L_ParTyp" 157 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67301_BedWrd" 157 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67301_PriWrd" 157 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67301_OndWrd" 157 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67301_H_ParTyp" 157 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67301_AcofTijd" 157 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67301_StaWrd" 177 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH67301_AlwPri" 177 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH67301_AlwSec" 177 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH67301_Storing" 177 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAH67301_VerzStor" 177 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_AlwPri" 27 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67302_MeldD" 231 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67302_MeldO" 231 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67302_MeldD" 231 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67302_MeldO" 231 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_XV67302_StatBedr" 247 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67302_StatBedr" 247 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_XV67302_StatBedr" 259 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LAL67102_L_ParTyp" 113 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LAH67101_H_ParTyp" 114 14 FP_IO_OUTPUT
CP_CON 86 17 IEC_INT_ID 0
CP_CON 86 66 IEC_INT_ID 0
CP_CON 231 11 IEC_INT_ID 5
CP_CON 231 17 IEC_INT_ID 3
CP_CON 243 24 IEC_INT_ID 0
CP_CON 231 45 IEC_INT_ID 5
CP_CON 231 51 IEC_INT_ID 3
CP_CON 243 58 IEC_INT_ID 0
CP_LNK CON: 86 17 FBI: 95 10 6 GRA: 95/18,95/18
CP_LNK FBI: 95 10 2 FBI: 123 10 2 GRA: 105/14,123/14
CP_LNK CON: 86 66 FBI: 95 59 6 GRA: 95/67,95/67
CP_LNK FBI: 95 59 2 FBI: 122 59 2 GRA: 105/63,122/63
CP_LNK GVI: 86 13 FBI: 95 10 2 GRA: 95/14,95/14
CP_LNK GVI: 86 15 FBI: 95 10 4 GRA: 95/16,95/16
CP_LNK GVI: 86 16 FBI: 95 10 5 GRA: 95/17,95/17
CP_LNK GVI: 86 18 FBI: 95 10 7 GRA: 95/19,95/19
CP_LNK FBI: 123 10 2 GVI: 131 13 GRA: 131/14,131/14
CP_LNK GVI: 86 32 FBI: 95 29 2 GRA: 95/33,95/33
CP_LNK GVI: 86 35 FBI: 95 29 5 GRA: 95/36,95/36
CP_LNK GVI: 86 36 FBI: 95 29 6 GRA: 95/37,95/37
CP_LNK GVI: 86 38 FBI: 95 29 8 GRA: 95/39,95/39
CP_LNK GVI: 86 39 FBI: 95 29 9 GRA: 95/40,95/40
CP_LNK GVI: 86 41 FBI: 95 29 11 GRA: 95/42,95/42
CP_LNK GVI: 86 43 FBI: 95 29 13 GRA: 95/44,95/44
CP_LNK GVI: 86 42 FBI: 95 29 12 GRA: 95/43,95/43
CP_LNK GVI: 86 44 FBI: 95 29 14 GRA: 95/45,95/45
CP_LNK GVI: 86 45 FBI: 95 29 15 GRA: 95/46,95/46
CP_LNK FBI: 95 29 2 GVI: 106 32 GRA: 106/33,106/33
CP_LNK FBI: 95 29 5 GVI: 106 35 GRA: 106/36,106/36
CP_LNK FBI: 95 29 6 GVI: 106 36 GRA: 106/37,106/37
CP_LNK FBI: 95 29 8 GVI: 106 38 GRA: 106/39,106/39
CP_LNK FBI: 95 29 11 GVI: 106 41 GRA: 106/42,106/42
CP_LNK FBI: 95 29 12 GVI: 106 42 GRA: 106/43,106/43
CP_LNK FBI: 95 29 13 GVI: 106 43 GRA: 106/44,106/44
CP_LNK GVI: 86 62 FBI: 95 59 2 GRA: 95/63,95/63
CP_LNK GVI: 86 64 FBI: 95 59 4 GRA: 95/65,95/65
CP_LNK GVI: 86 65 FBI: 95 59 5 GRA: 95/66,95/66
CP_LNK FBI: 122 59 2 GVI: 130 62 GRA: 130/63,130/63
CP_LNK GVI: 86 81 FBI: 95 78 2 GRA: 95/82,95/82
CP_LNK GVI: 86 84 FBI: 95 78 5 GRA: 95/85,95/85
CP_LNK GVI: 86 85 FBI: 95 78 6 GRA: 95/86,95/86
CP_LNK GVI: 86 87 FBI: 95 78 8 GRA: 95/88,95/88
CP_LNK GVI: 86 88 FBI: 95 78 9 GRA: 95/89,95/89
CP_LNK GVI: 86 90 FBI: 95 78 11 GRA: 95/91,95/91
CP_LNK GVI: 86 91 FBI: 95 78 12 GRA: 95/92,95/92
CP_LNK GVI: 86 92 FBI: 95 78 13 GRA: 95/93,95/93
CP_LNK GVI: 86 93 FBI: 95 78 14 GRA: 95/94,95/94
CP_LNK GVI: 86 94 FBI: 95 78 15 GRA: 95/95,95/95
CP_LNK FBI: 95 78 2 GVI: 106 81 GRA: 106/82,106/82
CP_LNK FBI: 95 78 3 GVI: 106 82 GRA: 106/83,106/83
CP_LNK FBI: 95 78 5 GVI: 106 84 GRA: 106/85,106/85
CP_LNK FBI: 95 78 6 GVI: 106 85 GRA: 106/86,106/86
CP_LNK FBI: 95 78 8 GVI: 106 87 GRA: 106/88,106/88
CP_LNK FBI: 95 78 11 GVI: 106 90 GRA: 106/91,106/91
