Subversion Repositories Brabant Water.genderen

CP_VRS AI: 17.2.1 DBGEN: 16.0 Conv expand INI:0 DATE: Thu Mar 08 10:33:18 2007 CONCEPT_2.6 SR1    
////
CP_STR global 
CP_STR local BW.DTY SIZE: 1868 CRC: 2527521148 "09/26/02 11:19:21"
...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\PLC1\DFB\ B_STAT "01/26/06 09:09:27" TEXT:
CP_DFB "B_STAT" HEIGHT/WIDTH: 19 9 FBTK_DFB "07/10/02 14:43:59" 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 10:19:21"
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\PLC1\DFB\ CBW_FL "01/26/06 09:09:28" TEXT:
CP_DFB "CBW_FL" HEIGHT/WIDTH: 5 8 FBTK_DFB "07/10/02 14:44:13" TEXT: Communicatie bewaking factory link
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
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\PLC1\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\PLC1\DFB\ CBW_SLA "01/26/06 09:09:29" TEXT:
CP_DFB "CBW_SLA" HEIGHT/WIDTH: 5 9 FBTK_DFB "05/21/02 09:22:07" 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 10:19:21"
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\PLC1\DFB\ CENTR_A "01/26/06 09:09:29" TEXT:
CP_DFB "CENTR_A" HEIGHT/WIDTH: 5 9 FBTK_DFB "05/21/02 09:22:10" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : CENTR_A{1}
CL_FRM "BedCent" ID_6 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "BedWrd" ID_7 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Bed_wrd" ID_8 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE WORD 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 "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 "Centrale_bediening" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "uit" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "hand" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Centrale_bediening" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "Bed_wrd" 56 6 FP_IO_INPUT
CP_IFP "BedCent" 3 26 FP_IO_OUTPUT
CP_IFP "BedWrd" 3 6 FP_IO_OUTPUT
CP_FBI "BIT_TO_WORD" 46 3 CODID: 3 NAME: ".1.1" TEXT:
CP_FBI "WORD_TO_BIT" 12 23 CODID: 4 NAME: "FBI_1_2" TEXT:
CP_FBI "WORD_TO_BIT" 12 3 CODID: 1 NAME: "FBI_1_3" TEXT:
CP_FBI "AND_BOOL" 30 20 CODID: 2 NAME: ".1.4" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3
CP_GVI NAMED_VAR: "uit" 22 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "auto" 22 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "hand" 22 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "uit" 37 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "hand" 37 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "hand" 21 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "uit" 21 24 FP_IO_OUTPUT
CP_LNK FBI: 46 3 2 IFP: 56 6 GRA: 56/7,56/7
CP_LNK IFP: 3 26 FBI: 12 23 2 GRA: 12/27,12/27
CP_LNK IFP: 3 6 FBI: 12 3 2 GRA: 12/7,12/7
CP_LNK FBI: 12 23 15 GVI: 22 39 GRA: 22/40,22/40
CP_LNK FBI: 12 23 16 GVI: 22 40 GRA: 22/41,22/41
CP_LNK FBI: 12 23 17 GVI: 22 41 GRA: 22/42,22/42
CP_LNK FBI: 12 3 2 FBI: 46 3 2 GRA: 22/7,46/7
CP_LNK FBI: 12 3 3 FBI: 46 3 3 GRA: 22/8,46/8
CP_LNK FBI: 12 3 4 FBI: 46 3 4 GRA: 22/9,46/9
CP_LNK FBI: 12 3 5 FBI: 46 3 5 GRA: 22/10,46/10
CP_LNK FBI: 12 3 6 FBI: 46 3 6 GRA: 22/11,46/11
CP_LNK FBI: 12 3 7 FBI: 46 3 7 GRA: 22/12,46/12
CP_LNK FBI: 12 3 8 FBI: 46 3 8 GRA: 22/13,46/13
CP_LNK FBI: 12 3 9 FBI: 46 3 9 GRA: 22/14,46/14
CP_LNK FBI: 12 3 10 FBI: 46 3 10 GRA: 22/15,46/15
CP_LNK FBI: 12 3 11 FBI: 46 3 11 GRA: 22/16,46/16
CP_LNK FBI: 12 3 12 FBI: 46 3 12 GRA: 22/17,46/17
CP_LNK FBI: 12 3 13 FBI: 46 3 13 GRA: 22/18,46/18
CP_LNK FBI: 12 3 14 FBI: 46 3 14 GRA: 22/19,46/19
CP_LNK GVI: 37 19 FBI: 46 3 15 GRA: 46/20,46/20
CP_LNK GVI: 37 21 FBI: 46 3 17 GRA: 46/22,46/22
CP_LNK GVI: 21 23 FBI: 30 20 2 GRA: 30/24,30/24
CP_LNK GVI: 21 24 FBI: 30 20 3 GRA: 30/25,30/25
CP_LNK FBI: 30 20 2 FBI: 46 3 16 GRA: 39/24,41/24,41/21,46/21
////
////
CL_DFB SubDFB D:\113041~1\PLC1\DFB\ DFB_ABS "01/26/06 09:09:31" TEXT:
CP_DFB "DFB_ABS" HEIGHT/WIDTH: 17 9 FBTK_DFB "07/10/02 14:44:00" TEXT: DFB_ABS  Procesbesturing pneumatische bi-stabiele afsluiter
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
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 "07/10/02 14:43:59" 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\PLC1\DFB\ DFB_ABSP "01/26/06 09:09:32" TEXT:
CP_DFB "DFB_ABSP" HEIGHT/WIDTH: 5 9 FBTK_DFB "06/20/05 12:01:19" TEXT: DFB_ABSp  Enkel Open/Dicht presentatie pneumatische bi-stabiele afsluiter
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_ABSP{1}
CL_FRM "StatBedr" ID_26 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: bedrijfsstatus 
CL_FRM "MeldStor" ID_27 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: afsluiter beschikbaar
CL_FRM "MeldO" ID_30 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: openmelding
CL_FRM "MeldD" ID_31 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: dichtmelding
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 "B_STAT" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 19 9 "07/10/02 14:43:59" 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_SEC "conversie_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 5 EXEC: 1 TEXT:
CP_IFP "MeldD" 10 16 FP_IO_OUTPUT
CP_IFP "StatBedr" 30 11 FP_IO_INPUT
CP_IFP "MeldO" 10 14 FP_IO_OUTPUT
CP_IFP "MeldStor" 10 20 FP_IO_OUTPUT
CP_IFP "MeldO" 11 32 FP_IO_OUTPUT
CP_IFP "MeldD" 11 33 FP_IO_OUTPUT
CP_IFP "MeldStor" 28 32 FP_IO_INPUT
CP_FBI "OR_BOOL" 20 29 CODID: 2 NAME: ".5.19" TEXT:
CP_DBI "B_STAT" 19 8 CODID: 1 NAME: "FBI_5_14" TEXT:
CP_CON 10 11 IEC_BOOL_ID 1
CP_LNK IFP: 10 16 FBI: 19 8 7 GRA: 19/17,19/17
CP_LNK FBI: 19 8 2 IFP: 30 11 GRA: 30/12,30/12
CP_LNK IFP: 10 14 FBI: 19 8 5 GRA: 19/15,19/15
CP_LNK CON: 10 11 FBI: 19 8 2 GRA: 19/12,19/12
CP_LNK IFP: 10 20 FBI: 19 8 11 GRA: 19/21,19/21
CP_LNK IFP: 11 32 FBI: 20 29 2 GRA: 20/33,20/33
CP_LNK IFP: 11 33 FBI: 20 29 3 GRA: 20/34,20/34
CP_LNK FBI: 20 29 2 IFP: 28 32 GRA: 28/33,28/33
////
////
CL_DFB SubDFB D:\113041~1\PLC1\DFB\ DFB_ABSX "01/26/06 09:09:32" TEXT:
CP_DFB "DFB_ABSX" HEIGHT/WIDTH: 5 9 FBTK_DFB "06/20/05 12:30:42" TEXT: DFB_ABSp  Enkel Open/Dicht presentatie pneumatische bi-stabiele afsluiter
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_ABSX{1}
CL_FRM "StatBedr" ID_26 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT: bedrijfsstatus 
CL_FRM "MeldStor" ID_27 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: afsluiter beschikbaar
CL_FRM "MeldO" ID_30 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: openmelding
CL_FRM "MeldD" ID_31 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: dichtmelding
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 "B_STAT" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 19 9 "07/10/02 14:43:59" 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_SEC "conversie_werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 5 EXEC: 1 TEXT:
CP_IFP "MeldD" 10 16 FP_IO_OUTPUT
CP_IFP "StatBedr" 30 11 FP_IO_INPUT
CP_IFP "MeldO" 10 14 FP_IO_OUTPUT
CP_IFP "MeldStor" 10 20 FP_IO_OUTPUT
CP_IFP "MeldO" 11 32 FP_IO_OUTPUT
CP_IFP "MeldD" 11 33 FP_IO_OUTPUT
CP_IFP "MeldStor" 28 32 FP_IO_INPUT
CP_FBI "OR_BOOL" 20 29 CODID: 2 NAME: ".5.19" TEXT:
CP_INV KIND/ID: FBIPH_OUTPUT/2
CP_DBI "B_STAT" 19 8 CODID: 1 NAME: "FBI_5_14" TEXT:
CP_CON 10 11 IEC_BOOL_ID 1
CP_LNK IFP: 10 16 FBI: 19 8 7 GRA: 19/17,19/17
CP_LNK FBI: 19 8 2 IFP: 30 11 GRA: 30/12,30/12
CP_LNK IFP: 10 14 FBI: 19 8 5 GRA: 19/15,19/15
CP_LNK CON: 10 11 FBI: 19 8 2 GRA: 19/12,19/12
CP_LNK IFP: 10 20 FBI: 19 8 11 GRA: 19/21,19/21
CP_LNK IFP: 11 32 FBI: 20 29 2 GRA: 20/33,20/33
CP_LNK IFP: 11 33 FBI: 20 29 3 GRA: 20/34,20/34
CP_LNK FBI: 20 29 2 IFP: 28 32 GRA: 28/33,28/33
////
////
CL_DFB SubDFB D:\113041~1\PLC1\DFB\ DFB_AMS "01/26/06 09:09:34" TEXT:
CP_DFB "DFB_AMS" HEIGHT/WIDTH: 17 9 FBTK_DFB "06/27/02 11:53:19" TEXT: DFB_AMS Procesbesturing pneumatische mono-stabiele afsluiter 
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
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 "06/19/02 13:08:16" 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\PLC1\DFB\ PLAUS "01/26/06 09:09:35" TEXT:
CP_DFB "PLAUS" HEIGHT/WIDTH: 5 8 FBTK_DFB "07/10/02 14:44:01" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
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\PLC1\DFB\ DFB_ANA "01/26/06 09:09:37" TEXT:
CP_DFB "DFB_ANA" HEIGHT/WIDTH: 23 9 FBTK_DFB "07/10/02 14:44:02" 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 10:19:21"
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 "07/10/02 14:43:59" NR_FORMP: 18
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "StatBedr" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "Stat_3" ID_8 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_2" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_1" ID_10 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_0" ID_11 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_4" ID_12 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_5" ID_14 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_6" ID_15 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_7" ID_16 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_8" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_9" ID_18 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_10" ID_19 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_11" ID_20 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_12" ID_21 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_13" ID_22 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_14" ID_23 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Stat_15" ID_24 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "PLAUS" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 5 8 "07/10/02 14:44:01" NR_FORMP: 4
VS_FRM "$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\PLC1\DFB\ DFB_DIGA "01/26/06 09:09:40" TEXT:
CP_DFB "DFB_DIGA" HEIGHT/WIDTH: 27 9 FBTK_DFB "07/10/02 14:43:58" TEXT: De dfb DIGA is een functieblok waarin een 16 alarmeringen
...TXT verwerkt worden.
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
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\PLC1\DFB\ DFB_DOL "01/26/06 09:09:42" TEXT:
CP_DFB "DFB_DOL" HEIGHT/WIDTH: 20 9 FBTK_DFB "07/10/02 14:44:04" 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 "09/26/02 10:19:21"
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 14:43:59" 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\PLC1\DFB\ DFB_RA "01/26/06 09:09:44" TEXT:
CP_DFB "DFB_RA" HEIGHT/WIDTH: 20 9 FBTK_DFB "06/27/02 14:20:14" TEXT:
...TXF De dfb RA (regelbare afsluiter) is een functieblok waarin de besturing voor 
...TXT een regelbare afsluiter via analoge uitsturing is opgenomen.
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : DFB_RA{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 "Storing" ID_37 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: verzamelstoring
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 "MeldExt" ID_62 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: melding storing extern
CL_FRM "AutoO" ID_65 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: automatisch openen
CL_FRM "VrijO" ID_66 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: vrijgave openen
CL_FRM "Paraat" ID_69 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: werktuig paraat
CL_FRM "SturAuto" ID_78 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: sturing automatisch (0-100%) vanaf regelaar
CL_FRM "SturHand" ID_79 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: sturing hand (0-100%) vanaf SCADA
CL_FRM "Stuur" ID_80 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT: sturing analoge waarde naar afsluiter
CL_FRM "SturHdU" ID_81 SHOW POSR 11 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 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL VAL: 20.0 TEXT: gewenste looptijd (sec)
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 "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 "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 "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 "06/19/02 13:08:15" 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 "sta_bed_bit12" 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_GV2 "alw_pri_bit12" 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 "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_bit16" 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_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_bit16" 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_reset" 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_bit14" 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 "pri_wrd_bit15" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "pri_wrd_bit16" 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 "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 "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 "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_dicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_open" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "ond_wrd_bit16" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "sta_bedr_regelen" 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 "extern" 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_extern" 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_extern" 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_extern" 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_extern" 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 "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_extern" 5 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern" 39 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern" 58 19 FP_IO_INPUT
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_hand" 5 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 5 81 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_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_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_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_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_bed_bit12" 5 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit13" 5 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_bit14" 5 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit12" 5 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit14" 5 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit15" 5 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_bit16" 5 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit12" 39 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit14" 39 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit15" 39 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_bit16" 39 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_bit12" 24 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit13" 24 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_bit14" 24 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit12" 24 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit14" 24 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit15" 24 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_bit16" 24 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit12" 58 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit14" 58 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit15" 58 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "ond_wrd_bit16" 58 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern" 24 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_dicht" 39 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_open" 39 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_blokkeren" 39 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_regelen" 39 69 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 FBI: 48 4 14 GVI: 58 19 GRA: 58/20,58/20
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 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 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 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 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 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 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 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: 5 78 FBI: 14 64 13 GRA: 14/79,14/79
CP_LNK GVI: 5 79 FBI: 14 64 14 GRA: 14/80,14/80
CP_LNK GVI: 5 80 FBI: 14 64 15 GRA: 14/81,14/81
CP_LNK GVI: 5 58 FBI: 14 44 13 GRA: 14/59,14/59
CP_LNK GVI: 5 60 FBI: 14 44 15 GRA: 14/61,14/61
CP_LNK GVI: 5 61 FBI: 14 44 16 GRA: 14/62,14/62
CP_LNK GVI: 5 62 FBI: 14 44 17 GRA: 14/63,14/63
CP_LNK GVI: 39 58 FBI: 48 44 13 GRA: 48/59,48/59
CP_LNK GVI: 39 60 FBI: 48 44 15 GRA: 48/61,48/61
CP_LNK GVI: 39 61 FBI: 48 44 16 GRA: 48/62,48/62
CP_LNK GVI: 39 62 FBI: 48 44 17 GRA: 48/63,48/63
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 4 13 GVI: 24 18 GRA: 24/19,24/19
CP_LNK FBI: 14 4 15 GVI: 24 20 GRA: 24/21,24/21
CP_LNK FBI: 14 4 16 GVI: 24 21 GRA: 24/22,24/22
CP_LNK FBI: 14 4 17 GVI: 24 22 GRA: 24/23,24/23
CP_LNK FBI: 48 4 13 GVI: 58 18 GRA: 58/19,58/19
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 FBI: 14 4 14 GVI: 24 19 GRA: 24/20,24/20
CP_LNK GVI: 39 71 FBI: 48 64 6 GRA: 48/72,48/72
CP_LNK GVI: 39 70 FBI: 48 64 5 GRA: 48/71,48/71
CP_LNK GVI: 39 72 FBI: 48 64 7 GRA: 48/73,48/73
CP_LNK GVI: 39 69 FBI: 48 64 4 GRA: 48/70,48/70
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 "Beschik" 54 7 FP_IO_INPUT
CP_IFP "Paraat" 54 13 FP_IO_INPUT
CP_IFP "Storing" 36 8 FP_IO_OUTPUT
CP_IFP "Storing" 36 15 FP_IO_OUTPUT
CP_IFP "VrijO" 36 26 FP_IO_OUTPUT
CP_IFP "AutoO" 36 27 FP_IO_OUTPUT
CP_IFP "Beschik" 36 28 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 45 10 CODID: 1 NAME: ".4.1" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "AND_BOOL" 45 23 CODID: 4 NAME: ".4.19" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "NOT_BOOL" 56 35 CODID: 6 NAME: ".4.22" TEXT:
CP_FBI "RS" 45 30 CODID: 5 NAME: "FBI_4_21" TEXT:
CP_FBI "AND_BOOL" 45 17 CODID: 2 NAME: ".4.5" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3
CP_FBI "AND_BOOL" 45 4 CODID: 3 NAME: ".4.18" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_GVI NAMED_VAR: "sta_bed_auto" 36 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 36 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_dicht" 36 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_regelen" 54 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_dicht" 36 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_open" 36 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_blokkeren" 54 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_hand" 36 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "bed_wrd_cmd_auto" 36 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 52 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bed_auto" 65 38 FP_IO_INPUT
CP_LNK GVI: 36 13 FBI: 45 10 2 GRA: 45/14,45/14
CP_LNK GVI: 36 7 FBI: 45 4 2 GRA: 45/8,45/8
CP_LNK FBI: 45 4 2 IFP: 54 7 GRA: 54/8,54/8
CP_LNK FBI: 45 10 2 IFP: 54 13 GRA: 54/14,54/14
CP_LNK IFP: 36 8 FBI: 45 4 3 GRA: 45/9,45/9
CP_LNK GVI: 36 14 FBI: 45 10 3 GRA: 45/15,45/15
CP_LNK IFP: 36 15 FBI: 45 10 4 GRA: 45/16,45/16
CP_LNK FBI: 45 17 2 GVI: 54 20 GRA: 54/21,54/21
CP_LNK GVI: 36 20 FBI: 45 17 2 GRA: 45/21,45/21
CP_LNK GVI: 36 21 FBI: 45 17 3 GRA: 45/22,45/22
CP_LNK IFP: 36 26 FBI: 45 23 2 GRA: 45/27,45/27
CP_LNK IFP: 36 27 FBI: 45 23 3 GRA: 45/28,45/28
CP_LNK IFP: 36 28 FBI: 45 23 4 GRA: 45/29,45/29
CP_LNK FBI: 45 23 2 GVI: 54 26 GRA: 54/27,54/27
CP_LNK GVI: 36 33 FBI: 45 30 2 GRA: 45/34,45/34
CP_LNK GVI: 36 34 FBI: 45 30 3 GRA: 45/35,45/35
CP_LNK FBI: 45 30 2 FBI: 56 35 2 GRA: 52/34,53/34,53/39,56/39
CP_LNK FBI: 45 30 2 GVI: 52 33 GRA: 52/34,52/34
CP_LNK FBI: 56 35 2 GVI: 65 38 GRA: 65/39,65/39
CP_SEC "alarmen_Werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 5 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 "MeldExt" 5 15 FP_IO_OUTPUT
CP_IFP "VrijO" 5 14 FP_IO_OUTPUT
CP_IFP "Storing" 22 22 FP_IO_INPUT
CP_IFP "Acoftijd" 4 8 FP_IO_OUTPUT
CP_IFP "Storing" 5 28 FP_IO_OUTPUT
CP_IFP "Rst_alg" 29 43 FP_IO_OUTPUT
CP_IFP "Accept" 29 42 FP_IO_OUTPUT
CP_IFP "Accept" 18 27 FP_IO_OUTPUT
CP_IFP "Rst_alg" 5 37 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 51 26 CODID: 11 NAME: ".5.28" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "OR_BOOL" 14 33 CODID: 12 NAME: ".5.29" TEXT:
CP_FBI "AND_BOOL" 38 33 CODID: 13 NAME: ".5.30" TEXT:
CP_FBI "OR_BOOL" 14 25 CODID: 3 NAME: ".5.31" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "RS" 27 24 CODID: 4 NAME: "FBI_5_32" TEXT:
CP_FBI "AND_BOOL" 38 39 CODID: 14 NAME: ".5.33" TEXT:
CP_FBI "OR_BOOL" 52 33 CODID: 15 NAME: ".5.34" TEXT:
CP_FBI "OR_BOOL" 14 19 CODID: 1 NAME: ".5.13" TEXT:
CP_FBI "TIME_MUL_INT" 13 4 CODID: 2 NAME: ".5.20" TEXT:
CP_FBI "AND_BOOL" 51 20 CODID: 5 NAME: ".5.21" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 14 11 CODID: 6 NAME: ".5.22" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "TON" 29 11 CODID: 7 NAME: "FBI_5_23" TEXT:
CP_FBI "RS" 42 12 CODID: 8 NAME: "FBI_5_27" TEXT:
CP_FBI "AND_BOOL" 51 14 CODID: 9 NAME: ".5.25" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "AND_BOOL" 51 7 CODID: 10 NAME: ".5.26" TEXT:
CP_GVI NAMED_VAR: "tijdvertr" 20 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern" 60 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern" 60 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern" 42 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "pri_wrd_storing_extern" 42 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "ond_wrd_storing_extern" 5 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 33 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing" 60 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "tijdvertr" 23 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "alw_sec_storing_extern" 5 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "alw_pri_storing_extern" 5 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "extern" 36 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 42 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "extern" 42 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 60 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_geaccepteerd_opgelost" 29 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 5 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "reset" 60 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "bed_wrd_reset" 5 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_storing_geaccepteerd" 34 27 FP_IO_INPUT
CP_CON 4 7 IEC_TIME_ID t#1s
CP_LNK IFP: 5 15 FBI: 14 11 3 GRA: 14/16,14/16
CP_LNK IFP: 5 14 FBI: 14 11 2 GRA: 14/15,14/15
CP_LNK GVI: 20 15 FBI: 29 11 3 GRA: 29/16,29/16
CP_LNK FBI: 51 7 2 GVI: 60 10 GRA: 60/11,60/11
CP_LNK FBI: 51 14 2 GVI: 60 17 GRA: 60/18,60/18
CP_LNK GVI: 42 10 FBI: 51 7 2 GRA: 51/11,51/11
CP_LNK GVI: 42 18 FBI: 51 14 3 GRA: 51/19,51/19
CP_LNK GVI: 5 16 FBI: 14 11 4 GRA: 14/17,14/17
CP_LNK GVI: 33 16 FBI: 42 12 3 GRA: 42/17,42/17
CP_LNK FBI: 42 12 2 FBI: 51 14 2 GRA: 49/16,50/16,50/18,51/18
CP_LNK FBI: 42 12 2 FBI: 51 7 3 GRA: 49/16,50/16,50/12,51/12
CP_LNK FBI: 29 11 2 GVI: 36 14 GRA: 36/15,36/15
CP_LNK FBI: 29 11 2 FBI: 42 12 2 GRA: 36/15,37/15,37/16,42/16
CP_LNK FBI: 14 11 2 FBI: 29 11 2 GRA: 23/15,29/15
CP_LNK FBI: 51 20 2 GVI: 60 23 GRA: 60/24,60/24
CP_LNK FBI: 13 4 2 GVI: 23 7 GRA: 23/8,23/8
CP_LNK IFP: 4 8 FBI: 13 4 3 GRA: 13/9,13/9
CP_LNK CON: 4 7 FBI: 13 4 2 GRA: 13/8,13/8
CP_LNK FBI: 14 19 2 FBI: 51 20 2 GRA: 22/23,23/23,23/24,51/24
CP_LNK FBI: 14 19 2 IFP: 22 22 GRA: 22/23,22/23
CP_LNK GVI: 5 22 FBI: 14 19 2 GRA: 14/23,14/23
CP_LNK GVI: 5 23 FBI: 14 19 3 GRA: 14/24,14/24
CP_LNK GVI: 42 30 FBI: 51 26 3 GRA: 51/31,51/31
CP_LNK GVI: 42 29 FBI: 51 26 2 GRA: 51/30,51/30
CP_LNK FBI: 51 26 2 GVI: 60 29 GRA: 60/30,60/30
CP_LNK GVI: 29 37 FBI: 38 33 3 GRA: 38/38,38/38
CP_LNK FBI: 14 25 2 FBI: 27 24 3 GRA: 22/29,27/29
CP_LNK GVI: 5 29 FBI: 14 25 3 GRA: 14/30,14/30
CP_LNK IFP: 5 28 FBI: 14 25 2 GRA: 14/29,14/29
CP_LNK FBI: 38 39 2 FBI: 52 33 3 GRA: 47/43,48/43,48/38,52/38
CP_LNK FBI: 38 33 2 FBI: 52 33 2 GRA: 47/37,52/37
CP_LNK IFP: 29 43 FBI: 38 39 3 GRA: 38/44,38/44
CP_LNK IFP: 29 42 FBI: 38 39 2 GRA: 38/43,38/43
CP_LNK FBI: 52 33 2 GVI: 60 36 GRA: 60/37,60/37
CP_LNK FBI: 14 33 2 FBI: 38 33 2 GRA: 22/37,38/37
CP_LNK GVI: 5 36 FBI: 14 33 2 GRA: 14/37,14/37
CP_LNK FBI: 27 24 2 GVI: 34 27 GRA: 34/28,34/28
CP_LNK FBI: 27 24 2 FBI: 51 20 3 GRA: 34/28,35/28,35/25,51/25
CP_LNK IFP: 18 27 FBI: 27 24 2 GRA: 27/28,27/28
CP_LNK IFP: 5 37 FBI: 14 33 3 GRA: 14/38,14/38
CP_SEC "aansturing_Werktuig" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 6 EXEC: 4 TEXT: 
CP_IFP "Stuur" 63 9 FP_IO_INPUT
CP_IFP "SturHand" 31 9 FP_IO_OUTPUT
CP_IFP "SturHand" 31 23 FP_IO_OUTPUT
CP_IFP "SturAuto" 14 11 FP_IO_OUTPUT
CP_IFP "LTydGew" 31 16 FP_IO_OUTPUT
CP_IFP "SturHdU" 47 22 FP_IO_INPUT
CP_IFP "VrijO" -1 9 FP_IO_OUTPUT
CP_IFP "AutoO" -1 10 FP_IO_OUTPUT
CP_FBI "AND_BOOL" 8 6 CODID: 1 NAME: ".6.26" TEXT:
CP_FBI "LIMV" 54 4 CODID: 5 NAME: "FBI_6_17" TEXT:
CP_FBI "SEL" 40 5 CODID: 3 NAME: ".6.19" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 40 18 CODID: 6 NAME: ".6.20" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 23 6 CODID: 2 NAME: ".6.21" ANY: IEC_REAL_ID TEXT:
CP_FBI "DIV_REAL" 40 12 CODID: 4 NAME: ".6.25" TEXT:
CP_GVI NAMED_VAR: "sta_bed_auto" 31 8 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bed_hand" 31 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "sta_bedr_open" 63 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "sta_bedr_dicht" 63 11 FP_IO_INPUT
CP_CON 45 8 IEC_BOOL_ID 0
CP_CON 45 11 IEC_REAL_ID 100.0
CP_CON 45 13 IEC_REAL_ID 0.0
CP_CON 14 10 IEC_REAL_ID 0.0
CP_CON 31 15 IEC_REAL_ID 100.0
CP_CON 45 7 IEC_BOOL_ID 0
CP_CON 45 12 IEC_REAL_ID 0.0
CP_LNK CON: 45 8 FBI: 54 4 3 GRA: 54/9,54/9
CP_LNK CON: 45 11 FBI: 54 4 6 GRA: 54/12,54/12
CP_LNK CON: 45 13 FBI: 54 4 8 GRA: 54/14,54/14
CP_LNK FBI: 54 4 4 IFP: 63 9 GRA: 63/10,63/10
CP_LNK GVI: 31 8 FBI: 40 5 2 GRA: 40/9,40/9
CP_LNK IFP: 31 9 FBI: 40 5 3 GRA: 40/10,40/10
CP_LNK IFP: 31 23 FBI: 40 18 4 GRA: 40/24,40/24
CP_LNK GVI: 31 21 FBI: 40 18 2 GRA: 40/22,40/22
CP_LNK CON: 14 10 FBI: 23 6 3 GRA: 23/11,23/11
CP_LNK IFP: 14 11 FBI: 23 6 4 GRA: 23/12,23/12
CP_LNK CON: 31 15 FBI: 40 12 2 GRA: 40/16,40/16
CP_LNK IFP: 31 16 FBI: 40 12 3 GRA: 40/17,40/17
CP_LNK FBI: 40 12 2 FBI: 54 4 5 GRA: 48/16,49/16,49/11,54/11
CP_LNK CON: 45 7 FBI: 54 4 2 GRA: 54/8,54/8
CP_LNK FBI: 40 18 3 IFP: 47 22 GRA: 47/23,47/23
CP_LNK CON: 45 12 FBI: 54 4 7 GRA: 54/13,54/13
CP_LNK FBI: 40 5 3 FBI: 54 4 4 GRA: 47/10,54/10
CP_LNK FBI: 54 4 5 GVI: 63 10 GRA: 63/11,63/11
CP_LNK FBI: 54 4 6 GVI: 63 11 GRA: 63/12,63/12
CP_LNK IFP: -1 9 FBI: 8 6 2 GRA: 8/10,8/10
CP_LNK IFP: -1 10 FBI: 8 6 3 GRA: 8/11,8/11
CP_LNK FBI: 8 6 2 FBI: 23 6 2 GRA: 17/10,23/10
CP_LNK FBI: 23 6 3 FBI: 40 18 3 GRA: 30/11,31/11,31/23,40/23
CP_LNK FBI: 23 6 3 FBI: 40 5 4 GRA: 30/11,40/11
////
////
CL_DFB SubDFB D:\113041~1\PLC1\DFB\ DFB_REGE "01/26/06 09:09:46" TEXT:
CP_DFB "DFB_REGE" HEIGHT/WIDTH: 25 9 FBTK_DFB "07/10/02 14:44:11" TEXT: De dfb REGE is een functieblok voor een PI-regelaar
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
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 "07/10/02 14:43:59" 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\PLC1\DFB\ DFB_VOED "01/26/06 09:09:48" TEXT:
CP_DFB "DFB_VOED" HEIGHT/WIDTH: 20 9 FBTK_DFB "07/10/02 14:44:12" 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 10:19:21"
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 "07/10/02 14:43:59" 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\PLC1\DFB\ DIGA1 "01/26/06 09:09:50" TEXT:
CP_DFB "DIGA1" HEIGHT/WIDTH: 12 9 FBTK_DFB "07/10/02 14:44:00" TEXT: De DIGA1 is een functieblok waarin een alarmering verwerkt wordt.
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
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\PLC1\DFB\ DRDBRK "01/26/06 09:09:51" TEXT:
CP_DFB "DRDBRK" HEIGHT/WIDTH: 11 9 FBTK_DFB "07/10/02 14:43:59" 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 10:19:21"
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\PLC1\DFB\ DRDBRK16 "01/11/06 15:30:53" TEXT:
CP_DFB "DRDBRK16" HEIGHT/WIDTH: 19 9 FBTK_DFB "09/27/05 12:48:55" 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\PLC1\DFB\ FILT_M3 "08/30/06 16:29:22" TEXT:
CP_DFB "FILT_M3" HEIGHT/WIDTH: 10 8 FBTK_DFB "08/30/06 16:29:22" TEXT: DFB tot_m3
...TXT Debietteller telpuls meting
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : FILT_M3{1,2}
CL_FRM "OutQtot" ID_7 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT: Debiet totaal
CL_FRM "Puls_m3" ID_23 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: telpuls
CL_FRM "in_Qtot" ID_24 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT: 
CL_FRM "in_Reset" ID_25 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "FilterNr" ID_26 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: Aantal filters in bedrijf
CL_FRM "FilterIn" ID_27 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL 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 "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 "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 "Totaal_debiet" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Filter_totaal" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "var_puls" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "var_reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "var_FiltersInbedrijf" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "var_Qtot" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Totaal_debiet" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 2 EXEC: 1 TEXT: 
CP_IFP "Puls_m3" -1 9 FP_IO_OUTPUT
CP_IFP "in_Reset" -1 17 FP_IO_OUTPUT
CP_IFP "FilterNr" 0 25 FP_IO_OUTPUT
CP_FBI "R_TRIG" 8 6 CODID: 1 NAME: "FBI_2_32" TEXT:
CP_FBI "F_TRIG" 8 14 CODID: 2 NAME: "FBI_2_47" TEXT:
CP_FBI "INT_TO_REAL" 9 22 CODID: 3 NAME: ".2.48" TEXT:
CP_GVI NAMED_VAR: "var_puls" 15 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "var_reset" 15 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "var_FiltersInbedrijf" 19 25 FP_IO_INPUT
CP_LNK IFP: -1 9 FBI: 8 6 2 GRA: 8/10,8/10
CP_LNK FBI: 8 6 2 GVI: 15 9 GRA: 15/10,15/10
CP_LNK IFP: -1 17 FBI: 8 14 2 GRA: 8/18,8/18
CP_LNK FBI: 8 14 2 GVI: 15 17 GRA: 15/18,15/18
CP_LNK IFP: 0 25 FBI: 9 22 2 GRA: 9/26,9/26
CP_LNK FBI: 9 22 2 GVI: 19 25 GRA: 19/26,19/26
CP_SEC "Filter_totaal" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 3 EXEC: 2 TEXT:
CP__ST  
CP__ST IF var_puls AND FilterNr <> 0 AND FilterIn THEN;
CP__ST   
CP__ST   var_Qtot := in_Qtot + 1.0 / var_FiltersInbedrijf;
CP__ST  
CP__ST END_IF;
CP__ST  
CP__ST IF var_reset THEN;
CP__ST  
CP__ST  var_Qtot := 0.0;
CP__ST   
CP__ST END_IF;
CP__ST  
CP__ST OutQtot := var_Qtot;
CP__ST  
////
////
CL_DFB SubDFB D:\113041~1\PLC1\DFB\ OPSTART "01/11/06 15:31:23" TEXT:
CP_DFB "OPSTART" HEIGHT/WIDTH: 13 8 FBTK_DFB "09/27/05 12:49:01" 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\PLC1\DFB\ PLC_KLOK "01/26/06 09:09:52" TEXT:
CP_DFB "PLC_KLOK" HEIGHT/WIDTH: 10 9 FBTK_DFB "07/10/02 14:43:58" TEXT: 
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
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\PLC1\DFB\ POMPWRD "01/26/06 09:09:53" TEXT:
CP_DFB "POMPWRD" HEIGHT/WIDTH: 24 9 FBTK_DFB "10/05/04 09:21:46" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : POMPWRD{1}
CL_FRM "InpWord" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "Pomp1" ID_5 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp2" ID_6 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp3" ID_7 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp4" ID_8 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp5" ID_9 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp6" ID_10 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp7" ID_11 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp8" ID_12 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp9" ID_13 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp10" ID_14 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp11" ID_15 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp12" ID_16 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp13" ID_17 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp14" ID_18 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp15" ID_19 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp16" ID_20 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp17" ID_21 SHOW POSR 18 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp18" ID_22 SHOW POSR 19 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp19" ID_23 SHOW POSR 20 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp20" ID_24 SHOW POSR 21 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "Pomp21" ID_25 SHOW POSR 22 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL 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 "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_SEC "Conversie" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "InpWord" 0 5 FP_IO_OUTPUT
CP_IFP "Pomp1" 26 5 FP_IO_INPUT
CP_IFP "Pomp2" 26 11 FP_IO_INPUT
CP_IFP "Pomp3" 26 17 FP_IO_INPUT
CP_IFP "Pomp4" 26 23 FP_IO_INPUT
CP_IFP "Pomp5" 26 29 FP_IO_INPUT
CP_IFP "Pomp6" 26 35 FP_IO_INPUT
CP_IFP "Pomp7" 26 41 FP_IO_INPUT
CP_IFP "Pomp8" 26 47 FP_IO_INPUT
CP_IFP "Pomp9" 26 53 FP_IO_INPUT
CP_IFP "Pomp10" 26 59 FP_IO_INPUT
CP_IFP "Pomp11" 46 5 FP_IO_INPUT
CP_IFP "Pomp12" 46 11 FP_IO_INPUT
CP_IFP "Pomp13" 46 17 FP_IO_INPUT
CP_IFP "Pomp14" 46 23 FP_IO_INPUT
CP_IFP "Pomp15" 46 29 FP_IO_INPUT
CP_IFP "Pomp16" 46 35 FP_IO_INPUT
CP_IFP "Pomp17" 46 41 FP_IO_INPUT
CP_IFP "Pomp18" 46 47 FP_IO_INPUT
CP_IFP "Pomp19" 46 53 FP_IO_INPUT
CP_IFP "Pomp20" 46 59 FP_IO_INPUT
CP_IFP "Pomp21" 67 7 FP_IO_INPUT
CP_FBI "EQ_INT" 19 2 CODID: 2 NAME: ".1.1" TEXT:
CP_FBI "EQ_INT" 19 8 CODID: 3 NAME: ".1.2" TEXT:
CP_FBI "EQ_INT" 19 14 CODID: 4 NAME: ".1.3" TEXT:
CP_FBI "EQ_INT" 19 20 CODID: 5 NAME: ".1.4" TEXT:
CP_FBI "EQ_INT" 19 26 CODID: 6 NAME: ".1.5" TEXT:
CP_FBI "EQ_INT" 19 32 CODID: 7 NAME: ".1.6" TEXT:
CP_FBI "EQ_INT" 39 8 CODID: 8 NAME: ".1.7" TEXT:
CP_FBI "EQ_INT" 39 14 CODID: 9 NAME: ".1.8" TEXT:
CP_FBI "EQ_INT" 39 20 CODID: 10 NAME: ".1.9" TEXT:
CP_FBI "EQ_INT" 39 26 CODID: 11 NAME: ".1.10" TEXT:
CP_FBI "EQ_INT" 39 32 CODID: 12 NAME: ".1.11" TEXT:
CP_FBI "EQ_INT" 39 38 CODID: 13 NAME: ".1.12" TEXT:
CP_FBI "EQ_INT" 39 44 CODID: 14 NAME: ".1.13" TEXT:
CP_FBI "EQ_INT" 39 50 CODID: 15 NAME: ".1.14" TEXT:
CP_FBI "EQ_INT" 39 56 CODID: 16 NAME: ".1.15" TEXT:
CP_FBI "EQ_INT" 60 4 CODID: 17 NAME: ".1.16" TEXT:
CP_FBI "EQ_INT" 39 2 CODID: 18 NAME: ".1.17" TEXT:
CP_FBI "EQ_INT" 19 56 CODID: 19 NAME: ".1.18" TEXT:
CP_FBI "EQ_INT" 19 50 CODID: 20 NAME: ".1.19" TEXT:
CP_FBI "EQ_INT" 19 44 CODID: 21 NAME: ".1.20" TEXT:
CP_FBI "EQ_INT" 19 38 CODID: 22 NAME: ".1.21" TEXT:
CP_FBI "MOVE" 9 2 CODID: 1 NAME: ".1.22" ANY: IEC_INT_ID TEXT:
CP_CON 10 6 IEC_INT_ID 1
CP_CON 10 12 IEC_INT_ID 2
CP_CON 10 18 IEC_INT_ID 3
CP_CON 10 24 IEC_INT_ID 4
CP_CON 10 30 IEC_INT_ID 5
CP_CON 10 36 IEC_INT_ID 6
CP_CON 10 42 IEC_INT_ID 7
CP_CON 10 48 IEC_INT_ID 8
CP_CON 10 54 IEC_INT_ID 9
CP_CON 10 60 IEC_INT_ID 10
CP_CON 30 6 IEC_INT_ID 11
CP_CON 30 12 IEC_INT_ID 12
CP_CON 30 18 IEC_INT_ID 13
CP_CON 30 24 IEC_INT_ID 14
CP_CON 30 30 IEC_INT_ID 15
CP_CON 30 36 IEC_INT_ID 16
CP_CON 30 42 IEC_INT_ID 17
CP_CON 30 48 IEC_INT_ID 18
CP_CON 30 54 IEC_INT_ID 19
CP_CON 30 60 IEC_INT_ID 20
CP_CON 51 8 IEC_INT_ID 21
CP_LNK CON: 10 6 FBI: 19 2 3 GRA: 19/7,19/7
CP_LNK CON: 10 12 FBI: 19 8 3 GRA: 19/13,19/13
CP_LNK CON: 10 18 FBI: 19 14 3 GRA: 19/19,19/19
CP_LNK CON: 10 24 FBI: 19 20 3 GRA: 19/25,19/25
CP_LNK CON: 10 30 FBI: 19 26 3 GRA: 19/31,19/31
CP_LNK IFP: 0 5 FBI: 9 2 2 GRA: 9/6,9/6
CP_LNK FBI: 9 2 2 FBI: 19 2 2 GRA: 16/6,19/6
CP_LNK FBI: 9 2 2 FBI: 19 8 2 GRA: 16/6,18/6,18/12,19/12
CP_LNK FBI: 9 2 2 FBI: 19 14 2 GRA: 16/6,18/6,18/18,19/18
CP_LNK FBI: 9 2 2 FBI: 19 20 2 GRA: 16/6,18/6,18/24,19/24
CP_LNK FBI: 9 2 2 FBI: 19 26 2 GRA: 16/6,18/6,18/30,19/30
CP_LNK FBI: 9 2 2 FBI: 19 32 2 GRA: 16/6,17/6,17/36,19/36
CP_LNK FBI: 9 2 2 FBI: 19 38 2 GRA: 16/6,17/6,17/42,19/42
CP_LNK FBI: 9 2 2 FBI: 19 44 2 GRA: 16/6,17/6,17/48,19/48
CP_LNK FBI: 9 2 2 FBI: 19 50 2 GRA: 16/6,17/6,17/54,19/54
CP_LNK FBI: 9 2 2 FBI: 39 2 2 GRA: 16/6,39/6
CP_LNK FBI: 9 2 2 FBI: 39 8 2 GRA: 16/6,27/6,27/12,39/12
CP_LNK FBI: 9 2 2 FBI: 39 14 2 GRA: 16/6,27/6,27/18,39/18
CP_LNK FBI: 9 2 2 FBI: 39 20 2 GRA: 16/6,27/6,27/24,39/24
CP_LNK FBI: 9 2 2 FBI: 39 26 2 GRA: 16/6,27/6,27/30,39/30
CP_LNK FBI: 9 2 2 FBI: 39 32 2 GRA: 16/6,27/6,27/36,39/36
CP_LNK FBI: 9 2 2 FBI: 39 38 2 GRA: 16/6,27/6,27/42,39/42
CP_LNK FBI: 9 2 2 FBI: 39 44 2 GRA: 16/6,27/6,27/48,39/48
CP_LNK FBI: 9 2 2 FBI: 39 50 2 GRA: 16/6,27/6,27/54,39/54
CP_LNK FBI: 9 2 2 FBI: 19 56 2 GRA: 16/6,17/6,17/60,19/60
CP_LNK FBI: 9 2 2 FBI: 39 56 2 GRA: 16/6,27/6,27/60,39/60
CP_LNK FBI: 9 2 2 FBI: 60 4 2 GRA: 16/6,40/6,40/8,60/8
CP_LNK CON: 10 36 FBI: 19 32 3 GRA: 19/37,19/37
CP_LNK CON: 10 42 FBI: 19 38 3 GRA: 19/43,19/43
CP_LNK CON: 10 48 FBI: 19 44 3 GRA: 19/49,19/49
CP_LNK CON: 10 54 FBI: 19 50 3 GRA: 19/55,19/55
CP_LNK CON: 10 60 FBI: 19 56 3 GRA: 19/61,19/61
CP_LNK CON: 30 6 FBI: 39 2 3 GRA: 39/7,39/7
CP_LNK CON: 30 12 FBI: 39 8 3 GRA: 39/13,39/13
CP_LNK CON: 30 18 FBI: 39 14 3 GRA: 39/19,39/19
CP_LNK CON: 30 24 FBI: 39 20 3 GRA: 39/25,39/25
CP_LNK CON: 30 30 FBI: 39 26 3 GRA: 39/31,39/31
CP_LNK CON: 30 36 FBI: 39 32 3 GRA: 39/37,39/37
CP_LNK CON: 30 42 FBI: 39 38 3 GRA: 39/43,39/43
CP_LNK CON: 30 48 FBI: 39 44 3 GRA: 39/49,39/49
CP_LNK CON: 30 54 FBI: 39 50 3 GRA: 39/55,39/55
CP_LNK CON: 30 60 FBI: 39 56 3 GRA: 39/61,39/61
CP_LNK CON: 51 8 FBI: 60 4 3 GRA: 60/9,60/9
CP_LNK FBI: 19 2 2 IFP: 26 5 GRA: 26/6,26/6
CP_LNK FBI: 19 8 2 IFP: 26 11 GRA: 26/12,26/12
CP_LNK FBI: 19 14 2 IFP: 26 17 GRA: 26/18,26/18
CP_LNK FBI: 19 20 2 IFP: 26 23 GRA: 26/24,26/24
CP_LNK FBI: 19 26 2 IFP: 26 29 GRA: 26/30,26/30
CP_LNK FBI: 19 32 2 IFP: 26 35 GRA: 26/36,26/36
CP_LNK FBI: 19 38 2 IFP: 26 41 GRA: 26/42,26/42
CP_LNK FBI: 19 44 2 IFP: 26 47 GRA: 26/48,26/48
CP_LNK FBI: 19 50 2 IFP: 26 53 GRA: 26/54,26/54
CP_LNK FBI: 19 56 2 IFP: 26 59 GRA: 26/60,26/60
CP_LNK FBI: 39 2 2 IFP: 46 5 GRA: 46/6,46/6
CP_LNK FBI: 39 8 2 IFP: 46 11 GRA: 46/12,46/12
CP_LNK FBI: 39 14 2 IFP: 46 17 GRA: 46/18,46/18
CP_LNK FBI: 39 20 2 IFP: 46 23 GRA: 46/24,46/24
CP_LNK FBI: 39 26 2 IFP: 46 29 GRA: 46/30,46/30
CP_LNK FBI: 39 32 2 IFP: 46 35 GRA: 46/36,46/36
CP_LNK FBI: 39 38 2 IFP: 46 41 GRA: 46/42,46/42
CP_LNK FBI: 39 44 2 IFP: 46 47 GRA: 46/48,46/48
CP_LNK FBI: 39 50 2 IFP: 46 53 GRA: 46/54,46/54
CP_LNK FBI: 39 56 2 IFP: 46 59 GRA: 46/60,46/60
CP_LNK FBI: 60 4 2 IFP: 67 7 GRA: 67/8,67/8
////
////
CL_DFB SubDFB D:\113041~1\PLC1\DFB\ PULSPAUZ "01/26/06 09:09:55" TEXT:
CP_DFB "PULSPAUZ" HEIGHT/WIDTH: 7 8 FBTK_DFB "07/10/02 14:39:03" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
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\PLC1\DFB\ RWP_CTRL "01/26/06 09:09:57" TEXT:
CP_DFB "RWP_CTRL" HEIGHT/WIDTH: 12 10 FBTK_DFB "05/02/02 11:54:47" TEXT: Ruwwaterpomp schakeling
...TXT 
...TXT Doel:
...TXT Het na elkaar in, en uitschakelen van de werktuigen.