CP_LNK FBI: 95 78 12 GVI: 106 91 GRA: 106/92,106/92
CP_LNK FBI: 95 78 13 GVI: 106 92 GRA: 106/93,106/93
CP_LNK GVI: 7 11 FBI: 16 8 2 GRA: 16/12,16/12
CP_LNK GVI: 7 12 FBI: 16 8 3 GRA: 16/13,16/13
CP_LNK GVI: 7 13 FBI: 16 8 4 GRA: 16/14,16/14
CP_LNK GVI: 7 30 FBI: 16 8 21 GRA: 16/31,16/31
CP_LNK GVI: 7 32 FBI: 16 8 23 GRA: 16/33,16/33
CP_LNK GVI: 7 33 FBI: 16 8 24 GRA: 16/34,16/34
CP_LNK GVI: 7 34 FBI: 16 8 25 GRA: 16/35,16/35
CP_LNK GVI: 7 50 FBI: 16 47 2 GRA: 16/51,16/51
CP_LNK GVI: 7 51 FBI: 16 47 3 GRA: 16/52,16/52
CP_LNK GVI: 7 52 FBI: 16 47 4 GRA: 16/53,16/53
CP_LNK GVI: 7 71 FBI: 16 47 23 GRA: 16/72,16/72
CP_LNK GVI: 7 72 FBI: 16 47 24 GRA: 16/73,16/73
CP_LNK GVI: 7 73 FBI: 16 47 25 GRA: 16/74,16/74
CP_LNK FBI: 16 47 2 GVI: 27 50 GRA: 27/51,27/51
CP_LNK FBI: 16 47 4 GVI: 27 52 GRA: 27/53,27/53
CP_LNK FBI: 16 47 23 GVI: 27 71 GRA: 27/72,27/72
CP_LNK FBI: 16 8 2 GVI: 27 11 GRA: 27/12,27/12
CP_LNK FBI: 16 8 3 GVI: 27 12 GRA: 27/13,27/13
CP_LNK FBI: 16 8 4 GVI: 27 13 GRA: 27/14,27/14
CP_LNK FBI: 16 8 21 GVI: 27 30 GRA: 27/31,27/31
CP_LNK FBI: 16 8 23 GVI: 27 32 GRA: 27/33,27/33
CP_LNK GVI: 86 67 FBI: 95 59 7 GRA: 95/68,95/68
CP_LNK FBI: 16 47 21 GVI: 27 69 GRA: 27/70,27/70
CP_LNK GVI: 7 69 FBI: 16 47 21 GRA: 16/70,16/70
CP_LNK FBI: 95 29 3 GVI: 106 33 GRA: 106/34,106/34
CP_LNK CON: 231 11 FBI: 240 8 2 GRA: 240/12,240/12
CP_LNK CON: 231 17 FBI: 240 14 2 GRA: 240/18,240/18
CP_LNK CON: 243 24 FBI: 252 21 2 GRA: 252/25,252/25
CP_LNK FBI: 240 20 2 FBI: 252 21 1 GRA: 249/24,252/24
CP_LNK GVI: 231 10 FBI: 240 8 1 GRA: 240/11,240/11
CP_LNK GVI: 231 16 FBI: 240 14 1 GRA: 240/17,240/17
CP_LNK GVI: 231 24 FBI: 240 20 3 GRA: 240/25,240/25
CP_LNK GVI: 231 23 FBI: 240 20 2 GRA: 240/24,240/24
CP_LNK FBI: 240 8 2 GVI: 247 11 GRA: 247/12,247/12
CP_LNK FBI: 240 14 2 GVI: 247 17 GRA: 247/18,247/18
CP_LNK FBI: 252 21 2 GVI: 259 24 GRA: 259/25,259/25
CP_LNK GVI: 157 33 FBI: 166 8 24 GRA: 166/34,166/34
CP_LNK GVI: 157 34 FBI: 166 8 25 GRA: 166/35,166/35
CP_LNK GVI: 157 49 FBI: 166 46 2 GRA: 166/50,166/50
CP_LNK GVI: 157 50 FBI: 166 46 3 GRA: 166/51,166/51
CP_LNK GVI: 157 51 FBI: 166 46 4 GRA: 166/52,166/52
CP_LNK GVI: 157 70 FBI: 166 46 23 GRA: 166/71,166/71
CP_LNK FBI: 166 46 2 GVI: 177 49 GRA: 177/50,177/50
CP_LNK FBI: 166 46 3 GVI: 177 50 GRA: 177/51,177/51
CP_LNK FBI: 166 46 4 GVI: 177 51 GRA: 177/52,177/52
CP_LNK FBI: 166 46 23 GVI: 177 70 GRA: 177/71,177/71
CP_LNK GVI: 157 71 FBI: 166 46 24 GRA: 166/72,166/72
CP_LNK GVI: 157 72 FBI: 166 46 25 GRA: 166/73,166/73
CP_LNK FBI: 166 46 21 GVI: 177 68 GRA: 177/69,177/69
CP_LNK GVI: 157 68 FBI: 166 46 21 GRA: 166/69,166/69
CP_LNK GVI: 157 11 FBI: 166 8 2 GRA: 166/12,166/12
CP_LNK GVI: 157 12 FBI: 166 8 3 GRA: 166/13,166/13
CP_LNK GVI: 157 13 FBI: 166 8 4 GRA: 166/14,166/14
CP_LNK GVI: 157 30 FBI: 166 8 21 GRA: 166/31,166/31
CP_LNK GVI: 157 32 FBI: 166 8 23 GRA: 166/33,166/33
CP_LNK FBI: 166 8 2 GVI: 177 11 GRA: 177/12,177/12
CP_LNK FBI: 166 8 3 GVI: 177 12 GRA: 177/13,177/13
CP_LNK FBI: 166 8 4 GVI: 177 13 GRA: 177/14,177/14
CP_LNK FBI: 166 8 21 GVI: 177 30 GRA: 177/31,177/31
CP_LNK FBI: 166 8 23 GVI: 177 32 GRA: 177/33,177/33
CP_LNK FBI: 16 47 3 GVI: 27 51 GRA: 27/52,27/52
CP_LNK CON: 231 45 FBI: 240 42 2 GRA: 240/46,240/46
CP_LNK CON: 231 51 FBI: 240 48 2 GRA: 240/52,240/52
CP_LNK CON: 243 58 FBI: 252 55 2 GRA: 252/59,252/59
CP_LNK FBI: 240 54 2 FBI: 252 55 1 GRA: 249/58,252/58
CP_LNK GVI: 231 44 FBI: 240 42 1 GRA: 240/45,240/45
CP_LNK GVI: 231 50 FBI: 240 48 1 GRA: 240/51,240/51
CP_LNK GVI: 231 57 FBI: 240 54 2 GRA: 240/58,240/58
CP_LNK GVI: 231 58 FBI: 240 54 3 GRA: 240/59,240/59
CP_LNK FBI: 240 42 2 GVI: 247 45 GRA: 247/46,247/46
CP_LNK FBI: 240 48 2 GVI: 247 51 GRA: 247/52,247/52
CP_LNK FBI: 252 55 2 GVI: 259 58 GRA: 259/59,259/59
CP_LNK GVI: 113 63 FBI: 122 59 3 GRA: 122/64,122/64
CP_LNK GVI: 114 14 FBI: 123 10 3 GRA: 123/15,123/15
CP_SEC "Vuilwaterstromen" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 38 EXEC: 19 TEXT:
CP_COM LEFT: 2 RIGHT: 17 TOP: 2 BOT: 7 TEXT:
...TXF *************************************
...TXT LA-651 Alarm vuilwaterput
...TXT Typ: DFB_DIGA
...TXT Hulpprocessen
...TXT *************************************
CP_COM LEFT: 43 RIGHT: 58 TOP: 2 BOT: 7 TEXT:
...TXF *************************************
...TXT LA-652 Alarm vuilwaterput
...TXT Typ: FB_DIGA
...TXT Hulpprocessen
...TXT *************************************
CP_DBI "DFB_DIGA" 14 8 CODID: 1 NAME: "FBI_38_1" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/21
CP_DBI "DFB_DIGA" 50 8 CODID: 2 NAME: "FBI_38_2" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/21
CP_GVI NAMED_VAR: "PLC3_LA651_BedWrd" 5 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA651_PriWrd" 5 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA651_OndWrd" 5 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA651_AcofTijd" 5 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 5 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 5 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA651_StaWrd" 25 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LA651_AlwPri" 25 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LA651_AlwSec" 25 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LA651_VerzStor" 25 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LA651_H_ParTyp" 5 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA652_BedWrd" 41 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA652_PriWrd" 41 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA652_OndWrd" 41 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA652_AcofTijd" 41 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 41 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 41 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LA652_StaWrd" 61 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LA652_AlwPri" 61 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LA652_AlwSec" 61 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LA652_VerzStor" 61 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_LA652_H_ParTyp" 41 30 FP_IO_OUTPUT
CP_LNK GVI: 5 11 FBI: 14 8 2 GRA: 14/12,14/12
CP_LNK GVI: 5 12 FBI: 14 8 3 GRA: 14/13,14/13
CP_LNK GVI: 5 13 FBI: 14 8 4 GRA: 14/14,14/14
CP_LNK GVI: 5 32 FBI: 14 8 23 GRA: 14/33,14/33
CP_LNK GVI: 5 33 FBI: 14 8 24 GRA: 14/34,14/34
CP_LNK GVI: 5 34 FBI: 14 8 25 GRA: 14/35,14/35
CP_LNK FBI: 14 8 2 GVI: 25 11 GRA: 25/12,25/12
CP_LNK FBI: 14 8 3 GVI: 25 12 GRA: 25/13,25/13
CP_LNK FBI: 14 8 4 GVI: 25 13 GRA: 25/14,25/14
CP_LNK FBI: 14 8 23 GVI: 25 32 GRA: 25/33,25/33
CP_LNK GVI: 5 30 FBI: 14 8 21 GRA: 14/31,14/31
CP_LNK GVI: 41 11 FBI: 50 8 2 GRA: 50/12,50/12
CP_LNK GVI: 41 12 FBI: 50 8 3 GRA: 50/13,50/13
CP_LNK GVI: 41 13 FBI: 50 8 4 GRA: 50/14,50/14
CP_LNK GVI: 41 32 FBI: 50 8 23 GRA: 50/33,50/33
CP_LNK GVI: 41 33 FBI: 50 8 24 GRA: 50/34,50/34
CP_LNK GVI: 41 34 FBI: 50 8 25 GRA: 50/35,50/35
CP_LNK FBI: 50 8 2 GVI: 61 11 GRA: 61/12,61/12
CP_LNK FBI: 50 8 3 GVI: 61 12 GRA: 61/13,61/13
CP_LNK FBI: 50 8 4 GVI: 61 13 GRA: 61/14,61/14
CP_LNK FBI: 50 8 23 GVI: 61 32 GRA: 61/33,61/33
CP_LNK GVI: 41 30 FBI: 50 8 21 GRA: 50/31,50/31
CP_SEC "Klimaatbeheersing" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 40 EXEC: 20 TEXT:
CP_COM LEFT: 2 RIGHT: 20 TOP: 23 BOT: 31 TEXT:
...TXF ********************************************
...TXT V-970-01 Luchtbehandelingskast
...TXT Typ: DFB_VOED
...TXT Hulpprocessen
...TXT 
...TXT Storing primair = storing oxidatielucht
...TXT Storing secundair = storing ventilatie
...TXT ********************************************
CP_COM LEFT: 2 RIGHT: 22 TOP: 2 BOT: 7 TEXT:
...TXF **************************************************
...TXT Auto in voorwaarde  = altijd vrijgegeven
...TXT 
...TXT Meld In  = NVT
...TXT **************************************************
CP_DBI "DFB_VOED" 17 32 CODID: 1 NAME: "FBI_40_1" TEXT:
CP_FBI "OR_BOOL" 18 14 CODID: 2 NAME: ".40.3" TEXT:
CP_FBI "MOVE" 21 54 CODID: 4 NAME: ".40.5" ANY: IEC_BOOL_ID TEXT:
CP_FBI "AND_BOOL" 18 8 CODID: 3 NAME: ".40.6" TEXT:
CP_GVI NAMED_VAR: "PLC3_V97001_BedWrd" 8 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_VrijIn" 8 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_AutoIn" 8 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_PriWrd" 8 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_OndWrd" 8 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_AcofTijd" 8 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 8 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 8 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_StatBed" 28 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_V97001_StatBedr" 28 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_V97001_Beschik" 28 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_V97001_Paraat" 28 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_V97001_AlwPri" 28 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_V97001_AlwSec" 28 48 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_V97001_Storing" 28 49 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_V97001_Aanst" 28 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_V97001_PrimAlm_ParTyp" 8 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_SecAlm_ParTyp" 8 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_MeldIn" 8 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Hulpprocessen" 9 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 9 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_AutoIn" 26 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Hulpprocessen" 9 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_VrijIn" 27 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_V97001_Aanst" 12 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V97001_MeldIn" 28 57 FP_IO_INPUT
CP_CON 9 12 IEC_BOOL_ID 1
CP_CON 8 36 IEC_BOOL_ID 1
CP_LNK GVI: 8 35 FBI: 17 32 2 GRA: 17/36,17/36
CP_LNK GVI: 8 38 FBI: 17 32 5 GRA: 17/39,17/39
CP_LNK GVI: 8 39 FBI: 17 32 6 GRA: 17/40,17/40
CP_LNK GVI: 8 47 FBI: 17 32 14 GRA: 17/48,17/48
CP_LNK GVI: 8 48 FBI: 17 32 15 GRA: 17/49,17/49
CP_LNK GVI: 8 49 FBI: 17 32 16 GRA: 17/50,17/50
CP_LNK GVI: 8 50 FBI: 17 32 17 GRA: 17/51,17/51
CP_LNK GVI: 8 51 FBI: 17 32 18 GRA: 17/52,17/52
CP_LNK FBI: 17 32 2 GVI: 28 35 GRA: 28/36,28/36
CP_LNK FBI: 17 32 3 GVI: 28 36 GRA: 28/37,28/37
CP_LNK FBI: 17 32 5 GVI: 28 38 GRA: 28/39,28/39
CP_LNK FBI: 17 32 6 GVI: 28 39 GRA: 28/40,28/40
CP_LNK FBI: 17 32 14 GVI: 28 47 GRA: 28/48,28/48
CP_LNK FBI: 17 32 15 GVI: 28 48 GRA: 28/49,28/49
CP_LNK FBI: 17 32 16 GVI: 28 49 GRA: 28/50,28/50
CP_LNK FBI: 17 32 8 GVI: 28 41 GRA: 28/42,28/42
CP_LNK GVI: 8 42 FBI: 17 32 9 GRA: 17/43,17/43
CP_LNK GVI: 8 43 FBI: 17 32 10 GRA: 17/44,17/44
CP_LNK GVI: 8 41 FBI: 17 32 8 GRA: 17/42,17/42
CP_LNK GVI: 9 17 FBI: 18 14 2 GRA: 18/18,18/18
CP_LNK GVI: 9 18 FBI: 18 14 3 GRA: 18/19,18/19
CP_LNK FBI: 18 14 2 GVI: 26 17 GRA: 26/18,26/18
CP_LNK GVI: 9 11 FBI: 18 8 2 GRA: 18/12,18/12
CP_LNK FBI: 18 8 2 GVI: 27 11 GRA: 27/12,27/12
CP_LNK GVI: 12 57 FBI: 21 54 2 GRA: 21/58,21/58
CP_LNK FBI: 21 54 2 GVI: 28 57 GRA: 28/58,28/58
CP_LNK CON: 9 12 FBI: 18 8 3 GRA: 18/13,18/13
CP_LNK CON: 8 36 FBI: 17 32 3 GRA: 17/37,17/37
CP_SEC "Stuurlucht" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 39 EXEC: 21 TEXT:
CP_COM LEFT: 2 RIGHT: 22 TOP: 2 BOT: 9 TEXT:
...TXF *************************************************
...TXT BK-675 Centrale besturingskast stuurlucht
...TXT Typ: DFB_DIGA
...TXT Hulpprocessen
...TXT 
...TXT Alleen signalering alarm
...TXT *************************************************
CP_COM LEFT: 77 RIGHT: 101 TOP: 2 BOT: 9 TEXT:
...TXF **********************************************************
...TXT PA-676 Drukalarm stuurlucht
...TXT Typ: DFB_DIGA
...TXT Hulpprocessen
...TXT 
...TXT Alleen signalering alarm lage druk
...TXT **********************************************************