...TXT 
...TXT 
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs LP
CP_PRO Project : RWP_CTRL{1,2,3,4,5}
CL_FRM "InBedr1" ID_9 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE INT TEXT: Het aantal in bedrijf zijnde werktuigen (ondiep)
CL_FRM "StaffelT" ID_12 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: Staffeltijd (de tijd voordat het volgende werktuig geschakel
CL_FRM "InBedr2" ID_17 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE INT TEXT: Het aantal in bedrijf zijnde werktuigen (diep)
CL_FRM "Noodstop" ID_25 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Noodstop (alle wektuigen direkt uit bedrijf)
CL_FRM "Voork1" ID_27 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: Voorkeur keuze werktuigen (ondiep)
CL_FRM "Voork2" ID_28 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: Voorkeur keuze werktuigen (diep)
CL_FRM "AantGew1" ID_30 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: Aantal in bedrijf te schakelen werktuigen gewenst (ondiep)  
CL_FRM "AantGew2" ID_31 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: Aantal in bedrijf te schakelen werktuigen gewenst (diep)  
CL_FRM "CmdIn1" ID_32 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BoolArr16 TEXT: Commando array van in te schakelen werktuigen (ondiep) 
CL_FRM "CmdIn2" ID_33 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BoolArr16 TEXT: Commando array van in te schakelen werktuigen (diep) 
CL_FRM "Vrijgave" ID_36 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: Vrijgave inschakelen werktuigen
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 "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 "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 "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 "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 "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 "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 "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_GV2 "reset_teller" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Teller voor het resetten van de werktuigen
CP_GVS "Algemeen" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "in_teller" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Teller voor het aantal inbedrijf gestuurde werktuigen
CP_GV2 "tijdStaf" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Staffel tijd (tijd voordat de volgende schakeling aan een werktuig gebeurt)
CP_GV2 "insch_pntr1" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Inschakel pointer ondiep (welk werktuig als eerst volgende wordt ingeschakeld)
CP_GV2 "uitsch_pntr1" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Uitschakel pointer ondiep (welk werktuig als eerst volgende wordt uitgeschakeld)
CP_GVS "Staffel_in" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "aantal_wkt_beschik2" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Aantal beschikbare werktuigen ondiep
CP_GVS "Staffel_uit" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "schakel_blok" IEC_BOOL_ID INIT: TRUE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Intern signaal die aangeeft dat de staffeltijd verstreken is
CP_GV2 "startStaffel_timer" IEC_BOOL_ID INIT: TRUE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Staffeltimer
CP_GV2 "teller_beschikbaar" IEC_INT_ID INIT: TRUE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Teller-variabele voor beschikbare werktuigen
CP_GV4 "arrayLengte" IEC_INT_ID INIT: TRUE 16 EXP: FALSE RET: TRUE READONLY: FALSE TEXT:
CP_GVS "Aantal_Wkt_gewenst_wijziging" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "uitsch_pntr2" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Uitschakel pointer diep (welk werktuig als eerst volgende wordt uitgeschakeld)
CP_GV2 "insch_pntr2" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Inschakel pointer diep (welk werktuig als eerst volgende wordt ingeschakeld)
CP_GV2 "aantal_wkt_beschik1" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Aantal beschikbare werktuigen diep
CP_GV4 "AantWkt" IEC_INT_ID INIT: TRUE 6 EXP: FALSE RET: TRUE READONLY: FALSE TEXT: Aantal werktuigen
CP_GV2 "voorkeur1" BoolArr16 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: array met beschikbare en gekozen werktuigen ondiep
CP_GV2 "start_diep" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Start een werktuig diep
CP_GV2 "stop_diep" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Stop een werktuig diep
CP_GV2 "voorkeur2" BoolArr16 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: array met beschikbare en gekozen werktuigen diep
CP_GV2 "Gewenst1" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "maskeer_teller" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Wkt_beschikbaar_inbedrijf" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "initKoud" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: initialisatie bij koude start PLC
CP_GV2 "gewenst1_vorig" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Vorig gewenst aantal werktuigen ondiep 
CP_GV2 "gewenst2_vorig" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Vorig gewenst aantal werktuigen diep 
CP_GV2 "wijzig_aant1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Gewenst aantal werktuigen gewijzigd ondiep 
CP_GV2 "wijzig_aant2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Gewenst aantal werktuigen gewijzigd diep 
CP_GV2 "Gewenst2" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "Aantal_Wkt_gewenst_wijziging" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 11 EXEC: 1 TEXT: 
CP_COM LEFT: 105 RIGHT: 119 TOP: 29 BOT: 30 TEXT: Gewenst aantal werktuigen gewijzigd
CP_COM LEFT: 34 RIGHT: 48 TOP: 33 BOT: 34 TEXT: Gewenst aantal werktuigen gewijzigd
CP_IFP "InBedr1" 2 49 FP_IO_OUTPUT
CP_IFP "InBedr2" 74 46 FP_IO_OUTPUT
CP_IFP "Vrijgave" 2 29 FP_IO_OUTPUT
CP_IFP "AantGew1" 2 31 FP_IO_OUTPUT
CP_IFP "Vrijgave" 74 27 FP_IO_OUTPUT
CP_IFP "AantGew2" 74 29 FP_IO_OUTPUT
CP_IFP "Voork1" 2 7 FP_IO_OUTPUT
CP_IFP "Voork2" 74 6 FP_IO_OUTPUT
CP_FBI "WORD_TO_BIT" 11 4 CODID: 2 NAME: "FBI_11_10" TEXT:
CP_FBI "WORD_TO_BIT" 83 3 CODID: 4 NAME: "FBI_11_12" TEXT:
CP_FBI "NE_INT" 11 34 CODID: 5 NAME: ".11.13" TEXT:
CP_FBI "RS" 38 34 CODID: 7 NAME: "FBI_11_14" TEXT:
CP_FBI "EQ_INT" 11 45 CODID: 6 NAME: ".11.15" TEXT:
CP_FBI "MOVE" 20 39 CODID: 8 NAME: ".11.16" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_FBI "NE_INT" 83 31 CODID: 9 NAME: ".11.17" TEXT:
CP_FBI "EQ_INT" 83 42 CODID: 10 NAME: ".11.18" TEXT:
CP_FBI "RS" 114 31 CODID: 11 NAME: "FBI_11_19" TEXT:
CP_FBI "MOVE" 92 36 CODID: 12 NAME: ".11.20" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 11 26 CODID: 1 NAME: ".11.37" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 83 24 CODID: 3 NAME: ".11.38" ANY: IEC_INT_ID TEXT:
CP_GVI NAMED_VAR: "voorkeur1[1]" 21 7 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "voorkeur1[2]" 21 8 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "voorkeur1[3]" 21 9 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "voorkeur1[4]" 21 10 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "voorkeur1[5]" 21 11 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "voorkeur1[6]" 21 12 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "voorkeur2[1]" 93 6 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "voorkeur2[2]" 93 7 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "voorkeur2[3]" 93 8 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "voorkeur2[4]" 93 9 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "voorkeur2[5]" 93 10 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "voorkeur2[6]" 93 11 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "gewenst1_vorig" 2 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "wijzig_aant1" 45 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "gewenst1_vorig" 27 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "wijzig_aant2" 121 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "gewenst2_vorig" 74 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "gewenst2_vorig" 99 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "Gewenst1" 2 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Gewenst1" 11 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Gewenst1" 2 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Gewenst2" 74 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Gewenst2" 74 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Gewenst2" 83 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Gewenst1" 18 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "Gewenst2" 90 28 FP_IO_INPUT
CP_CON 2 30 IEC_INT_ID 0
CP_CON 74 28 IEC_INT_ID 0
CP_LNK FBI: 11 4 2 GVI: 21 7 GRA: 21/8,21/8
CP_LNK FBI: 11 4 3 GVI: 21 8 GRA: 21/9,21/9
CP_LNK FBI: 11 4 4 GVI: 21 9 GRA: 21/10,21/10
CP_LNK FBI: 11 4 5 GVI: 21 10 GRA: 21/11,21/11
CP_LNK FBI: 11 4 6 GVI: 21 11 GRA: 21/12,21/12
CP_LNK FBI: 11 4 7 GVI: 21 12 GRA: 21/13,21/13
CP_LNK FBI: 83 3 2 GVI: 93 6 GRA: 93/7,93/7
CP_LNK FBI: 83 3 3 GVI: 93 7 GRA: 93/8,93/8
CP_LNK FBI: 83 3 4 GVI: 93 8 GRA: 93/9,93/9
CP_LNK FBI: 83 3 5 GVI: 93 9 GRA: 93/10,93/10
CP_LNK FBI: 83 3 6 GVI: 93 10 GRA: 93/11,93/11
CP_LNK FBI: 83 3 7 GVI: 93 11 GRA: 93/12,93/12
CP_LNK GVI: 2 38 FBI: 11 34 3 GRA: 11/39,11/39
CP_LNK FBI: 11 34 2 FBI: 20 39 1 GRA: 18/38,19/38,19/42,20/42
CP_LNK FBI: 11 34 2 FBI: 38 34 2 GRA: 18/38,38/38
CP_LNK IFP: 2 49 FBI: 11 45 3 GRA: 11/50,11/50
CP_LNK FBI: 38 34 2 GVI: 45 37 GRA: 45/38,45/38
CP_LNK FBI: 20 39 2 GVI: 27 42 GRA: 27/43,27/43
CP_LNK FBI: 83 31 2 FBI: 92 36 1 GRA: 90/35,91/35,91/39,92/39
CP_LNK FBI: 83 31 2 FBI: 114 31 2 GRA: 90/35,114/35
CP_LNK FBI: 114 31 2 GVI: 121 34 GRA: 121/35,121/35
CP_LNK GVI: 74 35 FBI: 83 31 3 GRA: 83/36,83/36
CP_LNK FBI: 92 36 2 GVI: 99 39 GRA: 99/40,99/40
CP_LNK IFP: 74 46 FBI: 83 42 3 GRA: 83/47,83/47
CP_LNK FBI: 11 45 2 FBI: 38 34 3 GRA: 18/49,36/49,36/39,38/39
CP_LNK FBI: 83 42 2 FBI: 114 31 3 GRA: 90/46,113/46,113/36,114/36
CP_LNK GVI: 2 37 FBI: 11 34 2 GRA: 11/38,11/38
CP_LNK GVI: 11 42 FBI: 20 39 2 GRA: 20/43,20/43
CP_LNK GVI: 2 48 FBI: 11 45 2 GRA: 11/49,11/49
CP_LNK GVI: 74 34 FBI: 83 31 2 GRA: 83/35,83/35
CP_LNK GVI: 74 45 FBI: 83 42 2 GRA: 83/46,83/46
CP_LNK GVI: 83 39 FBI: 92 36 2 GRA: 92/40,92/40
CP_LNK IFP: 2 29 FBI: 11 26 2 GRA: 11/30,11/30
CP_LNK FBI: 11 26 3 GVI: 18 30 GRA: 18/31,18/31
CP_LNK IFP: 2 31 FBI: 11 26 4 GRA: 11/32,11/32
CP_LNK CON: 2 30 FBI: 11 26 3 GRA: 11/31,11/31
CP_LNK IFP: 74 27 FBI: 83 24 2 GRA: 83/28,83/28
CP_LNK CON: 74 28 FBI: 83 24 3 GRA: 83/29,83/29
CP_LNK IFP: 74 29 FBI: 83 24 4 GRA: 83/30,83/30
CP_LNK FBI: 83 24 3 GVI: 90 28 GRA: 90/29,90/29
CP_LNK IFP: 2 7 FBI: 11 4 2 GRA: 11/8,11/8
CP_LNK IFP: 74 6 FBI: 83 3 2 GRA: 83/7,83/7
CP_SEC "Algemeen" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 8 EXEC: 2 TEXT:
CP__ST (* ----------------function: Initialisering-----------------------------
CP__ST  In deze functie worden een 
CP__ST  aantal initialisaties uitgevoerd. Ook worden de uitsturingen gereset. 
CP__ST *) 
CP__ST  
CP__ST VAR
CP__ST  STAFFTIM1: TON;
CP__ST END_VAR;
CP__ST  
CP__ST IF Noodstop=1 THEN
CP__ST  
CP__ST  FOR reset_teller:=1 TO arraylengte DO 
CP__ST      CmdIn1[reset_teller]:=0; (* reset WTK's ondiep*)
CP__ST  END_FOR;
CP__ST  
CP__ST  FOR reset_teller:=1 TO arraylengte DO 
CP__ST      CmdIn2[reset_teller]:=0; (* reset WTK's diep *)
CP__ST  END_FOR;    
CP__ST  
CP__ST END_IF;
CP__ST  
CP__ST IF NOT initKoud THEN    
CP__ST     insch_pntr1 :=0; (* inschakelpointer ondiep op positie 0 *)
CP__ST  uitsch_pntr1:=0; (* uitschakelpointer ondiep op positie 0 *)
CP__ST     insch_pntr2 :=0; (* inschakelpointer diep op positie 0 *)
CP__ST  uitsch_pntr2:=0; (* uitschakelpointer diep op positie 0 *)
CP__ST     initKoud:=1;
CP__ST END_IF;
CP__ST  
CP__ST IF (Gewenst1=0 AND Gewenst2=0 AND InBedr1=0 AND InBedr2=0) THEN
CP__ST     start_diep:=0;
CP__ST     stop_diep:=0;
CP__ST END_IF;    
CP__ST  
CP__ST IF (Gewenst1=0 AND InBedr1=0) THEN
CP__ST     insch_pntr1 :=0; (* inschakelpointer ondiep op positie 0 *)
CP__ST  uitsch_pntr1:=0; (* uitschakelpointer ondiep op positie 0 *)
CP__ST END_IF;    
CP__ST  
CP__ST IF (Gewenst2=0 AND InBedr2=0) THEN
CP__ST     insch_pntr2 :=0; (* inschakelpointer diep op positie 0 *)
CP__ST  uitsch_pntr2:=0; (* uitschakelpointer diep op positie 0 *)
CP__ST END_IF;    
CP__ST  
CP__ST (* ----------------function: storing WTKs-------------------------------
CP__ST      Deze functie maskeert de in storing staande WTK's uit het commando
CP__ST      register. Dit houdt in dat een WTK in storing nooit een commando aan krijgt.
CP__ST *)
CP__ST FOR maskeer_teller:=1 TO AantWkt DO
CP__ST IF  (voorkeur1[maskeer_teller]=0 AND wijzig_aant1=0) THEN   
CP__ST   CmdIn1[maskeer_teller]:=0;
CP__ST END_IF;
CP__ST END_FOR;
CP__ST  
CP__ST FOR maskeer_teller:=1 TO AantWkt DO
CP__ST IF (voorkeur2[maskeer_teller]=0 AND wijzig_aant2=0) THEN
CP__ST     CmdIn2[maskeer_teller]:=0;
CP__ST END_IF;
CP__ST END_FOR;
CP__ST  
CP__ST (* ----------------function: staffelControl-----------------------------
CP__ST  Deze functie bestuurd op basis van staffeltijd de functies staffel_in en
CP__ST  staffel_uit.
CP__ST *) 
CP__ST  
CP__ST IF(STAFFTIM1.Q=1)THEN
CP__ST  schakel_blok:=0;
CP__ST  startStaffel_timer:=0;
CP__ST END_IF;
CP__ST  
CP__ST TijdStaf:=INT_TO_TIME(StaffelT*1000);
CP__ST STAFFTIM1(IN:=startStaffel_timer, PT:=tijdStaf);
CP_SEC "Wkt_beschikbaar_inbedrijf" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 13 EXEC: 3 TEXT:
CP__ST (* ----------------function: meldingWTK1-----------------------------
CP__ST  Wanneer het aantal gewenste werktuigen groter
CP__ST  is dan het aantal beschikbare werktuigen, zal er een melding worden
CP__ST  gegeven in de vorm van 'MeldCap1=ON'.
CP__ST *) 
CP__ST  
CP__ST aantal_wkt_beschik1:=0;
CP__ST FOR teller_beschikbaar:=1 TO AantWkt DO
CP__ST  IF(voorkeur1[teller_beschikbaar]=1)THEN
CP__ST      aantal_wkt_beschik1:=aantal_wkt_beschik1+1;
CP__ST  END_IF;
CP__ST END_FOR;
CP__ST  
CP__ST (* ----------------function: inbedrijfWTK1-----------------------------
CP__ST  Aan de hand van de werktuig sturings-matrix CmdIn1[] het aantal
CP__ST  werktuigen geteld die uitgestuurd zijn.
CP__ST *) 
CP__ST  
CP__ST  InBedr1:=0;                     (* reset aantal inbedrijfgenomen WTK's *)
CP__ST  FOR in_teller:=1 TO AantWkt DO      (* tel alle beschikbare posities *)
CP__ST  
CP__ST      IF CmdIn1[in_teller]=1 THEN     
CP__ST      
CP__ST          InBedr1:=InBedr1+1; (* aantal inbedrijfgenomen WTK's *) 
CP__ST      END_IF; 
CP__ST  END_FOR;
CP__ST  
CP__ST (* ----------------function: meldingWTK2-----------------------------
CP__ST  Wanneer het aantal gewenste werktuigen groter
CP__ST  is dan het aantal beschikbare werktuigen, zal er een melding worden
CP__ST  gegeven in de vorm van 'MeldCap2=ON'.
CP__ST *) 
CP__ST  
CP__ST aantal_wkt_beschik2:=0;
CP__ST FOR teller_beschikbaar:=1 TO AantWkt DO
CP__ST  IF(voorkeur2[teller_beschikbaar]=1)THEN
CP__ST      aantal_wkt_beschik2:=aantal_wkt_beschik2+1;
CP__ST  END_IF;
CP__ST END_FOR;
CP__ST  
CP__ST  
CP__ST (* ----------------function: inbedrijfWTK2-----------------------------
CP__ST  Aan de hand van de werktuig sturings-matrix CmdIn2[] het aantal
CP__ST  werktuigen geteld die uitgestuurd zijn.
CP__ST *) 
CP__ST  
CP__ST  InBedr2:=0;                     (* reset aantal inbedrijfgenomen WTK's *)
CP__ST  FOR in_teller:=1 TO AantWkt DO      (* tel alle beschikbare posities *)
CP__ST  
CP__ST      IF CmdIn2[in_teller]=1 THEN     
CP__ST      
CP__ST          InBedr2:=InBedr2+1; (* aantal inbedrijfgenomen WTK's *) 
CP__ST      END_IF; 
CP__ST  END_FOR;
CP__ST  
CP_SEC "Staffel_in" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 9 EXEC: 4 TEXT:
CP__ST (* ----------------function: Staffel_in-----------------------------
CP__ST  Nadat het vrijgave-signaal actief is wordt het schakelmechanisme van
CP__ST  werktuigen geactiveerd. Er wordt bijgeschakeld als het aantal WTK's in
CP__ST  bedrijf kleiner is dan het gewenste aantal en er nog WTK's beschikbaar zijn.
CP__ST *) 
CP__ST  
CP__ST IF NOT (Gewenst1>InBedr1 AND InBedr1<aantal_wkt_beschik1)THEN
CP__ST    start_diep:=1;
CP__ST END_IF;
CP__ST  
CP__ST IF (Noodstop=0 AND Gewenst1>InBedr1 AND InBedr1<aantal_wkt_beschik1 AND schakel_blok=0 AND start_diep=0)THEN
CP__ST  IF(insch_pntr1<AantWkt)THEN
CP__ST      insch_pntr1:=insch_pntr1+1;
CP__ST  ELSE
CP__ST      insch_pntr1:=1;
CP__ST  END_IF;
CP__ST  IF(voorkeur1[insch_pntr1]=1 AND CmdIn1[insch_pntr1]=0)THEN
CP__ST      CmdIn1[insch_pntr1]:=1;
CP__ST      startStaffel_timer:=1;
CP__ST      schakel_blok:=1;
CP__ST         start_diep:=1;
CP__ST     END_IF;
CP__ST END_IF;
CP__ST  
CP__ST     
CP__ST (* ----------------function: Staffel_in-----------------------------
CP__ST  Nadat het vrijgave-signaal actief is wordt het schakelmechanisme van
CP__ST  werktuigen geactiveerd. Er wordt bijgeschakeld als het aantal WTK's in
CP__ST  bedrijf kleiner is dan het gewenste aantal en er nog WTK's beschikbaar zijn.
CP__ST *) 
CP__ST IF NOT (Gewenst2>InBedr2 AND InBedr2<aantal_wkt_beschik2)THEN
CP__ST    start_diep:=0;
CP__ST END_IF;
CP__ST  
CP__ST IF (Noodstop=0 AND Gewenst2>InBedr2 AND InBedr2<aantal_wkt_beschik2 AND schakel_blok=0 AND start_diep=1)THEN
CP__ST  IF(insch_pntr2<AantWkt)THEN
CP__ST      insch_pntr2:=insch_pntr2+1;
CP__ST  ELSE
CP__ST      insch_pntr2:=1;
CP__ST  END_IF;
CP__ST  IF(voorkeur2[insch_pntr2]=1 AND CmdIn2[insch_pntr2]=0)THEN
CP__ST      CmdIn2[insch_pntr2]:=1;
CP__ST      startStaffel_timer:=1;
CP__ST      schakel_blok:=1;
CP__ST         start_diep:=0;
CP__ST     END_IF;
CP__ST END_IF;
CP__ST  
CP__ST  
CP_SEC "Staffel_uit" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 10 EXEC: 5 TEXT:
CP__ST (* ----------------function: Staffel_uit-----------------------------
CP__ST  Nadat het vrijgave-signaal actief is wordt het schakelmechanisme van
CP__ST  werktuigen geactiveerd. Er wordt afgeschakeld als het aantal WTK's in
CP__ST  bedrijf groter is dan het gewenste aantal WTK,s.
CP__ST *) 
CP__ST  
CP__ST IF NOT (Gewenst1<InBedr1)THEN
CP__ST    stop_diep:=1;
CP__ST END_IF;    
CP__ST  
CP__ST IF (Noodstop=0 AND schakel_blok=0 AND stop_diep=0 AND Gewenst1<Inbedr1)THEN
CP__ST  IF(uitsch_pntr1<Aantwkt)THEN
CP__ST      uitsch_pntr1:=uitsch_pntr1+1;
CP__ST  ELSE
CP__ST      uitsch_pntr1:=1;
CP__ST  END_IF;
CP__ST  IF(CmdIn1[uitsch_pntr1]=1 AND (voorkeur1[uitsch_pntr1]=0 OR Vrijgave=0))THEN
CP__ST      CmdIn1[uitsch_pntr1]:=0;
CP__ST      startStaffel_timer:=1;
CP__ST      schakel_blok:=1;
CP__ST         stop_diep:=1; 
CP__ST  END_IF;
CP__ST END_IF;
CP__ST  
CP__ST  
CP__ST (* ----------------function: Staffel_uit-----------------------------
CP__ST  Nadat het vrijgave-signaal actief is wordt het schakelmechanisme van
CP__ST  werktuigen geactiveerd. Er wordt afgeschakeld als het aantal WTK's in
CP__ST  bedrijf groter is dan het gewenste aantal WTK,s.
CP__ST *) 
CP__ST  
CP__ST IF NOT (Gewenst2<InBedr2)THEN
CP__ST    stop_diep:=0;
CP__ST END_IF;    
CP__ST  
CP__ST IF (Noodstop=0 AND schakel_blok=0 AND stop_diep=1 AND Gewenst2<InBedr2)THEN
CP__ST  IF(uitsch_pntr2<AantWkt)THEN
CP__ST      uitsch_pntr2:=uitsch_pntr2+1;
CP__ST  ELSE
CP__ST      uitsch_pntr2:=1;
CP__ST  END_IF;
CP__ST     IF(CmdIn2[uitsch_pntr2]=1 AND (voorkeur2[uitsch_pntr2]=0 OR Vrijgave=0))THEN
CP__ST      CmdIn2[Uitsch_pntr2]:=0;
CP__ST      startStaffel_timer:=1;
CP__ST      schakel_blok:=1;
CP__ST         stop_diep:=0;
CP__ST  END_IF;
CP__ST END_IF;
////
////
CL_DFB SubDFB D:\113041~1\PLC1\DFB\ TRIG_WRD "01/26/06 09:09:58" TEXT:
CP_DFB "TRIG_WRD" HEIGHT/WIDTH: 4 8 FBTK_DFB "04/26/02 08:42:02" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
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\PLC1\DFB\ STORING "01/26/06 09:10:00" TEXT:
CP_DFB "STORING" HEIGHT/WIDTH: 21 8 FBTK_DFB "04/26/02 13:40:03" 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 10:19:21"
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 "04/26/02 08:42:02" 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\PLC1\DFB\ STRXSEC2 "01/26/06 09:10:01" TEXT:
CP_DFB "STRXSEC2" HEIGHT/WIDTH: 27 9 FBTK_DFB "03/22/05 08:48:54" 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 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : STRXSEC2{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
CL_FRM "Alw_sec9" ID_21 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se10" ID_22 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se11" ID_25 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se12" ID_26 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se13" ID_27 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se14" ID_28 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se15" ID_29 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se16" ID_30 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se17" ID_33 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se18" ID_34 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se19" ID_35 SHOW POSL 20 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se20" ID_36 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se21" ID_37 SHOW POSL 22 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se22" ID_38 SHOW POSL 23 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se23" ID_39 SHOW POSL 24 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "Alw_se24" ID_40 SHOW POSL 25 FP_IO_INPUT FP_INP_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 "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" 107 9 FP_IO_INPUT
CP_IFP "Alw_sec9" 6 57 FP_IO_OUTPUT
CP_IFP "Alw_se10" 6 63 FP_IO_OUTPUT
CP_IFP "Alw_se11" 6 69 FP_IO_OUTPUT
CP_IFP "Alw_se12" 6 75 FP_IO_OUTPUT
CP_IFP "Alw_se13" 45 25 FP_IO_OUTPUT
CP_IFP "Alw_se14" 45 31 FP_IO_OUTPUT
CP_IFP "Alw_se15" 45 37 FP_IO_OUTPUT
CP_IFP "Alw_se16" 45 43 FP_IO_OUTPUT
CP_IFP "Alw_se17" 45 49 FP_IO_OUTPUT
CP_IFP "Alw_se18" 45 55 FP_IO_OUTPUT
CP_IFP "Alw_se19" 45 61 FP_IO_OUTPUT
CP_IFP "Alw_se20" 45 67 FP_IO_OUTPUT
CP_IFP "Alw_se21" 45 73 FP_IO_OUTPUT
CP_IFP "Alw_se22" 45 79 FP_IO_OUTPUT
CP_IFP "Alw_se23" 45 85 FP_IO_OUTPUT
CP_IFP "Alw_se24" 45 91 FP_IO_OUTPUT
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" 90 6 CODID: 49 NAME: ".1.3" DRAW: 22 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" 100 6 CODID: 50 NAME: ".1.18" TEXT:
CP_FBI "NE_WORD" 15 54 CODID: 17 NAME: ".1.19" TEXT:
CP_FBI "BOOL_TO_INT" 25 54 CODID: 18 NAME: ".1.20" TEXT:
CP_FBI "NE_WORD" 15 60 CODID: 19 NAME: ".1.21" TEXT:
CP_FBI "BOOL_TO_INT" 25 60 CODID: 20 NAME: ".1.22" TEXT:
CP_FBI "NE_WORD" 15 66 CODID: 21 NAME: ".1.23" TEXT:
CP_FBI "BOOL_TO_INT" 25 66 CODID: 22 NAME: ".1.24" TEXT:
CP_FBI "NE_WORD" 15 72 CODID: 23 NAME: ".1.25" TEXT:
CP_FBI "BOOL_TO_INT" 25 72 CODID: 24 NAME: ".1.26" TEXT:
CP_FBI "NE_WORD" 54 22 CODID: 25 NAME: ".1.27" TEXT:
CP_FBI "BOOL_TO_INT" 64 22 CODID: 26 NAME: ".1.28" TEXT:
CP_FBI "NE_WORD" 54 28 CODID: 27 NAME: ".1.29" TEXT:
CP_FBI "BOOL_TO_INT" 64 28 CODID: 28 NAME: ".1.30" TEXT:
CP_FBI "NE_WORD" 54 34 CODID: 29 NAME: ".1.31" TEXT:
CP_FBI "BOOL_TO_INT" 64 34 CODID: 30 NAME: ".1.32" TEXT:
CP_FBI "NE_WORD" 54 40 CODID: 31 NAME: ".1.33" TEXT:
CP_FBI "BOOL_TO_INT" 64 40 CODID: 32 NAME: ".1.34" TEXT:
CP_FBI "NE_WORD" 54 46 CODID: 33 NAME: ".1.35" TEXT:
CP_FBI "BOOL_TO_INT" 64 46 CODID: 34 NAME: ".1.36" TEXT:
CP_FBI "NE_WORD" 54 52 CODID: 35 NAME: ".1.37" TEXT:
CP_FBI "BOOL_TO_INT" 64 52 CODID: 36 NAME: ".1.38" TEXT:
CP_FBI "NE_WORD" 54 58 CODID: 37 NAME: ".1.39" TEXT:
CP_FBI "BOOL_TO_INT" 64 58 CODID: 38 NAME: ".1.40" TEXT:
CP_FBI "NE_WORD" 54 64 CODID: 39 NAME: ".1.41" TEXT:
CP_FBI "BOOL_TO_INT" 64 64 CODID: 40 NAME: ".1.42" TEXT:
CP_FBI "NE_WORD" 54 70 CODID: 41 NAME: ".1.51" TEXT:
CP_FBI "BOOL_TO_INT" 64 70 CODID: 42 NAME: ".1.52" TEXT:
CP_FBI "NE_WORD" 54 76 CODID: 43 NAME: ".1.53" TEXT:
CP_FBI "BOOL_TO_INT" 64 76 CODID: 44 NAME: ".1.54" TEXT:
CP_FBI "NE_WORD" 54 82 CODID: 45 NAME: ".1.55" TEXT:
CP_FBI "BOOL_TO_INT" 64 82 CODID: 46 NAME: ".1.56" TEXT:
CP_FBI "NE_WORD" 54 88 CODID: 47 NAME: ".1.57" TEXT:
CP_FBI "BOOL_TO_INT" 64 88 CODID: 48 NAME: ".1.58" 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 91 10 IEC_INT_ID 2
CP_CON 6 58 IEC_WORD_ID 0
CP_CON 6 64 IEC_WORD_ID 0
CP_CON 6 70 IEC_WORD_ID 0
CP_CON 6 76 IEC_WORD_ID 0
CP_CON 45 26 IEC_WORD_ID 0
CP_CON 45 32 IEC_WORD_ID 0
CP_CON 45 38 IEC_WORD_ID 0
CP_CON 45 44 IEC_WORD_ID 0
CP_CON 45 50 IEC_WORD_ID 0
CP_CON 45 56 IEC_WORD_ID 0
CP_CON 45 62 IEC_WORD_ID 0
CP_CON 45 68 IEC_WORD_ID 0
CP_CON 45 74 IEC_WORD_ID 0
CP_CON 45 80 IEC_WORD_ID 0
CP_CON 45 86 IEC_WORD_ID 0
CP_CON 45 92 IEC_WORD_ID 0
CP_LNK FBI: 15 6 2 FBI: 25 6 2 GRA: 23/10,25/10
CP_LNK FBI: 25 6 2 FBI: 90 6 2 GRA: 35/10,90/10
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: 90 6 3 GRA: 35/16,37/16,37/11,90/11
CP_LNK FBI: 25 18 2 FBI: 90 6 4 GRA: 35/22,37/22,37/12,90/12
CP_LNK FBI: 25 24 2 FBI: 90 6 5 GRA: 35/28,38/28,38/13,90/13
CP_LNK FBI: 25 30 2 FBI: 90 6 6 GRA: 35/34,39/34,39/14,90/14
CP_LNK FBI: 25 36 2 FBI: 90 6 7 GRA: 35/40,40/40,40/15,90/15
CP_LNK FBI: 25 42 2 FBI: 90 6 8 GRA: 35/46,41/46,41/16,90/16
CP_LNK FBI: 25 48 2 FBI: 90 6 9 GRA: 35/52,42/52,42/17,90/17
CP_LNK FBI: 90 6 2 FBI: 100 6 2 GRA: 97/10,100/10
CP_LNK CON: 91 10 FBI: 100 6 3 GRA: 100/11,100/11
CP_LNK FBI: 100 6 2 IFP: 107 9 GRA: 107/10,107/10
CP_LNK FBI: 15 54 2 FBI: 25 54 2 GRA: 23/58,25/58
CP_LNK CON: 6 58 FBI: 15 54 3 GRA: 15/59,15/59
CP_LNK CON: 6 64 FBI: 15 60 3 GRA: 15/65,15/65
CP_LNK FBI: 15 60 2 FBI: 25 60 2 GRA: 23/64,25/64
CP_LNK CON: 6 70 FBI: 15 66 3 GRA: 15/71,15/71
CP_LNK FBI: 15 66 2 FBI: 25 66 2 GRA: 23/70,25/70
CP_LNK CON: 6 76 FBI: 15 72 3 GRA: 15/77,15/77
CP_LNK FBI: 15 72 2 FBI: 25 72 2 GRA: 23/76,25/76
CP_LNK FBI: 54 22 2 FBI: 64 22 2 GRA: 62/26,64/26
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: 54 28 2 FBI: 64 28 2 GRA: 62/32,64/32
CP_LNK CON: 45 38 FBI: 54 34 3 GRA: 54/39,54/39
CP_LNK FBI: 54 34 2 FBI: 64 34 2 GRA: 62/38,64/38
CP_LNK CON: 45 44 FBI: 54 40 3 GRA: 54/45,54/45
CP_LNK FBI: 54 40 2 FBI: 64 40 2 GRA: 62/44,64/44
CP_LNK FBI: 25 54 2 FBI: 90 6 10 GRA: 35/58,43/58,43/18,90/18
CP_LNK FBI: 25 60 2 FBI: 90 6 11 GRA: 35/64,44/64,44/19,90/19
CP_LNK FBI: 25 66 2 FBI: 90 6 12 GRA: 35/70,45/70,45/20,90/20
CP_LNK FBI: 25 72 2 FBI: 90 6 13 GRA: 35/76,46/76,46/21,90/21
CP_LNK FBI: 64 22 2 FBI: 90 6 14 GRA: 74/26,75/26,75/22,90/22
CP_LNK FBI: 64 28 2 FBI: 90 6 15 GRA: 74/32,76/32,76/23,90/23
CP_LNK FBI: 64 34 2 FBI: 90 6 16 GRA: 74/38,77/38,77/24,90/24
CP_LNK FBI: 64 40 2 FBI: 90 6 17 GRA: 74/44,78/44,78/25,90/25
CP_LNK IFP: 6 57 FBI: 15 54 2 GRA: 15/58,15/58
CP_LNK IFP: 6 63 FBI: 15 60 2 GRA: 15/64,15/64
CP_LNK IFP: 6 69 FBI: 15 66 2 GRA: 15/70,15/70
CP_LNK IFP: 6 75 FBI: 15 72 2 GRA: 15/76,15/76
CP_LNK IFP: 45 25 FBI: 54 22 2 GRA: 54/26,54/26
CP_LNK IFP: 45 31 FBI: 54 28 2 GRA: 54/32,54/32
CP_LNK IFP: 45 37 FBI: 54 34 2 GRA: 54/38,54/38
CP_LNK IFP: 45 43 FBI: 54 40 2 GRA: 54/44,54/44
CP_LNK FBI: 54 46 2 FBI: 64 46 2 GRA: 62/50,64/50
CP_LNK CON: 45 50 FBI: 54 46 3 GRA: 54/51,54/51
CP_LNK CON: 45 56 FBI: 54 52 3 GRA: 54/57,54/57
CP_LNK FBI: 54 52 2 FBI: 64 52 2 GRA: 62/56,64/56
CP_LNK CON: 45 62 FBI: 54 58 3 GRA: 54/63,54/63
CP_LNK FBI: 54 58 2 FBI: 64 58 2 GRA: 62/62,64/62
CP_LNK CON: 45 68 FBI: 54 64 3 GRA: 54/69,54/69
CP_LNK FBI: 54 64 2 FBI: 64 64 2 GRA: 62/68,64/68
CP_LNK IFP: 45 49 FBI: 54 46 2 GRA: 54/50,54/50
CP_LNK IFP: 45 55 FBI: 54 52 2 GRA: 54/56,54/56
CP_LNK IFP: 45 61 FBI: 54 58 2 GRA: 54/62,54/62
CP_LNK IFP: 45 67 FBI: 54 64 2 GRA: 54/68,54/68
CP_LNK FBI: 54 70 2 FBI: 64 70 2 GRA: 62/74,64/74
CP_LNK CON: 45 74 FBI: 54 70 3 GRA: 54/75,54/75
CP_LNK CON: 45 80 FBI: 54 76 3 GRA: 54/81,54/81
CP_LNK FBI: 54 76 2 FBI: 64 76 2 GRA: 62/80,64/80
CP_LNK CON: 45 86 FBI: 54 82 3 GRA: 54/87,54/87
CP_LNK FBI: 54 82 2 FBI: 64 82 2 GRA: 62/86,64/86
CP_LNK CON: 45 92 FBI: 54 88 3 GRA: 54/93,54/93
CP_LNK FBI: 54 88 2 FBI: 64 88 2 GRA: 62/92,64/92
CP_LNK IFP: 45 73 FBI: 54 70 2 GRA: 54/74,54/74
CP_LNK IFP: 45 79 FBI: 54 76 2 GRA: 54/80,54/80
CP_LNK IFP: 45 85 FBI: 54 82 2 GRA: 54/86,54/86
CP_LNK IFP: 45 91 FBI: 54 88 2 GRA: 54/92,54/92
CP_LNK FBI: 64 46 2 FBI: 90 6 18 GRA: 74/50,79/50,79/26,90/26
CP_LNK FBI: 64 52 2 FBI: 90 6 19 GRA: 74/56,80/56,80/27,90/27
CP_LNK FBI: 64 58 2 FBI: 90 6 20 GRA: 74/62,81/62,81/28,90/28
CP_LNK FBI: 64 64 2 FBI: 90 6 21 GRA: 74/68,82/68,82/29,90/29
CP_LNK FBI: 64 70 2 FBI: 90 6 22 GRA: 74/74,83/74,83/30,90/30
CP_LNK FBI: 64 76 2 FBI: 90 6 23 GRA: 74/80,84/80,84/31,90/31
CP_LNK FBI: 64 82 2 FBI: 90 6 24 GRA: 74/86,85/86,85/32,90/32
CP_LNK FBI: 64 88 2 FBI: 90 6 25 GRA: 74/92,86/92,86/33,90/33
////
////
CL_DFB SubDFB D:\113041~1\PLC1\DFB\ STR_SEC2 "01/26/06 09:10:03" TEXT:
CP_DFB "STR_SEC2" HEIGHT/WIDTH: 11 9 FBTK_DFB "07/10/02 14:44:13" 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 "09/26/02 10:19:21"
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\PLC1\DFB\ TOT_HRS "01/26/06 09:10:04" TEXT:
CP_DFB "TOT_HRS" HEIGHT/WIDTH: 8 8 FBTK_DFB "07/10/02 14:44:05" TEXT: DFB tot_hrs
...TXT Bedrijfsurenteller  werktuig
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
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\PLC1\DFB\ TOT_KWH "01/26/06 09:10:05" TEXT:
CP_DFB "TOT_KWH" HEIGHT/WIDTH: 7 8 FBTK_DFB "07/10/02 14:44:05" TEXT: DFB tot_kwh
...TXT Kwh teller
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
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\PLC1\DFB\ TOT_M3 "01/26/06 09:10:07" TEXT:
CP_DFB "TOT_M3" HEIGHT/WIDTH: 7 8 FBTK_DFB "07/10/02 14:44:07" TEXT: DFB tot_m3
...TXT Debietteller telpuls meting
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
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\PLC1\DFB\ WIN_STAF "03/22/06 11:47:16" TEXT:
CP_DFB "WIN_STAF" HEIGHT/WIDTH: 28 10 FBTK_DFB "03/22/06 11:47:16" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : WIN_STAF{1,2}
CL_FRM "StapNrIn" ID_8 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "St1Wrd1" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St2Wrd1" ID_11 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "StrtP1" ID_15 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "St3Wrd1" ID_16 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St4Wrd1" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "StafTIn" ID_21 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "StrtP2" ID_22 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP3" ID_23 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP4" ID_24 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP5" ID_25 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP6" ID_26 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP7" ID_27 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP8" ID_28 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP9" ID_29 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP10" ID_30 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP11" ID_31 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP12" ID_32 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP13" ID_33 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP14" ID_34 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP15" ID_35 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP16" ID_36 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP17" ID_37 SHOW POSR 18 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP18" ID_38 SHOW POSR 19 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP19" ID_39 SHOW POSR 20 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP20" ID_40 SHOW POSR 21 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP21" ID_41 SHOW POSR 22 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "St1Wrd2" ID_43 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St2Wrd2" ID_44 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St3Wrd2" ID_45 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St4Wrd2" ID_46 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpUitW1" ID_47 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpUitW2" ID_48 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St5Wrd1" ID_49 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St5Wrd2" ID_50 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "StrtP22" ID_51 SHOW POSR 23 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP23" ID_52 SHOW POSR 24 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP24" ID_53 SHOW POSR 25 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP25" ID_54 SHOW POSR 26 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "VrTrafo1" ID_55 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "VrTrafo2" ID_56 SHOW POSL 26 FP_IO_INPUT FP_INP_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 "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 "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 "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 "MUL_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 "DINT_TO_TIME" 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 DINT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "INT_TO_DINT" 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 DINT TEXT:
CP_GVS "Conversie" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "StapNr1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StafTijd" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Staffeling" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "i" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap1" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap2" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap3" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap4" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_Uit" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_req" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_strt" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Hulpmerker_staffeling" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Flag_Staffeling" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap5" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Staffeling" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 4 EXEC: 1 TEXT:
CP__ST VAR
CP__ST Staffeling_Puls      : TON;
CP__ST END_VAR
CP__ST  
CP__ST (* Bepaal of via de matrix en huidige stap de betreffende pomp benodigd is *)
CP__ST  
CP__ST (* Winputten Genderen achter trafo 1 *)
CP__ST (* Teller i --> 1=P021, 2=P002, 3=P023, 4=P004, 5=P005, 6=P024, 7=P007, 8=P008, 9=P009 *)
CP__ST  
CP__ST FOR i := 1 TO 9 DO;
CP__ST  IF (StapNr1 AND Pomp_Stap1[i]) OR (StapNr2 AND Pomp_Stap2[i]) OR (StapNr3 AND Pomp_Stap3[i]) OR 
CP__ST      (StapNr4 AND Pomp_Stap4[i]) OR (StapNr5 AND Pomp_Stap5[i]) THEN;
CP__ST       Pomp_req[i] := TRUE;
CP__ST      ELSE;
CP__ST       Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST  IF (Pomp_Uit[i] = TRUE) OR (VrTrafo1 = FALSE) THEN
CP__ST     Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST END_FOR;   
CP__ST  
CP__ST (* Winputten Genderen achter trafo 2 *)
CP__ST (* Teller i --> 10=P001, 11=P022, 12=P012, 13=P025, 14=P026, 15=P027 *)
CP__ST  
CP__ST FOR i := 10 TO 16 DO;
CP__ST  IF (StapNr1 AND Pomp_Stap1[i]) OR (StapNr2 AND Pomp_Stap2[i]) OR (StapNr3 AND Pomp_Stap3[i]) OR 
CP__ST      (StapNr4 AND Pomp_Stap4[i]) OR (StapNr5 AND Pomp_Stap5[i]) THEN;
CP__ST       Pomp_req[i] := TRUE;
CP__ST      ELSE;
CP__ST       Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST  IF (Pomp_Uit[i] = TRUE) OR (VrTrafo2 = FALSE) THEN
CP__ST     Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST END_FOR;   
CP__ST  
CP__ST (* Winputten Drongelen *)
CP__ST (* Teller i --> 17=P013, 18=P014, 19=P015, 20=P016, 21=P017, 22=P018, 23=P019, 24=P020 *)
CP__ST  
CP__ST FOR i := 17 TO 25 DO;
CP__ST  IF (StapNr1 AND Pomp_Stap1[i]) OR (StapNr2 AND Pomp_Stap2[i]) OR (StapNr3 AND Pomp_Stap3[i]) OR 
CP__ST      (StapNr4 AND Pomp_Stap4[i]) OR (StapNr5 AND Pomp_Stap5[i]) THEN;
CP__ST       Pomp_req[i] := TRUE;
CP__ST      ELSE;
CP__ST       Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST  IF (Pomp_Uit[i] = TRUE) THEN
CP__ST     Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST END_FOR;   
CP__ST  
CP__ST (* Staffeling *)
CP__ST    
CP__ST Staffeling_Puls(IN:=NOT Staffeling_Puls.Q, PT:=StafTijd);
CP__ST  
CP__ST IF Staffeling_Puls.Q OR Hulpmerker_staffeling THEN; (* Elke x s (staffeltijd) word deze routine uitgevoerd *)
CP__ST  
CP__ST Hulpmerker_staffeling := TRUE;
CP__ST  
CP__ST FOR i:= 1 TO 25 DO; 
CP__ST   IF Pomp_req[i] AND NOT Pomp_strt[i] AND NOT Flag_staffeling THEN;
CP__ST    Pomp_strt[i] := TRUE;
CP__ST    Flag_staffeling := TRUE;
CP__ST   END_IF;
CP__ST   IF NOT Pomp_req[i] AND Pomp_strt[i] AND NOT Flag_staffeling THEN;
CP__ST    Pomp_strt[i] := FALSE;
CP__ST    Flag_staffeling := TRUE;
CP__ST   END_IF;
CP__ST  
CP__ST END_FOR; 
CP__ST  
CP__ST Hulpmerker_staffeling := FALSE; 
CP__ST Flag_Staffeling := FALSE;
CP__ST END_IF;
CP__ST  
CP__ST  
CP_SEC "Conversie" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 2 TEXT: 
CP_IFP "StapNrIn" 2 7 FP_IO_OUTPUT
CP_IFP "St1Wrd1" 38 6 FP_IO_OUTPUT
CP_IFP "St1Wrd2" 38 26 FP_IO_OUTPUT
CP_IFP "St2Wrd1" 65 6 FP_IO_OUTPUT
CP_IFP "St2Wrd2" 65 26 FP_IO_OUTPUT
CP_IFP "St3Wrd1" 38 46 FP_IO_OUTPUT
CP_IFP "St3Wrd2" 38 66 FP_IO_OUTPUT
CP_IFP "St4Wrd1" 65 46 FP_IO_OUTPUT
CP_IFP "St4Wrd2" 65 66 FP_IO_OUTPUT
CP_IFP "PmpUitW1" 8 90 FP_IO_OUTPUT
CP_IFP "PmpUitW2" 8 110 FP_IO_OUTPUT
CP_IFP "StafTIn" 5 42 FP_IO_OUTPUT
CP_IFP "StrtP1" 62 92 FP_IO_INPUT
CP_IFP "StrtP2" 62 97 FP_IO_INPUT
CP_IFP "StrtP3" 62 102 FP_IO_INPUT
CP_IFP "StrtP4" 62 107 FP_IO_INPUT
CP_IFP "StrtP5" 62 112 FP_IO_INPUT
CP_IFP "StrtP6" 62 117 FP_IO_INPUT
CP_IFP "StrtP7" 62 122 FP_IO_INPUT
CP_IFP "StrtP8" 62 127 FP_IO_INPUT
CP_IFP "StrtP9" 62 132 FP_IO_INPUT
CP_IFP "StrtP10" 62 137 FP_IO_INPUT
CP_IFP "StrtP11" 88 91 FP_IO_INPUT
CP_IFP "StrtP12" 88 96 FP_IO_INPUT
CP_IFP "StrtP13" 88 101 FP_IO_INPUT
CP_IFP "StrtP14" 88 106 FP_IO_INPUT
CP_IFP "StrtP15" 88 111 FP_IO_INPUT
CP_IFP "StrtP16" 88 116 FP_IO_INPUT
CP_IFP "StrtP17" 88 121 FP_IO_INPUT
CP_IFP "StrtP18" 88 126 FP_IO_INPUT
CP_IFP "StrtP19" 88 131 FP_IO_INPUT
CP_IFP "StrtP20" 88 136 FP_IO_INPUT
CP_IFP "StrtP21" 116 91 FP_IO_INPUT
CP_IFP "St5Wrd1" 96 47 FP_IO_OUTPUT
CP_IFP "St5Wrd2" 96 67 FP_IO_OUTPUT
CP_IFP "StrtP25" 116 111 FP_IO_INPUT
CP_IFP "StrtP24" 116 106 FP_IO_INPUT
CP_IFP "StrtP23" 116 101 FP_IO_INPUT
CP_IFP "StrtP22" 116 96 FP_IO_INPUT
CP_FBI "WORD_TO_BIT" 74 23 CODID: 9 NAME: "FBI_1_20" TEXT:
CP_FBI "WORD_TO_BIT" 47 43 CODID: 10 NAME: "FBI_1_54" TEXT:
CP_FBI "WORD_TO_BIT" 47 63 CODID: 11 NAME: "FBI_1_55" TEXT:
CP_FBI "WORD_TO_BIT" 74 43 CODID: 12 NAME: "FBI_1_56" TEXT:
CP_FBI "MOVE" 11 4 CODID: 1 NAME: ".1.9" ANY: IEC_INT_ID TEXT:
CP_FBI "WORD_TO_BIT" 47 3 CODID: 2 NAME: "FBI_1_10" TEXT:
CP_FBI "WORD_TO_BIT" 47 23 CODID: 3 NAME: "FBI_1_11" TEXT:
CP_FBI "WORD_TO_BIT" 74 3 CODID: 4 NAME: "FBI_1_12" TEXT:
CP_FBI "WORD_TO_BIT" 74 63 CODID: 13 NAME: "FBI_1_57" TEXT:
CP_FBI "WORD_TO_BIT" 17 87 CODID: 14 NAME: "FBI_1_58" TEXT:
CP_FBI "GE_INT" 24 4 CODID: 5 NAME: ".1.16" TEXT:
CP_FBI "GE_INT" 24 10 CODID: 6 NAME: ".1.17" TEXT:
CP_FBI "GE_INT" 24 16 CODID: 7 NAME: ".1.18" TEXT:
CP_FBI "GE_INT" 24 22 CODID: 8 NAME: ".1.19" TEXT:
CP_FBI "WORD_TO_BIT" 17 107 CODID: 15 NAME: "FBI_1_59" TEXT:
CP_FBI "MUL_DINT" 28 39 CODID: 17 NAME: ".1.63" TEXT:
CP_FBI "DINT_TO_TIME" 18 48 CODID: 18 NAME: ".1.61" TEXT:
CP_FBI "INT_TO_DINT" 14 39 CODID: 16 NAME: ".1.62" TEXT:
CP_FBI "MOVE" 55 89 CODID: 19 NAME: ".1.64" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 94 CODID: 20 NAME: ".1.65" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 99 CODID: 21 NAME: ".1.66" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 104 CODID: 22 NAME: ".1.67" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 109 CODID: 23 NAME: ".1.68" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 114 CODID: 24 NAME: ".1.69" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 119 CODID: 25 NAME: ".1.70" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 124 CODID: 26 NAME: ".1.71" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 129 CODID: 27 NAME: ".1.72" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 134 CODID: 28 NAME: ".1.73" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 88 CODID: 29 NAME: ".1.76" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 93 CODID: 30 NAME: ".1.77" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 98 CODID: 31 NAME: ".1.78" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 103 CODID: 32 NAME: ".1.79" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 108 CODID: 33 NAME: ".1.80" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 113 CODID: 34 NAME: ".1.81" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 118 CODID: 35 NAME: ".1.82" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 123 CODID: 36 NAME: ".1.83" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 128 CODID: 37 NAME: ".1.84" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 133 CODID: 38 NAME: ".1.85" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 109 88 CODID: 39 NAME: ".1.86" ANY: IEC_BOOL_ID TEXT:
CP_FBI "GE_INT" 24 28 CODID: 40 NAME: ".1.87" TEXT:
CP_FBI "WORD_TO_BIT" 105 44 CODID: 41 NAME: "FBI_1_88" TEXT:
CP_FBI "WORD_TO_BIT" 105 64 CODID: 42 NAME: "FBI_1_89" TEXT:
CP_FBI "MOVE" 109 93 CODID: 43 NAME: ".1.90" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 109 98 CODID: 44 NAME: ".1.91" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 109 103 CODID: 45 NAME: ".1.92" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 109 108 CODID: 46 NAME: ".1.93" ANY: IEC_BOOL_ID TEXT:
CP_GVI NAMED_VAR: "StapNr1" 31 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "StapNr2" 31 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "StapNr3" 31 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "StapNr4" 31 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "StafTijd" 28 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "Pomp_stap1[1]" 57 6 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[2]" 57 7 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[3]" 57 8 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[4]" 57 9 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[5]" 57 10 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[6]" 57 11 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[7]" 57 12 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[8]" 57 13 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[9]" 57 14 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[10]" 57 15 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[11]" 57 16 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[12]" 57 17 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[13]" 57 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[14]" 57 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[15]" 57 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[16]" 57 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[17]" 57 26 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[18]" 57 27 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[19]" 57 28 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[20]" 57 29 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[21]" 57 30 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[1]" 84 6 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[2]" 84 7 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[3]" 84 8 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[5]" 84 10 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[4]" 84 9 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[6]" 84 11 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[7]" 84 12 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[8]" 84 13 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[9]" 84 14 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[10]" 84 15 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[11]" 84 16 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[12]" 84 17 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[13]" 84 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[14]" 84 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[15]" 84 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[16]" 84 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[17]" 84 26 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[18]" 84 27 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[19]" 84 28 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[20]" 84 29 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[21]" 84 30 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[1]" 57 46 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[2]" 57 47 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[3]" 57 48 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[4]" 57 49 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[5]" 57 50 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[6]" 57 51 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[7]" 57 52 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[8]" 57 53 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[9]" 57 54 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[10]" 57 55 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[11]" 57 56 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[12]" 57 57 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[13]" 57 58 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[14]" 57 59 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[15]" 57 60 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[16]" 57 61 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[17]" 57 66 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[18]" 57 67 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[19]" 57 68 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[20]" 57 69 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[21]" 57 70 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[1]" 84 46 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[2]" 84 47 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[3]" 84 48 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[4]" 84 49 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[5]" 84 50 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[6]" 84 51 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[7]" 84 52 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[8]" 84 53 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[9]" 84 54 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[10]" 84 55 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[11]" 84 56 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[12]" 84 57 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[13]" 84 58 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[14]" 84 59 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[15]" 84 60 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[16]" 84 61 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[17]" 84 66 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[18]" 84 67 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[19]" 84 68 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[20]" 84 69 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[21]" 84 70 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[1]" 27 90 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[2]" 27 91 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[3]" 27 92 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[4]" 27 93 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[5]" 27 94 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[7]" 27 96 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[6]" 27 95 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[8]" 27 97 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[9]" 27 98 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[10]" 27 99 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[11]" 27 100 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[12]" 27 101 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[13]" 27 102 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[14]" 27 103 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[15]" 27 104 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[16]" 27 105 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[17]" 27 110 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[18]" 27 111 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[19]" 27 112 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[20]" 27 113 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[21]" 27 114 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[1]" 46 92 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[2]" 46 97 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[3]" 46 102 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[4]" 46 107 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[5]" 46 112 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[6]" 46 117 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[7]" 46 122 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[8]" 46 127 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[9]" 46 132 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[11]" 72 91 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[12]" 72 96 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[13]" 72 101 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[21]" 100 91 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[19]" 72 131 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[18]" 72 126 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[17]" 72 121 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[16]" 72 116 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[15]" 72 111 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[14]" 72 106 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[10]" 46 137 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[20]" 72 136 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "StapNr5" 31 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "Pomp_stap5[1]" 115 47 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[2]" 115 48 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[3]" 115 49 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[4]" 115 50 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[5]" 115 51 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[6]" 115 52 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[7]" 115 53 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[8]" 115 54 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[9]" 115 55 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[10]" 115 56 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[11]" 115 57 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[12]" 115 58 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[13]" 115 59 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[14]" 115 60 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[15]" 115 61 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[16]" 115 62 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[17]" 115 67 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[18]" 115 68 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[19]" 115 69 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[20]" 115 70 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[21]" 115 71 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[22]" 57 31 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[23]" 57 32 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[24]" 57 33 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[25]" 57 34 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[22]" 57 71 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[23]" 57 72 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[24]" 57 73 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[25]" 57 74 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[22]" 27 115 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[23]" 27 116 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[24]" 27 117 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[25]" 27 118 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[22]" 84 31 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[23]" 84 32 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[24]" 84 33 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[25]" 84 34 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[22]" 84 71 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[23]" 84 72 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[24]" 84 73 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[25]" 84 74 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[22]" 115 72 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[23]" 115 73 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[24]" 115 74 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[25]" 115 75 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[22]" 100 96 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[23]" 100 101 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[24]" 100 106 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[25]" 100 111 FP_IO_OUTPUT_COMP
CP_CON 15 8 IEC_INT_ID 1
CP_CON 15 14 IEC_INT_ID 2
CP_CON 15 20 IEC_INT_ID 3
CP_CON 15 26 IEC_INT_ID 4
CP_CON 19 43 IEC_DINT_ID 1000
CP_CON 15 32 IEC_INT_ID 5
CP_LNK IFP: 2 7 FBI: 11 4 2 GRA: 11/8,11/8
CP_LNK FBI: 11 4 2 FBI: 24 4 2 GRA: 18/8,24/8
CP_LNK FBI: 11 4 2 FBI: 24 10 2 GRA: 18/8,20/8,20/14,24/14
CP_LNK FBI: 11 4 2 FBI: 24 16 2 GRA: 18/8,20/8,20/20,24/20
CP_LNK FBI: 11 4 2 FBI: 24 22 2 GRA: 18/8,20/8,20/26,24/26
CP_LNK FBI: 11 4 2 FBI: 24 28 2 GRA: 18/8,20/8,20/32,24/32
CP_LNK IFP: 38 6 FBI: 47 3 2 GRA: 47/7,47/7
CP_LNK CON: 15 8 FBI: 24 4 3 GRA: 24/9,24/9
CP_LNK CON: 15 14 FBI: 24 10 3 GRA: 24/15,24/15
CP_LNK CON: 15 20 FBI: 24 16 3 GRA: 24/21,24/21
CP_LNK CON: 15 26 FBI: 24 22 3 GRA: 24/27,24/27
CP_LNK FBI: 24 4 2 GVI: 31 7 GRA: 31/8,31/8
CP_LNK FBI: 24 10 2 GVI: 31 13 GRA: 31/14,31/14
CP_LNK FBI: 24 16 2 GVI: 31 19 GRA: 31/20,31/20
CP_LNK FBI: 24 22 2 GVI: 31 25 GRA: 31/26,31/26
CP_LNK IFP: 38 26 FBI: 47 23 2 GRA: 47/27,47/27
CP_LNK IFP: 65 6 FBI: 74 3 2 GRA: 74/7,74/7
CP_LNK IFP: 65 26 FBI: 74 23 2 GRA: 74/27,74/27
CP_LNK IFP: 38 46 FBI: 47 43 2 GRA: 47/47,47/47
CP_LNK IFP: 38 66 FBI: 47 63 2 GRA: 47/67,47/67
CP_LNK IFP: 65 46 FBI: 74 43 2 GRA: 74/47,74/47
CP_LNK IFP: 65 66 FBI: 74 63 2 GRA: 74/67,74/67
CP_LNK IFP: 8 90 FBI: 17 87 2 GRA: 17/91,17/91
CP_LNK IFP: 8 110 FBI: 17 107 2 GRA: 17/111,17/111
CP_LNK IFP: 5 42 FBI: 14 39 2 GRA: 14/43,14/43
CP_LNK FBI: 18 48 2 GVI: 28 51 GRA: 28/52,28/52
CP_LNK CON: 19 43 FBI: 28 39 3 GRA: 28/44,28/44
CP_LNK FBI: 14 39 2 FBI: 28 39 2 GRA: 23/43,28/43
CP_LNK FBI: 28 39 2 FBI: 18 48 2 GRA: 36/43,38/43,38/55,16/55,16/52,18/52
CP_LNK FBI: 47 3 2 GVI: 57 6 GRA: 57/7,57/7
CP_LNK FBI: 47 3 3 GVI: 57 7 GRA: 57/8,57/8
CP_LNK FBI: 47 3 4 GVI: 57 8 GRA: 57/9,57/9
CP_LNK FBI: 47 3 5 GVI: 57 9 GRA: 57/10,57/10
CP_LNK FBI: 47 3 6 GVI: 57 10 GRA: 57/11,57/11
CP_LNK FBI: 47 3 7 GVI: 57 11 GRA: 57/12,57/12
CP_LNK FBI: 47 3 8 GVI: 57 12 GRA: 57/13,57/13
CP_LNK FBI: 47 3 9 GVI: 57 13 GRA: 57/14,57/14
CP_LNK FBI: 47 3 10 GVI: 57 14 GRA: 57/15,57/15
CP_LNK FBI: 47 3 11 GVI: 57 15 GRA: 57/16,57/16
CP_LNK FBI: 47 3 12 GVI: 57 16 GRA: 57/17,57/17
CP_LNK FBI: 47 3 13 GVI: 57 17 GRA: 57/18,57/18
CP_LNK FBI: 47 3 14 GVI: 57 18 GRA: 57/19,57/19
CP_LNK FBI: 47 3 15 GVI: 57 19 GRA: 57/20,57/20
CP_LNK FBI: 47 3 16 GVI: 57 20 GRA: 57/21,57/21
CP_LNK FBI: 47 3 17 GVI: 57 21 GRA: 57/22,57/22
CP_LNK FBI: 47 23 2 GVI: 57 26 GRA: 57/27,57/27
CP_LNK FBI: 47 23 3 GVI: 57 27 GRA: 57/28,57/28
CP_LNK FBI: 47 23 4 GVI: 57 28 GRA: 57/29,57/29
CP_LNK FBI: 47 23 5 GVI: 57 29 GRA: 57/30,57/30
CP_LNK FBI: 47 23 6 GVI: 57 30 GRA: 57/31,57/31
CP_LNK FBI: 74 3 2 GVI: 84 6 GRA: 84/7,84/7
CP_LNK FBI: 74 3 3 GVI: 84 7 GRA: 84/8,84/8
CP_LNK FBI: 74 3 4 GVI: 84 8 GRA: 84/9,84/9
CP_LNK FBI: 74 3 6 GVI: 84 10 GRA: 84/11,84/11
CP_LNK FBI: 74 3 5 GVI: 84 9 GRA: 84/10,84/10
CP_LNK FBI: 74 3 7 GVI: 84 11 GRA: 84/12,84/12
CP_LNK FBI: 74 3 8 GVI: 84 12 GRA: 84/13,84/13
CP_LNK FBI: 74 3 9 GVI: 84 13 GRA: 84/14,84/14
CP_LNK FBI: 74 3 10 GVI: 84 14 GRA: 84/15,84/15
CP_LNK FBI: 74 3 11 GVI: 84 15 GRA: 84/16,84/16
CP_LNK FBI: 74 3 12 GVI: 84 16 GRA: 84/17,84/17
CP_LNK FBI: 74 3 13 GVI: 84 17 GRA: 84/18,84/18
CP_LNK FBI: 74 3 14 GVI: 84 18 GRA: 84/19,84/19
CP_LNK FBI: 74 3 15 GVI: 84 19 GRA: 84/20,84/20
CP_LNK FBI: 74 3 16 GVI: 84 20 GRA: 84/21,84/21
CP_LNK FBI: 74 3 17 GVI: 84 21 GRA: 84/22,84/22
CP_LNK FBI: 74 23 2 GVI: 84 26 GRA: 84/27,84/27
CP_LNK FBI: 74 23 3 GVI: 84 27 GRA: 84/28,84/28
CP_LNK FBI: 74 23 4 GVI: 84 28 GRA: 84/29,84/29
CP_LNK FBI: 74 23 5 GVI: 84 29 GRA: 84/30,84/30
CP_LNK FBI: 74 23 6 GVI: 84 30 GRA: 84/31,84/31
CP_LNK FBI: 47 43 2 GVI: 57 46 GRA: 57/47,57/47
CP_LNK FBI: 47 43 3 GVI: 57 47 GRA: 57/48,57/48
CP_LNK FBI: 47 43 4 GVI: 57 48 GRA: 57/49,57/49
CP_LNK FBI: 47 43 5 GVI: 57 49 GRA: 57/50,57/50
CP_LNK FBI: 47 43 6 GVI: 57 50 GRA: 57/51,57/51
CP_LNK FBI: 47 43 7 GVI: 57 51 GRA: 57/52,57/52
CP_LNK FBI: 47 43 8 GVI: 57 52 GRA: 57/53,57/53
CP_LNK FBI: 47 43 9 GVI: 57 53 GRA: 57/54,57/54
CP_LNK FBI: 47 43 10 GVI: 57 54 GRA: 57/55,57/55
CP_LNK FBI: 47 43 11 GVI: 57 55 GRA: 57/56,57/56
CP_LNK FBI: 47 43 12 GVI: 57 56 GRA: 57/57,57/57
CP_LNK FBI: 47 43 13 GVI: 57 57 GRA: 57/58,57/58
CP_LNK FBI: 47 43 14 GVI: 57 58 GRA: 57/59,57/59
CP_LNK FBI: 47 43 15 GVI: 57 59 GRA: 57/60,57/60
CP_LNK FBI: 47 43 16 GVI: 57 60 GRA: 57/61,57/61
CP_LNK FBI: 47 43 17 GVI: 57 61 GRA: 57/62,57/62
CP_LNK FBI: 47 63 2 GVI: 57 66 GRA: 57/67,57/67
CP_LNK FBI: 47 63 3 GVI: 57 67 GRA: 57/68,57/68
CP_LNK FBI: 47 63 4 GVI: 57 68 GRA: 57/69,57/69
CP_LNK FBI: 47 63 5 GVI: 57 69 GRA: 57/70,57/70
CP_LNK FBI: 47 63 6 GVI: 57 70 GRA: 57/71,57/71
CP_LNK FBI: 74 43 2 GVI: 84 46 GRA: 84/47,84/47
CP_LNK FBI: 74 43 3 GVI: 84 47 GRA: 84/48,84/48
CP_LNK FBI: 74 43 4 GVI: 84 48 GRA: 84/49,84/49
CP_LNK FBI: 74 43 5 GVI: 84 49 GRA: 84/50,84/50
CP_LNK FBI: 74 43 6 GVI: 84 50 GRA: 84/51,84/51
CP_LNK FBI: 74 43 7 GVI: 84 51 GRA: 84/52,84/52
CP_LNK FBI: 74 43 8 GVI: 84 52 GRA: 84/53,84/53
CP_LNK FBI: 74 43 9 GVI: 84 53 GRA: 84/54,84/54
CP_LNK FBI: 74 43 10 GVI: 84 54 GRA: 84/55,84/55
CP_LNK FBI: 74 43 11 GVI: 84 55 GRA: 84/56,84/56
CP_LNK FBI: 74 43 12 GVI: 84 56 GRA: 84/57,84/57
CP_LNK FBI: 74 43 13 GVI: 84 57 GRA: 84/58,84/58
CP_LNK FBI: 74 43 14 GVI: 84 58 GRA: 84/59,84/59
CP_LNK FBI: 74 43 15 GVI: 84 59 GRA: 84/60,84/60
CP_LNK FBI: 74 43 16 GVI: 84 60 GRA: 84/61,84/61
CP_LNK FBI: 74 43 17 GVI: 84 61 GRA: 84/62,84/62
CP_LNK FBI: 74 63 2 GVI: 84 66 GRA: 84/67,84/67
CP_LNK FBI: 74 63 3 GVI: 84 67 GRA: 84/68,84/68
CP_LNK FBI: 74 63 4 GVI: 84 68 GRA: 84/69,84/69
CP_LNK FBI: 74 63 5 GVI: 84 69 GRA: 84/70,84/70
CP_LNK FBI: 74 63 6 GVI: 84 70 GRA: 84/71,84/71
CP_LNK FBI: 17 87 2 GVI: 27 90 GRA: 27/91,27/91
CP_LNK FBI: 17 87 3 GVI: 27 91 GRA: 27/92,27/92
CP_LNK FBI: 17 87 4 GVI: 27 92 GRA: 27/93,27/93
CP_LNK FBI: 17 87 5 GVI: 27 93 GRA: 27/94,27/94
CP_LNK FBI: 17 87 6 GVI: 27 94 GRA: 27/95,27/95
CP_LNK FBI: 17 87 8 GVI: 27 96 GRA: 27/97,27/97
CP_LNK FBI: 17 87 7 GVI: 27 95 GRA: 27/96,27/96
CP_LNK FBI: 17 87 9 GVI: 27 97 GRA: 27/98,27/98
CP_LNK FBI: 17 87 10 GVI: 27 98 GRA: 27/99,27/99
CP_LNK FBI: 17 87 11 GVI: 27 99 GRA: 27/100,27/100
CP_LNK FBI: 17 87 12 GVI: 27 100 GRA: 27/101,27/101
CP_LNK FBI: 17 87 13 GVI: 27 101 GRA: 27/102,27/102
CP_LNK FBI: 17 87 14 GVI: 27 102 GRA: 27/103,27/103
CP_LNK FBI: 17 87 15 GVI: 27 103 GRA: 27/104,27/104
CP_LNK FBI: 17 87 16 GVI: 27 104 GRA: 27/105,27/105
CP_LNK FBI: 17 87 17 GVI: 27 105 GRA: 27/106,27/106
CP_LNK FBI: 17 107 2 GVI: 27 110 GRA: 27/111,27/111
CP_LNK FBI: 17 107 3 GVI: 27 111 GRA: 27/112,27/112
CP_LNK FBI: 17 107 4 GVI: 27 112 GRA: 27/113,27/113
CP_LNK FBI: 17 107 5 GVI: 27 113 GRA: 27/114,27/114
CP_LNK FBI: 17 107 6 GVI: 27 114 GRA: 27/115,27/115
CP_LNK FBI: 55 89 2 IFP: 62 92 GRA: 62/93,62/93
CP_LNK FBI: 55 94 2 IFP: 62 97 GRA: 62/98,62/98
CP_LNK FBI: 55 99 2 IFP: 62 102 GRA: 62/103,62/103
CP_LNK FBI: 55 104 2 IFP: 62 107 GRA: 62/108,62/108
CP_LNK FBI: 55 109 2 IFP: 62 112 GRA: 62/113,62/113
CP_LNK FBI: 55 114 2 IFP: 62 117 GRA: 62/118,62/118
CP_LNK FBI: 55 119 2 IFP: 62 122 GRA: 62/123,62/123
CP_LNK FBI: 55 124 2 IFP: 62 127 GRA: 62/128,62/128
CP_LNK FBI: 55 129 2 IFP: 62 132 GRA: 62/133,62/133
CP_LNK FBI: 55 134 2 IFP: 62 137 GRA: 62/138,62/138
CP_LNK FBI: 81 88 2 IFP: 88 91 GRA: 88/92,88/92
CP_LNK FBI: 81 93 2 IFP: 88 96 GRA: 88/97,88/97
CP_LNK FBI: 81 98 2 IFP: 88 101 GRA: 88/102,88/102
CP_LNK FBI: 81 103 2 IFP: 88 106 GRA: 88/107,88/107
CP_LNK FBI: 81 108 2 IFP: 88 111 GRA: 88/112,88/112
CP_LNK FBI: 81 113 2 IFP: 88 116 GRA: 88/117,88/117
CP_LNK FBI: 81 118 2 IFP: 88 121 GRA: 88/122,88/122
CP_LNK FBI: 81 123 2 IFP: 88 126 GRA: 88/127,88/127
CP_LNK FBI: 81 128 2 IFP: 88 131 GRA: 88/132,88/132
CP_LNK FBI: 81 133 2 IFP: 88 136 GRA: 88/137,88/137
CP_LNK FBI: 109 88 2 IFP: 116 91 GRA: 116/92,116/92
CP_LNK GVI: 46 92 FBI: 55 89 2 GRA: 55/93,55/93
CP_LNK GVI: 46 97 FBI: 55 94 2 GRA: 55/98,55/98
CP_LNK GVI: 46 102 FBI: 55 99 2 GRA: 55/103,55/103
CP_LNK GVI: 46 107 FBI: 55 104 2 GRA: 55/108,55/108
CP_LNK GVI: 46 112 FBI: 55 109 2 GRA: 55/113,55/113
CP_LNK GVI: 46 117 FBI: 55 114 2 GRA: 55/118,55/118
CP_LNK GVI: 46 122 FBI: 55 119 2 GRA: 55/123,55/123
CP_LNK GVI: 46 127 FBI: 55 124 2 GRA: 55/128,55/128
CP_LNK GVI: 46 132 FBI: 55 129 2 GRA: 55/133,55/133
CP_LNK GVI: 72 91 FBI: 81 88 2 GRA: 81/92,81/92
CP_LNK GVI: 72 96 FBI: 81 93 2 GRA: 81/97,81/97
CP_LNK GVI: 72 101 FBI: 81 98 2 GRA: 81/102,81/102
CP_LNK GVI: 100 91 FBI: 109 88 2 GRA: 109/92,109/92
CP_LNK GVI: 72 131 FBI: 81 128 2 GRA: 81/132,81/132
CP_LNK GVI: 72 126 FBI: 81 123 2 GRA: 81/127,81/127
CP_LNK GVI: 72 121 FBI: 81 118 2 GRA: 81/122,81/122
CP_LNK GVI: 72 116 FBI: 81 113 2 GRA: 81/117,81/117
CP_LNK GVI: 72 111 FBI: 81 108 2 GRA: 81/112,81/112
CP_LNK GVI: 72 106 FBI: 81 103 2 GRA: 81/107,81/107
CP_LNK GVI: 46 137 FBI: 55 134 2 GRA: 55/138,55/138
CP_LNK GVI: 72 136 FBI: 81 133 2 GRA: 81/137,81/137
CP_LNK CON: 15 32 FBI: 24 28 3 GRA: 24/33,24/33
CP_LNK FBI: 24 28 2 GVI: 31 31 GRA: 31/32,31/32
CP_LNK IFP: 96 47 FBI: 105 44 2 GRA: 105/48,105/48
CP_LNK IFP: 96 67 FBI: 105 64 2 GRA: 105/68,105/68
CP_LNK FBI: 105 44 2 GVI: 115 47 GRA: 115/48,115/48
CP_LNK FBI: 105 44 3 GVI: 115 48 GRA: 115/49,115/49
CP_LNK FBI: 105 44 4 GVI: 115 49 GRA: 115/50,115/50
CP_LNK FBI: 105 44 5 GVI: 115 50 GRA: 115/51,115/51
CP_LNK FBI: 105 44 6 GVI: 115 51 GRA: 115/52,115/52
CP_LNK FBI: 105 44 7 GVI: 115 52 GRA: 115/53,115/53
CP_LNK FBI: 105 44 8 GVI: 115 53 GRA: 115/54,115/54
CP_LNK FBI: 105 44 9 GVI: 115 54 GRA: 115/55,115/55
CP_LNK FBI: 105 44 10 GVI: 115 55 GRA: 115/56,115/56
CP_LNK FBI: 105 44 11 GVI: 115 56 GRA: 115/57,115/57
CP_LNK FBI: 105 44 12 GVI: 115 57 GRA: 115/58,115/58
CP_LNK FBI: 105 44 13 GVI: 115 58 GRA: 115/59,115/59
CP_LNK FBI: 105 44 14 GVI: 115 59 GRA: 115/60,115/60
CP_LNK FBI: 105 44 15 GVI: 115 60 GRA: 115/61,115/61
CP_LNK FBI: 105 44 16 GVI: 115 61 GRA: 115/62,115/62
CP_LNK FBI: 105 44 17 GVI: 115 62 GRA: 115/63,115/63
CP_LNK FBI: 105 64 2 GVI: 115 67 GRA: 115/68,115/68
CP_LNK FBI: 105 64 3 GVI: 115 68 GRA: 115/69,115/69
CP_LNK FBI: 105 64 4 GVI: 115 69 GRA: 115/70,115/70
CP_LNK FBI: 105 64 5 GVI: 115 70 GRA: 115/71,115/71
CP_LNK FBI: 105 64 6 GVI: 115 71 GRA: 115/72,115/72
CP_LNK FBI: 47 23 7 GVI: 57 31 GRA: 57/32,57/32
CP_LNK FBI: 47 23 8 GVI: 57 32 GRA: 57/33,57/33
CP_LNK FBI: 47 23 9 GVI: 57 33 GRA: 57/34,57/34
CP_LNK FBI: 47 23 10 GVI: 57 34 GRA: 57/35,57/35
CP_LNK FBI: 47 63 7 GVI: 57 71 GRA: 57/72,57/72
CP_LNK FBI: 47 63 8 GVI: 57 72 GRA: 57/73,57/73
CP_LNK FBI: 47 63 9 GVI: 57 73 GRA: 57/74,57/74
CP_LNK FBI: 47 63 10 GVI: 57 74 GRA: 57/75,57/75
CP_LNK FBI: 17 107 7 GVI: 27 115 GRA: 27/116,27/116
CP_LNK FBI: 17 107 8 GVI: 27 116 GRA: 27/117,27/117
CP_LNK FBI: 17 107 9 GVI: 27 117 GRA: 27/118,27/118
CP_LNK FBI: 17 107 10 GVI: 27 118 GRA: 27/119,27/119
CP_LNK FBI: 74 23 7 GVI: 84 31 GRA: 84/32,84/32
CP_LNK FBI: 74 23 8 GVI: 84 32 GRA: 84/33,84/33
CP_LNK FBI: 74 23 9 GVI: 84 33 GRA: 84/34,84/34
CP_LNK FBI: 74 23 10 GVI: 84 34 GRA: 84/35,84/35
CP_LNK FBI: 74 63 7 GVI: 84 71 GRA: 84/72,84/72
CP_LNK FBI: 74 63 8 GVI: 84 72 GRA: 84/73,84/73
CP_LNK FBI: 74 63 9 GVI: 84 73 GRA: 84/74,84/74
CP_LNK FBI: 74 63 10 GVI: 84 74 GRA: 84/75,84/75
CP_LNK FBI: 105 64 7 GVI: 115 72 GRA: 115/73,115/73
CP_LNK FBI: 105 64 8 GVI: 115 73 GRA: 115/74,115/74
CP_LNK FBI: 105 64 9 GVI: 115 74 GRA: 115/75,115/75
CP_LNK FBI: 105 64 10 GVI: 115 75 GRA: 115/76,115/76
CP_LNK GVI: 100 96 FBI: 109 93 2 GRA: 109/97,109/97
CP_LNK GVI: 100 101 FBI: 109 98 2 GRA: 109/102,109/102
CP_LNK GVI: 100 106 FBI: 109 103 2 GRA: 109/107,109/107
CP_LNK GVI: 100 111 FBI: 109 108 2 GRA: 109/112,109/112
CP_LNK FBI: 109 108 2 IFP: 116 111 GRA: 116/112,116/112
CP_LNK FBI: 109 103 2 IFP: 116 106 GRA: 116/107,116/107
CP_LNK FBI: 109 98 2 IFP: 116 101 GRA: 116/102,116/102
CP_LNK FBI: 109 93 2 IFP: 116 96 GRA: 116/97,116/97
////
////
CL_DFB SubDFB D:\113041~1\PLC1\DFB\ WIN_STF5 "01/26/06 09:10:13" TEXT:
CP_DFB "WIN_STF5" HEIGHT/WIDTH: 24 10 FBTK_DFB "12/01/05 14:37:18" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : WIN_STF5{1,2}
CL_FRM "StapNrIn" ID_8 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "St1Wrd1" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St2Wrd1" ID_11 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "StrtP1" ID_15 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "St3Wrd1" ID_16 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St4Wrd1" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "StafTIn" ID_21 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "StrtP2" ID_22 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP3" ID_23 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP4" ID_24 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP5" ID_25 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP6" ID_26 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP7" ID_27 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP8" ID_28 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP9" ID_29 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP10" ID_30 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP11" ID_31 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP12" ID_32 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP13" ID_33 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP14" ID_34 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP15" ID_35 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP16" ID_36 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP17" ID_37 SHOW POSR 18 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP18" ID_38 SHOW POSR 19 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP19" ID_39 SHOW POSR 20 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP20" ID_40 SHOW POSR 21 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP21" ID_41 SHOW POSR 22 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "St1Wrd2" ID_43 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St2Wrd2" ID_44 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St3Wrd2" ID_45 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St4Wrd2" ID_46 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpUitW1" ID_47 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpUitW2" ID_48 SHOW POSL 18 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St5Wrd1" ID_49 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St5Wrd2" ID_50 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD 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 "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 "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 "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 "MUL_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 "DINT_TO_TIME" 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 DINT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "INT_TO_DINT" 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 DINT TEXT:
CP_GVS "Conversie" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "StapNr1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StafTijd" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Staffeling" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "i" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap1" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap2" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap3" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap4" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_Uit" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_req" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_strt" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Hulpmerker_staffeling" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Flag_Staffeling" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap5" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Staffeling" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 4 EXEC: 1 TEXT:
CP__ST VAR
CP__ST Staffeling_Puls      : TON;
CP__ST END_VAR
CP__ST  
CP__ST (* Bepaal of via de matrix en huidige stap de betreffende pomp benodigd is *)
CP__ST  
CP__ST FOR i := 1 TO 21 DO;
CP__ST  IF (StapNr1 AND Pomp_Stap1[i]) OR (StapNr2 AND Pomp_Stap2[i]) OR (StapNr3 AND Pomp_Stap3[i]) OR 
CP__ST      (StapNr4 AND Pomp_Stap4[i]) OR (StapNr5 AND Pomp_Stap5[i]) THEN;
CP__ST       Pomp_req[i] := TRUE;
CP__ST      ELSE;
CP__ST       Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST  IF (Pomp_Uit[i] = TRUE) THEN
CP__ST     Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST  
CP__ST END_FOR;   
CP__ST    
CP__ST Staffeling_Puls(IN:=NOT Staffeling_Puls.Q, PT:=StafTijd);
CP__ST  
CP__ST IF Staffeling_Puls.Q OR Hulpmerker_staffeling THEN; (* Elke x s (staffeltijd) word deze routine uitgevoerd *)
CP__ST  
CP__ST Hulpmerker_staffeling := TRUE;
CP__ST  
CP__ST FOR i:= 1 TO 21 DO; 
CP__ST   IF Pomp_req[i] AND NOT Pomp_strt[i] AND NOT Flag_staffeling THEN;
CP__ST    Pomp_strt[i] := TRUE;
CP__ST    Flag_staffeling := TRUE;
CP__ST   END_IF;
CP__ST   IF NOT Pomp_req[i] AND Pomp_strt[i] AND NOT Flag_staffeling THEN;
CP__ST    Pomp_strt[i] := FALSE;
CP__ST    Flag_staffeling := TRUE;
CP__ST   END_IF;
CP__ST END_FOR; 
CP__ST  
CP__ST Hulpmerker_staffeling := FALSE; 
CP__ST Flag_Staffeling := FALSE;
CP__ST END_IF;
CP__ST  
CP__ST  
CP_SEC "Conversie" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 2 TEXT: 
CP_IFP "StapNrIn" 2 7 FP_IO_OUTPUT
CP_IFP "St1Wrd1" 38 6 FP_IO_OUTPUT
CP_IFP "St1Wrd2" 38 26 FP_IO_OUTPUT
CP_IFP "St2Wrd1" 65 6 FP_IO_OUTPUT
CP_IFP "St2Wrd2" 65 26 FP_IO_OUTPUT
CP_IFP "St3Wrd1" 38 46 FP_IO_OUTPUT
CP_IFP "St3Wrd2" 38 66 FP_IO_OUTPUT
CP_IFP "St4Wrd1" 65 46 FP_IO_OUTPUT
CP_IFP "St4Wrd2" 65 66 FP_IO_OUTPUT
CP_IFP "PmpUitW1" 8 90 FP_IO_OUTPUT
CP_IFP "PmpUitW2" 8 110 FP_IO_OUTPUT
CP_IFP "StafTIn" 5 42 FP_IO_OUTPUT
CP_IFP "StrtP1" 62 92 FP_IO_INPUT
CP_IFP "StrtP2" 62 97 FP_IO_INPUT
CP_IFP "StrtP3" 62 102 FP_IO_INPUT
CP_IFP "StrtP4" 62 107 FP_IO_INPUT
CP_IFP "StrtP5" 62 112 FP_IO_INPUT
CP_IFP "StrtP6" 62 117 FP_IO_INPUT
CP_IFP "StrtP7" 62 122 FP_IO_INPUT
CP_IFP "StrtP8" 62 127 FP_IO_INPUT
CP_IFP "StrtP9" 62 132 FP_IO_INPUT
CP_IFP "StrtP10" 62 137 FP_IO_INPUT
CP_IFP "StrtP11" 88 91 FP_IO_INPUT
CP_IFP "StrtP12" 88 96 FP_IO_INPUT
CP_IFP "StrtP13" 88 101 FP_IO_INPUT
CP_IFP "StrtP14" 88 106 FP_IO_INPUT
CP_IFP "StrtP15" 88 111 FP_IO_INPUT
CP_IFP "StrtP16" 88 116 FP_IO_INPUT
CP_IFP "StrtP17" 88 121 FP_IO_INPUT
CP_IFP "StrtP18" 88 126 FP_IO_INPUT
CP_IFP "StrtP19" 88 131 FP_IO_INPUT
CP_IFP "StrtP20" 88 136 FP_IO_INPUT
CP_IFP "StrtP21" 116 91 FP_IO_INPUT
CP_IFP "St5Wrd1" 96 47 FP_IO_OUTPUT
CP_IFP "St5Wrd2" 96 67 FP_IO_OUTPUT
CP_FBI "WORD_TO_BIT" 74 23 CODID: 9 NAME: "FBI_1_20" TEXT:
CP_FBI "WORD_TO_BIT" 47 43 CODID: 10 NAME: "FBI_1_54" TEXT:
CP_FBI "WORD_TO_BIT" 47 63 CODID: 11 NAME: "FBI_1_55" TEXT:
CP_FBI "WORD_TO_BIT" 74 43 CODID: 12 NAME: "FBI_1_56" TEXT:
CP_FBI "MOVE" 11 4 CODID: 1 NAME: ".1.9" ANY: IEC_INT_ID TEXT:
CP_FBI "WORD_TO_BIT" 47 3 CODID: 2 NAME: "FBI_1_10" TEXT:
CP_FBI "WORD_TO_BIT" 47 23 CODID: 3 NAME: "FBI_1_11" TEXT:
CP_FBI "WORD_TO_BIT" 74 3 CODID: 4 NAME: "FBI_1_12" TEXT:
CP_FBI "WORD_TO_BIT" 74 63 CODID: 13 NAME: "FBI_1_57" TEXT:
CP_FBI "WORD_TO_BIT" 17 87 CODID: 14 NAME: "FBI_1_58" TEXT:
CP_FBI "GE_INT" 24 4 CODID: 5 NAME: ".1.16" TEXT:
CP_FBI "GE_INT" 24 10 CODID: 6 NAME: ".1.17" TEXT:
CP_FBI "GE_INT" 24 16 CODID: 7 NAME: ".1.18" TEXT:
CP_FBI "GE_INT" 24 22 CODID: 8 NAME: ".1.19" TEXT:
CP_FBI "WORD_TO_BIT" 17 107 CODID: 15 NAME: "FBI_1_59" TEXT:
CP_FBI "MUL_DINT" 28 39 CODID: 17 NAME: ".1.63" TEXT:
CP_FBI "DINT_TO_TIME" 18 48 CODID: 18 NAME: ".1.61" TEXT:
CP_FBI "INT_TO_DINT" 14 39 CODID: 16 NAME: ".1.62" TEXT:
CP_FBI "MOVE" 55 89 CODID: 19 NAME: ".1.64" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 94 CODID: 20 NAME: ".1.65" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 99 CODID: 21 NAME: ".1.66" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 104 CODID: 22 NAME: ".1.67" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 109 CODID: 23 NAME: ".1.68" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 114 CODID: 24 NAME: ".1.69" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 119 CODID: 25 NAME: ".1.70" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 124 CODID: 26 NAME: ".1.71" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 129 CODID: 27 NAME: ".1.72" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 134 CODID: 28 NAME: ".1.73" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 88 CODID: 29 NAME: ".1.76" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 93 CODID: 30 NAME: ".1.77" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 98 CODID: 31 NAME: ".1.78" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 103 CODID: 32 NAME: ".1.79" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 108 CODID: 33 NAME: ".1.80" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 113 CODID: 34 NAME: ".1.81" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 118 CODID: 35 NAME: ".1.82" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 123 CODID: 36 NAME: ".1.83" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 128 CODID: 37 NAME: ".1.84" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 133 CODID: 38 NAME: ".1.85" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 109 88 CODID: 39 NAME: ".1.86" ANY: IEC_BOOL_ID TEXT:
CP_FBI "GE_INT" 24 28 CODID: 40 NAME: ".1.87" TEXT:
CP_FBI "WORD_TO_BIT" 105 44 CODID: 41 NAME: "FBI_1_88" TEXT:
CP_FBI "WORD_TO_BIT" 105 64 CODID: 42 NAME: "FBI_1_89" TEXT:
CP_GVI NAMED_VAR: "StapNr1" 31 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "StapNr2" 31 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "StapNr3" 31 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "StapNr4" 31 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "StafTijd" 28 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "Pomp_stap1[1]" 57 6 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[2]" 57 7 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[3]" 57 8 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[4]" 57 9 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[5]" 57 10 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[6]" 57 11 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[7]" 57 12 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[8]" 57 13 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[9]" 57 14 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[10]" 57 15 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[11]" 57 16 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[12]" 57 17 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[13]" 57 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[14]" 57 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[15]" 57 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[16]" 57 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[17]" 57 26 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[18]" 57 27 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[19]" 57 28 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[20]" 57 29 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[21]" 57 30 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[1]" 84 6 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[2]" 84 7 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[3]" 84 8 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[5]" 84 10 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[4]" 84 9 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[6]" 84 11 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[7]" 84 12 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[8]" 84 13 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[9]" 84 14 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[10]" 84 15 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[11]" 84 16 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[12]" 84 17 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[13]" 84 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[14]" 84 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[15]" 84 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[16]" 84 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[17]" 84 26 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[18]" 84 27 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[19]" 84 28 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[20]" 84 29 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[21]" 84 30 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[1]" 57 46 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[2]" 57 47 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[3]" 57 48 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[4]" 57 49 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[5]" 57 50 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[6]" 57 51 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[7]" 57 52 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[8]" 57 53 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[9]" 57 54 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[10]" 57 55 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[11]" 57 56 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[12]" 57 57 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[13]" 57 58 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[14]" 57 59 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[15]" 57 60 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[16]" 57 61 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[17]" 57 66 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[18]" 57 67 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[19]" 57 68 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[20]" 57 69 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[21]" 57 70 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[1]" 84 46 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[2]" 84 47 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[3]" 84 48 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[4]" 84 49 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[5]" 84 50 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[6]" 84 51 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[7]" 84 52 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[8]" 84 53 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[9]" 84 54 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[10]" 84 55 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[11]" 84 56 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[12]" 84 57 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[13]" 84 58 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[14]" 84 59 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[15]" 84 60 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[16]" 84 61 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[17]" 84 66 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[18]" 84 67 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[19]" 84 68 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[20]" 84 69 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[21]" 84 70 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[1]" 27 90 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[2]" 27 91 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[3]" 27 92 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[4]" 27 93 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[5]" 27 94 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[7]" 27 96 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[6]" 27 95 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[8]" 27 97 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[9]" 27 98 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[10]" 27 99 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[11]" 27 100 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[12]" 27 101 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[13]" 27 102 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[14]" 27 103 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[15]" 27 104 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[16]" 27 105 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[17]" 27 110 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[18]" 27 111 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[19]" 27 112 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[20]" 27 113 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[21]" 27 114 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[1]" 46 92 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[2]" 46 97 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[3]" 46 102 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[4]" 46 107 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[5]" 46 112 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[6]" 46 117 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[7]" 46 122 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[8]" 46 127 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[9]" 46 132 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[11]" 72 91 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[12]" 72 96 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[13]" 72 101 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[21]" 100 91 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[19]" 72 131 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[18]" 72 126 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[17]" 72 121 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[16]" 72 116 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[15]" 72 111 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[14]" 72 106 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[10]" 46 137 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[20]" 72 136 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "StapNr5" 31 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "Pomp_stap5[1]" 115 47 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[2]" 115 48 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[3]" 115 49 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[4]" 115 50 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[5]" 115 51 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[6]" 115 52 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[7]" 115 53 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[8]" 115 54 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[9]" 115 55 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[10]" 115 56 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[11]" 115 57 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[12]" 115 58 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[13]" 115 59 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[14]" 115 60 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[15]" 115 61 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[16]" 115 62 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[17]" 115 67 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[18]" 115 68 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[19]" 115 69 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[20]" 115 70 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[21]" 115 71 FP_IO_INPUT_COMP
CP_CON 15 8 IEC_INT_ID 1
CP_CON 15 14 IEC_INT_ID 2
CP_CON 15 20 IEC_INT_ID 3
CP_CON 15 26 IEC_INT_ID 4
CP_CON 19 43 IEC_DINT_ID 1000
CP_CON 15 32 IEC_INT_ID 5
CP_LNK IFP: 2 7 FBI: 11 4 2 GRA: 11/8,11/8
CP_LNK FBI: 11 4 2 FBI: 24 4 2 GRA: 18/8,24/8
CP_LNK FBI: 11 4 2 FBI: 24 10 2 GRA: 18/8,20/8,20/14,24/14
CP_LNK FBI: 11 4 2 FBI: 24 16 2 GRA: 18/8,20/8,20/20,24/20
CP_LNK FBI: 11 4 2 FBI: 24 22 2 GRA: 18/8,20/8,20/26,24/26
CP_LNK FBI: 11 4 2 FBI: 24 28 2 GRA: 18/8,20/8,20/32,24/32
CP_LNK IFP: 38 6 FBI: 47 3 2 GRA: 47/7,47/7
CP_LNK CON: 15 8 FBI: 24 4 3 GRA: 24/9,24/9
CP_LNK CON: 15 14 FBI: 24 10 3 GRA: 24/15,24/15
CP_LNK CON: 15 20 FBI: 24 16 3 GRA: 24/21,24/21
CP_LNK CON: 15 26 FBI: 24 22 3 GRA: 24/27,24/27
CP_LNK FBI: 24 4 2 GVI: 31 7 GRA: 31/8,31/8
CP_LNK FBI: 24 10 2 GVI: 31 13 GRA: 31/14,31/14
CP_LNK FBI: 24 16 2 GVI: 31 19 GRA: 31/20,31/20
CP_LNK FBI: 24 22 2 GVI: 31 25 GRA: 31/26,31/26
CP_LNK IFP: 38 26 FBI: 47 23 2 GRA: 47/27,47/27
CP_LNK IFP: 65 6 FBI: 74 3 2 GRA: 74/7,74/7
CP_LNK IFP: 65 26 FBI: 74 23 2 GRA: 74/27,74/27
CP_LNK IFP: 38 46 FBI: 47 43 2 GRA: 47/47,47/47
CP_LNK IFP: 38 66 FBI: 47 63 2 GRA: 47/67,47/67
CP_LNK IFP: 65 46 FBI: 74 43 2 GRA: 74/47,74/47
CP_LNK IFP: 65 66 FBI: 74 63 2 GRA: 74/67,74/67
CP_LNK IFP: 8 90 FBI: 17 87 2 GRA: 17/91,17/91
CP_LNK IFP: 8 110 FBI: 17 107 2 GRA: 17/111,17/111
CP_LNK IFP: 5 42 FBI: 14 39 2 GRA: 14/43,14/43
CP_LNK FBI: 18 48 2 GVI: 28 51 GRA: 28/52,28/52
CP_LNK CON: 19 43 FBI: 28 39 3 GRA: 28/44,28/44
CP_LNK FBI: 14 39 2 FBI: 28 39 2 GRA: 23/43,28/43
CP_LNK FBI: 28 39 2 FBI: 18 48 2 GRA: 36/43,38/43,38/55,16/55,16/52,18/52
CP_LNK FBI: 47 3 2 GVI: 57 6 GRA: 57/7,57/7
CP_LNK FBI: 47 3 3 GVI: 57 7 GRA: 57/8,57/8
CP_LNK FBI: 47 3 4 GVI: 57 8 GRA: 57/9,57/9
CP_LNK FBI: 47 3 5 GVI: 57 9 GRA: 57/10,57/10
CP_LNK FBI: 47 3 6 GVI: 57 10 GRA: 57/11,57/11
CP_LNK FBI: 47 3 7 GVI: 57 11 GRA: 57/12,57/12
CP_LNK FBI: 47 3 8 GVI: 57 12 GRA: 57/13,57/13
CP_LNK FBI: 47 3 9 GVI: 57 13 GRA: 57/14,57/14
CP_LNK FBI: 47 3 10 GVI: 57 14 GRA: 57/15,57/15
CP_LNK FBI: 47 3 11 GVI: 57 15 GRA: 57/16,57/16
CP_LNK FBI: 47 3 12 GVI: 57 16 GRA: 57/17,57/17
CP_LNK FBI: 47 3 13 GVI: 57 17 GRA: 57/18,57/18
CP_LNK FBI: 47 3 14 GVI: 57 18 GRA: 57/19,57/19
CP_LNK FBI: 47 3 15 GVI: 57 19 GRA: 57/20,57/20
CP_LNK FBI: 47 3 16 GVI: 57 20 GRA: 57/21,57/21
CP_LNK FBI: 47 3 17 GVI: 57 21 GRA: 57/22,57/22
CP_LNK FBI: 47 23 2 GVI: 57 26 GRA: 57/27,57/27
CP_LNK FBI: 47 23 3 GVI: 57 27 GRA: 57/28,57/28
CP_LNK FBI: 47 23 4 GVI: 57 28 GRA: 57/29,57/29
CP_LNK FBI: 47 23 5 GVI: 57 29 GRA: 57/30,57/30
CP_LNK FBI: 47 23 6 GVI: 57 30 GRA: 57/31,57/31
CP_LNK FBI: 74 3 2 GVI: 84 6 GRA: 84/7,84/7
CP_LNK FBI: 74 3 3 GVI: 84 7 GRA: 84/8,84/8
CP_LNK FBI: 74 3 4 GVI: 84 8 GRA: 84/9,84/9
CP_LNK FBI: 74 3 6 GVI: 84 10 GRA: 84/11,84/11
CP_LNK FBI: 74 3 5 GVI: 84 9 GRA: 84/10,84/10
CP_LNK FBI: 74 3 7 GVI: 84 11 GRA: 84/12,84/12
CP_LNK FBI: 74 3 8 GVI: 84 12 GRA: 84/13,84/13
CP_LNK FBI: 74 3 9 GVI: 84 13 GRA: 84/14,84/14
CP_LNK FBI: 74 3 10 GVI: 84 14 GRA: 84/15,84/15
CP_LNK FBI: 74 3 11 GVI: 84 15 GRA: 84/16,84/16
CP_LNK FBI: 74 3 12 GVI: 84 16 GRA: 84/17,84/17
CP_LNK FBI: 74 3 13 GVI: 84 17 GRA: 84/18,84/18
CP_LNK FBI: 74 3 14 GVI: 84 18 GRA: 84/19,84/19
CP_LNK FBI: 74 3 15 GVI: 84 19 GRA: 84/20,84/20
CP_LNK FBI: 74 3 16 GVI: 84 20 GRA: 84/21,84/21
CP_LNK FBI: 74 3 17 GVI: 84 21 GRA: 84/22,84/22
CP_LNK FBI: 74 23 2 GVI: 84 26 GRA: 84/27,84/27
CP_LNK FBI: 74 23 3 GVI: 84 27 GRA: 84/28,84/28
CP_LNK FBI: 74 23 4 GVI: 84 28 GRA: 84/29,84/29
CP_LNK FBI: 74 23 5 GVI: 84 29 GRA: 84/30,84/30
CP_LNK FBI: 74 23 6 GVI: 84 30 GRA: 84/31,84/31
CP_LNK FBI: 47 43 2 GVI: 57 46 GRA: 57/47,57/47
CP_LNK FBI: 47 43 3 GVI: 57 47 GRA: 57/48,57/48
CP_LNK FBI: 47 43 4 GVI: 57 48 GRA: 57/49,57/49
CP_LNK FBI: 47 43 5 GVI: 57 49 GRA: 57/50,57/50
CP_LNK FBI: 47 43 6 GVI: 57 50 GRA: 57/51,57/51
CP_LNK FBI: 47 43 7 GVI: 57 51 GRA: 57/52,57/52
CP_LNK FBI: 47 43 8 GVI: 57 52 GRA: 57/53,57/53
CP_LNK FBI: 47 43 9 GVI: 57 53 GRA: 57/54,57/54
CP_LNK FBI: 47 43 10 GVI: 57 54 GRA: 57/55,57/55
CP_LNK FBI: 47 43 11 GVI: 57 55 GRA: 57/56,57/56
CP_LNK FBI: 47 43 12 GVI: 57 56 GRA: 57/57,57/57
CP_LNK FBI: 47 43 13 GVI: 57 57 GRA: 57/58,57/58
CP_LNK FBI: 47 43 14 GVI: 57 58 GRA: 57/59,57/59
CP_LNK FBI: 47 43 15 GVI: 57 59 GRA: 57/60,57/60
CP_LNK FBI: 47 43 16 GVI: 57 60 GRA: 57/61,57/61
CP_LNK FBI: 47 43 17 GVI: 57 61 GRA: 57/62,57/62
CP_LNK FBI: 47 63 2 GVI: 57 66 GRA: 57/67,57/67
CP_LNK FBI: 47 63 3 GVI: 57 67 GRA: 57/68,57/68
CP_LNK FBI: 47 63 4 GVI: 57 68 GRA: 57/69,57/69
CP_LNK FBI: 47 63 5 GVI: 57 69 GRA: 57/70,57/70
CP_LNK FBI: 47 63 6 GVI: 57 70 GRA: 57/71,57/71
CP_LNK FBI: 74 43 2 GVI: 84 46 GRA: 84/47,84/47
CP_LNK FBI: 74 43 3 GVI: 84 47 GRA: 84/48,84/48
CP_LNK FBI: 74 43 4 GVI: 84 48 GRA: 84/49,84/49
CP_LNK FBI: 74 43 5 GVI: 84 49 GRA: 84/50,84/50
CP_LNK FBI: 74 43 6 GVI: 84 50 GRA: 84/51,84/51
CP_LNK FBI: 74 43 7 GVI: 84 51 GRA: 84/52,84/52
CP_LNK FBI: 74 43 8 GVI: 84 52 GRA: 84/53,84/53
CP_LNK FBI: 74 43 9 GVI: 84 53 GRA: 84/54,84/54
CP_LNK FBI: 74 43 10 GVI: 84 54 GRA: 84/55,84/55
CP_LNK FBI: 74 43 11 GVI: 84 55 GRA: 84/56,84/56
CP_LNK FBI: 74 43 12 GVI: 84 56 GRA: 84/57,84/57
CP_LNK FBI: 74 43 13 GVI: 84 57 GRA: 84/58,84/58
CP_LNK FBI: 74 43 14 GVI: 84 58 GRA: 84/59,84/59
CP_LNK FBI: 74 43 15 GVI: 84 59 GRA: 84/60,84/60
CP_LNK FBI: 74 43 16 GVI: 84 60 GRA: 84/61,84/61
CP_LNK FBI: 74 43 17 GVI: 84 61 GRA: 84/62,84/62
CP_LNK FBI: 74 63 2 GVI: 84 66 GRA: 84/67,84/67
CP_LNK FBI: 74 63 3 GVI: 84 67 GRA: 84/68,84/68
CP_LNK FBI: 74 63 4 GVI: 84 68 GRA: 84/69,84/69
CP_LNK FBI: 74 63 5 GVI: 84 69 GRA: 84/70,84/70
CP_LNK FBI: 74 63 6 GVI: 84 70 GRA: 84/71,84/71
CP_LNK FBI: 17 87 2 GVI: 27 90 GRA: 27/91,27/91
CP_LNK FBI: 17 87 3 GVI: 27 91 GRA: 27/92,27/92
CP_LNK FBI: 17 87 4 GVI: 27 92 GRA: 27/93,27/93
CP_LNK FBI: 17 87 5 GVI: 27 93 GRA: 27/94,27/94
CP_LNK FBI: 17 87 6 GVI: 27 94 GRA: 27/95,27/95
CP_LNK FBI: 17 87 8 GVI: 27 96 GRA: 27/97,27/97
CP_LNK FBI: 17 87 7 GVI: 27 95 GRA: 27/96,27/96
CP_LNK FBI: 17 87 9 GVI: 27 97 GRA: 27/98,27/98
CP_LNK FBI: 17 87 10 GVI: 27 98 GRA: 27/99,27/99
CP_LNK FBI: 17 87 11 GVI: 27 99 GRA: 27/100,27/100
CP_LNK FBI: 17 87 12 GVI: 27 100 GRA: 27/101,27/101
CP_LNK FBI: 17 87 13 GVI: 27 101 GRA: 27/102,27/102
CP_LNK FBI: 17 87 14 GVI: 27 102 GRA: 27/103,27/103
CP_LNK FBI: 17 87 15 GVI: 27 103 GRA: 27/104,27/104
CP_LNK FBI: 17 87 16 GVI: 27 104 GRA: 27/105,27/105
CP_LNK FBI: 17 87 17 GVI: 27 105 GRA: 27/106,27/106
CP_LNK FBI: 17 107 2 GVI: 27 110 GRA: 27/111,27/111
CP_LNK FBI: 17 107 3 GVI: 27 111 GRA: 27/112,27/112
CP_LNK FBI: 17 107 4 GVI: 27 112 GRA: 27/113,27/113
CP_LNK FBI: 17 107 5 GVI: 27 113 GRA: 27/114,27/114
CP_LNK FBI: 17 107 6 GVI: 27 114 GRA: 27/115,27/115
CP_LNK FBI: 55 89 2 IFP: 62 92 GRA: 62/93,62/93
CP_LNK FBI: 55 94 2 IFP: 62 97 GRA: 62/98,62/98
CP_LNK FBI: 55 99 2 IFP: 62 102 GRA: 62/103,62/103
CP_LNK FBI: 55 104 2 IFP: 62 107 GRA: 62/108,62/108
CP_LNK FBI: 55 109 2 IFP: 62 112 GRA: 62/113,62/113
CP_LNK FBI: 55 114 2 IFP: 62 117 GRA: 62/118,62/118
CP_LNK FBI: 55 119 2 IFP: 62 122 GRA: 62/123,62/123
CP_LNK FBI: 55 124 2 IFP: 62 127 GRA: 62/128,62/128
CP_LNK FBI: 55 129 2 IFP: 62 132 GRA: 62/133,62/133
CP_LNK FBI: 55 134 2 IFP: 62 137 GRA: 62/138,62/138
CP_LNK FBI: 81 88 2 IFP: 88 91 GRA: 88/92,88/92
CP_LNK FBI: 81 93 2 IFP: 88 96 GRA: 88/97,88/97
CP_LNK FBI: 81 98 2 IFP: 88 101 GRA: 88/102,88/102
CP_LNK FBI: 81 103 2 IFP: 88 106 GRA: 88/107,88/107
CP_LNK FBI: 81 108 2 IFP: 88 111 GRA: 88/112,88/112
CP_LNK FBI: 81 113 2 IFP: 88 116 GRA: 88/117,88/117
CP_LNK FBI: 81 118 2 IFP: 88 121 GRA: 88/122,88/122
CP_LNK FBI: 81 123 2 IFP: 88 126 GRA: 88/127,88/127
CP_LNK FBI: 81 128 2 IFP: 88 131 GRA: 88/132,88/132
CP_LNK FBI: 81 133 2 IFP: 88 136 GRA: 88/137,88/137
CP_LNK FBI: 109 88 2 IFP: 116 91 GRA: 116/92,116/92
CP_LNK GVI: 46 92 FBI: 55 89 2 GRA: 55/93,55/93
CP_LNK GVI: 46 97 FBI: 55 94 2 GRA: 55/98,55/98
CP_LNK GVI: 46 102 FBI: 55 99 2 GRA: 55/103,55/103
CP_LNK GVI: 46 107 FBI: 55 104 2 GRA: 55/108,55/108
CP_LNK GVI: 46 112 FBI: 55 109 2 GRA: 55/113,55/113
CP_LNK GVI: 46 117 FBI: 55 114 2 GRA: 55/118,55/118
CP_LNK GVI: 46 122 FBI: 55 119 2 GRA: 55/123,55/123
CP_LNK GVI: 46 127 FBI: 55 124 2 GRA: 55/128,55/128
CP_LNK GVI: 46 132 FBI: 55 129 2 GRA: 55/133,55/133