CP_DBI "DFB_DIGA" 92 12 CODID: 1 NAME: "FBI_39_4" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/21
CP_DBI "DFB_DIGA" 18 11 CODID: 2 NAME: "FBI_39_11" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/18,FBIPH_INPUT/19,FBIPH_INPUT/20,FBIPH_INPUT/21
CP_GVI NAMED_VAR: "PLC3_PA676_BedWrd" 83 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PA676_PriWrd" 83 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PA676_OndWrd" 83 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PA676_AcofTijd" 83 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 83 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 83 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_PA676_StaWrd" 103 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PA676_AlwPri" 103 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PA676_AlwSec" 103 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PA676_VerzStor" 103 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_PA67601_Alarm_ParTyp" 83 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Accept" 9 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Reset" 9 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK675_BedWrd" 9 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK675_PriWrd" 9 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK675_OndWrd" 9 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_BK675_StatBedr" 29 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_BK675_AlwPri" 29 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_BK675_AlwSec" 29 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_BK675_Storing" 29 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_BK675_AcofTijd" 9 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V67501_StoringAlg_ParTyp" 9 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V67501_HfdstrAanw_ParTyp" 9 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V67502_HfdstrAanw_ParTyp" 9 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_V67502_StoringAlg_ParTyp" 9 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "V67502_Storing1" 29 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "V67502_Storing2" 29 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "V67501_Storing1" 29 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "V67501_Storing2" 29 33 FP_IO_INPUT
CP_LNK GVI: 83 15 FBI: 92 12 2 GRA: 92/16,92/16
CP_LNK GVI: 83 16 FBI: 92 12 3 GRA: 92/17,92/17
CP_LNK GVI: 83 17 FBI: 92 12 4 GRA: 92/18,92/18
CP_LNK GVI: 83 36 FBI: 92 12 23 GRA: 92/37,92/37
CP_LNK GVI: 83 37 FBI: 92 12 24 GRA: 92/38,92/38
CP_LNK GVI: 83 38 FBI: 92 12 25 GRA: 92/39,92/39
CP_LNK FBI: 92 12 2 GVI: 103 15 GRA: 103/16,103/16
CP_LNK FBI: 92 12 3 GVI: 103 16 GRA: 103/17,103/17
CP_LNK FBI: 92 12 4 GVI: 103 17 GRA: 103/18,103/18
CP_LNK FBI: 92 12 23 GVI: 103 36 GRA: 103/37,103/37
CP_LNK GVI: 83 34 FBI: 92 12 21 GRA: 92/35,92/35
CP_LNK GVI: 9 36 FBI: 18 11 24 GRA: 18/37,18/37
CP_LNK GVI: 9 37 FBI: 18 11 25 GRA: 18/38,18/38
CP_LNK GVI: 9 14 FBI: 18 11 2 GRA: 18/15,18/15
CP_LNK GVI: 9 15 FBI: 18 11 3 GRA: 18/16,18/16
CP_LNK GVI: 9 16 FBI: 18 11 4 GRA: 18/17,18/17
CP_LNK FBI: 18 11 2 GVI: 29 14 GRA: 29/15,29/15
CP_LNK FBI: 18 11 3 GVI: 29 15 GRA: 29/16,29/16
CP_LNK FBI: 18 11 4 GVI: 29 16 GRA: 29/17,29/17
CP_LNK FBI: 18 11 23 GVI: 29 35 GRA: 29/36,29/36
CP_LNK GVI: 9 35 FBI: 18 11 23 GRA: 18/36,18/36
CP_LNK GVI: 9 33 FBI: 18 11 21 GRA: 18/34,18/34
CP_LNK GVI: 9 32 FBI: 18 11 20 GRA: 18/33,18/33
CP_LNK GVI: 9 30 FBI: 18 11 18 GRA: 18/31,18/31
CP_LNK GVI: 9 31 FBI: 18 11 19 GRA: 18/32,18/32
CP_LNK FBI: 18 11 18 GVI: 29 30 GRA: 29/31,29/31
CP_LNK FBI: 18 11 19 GVI: 29 31 GRA: 29/32,29/32
CP_LNK FBI: 18 11 20 GVI: 29 32 GRA: 29/33,29/33
CP_LNK FBI: 18 11 21 GVI: 29 33 GRA: 29/34,29/34
////
CL_PLC *
; NGSoft Export from Thu Mar 08 10:34:54 2007
;  
BEGIN PlcCnfDb
  Version = 2.16

  BEGIN PLCConfig
    plcName = "PLC3"
    modelName = "QUANTUM-434 12"
    configTable = 0883 0000 0000 0000 0000 1390 0000 0000 0000 0000 1390 0000 0000 0000 1388 0000 
      1F40 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 
      0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 
      0000 0000 0000 0010 0040 0000 0000 0000 0000 0000 0020 0000 0000 0000 0000 0000 
      0000 0000 0000 7FEE 004C 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 
      0100 0001 7FEE 0000 0001 0001 7FEE 0000 0001 0001 7FEE 0000 0001 0000 0000 0000 
      0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 001E 0000 0000 0000 0000 
      0000 0000 0000 0000 0000 0000 0000 00DF 0000 0000 0000 000A 206F 0000 0001 0000 
      
    extCount = 1
    extType = 00 00 00 01 00 00 00 00 00 01 00 00 00 00 00 00 
    ioMapExpandSize = 144
    iecHsbFrstReg = 5001
    BEGIN DropHead
      headIndex = 1
      headType = 1
      BEGIN IODrop
        dropNumber = 1
        dropType = 1
        holdUp = 3
        BEGIN IOModule
          moduleClass = 6
          rack = 1
          slot = 1
          family = 2
          personality = 13
          moduleName = "140-CPS-214-00"
        END
        BEGIN IOModule
          moduleClass = 5
          rack = 1
          slot = 2
          family = 2
          personality = 283
          moduleName = "140-CPU-434-12"
        END
        BEGIN IOModule
          moduleClass = 4
          rack = 1
          slot = 3
          family = 2
          personality = 1059
          dataLength = 7
          moduleName = "140-NOE-771-11"
          modData = 14: 00 00 00 00 00 00 00 FF FF FF 00 00 00 00 
        END
        BEGIN IOModule
          moduleClass = 2
          rack = 1
          slot = 5
          family = 2
          personality = 294
          inputBytes = 34
          inputIsRegister = 1
          inputReference = 3:1
          outputIsSwapped = 1
          dataLength = 5
          moduleName = "140-ACI-040-00"
          modData = 10: 00 00 00 00 00 00 00 00 00 00 
        END
        BEGIN IOModule
          moduleClass = 2
          rack = 1
          slot = 6
          family = 2
          personality = 294
          inputBytes = 34
          inputIsRegister = 1
          inputReference = 3:18
          outputIsSwapped = 1
          dataLength = 5
          moduleName = "140-ACI-040-00"
          modData = 10: 00 00 00 00 00 00 00 00 00 00 
        END
        BEGIN IOModule
          moduleClass = 2
          rack = 1
          slot = 7
          family = 2
          personality = 293
          outputBytes = 16
          outputIsRegister = 1
          outputIsSwapped = 1
          outputReference = 4:1
          dataLength = 12
          moduleName = "140-ACO-130-00"
          fHoldLast = 1
          modData = 24: 00 80 55 55 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
        END
        BEGIN IOModule
          rack = 1
          slot = 9
          family = 2
          personality = 6
          inputBytes = 4
          inputIsSwapped = 1
          inputReference = 1:1
          moduleName = "140-DDI-353-00"
        END
        BEGIN IOModule
          rack = 1
          slot = 10
          family = 2
          personality = 6
          inputBytes = 4
          inputIsSwapped = 1
          inputReference = 1:33
          moduleName = "140-DDI-353-00"
        END
        BEGIN IOModule
          rack = 1
          slot = 11
          family = 2
          personality = 6
          inputBytes = 4
          inputIsSwapped = 1
          inputReference = 1:65
          moduleName = "140-DDI-353-00"
        END
        BEGIN IOModule
          moduleClass = 2
          rack = 1
          slot = 12
          family = 2
          personality = 345
          inputBytes = 12
          inputReference = 1:97
          moduleName = "140-DDI-364-00"
        END
        BEGIN IOModule
          rack = 1
          slot = 15
          family = 2
          personality = 4
          outputBytes = 4
          outputIsSwapped = 1
          outputReference = 0:1
          dataLength = 2
          moduleName = "140-DDO-353-00"