CP_LNK GVI: 72 91 FBI: 81 88 2 GRA: 81/92,81/92
CP_LNK GVI: 72 96 FBI: 81 93 2 GRA: 81/97,81/97
CP_LNK GVI: 72 101 FBI: 81 98 2 GRA: 81/102,81/102
CP_LNK GVI: 100 91 FBI: 109 88 2 GRA: 109/92,109/92
CP_LNK GVI: 72 131 FBI: 81 128 2 GRA: 81/132,81/132
CP_LNK GVI: 72 126 FBI: 81 123 2 GRA: 81/127,81/127
CP_LNK GVI: 72 121 FBI: 81 118 2 GRA: 81/122,81/122
CP_LNK GVI: 72 116 FBI: 81 113 2 GRA: 81/117,81/117
CP_LNK GVI: 72 111 FBI: 81 108 2 GRA: 81/112,81/112
CP_LNK GVI: 72 106 FBI: 81 103 2 GRA: 81/107,81/107
CP_LNK GVI: 46 137 FBI: 55 134 2 GRA: 55/138,55/138
CP_LNK GVI: 72 136 FBI: 81 133 2 GRA: 81/137,81/137
CP_LNK CON: 15 32 FBI: 24 28 3 GRA: 24/33,24/33
CP_LNK FBI: 24 28 2 GVI: 31 31 GRA: 31/32,31/32
CP_LNK IFP: 96 47 FBI: 105 44 2 GRA: 105/48,105/48
CP_LNK IFP: 96 67 FBI: 105 64 2 GRA: 105/68,105/68
CP_LNK FBI: 105 44 2 GVI: 115 47 GRA: 115/48,115/48
CP_LNK FBI: 105 44 3 GVI: 115 48 GRA: 115/49,115/49
CP_LNK FBI: 105 44 4 GVI: 115 49 GRA: 115/50,115/50
CP_LNK FBI: 105 44 5 GVI: 115 50 GRA: 115/51,115/51
CP_LNK FBI: 105 44 6 GVI: 115 51 GRA: 115/52,115/52
CP_LNK FBI: 105 44 7 GVI: 115 52 GRA: 115/53,115/53
CP_LNK FBI: 105 44 8 GVI: 115 53 GRA: 115/54,115/54
CP_LNK FBI: 105 44 9 GVI: 115 54 GRA: 115/55,115/55
CP_LNK FBI: 105 44 10 GVI: 115 55 GRA: 115/56,115/56
CP_LNK FBI: 105 44 11 GVI: 115 56 GRA: 115/57,115/57
CP_LNK FBI: 105 44 12 GVI: 115 57 GRA: 115/58,115/58
CP_LNK FBI: 105 44 13 GVI: 115 58 GRA: 115/59,115/59
CP_LNK FBI: 105 44 14 GVI: 115 59 GRA: 115/60,115/60
CP_LNK FBI: 105 44 15 GVI: 115 60 GRA: 115/61,115/61
CP_LNK FBI: 105 44 16 GVI: 115 61 GRA: 115/62,115/62
CP_LNK FBI: 105 44 17 GVI: 115 62 GRA: 115/63,115/63
CP_LNK FBI: 105 64 2 GVI: 115 67 GRA: 115/68,115/68
CP_LNK FBI: 105 64 3 GVI: 115 68 GRA: 115/69,115/69
CP_LNK FBI: 105 64 4 GVI: 115 69 GRA: 115/70,115/70
CP_LNK FBI: 105 64 5 GVI: 115 70 GRA: 115/71,115/71
CP_LNK FBI: 105 64 6 GVI: 115 71 GRA: 115/72,115/72
////
////
CL_DFB SubDFB D:\113041~1\PLC1\DFB\ WIN_STF7 "08/24/06 12:23:53" TEXT:
CP_DFB "WIN_STF7" HEIGHT/WIDTH: 28 10 FBTK_DFB "08/24/06 12:23:53" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 10:19:21"
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : WIN_STF7{1,2}
CL_FRM "StapNrIn" ID_8 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "St1Wrd1" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St2Wrd1" ID_11 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "StrtP1" ID_15 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "St3Wrd1" ID_16 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St4Wrd1" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "StafTIn" ID_21 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT: 
CL_FRM "StrtP2" ID_22 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP3" ID_23 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP4" ID_24 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP5" ID_25 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP6" ID_26 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP7" ID_27 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP8" ID_28 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP9" ID_29 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP10" ID_30 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP11" ID_31 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP12" ID_32 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP13" ID_33 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP14" ID_34 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP15" ID_35 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP16" ID_36 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP17" ID_37 SHOW POSR 18 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP18" ID_38 SHOW POSR 19 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP19" ID_39 SHOW POSR 20 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP20" ID_40 SHOW POSR 21 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP21" ID_41 SHOW POSR 22 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "St1Wrd2" ID_43 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St2Wrd2" ID_44 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St3Wrd2" ID_45 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St4Wrd2" ID_46 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpUitW1" ID_47 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "PmpUitW2" ID_48 SHOW POSL 22 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St5Wrd1" ID_49 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St5Wrd2" ID_50 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "StrtP22" ID_51 SHOW POSR 23 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP23" ID_52 SHOW POSR 24 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP24" ID_53 SHOW POSR 25 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "StrtP25" ID_54 SHOW POSR 26 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "VrTrafo1" ID_55 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "VrTrafo2" ID_56 SHOW POSL 26 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: 
CL_FRM "St6Wrd1" ID_57 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St6Wrd2" ID_58 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St7Wrd1" ID_59 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT: 
CL_FRM "St7Wrd2" ID_60 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD 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 "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 "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 "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 "MUL_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 "DINT_TO_TIME" 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 DINT TEXT:
VS_FRM "OUT" HIDE POSR 2 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "INT_TO_DINT" 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 DINT TEXT:
CP_GVS "Conversie" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "StapNr1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StafTijd" IEC_TIME_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Staffeling" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "i" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap1" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap2" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap3" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap4" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_Uit" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_req" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_strt" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Hulpmerker_staffeling" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Flag_Staffeling" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap5" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr6" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "StapNr7" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap6" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Pomp_stap7" BoolArr32 INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_SEC "Staffeling" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 4 EXEC: 1 TEXT:
CP__ST VAR
CP__ST Staffeling_Puls      : TON;
CP__ST END_VAR
CP__ST  
CP__ST (* Bepaal of via de matrix en huidige stap de betreffende pomp benodigd is *)
CP__ST  
CP__ST (* Winputten Genderen achter trafo 1 *)
CP__ST (* Teller i --> 1=P021, 2=P002, 3=P023, 4=P004, 5=P005, 6=P024, 7=P007, 8=P008, 9=P009 *)
CP__ST  
CP__ST FOR i := 1 TO 9 DO;
CP__ST  IF (StapNr1 AND Pomp_Stap1[i]) OR (StapNr2 AND Pomp_Stap2[i]) OR (StapNr3 AND Pomp_Stap3[i]) OR 
CP__ST      (StapNr4 AND Pomp_Stap4[i]) OR (StapNr5 AND Pomp_Stap5[i]) OR (StapNr6 AND Pomp_Stap6[i]) OR
CP__ST      (StapNr7 AND Pomp_Stap7[i]) THEN;
CP__ST       Pomp_req[i] := TRUE;
CP__ST      ELSE;
CP__ST       Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST  IF (Pomp_Uit[i] = TRUE) OR (VrTrafo1 = FALSE) THEN
CP__ST     Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST END_FOR;   
CP__ST  
CP__ST (* Winputten Genderen achter trafo 2 *)
CP__ST (* Teller i --> 10=P001, 11=P022, 12=P012, 13=P025, 14=P026, 15=P027 *)
CP__ST  
CP__ST FOR i := 10 TO 16 DO;
CP__ST  IF (StapNr1 AND Pomp_Stap1[i]) OR (StapNr2 AND Pomp_Stap2[i]) OR (StapNr3 AND Pomp_Stap3[i]) OR 
CP__ST      (StapNr4 AND Pomp_Stap4[i]) OR (StapNr5 AND Pomp_Stap5[i]) OR (StapNr6 AND Pomp_Stap6[i]) OR
CP__ST      (StapNr7 AND Pomp_Stap7[i]) THEN;
CP__ST       Pomp_req[i] := TRUE;
CP__ST      ELSE;
CP__ST       Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST  IF (Pomp_Uit[i] = TRUE) OR (VrTrafo2 = FALSE) THEN
CP__ST     Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST END_FOR;   
CP__ST  
CP__ST (* Winputten Drongelen *)
CP__ST (* Teller i --> 17=P013, 18=P014, 19=P015, 20=P016, 21=P017, 22=P018, 23=P019, 24=P020 *)
CP__ST  
CP__ST FOR i := 17 TO 25 DO;
CP__ST  IF (StapNr1 AND Pomp_Stap1[i]) OR (StapNr2 AND Pomp_Stap2[i]) OR (StapNr3 AND Pomp_Stap3[i]) OR 
CP__ST      (StapNr4 AND Pomp_Stap4[i]) OR (StapNr5 AND Pomp_Stap5[i]) OR (StapNr6 AND Pomp_Stap6[i]) OR
CP__ST      (StapNr7 AND Pomp_Stap7[i]) THEN;
CP__ST       Pomp_req[i] := TRUE;
CP__ST      ELSE;
CP__ST       Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST  IF (Pomp_Uit[i] = TRUE) THEN
CP__ST     Pomp_req[i] := FALSE;
CP__ST  END_IF;
CP__ST  
CP__ST END_FOR;   
CP__ST  
CP__ST (* Staffeling *)
CP__ST    
CP__ST Staffeling_Puls(IN:=NOT Staffeling_Puls.Q, PT:=StafTijd);
CP__ST  
CP__ST IF Staffeling_Puls.Q OR Hulpmerker_staffeling THEN; (* Elke x s (staffeltijd) word deze routine uitgevoerd *)
CP__ST  
CP__ST Hulpmerker_staffeling := TRUE;
CP__ST  
CP__ST FOR i:= 1 TO 25 DO; 
CP__ST   IF Pomp_req[i] AND NOT Pomp_strt[i] AND NOT Flag_staffeling THEN;
CP__ST    Pomp_strt[i] := TRUE;
CP__ST    Flag_staffeling := TRUE;
CP__ST   END_IF;
CP__ST   IF NOT Pomp_req[i] AND Pomp_strt[i] AND NOT Flag_staffeling THEN;
CP__ST    Pomp_strt[i] := FALSE;
CP__ST    Flag_staffeling := TRUE;
CP__ST   END_IF;
CP__ST  
CP__ST END_FOR; 
CP__ST  
CP__ST Hulpmerker_staffeling := FALSE; 
CP__ST Flag_Staffeling := FALSE;
CP__ST END_IF;
CP__ST  
CP__ST  
CP_SEC "Conversie" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 2 TEXT: 
CP_IFP "StapNrIn" 2 7 FP_IO_OUTPUT
CP_IFP "St1Wrd1" 38 6 FP_IO_OUTPUT
CP_IFP "St1Wrd2" 38 26 FP_IO_OUTPUT
CP_IFP "St2Wrd1" 65 6 FP_IO_OUTPUT
CP_IFP "St2Wrd2" 65 26 FP_IO_OUTPUT
CP_IFP "St3Wrd1" 38 46 FP_IO_OUTPUT
CP_IFP "St3Wrd2" 38 66 FP_IO_OUTPUT
CP_IFP "St4Wrd1" 65 46 FP_IO_OUTPUT
CP_IFP "St4Wrd2" 65 66 FP_IO_OUTPUT
CP_IFP "PmpUitW1" 8 90 FP_IO_OUTPUT
CP_IFP "PmpUitW2" 8 110 FP_IO_OUTPUT
CP_IFP "StafTIn" 7 65 FP_IO_OUTPUT
CP_IFP "StrtP1" 62 92 FP_IO_INPUT
CP_IFP "StrtP2" 62 97 FP_IO_INPUT
CP_IFP "StrtP3" 62 102 FP_IO_INPUT
CP_IFP "StrtP4" 62 107 FP_IO_INPUT
CP_IFP "StrtP5" 62 112 FP_IO_INPUT
CP_IFP "StrtP6" 62 117 FP_IO_INPUT
CP_IFP "StrtP7" 62 122 FP_IO_INPUT
CP_IFP "StrtP8" 62 127 FP_IO_INPUT
CP_IFP "StrtP9" 62 132 FP_IO_INPUT
CP_IFP "StrtP10" 62 137 FP_IO_INPUT
CP_IFP "StrtP11" 88 91 FP_IO_INPUT
CP_IFP "StrtP12" 88 96 FP_IO_INPUT
CP_IFP "StrtP13" 88 101 FP_IO_INPUT
CP_IFP "StrtP14" 88 106 FP_IO_INPUT
CP_IFP "StrtP15" 88 111 FP_IO_INPUT
CP_IFP "StrtP16" 88 116 FP_IO_INPUT
CP_IFP "StrtP17" 88 121 FP_IO_INPUT
CP_IFP "StrtP18" 88 126 FP_IO_INPUT
CP_IFP "StrtP19" 88 131 FP_IO_INPUT
CP_IFP "StrtP20" 88 136 FP_IO_INPUT
CP_IFP "StrtP21" 116 91 FP_IO_INPUT
CP_IFP "StrtP25" 116 111 FP_IO_INPUT
CP_IFP "StrtP24" 116 106 FP_IO_INPUT
CP_IFP "StrtP23" 116 101 FP_IO_INPUT
CP_IFP "StrtP22" 116 96 FP_IO_INPUT
CP_IFP "St5Wrd1" 96 6 FP_IO_OUTPUT
CP_IFP "St5Wrd2" 96 26 FP_IO_OUTPUT
CP_IFP "St6Wrd1" 96 46 FP_IO_OUTPUT
CP_IFP "St6Wrd2" 96 66 FP_IO_OUTPUT
CP_IFP "St7Wrd1" 127 6 FP_IO_OUTPUT
CP_IFP "St7Wrd2" 127 26 FP_IO_OUTPUT
CP_FBI "WORD_TO_BIT" 74 23 CODID: 9 NAME: "FBI_1_20" TEXT:
CP_FBI "WORD_TO_BIT" 47 43 CODID: 10 NAME: "FBI_1_54" TEXT:
CP_FBI "WORD_TO_BIT" 47 63 CODID: 11 NAME: "FBI_1_55" TEXT:
CP_FBI "WORD_TO_BIT" 74 43 CODID: 12 NAME: "FBI_1_56" TEXT:
CP_FBI "MOVE" 11 4 CODID: 1 NAME: ".1.9" ANY: IEC_INT_ID TEXT:
CP_FBI "WORD_TO_BIT" 47 3 CODID: 2 NAME: "FBI_1_10" TEXT:
CP_FBI "WORD_TO_BIT" 47 23 CODID: 3 NAME: "FBI_1_11" TEXT:
CP_FBI "WORD_TO_BIT" 74 3 CODID: 4 NAME: "FBI_1_12" TEXT:
CP_FBI "WORD_TO_BIT" 74 63 CODID: 13 NAME: "FBI_1_57" TEXT:
CP_FBI "WORD_TO_BIT" 17 87 CODID: 14 NAME: "FBI_1_58" TEXT:
CP_FBI "GE_INT" 24 4 CODID: 5 NAME: ".1.16" TEXT:
CP_FBI "GE_INT" 24 10 CODID: 6 NAME: ".1.17" TEXT:
CP_FBI "GE_INT" 24 16 CODID: 7 NAME: ".1.18" TEXT:
CP_FBI "GE_INT" 24 22 CODID: 8 NAME: ".1.19" TEXT:
CP_FBI "WORD_TO_BIT" 17 107 CODID: 15 NAME: "FBI_1_59" TEXT:
CP_FBI "MUL_DINT" 30 62 CODID: 17 NAME: ".1.63" TEXT:
CP_FBI "DINT_TO_TIME" 20 71 CODID: 18 NAME: ".1.61" TEXT:
CP_FBI "INT_TO_DINT" 16 62 CODID: 16 NAME: ".1.62" TEXT:
CP_FBI "MOVE" 55 89 CODID: 19 NAME: ".1.64" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 94 CODID: 20 NAME: ".1.65" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 99 CODID: 21 NAME: ".1.66" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 104 CODID: 22 NAME: ".1.67" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 109 CODID: 23 NAME: ".1.68" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 114 CODID: 24 NAME: ".1.69" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 119 CODID: 25 NAME: ".1.70" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 124 CODID: 26 NAME: ".1.71" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 129 CODID: 27 NAME: ".1.72" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 55 134 CODID: 28 NAME: ".1.73" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 88 CODID: 29 NAME: ".1.76" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 93 CODID: 30 NAME: ".1.77" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 98 CODID: 31 NAME: ".1.78" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 103 CODID: 32 NAME: ".1.79" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 108 CODID: 33 NAME: ".1.80" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 113 CODID: 34 NAME: ".1.81" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 118 CODID: 35 NAME: ".1.82" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 123 CODID: 36 NAME: ".1.83" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 128 CODID: 37 NAME: ".1.84" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 81 133 CODID: 38 NAME: ".1.85" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 109 88 CODID: 39 NAME: ".1.86" ANY: IEC_BOOL_ID TEXT:
CP_FBI "GE_INT" 24 28 CODID: 40 NAME: ".1.87" TEXT:
CP_FBI "WORD_TO_BIT" 105 43 CODID: 41 NAME: "FBI_1_88" TEXT:
CP_FBI "WORD_TO_BIT" 105 63 CODID: 42 NAME: "FBI_1_89" TEXT:
CP_FBI "MOVE" 109 93 CODID: 43 NAME: ".1.90" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 109 98 CODID: 44 NAME: ".1.91" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 109 103 CODID: 45 NAME: ".1.92" ANY: IEC_BOOL_ID TEXT:
CP_FBI "MOVE" 109 108 CODID: 46 NAME: ".1.93" ANY: IEC_BOOL_ID TEXT:
CP_FBI "GE_INT" 24 34 CODID: 47 NAME: ".1.94" TEXT:
CP_FBI "GE_INT" 24 40 CODID: 48 NAME: ".1.95" TEXT:
CP_FBI "WORD_TO_BIT" 105 3 CODID: 49 NAME: "FBI_1_96" TEXT:
CP_FBI "WORD_TO_BIT" 105 23 CODID: 50 NAME: "FBI_1_97" TEXT:
CP_FBI "WORD_TO_BIT" 136 3 CODID: 51 NAME: "FBI_1_98" TEXT:
CP_FBI "WORD_TO_BIT" 136 23 CODID: 52 NAME: "FBI_1_99" TEXT:
CP_GVI NAMED_VAR: "StapNr1" 31 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "StapNr2" 31 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "StapNr3" 31 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "StapNr4" 31 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "StafTijd" 30 74 FP_IO_INPUT
CP_GVI NAMED_VAR: "Pomp_stap1[1]" 57 6 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[2]" 57 7 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[3]" 57 8 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[4]" 57 9 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[5]" 57 10 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[6]" 57 11 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[7]" 57 12 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[8]" 57 13 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[9]" 57 14 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[10]" 57 15 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[11]" 57 16 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[12]" 57 17 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[13]" 57 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[14]" 57 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[15]" 57 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[16]" 57 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[17]" 57 26 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[18]" 57 27 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[19]" 57 28 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[20]" 57 29 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[21]" 57 30 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[1]" 84 6 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[2]" 84 7 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[3]" 84 8 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[5]" 84 10 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[4]" 84 9 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[6]" 84 11 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[7]" 84 12 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[8]" 84 13 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[9]" 84 14 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[10]" 84 15 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[11]" 84 16 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[12]" 84 17 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[13]" 84 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[14]" 84 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[15]" 84 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[16]" 84 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[17]" 84 26 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[18]" 84 27 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[19]" 84 28 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[20]" 84 29 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[21]" 84 30 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[1]" 57 46 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[2]" 57 47 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[3]" 57 48 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[4]" 57 49 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[5]" 57 50 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[6]" 57 51 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[7]" 57 52 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[8]" 57 53 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[9]" 57 54 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[10]" 57 55 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[11]" 57 56 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[12]" 57 57 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[13]" 57 58 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[14]" 57 59 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[15]" 57 60 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[16]" 57 61 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[17]" 57 66 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[18]" 57 67 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[19]" 57 68 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[20]" 57 69 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[21]" 57 70 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[1]" 84 46 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[2]" 84 47 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[3]" 84 48 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[4]" 84 49 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[5]" 84 50 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[6]" 84 51 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[7]" 84 52 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[8]" 84 53 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[9]" 84 54 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[10]" 84 55 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[11]" 84 56 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[12]" 84 57 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[13]" 84 58 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[14]" 84 59 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[15]" 84 60 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[16]" 84 61 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[17]" 84 66 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[18]" 84 67 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[19]" 84 68 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[20]" 84 69 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[21]" 84 70 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[1]" 27 90 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[2]" 27 91 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[3]" 27 92 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[4]" 27 93 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[5]" 27 94 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[7]" 27 96 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[6]" 27 95 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[8]" 27 97 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[9]" 27 98 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[10]" 27 99 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[11]" 27 100 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[12]" 27 101 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[13]" 27 102 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[14]" 27 103 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[15]" 27 104 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[16]" 27 105 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[17]" 27 110 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[18]" 27 111 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[19]" 27 112 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[20]" 27 113 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[21]" 27 114 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[1]" 46 92 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[2]" 46 97 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[3]" 46 102 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[4]" 46 107 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[5]" 46 112 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[6]" 46 117 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[7]" 46 122 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[8]" 46 127 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[9]" 46 132 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[11]" 72 91 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[12]" 72 96 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[13]" 72 101 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[21]" 100 91 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[19]" 72 131 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[18]" 72 126 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[17]" 72 121 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[16]" 72 116 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[15]" 72 111 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[14]" 72 106 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[10]" 46 137 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[20]" 72 136 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "StapNr5" 31 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "Pomp_stap1[22]" 57 31 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[23]" 57 32 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[24]" 57 33 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap1[25]" 57 34 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[22]" 57 71 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[23]" 57 72 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[24]" 57 73 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap3[25]" 57 74 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[22]" 27 115 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[23]" 27 116 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[24]" 27 117 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_Uit[25]" 27 118 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[22]" 84 31 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[23]" 84 32 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[24]" 84 33 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap2[25]" 84 34 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[22]" 84 71 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[23]" 84 72 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[24]" 84 73 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap4[25]" 84 74 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[22]" 100 96 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[23]" 100 101 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[24]" 100 106 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "Pomp_strt[25]" 100 111 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "StapNr6" 31 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "StapNr7" 31 43 FP_IO_INPUT
CP_GVI NAMED_VAR: "Pomp_stap5[1]" 115 6 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[2]" 115 7 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[3]" 115 8 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[4]" 115 9 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[5]" 115 10 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[6]" 115 11 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[7]" 115 12 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[8]" 115 13 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[9]" 115 14 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[10]" 115 15 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[11]" 115 16 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[12]" 115 17 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[13]" 115 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[14]" 115 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[15]" 115 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[16]" 115 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[17]" 115 26 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[18]" 115 27 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[19]" 115 28 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[20]" 115 29 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[21]" 115 30 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[22]" 115 31 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[23]" 115 32 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[24]" 115 33 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap5[25]" 115 34 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[1]" 115 46 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[2]" 115 47 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[3]" 115 48 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[4]" 115 49 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[5]" 115 50 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[6]" 115 51 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[7]" 115 52 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[8]" 115 53 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[9]" 115 54 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[10]" 115 55 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[11]" 115 56 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[12]" 115 57 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[13]" 115 58 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[14]" 115 59 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[15]" 115 60 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[16]" 115 61 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[17]" 115 66 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[18]" 115 67 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[19]" 115 68 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[20]" 115 69 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[21]" 115 70 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[22]" 115 71 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[23]" 115 72 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[24]" 115 73 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap6[25]" 115 74 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[1]" 146 6 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[2]" 146 7 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[3]" 146 8 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[4]" 146 9 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[5]" 146 10 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[6]" 146 11 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[7]" 146 12 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[8]" 146 13 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[9]" 146 14 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[10]" 146 15 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[11]" 146 16 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[12]" 146 17 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[13]" 146 18 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[14]" 146 19 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[15]" 146 20 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[16]" 146 21 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[17]" 146 26 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[18]" 146 27 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[19]" 146 28 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[20]" 146 29 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[21]" 146 30 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[22]" 146 31 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[23]" 146 32 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[24]" 146 33 FP_IO_INPUT_COMP
CP_GVI NAMED_VAR: "Pomp_stap7[25]" 146 34 FP_IO_INPUT_COMP
CP_CON 15 8 IEC_INT_ID 1
CP_CON 15 14 IEC_INT_ID 2
CP_CON 15 20 IEC_INT_ID 3
CP_CON 15 26 IEC_INT_ID 4
CP_CON 21 66 IEC_DINT_ID 1000
CP_CON 15 32 IEC_INT_ID 5
CP_CON 15 38 IEC_INT_ID 6
CP_CON 15 44 IEC_INT_ID 7
CP_LNK IFP: 2 7 FBI: 11 4 2 GRA: 11/8,11/8
CP_LNK FBI: 11 4 2 FBI: 24 40 2 GRA: 18/8,20/8,20/44,24/44
CP_LNK FBI: 11 4 2 FBI: 24 34 2 GRA: 18/8,20/8,20/38,24/38
CP_LNK FBI: 11 4 2 FBI: 24 4 2 GRA: 18/8,24/8
CP_LNK FBI: 11 4 2 FBI: 24 10 2 GRA: 18/8,20/8,20/14,24/14
CP_LNK FBI: 11 4 2 FBI: 24 16 2 GRA: 18/8,20/8,20/20,24/20
CP_LNK FBI: 11 4 2 FBI: 24 22 2 GRA: 18/8,20/8,20/26,24/26
CP_LNK FBI: 11 4 2 FBI: 24 28 2 GRA: 18/8,20/8,20/32,24/32
CP_LNK IFP: 38 6 FBI: 47 3 2 GRA: 47/7,47/7
CP_LNK CON: 15 8 FBI: 24 4 3 GRA: 24/9,24/9
CP_LNK CON: 15 14 FBI: 24 10 3 GRA: 24/15,24/15
CP_LNK CON: 15 20 FBI: 24 16 3 GRA: 24/21,24/21
CP_LNK CON: 15 26 FBI: 24 22 3 GRA: 24/27,24/27
CP_LNK FBI: 24 4 2 GVI: 31 7 GRA: 31/8,31/8
CP_LNK FBI: 24 10 2 GVI: 31 13 GRA: 31/14,31/14
CP_LNK FBI: 24 16 2 GVI: 31 19 GRA: 31/20,31/20
CP_LNK FBI: 24 22 2 GVI: 31 25 GRA: 31/26,31/26
CP_LNK IFP: 38 26 FBI: 47 23 2 GRA: 47/27,47/27
CP_LNK IFP: 65 6 FBI: 74 3 2 GRA: 74/7,74/7
CP_LNK IFP: 65 26 FBI: 74 23 2 GRA: 74/27,74/27
CP_LNK IFP: 38 46 FBI: 47 43 2 GRA: 47/47,47/47
CP_LNK IFP: 38 66 FBI: 47 63 2 GRA: 47/67,47/67
CP_LNK IFP: 65 46 FBI: 74 43 2 GRA: 74/47,74/47
CP_LNK IFP: 65 66 FBI: 74 63 2 GRA: 74/67,74/67
CP_LNK IFP: 8 90 FBI: 17 87 2 GRA: 17/91,17/91
CP_LNK IFP: 8 110 FBI: 17 107 2 GRA: 17/111,17/111
CP_LNK IFP: 7 65 FBI: 16 62 2 GRA: 16/66,16/66
CP_LNK FBI: 20 71 2 GVI: 30 74 GRA: 30/75,30/75
CP_LNK CON: 21 66 FBI: 30 62 3 GRA: 30/67,30/67
CP_LNK FBI: 16 62 2 FBI: 30 62 2 GRA: 25/66,30/66
CP_LNK FBI: 30 62 2 FBI: 20 71 2 GRA: 38/66,40/66,40/78,18/78,18/75,20/75
CP_LNK FBI: 47 3 2 GVI: 57 6 GRA: 57/7,57/7
CP_LNK FBI: 47 3 3 GVI: 57 7 GRA: 57/8,57/8
CP_LNK FBI: 47 3 4 GVI: 57 8 GRA: 57/9,57/9
CP_LNK FBI: 47 3 5 GVI: 57 9 GRA: 57/10,57/10
CP_LNK FBI: 47 3 6 GVI: 57 10 GRA: 57/11,57/11
CP_LNK FBI: 47 3 7 GVI: 57 11 GRA: 57/12,57/12
CP_LNK FBI: 47 3 8 GVI: 57 12 GRA: 57/13,57/13
CP_LNK FBI: 47 3 9 GVI: 57 13 GRA: 57/14,57/14
CP_LNK FBI: 47 3 10 GVI: 57 14 GRA: 57/15,57/15
CP_LNK FBI: 47 3 11 GVI: 57 15 GRA: 57/16,57/16
CP_LNK FBI: 47 3 12 GVI: 57 16 GRA: 57/17,57/17
CP_LNK FBI: 47 3 13 GVI: 57 17 GRA: 57/18,57/18
CP_LNK FBI: 47 3 14 GVI: 57 18 GRA: 57/19,57/19
CP_LNK FBI: 47 3 15 GVI: 57 19 GRA: 57/20,57/20
CP_LNK FBI: 47 3 16 GVI: 57 20 GRA: 57/21,57/21
CP_LNK FBI: 47 3 17 GVI: 57 21 GRA: 57/22,57/22
CP_LNK FBI: 47 23 2 GVI: 57 26 GRA: 57/27,57/27
CP_LNK FBI: 47 23 3 GVI: 57 27 GRA: 57/28,57/28
CP_LNK FBI: 47 23 4 GVI: 57 28 GRA: 57/29,57/29
CP_LNK FBI: 47 23 5 GVI: 57 29 GRA: 57/30,57/30
CP_LNK FBI: 47 23 6 GVI: 57 30 GRA: 57/31,57/31
CP_LNK FBI: 74 3 2 GVI: 84 6 GRA: 84/7,84/7
CP_LNK FBI: 74 3 3 GVI: 84 7 GRA: 84/8,84/8
CP_LNK FBI: 74 3 4 GVI: 84 8 GRA: 84/9,84/9
CP_LNK FBI: 74 3 6 GVI: 84 10 GRA: 84/11,84/11
CP_LNK FBI: 74 3 5 GVI: 84 9 GRA: 84/10,84/10
CP_LNK FBI: 74 3 7 GVI: 84 11 GRA: 84/12,84/12
CP_LNK FBI: 74 3 8 GVI: 84 12 GRA: 84/13,84/13
CP_LNK FBI: 74 3 9 GVI: 84 13 GRA: 84/14,84/14
CP_LNK FBI: 74 3 10 GVI: 84 14 GRA: 84/15,84/15
CP_LNK FBI: 74 3 11 GVI: 84 15 GRA: 84/16,84/16
CP_LNK FBI: 74 3 12 GVI: 84 16 GRA: 84/17,84/17
CP_LNK FBI: 74 3 13 GVI: 84 17 GRA: 84/18,84/18
CP_LNK FBI: 74 3 14 GVI: 84 18 GRA: 84/19,84/19
CP_LNK FBI: 74 3 15 GVI: 84 19 GRA: 84/20,84/20
CP_LNK FBI: 74 3 16 GVI: 84 20 GRA: 84/21,84/21
CP_LNK FBI: 74 3 17 GVI: 84 21 GRA: 84/22,84/22
CP_LNK FBI: 74 23 2 GVI: 84 26 GRA: 84/27,84/27
CP_LNK FBI: 74 23 3 GVI: 84 27 GRA: 84/28,84/28
CP_LNK FBI: 74 23 4 GVI: 84 28 GRA: 84/29,84/29
CP_LNK FBI: 74 23 5 GVI: 84 29 GRA: 84/30,84/30
CP_LNK FBI: 74 23 6 GVI: 84 30 GRA: 84/31,84/31
CP_LNK FBI: 47 43 2 GVI: 57 46 GRA: 57/47,57/47
CP_LNK FBI: 47 43 3 GVI: 57 47 GRA: 57/48,57/48
CP_LNK FBI: 47 43 4 GVI: 57 48 GRA: 57/49,57/49
CP_LNK FBI: 47 43 5 GVI: 57 49 GRA: 57/50,57/50
CP_LNK FBI: 47 43 6 GVI: 57 50 GRA: 57/51,57/51
CP_LNK FBI: 47 43 7 GVI: 57 51 GRA: 57/52,57/52
CP_LNK FBI: 47 43 8 GVI: 57 52 GRA: 57/53,57/53
CP_LNK FBI: 47 43 9 GVI: 57 53 GRA: 57/54,57/54
CP_LNK FBI: 47 43 10 GVI: 57 54 GRA: 57/55,57/55
CP_LNK FBI: 47 43 11 GVI: 57 55 GRA: 57/56,57/56
CP_LNK FBI: 47 43 12 GVI: 57 56 GRA: 57/57,57/57
CP_LNK FBI: 47 43 13 GVI: 57 57 GRA: 57/58,57/58
CP_LNK FBI: 47 43 14 GVI: 57 58 GRA: 57/59,57/59
CP_LNK FBI: 47 43 15 GVI: 57 59 GRA: 57/60,57/60
CP_LNK FBI: 47 43 16 GVI: 57 60 GRA: 57/61,57/61
CP_LNK FBI: 47 43 17 GVI: 57 61 GRA: 57/62,57/62
CP_LNK FBI: 47 63 2 GVI: 57 66 GRA: 57/67,57/67
CP_LNK FBI: 47 63 3 GVI: 57 67 GRA: 57/68,57/68
CP_LNK FBI: 47 63 4 GVI: 57 68 GRA: 57/69,57/69
CP_LNK FBI: 47 63 5 GVI: 57 69 GRA: 57/70,57/70
CP_LNK FBI: 47 63 6 GVI: 57 70 GRA: 57/71,57/71
CP_LNK FBI: 74 43 2 GVI: 84 46 GRA: 84/47,84/47
CP_LNK FBI: 74 43 3 GVI: 84 47 GRA: 84/48,84/48
CP_LNK FBI: 74 43 4 GVI: 84 48 GRA: 84/49,84/49
CP_LNK FBI: 74 43 5 GVI: 84 49 GRA: 84/50,84/50
CP_LNK FBI: 74 43 6 GVI: 84 50 GRA: 84/51,84/51
CP_LNK FBI: 74 43 7 GVI: 84 51 GRA: 84/52,84/52
CP_LNK FBI: 74 43 8 GVI: 84 52 GRA: 84/53,84/53
CP_LNK FBI: 74 43 9 GVI: 84 53 GRA: 84/54,84/54
CP_LNK FBI: 74 43 10 GVI: 84 54 GRA: 84/55,84/55
CP_LNK FBI: 74 43 11 GVI: 84 55 GRA: 84/56,84/56
CP_LNK FBI: 74 43 12 GVI: 84 56 GRA: 84/57,84/57
CP_LNK FBI: 74 43 13 GVI: 84 57 GRA: 84/58,84/58
CP_LNK FBI: 74 43 14 GVI: 84 58 GRA: 84/59,84/59
CP_LNK FBI: 74 43 15 GVI: 84 59 GRA: 84/60,84/60
CP_LNK FBI: 74 43 16 GVI: 84 60 GRA: 84/61,84/61
CP_LNK FBI: 74 43 17 GVI: 84 61 GRA: 84/62,84/62
CP_LNK FBI: 74 63 2 GVI: 84 66 GRA: 84/67,84/67
CP_LNK FBI: 74 63 3 GVI: 84 67 GRA: 84/68,84/68
CP_LNK FBI: 74 63 4 GVI: 84 68 GRA: 84/69,84/69
CP_LNK FBI: 74 63 5 GVI: 84 69 GRA: 84/70,84/70
CP_LNK FBI: 74 63 6 GVI: 84 70 GRA: 84/71,84/71
CP_LNK FBI: 17 87 2 GVI: 27 90 GRA: 27/91,27/91
CP_LNK FBI: 17 87 3 GVI: 27 91 GRA: 27/92,27/92
CP_LNK FBI: 17 87 4 GVI: 27 92 GRA: 27/93,27/93
CP_LNK FBI: 17 87 5 GVI: 27 93 GRA: 27/94,27/94
CP_LNK FBI: 17 87 6 GVI: 27 94 GRA: 27/95,27/95
CP_LNK FBI: 17 87 8 GVI: 27 96 GRA: 27/97,27/97
CP_LNK FBI: 17 87 7 GVI: 27 95 GRA: 27/96,27/96
CP_LNK FBI: 17 87 9 GVI: 27 97 GRA: 27/98,27/98
CP_LNK FBI: 17 87 10 GVI: 27 98 GRA: 27/99,27/99
CP_LNK FBI: 17 87 11 GVI: 27 99 GRA: 27/100,27/100
CP_LNK FBI: 17 87 12 GVI: 27 100 GRA: 27/101,27/101
CP_LNK FBI: 17 87 13 GVI: 27 101 GRA: 27/102,27/102
CP_LNK FBI: 17 87 14 GVI: 27 102 GRA: 27/103,27/103
CP_LNK FBI: 17 87 15 GVI: 27 103 GRA: 27/104,27/104
CP_LNK FBI: 17 87 16 GVI: 27 104 GRA: 27/105,27/105
CP_LNK FBI: 17 87 17 GVI: 27 105 GRA: 27/106,27/106
CP_LNK FBI: 17 107 2 GVI: 27 110 GRA: 27/111,27/111
CP_LNK FBI: 17 107 3 GVI: 27 111 GRA: 27/112,27/112
CP_LNK FBI: 17 107 4 GVI: 27 112 GRA: 27/113,27/113
CP_LNK FBI: 17 107 5 GVI: 27 113 GRA: 27/114,27/114
CP_LNK FBI: 17 107 6 GVI: 27 114 GRA: 27/115,27/115
CP_LNK FBI: 55 89 2 IFP: 62 92 GRA: 62/93,62/93
CP_LNK FBI: 55 94 2 IFP: 62 97 GRA: 62/98,62/98
CP_LNK FBI: 55 99 2 IFP: 62 102 GRA: 62/103,62/103
CP_LNK FBI: 55 104 2 IFP: 62 107 GRA: 62/108,62/108
CP_LNK FBI: 55 109 2 IFP: 62 112 GRA: 62/113,62/113
CP_LNK FBI: 55 114 2 IFP: 62 117 GRA: 62/118,62/118
CP_LNK FBI: 55 119 2 IFP: 62 122 GRA: 62/123,62/123
CP_LNK FBI: 55 124 2 IFP: 62 127 GRA: 62/128,62/128
CP_LNK FBI: 55 129 2 IFP: 62 132 GRA: 62/133,62/133
CP_LNK FBI: 55 134 2 IFP: 62 137 GRA: 62/138,62/138
CP_LNK FBI: 81 88 2 IFP: 88 91 GRA: 88/92,88/92
CP_LNK FBI: 81 93 2 IFP: 88 96 GRA: 88/97,88/97
CP_LNK FBI: 81 98 2 IFP: 88 101 GRA: 88/102,88/102
CP_LNK FBI: 81 103 2 IFP: 88 106 GRA: 88/107,88/107
CP_LNK FBI: 81 108 2 IFP: 88 111 GRA: 88/112,88/112
CP_LNK FBI: 81 113 2 IFP: 88 116 GRA: 88/117,88/117
CP_LNK FBI: 81 118 2 IFP: 88 121 GRA: 88/122,88/122
CP_LNK FBI: 81 123 2 IFP: 88 126 GRA: 88/127,88/127
CP_LNK FBI: 81 128 2 IFP: 88 131 GRA: 88/132,88/132
CP_LNK FBI: 81 133 2 IFP: 88 136 GRA: 88/137,88/137
CP_LNK FBI: 109 88 2 IFP: 116 91 GRA: 116/92,116/92
CP_LNK GVI: 46 92 FBI: 55 89 2 GRA: 55/93,55/93
CP_LNK GVI: 46 97 FBI: 55 94 2 GRA: 55/98,55/98
CP_LNK GVI: 46 102 FBI: 55 99 2 GRA: 55/103,55/103
CP_LNK GVI: 46 107 FBI: 55 104 2 GRA: 55/108,55/108
CP_LNK GVI: 46 112 FBI: 55 109 2 GRA: 55/113,55/113
CP_LNK GVI: 46 117 FBI: 55 114 2 GRA: 55/118,55/118
CP_LNK GVI: 46 122 FBI: 55 119 2 GRA: 55/123,55/123
CP_LNK GVI: 46 127 FBI: 55 124 2 GRA: 55/128,55/128
CP_LNK GVI: 46 132 FBI: 55 129 2 GRA: 55/133,55/133
CP_LNK GVI: 72 91 FBI: 81 88 2 GRA: 81/92,81/92
CP_LNK GVI: 72 96 FBI: 81 93 2 GRA: 81/97,81/97
CP_LNK GVI: 72 101 FBI: 81 98 2 GRA: 81/102,81/102
CP_LNK GVI: 100 91 FBI: 109 88 2 GRA: 109/92,109/92
CP_LNK GVI: 72 131 FBI: 81 128 2 GRA: 81/132,81/132
CP_LNK GVI: 72 126 FBI: 81 123 2 GRA: 81/127,81/127
CP_LNK GVI: 72 121 FBI: 81 118 2 GRA: 81/122,81/122
CP_LNK GVI: 72 116 FBI: 81 113 2 GRA: 81/117,81/117
CP_LNK GVI: 72 111 FBI: 81 108 2 GRA: 81/112,81/112
CP_LNK GVI: 72 106 FBI: 81 103 2 GRA: 81/107,81/107
CP_LNK GVI: 46 137 FBI: 55 134 2 GRA: 55/138,55/138
CP_LNK GVI: 72 136 FBI: 81 133 2 GRA: 81/137,81/137
CP_LNK CON: 15 32 FBI: 24 28 3 GRA: 24/33,24/33
CP_LNK FBI: 24 28 2 GVI: 31 31 GRA: 31/32,31/32
CP_LNK FBI: 47 23 7 GVI: 57 31 GRA: 57/32,57/32
CP_LNK FBI: 47 23 8 GVI: 57 32 GRA: 57/33,57/33
CP_LNK FBI: 47 23 9 GVI: 57 33 GRA: 57/34,57/34
CP_LNK FBI: 47 23 10 GVI: 57 34 GRA: 57/35,57/35
CP_LNK FBI: 47 63 7 GVI: 57 71 GRA: 57/72,57/72
CP_LNK FBI: 47 63 8 GVI: 57 72 GRA: 57/73,57/73
CP_LNK FBI: 47 63 9 GVI: 57 73 GRA: 57/74,57/74
CP_LNK FBI: 47 63 10 GVI: 57 74 GRA: 57/75,57/75
CP_LNK FBI: 17 107 7 GVI: 27 115 GRA: 27/116,27/116
CP_LNK FBI: 17 107 8 GVI: 27 116 GRA: 27/117,27/117
CP_LNK FBI: 17 107 9 GVI: 27 117 GRA: 27/118,27/118
CP_LNK FBI: 17 107 10 GVI: 27 118 GRA: 27/119,27/119
CP_LNK FBI: 74 23 7 GVI: 84 31 GRA: 84/32,84/32
CP_LNK FBI: 74 23 8 GVI: 84 32 GRA: 84/33,84/33
CP_LNK FBI: 74 23 9 GVI: 84 33 GRA: 84/34,84/34
CP_LNK FBI: 74 23 10 GVI: 84 34 GRA: 84/35,84/35
CP_LNK FBI: 74 63 7 GVI: 84 71 GRA: 84/72,84/72
CP_LNK FBI: 74 63 8 GVI: 84 72 GRA: 84/73,84/73
CP_LNK FBI: 74 63 9 GVI: 84 73 GRA: 84/74,84/74
CP_LNK FBI: 74 63 10 GVI: 84 74 GRA: 84/75,84/75
CP_LNK GVI: 100 96 FBI: 109 93 2 GRA: 109/97,109/97
CP_LNK GVI: 100 101 FBI: 109 98 2 GRA: 109/102,109/102
CP_LNK GVI: 100 106 FBI: 109 103 2 GRA: 109/107,109/107
CP_LNK GVI: 100 111 FBI: 109 108 2 GRA: 109/112,109/112
CP_LNK FBI: 109 108 2 IFP: 116 111 GRA: 116/112,116/112
CP_LNK FBI: 109 103 2 IFP: 116 106 GRA: 116/107,116/107
CP_LNK FBI: 109 98 2 IFP: 116 101 GRA: 116/102,116/102
CP_LNK FBI: 109 93 2 IFP: 116 96 GRA: 116/97,116/97
CP_LNK CON: 15 38 FBI: 24 34 3 GRA: 24/39,24/39
CP_LNK FBI: 24 34 2 GVI: 31 37 GRA: 31/38,31/38
CP_LNK CON: 15 44 FBI: 24 40 3 GRA: 24/45,24/45
CP_LNK FBI: 24 40 2 GVI: 31 43 GRA: 31/44,31/44
CP_LNK IFP: 96 6 FBI: 105 3 2 GRA: 105/7,105/7
CP_LNK IFP: 96 26 FBI: 105 23 2 GRA: 105/27,105/27
CP_LNK FBI: 105 3 2 GVI: 115 6 GRA: 115/7,115/7
CP_LNK FBI: 105 3 3 GVI: 115 7 GRA: 115/8,115/8
CP_LNK FBI: 105 3 4 GVI: 115 8 GRA: 115/9,115/9
CP_LNK FBI: 105 3 5 GVI: 115 9 GRA: 115/10,115/10
CP_LNK FBI: 105 3 6 GVI: 115 10 GRA: 115/11,115/11
CP_LNK FBI: 105 3 7 GVI: 115 11 GRA: 115/12,115/12
CP_LNK FBI: 105 3 8 GVI: 115 12 GRA: 115/13,115/13
CP_LNK FBI: 105 3 9 GVI: 115 13 GRA: 115/14,115/14
CP_LNK FBI: 105 3 10 GVI: 115 14 GRA: 115/15,115/15
CP_LNK FBI: 105 3 11 GVI: 115 15 GRA: 115/16,115/16
CP_LNK FBI: 105 3 12 GVI: 115 16 GRA: 115/17,115/17
CP_LNK FBI: 105 3 13 GVI: 115 17 GRA: 115/18,115/18
CP_LNK FBI: 105 3 14 GVI: 115 18 GRA: 115/19,115/19
CP_LNK FBI: 105 3 15 GVI: 115 19 GRA: 115/20,115/20
CP_LNK FBI: 105 3 16 GVI: 115 20 GRA: 115/21,115/21
CP_LNK FBI: 105 3 17 GVI: 115 21 GRA: 115/22,115/22
CP_LNK FBI: 105 23 2 GVI: 115 26 GRA: 115/27,115/27
CP_LNK FBI: 105 23 3 GVI: 115 27 GRA: 115/28,115/28
CP_LNK FBI: 105 23 4 GVI: 115 28 GRA: 115/29,115/29
CP_LNK FBI: 105 23 5 GVI: 115 29 GRA: 115/30,115/30
CP_LNK FBI: 105 23 6 GVI: 115 30 GRA: 115/31,115/31
CP_LNK FBI: 105 23 7 GVI: 115 31 GRA: 115/32,115/32
CP_LNK FBI: 105 23 8 GVI: 115 32 GRA: 115/33,115/33
CP_LNK FBI: 105 23 9 GVI: 115 33 GRA: 115/34,115/34
CP_LNK FBI: 105 23 10 GVI: 115 34 GRA: 115/35,115/35
CP_LNK IFP: 96 46 FBI: 105 43 2 GRA: 105/47,105/47
CP_LNK IFP: 96 66 FBI: 105 63 2 GRA: 105/67,105/67
CP_LNK FBI: 105 43 2 GVI: 115 46 GRA: 115/47,115/47
CP_LNK FBI: 105 43 3 GVI: 115 47 GRA: 115/48,115/48
CP_LNK FBI: 105 43 4 GVI: 115 48 GRA: 115/49,115/49
CP_LNK FBI: 105 43 5 GVI: 115 49 GRA: 115/50,115/50
CP_LNK FBI: 105 43 6 GVI: 115 50 GRA: 115/51,115/51
CP_LNK FBI: 105 43 7 GVI: 115 51 GRA: 115/52,115/52
CP_LNK FBI: 105 43 8 GVI: 115 52 GRA: 115/53,115/53
CP_LNK FBI: 105 43 9 GVI: 115 53 GRA: 115/54,115/54
CP_LNK FBI: 105 43 10 GVI: 115 54 GRA: 115/55,115/55
CP_LNK FBI: 105 43 11 GVI: 115 55 GRA: 115/56,115/56
CP_LNK FBI: 105 43 12 GVI: 115 56 GRA: 115/57,115/57
CP_LNK FBI: 105 43 13 GVI: 115 57 GRA: 115/58,115/58
CP_LNK FBI: 105 43 14 GVI: 115 58 GRA: 115/59,115/59
CP_LNK FBI: 105 43 15 GVI: 115 59 GRA: 115/60,115/60
CP_LNK FBI: 105 43 16 GVI: 115 60 GRA: 115/61,115/61
CP_LNK FBI: 105 43 17 GVI: 115 61 GRA: 115/62,115/62
CP_LNK FBI: 105 63 2 GVI: 115 66 GRA: 115/67,115/67
CP_LNK FBI: 105 63 3 GVI: 115 67 GRA: 115/68,115/68
CP_LNK FBI: 105 63 4 GVI: 115 68 GRA: 115/69,115/69
CP_LNK FBI: 105 63 5 GVI: 115 69 GRA: 115/70,115/70
CP_LNK FBI: 105 63 6 GVI: 115 70 GRA: 115/71,115/71
CP_LNK FBI: 105 63 7 GVI: 115 71 GRA: 115/72,115/72
CP_LNK FBI: 105 63 8 GVI: 115 72 GRA: 115/73,115/73
CP_LNK FBI: 105 63 9 GVI: 115 73 GRA: 115/74,115/74
CP_LNK FBI: 105 63 10 GVI: 115 74 GRA: 115/75,115/75
CP_LNK IFP: 127 6 FBI: 136 3 2 GRA: 136/7,136/7
CP_LNK IFP: 127 26 FBI: 136 23 2 GRA: 136/27,136/27
CP_LNK FBI: 136 3 2 GVI: 146 6 GRA: 146/7,146/7
CP_LNK FBI: 136 3 3 GVI: 146 7 GRA: 146/8,146/8
CP_LNK FBI: 136 3 4 GVI: 146 8 GRA: 146/9,146/9
CP_LNK FBI: 136 3 5 GVI: 146 9 GRA: 146/10,146/10
CP_LNK FBI: 136 3 6 GVI: 146 10 GRA: 146/11,146/11
CP_LNK FBI: 136 3 7 GVI: 146 11 GRA: 146/12,146/12
CP_LNK FBI: 136 3 8 GVI: 146 12 GRA: 146/13,146/13
CP_LNK FBI: 136 3 9 GVI: 146 13 GRA: 146/14,146/14
CP_LNK FBI: 136 3 10 GVI: 146 14 GRA: 146/15,146/15
CP_LNK FBI: 136 3 11 GVI: 146 15 GRA: 146/16,146/16
CP_LNK FBI: 136 3 12 GVI: 146 16 GRA: 146/17,146/17
CP_LNK FBI: 136 3 13 GVI: 146 17 GRA: 146/18,146/18
CP_LNK FBI: 136 3 14 GVI: 146 18 GRA: 146/19,146/19
CP_LNK FBI: 136 3 15 GVI: 146 19 GRA: 146/20,146/20
CP_LNK FBI: 136 3 16 GVI: 146 20 GRA: 146/21,146/21
CP_LNK FBI: 136 3 17 GVI: 146 21 GRA: 146/22,146/22
CP_LNK FBI: 136 23 2 GVI: 146 26 GRA: 146/27,146/27
CP_LNK FBI: 136 23 3 GVI: 146 27 GRA: 146/28,146/28
CP_LNK FBI: 136 23 4 GVI: 146 28 GRA: 146/29,146/29
CP_LNK FBI: 136 23 5 GVI: 146 29 GRA: 146/30,146/30
CP_LNK FBI: 136 23 6 GVI: 146 30 GRA: 146/31,146/31
CP_LNK FBI: 136 23 7 GVI: 146 31 GRA: 146/32,146/32
CP_LNK FBI: 136 23 8 GVI: 146 32 GRA: 146/33,146/33
CP_LNK FBI: 136 23 9 GVI: 146 33 GRA: 146/34,146/34
CP_LNK FBI: 136 23 10 GVI: 146 34 GRA: 146/35,146/35
////
////
CL_DFB GloDFB C:\CONCEPT\DFB\ LIGHTS "11/26/02 10:44:26" TEXT:
CP_DFB "LIGHTS" HEIGHT/WIDTH: 8 8 FBTK_DFB "11/26/02 10:44:26" TEXT:
...TXF This is the DFB Lights.
...TXT 
...TXT Lights emulates a running light. If the input S is enabled the outputs switch to TRUE,
...TXT one after the other with a delay of one second.
...TXT After one second after the last output has switch to True, all outputs are reseted
...TXT and the running light starts over again.
...TXT 
CP_OPT 25 100 INI:0 IEC NotAs
CP_PRO Project : LIGHTS{1}
CL_FRM "S" ID_4 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT: S enables the running light
CL_FRM "O1" ID_5 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: O1 switches to TRUE 1 second after input S is enabled
CL_FRM "O2" ID_6 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: O2 switches to TRUE 1 second after output O1
CL_FRM "O3" ID_7 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: O3 switches to TRUE 1 second after output O2
CL_FRM "O4" ID_8 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: O4 switches to TRUE 1 second after output O3