          fHoldLast = 1
          modData = 4: 00 00 00 00 
        END
        BEGIN IOModule
          rack = 1
          slot = 16
          family = 2
          personality = 4
          outputBytes = 4
          outputIsSwapped = 1
          outputReference = 0:33
          dataLength = 2
          moduleName = "140-DDO-353-00"
          fHoldLast = 1
          modData = 4: 00 00 00 00 
        END
      END
    END
    BEGIN DropHead
      headIndex = 2
      headType = 2
    END
    BEGIN DropHead
      headIndex = 3
      headType = 2
    END
    BEGIN DropHead
      headIndex = 4
      headType = 2
    END
    BEGIN DropHead
      headIndex = 5
      headType = 3
    END
    BEGIN DropHead
      headIndex = 6
      headType = 3
    END
    BEGIN DropHead
      headIndex = 7
      headType = 3
    END
    BEGIN DropHead
      headIndex = 8
      headType = 3
    END
    BEGIN DropHead
      headIndex = 9
      headType = 6
    END
    BEGIN SegmSched
      schedIndex = 1
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 1
      dropInput = 1
      dropOutput = 1
    END
    BEGIN SegmSched
      schedIndex = 2
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 2
    END
    BEGIN SegmSched
      schedIndex = 3
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 3
    END
    BEGIN SegmSched
      schedIndex = 4
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 4
    END
    BEGIN SegmSched
      schedIndex = 5
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 5
    END
    BEGIN SegmSched
      schedIndex = 6
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 6
    END
    BEGIN SegmSched
      schedIndex = 7
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 7
    END
    BEGIN SegmSched
      schedIndex = 8
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 8
    END
    BEGIN SegmSched
      schedIndex = 9
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 9
    END
    BEGIN SegmSched
      schedIndex = 10
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 10
    END
    BEGIN SegmSched
      schedIndex = 11
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 11
    END
    BEGIN SegmSched
      schedIndex = 12
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 12
    END
    BEGIN SegmSched
      schedIndex = 13
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 13
    END
    BEGIN SegmSched
      schedIndex = 14
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 14
    END
    BEGIN SegmSched
      schedIndex = 15
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 15
    END
    BEGIN SegmSched
      schedIndex = 16
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 16
    END
    BEGIN SegmSched
      schedIndex = 17
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 17
    END
    BEGIN SegmSched
      schedIndex = 18
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 18
    END
    BEGIN SegmSched
      schedIndex = 19
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 19
    END
    BEGIN SegmSched
      schedIndex = 20
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 20
    END
    BEGIN SegmSched
      schedIndex = 21
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 21
    END
    BEGIN SegmSched
      schedIndex = 22
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 22
    END
    BEGIN SegmSched
      schedIndex = 23
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 23
    END
    BEGIN SegmSched
      schedIndex = 24
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 24
    END
    BEGIN SegmSched
      schedIndex = 25
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 25
    END
    BEGIN SegmSched
      schedIndex = 26
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 26
    END
    BEGIN SegmSched
      schedIndex = 27
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 27
    END
    BEGIN SegmSched
      schedIndex = 28
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 28