CL_FRM "O5" ID_9 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT: O5 switches to TRUE 1 second after output O4
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:
CP_GV2 "StartOver" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "lights_s1" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_SEC "lights_s1" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 1 EXEC: 1 TEXT:
CP_IFP "S" 1 5 FP_IO_OUTPUT
CP_IFP "O1" 37 5 FP_IO_INPUT
CP_IFP "O2" 37 12 FP_IO_INPUT
CP_IFP "O3" 37 19 FP_IO_INPUT
CP_IFP "O4" 37 26 FP_IO_INPUT
CP_IFP "O5" 37 33 FP_IO_INPUT
CP_FBI "AND_BOOL" 10 2 CODID: 1 NAME: ".1.1" TEXT: Used to AND input S and StartOver
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "TON" 30 2 CODID: 2 NAME: "FBI_1_2" TEXT: Delay for O1
CP_FBI "TON" 30 9 CODID: 3 NAME: "FBI_1_3" TEXT: Delay for O2
CP_FBI "TON" 30 16 CODID: 4 NAME: "FBI_1_4" TEXT: Delay for O3
CP_FBI "TON" 30 23 CODID: 5 NAME: "FBI_1_5" TEXT: Delay for O4
CP_FBI "TON" 30 30 CODID: 6 NAME: "FBI_1_6" TEXT: Delay for O5
CP_FBI "TON" 30 37 CODID: 7 NAME: "FBI_1_7" TEXT: Delay for restart
CP_GVI NAMED_VAR: "StartOver" 37 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "StartOver" 1 6 FP_IO_OUTPUT
CP_CON 21 6 IEC_TIME_ID t#1000ms
CP_CON 21 13 IEC_TIME_ID t#1000ms
CP_CON 21 20 IEC_TIME_ID t#1000ms
CP_CON 21 27 IEC_TIME_ID t#1000ms
CP_CON 21 34 IEC_TIME_ID t#1000ms
CP_CON 21 41 IEC_TIME_ID t#1000ms
CP_LNK CON: 21 6 FBI: 30 2 3 GRA: 30/7,30/7
CP_LNK CON: 21 13 FBI: 30 9 3 GRA: 30/14,30/14
CP_LNK CON: 21 20 FBI: 30 16 3 GRA: 30/21,30/21
CP_LNK CON: 21 27 FBI: 30 23 3 GRA: 30/28,30/28
CP_LNK CON: 21 34 FBI: 30 30 3 GRA: 30/35,30/35
CP_LNK CON: 21 41 FBI: 30 37 3 GRA: 30/42,30/42
CP_LNK FBI: 10 2 2 FBI: 30 2 2 GRA: 19/6,30/6
CP_LNK FBI: 30 2 2 IFP: 37 5 GRA: 37/6,37/6
CP_LNK FBI: 30 2 2 FBI: 30 9 2 GRA: 37/6,38/6,38/9,29/9,29/13,30/13
CP_LNK FBI: 30 9 2 IFP: 37 12 GRA: 37/13,37/13
CP_LNK FBI: 30 9 2 FBI: 30 16 2 GRA: 37/13,38/13,38/16,29/16,29/20,30/20
CP_LNK FBI: 30 16 2 IFP: 37 19 GRA: 37/20,37/20
CP_LNK FBI: 30 16 2 FBI: 30 23 2 GRA: 37/20,38/20,38/23,29/23,29/27,30/27
CP_LNK FBI: 30 23 2 IFP: 37 26 GRA: 37/27,37/27
CP_LNK FBI: 30 23 2 FBI: 30 30 2 GRA: 37/27,38/27,38/30,29/30,29/34,30/34
CP_LNK FBI: 30 30 2 IFP: 37 33 GRA: 37/34,37/34
CP_LNK FBI: 30 30 2 FBI: 30 37 2 GRA: 37/34,38/34,38/37,29/37,29/41,30/41
CP_LNK FBI: 30 37 2 GVI: 37 40 GRA: 37/41,37/41
CP_LNK GVI: 1 6 FBI: 10 2 3 GRA: 10/7,10/7
CP_LNK IFP: 1 5 FBI: 10 2 2 GRA: 10/6,10/6
////
CP_PRG "PLC1" AREA: 83968 "12/19/06 11:45:45" TEXT:
CP_STR local CRC: 2527521148 "09/26/02 11:19:21"
CP_OPT 100 1000 IEC NotAs LP
CP_PRO Project : PLC1{Algemeen_PLC1{1,2,3,4,5,6,7,8,9,10},Winning{11,12,13,14,15}}
LL_SRM 4:00001 0000 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 0006 0005 0012 005a
LL_SRM 4:00081 0001 0014 0033 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 0002 0003 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00513 0000 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0001 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 0000 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 f800 f800 f800 f800 f800
LL_SRM 4:00705 f800 f800 f800 f800 f800 f800 f800 f800 f800 f800 1800 1800 0000 c000 c000 0000
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 0000 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 0000
LL_SRM 4:00801 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00817 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00833 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00849 0000 0000 0000 0000 0000 0000 0000 0000 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 000f 000f 000f 000f 000f 000f 000f 000f 000f 000f 000f
LL_SRM 4:00913 000f 000f 000a 000a 0000 012c 012c 001e 001e 0014 0014 000a 000a 0000 0000 0000
LL_SRM 4:00929 0005 0005 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:00945 0000 0000 0000 0000 0000 0000 0000 0000 0000 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 8000 4000 4000 4000 4000 4000 4000 4000 4000
LL_SRM 4:01009 4000 4000 4000 4000 4000 4000 0000 0000 0000 4000 4000 4800 4800 4000 4000 0000
LL_SRM 4:01025 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01041 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 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 0003 0001 0001 0001 0001
LL_SRM 4:01105 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0002 0002 0001 0008 0008 0000
LL_SRM 4:01121 0000 0004 0004 0001 0001 0000 0000 0000 0000 0001 0000 0000 0000 0000 0000 0000
LL_SRM 4:01137 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0001 0000 0000
LL_SRM 4:01153 0000 0000 0000 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 8000 8000
LL_SRM 4:01217 a000 0000 0000 0000 0000 0000 0000 8000 8000 0000 0000 0000 0000 c000 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 c000 c000 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 44fa 0000 0000 0000 44fa 0000 0000 0000
LL_SRM 4:01409 0000 0000 0000 0000 44fa 0000 0000 0000 44fa 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01425 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01441 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01457 4000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01473 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01489 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 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 0000 0000 0000 0000 0000 0000 0000 0000 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 c000
LL_SRM 4:01601 44f3 c000 44f3 0000 0000 c000 44f3 c000 44f3 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:01617 0000 0000 0000 0000 0000 0000 0000 0000 43fa 0000 43fa 0000 0000 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 0000 0000 0000 0000 0000
LL_SRM 4:01665 0000 0000 0000 0000 0000 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 000a 0e00 0000 00d0 0000 0000 001f 0000 0000 0000 0000 0000 0000
LL_SRM 4:01713 0000 0000 0000 0000 0000 0000 0000 cccd 401c 6666 4026 cccd 400c 999a 4019 3333
LL_SRM 4:01729 3ff3 6666 4006 6666 3fa6 0000 3fc0 999a 3f99 3333 3fb3 0000 0000 0000 0000 0000
LL_SRM 4:01745 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 012c
LL_SRM 4:01761 0000 0000 0000 0000 0000 0000 0000 0000 0000 0050 0000 0000 0046 0046 0032 0046
LL_SRM 4:01777 0046 0046 0046 0046 0046 0046 0046 0046 0064 0064 0064 0064 0064 0064 0064 0064
LL_SRM 4:01793 0064 0064 0064 0000 0000 0000 0000 2800 0000 0000 43fa 0000 4040 003c 0000 0000
LL_SRM 4:01809 0000 0000 0000 0000 0000 0000 0000 0000 0000 43fa 0000 4040 003c 0000 0000 0000
LL_SRM 4:01825 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0078 0006 0000 0000
LL_SRM 4:01841 0000 0000 0000 0000 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 004e 0000 004e 0000 0001
LL_SRM 4:01905 0000 0001 0000 0005 0000 0005 0000 0062 0000 0062 0000 0000 0000 0000 0000 0005
LL_SRM 4:01921 0000 0005 0000 005e 0000 005e 0000 0062 0000 0062 0000 0001 0000 0001 0000 0005
LL_SRM 4:01937 0000 0005 0000 0000 0000 0000 0000 005d 0000 005d 0000 0072 0000 0072 0000 0004
LL_SRM 4:01953 0000 0004 0000 0001 0000 0001 0000 0001 0000 0001 0000 0001 0000 0001 0000 3fd3
LL_SRM 4:01969 0000 41e2 0003 3fd3 0000 41e2 0003 0002 0000 7fa6 0000 83c4 0006 0002 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 0001 5810 3feb
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
LL_SRM 4:06449 0000 000c 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06465 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06481 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06497 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06513 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06529 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06545 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06561 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06577 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06593 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06609 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06625 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06641 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06657 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06673 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06689 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06705 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06721 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06737 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06753 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06769 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06785 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06801 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06817 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06833 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06849 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06865 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06881 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06897 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06913 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06929 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06945 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06961 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06977 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:06993 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07009 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07025 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07041 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07057 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07073 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07089 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07105 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07121 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07137 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07153 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07169 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07185 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 c001
LL_SRM 4:07201 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07217 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07233 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07249 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07265 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07281 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07297 0000 0000 0000 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07313 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07329 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07345 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07361 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07377 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07393 0000 0000 0000 0000 0000 0000 0000 0031 0002 0000 0002 0000 0000 0000 0000 0000
LL_SRM 4:07409 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07425 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07441 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07457 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07473 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
LL_SRM 4:07489 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0001
LL_SRM 0:00001 1000000000000000 0100000000000000 0000000000000000 0001000000000001
LL_SRM 1:00001 1111111000111000 0010000010000010 1000111000111000 1110001110001100
LL_SRM 1:00065 1000001000001000 0010000010000000 0000001010100000 001101
LL_SRD 0:00001 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 1:00001 0000000000000000 0000000000000000 0000000000000000 0000000000000000
LL_SRD 1:00065 0000000000000000 0000000000000000 0000000000000000 000000
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 "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 "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 "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 "PLC_KLOK" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 10 9 "07/10/02 14:43:58" 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 "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 "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 "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 "OPSTART" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 13 8 "09/27/05 12:49:01" 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 "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 "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 "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 "DFB_DIGA" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 27 9 "07/10/02 14:43:58" 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 "PULSPAUZ" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 7 8 "07/10/02 14:39:03" 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 "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 "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 "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 "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 "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 "DFB_ANA" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 23 9 "07/10/02 14:44:02" 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 "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 "CBW_SLA" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 5 9 "05/21/02 09:22:07" NR_FORMP: 5
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Verzend" ID_4 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "TimeOut" ID_5 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Ontvang" ID_6 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "Tijd" ID_7 SHOW POSL 3 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE TIME TEXT:
VS_FFB "DFB_REGE" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 25 9 "07/10/02 14:44:11" NR_FORMP: 24
VS_FRM "$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 "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 "STORING" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 21 8 "04/26/02 13:40:03" 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 "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_RA" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 20 9 "06/27/02 14:20:14" NR_FORMP: 22
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 "Storing" ID_37 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE 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 "MeldExt" ID_62 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "AutoO" ID_65 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VrijO" ID_66 SHOW POSL 5 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 "SturAuto" ID_78 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "SturHand" ID_79 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Stuur" ID_80 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "SturHdU" ID_81 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "LTydGew" ID_82 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL VAL: 20.0 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 "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 "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 "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 "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 "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 "LE_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 "FILT_M3" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 10 8 "08/30/06 16:29:22" 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 "OutQtot" ID_7 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "Puls_m3" ID_23 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "in_Qtot" ID_24 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE REAL TEXT:
VS_FRM "in_Reset" ID_25 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "FilterNr" ID_26 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "FilterIn" ID_27 SHOW POSL 8 FP_IO_INPUT FP_INP_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 "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 "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 "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_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 "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 "SUB_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 INT 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 "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 "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 "TOT_KWH" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 7 8 "07/10/02 14:44:05" 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 "07/10/02 14:44:07" NR_FORMP: 6
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "Qtot1" ID_7 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Qtot2" ID_12 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Qtot1_in" ID_15 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Qtot2_in" ID_16 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE DINT TEXT:
VS_FRM "Puls_m3" ID_23 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FFB "TOT_HRS" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 8 8 "07/10/02 14:44:05" NR_FORMP: 7
VS_FRM "$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 "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 "DFB_ABS" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 17 9 "07/10/02 14:44:00" 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 "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 "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 "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 "DFB_DOL" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 20 9 "07/10/02 14:44:04" 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 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 "MeldExt2" ID_67 SHOW POSL 11 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 "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 "DRDBRK16" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 19 9 "09/27/05 12:48:55" 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 "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 "EQ_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 "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 "CBW_MSTR" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 5 9 "11/02/05 13:16:26" 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 "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 "WIN_STF7" ANYPIN_NO FBTK_DFB HEIGHT/WIDTH: 28 10 "08/24/06 12:23:53" NR_FORMP: 46
VS_FRM "$datrf" ID_3 SHOW POSR 1 FP_IO_OUTPUT FP_OUTP_DFB_DATA_AREA FP_LOC_HIDDEN IEC_DATAAREAREF TEXT:
VS_FRM "StapNrIn" ID_8 SHOW POSL 2 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "St1Wrd1" ID_9 SHOW POSL 4 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "St2Wrd1" ID_11 SHOW POSL 6 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StrtP1" ID_15 SHOW POSR 2 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "St3Wrd1" ID_16 SHOW POSL 8 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "St4Wrd1" ID_17 SHOW POSL 10 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StafTIn" ID_21 SHOW POSL 19 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE INT TEXT:
VS_FRM "StrtP2" ID_22 SHOW POSR 3 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP3" ID_23 SHOW POSR 4 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP4" ID_24 SHOW POSR 5 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP5" ID_25 SHOW POSR 6 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP6" ID_26 SHOW POSR 7 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP7" ID_27 SHOW POSR 8 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP8" ID_28 SHOW POSR 9 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP9" ID_29 SHOW POSR 10 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP10" ID_30 SHOW POSR 11 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP11" ID_31 SHOW POSR 12 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP12" ID_32 SHOW POSR 13 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP13" ID_33 SHOW POSR 14 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP14" ID_34 SHOW POSR 15 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP15" ID_35 SHOW POSR 16 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP16" ID_36 SHOW POSR 17 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP17" ID_37 SHOW POSR 18 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP18" ID_38 SHOW POSR 19 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP19" ID_39 SHOW POSR 20 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP20" ID_40 SHOW POSR 21 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP21" ID_41 SHOW POSR 22 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "St1Wrd2" ID_43 SHOW POSL 5 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "St2Wrd2" ID_44 SHOW POSL 7 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "St3Wrd2" ID_45 SHOW POSL 9 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "St4Wrd2" ID_46 SHOW POSL 11 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "PmpUitW1" ID_47 SHOW POSL 21 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "PmpUitW2" ID_48 SHOW POSL 22 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "St5Wrd1" ID_49 SHOW POSL 12 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "St5Wrd2" ID_50 SHOW POSL 13 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "StrtP22" ID_51 SHOW POSR 23 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP23" ID_52 SHOW POSR 24 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP24" ID_53 SHOW POSR 25 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "StrtP25" ID_54 SHOW POSR 26 FP_IO_OUTPUT FP_OUTP_CARRY_STATE FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VrTrafo1" ID_55 SHOW POSL 25 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "VrTrafo2" ID_56 SHOW POSL 26 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE BOOL TEXT:
VS_FRM "St6Wrd1" ID_57 SHOW POSL 14 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "St6Wrd2" ID_58 SHOW POSL 15 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "St7Wrd1" ID_59 SHOW POSL 16 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FRM "St7Wrd2" ID_60 SHOW POSL 17 FP_IO_INPUT FP_INP_NORMAL FP_LOC_OUTSIDE WORD TEXT:
VS_FFB "REAL_TO_DINT" 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 DINT TEXT:
CP_GV1 "DI_PLC1_FITS041_PulsM3" 1:63 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Debietmeting (puls) ruwwater toevoer rechts
CP_GV1 "DI_PLC1_XV041_MeldO" 1:98 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Paniekafsluiter ruwwater XV041 Open melding
CP_GV1 "DI_PLC1_XV041_MeldD" 1:99 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Paniekafsluiter ruwwater XV041 Dicht melding
CP_GV1 "PLC1_Matrix_Stap5Wrd1" 4:1709 IEC_WORD_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 "PLC1_Matrix_Stap5Wrd2" 4:1710 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap5Laag" 4:1736 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap5Hoog" 4:1738 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_ZuivCap_InstFilter" 4:1760 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling op SCADA zuiveringscapaciteit per filter
CP_GV2 "PLC1_AlgStorPLC1_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Algemeen" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE 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_GVS "Rangeren" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE 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_GV1 "DI_PLC1_FS001_Meld" 1:4 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 1 Melding flow
CP_GV1 "DI_PLC1_LAH001_Meld" 1:5 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 1 Water op vloer detectie 
CP_GV2 "PLC1_P004_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_FS002_Meld" 1:10 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 2 Melding flow
CP_GV1 "DI_PLC1_LAH002_Meld" 1:11 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 2 Water op vloer detectie 
CP_GV2 "PLC1_Storing_Zuiveringscap" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P005_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FITS041_AcofTijd" 4:915 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "DI_PLC1_FS012_Meld" 1:48 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 12 Melding flow
CP_GV1 "DI_PLC1_LAH012_Meld" 1:49 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 12 Water op vloer detectie 
CP_GV2 "PLC1_P007_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P008_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P009_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_FS027_Meld" 1:92 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 27 Melding flow
CP_GV1 "DI_PLC1_LAH027_Meld" 1:93 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 27 Water op vloer detectie 
CP_GV1 "DI_PLC1_FS026_Meld" 1:86 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 26 Melding flow
CP_GV1 "DI_PLC1_LAH026_Meld" 1:87 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 26 Water op vloer detectie 
CP_GV1 "DI_PLC1_FS025_Meld" 1:80 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 25 Melding flow
CP_GV1 "DI_PLC1_LAH025_Meld" 1:81 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 25 Water op vloer detectie 
CP_GV1 "PLC1_FCV042_AcofTijd" 4:923 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_FS024_Meld" 1:74 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 24 Melding flow
CP_GV1 "DI_PLC1_LAH024_Meld" 1:75 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 24 Water op vloer detectie 
CP_GV2 "PLC1_P012_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FCV042_Uitsturing" 4:1830 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_XV042_MeldO" 1:101 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Paniekafsluiter ruwwater
CP_GV1 "DI_PLC1_XV042_MeldD" 1:102 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Paniekafsluiter ruwwater
CP_GV1 "PLC1_FCV042_StatBed" 4:1023 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_FS023_Meld" 1:68 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 23 Melding flow
CP_GV1 "DI_PLC1_LAH023_Meld" 1:69 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 23 Water op vloer detectie 
CP_GV1 "DI_PLC1_FS022_Meld" 1:60 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 22 Melding flow
CP_GV1 "DI_PLC1_LAH022_Meld" 1:61 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 22 Water op vloer detectie 
CP_GV1 "DI_PLC1_FS021_Meld" 1:54 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 21 Melding flow
CP_GV1 "DI_PLC1_LAH021_Meld" 1:55 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 21 Water op vloer detectie 
CP_GV2 "PLC1_P027_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_FS004_Meld" 1:16 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 4 Melding flow
CP_GV1 "DI_PLC1_LAH004_Meld" 1:17 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 4 Water op vloer detectie 
CP_GV2 "PLC1_P026_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_FS005_Meld" 1:22 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 5 Melding flow
CP_GV1 "DI_PLC1_LAH005_Meld" 1:23 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 5 Water op vloer detectie 
CP_GV2 "PLC1_P025_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P024_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_FS007_Meld" 1:28 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 7 Melding flow
CP_GV1 "DI_PLC1_LAH007_Meld" 1:29 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 7 Water op vloer detectie 
CP_GV2 "PLC1_P023_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_FS008_Meld" 1:36 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 8 Melding flow
CP_GV1 "DI_PLC1_LAH008_Meld" 1:37 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 8 Water op vloer detectie 
CP_GV2 "PLC1_P022_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_FS009_Meld" 1:42 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 9 Melding flow
CP_GV1 "DI_PLC1_LAH009_Meld" 1:43 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 9 Water op vloer detectie 
CP_GV2 "PLC1_P021_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_AlwPri_Verzameld1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FCV042_StatBedr" 4:1123 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FCV042_Beschik" 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 "PLC1_FCV042_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FCV042_SturHdU" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FCV042_AlwPri" 4:1223 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FCV042_AlwSec" 4:1323 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FCV042_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FCV042_SPHand" 4:1828 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FCV042_OndWrd" 4:823 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FCV042_PriWrd" 4:723 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FCV042_MeldExt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FCV042_BedWrd" 4:623 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FCV042_Stuur" IEC_ANL_OUT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Regelafsluiter ruwwater
CP_GV2 "PLC1_FITS041_AnalogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Debietmeting ruwwater
CP_GV2 "PLC1_FITS042_AnalogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Debietmeting ruwwater
CP_GV2 "PLC1_FCV041_Stuur" IEC_ANL_OUT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Regelafsluiter ruwwater
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_GV2 "PLC1_Cmd_SecundairAlarm" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC041HWReg_PriWrd" 4:724 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE 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 "Prod_besturing" 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 "Afsluiters" 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 "WebBrowser" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC1_FITS041_BedWrd" 4:615 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC1_FITS041_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 "PLC1_FITS041_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 "PLC1_FITS041_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 "PLC1_FITS041_InstH" 4:1606 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Hoog-instelling vanaf SCADA
CP_GV1 "PLC1_FITS041_InstL" 4:1612 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Laag-instelling vanaf SCADA
CP_GV1 "PLC1_FITS041_InstLL" 4:1618 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing LaagLaag instelling vanaf SCADA
CP_GV1 "PLC1_FITS041_InstPla" 4:1624 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Plausibiliteit vanaf SCADA
CP_GV1 "PLC1_FITS041_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 "PLC1_FITS041_OndWrd" 4:815 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV2 "PLC1_FITS041_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FITS041_Meetw" 4:1450 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV2 "PLC1_FITS041_StrHH" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FITS041_StrH" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FITS041_StrL" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FITS041_StrLL" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FITS041_StrMw" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FITS041_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 "PLC1_FITS041_AlwSec" 4:1315 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC1_FIC041_ExtGew" 4:1848 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC042_PValue" 4:1824 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Simulatie_actief" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC041HWReg_OndWrd" 4:820 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC041HWReg_AcofTijd" 4:924 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC041HWReg_StatBedr" 4:1124 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC3_LIT60101_Meetw" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Meetwaarde 
CP_GV1 "PLC1_FITS042_BedWrd" 4:616 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC1_FITS042_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 "PLC1_FITS042_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 "PLC1_FITS042_InstHH" 4:1602 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing HoogHoog instelling vanaf SCADA
CP_GV1 "PLC1_FITS042_InstH" 4:1608 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Hoog-instelling vanaf SCADA
CP_GV1 "PLC1_FITS042_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 "PLC1_FITS042_InstLL" 4:1620 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing LaagLaag instelling vanaf SCADA
CP_GV1 "PLC1_FITS042_InstPla" 4:1626 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing Plausibiliteit vanaf SCADA
CP_GV1 "PLC1_FITS042_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 "PLC1_FITS042_OndWrd" 4:816 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV2 "PLC1_FITS042_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FITS042_AcofTijd" 4:916 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_FITS042_Meetw" 4:1452 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV2 "PLC1_FITS042_StrHH" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FITS042_StrH" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FITS042_StrL" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FITS042_StrLL" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FITS042_StrMw" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FITS042_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 "PLC1_FITS042_AlwSec" 4:1316 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GVS "Winpompen" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC1_FIC042HWReg_StatBedr" 4:1125 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC042HWReg_PriWrd" 4:725 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Cmd_ColdStart" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Cmd_HotStart" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Cmd_Error" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_PLC_Status" PLCSTATE INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_DIO_Status" DIOSTATE INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC042HWReg_OndWrd" 4:825 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC042HWReg_AcofTijd" 4:925 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC042HWReg_BedWrd" 4:625 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_PLC_Batterij" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC041HWReg_BedWrd" 4:624 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KlokIn" 4:77 KLOK_struc INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Klokset" 4:76 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Klok_DagNr" 4:1834 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Klok_Uur" 4:1835 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Klok_Minuut" 4:1836 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Klok_DagTijd" 4:1837 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Uitgang Status DagTijd
CP_GV1 "PLC1_Klok_Weekdag" 4:1838 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Uitgang Status Weekdag
CP_GV2 "PLC1_SecPuls_1cyclus" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Klok_KnipPuls" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_Winputten" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Aantal winputten in storing Winning Drongelen
CP_GV1 "PLC1_CommWrd3_van_PLC5" 4:6554 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord van PLC 5 
CP_GV2 "PLC5_P013_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P014_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P015_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P016_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P017_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC041_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 "PLC1_FIC041_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 "PLC1_FIC041_PActie" 4:1804 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing P-actie apparaat van SCADA
CP_GV1 "PLC1_FIC041_IActie" 4:1806 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing I-Actie apparaat van SCADA
CP_GV2 "PLC1_FIC041_VolgWrd" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P018_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC041_Stuur" 4:1811 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV2 "PLC1_FIC041_IntGewU" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P001_BedWrd" 4:600 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P001_LokAuto" 1:1 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 1 Auto
CP_GV1 "DI_PLC1_P001_MeldIn" 1:2 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 1 Magneetschakelaar in
CP_GV2 "PLC1_P001_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P001_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 "PLC1_P001_OndWrd" 4:800 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P001_AcofTijd" 4:900 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P001_StatBed" 4:1000 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P001_StatBedr" 4:1100 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P001_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P001_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P001_CmdIn" 0:1 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 1 aansturing pomp
CP_GV1 "PLC1_P001_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 "PLC1_P001_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 "PLC1_P001_Storing" 0:2 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 1 storing pomp
CP_GV1 "PLC1_P002_BedWrd" 4:601 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P002_LokAuto" 1:7 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 2 Auto
CP_GV2 "PLC1_P002_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P002_MeldIn" 1:8 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 2 Magneetschakelaar in
CP_GV2 "PLC1_P002_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P002_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 "PLC1_P002_OndWrd" 4:801 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P002_AcofTijd" 4:901 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P002_StatBed" 4:1001 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P002_StatBedr" 4:1101 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P002_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P002_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P002_CmdIn" 0:3 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 2 aansturing pomp
CP_GV1 "PLC1_P002_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 "PLC1_P002_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 "PLC1_P002_Storing" 0:4 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 2 storing pomp
CP_GV1 "PLC1_P025_BedWrd" 4:612 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P025_LokAuto" 1:77 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 25 Auto
CP_GV2 "PLC1_P025_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P025_MeldIn" 1:78 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 25 Magneetschakelaar in
CP_GV2 "PLC1_P025_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P025_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 "PLC1_P025_OndWrd" 4:812 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P025_AcofTijd" 4:912 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P025_StatBed" 4:1012 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P025_StatBedr" 4:1112 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P025_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P025_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P025_CmdIn" 0:43 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 25 aansturing pomp
CP_GV1 "PLC1_P025_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 "PLC1_P025_AlwSec" 4:1312 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC1_P025_Storing" 0:44 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 25 storing pomp
CP_GV1 "PLC1_P024_BedWrd" 4:605 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P024_LokAuto" 1:71 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 24 Auto
CP_GV2 "PLC1_P024_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P024_MeldIn" 1:72 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 24 Magneetschakelaar in
CP_GV2 "PLC1_P024_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P024_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 "PLC1_P024_OndWrd" 4:805 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P024_AcofTijd" 4:905 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P024_StatBed" 4:1005 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P024_StatBedr" 4:1105 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P024_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P024_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P024_CmdIn" 0:41 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 24 aansturing pomp
CP_GV1 "PLC1_P024_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 "PLC1_P024_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 "PLC1_P024_Storing" 0:42 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 24 storing pomp
CP_GV1 "PLC1_P001_Hrs1" 4:1900 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P001_Hrs2" 4:1902 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV1 "PLC1_P002_Hrs1" 4:1904 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P002_Hrs2" 4:1906 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV1 "PLC1_P024_Hrs1" 4:1920 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P024_Hrs2" 4:1922 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV1 "PLC1_P025_Hrs1" 4:1948 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P025_Hrs2" 4:1950 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV2 "PLC5_P019_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P020_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_Winpompen_Beschikbaar" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P004_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P004_MeldIn" 1:14 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 4 Magneetschakelaar in
CP_GV1 "PLC1_P004_Hrs1" 4:1912 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P004_Hrs2" 4:1914 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV1 "PLC1_P004_BedWrd" 4:603 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P004_LokAuto" 1:13 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 4 Auto
CP_GV2 "PLC1_P004_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P004_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 "PLC1_P004_OndWrd" 4:803 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P004_AcofTijd" 4:903 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P004_StatBed" 4:1003 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P004_StatBedr" 4:1103 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P004_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P004_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P004_CmdIn" 0:5 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 4 aansturing pomp
CP_GV1 "PLC1_P004_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 "PLC1_P004_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 "PLC1_P004_Storing" 0:6 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 4 storing pomp
CP_GV1 "PLC1_P005_BedWrd" 4:604 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P005_LokAuto" 1:19 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 5 Auto
CP_GV2 "PLC1_P005_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P005_MeldIn" 1:20 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 5 Magneetschakelaar in
CP_GV2 "PLC1_P005_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P005_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 "PLC1_P005_OndWrd" 4:804 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P005_AcofTijd" 4:904 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P005_StatBed" 4:1004 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P005_StatBedr" 4:1104 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P005_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P005_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P005_CmdIn" 0:7 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 5 aansturing pomp
CP_GV1 "PLC1_P005_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 "PLC1_P005_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 "PLC1_P005_Storing" 0:8 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 5 storing pomp
CP_GV1 "PLC1_P005_Hrs1" 4:1916 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P005_Hrs2" 4:1918 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV1 "PLC1_P007_BedWrd" 4:606 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P007_LokAuto" 1:25 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 7 Auto
CP_GV2 "PLC1_P007_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P007_MeldIn" 1:26 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 7 Magneetschakelaar in
CP_GV2 "PLC1_P007_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P007_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 "PLC1_P007_OndWrd" 4:806 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P007_AcofTijd" 4:906 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P007_StatBed" 4:1006 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P007_StatBedr" 4:1106 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P007_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P007_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P007_CmdIn" 0:9 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 7 aansturing pomp
CP_GV1 "PLC1_P007_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 "PLC1_P007_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 "PLC1_P007_Storing" 0:10 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 7 storing pomp
CP_GV1 "PLC1_P007_Hrs1" 4:1924 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P007_Hrs2" 4:1926 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV1 "PLC1_P008_BedWrd" 4:607 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P008_LokAuto" 1:33 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 8 Auto
CP_GV2 "PLC1_P008_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P008_MeldIn" 1:34 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 8 Magneetschakelaar in
CP_GV2 "PLC1_P008_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P008_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 "PLC1_P008_OndWrd" 4:807 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P008_AcofTijd" 4:907 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P008_StatBed" 4:1007 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P008_StatBedr" 4:1107 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P008_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P008_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P008_CmdIn" 0:11 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 8 aansturing pomp
CP_GV1 "PLC1_P008_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 "PLC1_P008_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 "PLC1_P008_Storing" 0:12 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 8 storing pomp
CP_GV1 "PLC1_P008_Hrs1" 4:1928 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P008_Hrs2" 4:1930 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV1 "PLC1_P009_BedWrd" 4:608 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P009_LokAuto" 1:39 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 9 Auto
CP_GV2 "PLC1_P009_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P009_MeldIn" 1:40 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 9 Magneetschakelaar in
CP_GV2 "PLC1_P009_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P009_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 "PLC1_P009_OndWrd" 4:808 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P009_AcofTijd" 4:908 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P009_StatBed" 4:1008 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P009_StatBedr" 4:1108 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P009_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P009_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P009_CmdIn" 0:13 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 9 aansturing pomp
CP_GV1 "PLC1_P009_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 "PLC1_P009_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 "PLC1_P009_Storing" 0:14 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 9 storing pomp
CP_GV1 "PLC1_P009_Hrs1" 4:1932 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P009_Hrs2" 4:1934 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV2 "PLC1_P012_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P012_MeldIn" 1:46 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 12 Magneetschakelaar in
CP_GV1 "PLC1_P012_Hrs1" 4:1944 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P012_Hrs2" 4:1946 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV1 "PLC1_P012_BedWrd" 4:611 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P012_LokAuto" 1:45 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 12 Auto
CP_GV2 "PLC1_P012_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P012_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 "PLC1_P012_OndWrd" 4:811 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P012_AcofTijd" 4:911 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P012_StatBed" 4:1011 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P012_StatBedr" 4:1111 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P012_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P012_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P012_CmdIn" 0:33 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 12 aansturing pomp
CP_GV1 "PLC1_P012_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 "PLC1_P012_AlwSec" 4:1311 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC1_P012_Storing" 0:34 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 12 storing pomp
CP_GV1 "PLC1_P027_BedWrd" 4:614 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P027_LokAuto" 1:89 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 27 Auto
CP_GV2 "PLC1_P027_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P027_MeldIn" 1:90 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 27 Magneetschakelaar in
CP_GV2 "PLC1_P027_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P027_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 "PLC1_P027_OndWrd" 4:814 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P027_AcofTijd" 4:914 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P027_StatBed" 4:1014 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P027_StatBedr" 4:1114 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P027_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P027_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P027_CmdIn" 0:47 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 27 aansturing pomp
CP_GV1 "PLC1_P027_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 "PLC1_P027_AlwSec" 4:1314 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC1_P027_Storing" 0:48 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 27 storing pomp
CP_GV1 "PLC1_P026_BedWrd" 4:613 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P026_LokAuto" 1:83 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 26 Auto
CP_GV2 "PLC1_P026_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P026_MeldIn" 1:84 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 26 Magneetschakelaar in
CP_GV2 "PLC1_P026_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P026_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 "PLC1_P026_OndWrd" 4:813 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P026_AcofTijd" 4:913 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P026_StatBed" 4:1013 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P026_StatBedr" 4:1113 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P026_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P026_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P026_CmdIn" 0:45 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 26 aansturing pomp
CP_GV1 "PLC1_P026_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 "PLC1_P026_AlwSec" 4:1313 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC1_P026_Storing" 0:46 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 26 storing pomp
CP_GV1 "PLC1_P027_Hrs1" 4:1956 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P027_Hrs2" 4:1958 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV1 "PLC1_P026_Hrs1" 4:1952 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P026_Hrs2" 4:1954 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV1 "PLC1_P023_BedWrd" 4:602 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P023_LokAuto" 1:65 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 23 Auto
CP_GV2 "PLC1_P023_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P023_MeldIn" 1:66 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 23 Magneetschakelaar in
CP_GV2 "PLC1_P023_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P023_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 "PLC1_P023_OndWrd" 4:802 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P023_AcofTijd" 4:902 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P023_StatBed" 4:1002 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P023_StatBedr" 4:1102 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P023_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P023_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P023_CmdIn" 0:39 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 23 aansturing pomp
CP_GV1 "PLC1_P023_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 "PLC1_P023_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 "PLC1_P023_Storing" 0:40 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 23 storing pomp
CP_GV1 "PLC1_P022_BedWrd" 4:610 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P022_LokAuto" 1:57 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 22 Auto
CP_GV2 "PLC1_P022_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P022_MeldIn" 1:58 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 22 Magneetschakelaar in
CP_GV2 "PLC1_P022_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P022_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 "PLC1_P022_OndWrd" 4:810 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P022_AcofTijd" 4:910 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P022_StatBed" 4:1010 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P022_StatBedr" 4:1110 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P022_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P022_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P022_CmdIn" 0:37 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 22 aansturing pomp
CP_GV1 "PLC1_P022_AlwPri" 4:1210 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV1 "PLC1_P022_AlwSec" 4:1310 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC1_P022_Storing" 0:38 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 22 storing pomp
CP_GV1 "PLC1_P021_BedWrd" 4:609 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "DI_PLC1_P021_LokAuto" 1:51 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 21 Auto
CP_GV2 "PLC1_P021_VrijIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_P021_MeldIn" 1:52 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 21 Magneetschakelaar in
CP_GV2 "PLC1_P021_MeldVk" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P021_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 "PLC1_P021_OndWrd" 4:809 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_P021_AcofTijd" 4:909 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_P021_StatBed" 4:1009 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_P021_StatBedr" 4:1109 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_P021_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P021_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P021_CmdIn" 0:35 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 21 aansturing pomp
CP_GV1 "PLC1_P021_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 "PLC1_P021_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 "PLC1_P021_Storing" 0:36 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 21 storing pomp
CP_GV1 "PLC1_P023_Hrs1" 4:1908 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P023_Hrs2" 4:1910 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV1 "PLC1_P022_Hrs1" 4:1940 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P022_Hrs2" 4:1942 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GV1 "PLC1_P021_Hrs1" 4:1936 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable urenteller naar SCADA
CP_GV1 "PLC1_P021_Hrs2" 4:1938 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaalurenteller naar SCADA
CP_GVS "Winning_Alg" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_Ruwwaterpompen_StoringSec" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_RWP_UitBedrijf" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_RWP_Beschikbaar" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_CommWrd4_van_PLC5" 4:6555 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord van PLC 5 
CP_GV2 "PLC5_Winpompen_Storing" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_CommReal1_van_PLC5" 4:6551 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord van PLC 5
CP_GV2 "PLC5_P013_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P014_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P015_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P016_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P017_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P018_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P019_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P020_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_Winpompen_Productie" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_CommWrd2_naar_PLC5" 4:7501 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 5 
CP_GV1 "PLC1_CommWrd3_naar_PLC5" 4:7502 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 5 
CP_GV2 "PLC1_FIC041_HWRegStoring" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Storing hardwareregelaar
CP_GV2 "PLC1_FIC042_HWRegStoring" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Storing hardwareregelaar
CP_GV2 "PLC1_Cmd_Herstart" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Scada_Accept" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Scada_Reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Accept" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: PLC1 Algemene acceptatie bediend
CP_GV2 "PLC1_Reset" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: PLC1 Algemene reset bediend
CP_GV2 "PLC1_keldernivo" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FITS041_StatBed" 4:1015 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_FITS042_StatBed" 4:1016 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_FlowSwitch1_Meld" 4:1150 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC5_FITS030_Meetw" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Meetwaarde debietmeting 
CP_GV2 "PLC1_AlwPri_Verzameld2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_AlwSec_Verzameld2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_AlwSec_Verzameld1" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Webbrowser_Scada" 4:511 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_XV041_BedWrd" 4:618 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC1_XV041_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_XV041_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 "PLC1_XV041_OndWrd" 4:818 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_XV041_AcofTijd" 4:918 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_XV041_StatBed" 4:1018 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_XV041_StatBedr" 4:1118 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_XV041_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_XV041_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_XV041_CmdO" 0:17 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Paniekafsluiter ruwwater links commando openen
CP_GV1 "PLC1_XV041_CmdD" 0:18 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Paniekafsluiter ruwwater links commando sluiten
CP_GV1 "PLC1_XV041_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 "PLC1_XV041_AlwSec" 4:1318 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV2 "PLC1_XV041_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_XV042_BedWrd" 4:619 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC1_XV042_AutoO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_XV042_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 "PLC1_XV042_OndWrd" 4:819 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_XV042_AcofTijd" 4:919 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_XV042_StatBed" 4:1019 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_XV042_StatBedr" 4:1119 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_XV042_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_XV042_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_XV042_CmdO" 0:51 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Paniekafsluiter ruwwater rechts commando openen
CP_GV1 "PLC1_XV042_CmdD" 0:52 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Paniekafsluiter ruwwater rechts commando openen
CP_GV1 "PLC1_XV042_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 "PLC1_XV042_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 "PLC1_XV042_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P001_Vrijin" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FCV041_BedWrd" 4:622 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC1_FCV041_StatBed" 4:1022 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_FCV041_StatBedr" 4:1122 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC1_FCV041_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 "PLC1_FCV041_AlwSec" 4:1322 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC1_FCV041_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 "PLC1_FCV041_OndWrd" 4:822 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_FCV041_AcofTijd" 4:922 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV2 "PLC1_P001_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P002_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P004_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P005_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P007_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P008_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P009_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P012_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P027_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P026_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P025_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P024_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P023_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P022_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P021_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Productie_PompStoring" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P001_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_P002_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Huidige_ProdStap" 4:1839 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Berekende huidige productie stap 
CP_GV1 "PLC1_Matrix_Stap1Wrd1" 4:1701 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_Stap1Wrd2" 4:1702 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_Stap2Wrd1" 4:1703 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_Stap2Wrd2" 4:1704 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_Stap3Wrd1" 4:1705 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_Stap3Wrd2" 4:1706 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_Stap4Wrd1" 4:1707 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_Stap4Wrd2" 4:1708 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_PutUitWrd1" 4:1711 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_PutUitWrd2" 4:1712 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap1Laag" 4:1720 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap1Hoog" 4:1722 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap2Laag" 4:1724 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap2Hoog" 4:1726 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap3Hoog" 4:1730 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap3Laag" 4:1728 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap4Laag" 4:1732 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap4Hoog" 4:1734 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Keuze_Keldernivo" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Webbrowser_ProdStap" 4:502 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "KelderStap_Auto" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_XS001_Meld" 1:6 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 1 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS002_Meld" 1:12 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 2 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS004_Meld" 1:18 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 4 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS005_Meld" 1:24 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 5 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS007_Meld" 1:30 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 7 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS008_Meld" 1:38 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 8 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS009_Meld" 1:44 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 9 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS012_Meld" 1:50 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 12 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS027_Meld" 1:94 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 27 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS026_Meld" 1:88 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 26 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS025_Meld" 1:82 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 25 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS024_Meld" 1:76 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 24 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS023_Meld" 1:70 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 23 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS022_Meld" 1:62 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 22 Persoonsbeveiliging 
CP_GV1 "DI_PLC1_XS021_Meld" 1:56 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 21 Persoonsbeveiliging 
CP_GV1 "PLC1_FITS041_042_Totaal" 4:1454 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Meetwaarde 
CP_GV2 "PLC1_FCV041_MeldExt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FCV041_Beschik" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FCV041_Paraat" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FCV041_SturHdU" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FCV041_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "DI_PLC1_cmd_Inbraak" 1:117 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Melding inbraak putten Genderen
CP_GV2 "PLC1_hand" 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 "PLC1_FITS041_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FITS030_AnaUit" IEC_ANL_OUT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar lijnschrijver
CP_GV2 "PLC1_Cmd_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Algehele vrijgave PLC 1
CP_GV1 "PLC1_AlgStorPLC1_BedWrd" 4:630 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC1_AlgStorPLC1_StatBed" 4:1030 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_AlgStorPLC1_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 "PLC1_AlgStorPLC1_OndWrd" 4:830 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_AlgStorPLC1_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 "PLC1_AlgStorPLC1_AlwSec" 4:1330 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC1_AlgStorPLC1_AcofTijd" 4:930 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_FIC042_ExtGew" 4:1850 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FITS041_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 "PLC1_FITS041_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 "PLC1_FITS041_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 "PLC1_FITS041_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 "PLC1_FITS042_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 "PLC1_FITS042_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 "PLC1_FITS042_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 "PLC1_FITS042_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 "PLC1_FIC041_InstAfw" 4:1802 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing max afwijking vanaf SCADA
CP_GV1 "PLC1_FIC041_Setpoint" 4:1807 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing hand-setpoint vanaf SCADA
CP_GV1 "PLC1_FIC041_PValue" 4:1809 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing P-Value apparaat naar SCADA
CP_GV1 "PLC1_FCV041_SPHand" 4:1813 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing hand-setpoint vanaf SCADA
CP_GV1 "PLC1_AlgStorPLC1_StatBedr" 4:1130 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC1_FCV041_Uitsturing" 4:1815 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing meetwaarde naar SCADA
CP_GV1 "PLC1_FITS041_Qtot1" 4:1968 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable debietteller naar SCADA
CP_GV1 "PLC1_FITS041_m3totaal" 4:1970 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaaldebietteller naar SCADA
CP_GV1 "DI_PLC1_FITS042_PulsM3" 1:95 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Debietmeting (puls) ruwwater toevoer links
CP_GV1 "PLC1_FITS042_Qtot1" 4:1972 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable debietteller naar SCADA
CP_GV1 "PLC1_FITS042_m3totaal" 4:1974 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaaldebietteller naar SCADA
CP_GV2 "PLC3_Cmd_Watchdog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_MeldDrbr_AnaloogIn_Slot5" 3:17 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Koude_Start" 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 "PLC1_Regelaar_Watchdog" 0:64 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Watchdog t.b.v. hardwareregelaar
CP_GV2 "PLC1_FITS042_Vrijgave" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_HandSturing_ProdStap" 4:1750 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Dummy" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_CommReal1_naar_PLC2" 4:7201 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 2
CP_GV1 "PLC1_BK01_BedWrd" 4:617 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_VertrTijd" 4:1700 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_ReserveWrd1" 4:1713 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_ReserveWrd2" 4:1714 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Aantal_putten_in_storing" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Cmd_2PuttenGestoord" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Keuze_Hand" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_BK01_PriWrd" 4:717 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_BK01_OndWrd" 4:817 IEC_WORD_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_GV1 "PLC1_BK01_StatBedr" 4:1117 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_TimeOut_PLC2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Storing time-out tussen BK01 <-> BK02
CP_GV1 "PLC1_BK01_AlwPri" 4:1217 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_BK01_AlwSec" 4:1317 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_TimeOut_PLC3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_BK01_AcofTijd" 4:917 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_TimeOut_PLC4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Netwachters_In" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_WinningGenderen_kWhTot1" 4:1976 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaal kWhteller naar SCADA
CP_GV1 "PLC1_Ruwwaterdebiet_QTot1" 4:1978 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable debietteller naar SCADA
CP_GV2 "PLC1_Cmd_ResetRapp" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_ZuivCap_InstWinputKl" 4:1771 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Ruwwaterpompen_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Ruwwaterregeling_VerzStor" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Opstart_Default" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV1 "PLC1_WebBrowser_Stor1" 4:500 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_WebBrowser_Stor2" 4:501 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_WebBrowser_Accept" 4:504 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_WebBrowser_Reset" 4:505 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Webbrowser_KeuzeModel" 4:510 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Webbrowser_ModelStat" 4:509 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_StartHandScada" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_StartKeldernivoScada" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Webbrowser_ProdSCADA" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Ruwwaterdebiet_m3totaal" 4:1980 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaaldebietteller naar SCADA
CP_GV2 "PLC5_Cmd_Watchdog" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "KelderStap_AutoGewenst" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "KelderStap_Toevoegen" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "KelderStap_Minderen" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "KelderStap0_Stap1" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "KelderStap1_Stap2" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "KelderStap2_Stap3" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "KelderStap3_Stap4" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "KelderStap4_Stap5" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Stap5_SchakelLaag" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "Stap5_SchakelHoog" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_GewCap_Totaal" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC041HWReg_Auto" 0:19 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Automaatbedrijf hardwareregelaar
CP_GV1 "PLC1_FIC042HWReg_Auto" 0:53 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Automaatbedrijf hardwareregelaar
CP_GV1 "DI_PLC1_P001_Hoofdstroom" 1:3 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 1 Hoofdstroom
CP_GV1 "DI_PLC1_P002_Hoofdstroom" 1:9 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 2 Hoofdstroom
CP_GV1 "DI_PLC1_P004_Hoofdstroom" 1:15 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 4 Hoofdstroom
CP_GV1 "DI_PLC1_P005_Hoofdstroom" 1:21 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 5 Hoofdstroom
CP_GV1 "DI_PLC1_P007_Hoofdstroom" 1:27 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 7 Hoofdstroom
CP_GV1 "DI_PLC1_StepUp_LadeIn" 1:31 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Trafo step up puttenveld Lade in
CP_GV1 "DI_PLC1_StepUp_LadeSt" 1:32 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Trafo step up puttenveld Lade storing
CP_GV1 "DI_PLC1_P008_Hoofdstroom" 1:35 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 8 Hoofdstroom
CP_GV1 "DI_PLC1_P009_Hoofdstroom" 1:41 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 9 Hoofdstroom
CP_GV1 "DI_PLC1_P012_Hoofdstroom" 1:47 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 12 Hoofdstroom
CP_GV1 "DI_PLC1_P021_Hoofdstroom" 1:53 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 21 Hoofdstroom
CP_GV1 "DI_PLC1_P022_Hoofdstroom" 1:59 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 22 Hoofdstroom
CP_GV1 "DI_PLC1_P023_Hoofdstroom" 1:67 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 23 Hoofdstroom
CP_GV1 "DI_PLC1_P024_Hoofdstroom" 1:73 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 24 Hoofdstroom
CP_GV1 "DI_PLC1_P025_Hoofdstroom" 1:79 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 25 Hoofdstroom
CP_GV1 "DI_PLC1_P026_Hoofdstroom" 1:85 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 26 Hoofdstroom
CP_GV1 "DI_PLC1_P027_Hoofdstroom" 1:91 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 27 Hoofdstroom
CP_GV1 "DI_PLC1_BK01_KlepNietAuto" 1:97 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 1 klep niet auto
CP_GV1 "DI_PLC1_P001_LadeIn" 1:103 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 1 Lade in
CP_GV1 "DI_PLC1_P001_LadeSt" 1:104 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 1 Lade storing
CP_GV1 "DI_PLC1_P012_LadeIn" 1:105 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 12 Lade in
CP_GV1 "DI_PLC1_P012_LadeSt" 1:106 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 12 Lade storing
CP_GV1 "DI_PLC1_P022_LadeIn" 1:107 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 22 Lade in
CP_GV1 "DI_PLC1_P022_LadeSt" 1:108 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 22 Lade storing
CP_GV1 "DI_PLC1_P025_LadeIn" 1:109 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 25 Lade in
CP_GV1 "DI_PLC1_P025_LadeSt" 1:110 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 25 Lade storing
CP_GV1 "DI_PLC1_P026_LadeIn" 1:111 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 26 Lade in
CP_GV1 "DI_PLC1_P026_LadeSt" 1:112 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 26 Lade storing
CP_GV1 "DI_PLC1_P027_LadeIn" 1:113 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 27 Lade in
CP_GV1 "DI_PLC1_P027_LadeSt" 1:114 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Winput 27 Lade storing
CP_GV1 "DI_PLC1_StepUp_Puls" 1:115 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Trafo step up puttenveld kWh puls
CP_GV1 "DI_PLC1_MCC2A_Puls" 1:116 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Rail 2A van HV01 winputten kWh puls
CP_GV1 "DI_PLC1_BK01_24VDC" 1:118 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: BK01 storing 24VDC
CP_GV1 "DI_PLC1_BK01_230V" 1:119 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: BK01 storing 230V
CP_GV2 "PLC1_Klok_SecPuls" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Seconde puls
CP_GV1 "PLC1_FIC041_BedWrd" 4:620 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV1 "PLC1_FIC042_BedWrd" 4:621 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienwoord vanaf SCADA
CP_GV2 "PLC1_RIO_Status" RIOSTATE INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC041_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 "PLC1_FIC042_PriWrd" 4:721 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair woord van SCADA
CP_GV2 "PLC1_Warme_Start" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC041_OndWrd" 4:820 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV1 "PLC1_FIC042_OndWrd" 4:821 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing onderdrukwoord vanaf SCADA
CP_GV2 "PLC1_XV041_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Vrijgave open
CP_GV1 "PLC1_FIC041_StatBed" 4:1020 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV1 "PLC1_FIC042_StatBed" 4:1021 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedienstatus naar SCADA
CP_GV2 "PLC1_XV042_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Vrijgave open
CP_GV1 "PLC1_FIC041_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 "PLC1_FIC042_AlwPri" 4:1221 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing primair alarmwoord naar SCADA
CP_GV2 "PLC1_FCV041_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Vrijgave open
CP_GV1 "PLC1_FIC041_AlwSec" 4:1320 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC1_FIC042_AlwSec" 4:1321 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing secundair alarmwoord naar SCADA
CP_GV1 "PLC1_Ruwwaterverdeling_Keuze" 4:1843 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Keuze ruwwaterverdeling setpoint FIC041 en FIC042 
CP_GV2 "PLC5_P013_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_cmd_Watchdog2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P014_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P015_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P016_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P017_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P018_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P019_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P020_Productie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P013_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P014_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Status_van_Scada" 4:1800 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Bediening status van Scada
CP_GV1 "PLC1_Status_naar_Scada" 4:1801 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Bediening status naar Scada
CP_GV1 "PLC1_StepUp_kWh1" 4:1960 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable kWhteller naar SCADA
CP_GV1 "PLC1_StepUp_kWh2" 4:1962 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaal kWhteller naar SCADA
CP_GV1 "PLC1_MCC2A_kWh1" 4:1964 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing resettable kWhteller naar SCADA
CP_GV1 "PLC1_MCC2A_kWh2" 4:1966 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaal kWhteller naar SCADA
CP_GV2 "PLC5_P015_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P016_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_CommWrd1_van_PLC2" 4:6250 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord van PLC 2 
CP_GV2 "PLC1_cmd_Watchdog3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_CommWrd1_van_PLC3" 4:6350 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord van PLC 3 
CP_GV2 "PLC1_cmd_Watchdog4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_CommWrd1_van_PLC4" 4:6450 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord van PLC 4 
CP_GV2 "PLC1_cmd_Watchdog5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_CommWrd1_van_PLC5" 4:6550 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord van PLC 5 
CP_GV2 "PLC1_TimeOut_met_PLC2" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FCV042_VrijO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Vrijgave open
CP_GV1 "PLC1_FIC041_AcofTijd" 4:920 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_FIC042_AcofTijd" 4:921 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing acoftijd vanaf SCADA
CP_GV1 "PLC1_FITS041_StaWrd" 4:1115 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC1_FITS042_StaWrd" 4:1116 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_FIC041_Auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC041_StatBedr" 4:1120 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV1 "PLC1_FIC042_StatBedr" 4:1121 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing bedrijfsstatus naar SCADA
CP_GV2 "PLC1_BK01_230V" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_BK01_24VDC" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_BK01_KlepNietAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_cmd_Inbraak" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FITS041_PulsM3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FITS042_PulsM3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS001_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS002_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS004_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS005_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS007_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS008_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS009_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS012_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS021_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS022_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS023_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS024_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS025_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS026_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FS027_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH001_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH002_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH004_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH005_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH007_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH008_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH009_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH012_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH021_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH022_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH023_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH024_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH025_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH026_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_LAH027_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_MCC2A_Puls" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P001_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P001_LadeIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P001_LadeSt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P001_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P001_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P002_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P002_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P002_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P004_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P004_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P004_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P005_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P005_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P005_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P007_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P007_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P007_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P008_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P008_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P008_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P009_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P009_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P009_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P012_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P012_LadeIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P012_LadeSt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P012_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P012_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P021_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P021_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P021_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P022_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P022_LadeIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P022_LadeSt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P022_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P022_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P023_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P023_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P023_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P024_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P024_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P024_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P025_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P025_LadeIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P025_LadeSt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P025_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P025_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P026_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P026_LadeIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P026_LadeSt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P026_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P026_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P027_Hoofdstroom" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P027_LadeIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P027_LadeSt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P027_LokAuto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_P027_MeldIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_StepUp_LadeIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_StepUp_LadeSt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_StepUp_Puls" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS001_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS002_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS004_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS005_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS007_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS008_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS009_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS012_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS021_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS022_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS023_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS024_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS025_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS026_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XS027_Meld" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XV041_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XV041_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XV042_MeldD" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_XV042_MeldO" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT:
CP_GVS "Vrijgave_Objecten" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_TimeOut_met_PLC3" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_TimeOut_met_PLC4" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_TimeOut_met_PLC5" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_CommWrd1_naar_PLC2" 4:7200 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 2
CP_GV1 "PLC1_CommWrd1_naar_PLC3" 4:7300 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 3
CP_GV1 "PLC1_CommWrd1_naar_PLC4" 4:7400 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 4
CP_GV1 "PLC1_CommWrd1_naar_PLC5" 4:7500 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 5 
CP_GV1 "PLC1_FIC042_Setpoint" 4:1822 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC042_MeetwMax" 4:1416 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC042_MeetwMin" 4:1418 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC042_PActie" 4:1819 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC042_IActie" 4:1821 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC042_VolgWrd" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC042_Auto" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC042_InstAfw" 4:1817 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC042_Stuur" 4:1826 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC042_IntGewU" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GVS "Regelaars" SECT_CTRL INIT: FALSE 0 EXP: FALSE RET: TRUE READONLY: FALSE MAS: FALSE TEXT:
CP_GV2 "PLC1_FIC041_IntGew" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC041_KeuzeSW" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Keuze software regelaar op SCADA
CP_GV2 "PLC1_FIC041_KeuzeHW" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Keuze hardware regelaar op SCADA
CP_GV1 "PLC1_Webbrowser_FIC041_Keuze" 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 "PLC1_FIC041_CmdSWregelaar" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC041_CmdHWregelaar" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC041_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC041HWReg_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Webbrowser_FIC041_Act" 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 "PLC1_FIC041_AlwPriTemp" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC041_AlwSecTemp" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC041HWReg_AlwPri" 4:1224 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC041HWReg_AlwSec" 4:1324 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Webbrowser_FIC041_Setpoint" 4:513 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Webbrowser_FIC041_SPact" 4:515 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC042_KeuzeSW" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Keuze software regelaar op SCADA