    END
    BEGIN SegmSched
      schedIndex = 29
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 29
    END
    BEGIN SegmSched
      schedIndex = 30
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 30
    END
    BEGIN SegmSched
      schedIndex = 31
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 31
    END
    BEGIN SegmSched
      schedIndex = 32
      typeOfSolve = 3
      refSolve = 0:1
      sensePolarity = 1
      programSegment = 32
    END
    BEGIN EthernetCTE
      index = 1
      ipAddress = 1774914118
      subntMsk = -65536
      gwayAddr = 1761741382
      slot = 3
      health = 3:1000
      personality = 1059
      BEGIN EnetCyclTrans
        index = 1
        ipAddress = 172386761
        healthTimeout = 5000
        repRate = 1000
        masterRd = 4:6150
        slaveRd = 4:7300
        countRd = 50
        fc23Enabled = 1
        fallbackFlag = 1
      END
      BEGIN EnetCyclTrans
        index = 2
        ipAddress = 172386762
        healthTimeout = 5000
        repRate = 1000
        masterRd = 4:6250
        slaveRd = 4:7300
        countRd = 50
        fc23Enabled = 1
        fallbackFlag = 1
      END
      BEGIN EnetCyclTrans
        index = 3
        ipAddress = 172386764
        healthTimeout = 5000
        repRate = 1000
        masterRd = 4:6450
        slaveRd = 4:7300
        countRd = 50
        fc23Enabled = 1
        fallbackFlag = 1
      END
      BEGIN EnetCyclTrans
        index = 4
        ipAddress = 172363213
        healthTimeout = 5000
        repRate = 1000
        masterRd = 4:6550
        slaveRd = 4:7300
        countRd = 50
        fc23Enabled = 1
        fallbackFlag = 1
      END
    END
  END
  BEGIN PlcGen
    id = 1024
    name = "Created"
    binData = 156: 54 68 75 20 4A 61 6E 20 30 36 20 31 36 3A 34 35 3A 35 32 20 32 30 30 35 0A 00 43 6F 6E 63 65 70 
      74 20 32 2E 36 20 53 52 31 20 20 20 20 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
      00 00 4D 41 52 54 49 4E 20 5A 45 45 47 45 52 53 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
      00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 41 64 6D 69 6E 69 73 74 72 61 74 6F 
      72 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
  END
  BEGIN PlcGen
    id = 1024
    name = "Created"
    binData = 156: 57 65 64 20 44 65 63 20 31 35 20 31 39 3A 30 30 3A 34 38 20 32 30 30 34 0A 00 43 6F 6E 63 65 70 
      74 20 32 2E 36 20 53 52 31 20 20 20 20 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
      00 00 4D 41 52 54 49 4E 20 5A 45 45 47 45 52 53 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
      00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 68 2E 67 2E 6D 2E 62 6F 72 67 74 00 
      00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
  END
  BEGIN PlcGen
    id = 1024
    name = "Created"
    binData = 156: 54 75 65 20 4E 6F 76 20 33 30 20 31 36 3A 34 35 3A 35 30 20 32 30 30 34 0A 00 43 6F 6E 63 65 70 
      74 20 32 2E 36 20 53 52 31 20 20 20 20 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
      00 00 4D 41 52 54 49 4E 20 5A 45 45 47 45 52 53 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
      00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 68 2E 67 2E 6D 2E 62 6F 72 67 74 00 
      00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
  END
  BEGIN PlcGen
    id = 1025
    name = "Modified"
    binData = 156: 54 68 75 20 4A 61 6E 20 30 36 20 31 36 3A 34 35 3A 35 32 20 32 30 30 35 0A 00 43 6F 6E 63 65 70 
      74 20 32 2E 36 20 53 52 31 20 20 20 20 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
      00 00 4D 41 52 54 49 4E 20 5A 45 45 47 45 52 53 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
      00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 41 64 6D 69 6E 69 73 74 72 61 74 6F 
      72 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
  END
  BEGIN PlcGen
    id = 1025
    name = "Modified"
  END
END

CR_END *