CP_GV2 "PLC1_FIC042_KeuzeHW" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Keuze hardware regelaar op SCADA
CP_GV1 "PLC1_Webbrowser_FIC042_Keuze" 4:522 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 "PLC1_FIC042_CmdSWregelaar" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC042_CmdHWregelaar" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC042_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC042HWReg_Storing" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Webbrowser_FIC042_Act" 4:524 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_GV1 "PLC1_Webbrowser_FIC042_Setpoint" 4:523 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Webbrowser_FIC042_SPact" 4:525 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC042_IntGew" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC042_AlwPriTemp" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC042_AlwSecTemp" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC042HWReg_AlwPri" 4:1225 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FIC042HWReg_AlwSec" 4:1325 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P017_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P018_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P019_Reserve" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC5_P020_Reserve" 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 "PLC3_Cmd_BlokkeerProductie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC2_Cmd_RuwwaterAfslDicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Alle ruwwater aanvoerafsluiters dicht
CP_GV2 "PLC5_TotAantalPompen_100m3" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_GewCap_SubTot1" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_CommWrd2_van_PLC5" 4:6553 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord van PLC 5
CP_GV1 "PLC1_CommReal1_van_PLC3" 4:6351 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord van PLC 3
CP_GV1 "DI_PLC1_FIC041_HWRegStoring" 1:64 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Storing hardware regelaar
CP_GV1 "DI_PLC1_FIC042_HWRegStoring" 1:95 IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Storing hardware regelaar
CP_GV1 "PLC1_LIT60101_Meetw" 4:1456 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Meetwaarde reinwaterkelders 
CP_GV2 "PLC1_LIT60101_AnalogIn" IEC_ANL_IN_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Niveaumeting reinwaterkelders
CP_GV2 "PLC1_Cmd_BlokkeerProductie" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Reinwaterkelders_Meetwaarde" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_LIT60101_MeldDrbr" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC2_FL001_ResetTeller" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Reset teller volume na spoelbeurt
CP_GV2 "PLC1_FL001_m3totaal" IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Volume gefilterd ruwwater vanaf laatste spoelbeurt
CP_GV1 "PLC1_CommDint1_naar_PLC2" 4:7203 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 2
CP_GV2 "PLC1_FL002_m3totaal" IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Volume gefilterd ruwwater vanaf laatste spoelbeurt
CP_GV2 "PLC1_FL003_m3totaal" IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Volume gefilterd ruwwater vanaf laatste spoelbeurt
CP_GV2 "PLC1_FL004_m3totaal" IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Volume gefilterd ruwwater vanaf laatste spoelbeurt
CP_GV2 "PLC1_FL005_m3totaal" IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Volume gefilterd ruwwater vanaf laatste spoelbeurt
CP_GV2 "PLC1_FL006_m3totaal" IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Volume gefilterd ruwwater vanaf laatste spoelbeurt
CP_GV1 "PLC1_CommDint2_naar_PLC2" 4:7205 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 2
CP_GV1 "PLC1_CommDint3_naar_PLC2" 4:7207 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 2
CP_GV1 "PLC1_CommDint4_naar_PLC2" 4:7209 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 2
CP_GV1 "PLC1_CommDint5_naar_PLC2" 4:7211 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 2
CP_GV1 "PLC1_CommDint6_naar_PLC2" 4:7213 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 2
CP_GV2 "PLC2_FL002_ResetTeller" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Reset teller volume na spoelbeurt
CP_GV2 "PLC2_FL003_ResetTeller" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Reset teller volume na spoelbeurt
CP_GV2 "PLC2_FL004_ResetTeller" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Reset teller volume na spoelbeurt
CP_GV2 "PLC2_FL005_ResetTeller" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Reset teller volume na spoelbeurt
CP_GV2 "PLC2_FL006_ResetTeller" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Reset teller volume na spoelbeurt
CP_GV2 "PLC2_FL006_StatIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Filter in status Filtreren
CP_GV2 "PLC2_FL005_StatIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Filter in status Filtreren
CP_GV2 "PLC2_FL004_StatIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Filter in status Filtreren
CP_GV2 "PLC2_FL003_StatIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Filter in status Filtreren
CP_GV2 "PLC2_FL002_StatIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Filter in status Filtreren
CP_GV2 "PLC2_FL001_StatIn" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Filter in status Filtreren
CP_GV1 "PLC1_GewCap_BrutoSP" 4:1844 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Bruto setpoint gewenste capaciteit
CP_GV1 "PLC1_GewCap_NettoSP" 4:1846 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Netto setpoint gewenste capaciteit
CP_GV1 "PLC1_GewCap_Factor" 4:1770 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Factor bruto/netto setpoint gewenste capaciteit
CP_GV1 "PLC1_P001_InstDebiet" 4:1773 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Instelling debiet winput 1 
CP_GV1 "PLC1_P002_InstDebiet" 4:1774 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P023_InstDebiet" 4:1775 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P004_InstDebiet" 4:1776 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P005_InstDebiet" 4:1777 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P024_InstDebiet" 4:1778 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P007_InstDebiet" 4:1779 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P008_InstDebiet" 4:1780 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P009_InstDebiet" 4:1781 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P012_InstDebiet" 4:1782 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P021_InstDebiet" 4:1783 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P022_InstDebiet" 4:1784 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P025_InstDebiet" 4:1785 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P026_InstDebiet" 4:1786 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P027_InstDebiet" 4:1787 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P013_InstDebiet" 4:1788 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P014_InstDebiet" 4:1789 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P015_InstDebiet" 4:1790 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P016_InstDebiet" 4:1791 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P017_InstDebiet" 4:1792 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P018_InstDebiet" 4:1793 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P019_InstDebiet" 4:1794 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_P020_InstDebiet" 4:1795 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Aantal_Beschikbare_Filters" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Beschikbare_Zuiveringscap" IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Beschikbare zuiveringscapaciteit a.d.h. van het aantal beschikbare filters
CP_GV2 "PLC1_Inbraak_StatBedr" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Inbraak_AlwPri" 4:1229 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Inbraak_AlwSec" IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Inbraak_AcofTijd" 4:929 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P001" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P002" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P023" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P004" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P005" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P024" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P007" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P008" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P009" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P021" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P022" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P012" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P025" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P026" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_InbraakAlwPri_P027" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_Cmd_ToevoerAfslDicht" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Ruwwater toevoerafsluiter(s) dicht
CP_GV2 "PLC1_Cmd_ResetRappAck" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_WinningGenderen_kWhTot2" 4:1982 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Sturing totaal kWhteller naar SCADA
CP_GV1 "PLC1_CommDint1_naar_PLC4" 4:7401 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 4
CP_GV1 "PLC1_CommDint2_naar_PLC4" 4:7403 IEC_DINT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord naar PLC 4
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_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 "PLC1_CommInt1_van_PLC4" 4:6451 IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: Communicatie woord van PLC 4 
CP_GV1 "PLC1_LIT60101_AlwPri" 4:1231 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_Stap6Wrd1" 4:1715 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_Stap7Wrd1" 4:1716 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_Stap6Wrd2" 4:1717 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_Matrix_Stap7Wrd2" 4:1718 IEC_WORD_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap6Laag" 4:1740 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap6Hoog" 4:1742 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap7Laag" 4:1744 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_KelderSturing_Stap7Hoog" 4:1746 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "KelderStap5_Stap6" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "KelderStap6_Stap7" IEC_INT_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC041_KeuzeExt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC041_KeuzeInt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC042_KeuzeExt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "PLC1_FIC042_KeuzeInt" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FL001_FITS041_totaalm3" 4:2000 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV2 "test" IEC_BOOL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FL001_FITS042_totaalm3" 4:2002 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FL002_FITS041_totaalm3" 4:2004 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FL002_FITS042_totaalm3" 4:2006 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FL003_FITS041_totaalm3" 4:2008 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FL003_FITS042_totaalm3" 4:2010 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FL004_FITS041_totaalm3" 4:2012 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FL004_FITS042_totaalm3" 4:2014 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FL005_FITS041_totaalm3" 4:2016 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FL005_FITS042_totaalm3" 4:2018 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FL006_FITS041_totaalm3" 4:2020 IEC_REAL_ID INIT: FALSE 0 EXP: FALSE RET: FALSE READONLY: FALSE MAS: FALSE TEXT: 
CP_GV1 "PLC1_FL006_FITS042_totaalm3" 4:2022 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: 31 EXEC: 1 TEXT:
CP__ST (* INGANGEN *)
CP__ST  
CP__ST   PLC1_BK01_230V          := TRUE (* DI_PLC1_BK01_230V*);
CP__ST   PLC1_BK01_24VDC         := DI_PLC1_BK01_24VDC;
CP__ST   PLC1_BK01_KlepNietAuto  := TRUE (* DI_PLC1_BK01_KlepNietAuto*);
CP__ST   PLC1_cmd_Inbraak        := DI_PLC1_cmd_Inbraak;
CP__ST   PLC1_FITS041_PulsM3     := DI_PLC1_FITS041_PulsM3;
CP__ST   PLC1_FITS042_PulsM3     := DI_PLC1_FITS042_PulsM3;
CP__ST   PLC1_FS001_Meld         := DI_PLC1_FS001_Meld;
CP__ST   PLC1_FS002_Meld         := DI_PLC1_FS002_Meld;
CP__ST   PLC1_FS004_Meld         := DI_PLC1_FS004_Meld;
CP__ST   PLC1_FS005_Meld         := DI_PLC1_FS005_Meld;
CP__ST   PLC1_FS007_Meld         := DI_PLC1_FS007_Meld;
CP__ST   PLC1_FS008_Meld         := DI_PLC1_FS008_Meld;
CP__ST   PLC1_FS009_Meld         := DI_PLC1_FS009_Meld;
CP__ST   PLC1_FS012_Meld         := DI_PLC1_FS012_Meld;
CP__ST   PLC1_FS021_Meld         := DI_PLC1_FS021_Meld;
CP__ST   PLC1_FS022_Meld         := DI_PLC1_FS022_Meld;
CP__ST   PLC1_FS023_Meld         := DI_PLC1_FS023_Meld;
CP__ST   PLC1_FS024_Meld         := DI_PLC1_FS024_Meld;
CP__ST   PLC1_FS025_Meld         := DI_PLC1_FS025_Meld;
CP__ST   PLC1_FS026_Meld         := DI_PLC1_FS026_Meld;
CP__ST   PLC1_FS027_Meld         := DI_PLC1_FS027_Meld;
CP__ST   PLC1_LAH001_Meld        := DI_PLC1_LAH001_Meld;
CP__ST   PLC1_LAH002_Meld        := DI_PLC1_LAH002_Meld;
CP__ST   PLC1_LAH004_Meld        := DI_PLC1_LAH004_Meld;
CP__ST   PLC1_LAH005_Meld        := DI_PLC1_LAH005_Meld;
CP__ST   PLC1_LAH007_Meld        := DI_PLC1_LAH007_Meld;
CP__ST   PLC1_LAH008_Meld        := DI_PLC1_LAH008_Meld;
CP__ST   PLC1_LAH009_Meld        := DI_PLC1_LAH009_Meld;
CP__ST   PLC1_LAH012_Meld        := DI_PLC1_LAH012_Meld;
CP__ST   PLC1_LAH021_Meld        := DI_PLC1_LAH021_Meld;
CP__ST   PLC1_LAH022_Meld        := DI_PLC1_LAH022_Meld;
CP__ST   PLC1_LAH023_Meld        := DI_PLC1_LAH023_Meld;
CP__ST   PLC1_LAH024_Meld        := DI_PLC1_LAH024_Meld;
CP__ST   PLC1_LAH025_Meld        := DI_PLC1_LAH025_Meld;
CP__ST   PLC1_LAH026_Meld        := DI_PLC1_LAH026_Meld;
CP__ST   PLC1_LAH027_Meld        := DI_PLC1_LAH027_Meld;
CP__ST   PLC1_MCC2A_Puls         := DI_PLC1_MCC2A_Puls;
CP__ST   PLC1_P001_Hoofdstroom   := DI_PLC1_P001_Hoofdstroom;
CP__ST   PLC1_P001_LadeIn        := DI_PLC1_P001_LadeIn;
CP__ST   PLC1_P001_LadeSt        := DI_PLC1_P001_LadeSt;
CP__ST   PLC1_P001_LokAuto       := DI_PLC1_P001_LokAuto;
CP__ST   PLC1_P001_MeldIn        := DI_PLC1_P001_MeldIn;
CP__ST   PLC1_P002_Hoofdstroom   := DI_PLC1_P002_Hoofdstroom;
CP__ST   PLC1_P002_LokAuto       := DI_PLC1_P002_LokAuto;
CP__ST   PLC1_P002_MeldIn        := DI_PLC1_P002_MeldIn;
CP__ST   PLC1_P004_Hoofdstroom   := DI_PLC1_P004_Hoofdstroom;
CP__ST   PLC1_P004_LokAuto       := DI_PLC1_P004_LokAuto;
CP__ST   PLC1_P004_MeldIn        := DI_PLC1_P004_MeldIn;
CP__ST   PLC1_P005_Hoofdstroom   := DI_PLC1_P005_Hoofdstroom;
CP__ST   PLC1_P005_LokAuto       := DI_PLC1_P005_LokAuto;
CP__ST   PLC1_P005_MeldIn        := DI_PLC1_P005_MeldIn;
CP__ST   PLC1_P007_Hoofdstroom   := DI_PLC1_P007_Hoofdstroom;
CP__ST   PLC1_P007_LokAuto       := DI_PLC1_P007_LokAuto;
CP__ST   PLC1_P007_MeldIn        := DI_PLC1_P007_MeldIn;
CP__ST   PLC1_P008_Hoofdstroom   := DI_PLC1_P008_Hoofdstroom;
CP__ST   PLC1_P008_LokAuto       := DI_PLC1_P008_LokAuto;
CP__ST   PLC1_P008_MeldIn        := DI_PLC1_P008_MeldIn;
CP__ST   PLC1_P009_Hoofdstroom   := DI_PLC1_P009_Hoofdstroom;
CP__ST   PLC1_P009_LokAuto       := DI_PLC1_P009_LokAuto;
CP__ST   PLC1_P009_MeldIn        := DI_PLC1_P009_MeldIn;
CP__ST   PLC1_P012_Hoofdstroom   := DI_PLC1_P012_Hoofdstroom;
CP__ST   PLC1_P012_LadeIn        := DI_PLC1_P012_LadeIn;
CP__ST   PLC1_P012_LadeSt        := DI_PLC1_P012_LadeSt;
CP__ST   PLC1_P012_LokAuto       := DI_PLC1_P012_LokAuto;
CP__ST   PLC1_P012_MeldIn        := DI_PLC1_P012_MeldIn;
CP__ST   PLC1_P021_Hoofdstroom   := DI_PLC1_P021_Hoofdstroom;
CP__ST   PLC1_P021_LokAuto       := DI_PLC1_P021_LokAuto;
CP__ST   PLC1_P021_MeldIn        := DI_PLC1_P021_MeldIn;
CP__ST   PLC1_P022_Hoofdstroom   := DI_PLC1_P022_Hoofdstroom;
CP__ST   PLC1_P022_LadeIn        := DI_PLC1_P022_LadeIn;
CP__ST   PLC1_P022_LadeSt        := DI_PLC1_P022_LadeSt;
CP__ST   PLC1_P022_LokAuto       := DI_PLC1_P022_LokAuto;
CP__ST   PLC1_P022_MeldIn        := DI_PLC1_P022_MeldIn;
CP__ST   PLC1_P023_Hoofdstroom   := DI_PLC1_P023_Hoofdstroom;
CP__ST   PLC1_P023_LokAuto       := DI_PLC1_P023_LokAuto;
CP__ST   PLC1_P023_MeldIn        := DI_PLC1_P023_MeldIn;
CP__ST   PLC1_P024_Hoofdstroom   := DI_PLC1_P024_Hoofdstroom;
CP__ST   PLC1_P024_LokAuto       := DI_PLC1_P024_LokAuto;
CP__ST   PLC1_P024_MeldIn        := DI_PLC1_P024_MeldIn;
CP__ST   PLC1_P025_Hoofdstroom   := DI_PLC1_P025_Hoofdstroom;
CP__ST   PLC1_P025_LadeIn        := DI_PLC1_P025_LadeIn;
CP__ST   PLC1_P025_LadeSt        := DI_PLC1_P025_LadeSt;
CP__ST   PLC1_P025_LokAuto       := DI_PLC1_P025_LokAuto;
CP__ST   PLC1_P025_MeldIn        := DI_PLC1_P025_MeldIn;
CP__ST   PLC1_P026_Hoofdstroom   := DI_PLC1_P026_Hoofdstroom;
CP__ST   PLC1_P026_LadeIn        := DI_PLC1_P026_LadeIn;
CP__ST   PLC1_P026_LadeSt        := DI_PLC1_P026_LadeSt;
CP__ST   PLC1_P026_LokAuto       := DI_PLC1_P026_LokAuto;
CP__ST   PLC1_P026_MeldIn        := DI_PLC1_P026_MeldIn;
CP__ST   PLC1_P027_Hoofdstroom   := DI_PLC1_P027_Hoofdstroom;
CP__ST   PLC1_P027_LadeIn        := DI_PLC1_P027_LadeIn;
CP__ST   PLC1_P027_LadeSt        := DI_PLC1_P027_LadeSt;
CP__ST   PLC1_P027_LokAuto       := DI_PLC1_P027_LokAuto;
CP__ST   PLC1_P027_MeldIn        := DI_PLC1_P027_MeldIn;
CP__ST   PLC1_StepUp_LadeIn      := DI_PLC1_StepUp_LadeIn;
CP__ST   PLC1_StepUp_LadeSt      := DI_PLC1_StepUp_LadeSt;
CP__ST   PLC1_StepUp_Puls        := DI_PLC1_StepUp_Puls;
CP__ST   PLC1_XS001_Meld         := DI_PLC1_XS001_Meld;
CP__ST   PLC1_XS002_Meld         := DI_PLC1_XS002_Meld;
CP__ST   PLC1_XS004_Meld         := DI_PLC1_XS004_Meld;
CP__ST   PLC1_XS005_Meld         := DI_PLC1_XS005_Meld;
CP__ST   PLC1_XS007_Meld         := DI_PLC1_XS007_Meld;
CP__ST   PLC1_XS008_Meld         := DI_PLC1_XS008_Meld;
CP__ST   PLC1_XS009_Meld         := DI_PLC1_XS009_Meld;
CP__ST   PLC1_XS012_Meld         := DI_PLC1_XS012_Meld;
CP__ST   PLC1_XS021_Meld         := DI_PLC1_XS021_Meld;
CP__ST   PLC1_XS022_Meld         := DI_PLC1_XS022_Meld;
CP__ST   PLC1_XS023_Meld         := DI_PLC1_XS023_Meld;
CP__ST   PLC1_XS024_Meld         := DI_PLC1_XS024_Meld;
CP__ST   PLC1_XS025_Meld         := DI_PLC1_XS025_Meld;
CP__ST   PLC1_XS026_Meld         := DI_PLC1_XS026_Meld;
CP__ST   PLC1_XS027_Meld         := DI_PLC1_XS027_Meld;
CP__ST   PLC1_XV041_MeldD        := DI_PLC1_XV041_MeldD;
CP__ST   PLC1_XV041_MeldO        := DI_PLC1_XV041_MeldO;
CP__ST   PLC1_XV042_MeldD        := DI_PLC1_XV042_MeldD;
CP__ST   PLC1_XV042_MeldO        := DI_PLC1_XV042_MeldO;
CP__ST   PLC1_FIC041_HWRegStoring := DI_PLC1_FIC041_HWRegStoring;
CP__ST   PLC1_FIC042_HWRegStoring := DI_PLC1_FIC042_HWRegStoring;
CP__ST   
CP_SEC "Algemeen" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 32 EXEC: 2 TEXT:
CP_COM LEFT: 2 RIGHT: 20 TOP: 2 BOT: 5 TEXT:
...TXF ********************************************
...TXT Analoge signalen in- en uitlezen
...TXT ********************************************
CP_COM LEFT: 77 RIGHT: 87 TOP: 2 BOT: 5 TEXT: ************************
...TXT Draadbreukdetectie
...TXT ************************
CP_COM LEFT: 152 RIGHT: 170 TOP: 2 BOT: 7 TEXT:
...TXF ********************************************
...TXT Algemene storingen diverse kasten
...TXT 
...TXT BK01: Winning Genderen
...TXT ********************************************
CP_COM LEFT: 186 RIGHT: 204 TOP: 2 BOT: 8 TEXT:
...TXF ********************************************
...TXT Algemene storingen PLC
...TXT 
...TXT - PLC batterij laag
...TXT - Inbraak
...TXT ********************************************
CP_COM LEFT: 227 RIGHT: 245 TOP: 2 BOT: 5 TEXT:
...TXF ********************************************
...TXT Statuswoord van SCADA
...TXT ********************************************
CP_COM LEFT: 271 RIGHT: 282 TOP: 2 BOT: 5 TEXT: ***************************
...TXT Statuswoord naar SCADA
...TXT ***************************
CP_COM LEFT: 78 RIGHT: 97 TOP: 102 BOT: 105 TEXT:
...TXF **********************************************
...TXT Accept/Reset
...TXT **********************************************
CP_COM LEFT: 42 RIGHT: 53 TOP: 168 BOT: 171 TEXT: ****************************
...TXT Watchdog regelaar(s) 
...TXT ****************************
CP_COM LEFT: 3 RIGHT: 6 TOP: 103 BOT: 106 TEXT: *******
...TXT Klok
...TXT *******
CP_COM LEFT: 46 RIGHT: 60 TOP: 103 BOT: 106 TEXT:
...TXF **********************************
...TXT seconde puls 1 cyclus actief
...TXT **********************************
CP_COM LEFT: 3 RIGHT: 11 TOP: 123 BOT: 126 TEXT: *******************
...TXT PLC statussen
...TXT *******************
CP_COM LEFT: 3 RIGHT: 29 TOP: 168 BOT: 174 TEXT:
...TXF ****************************************************************
...TXT Opstart: 
...TXT 
...TXT Herstart: tbv accept/reset
...TXT Vrijgave: tbv analoge metingen en naar andere PLC's
...TXT ****************************************************************
CP_COM LEFT: 228 RIGHT: 251 TOP: 103 BOT: 107 TEXT:
...TXF ********************************************************
...TXT Keuze besturingsmodel Kelderniveau / Hand
...TXT SCADA/Webbrowser
...TXT ********************************************************
CP_FBI "SYSSTATE" 10 137 CODID: 17 NAME: "FBI_32_127" TEXT:
CP_FBI "PLCSTAT" 10 128 CODID: 18 NAME: "FBI_32_128" TEXT:
CP_FBI "WORD_TO_BIT" 53 128 CODID: 19 NAME: "FBI_32_129" TEXT:
CP_DBI "OPSTART" 8 176 CODID: 23 NAME: "FBI_32_134" TEXT:
CP_DBI "PLC_KLOK" 14 108 CODID: 15 NAME: "PLC1_Klok" TEXT:
CP_FBI "R_TRIG" 18 147 CODID: 21 NAME: "FBI_32_132" TEXT:
CP_FBI "F_TRIG" 242 154 CODID: 32 NAME: "FBI_32_145" TEXT:
CP_FBI "MOVE" 262 155 CODID: 33 NAME: ".32.146" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_DBI "PULSPAUZ" 48 176 CODID: 20 NAME: "FBI_32_131" TEXT:
CP_FBI "QUANTUM" 7 9 CODID: 2 NAME: "FBI_32_95" TEXT:
CP_FBI "ACI040" 26 9 CODID: 3 NAME: "FBI_32_96" TEXT:
CP_DBI "DRDBRK16" 94 7 CODID: 4 NAME: "FBI_32_103" TEXT:
CP_FBI "ACO130" 26 32 CODID: 5 NAME: "FBI_32_98" TEXT:
CP_FBI "SEL" 242 142 CODID: 24 NAME: ".32.137" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 262 142 CODID: 25 NAME: ".32.138" ANY: IEC_INT_ID TEXT:
CP_FBI "WORD_TO_BIT" 240 8 CODID: 7 NAME: "FBI_32_105" TEXT:
CP_DBI "DFB_DIGA" 200 11 CODID: 1 NAME: "FBI_32_46" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/19,FBIPH_INPUT/21
CP_DBI "DFB_DIGA" 168 11 CODID: 6 NAME: "FBI_32_104" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/19,FBIPH_INPUT/20,FBIPH_INPUT/21
CP_FBI "AND_BOOL" 262 135 CODID: 26 NAME: ".32.139" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3
CP_FBI "BIT_TO_WORD" 278 8 CODID: 8 NAME: ".32.106" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/17
CP_FBI "EQ_INT" 92 109 CODID: 9 NAME: ".32.107" TEXT:
CP_FBI "TOF" 104 109 CODID: 10 NAME: "FBI_32_108" TEXT:
CP_FBI "SEL" 278 142 CODID: 27 NAME: ".32.140" ANY: IEC_INT_ID TEXT:
CP_FBI "EQ_INT" 245 111 CODID: 28 NAME: ".32.141" TEXT:
CP_FBI "SEL" 272 110 CODID: 29 NAME: ".32.142" ANY: IEC_BOOL_ID TEXT:
CP_FBI "EQ_INT" 245 119 CODID: 30 NAME: ".32.143" TEXT:
CP_FBI "SEL" 272 118 CODID: 31 NAME: ".32.144" ANY: IEC_BOOL_ID TEXT:
CP_FBI "R_TRIG" 50 108 CODID: 16 NAME: "FBI_32_126" TEXT:
CP_FBI "R_TRIG" 18 153 CODID: 22 NAME: "FBI_32_133" TEXT:
CP_FBI "OR_BOOL" 125 107 CODID: 11 NAME: ".32.109" DRAW: 2 TEXT:
CP_FBI "EQ_INT" 92 119 CODID: 12 NAME: ".32.110" TEXT:
CP_FBI "TOF" 104 119 CODID: 13 NAME: "FBI_32_111" TEXT:
CP_FBI "OR_BOOL" 125 117 CODID: 14 NAME: ".32.112" DRAW: 2 TEXT:
CP_FBI "TP" 242 34 CODID: 34 NAME: "FBI_32_147" TEXT:
CP_GVI NAMED_VAR: "PLC1_AlgStorPLC1_AcofTijd" 191 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 191 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 191 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_AlgStorPLC1_AlwPri" 211 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_AlgStorPLC1_AlwSec" 211 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_AlgStorPLC1_StatBedr" 211 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 191 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_2PuttenGestoord" 191 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_AnalogIn" 35 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_Stuur" 35 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_MeldDrbr" 105 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_AnalogIn" 35 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_Stuur" 35 37 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_MeldDrbr" 105 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS030_AnaUit" 35 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_MeldDrbr_AnaloogIn_Slot5" 85 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 159 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 159 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_PLC_Batterij" 159 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_BK01_KlepNietAuto" 159 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_BK01_BedWrd" 159 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_BK01_PriWrd" 159 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_BK01_OndWrd" 159 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_BK01_StatBedr" 179 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_BK01_AlwPri" 179 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_BK01_AlwSec" 179 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_BK01_AcofTijd" 159 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_BK01_230V" 159 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_BK01_24VDC" 159 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_hand" 250 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Status_van_Scada" 231 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_keldernivo" 250 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_StartKeldernivoScada" 250 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_StartHandScada" 250 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Scada_Accept" 250 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Scada_Reset" 250 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Status_naar_Scada" 288 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Scada_Reset" 116 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Herstart" 116 120 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Scada_Accept" 116 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Netwachters_In" 116 123 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Netwachters_In" 116 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Herstart" 116 110 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Klok_DagNr" 5 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Klok_Uur" 5 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Klok_Minuut" 5 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Klok_Weekdag" 25 115 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Klok_KnipPuls" 25 117 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Klokset" 25 112 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_KlokIn" 25 111 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Klokset" 5 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_KlokIn" 5 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 57 111 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Klok_SecPuls" 41 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Klok_DagTijd" 25 114 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_PLC_Batterij" 63 135 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_PLC_Status" 25 131 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_PLC_Status.word1" 44 131 FP_IO_OUTPUT_COMP
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 39 179 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Regelaar_Watchdog" 58 179 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_RIO_Status" 25 132 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_DIO_Status" 25 133 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_ColdStart" 18 140 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_HotStart" 18 141 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Error" 18 142 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_ColdStart" 9 150 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Koude_Start" 25 150 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_HotStart" 9 156 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Warme_Start" 25 156 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Herstart" 18 180 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 18 181 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_WebBrowser_Accept" 83 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_WebBrowser_Reset" 83 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 133 110 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 133 120 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_StepUp_LadeIn" 191 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Storing_Zuiveringscap" 191 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_StepUp_LadeSt" 191 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 263 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_StartKeldernivoScada" 263 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_KeuzeModel" 236 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 263 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_KeuzeModel" 236 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_StartHandScada" 263 123 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Keuze_Keldernivo" 233 145 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ModelStat" 233 146 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Keuze_Hand" 253 145 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ModelStat" 285 146 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Keuze_Keldernivo" 253 138 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Keuze_Hand" 253 139 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Keuze_Keldernivo" 279 114 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Keuze_Hand" 279 122 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Klok_SecPuls" 25 116 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Keuze_Keldernivo" 233 157 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Huidige_ProdStap" 253 158 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdStap" 269 158 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 269 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LIT60101_AnalogIn" 35 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_LIT60101_MeldDrbr" 105 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_ResetRapp" 250 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_ResetRappAck" 269 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_ResetRapp" 233 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_ResetRappAck" 249 37 FP_IO_INPUT
CP_CON 95 113 IEC_TIME_ID t#1s
CP_CON 83 113 IEC_INT_ID 1
CP_CON 83 123 IEC_INT_ID 1
CP_CON 95 123 IEC_TIME_ID t#1s
CP_CON 1 131 IEC_BOOL_ID 1
CP_CON 1 132 IEC_BOOL_ID 0
CP_CON 1 133 IEC_BOOL_ID 0
CP_CON 39 181 IEC_INT_ID 1
CP_CON 39 182 IEC_INT_ID 1
CP_CON -1 180 IEC_INT_ID 2
CP_CON -1 181 IEC_INT_ID 1
CP_CON -1 179 IEC_BOOL_ID 1
CP_CON 236 115 IEC_INT_ID 0
CP_CON 236 123 IEC_INT_ID 1
CP_CON 233 147 IEC_INT_ID 0
CP_CON 253 147 IEC_INT_ID 1
CP_CON 269 147 IEC_INT_ID 2
CP_CON 233 38 IEC_TIME_ID t#2s
CP_LNK GVI: 191 35 FBI: 200 11 23 GRA: 200/36,200/36
CP_LNK GVI: 191 36 FBI: 200 11 24 GRA: 200/37,200/37
CP_LNK GVI: 191 37 FBI: 200 11 25 GRA: 200/38,200/38
CP_LNK FBI: 200 11 3 GVI: 211 15 GRA: 211/16,211/16
CP_LNK FBI: 200 11 4 GVI: 211 16 GRA: 211/17,211/17
CP_LNK FBI: 200 11 2 GVI: 211 14 GRA: 211/15,211/15
CP_LNK GVI: 191 33 FBI: 200 11 21 GRA: 200/34,200/34
CP_LNK GVI: 191 30 FBI: 200 11 18 GRA: 200/31,200/31
CP_LNK FBI: 26 9 3 GVI: 35 13 GRA: 35/14,35/14
CP_LNK FBI: 26 32 3 GVI: 35 36 GRA: 35/37,35/37
CP_LNK FBI: 94 7 2 GVI: 105 10 GRA: 105/11,105/11
CP_LNK FBI: 7 9 6 FBI: 26 9 2 GRA: 15/17,20/17,20/13,26/13
CP_LNK FBI: 26 9 4 GVI: 35 14 GRA: 35/15,35/15
CP_LNK FBI: 7 9 8 FBI: 26 32 2 GRA: 15/19,20/19,20/36,26/36
CP_LNK FBI: 26 32 4 GVI: 35 37 GRA: 35/38,35/38
CP_LNK FBI: 94 7 3 GVI: 105 11 GRA: 105/12,105/12
CP_LNK FBI: 26 32 5 GVI: 35 38 GRA: 35/39,35/39
CP_LNK GVI: 85 10 FBI: 94 7 2 GRA: 94/11,94/11
CP_LNK GVI: 159 36 FBI: 168 11 24 GRA: 168/37,168/37
CP_LNK GVI: 159 37 FBI: 168 11 25 GRA: 168/38,168/38
CP_LNK GVI: 159 29 FBI: 168 11 17 GRA: 168/30,168/30
CP_LNK GVI: 159 31 FBI: 168 11 19 GRA: 168/32,168/32
CP_LNK GVI: 159 14 FBI: 168 11 2 GRA: 168/15,168/15
CP_LNK GVI: 159 15 FBI: 168 11 3 GRA: 168/16,168/16
CP_LNK GVI: 159 16 FBI: 168 11 4 GRA: 168/17,168/17
CP_LNK FBI: 168 11 2 GVI: 179 14 GRA: 179/15,179/15
CP_LNK FBI: 168 11 3 GVI: 179 15 GRA: 179/16,179/16
CP_LNK FBI: 168 11 4 GVI: 179 16 GRA: 179/17,179/17
CP_LNK GVI: 159 35 FBI: 168 11 23 GRA: 168/36,168/36
CP_LNK GVI: 159 33 FBI: 168 11 21 GRA: 168/34,168/34
CP_LNK GVI: 159 32 FBI: 168 11 20 GRA: 168/33,168/33
CP_LNK FBI: 240 8 14 GVI: 250 23 GRA: 250/24,250/24
CP_LNK GVI: 231 11 FBI: 240 8 2 GRA: 240/12,240/12
CP_LNK FBI: 240 8 15 GVI: 250 24 GRA: 250/25,250/25
CP_LNK FBI: 240 8 13 GVI: 250 22 GRA: 250/23,250/23
CP_LNK FBI: 240 8 12 GVI: 250 21 GRA: 250/22,250/22
CP_LNK FBI: 240 8 17 GVI: 250 26 GRA: 250/27,250/27
CP_LNK FBI: 240 8 16 GVI: 250 25 GRA: 250/26,250/26
CP_LNK FBI: 278 8 2 GVI: 288 11 GRA: 288/12,288/12
CP_LNK FBI: 92 109 2 FBI: 104 109 2 GRA: 99/113,104/113
CP_LNK CON: 95 113 FBI: 104 109 3 GRA: 104/114,104/114
CP_LNK CON: 83 113 FBI: 92 109 3 GRA: 92/114,92/114
CP_LNK CON: 83 123 FBI: 92 119 3 GRA: 92/124,92/124
CP_LNK CON: 95 123 FBI: 104 119 3 GRA: 104/124,104/124
CP_LNK FBI: 92 119 2 FBI: 104 119 2 GRA: 99/123,104/123
CP_LNK FBI: 104 119 2 FBI: 125 117 4 GRA: 111/123,125/123
CP_LNK FBI: 104 109 2 FBI: 125 107 4 GRA: 111/113,125/113
CP_LNK GVI: 116 121 FBI: 125 117 3 GRA: 125/122,125/122
CP_LNK GVI: 116 120 FBI: 125 117 2 GRA: 125/121,125/121
CP_LNK GVI: 116 111 FBI: 125 107 3 GRA: 125/112,125/112
CP_LNK GVI: 116 123 FBI: 125 117 5 GRA: 125/124,125/124
CP_LNK GVI: 116 113 FBI: 125 107 5 GRA: 125/114,125/114
CP_LNK GVI: 116 110 FBI: 125 107 2 GRA: 125/111,125/111
CP_LNK GVI: 5 113 FBI: 14 108 4 GRA: 14/114,14/114
CP_LNK GVI: 5 114 FBI: 14 108 5 GRA: 14/115,14/115
CP_LNK GVI: 5 115 FBI: 14 108 6 GRA: 14/116,14/116
CP_LNK FBI: 14 108 6 GVI: 25 115 GRA: 25/116,25/116
CP_LNK FBI: 14 108 8 GVI: 25 117 GRA: 25/118,25/118
CP_LNK FBI: 14 108 3 GVI: 25 112 GRA: 25/113,25/113
CP_LNK FBI: 14 108 2 GVI: 25 111 GRA: 25/112,25/112
CP_LNK GVI: 5 112 FBI: 14 108 3 GRA: 14/113,14/113
CP_LNK GVI: 5 111 FBI: 14 108 2 GRA: 14/112,14/112
CP_LNK FBI: 50 108 2 GVI: 57 111 GRA: 57/112,57/112
CP_LNK GVI: 41 111 FBI: 50 108 2 GRA: 50/112,50/112
CP_LNK FBI: 14 108 5 GVI: 25 114 GRA: 25/115,25/115
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 FBI: 53 128 6 GVI: 63 135 GRA: 63/136,63/136
CP_LNK FBI: 10 128 2 GVI: 25 131 GRA: 25/132,25/132
CP_LNK GVI: 44 131 FBI: 53 128 2 GRA: 53/132,53/132
CP_LNK GVI: 39 179 FBI: 48 176 2 GRA: 48/180,48/180
CP_LNK CON: 39 181 FBI: 48 176 4 GRA: 48/182,48/182
CP_LNK CON: 39 182 FBI: 48 176 5 GRA: 48/183,48/183
CP_LNK FBI: 48 176 2 GVI: 58 179 GRA: 58/180,58/180
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 FBI: 10 137 2 GVI: 18 140 GRA: 18/141,18/141
CP_LNK FBI: 10 137 3 GVI: 18 141 GRA: 18/142,18/142
CP_LNK FBI: 10 137 4 GVI: 18 142 GRA: 18/143,18/143
CP_LNK GVI: 9 150 FBI: 18 147 2 GRA: 18/151,18/151
CP_LNK FBI: 18 147 2 GVI: 25 150 GRA: 25/151,25/151
CP_LNK GVI: 9 156 FBI: 18 153 2 GRA: 18/157,18/157
CP_LNK FBI: 18 153 2 GVI: 25 156 GRA: 25/157,25/157
CP_LNK CON: -1 180 FBI: 8 176 3 GRA: 8/181,8/181
CP_LNK CON: -1 181 FBI: 8 176 4 GRA: 8/182,8/182
CP_LNK CON: -1 179 FBI: 8 176 2 GRA: 8/180,8/180
CP_LNK FBI: 8 176 3 GVI: 18 180 GRA: 18/181,18/181
CP_LNK FBI: 8 176 4 GVI: 18 181 GRA: 18/182,18/182
CP_LNK GVI: 83 112 FBI: 92 109 2 GRA: 92/113,92/113
CP_LNK GVI: 83 122 FBI: 92 119 2 GRA: 92/123,92/123
CP_LNK FBI: 125 107 2 GVI: 133 110 GRA: 133/111,133/111
CP_LNK FBI: 125 117 2 GVI: 133 120 GRA: 133/121,133/121
CP_LNK GVI: 191 31 FBI: 200 11 19 GRA: 200/32,200/32
CP_LNK GVI: 191 29 FBI: 200 11 17 GRA: 200/30,200/30
CP_LNK GVI: 191 32 FBI: 200 11 20 GRA: 200/33,200/33
CP_LNK GVI: 263 113 FBI: 272 110 2 GRA: 272/114,272/114
CP_LNK GVI: 263 115 FBI: 272 110 4 GRA: 272/116,272/116
CP_LNK FBI: 245 111 2 FBI: 272 110 3 GRA: 252/115,272/115
CP_LNK CON: 236 115 FBI: 245 111 3 GRA: 245/116,245/116
CP_LNK GVI: 236 114 FBI: 245 111 2 GRA: 245/115,245/115
CP_LNK GVI: 263 121 FBI: 272 118 2 GRA: 272/122,272/122
CP_LNK FBI: 245 119 2 FBI: 272 118 3 GRA: 252/123,272/123
CP_LNK CON: 236 123 FBI: 245 119 3 GRA: 245/124,245/124
CP_LNK GVI: 236 122 FBI: 245 119 2 GRA: 245/123,245/123
CP_LNK GVI: 263 123 FBI: 272 118 4 GRA: 272/124,272/124
CP_LNK GVI: 233 145 FBI: 242 142 2 GRA: 242/146,242/146
CP_LNK GVI: 233 146 FBI: 242 142 3 GRA: 242/147,242/147
CP_LNK CON: 233 147 FBI: 242 142 4 GRA: 242/148,242/148
CP_LNK CON: 253 147 FBI: 262 142 4 GRA: 262/148,262/148
CP_LNK GVI: 253 145 FBI: 262 142 2 GRA: 262/146,262/146
CP_LNK FBI: 242 142 3 FBI: 262 142 3 GRA: 249/147,262/147
CP_LNK CON: 269 147 FBI: 278 142 4 GRA: 278/148,278/148
CP_LNK FBI: 278 142 3 GVI: 285 146 GRA: 285/147,285/147
CP_LNK FBI: 262 135 2 FBI: 278 142 2 GRA: 271/139,276/139,276/146,278/146
CP_LNK FBI: 262 142 3 FBI: 278 142 3 GRA: 269/147,278/147
CP_LNK GVI: 253 138 FBI: 262 135 2 GRA: 262/139,262/139
CP_LNK GVI: 253 139 FBI: 262 135 3 GRA: 262/140,262/140
CP_LNK FBI: 272 110 3 GVI: 279 114 GRA: 279/115,279/115
CP_LNK FBI: 272 118 3 GVI: 279 122 GRA: 279/123,279/123
CP_LNK FBI: 14 108 7 GVI: 25 116 GRA: 25/117,25/117
CP_LNK FBI: 242 154 2 FBI: 262 155 1 GRA: 249/158,262/158
CP_LNK GVI: 233 157 FBI: 242 154 2 GRA: 242/158,242/158
CP_LNK GVI: 253 158 FBI: 262 155 2 GRA: 262/159,262/159
CP_LNK FBI: 262 155 2 GVI: 269 158 GRA: 269/159,269/159
CP_LNK GVI: 269 26 FBI: 278 8 17 GRA: 278/27,278/27
CP_LNK FBI: 26 9 5 GVI: 35 15 GRA: 35/16,35/16
CP_LNK FBI: 94 7 4 GVI: 105 12 GRA: 105/13,105/13
CP_LNK FBI: 240 8 11 GVI: 250 20 GRA: 250/21,250/21
CP_LNK GVI: 269 20 FBI: 278 8 11 GRA: 278/21,278/21
CP_LNK CON: 233 38 FBI: 242 34 3 GRA: 242/39,242/39
CP_LNK GVI: 233 37 FBI: 242 34 2 GRA: 242/38,242/38
CP_LNK FBI: 242 34 2 GVI: 249 37 GRA: 249/38,249/38
CP_SEC "Vrijgave_Objecten" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 50 EXEC: 3 TEXT:
CP_COM LEFT: 3 RIGHT: 22 TOP: 2 BOT: 9 TEXT:
...TXF ***********************************************
...TXT Vrijgave winning pompen Genderen
...TXT 
...TXT - vrijgave na opstart PLC
...TXT - geen HW blokkering
...TXT - geen inbraakdetectie
...TXT ***********************************************
CP_COM LEFT: 4 RIGHT: 17 TOP: 102 BOT: 108 TEXT:
...TXF ********************************
...TXT Vrijgave analoge metingen
...TXT FITS-041 en FITS-042
...TXT 
...TXT - vrijgave na opstart PLC
...TXT ********************************
CP_COM LEFT: 78 RIGHT: 91 TOP: 103 BOT: 109 TEXT:
...TXF *********************************
...TXT XV-041 en XV-042
...TXT FCV-041 en FCV-042
...TXT 
...TXT - vrijgave na opstart PLC
...TXT *********************************
CP_COM LEFT: 77 RIGHT: 96 TOP: 2 BOT: 9 TEXT:
...TXF ***********************************************
...TXT Vrijgave winning pompen Genderen
...TXT 
...TXT - vrijgave na opstart PLC
...TXT - geen HW blokkering
...TXT - geen inbraakdetectie
...TXT ***********************************************
CP_COM LEFT: 152 RIGHT: 171 TOP: 2 BOT: 9 TEXT:
...TXF ***********************************************
...TXT Vrijgave winning pompen Genderen
...TXT 
...TXT - vrijgave na opstart PLC
...TXT - geen HW blokkering
...TXT - geen inbraakdetectie
...TXT ***********************************************
CP_COM LEFT: 7 RIGHT: 22 TOP: 37 BOT: 40 TEXT:
...TXF **************************************
...TXT Vrijgave in generatorbedrijf
...TXT **************************************
CP_COM LEFT: 7 RIGHT: 22 TOP: 55 BOT: 58 TEXT:
...TXF **************************************
...TXT Vrijgave in generatorbedrijf
...TXT **************************************
CP_COM LEFT: 7 RIGHT: 22 TOP: 72 BOT: 75 TEXT:
...TXF **************************************
...TXT Vrijgave in generatorbedrijf
...TXT **************************************
CP_COM LEFT: 7 RIGHT: 22 TOP: 89 BOT: 92 TEXT:
...TXF **************************************
...TXT Vrijgave in generatorbedrijf
...TXT **************************************
CP_COM LEFT: 83 RIGHT: 98 TOP: 17 BOT: 20 TEXT:
...TXF **************************************
...TXT Vrijgave in generatorbedrijf
...TXT **************************************
CP_COM LEFT: 83 RIGHT: 98 TOP: 34 BOT: 37 TEXT:
...TXF **************************************
...TXT Vrijgave in generatorbedrijf
...TXT **************************************
CP_COM LEFT: 83 RIGHT: 98 TOP: 53 BOT: 56 TEXT:
...TXF **************************************
...TXT Vrijgave in generatorbedrijf
...TXT **************************************
CP_COM LEFT: 83 RIGHT: 98 TOP: 71 BOT: 74 TEXT:
...TXF **************************************
...TXT Vrijgave in generatorbedrijf
...TXT **************************************
CP_COM LEFT: 83 RIGHT: 98 TOP: 90 BOT: 93 TEXT:
...TXF **************************************
...TXT Vrijgave in generatorbedrijf
...TXT **************************************
CP_COM LEFT: 157 RIGHT: 172 TOP: 55 BOT: 58 TEXT:
...TXF **************************************
...TXT Vrijgave in generatorbedrijf
...TXT **************************************
CP_COM LEFT: 157 RIGHT: 172 TOP: 73 BOT: 76 TEXT:
...TXF **************************************
...TXT Vrijgave in generatorbedrijf
...TXT **************************************
CP_COM LEFT: 157 RIGHT: 172 TOP: 91 BOT: 94 TEXT:
...TXF **************************************
...TXT Vrijgave in generatorbedrijf
...TXT **************************************
CP_COM LEFT: 157 RIGHT: 181 TOP: 13 BOT: 16 TEXT:
...TXF ***********************************************************
...TXT Vrijgave in generatorbedrijf indien 2 generatoren
...TXT ***********************************************************
CP_COM LEFT: 157 RIGHT: 181 TOP: 30 BOT: 33 TEXT:
...TXF ***********************************************************
...TXT Vrijgave in generatorbedrijf indien 2 generatoren
...TXT ***********************************************************
CP_COM LEFT: 6 RIGHT: 30 TOP: 14 BOT: 17 TEXT:
...TXF ***********************************************************
...TXT Vrijgave in generatorbedrijf indien 2 generatoren
...TXT ***********************************************************
CP_FBI "AND_BOOL" 56 10 CODID: 4 NAME: ".50.1" DRAW: 4 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "AND_BOOL" 56 30 CODID: 7 NAME: ".50.4" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "AND_BOOL" 56 48 CODID: 27 NAME: ".50.14" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "AND_BOOL" 56 65 CODID: 30 NAME: ".50.15" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "AND_BOOL" 56 82 CODID: 33 NAME: ".50.16" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "AND_BOOL" 131 10 CODID: 36 NAME: ".50.17" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "AND_BOOL" 206 28 CODID: 11 NAME: ".50.9" DRAW: 4 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "AND_BOOL" 206 10 CODID: 15 NAME: ".50.10" DRAW: 4 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "AND_BOOL" 206 46 CODID: 18 NAME: ".50.11" DRAW: 4 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "AND_BOOL" 206 64 CODID: 21 NAME: ".50.12" DRAW: 4 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "AND_BOOL" 206 82 CODID: 24 NAME: ".50.13" DRAW: 4 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/5,FBIPH_INPUT/6
CP_FBI "AND_BOOL" 132 27 CODID: 39 NAME: ".50.18" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "AND_BOOL" 132 46 CODID: 42 NAME: ".50.19" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "AND_BOOL" 132 64 CODID: 45 NAME: ".50.20" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "AND_BOOL" 132 83 CODID: 48 NAME: ".50.21" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/4
CP_FBI "OR_BOOL" 17 109 CODID: 49 NAME: ".50.22" TEXT:
CP_FBI "OR_BOOL" 17 116 CODID: 50 NAME: ".50.23" TEXT:
CP_FBI "OR_BOOL" 91 113 CODID: 51 NAME: ".50.24" TEXT:
CP_FBI "OR_BOOL" 91 120 CODID: 52 NAME: ".50.25" TEXT:
CP_FBI "OR_BOOL" 91 127 CODID: 53 NAME: ".50.26" TEXT:
CP_FBI "OR_BOOL" 91 134 CODID: 54 NAME: ".50.27" TEXT:
CP_FBI "AND_BOOL" 23 20 CODID: 2 NAME: ".50.29" TEXT:
CP_FBI "OR_BOOL" 45 20 CODID: 3 NAME: ".50.30" TEXT:
CP_FBI "AND_BOOL" 23 38 CODID: 5 NAME: ".50.32" TEXT:
CP_FBI "OR_BOOL" 45 38 CODID: 6 NAME: ".50.33" TEXT:
CP_FBI "AND_BOOL" 23 56 CODID: 25 NAME: ".50.35" TEXT:
CP_FBI "OR_BOOL" 45 56 CODID: 26 NAME: ".50.36" TEXT:
CP_FBI "AND_BOOL" 24 73 CODID: 28 NAME: ".50.38" TEXT:
CP_FBI "OR_BOOL" 46 73 CODID: 29 NAME: ".50.39" TEXT:
CP_FBI "AND_BOOL" 24 90 CODID: 31 NAME: ".50.41" TEXT:
CP_FBI "OR_BOOL" 46 90 CODID: 32 NAME: ".50.42" TEXT:
CP_FBI "AND_BOOL" 99 18 CODID: 34 NAME: ".50.44" TEXT:
CP_FBI "OR_BOOL" 121 18 CODID: 35 NAME: ".50.45" TEXT:
CP_FBI "AND_BOOL" 99 35 CODID: 37 NAME: ".50.47" TEXT:
CP_FBI "OR_BOOL" 121 35 CODID: 38 NAME: ".50.48" TEXT:
CP_FBI "AND_BOOL" 99 54 CODID: 40 NAME: ".50.50" TEXT:
CP_FBI "OR_BOOL" 121 54 CODID: 41 NAME: ".50.51" TEXT:
CP_FBI "AND_BOOL" 99 72 CODID: 43 NAME: ".50.53" TEXT:
CP_FBI "OR_BOOL" 121 72 CODID: 44 NAME: ".50.54" TEXT:
CP_FBI "AND_BOOL" 99 91 CODID: 46 NAME: ".50.56" TEXT:
CP_FBI "OR_BOOL" 121 91 CODID: 47 NAME: ".50.57" TEXT:
CP_FBI "AND_BOOL" 174 20 CODID: 13 NAME: ".50.59" TEXT:
CP_FBI "OR_BOOL" 196 20 CODID: 14 NAME: ".50.60" TEXT:
CP_FBI "AND_BOOL" 174 38 CODID: 9 NAME: ".50.62" TEXT:
CP_FBI "OR_BOOL" 196 38 CODID: 10 NAME: ".50.63" TEXT:
CP_FBI "AND_BOOL" 174 56 CODID: 16 NAME: ".50.65" TEXT:
CP_FBI "OR_BOOL" 196 56 CODID: 17 NAME: ".50.66" TEXT:
CP_FBI "AND_BOOL" 174 74 CODID: 19 NAME: ".50.68" TEXT:
CP_FBI "OR_BOOL" 196 74 CODID: 20 NAME: ".50.69" TEXT:
CP_FBI "AND_BOOL" 174 92 CODID: 22 NAME: ".50.71" TEXT:
CP_FBI "OR_BOOL" 196 92 CODID: 23 NAME: ".50.72" TEXT:
CP_FBI "GE_INT" 13 18 CODID: 1 NAME: ".50.73" TEXT:
CP_FBI "GE_INT" 163 35 CODID: 8 NAME: ".50.74" TEXT:
CP_FBI "GE_INT" 163 17 CODID: 12 NAME: ".50.75" TEXT:
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 47 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_Vrijin" 65 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_Hoofdstroom" 47 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_LadeIn" 47 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_LadeSt" 47 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 47 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 197 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 197 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 197 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_Hoofdstroom" 197 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_LadeIn" 197 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_LadeSt" 197 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_VrijIn" 215 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P022_Hoofdstroom" 197 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_LadeIn" 197 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_LadeSt" 197 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_VrijIn" 215 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P025_Hoofdstroom" 197 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_LadeIn" 197 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_LadeSt" 197 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_VrijIn" 215 49 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 197 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 197 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_Hoofdstroom" 197 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_LadeIn" 197 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_LadeSt" 197 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_VrijIn" 215 67 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P027_Hoofdstroom" 197 86 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_LadeIn" 197 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_LadeSt" 197 88 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_VrijIn" 215 85 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P002_Hoofdstroom" 47 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_VrijIn" 65 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 47 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_Hoofdstroom" 47 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_VrijIn" 65 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 47 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 47 85 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_Hoofdstroom" 47 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_VrijIn" 65 68 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P005_Hoofdstroom" 47 86 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_VrijIn" 65 85 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 122 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 123 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 123 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_Hoofdstroom" 122 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_VrijIn" 140 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P007_Hoofdstroom" 123 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_VrijIn" 141 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P008_Hoofdstroom" 123 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_VrijIn" 141 49 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 123 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_VrijIn" 141 67 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P009_Hoofdstroom" 123 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 123 86 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_Hoofdstroom" 123 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_VrijIn" 141 86 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_Vrijgave" 25 112 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 8 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 8 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 8 119 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 8 120 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_Vrijgave" 25 119 FP_IO_INPUT
CP_GVI NAMED_VAR: "Dummy" 82 117 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV041_VrijO" 99 116 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 82 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Dummy" 82 124 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 82 123 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_VrijO" 99 123 FP_IO_INPUT
CP_GVI NAMED_VAR: "Dummy" 82 131 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 82 130 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_VrijO" 99 130 FP_IO_INPUT
CP_GVI NAMED_VAR: "Dummy" 82 138 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_Vrijgave" 82 137 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_VrijO" 99 137 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P001" 47 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P002" 47 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P023" 47 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P004" 47 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P005" 47 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P024" 122 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P007" 123 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P008" 123 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P009" 123 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P022" 197 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P012" 197 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P025" 197 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P026" 197 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P027" 197 89 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P021" 123 88 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail2_Vrijgave" 36 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail2_Vrijgave" 14 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail1_Vrijgave" 36 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail1_Vrijgave" 14 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail1_Vrijgave" 36 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail1_Vrijgave" 14 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail1_Vrijgave" 37 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail1_Vrijgave" 15 77 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail1_Vrijgave" 37 94 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail1_Vrijgave" 15 94 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail1_Vrijgave" 112 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail1_Vrijgave" 90 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail1_Vrijgave" 112 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail1_Vrijgave" 90 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail1_Vrijgave" 112 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail1_Vrijgave" 90 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail1_Vrijgave" 112 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail1_Vrijgave" 90 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail1_Vrijgave" 112 95 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail1_Vrijgave" 90 95 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail2_Vrijgave" 165 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail2_Vrijgave" 187 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail2_Vrijgave" 165 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail2_Vrijgave" 187 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail2_Vrijgave" 165 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail2_Vrijgave" 187 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail2_Vrijgave" 165 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail2_Vrijgave" 187 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail2_Vrijgave" 165 96 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail2_Vrijgave" 187 96 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_Sync_StatBed" 4 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_Sync_StatBed" 154 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_Sync_StatBed" 154 20 FP_IO_OUTPUT
CP_CON 14 41 IEC_BOOL_ID 1
CP_CON 14 59 IEC_BOOL_ID 1
CP_CON 15 76 IEC_BOOL_ID 1
CP_CON 15 93 IEC_BOOL_ID 1
CP_CON 90 94 IEC_BOOL_ID 1
CP_CON 90 75 IEC_BOOL_ID 1
CP_CON 90 57 IEC_BOOL_ID 1
CP_CON 90 38 IEC_BOOL_ID 1
CP_CON 90 21 IEC_BOOL_ID 1
CP_CON 165 59 IEC_BOOL_ID 1
CP_CON 165 77 IEC_BOOL_ID 1
CP_CON 165 95 IEC_BOOL_ID 1
CP_CON 4 22 IEC_INT_ID 4
CP_CON 154 39 IEC_INT_ID 4
CP_CON 154 21 IEC_INT_ID 4
CP_LNK GVI: 47 13 FBI: 56 10 2 GRA: 56/14,56/14
CP_LNK FBI: 56 10 2 GVI: 65 13 GRA: 65/14,65/14
CP_LNK GVI: 47 14 FBI: 56 10 3 GRA: 56/15,56/15
CP_LNK GVI: 47 15 FBI: 56 10 4 GRA: 56/16,56/16
CP_LNK GVI: 47 16 FBI: 56 10 5 GRA: 56/17,56/17
CP_LNK GVI: 47 33 FBI: 56 30 2 GRA: 56/34,56/34
CP_LNK GVI: 197 31 FBI: 206 28 2 GRA: 206/32,206/32
CP_LNK GVI: 197 13 FBI: 206 10 2 GRA: 206/14,206/14
CP_LNK GVI: 197 49 FBI: 206 46 2 GRA: 206/50,206/50
CP_LNK GVI: 197 32 FBI: 206 28 3 GRA: 206/33,206/33
CP_LNK GVI: 197 33 FBI: 206 28 4 GRA: 206/34,206/34
CP_LNK GVI: 197 34 FBI: 206 28 5 GRA: 206/35,206/35
CP_LNK FBI: 206 28 2 GVI: 215 31 GRA: 215/32,215/32
CP_LNK GVI: 197 14 FBI: 206 10 3 GRA: 206/15,206/15
CP_LNK GVI: 197 15 FBI: 206 10 4 GRA: 206/16,206/16
CP_LNK GVI: 197 16 FBI: 206 10 5 GRA: 206/17,206/17
CP_LNK FBI: 206 10 2 GVI: 215 13 GRA: 215/14,215/14
CP_LNK GVI: 197 50 FBI: 206 46 3 GRA: 206/51,206/51
CP_LNK GVI: 197 51 FBI: 206 46 4 GRA: 206/52,206/52
CP_LNK GVI: 197 52 FBI: 206 46 5 GRA: 206/53,206/53
CP_LNK FBI: 206 46 2 GVI: 215 49 GRA: 215/50,215/50
CP_LNK GVI: 197 67 FBI: 206 64 2 GRA: 206/68,206/68
CP_LNK GVI: 197 85 FBI: 206 82 2 GRA: 206/86,206/86
CP_LNK GVI: 197 68 FBI: 206 64 3 GRA: 206/69,206/69
CP_LNK GVI: 197 69 FBI: 206 64 4 GRA: 206/70,206/70
CP_LNK GVI: 197 70 FBI: 206 64 5 GRA: 206/71,206/71
CP_LNK FBI: 206 64 2 GVI: 215 67 GRA: 215/68,215/68
CP_LNK GVI: 197 86 FBI: 206 82 3 GRA: 206/87,206/87
CP_LNK GVI: 197 87 FBI: 206 82 4 GRA: 206/88,206/88
CP_LNK GVI: 197 88 FBI: 206 82 5 GRA: 206/89,206/89
CP_LNK FBI: 206 82 2 GVI: 215 85 GRA: 215/86,215/86
CP_LNK GVI: 47 34 FBI: 56 30 3 GRA: 56/35,56/35
CP_LNK FBI: 56 30 2 GVI: 65 33 GRA: 65/34,65/34
CP_LNK GVI: 47 51 FBI: 56 48 2 GRA: 56/52,56/52
CP_LNK GVI: 47 52 FBI: 56 48 3 GRA: 56/53,56/53
CP_LNK FBI: 56 48 2 GVI: 65 51 GRA: 65/52,65/52
CP_LNK GVI: 47 68 FBI: 56 65 2 GRA: 56/69,56/69
CP_LNK GVI: 47 85 FBI: 56 82 2 GRA: 56/86,56/86
CP_LNK GVI: 47 69 FBI: 56 65 3 GRA: 56/70,56/70
CP_LNK FBI: 56 65 2 GVI: 65 68 GRA: 65/69,65/69
CP_LNK GVI: 47 86 FBI: 56 82 3 GRA: 56/87,56/87
CP_LNK FBI: 56 82 2 GVI: 65 85 GRA: 65/86,65/86
CP_LNK GVI: 122 13 FBI: 131 10 2 GRA: 131/14,131/14
CP_LNK GVI: 123 30 FBI: 132 27 2 GRA: 132/31,132/31
CP_LNK GVI: 123 49 FBI: 132 46 2 GRA: 132/50,132/50
CP_LNK GVI: 122 14 FBI: 131 10 3 GRA: 131/15,131/15
CP_LNK FBI: 131 10 2 GVI: 140 13 GRA: 140/14,140/14
CP_LNK GVI: 123 31 FBI: 132 27 3 GRA: 132/32,132/32
CP_LNK FBI: 132 27 2 GVI: 141 30 GRA: 141/31,141/31
CP_LNK GVI: 123 50 FBI: 132 46 3 GRA: 132/51,132/51
CP_LNK FBI: 132 46 2 GVI: 141 49 GRA: 141/50,141/50
CP_LNK GVI: 123 67 FBI: 132 64 2 GRA: 132/68,132/68
CP_LNK FBI: 132 64 2 GVI: 141 67 GRA: 141/68,141/68
CP_LNK GVI: 123 68 FBI: 132 64 3 GRA: 132/69,132/69
CP_LNK GVI: 123 86 FBI: 132 83 2 GRA: 132/87,132/87
CP_LNK GVI: 123 87 FBI: 132 83 3 GRA: 132/88,132/88
CP_LNK FBI: 132 83 2 GVI: 141 86 GRA: 141/87,141/87
CP_LNK FBI: 17 109 2 GVI: 25 112 GRA: 25/113,25/113
CP_LNK GVI: 8 112 FBI: 17 109 2 GRA: 17/113,17/113
CP_LNK GVI: 8 113 FBI: 17 109 3 GRA: 17/114,17/114
CP_LNK GVI: 8 119 FBI: 17 116 2 GRA: 17/120,17/120
CP_LNK GVI: 8 120 FBI: 17 116 3 GRA: 17/121,17/121
CP_LNK FBI: 17 116 2 GVI: 25 119 GRA: 25/120,25/120
CP_LNK GVI: 82 117 FBI: 91 113 3 GRA: 91/118,91/118
CP_LNK FBI: 91 113 2 GVI: 99 116 GRA: 99/117,99/117
CP_LNK GVI: 82 116 FBI: 91 113 2 GRA: 91/117,91/117
CP_LNK GVI: 82 124 FBI: 91 120 3 GRA: 91/125,91/125
CP_LNK GVI: 82 123 FBI: 91 120 2 GRA: 91/124,91/124
CP_LNK FBI: 91 120 2 GVI: 99 123 GRA: 99/124,99/124
CP_LNK GVI: 82 131 FBI: 91 127 3 GRA: 91/132,91/132
CP_LNK GVI: 82 130 FBI: 91 127 2 GRA: 91/131,91/131
CP_LNK FBI: 91 127 2 GVI: 99 130 GRA: 99/131,99/131
CP_LNK GVI: 82 138 FBI: 91 134 3 GRA: 91/139,91/139
CP_LNK GVI: 82 137 FBI: 91 134 2 GRA: 91/138,91/138
CP_LNK FBI: 91 134 2 GVI: 99 137 GRA: 99/138,99/138
CP_LNK GVI: 47 17 FBI: 56 10 6 GRA: 56/18,56/18
CP_LNK GVI: 47 35 FBI: 56 30 4 GRA: 56/36,56/36
CP_LNK GVI: 47 53 FBI: 56 48 4 GRA: 56/54,56/54
CP_LNK GVI: 47 70 FBI: 56 65 4 GRA: 56/71,56/71
CP_LNK GVI: 47 87 FBI: 56 82 4 GRA: 56/88,56/88
CP_LNK GVI: 122 15 FBI: 131 10 4 GRA: 131/16,131/16
CP_LNK GVI: 123 32 FBI: 132 27 4 GRA: 132/33,132/33
CP_LNK GVI: 123 51 FBI: 132 46 4 GRA: 132/52,132/52
CP_LNK GVI: 123 69 FBI: 132 64 4 GRA: 132/70,132/70
CP_LNK GVI: 197 17 FBI: 206 10 6 GRA: 206/18,206/18
CP_LNK GVI: 197 35 FBI: 206 28 6 GRA: 206/36,206/36
CP_LNK GVI: 197 53 FBI: 206 46 6 GRA: 206/54,206/54
CP_LNK GVI: 197 71 FBI: 206 64 6 GRA: 206/72,206/72
CP_LNK GVI: 197 89 FBI: 206 82 6 GRA: 206/90,206/90
CP_LNK GVI: 123 88 FBI: 132 83 4 GRA: 132/89,132/89
CP_LNK GVI: 36 24 FBI: 45 20 3 GRA: 45/25,45/25
CP_LNK FBI: 23 20 2 FBI: 45 20 2 GRA: 32/24,45/24
CP_LNK GVI: 14 24 FBI: 23 20 3 GRA: 23/25,23/25
CP_LNK FBI: 45 20 2 FBI: 56 10 7 GRA: 53/24,54/24,54/19,56/19
CP_LNK FBI: 23 38 2 FBI: 45 38 2 GRA: 32/42,45/42
CP_LNK GVI: 36 42 FBI: 45 38 3 GRA: 45/43,45/43
CP_LNK GVI: 14 42 FBI: 23 38 3 GRA: 23/43,23/43
CP_LNK FBI: 45 38 2 FBI: 56 30 5 GRA: 53/42,54/42,54/37,56/37
CP_LNK FBI: 23 56 2 FBI: 45 56 2 GRA: 32/60,45/60
CP_LNK GVI: 36 60 FBI: 45 56 3 GRA: 45/61,45/61
CP_LNK GVI: 14 60 FBI: 23 56 3 GRA: 23/61,23/61
CP_LNK FBI: 45 56 2 FBI: 56 48 5 GRA: 53/60,54/60,54/55,56/55
CP_LNK FBI: 24 73 2 FBI: 46 73 2 GRA: 33/77,46/77
CP_LNK GVI: 37 77 FBI: 46 73 3 GRA: 46/78,46/78
CP_LNK GVI: 15 77 FBI: 24 73 3 GRA: 24/78,24/78
CP_LNK FBI: 24 90 2 FBI: 46 90 2 GRA: 33/94,46/94
CP_LNK GVI: 37 94 FBI: 46 90 3 GRA: 46/95,46/95
CP_LNK GVI: 15 94 FBI: 24 90 3 GRA: 24/95,24/95
CP_LNK FBI: 46 73 2 FBI: 56 65 5 GRA: 54/77,55/77,55/72,56/72
CP_LNK FBI: 46 90 2 FBI: 56 82 5 GRA: 54/94,55/94,55/89,56/89
CP_LNK FBI: 99 18 2 FBI: 121 18 2 GRA: 108/22,121/22
CP_LNK GVI: 112 22 FBI: 121 18 3 GRA: 121/23,121/23
CP_LNK GVI: 90 22 FBI: 99 18 3 GRA: 99/23,99/23
CP_LNK FBI: 121 18 2 FBI: 131 10 5 GRA: 129/22,130/22,130/17,131/17
CP_LNK FBI: 99 35 2 FBI: 121 35 2 GRA: 108/39,121/39
CP_LNK GVI: 112 39 FBI: 121 35 3 GRA: 121/40,121/40
CP_LNK GVI: 90 39 FBI: 99 35 3 GRA: 99/40,99/40
CP_LNK FBI: 121 35 2 FBI: 132 27 5 GRA: 129/39,130/39,130/34,132/34
CP_LNK FBI: 99 54 2 FBI: 121 54 2 GRA: 108/58,121/58
CP_LNK GVI: 112 58 FBI: 121 54 3 GRA: 121/59,121/59
CP_LNK GVI: 90 58 FBI: 99 54 3 GRA: 99/59,99/59
CP_LNK FBI: 121 54 2 FBI: 132 46 5 GRA: 129/58,130/58,130/53,132/53
CP_LNK FBI: 99 72 2 FBI: 121 72 2 GRA: 108/76,121/76
CP_LNK GVI: 112 76 FBI: 121 72 3 GRA: 121/77,121/77
CP_LNK GVI: 90 76 FBI: 99 72 3 GRA: 99/77,99/77
CP_LNK FBI: 121 72 2 FBI: 132 64 5 GRA: 129/76,130/76,130/71,132/71
CP_LNK FBI: 99 91 2 FBI: 121 91 2 GRA: 108/95,121/95
CP_LNK GVI: 112 95 FBI: 121 91 3 GRA: 121/96,121/96
CP_LNK GVI: 90 95 FBI: 99 91 3 GRA: 99/96,99/96
CP_LNK FBI: 121 91 2 FBI: 132 83 5 GRA: 129/95,130/95,130/90,132/90
CP_LNK FBI: 174 20 2 FBI: 196 20 2 GRA: 183/24,196/24
CP_LNK FBI: 196 20 2 FBI: 206 10 7 GRA: 204/24,205/24,205/19,206/19
CP_LNK GVI: 165 24 FBI: 174 20 3 GRA: 174/25,174/25
CP_LNK GVI: 187 24 FBI: 196 20 3 GRA: 196/25,196/25
CP_LNK FBI: 174 38 2 FBI: 196 38 2 GRA: 183/42,196/42
CP_LNK GVI: 165 42 FBI: 174 38 3 GRA: 174/43,174/43
CP_LNK GVI: 187 42 FBI: 196 38 3 GRA: 196/43,196/43
CP_LNK FBI: 196 38 2 FBI: 206 28 7 GRA: 204/42,205/42,205/37,206/37
CP_LNK FBI: 174 56 2 FBI: 196 56 2 GRA: 183/60,196/60
CP_LNK GVI: 165 60 FBI: 174 56 3 GRA: 174/61,174/61
CP_LNK GVI: 187 60 FBI: 196 56 3 GRA: 196/61,196/61
CP_LNK FBI: 196 56 2 FBI: 206 46 7 GRA: 204/60,205/60,205/55,206/55
CP_LNK FBI: 174 74 2 FBI: 196 74 2 GRA: 183/78,196/78
CP_LNK GVI: 165 78 FBI: 174 74 3 GRA: 174/79,174/79
CP_LNK GVI: 187 78 FBI: 196 74 3 GRA: 196/79,196/79
CP_LNK FBI: 196 74 2 FBI: 206 64 7 GRA: 204/78,205/78,205/73,206/73
CP_LNK FBI: 174 92 2 FBI: 196 92 2 GRA: 183/96,196/96
CP_LNK GVI: 165 96 FBI: 174 92 3 GRA: 174/97,174/97
CP_LNK GVI: 187 96 FBI: 196 92 3 GRA: 196/97,196/97
CP_LNK FBI: 196 92 2 FBI: 206 82 7 GRA: 204/96,205/96,205/91,206/91
CP_LNK CON: 14 41 FBI: 23 38 2 GRA: 23/42,23/42
CP_LNK CON: 14 59 FBI: 23 56 2 GRA: 23/60,23/60
CP_LNK CON: 15 76 FBI: 24 73 2 GRA: 24/77,24/77
CP_LNK CON: 15 93 FBI: 24 90 2 GRA: 24/94,24/94
CP_LNK CON: 90 94 FBI: 99 91 2 GRA: 99/95,99/95
CP_LNK CON: 90 75 FBI: 99 72 2 GRA: 99/76,99/76
CP_LNK CON: 90 57 FBI: 99 54 2 GRA: 99/58,99/58
CP_LNK CON: 90 38 FBI: 99 35 2 GRA: 99/39,99/39
CP_LNK CON: 90 21 FBI: 99 18 2 GRA: 99/22,99/22
CP_LNK CON: 165 59 FBI: 174 56 2 GRA: 174/60,174/60
CP_LNK CON: 165 77 FBI: 174 74 2 GRA: 174/78,174/78
CP_LNK CON: 165 95 FBI: 174 92 2 GRA: 174/96,174/96
CP_LNK CON: 4 22 FBI: 13 18 3 GRA: 13/23,13/23
CP_LNK GVI: 4 21 FBI: 13 18 2 GRA: 13/22,13/22
CP_LNK FBI: 13 18 2 FBI: 23 20 2 GRA: 20/22,21/22,21/24,23/24
CP_LNK CON: 154 39 FBI: 163 35 3 GRA: 163/40,163/40
CP_LNK GVI: 154 38 FBI: 163 35 2 GRA: 163/39,163/39
CP_LNK FBI: 163 35 2 FBI: 174 38 2 GRA: 170/39,172/39,172/42,174/42
CP_LNK CON: 154 21 FBI: 163 17 3 GRA: 163/22,163/22
CP_LNK GVI: 154 20 FBI: 163 17 2 GRA: 163/21,163/21
CP_LNK FBI: 163 17 2 FBI: 174 20 2 GRA: 170/21,172/21,172/24,174/24
CP_SEC "Opstart_Default" SECTK_F_SECTION LANG_ST SVB: FALSE ID: 49 EXEC: 4 TEXT:
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 PLC1_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                              
CP__ST (* Afsluiters op hand opensturen *)                          
CP__ST     (* Paniek afsluiters*)                           
CP__ST  
CP__ST     PLC1_XV041_BedWrd        :=  16#8000 ;               
CP__ST     PLC1_XV042_BedWrd        :=  16#8000 ;               
CP__ST                                  
CP__ST  PLC1_XV041_AutoO        :=  TRUE    ;               
CP__ST  PLC1_XV042_AutoO        :=  TRUE    ;               
CP__ST  
CP__ST (* Regelaars naar HW regelaars *)
CP__ST  
CP__ST     PLC1_FIC041_BedWrd := 16#800;
CP__ST     PLC1_FIC042_BedWrd := 16#800;
CP__ST                              
CP__ST (* Bovengrens range analoge meetwaarden *)                           
CP__ST  
CP__ST  PLC1_FITS041_MeetwMax   :=  2000.0  ;   (* m3/h *)                  
CP__ST  PLC1_FITS042_MeetwMax   :=  2000.0  ;               
CP__ST  
CP__ST  PLC1_FIC041_MeetwMax    :=  2000.0  ;   
CP__ST  PLC1_FIC042_MeetwMax    :=  2000.0  ;               
CP__ST                              
CP__ST (* Ondergrens range analoge meetwaarden *)                           
CP__ST  
CP__ST  PLC1_FITS041_MeetwMin   :=  0.0     ;   (* m3/h *)                  
CP__ST  PLC1_FITS042_MeetwMin   :=  0.0     ;               
CP__ST  
CP__ST  PLC1_FIC041_MeetwMin    :=  0.0     ;
CP__ST  PLC1_FIC042_MeetwMin    :=  0.0     ;               
CP__ST                              
CP__ST (* Instellingen Acoftijden *)    
CP__ST                      
CP__ST  PLC1_AlgStorPLC1_AcofTijd   :=  5   ;   (* sec *)       
CP__ST  PLC1_Inbraak_AcofTijd       :=  5   ;
CP__ST  PLC1_FIC041HWReg_AcofTijd   :=  10  ;   
CP__ST  PLC1_FIC042HWReg_AcofTijd   :=  10  ;   
CP__ST  
CP__ST  PLC1_FIC041_AcofTijd    :=  30      ;   
CP__ST  PLC1_FIC042_AcofTijd    :=  30      ;               
CP__ST  
CP__ST  PLC1_FCV041_AcofTijd    :=  20      ;   
CP__ST  PLC1_FCV042_AcofTijd    :=  20      ;           
CP__ST  
CP__ST  PLC1_FITS041_AcofTijd   :=  10      ;               
CP__ST  PLC1_FITS042_AcofTijd   :=  10      ;                              
CP__ST  
CP__ST  PLC1_P001_AcofTijd      :=  15      ;               
CP__ST  PLC1_P002_AcofTijd      :=  15      ;   
CP__ST  PLC1_P023_AcofTijd      :=  15      ;               
CP__ST  PLC1_P004_AcofTijd      :=  15      ;               
CP__ST  PLC1_P005_AcofTijd      :=  15      ;
CP__ST  PLC1_P024_AcofTijd      :=  15      ;                   
CP__ST  PLC1_P007_AcofTijd      :=  15      ;               
CP__ST  PLC1_P008_AcofTijd      :=  15      ;               
CP__ST  PLC1_P009_AcofTijd      :=  15      ;               
CP__ST  PLC1_P021_AcofTijd      :=  15      ;               
CP__ST  PLC1_P022_AcofTijd      :=  15      ;               
CP__ST  PLC1_P012_AcofTijd      :=  15      ;               
CP__ST  PLC1_P025_AcofTijd      :=  15      ;               
CP__ST  PLC1_P026_AcofTijd      :=  15      ;               
CP__ST  PLC1_P027_AcofTijd      :=  15      ;               
CP__ST  
CP__ST  PLC1_XV041_AcofTijd     :=  300     ;               
CP__ST  PLC1_XV042_AcofTijd     :=  300     ;               
CP__ST                              
CP__ST  
CP__ST (* Instellingen onderdrukwoord *)                            
CP__ST  
CP__ST  PLC1_AlgStorPLC1_OndWrd :=  16#0000 ;               
CP__ST  PLC1_FIC041HWReg_OndWrd :=  16#0000 ;
CP__ST  PLC1_FIC042HWReg_OndWrd :=  16#0000 ;
CP__ST          
CP__ST  PLC1_FCV041_OndWrd      :=  16#0000 ;       
CP__ST  PLC1_FCV042_OndWrd      :=  16#0000 ;           
CP__ST  
CP__ST  PLC1_FIC041_OndWrd      :=  16#0000 ;       
CP__ST  PLC1_FIC042_OndWrd      :=  16#0000 ;       
CP__ST  
CP__ST  PLC1_FITS041_OndWrd     :=  16#0000 ;               
CP__ST  PLC1_FITS042_OndWrd     :=  16#0000 ;               
CP__ST  
CP__ST  PLC1_P001_OndWrd        :=  16#0000 ;               
CP__ST  PLC1_P002_OndWrd        :=  16#0000 ;               
CP__ST  PLC1_P023_OndWrd        :=  16#0000 ;
CP__ST  PLC1_P004_OndWrd        :=  16#0000 ;               
CP__ST  PLC1_P005_OndWrd        :=  16#0000 ;               
CP__ST  PLC1_P024_OndWrd        :=  16#0000 ;   
CP__ST  PLC1_P007_OndWrd        :=  16#0000 ;               
CP__ST  PLC1_P008_OndWrd        :=  16#0000 ;               
CP__ST  PLC1_P009_OndWrd        :=  16#0000 ;               
CP__ST  PLC1_P021_OndWrd        :=  16#0000 ;               
CP__ST  PLC1_P022_OndWrd        :=  16#0000 ;               
CP__ST  PLC1_P012_OndWrd        :=  16#0000 ;               
CP__ST  PLC1_P025_OndWrd        :=  16#0000 ;               
CP__ST  PLC1_P026_OndWrd        :=  16#0000 ;               
CP__ST  PLC1_P027_OndWrd        :=  16#0000 ;               
CP__ST      
CP__ST  PLC1_XV041_OndWrd       :=  16#0000 ;               
CP__ST  PLC1_XV042_OndWrd       :=  16#0000 ;               
CP__ST                              
CP__ST (* Instellingen primair of secundair alarmwoord *)                           
CP__ST  
CP__ST  PLC1_AlgStorPLC1_PriWrd :=  16#0000 ;               
CP__ST  PLC1_FIC041HWReg_PriWrd :=  16#0000 ;
CP__ST  PLC1_FIC042HWReg_PriWrd :=  16#0000 ;
CP__ST                  
CP__ST  PLC1_FCV041_PriWrd      :=  16#0000 ;   
CP__ST  PLC1_FCV042_PriWrd      :=  16#0000 ;           
CP__ST  
CP__ST  PLC1_FIC041_PriWrd      :=  16#0000 ;   
CP__ST  PLC1_FIC042_PriWrd      :=  16#0000 ;   
CP__ST  
CP__ST  PLC1_FITS041_PriWrd     :=  16#1800 ;               
CP__ST  PLC1_FITS042_PriWrd     :=  16#1800 ;               
CP__ST  
CP__ST  PLC1_P001_PriWrd        :=  16#F800 ;               
CP__ST  PLC1_P002_PriWrd        :=  16#F800 ;               
CP__ST  PLC1_P023_PriWrd        :=  16#F800 ;   
CP__ST  PLC1_P004_PriWrd        :=  16#F800 ;               
CP__ST  PLC1_P005_PriWrd        :=  16#F800 ;               
CP__ST  PLC1_P024_PriWrd        :=  16#F800 ;   
CP__ST  PLC1_P007_PriWrd        :=  16#F800 ;               
CP__ST  PLC1_P008_PriWrd        :=  16#F800 ;               
CP__ST  PLC1_P009_PriWrd        :=  16#F800 ;               
CP__ST  PLC1_P021_PriWrd        :=  16#F800 ;               
CP__ST  PLC1_P022_PriWrd        :=  16#F800 ;               
CP__ST  PLC1_P012_PriWrd        :=  16#F800 ;               
CP__ST  PLC1_P025_PriWrd        :=  16#F800 ;               
CP__ST  PLC1_P026_PriWrd        :=  16#F800 ;               
CP__ST  PLC1_P027_PriWrd        :=  16#F800 ;               
CP__ST      
CP__ST  PLC1_XV041_PriWrd       :=  16#C000 ;               
CP__ST  PLC1_XV042_PriWrd       :=  16#C000 ;               
CP__ST                              
CP__ST (* Instelwaarde Hoog-Hoog alarm *)                           
CP__ST  
CP__ST  PLC1_FITS041_InstHH     :=  1950.0  ;   (* m3/h *)                  
CP__ST  PLC1_FITS042_InstHH     :=  1950.0  ;               
CP__ST                              
CP__ST (* Instelwaarde Laag-Laag alarm *)                           
CP__ST  
CP__ST  PLC1_FITS041_InstLL     :=  0.0 ;   (* m3/h *)                  
CP__ST  PLC1_FITS042_InstLL     :=  0.0 ;               
CP__ST                              
CP__ST (* Instelwaarde Hoog alarm *)                            
CP__ST  
CP__ST  PLC1_FITS041_InstH      :=  1950.0  ;   (* m3/h *)                  
CP__ST  PLC1_FITS042_InstH      :=  1950.0  ;               
CP__ST                              
CP__ST (* Instelwaarde Laag alarm *)                            
CP__ST  
CP__ST  PLC1_FITS041_InstL      :=  0.0 ;   (* m3/h *)              
CP__ST  PLC1_FITS042_InstL      :=  0.0 ;   
CP__ST  
CP__ST (* Instellingen Plausibiliteit *)                            
CP__ST  
CP__ST  PLC1_FITS041_InstPla    :=  500.0   ;   (* m3/h *)                  
CP__ST  PLC1_FITS042_InstPla    :=  500.0   ;               
CP__ST                                                                          
CP__ST (* Matrix van de winputten *)                            
CP__ST  
CP__ST  PLC1_HandSturing_ProdStap   :=  2   ;               
CP__ST  PLC1_Matrix_VertrTijd       :=  10  ;   (* sec *)   
CP__ST  
CP__ST  PLC1_Matrix_Stap1Wrd1   :=  16#0E00 ;               
CP__ST  PLC1_Matrix_Stap1Wrd2   :=  16#0000 ;   
CP__ST  PLC1_Matrix_Stap2Wrd1   :=  16#00D0 ;               
CP__ST  PLC1_Matrix_Stap2Wrd2   :=  16#0000 ;               
CP__ST  PLC1_Matrix_Stap3Wrd1   :=  16#0000 ;               
CP__ST  PLC1_Matrix_Stap3Wrd2   :=  16#001F ;               
CP__ST  PLC1_Matrix_Stap4Wrd1   :=  16#0000 ;   
CP__ST  PLC1_Matrix_Stap4Wrd2   :=  16#0000 ;   
CP__ST  PLC1_Matrix_Stap5Wrd1   :=  16#0000 ;               
CP__ST  PLC1_Matrix_Stap5Wrd2   :=  16#0000 ;           
CP__ST          
CP__ST  PLC1_Matrix_PutUitWrd1  :=  16#0000 ;               
CP__ST  PLC1_Matrix_PutUitWrd2  :=  16#0000 ;               
CP__ST  
CP__ST  PLC1_Matrix_ReserveWrd1 :=  16#0000 ;               
CP__ST  PLC1_Matrix_ReserveWrd2 :=  16#0000 ;               
CP__ST                              
CP__ST (* Instellingen kelderregeling *)                            
CP__ST  
CP__ST  PLC1_KelderSturing_Stap1Hoog        :=  2.60 ;  (* mWk *)           
CP__ST  PLC1_KelderSturing_Stap2Hoog        :=  2.40 ;                      
CP__ST  PLC1_KelderSturing_Stap3Hoog        :=  2.10 ;                      
CP__ST  PLC1_KelderSturing_Stap4Hoog        :=  1.50 ;          
CP__ST  PLC1_KelderSturing_Stap5Hoog        :=  1.40 ;              
CP__ST  PLC1_KelderSturing_Stap1Laag        :=  2.45 ;                  
CP__ST  PLC1_KelderSturing_Stap2Laag        :=  2.20 ;                  
CP__ST  PLC1_KelderSturing_Stap3Laag        :=  1.90 ;                  
CP__ST  PLC1_KelderSturing_Stap4Laag        :=  1.30 ;          
CP__ST  PLC1_KelderSturing_Stap5Laag        :=  1.20 ;              
CP__ST                              
CP__ST (* Instellingen Regelaar *)                          
CP__ST  
CP__ST  PLC1_FIC041_IActie      :=  60      ;               
CP__ST  PLC1_FIC041_PActie      :=  3.0     ;               
CP__ST  PLC1_FIC041_InstAfw     :=  500.0   ;   (* m3/h *)                  
CP__ST  PLC1_FIC041_SetPoint    :=  750.0   ;   (* m3/h *)          
CP__ST  PLC1_FCV041_SPHand      :=  750.0   ;   (* m3/h *)  
CP__ST      
CP__ST  PLC1_FIC042_IActie      :=  60      ;               
CP__ST  PLC1_FIC042_PActie      :=  3.0     ;               
CP__ST  PLC1_FIC042_InstAfw     :=  500.0   ;   (* m3/h *)                  
CP__ST  PLC1_FIC042_SetPoint    :=  750.0   ;   (* m3/h *)                  
CP__ST  PLC1_FCV042_SPHand      :=  750.0   ;   (* m3/h *)
CP__ST  
CP__ST (* Instellingen zuiveringscapaciteit *)                          
CP__ST  
CP__ST  PLC1_ZuivCap_InstFilter     :=  300 ; (* m3/h *)
CP__ST  
CP__ST (* Instellingen produktiecapaciteit *)
CP__ST  
CP__ST  PLC1_P001_InstDebiet        :=   70 ; (* m3/h *)            
CP__ST  PLC1_P002_InstDebiet        :=   70 ;   
CP__ST  PLC1_P023_InstDebiet        :=   50 ;               
CP__ST  PLC1_P004_InstDebiet        :=   70 ;   
CP__ST  PLC1_P005_InstDebiet        :=   70 ;               
CP__ST  PLC1_P024_InstDebiet        :=   50 ;   
CP__ST  PLC1_P007_InstDebiet        :=   70 ;               
CP__ST  PLC1_P008_InstDebiet        :=   70 ;   
CP__ST  PLC1_P009_InstDebiet        :=   70 ;               
CP__ST  PLC1_P021_InstDebiet        :=   70 ;   
CP__ST  PLC1_P022_InstDebiet        :=   70 ;               
CP__ST  PLC1_P012_InstDebiet        :=   70 ;   
CP__ST  PLC1_P025_InstDebiet        :=   70 ;               
CP__ST  PLC1_P026_InstDebiet        :=   70 ;   
CP__ST  PLC1_P027_InstDebiet        :=   70 ;               
CP__ST  PLC1_P013_InstDebiet        :=   70 ;   
CP__ST  PLC1_P014_InstDebiet        :=   70 ;               
CP__ST  PLC1_P015_InstDebiet        :=   70 ;   
CP__ST  PLC1_P016_InstDebiet        :=   70 ;               
CP__ST  PLC1_P017_InstDebiet        :=   70 ;
CP__ST  PLC1_P018_InstDebiet        :=   70 ;   
CP__ST  PLC1_P019_InstDebiet        :=   70 ;               
CP__ST  PLC1_P020_InstDebiet        :=   70 ;                   
CP__ST  PLC1_GewCap_Factor          :=   80 ; (* % *)
CP__ST                              
CP__ST                          
CP__ST IF Opstarten24VDC.Q THEN;                            
CP__ST  
CP__ST  Hulpmerker_Starten := FALSE;    
CP__ST  
CP__ST  (* Regelaars naar SW regelaars *)
CP__ST  
CP__ST  PLC1_FIC041_BedWrd := 16#0;
CP__ST  PLC1_FIC042_BedWrd := 16#0;                     
CP__ST END_IF;                          
CP__ST                              
CP__ST                              
CP__ST (* Handsturingen SCADA terug op 0 zetten *)                              
CP__ST                              
CP__ST  (* Paniek afsluiters *)                         
CP__ST  PLC1_XV041_BedWrd   :=  16#0000 ;               
CP__ST  PLC1_XV042_BedWrd   :=  16#0000 ;           
CP__ST                  
CP__ST END_IF;                              
CP__ST  
CP_SEC "Analoog" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 33 EXEC: 5 TEXT:
CP_COM LEFT: 42 RIGHT: 58 TOP: 2 BOT: 6 TEXT:
...TXF ****************************************
...TXT Totaal debiet ruwwatertoevoer
...TXT FITS-041 + FITS-042
...TXT ****************************************
CP_COM LEFT: 3 RIGHT: 27 TOP: 2 BOT: 6 TEXT:
...TXF ***********************************************************
...TXT FITS-041 Debietmeting ruwwatertoevoer 1
...TXT Typical : DFB_ANA
...TXT ***********************************************************
CP_COM LEFT: 3 RIGHT: 27 TOP: 42 BOT: 46 TEXT:
...TXF ***********************************************************
...TXT FITS-042 Debietmeting ruwwatertoevoer 2
...TXT Typical : DFB_ANA
...TXT ***********************************************************
CP_COM LEFT: 78 RIGHT: 102 TOP: 2 BOT: 6 TEXT:
...TXF ***********************************************************
...TXT LIT-601-01 Niveaumeting reinwaterkelders
...TXT Typical : DFB_ANA
...TXT ***********************************************************
CP_DBI "DFB_ANA" 16 8 CODID: 1 NAME: "FITS001" TEXT:
CP_DBI "DFB_ANA" 16 48 CODID: 2 NAME: "FITS002" TEXT:
CP_FBI "ADD_REAL" 54 8 CODID: 3 NAME: ".33.24" TEXT:
CP_DBI "DFB_ANA" 92 10 CODID: 4 NAME: "FBI_33_25" TEXT:
CP_GVI NAMED_VAR: "PLC1_FITS041_BedWrd" 7 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_AnalogIn" 7 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_InstHH" 7 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_InstH" 7 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_InstL" 7 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_InstLL" 7 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_InstPla" 7 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_PriWrd" 7 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_OndWrd" 7 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_MeldDrbr" 7 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_Meetw" 27 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_StrHH" 27 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_StrH" 27 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_StrL" 27 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_StrLL" 27 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_StrMw" 27 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_AlwPri" 27 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_AlwSec" 27 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_BedWrd" 7 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_AnalogIn" 7 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_MeetwMax" 7 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_MeetwMin" 7 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_InstHH" 7 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_InstH" 7 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_InstL" 7 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_InstLL" 7 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_InstPla" 7 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_PriWrd" 7 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_OndWrd" 7 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_MeldDrbr" 7 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_AcofTijd" 7 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_Meetw" 27 53 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_StrHH" 27 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_StrH" 27 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_StrL" 27 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_StrLL" 27 60 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_StrMw" 27 61 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_AlwPri" 27 63 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_AlwSec" 27 64 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 7 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 7 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_MeetwMin" 7 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_MeetwMax" 7 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 7 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 7 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_AcofTijd" 7 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_Vrijgave" 7 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_Vrijgave" 7 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_Meetw" 45 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_Meetw" 45 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_042_Totaal" 62 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_StaWrd" 27 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_StaWrd" 27 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 83 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 83 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LIT60101_Meetw" 103 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_LIT60101_AnalogIn" 83 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LIT60101_MeldDrbr" 83 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LIT60101_AlwPri" 103 25 FP_IO_INPUT
CP_CON 83 32 IEC_BOOL_ID 1
CP_CON 83 17 IEC_REAL_ID 0.0
CP_CON 83 16 IEC_REAL_ID 3.0
CP_LNK GVI: 7 11 FBI: 16 8 2 GRA: 16/12,16/12
CP_LNK GVI: 7 13 FBI: 16 8 4 GRA: 16/14,16/14
CP_LNK GVI: 7 17 FBI: 16 8 8 GRA: 16/18,16/18
CP_LNK GVI: 7 18 FBI: 16 8 9 GRA: 16/19,16/19
CP_LNK GVI: 7 19 FBI: 16 8 10 GRA: 16/20,16/20
CP_LNK GVI: 7 20 FBI: 16 8 11 GRA: 16/21,16/21
CP_LNK GVI: 7 21 FBI: 16 8 12 GRA: 16/22,16/22
CP_LNK GVI: 7 23 FBI: 16 8 14 GRA: 16/24,16/24
CP_LNK GVI: 7 24 FBI: 16 8 15 GRA: 16/25,16/25
CP_LNK GVI: 7 25 FBI: 16 8 16 GRA: 16/26,16/26
CP_LNK FBI: 16 8 4 GVI: 27 13 GRA: 27/14,27/14
CP_LNK FBI: 16 8 8 GVI: 27 17 GRA: 27/18,27/18
CP_LNK FBI: 16 8 9 GVI: 27 18 GRA: 27/19,27/19
CP_LNK FBI: 16 8 10 GVI: 27 19 GRA: 27/20,27/20
CP_LNK FBI: 16 8 11 GVI: 27 20 GRA: 27/21,27/21
CP_LNK FBI: 16 8 12 GVI: 27 21 GRA: 27/22,27/22
CP_LNK FBI: 16 8 14 GVI: 27 23 GRA: 27/24,27/24
CP_LNK FBI: 16 8 15 GVI: 27 24 GRA: 27/25,27/25
CP_LNK GVI: 7 51 FBI: 16 48 2 GRA: 16/52,16/52
CP_LNK GVI: 7 53 FBI: 16 48 4 GRA: 16/54,16/54
CP_LNK GVI: 7 54 FBI: 16 48 5 GRA: 16/55,16/55
CP_LNK GVI: 7 55 FBI: 16 48 6 GRA: 16/56,16/56
CP_LNK GVI: 7 57 FBI: 16 48 8 GRA: 16/58,16/58
CP_LNK GVI: 7 58 FBI: 16 48 9 GRA: 16/59,16/59
CP_LNK GVI: 7 59 FBI: 16 48 10 GRA: 16/60,16/60
CP_LNK GVI: 7 60 FBI: 16 48 11 GRA: 16/61,16/61
CP_LNK GVI: 7 61 FBI: 16 48 12 GRA: 16/62,16/62
CP_LNK GVI: 7 63 FBI: 16 48 14 GRA: 16/64,16/64
CP_LNK GVI: 7 64 FBI: 16 48 15 GRA: 16/65,16/65
CP_LNK GVI: 7 65 FBI: 16 48 16 GRA: 16/66,16/66
CP_LNK GVI: 7 66 FBI: 16 48 17 GRA: 16/67,16/67
CP_LNK FBI: 16 48 4 GVI: 27 53 GRA: 27/54,27/54
CP_LNK FBI: 16 48 8 GVI: 27 57 GRA: 27/58,27/58
CP_LNK FBI: 16 48 9 GVI: 27 58 GRA: 27/59,27/59
CP_LNK FBI: 16 48 10 GVI: 27 59 GRA: 27/60,27/60
CP_LNK FBI: 16 48 11 GVI: 27 60 GRA: 27/61,27/61
CP_LNK FBI: 16 48 12 GVI: 27 61 GRA: 27/62,27/62
CP_LNK FBI: 16 48 14 GVI: 27 63 GRA: 27/64,27/64
CP_LNK FBI: 16 48 15 GVI: 27 64 GRA: 27/65,27/65
CP_LNK GVI: 7 27 FBI: 16 8 18 GRA: 16/28,16/28
CP_LNK GVI: 7 28 FBI: 16 8 19 GRA: 16/29,16/29
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 67 FBI: 16 48 18 GRA: 16/68,16/68
CP_LNK GVI: 7 68 FBI: 16 48 19 GRA: 16/69,16/69
CP_LNK GVI: 7 26 FBI: 16 8 17 GRA: 16/27,16/27
CP_LNK GVI: 7 30 FBI: 16 8 21 GRA: 16/31,16/31
CP_LNK GVI: 7 70 FBI: 16 48 21 GRA: 16/71,16/71
CP_LNK GVI: 45 11 FBI: 54 8 2 GRA: 54/12,54/12
CP_LNK GVI: 45 12 FBI: 54 8 3 GRA: 54/13,54/13
CP_LNK FBI: 54 8 2 GVI: 62 11 GRA: 62/12,62/12
CP_LNK FBI: 16 8 2 GVI: 27 11 GRA: 27/12,27/12
CP_LNK FBI: 16 48 2 GVI: 27 51 GRA: 27/52,27/52
CP_LNK GVI: 83 29 FBI: 92 10 18 GRA: 92/30,92/30
CP_LNK GVI: 83 30 FBI: 92 10 19 GRA: 92/31,92/31
CP_LNK FBI: 92 10 4 GVI: 103 15 GRA: 103/16,103/16
CP_LNK GVI: 83 15 FBI: 92 10 4 GRA: 92/16,92/16
CP_LNK CON: 83 32 FBI: 92 10 21 GRA: 92/33,92/33
CP_LNK CON: 83 17 FBI: 92 10 6 GRA: 92/18,92/18
CP_LNK CON: 83 16 FBI: 92 10 5 GRA: 92/17,92/17
CP_LNK GVI: 83 27 FBI: 92 10 16 GRA: 92/28,92/28
CP_LNK FBI: 92 10 14 GVI: 103 25 GRA: 103/26,103/26
CP_SEC "Primair_alarm" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 37 EXEC: 6 TEXT:
CP_COM LEFT: 3 RIGHT: 19 TOP: 3 BOT: 7 TEXT:
...TXF ****************************************
...TXT Alarmen Primair verzameld van:
...TXT Winning : Waterwinning
...TXT ****************************************
CP_COM LEFT: 77 RIGHT: 92 TOP: 2 BOT: 5 TEXT:
...TXF **************************************
...TXT Verzameling Primaire alarmen
...TXT **************************************
CP_DBI "STORING" 18 9 CODID: 1 NAME: "VerzPrim1" TEXT:
CP_DBI "STORING" 18 33 CODID: 2 NAME: "VerzPrim2" TEXT:
CP_FBI "OR_BOOL" 91 8 CODID: 3 NAME: ".37.12" TEXT:
CP_GVI NAMED_VAR: "PLC1_Accept" 9 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 9 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_AlwPri" 9 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_AlwPri" 9 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_AlwPri" 9 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV041_AlwPri" 9 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_AlwPri" 9 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_AlwPri" 9 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_AlwPri_Verzameld1" 28 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_PrimairAlarm" 99 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_AlwPri_Verzameld1" 82 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_AlwPri_Verzameld2" 82 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_AlwPri_Verzameld2" 28 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_AlwPri" 9 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_AlwPri" 9 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_AlwPri" 9 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_AlwPri" 9 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_AlwPri" 9 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_AlwPri" 9 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_AlwPri" 9 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_AlwPri" 9 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_AlwPri" 9 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_AlwPri" 9 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_AlwPri" 9 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_AlwPri" 9 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_AlwPri" 9 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_AlwPri" 9 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_AlwPri" 9 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_AlwPri" 9 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_AlwPri" 9 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_BK01_AlwPri" 9 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_AlgStorPLC1_AlwPri" 9 27 FP_IO_OUTPUT
CP_LNK GVI: 9 29 FBI: 18 9 19 GRA: 18/30,18/30
CP_LNK GVI: 9 53 FBI: 18 33 19 GRA: 18/54,18/54
CP_LNK GVI: 9 15 FBI: 18 9 5 GRA: 18/16,18/16
CP_LNK GVI: 9 16 FBI: 18 9 6 GRA: 18/17,18/17
CP_LNK GVI: 9 18 FBI: 18 9 8 GRA: 18/19,18/19
CP_LNK GVI: 9 17 FBI: 18 9 7 GRA: 18/18,18/18
CP_LNK GVI: 9 20 FBI: 18 9 10 GRA: 18/21,18/21
CP_LNK GVI: 9 19 FBI: 18 9 9 GRA: 18/20,18/20
CP_LNK FBI: 18 9 2 GVI: 28 12 GRA: 28/13,28/13
CP_LNK FBI: 91 8 2 GVI: 99 11 GRA: 99/12,99/12
CP_LNK GVI: 82 11 FBI: 91 8 2 GRA: 91/12,91/12
CP_LNK GVI: 82 12 FBI: 91 8 3 GRA: 91/13,91/13
CP_LNK FBI: 18 33 2 GVI: 28 36 GRA: 28/37,28/37
CP_LNK GVI: 9 13 FBI: 18 9 3 GRA: 18/14,18/14
CP_LNK GVI: 9 14 FBI: 18 9 4 GRA: 18/15,18/15
CP_LNK GVI: 9 36 FBI: 18 33 2 GRA: 18/37,18/37
CP_LNK GVI: 9 37 FBI: 18 33 3 GRA: 18/38,18/38
CP_LNK GVI: 9 38 FBI: 18 33 4 GRA: 18/39,18/39
CP_LNK GVI: 9 39 FBI: 18 33 5 GRA: 18/40,18/40
CP_LNK GVI: 9 40 FBI: 18 33 6 GRA: 18/41,18/41
CP_LNK GVI: 9 41 FBI: 18 33 7 GRA: 18/42,18/42
CP_LNK GVI: 9 42 FBI: 18 33 8 GRA: 18/43,18/43
CP_LNK GVI: 9 43 FBI: 18 33 9 GRA: 18/44,18/44
CP_LNK GVI: 9 44 FBI: 18 33 10 GRA: 18/45,18/45
CP_LNK GVI: 9 45 FBI: 18 33 11 GRA: 18/46,18/46
CP_LNK GVI: 9 46 FBI: 18 33 12 GRA: 18/47,18/47
CP_LNK GVI: 9 48 FBI: 18 33 14 GRA: 18/49,18/49
CP_LNK GVI: 9 47 FBI: 18 33 13 GRA: 18/48,18/48
CP_LNK GVI: 9 50 FBI: 18 33 16 GRA: 18/51,18/51
CP_LNK GVI: 9 49 FBI: 18 33 15 GRA: 18/50,18/50
CP_LNK GVI: 9 26 FBI: 18 9 16 GRA: 18/27,18/27
CP_LNK GVI: 9 27 FBI: 18 9 17 GRA: 18/28,18/28
CP_SEC "Secundair_alarm" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 41 EXEC: 7 TEXT:
CP_COM LEFT: 77 RIGHT: 92 TOP: 2 BOT: 5 TEXT:
...TXF **************************************
...TXT Verzameling Secundaire alarmen
...TXT **************************************
CP_COM LEFT: 3 RIGHT: 19 TOP: 2 BOT: 6 TEXT:
...TXF ****************************************
...TXT Alarmen Secundair verzameld van:
...TXT Winning : Waterwinning
...TXT ****************************************
CP_COM LEFT: 152 RIGHT: 168 TOP: 2 BOT: 6 TEXT:
...TXF ****************************************
...TXT Aantal putten in storing
...TXT Winning : Waterwinning
...TXT ****************************************
CP_FBI "NE_WORD" 163 7 CODID: 4 NAME: ".41.114" TEXT:
CP_FBI "NE_WORD" 163 14 CODID: 5 NAME: ".41.115" TEXT:
CP_FBI "NE_WORD" 163 28 CODID: 6 NAME: ".41.116" TEXT:
CP_FBI "NE_WORD" 163 35 CODID: 7 NAME: ".41.117" TEXT:
CP_FBI "SEL" 174 7 CODID: 8 NAME: ".41.118" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 174 14 CODID: 9 NAME: ".41.119" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 174 28 CODID: 10 NAME: ".41.120" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 174 35 CODID: 11 NAME: ".41.121" ANY: IEC_INT_ID TEXT:
CP_FBI "NE_WORD" 163 21 CODID: 12 NAME: ".41.122" TEXT:
CP_FBI "SEL" 174 21 CODID: 13 NAME: ".41.123" ANY: IEC_INT_ID TEXT:
CP_FBI "ADD_INT" 206 8 CODID: 34 NAME: ".41.124" DRAW: 14 TEXT:
CP_FBI "NE_WORD" 163 42 CODID: 14 NAME: ".41.125" TEXT:
CP_FBI "NE_WORD" 163 49 CODID: 16 NAME: ".41.126" TEXT:
CP_FBI "NE_WORD" 163 63 CODID: 20 NAME: ".41.127" TEXT:
CP_FBI "NE_WORD" 163 70 CODID: 22 NAME: ".41.128" TEXT:
CP_FBI "SEL" 174 42 CODID: 15 NAME: ".41.129" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 174 49 CODID: 17 NAME: ".41.130" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 174 63 CODID: 21 NAME: ".41.131" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 174 70 CODID: 23 NAME: ".41.132" ANY: IEC_INT_ID TEXT:
CP_FBI "NE_WORD" 163 56 CODID: 18 NAME: ".41.133" TEXT:
CP_FBI "SEL" 174 56 CODID: 19 NAME: ".41.134" ANY: IEC_INT_ID TEXT:
CP_FBI "NE_WORD" 163 77 CODID: 24 NAME: ".41.136" TEXT:
CP_FBI "NE_WORD" 163 84 CODID: 26 NAME: ".41.137" TEXT:
CP_FBI "NE_WORD" 205 35 CODID: 30 NAME: ".41.138" TEXT:
CP_FBI "NE_WORD" 205 42 CODID: 32 NAME: ".41.139" TEXT:
CP_FBI "SEL" 174 77 CODID: 25 NAME: ".41.140" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 174 84 CODID: 27 NAME: ".41.141" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 216 35 CODID: 31 NAME: ".41.142" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 216 42 CODID: 33 NAME: ".41.143" ANY: IEC_INT_ID TEXT:
CP_FBI "NE_WORD" 163 91 CODID: 28 NAME: ".41.144" TEXT:
CP_FBI "SEL" 174 91 CODID: 29 NAME: ".41.145" ANY: IEC_INT_ID TEXT:
CP_DBI "STORING" 18 8 CODID: 2 NAME: "FBI_41_86" TEXT:
CP_DBI "STORING" 18 32 CODID: 3 NAME: "FBI_41_87" TEXT:
CP_FBI "OR_BOOL" 92 9 CODID: 1 NAME: ".41.85" TEXT:
CP_FBI "GT_INT" 198 2 CODID: 35 NAME: ".41.148" TEXT:
CP_GVI NAMED_VAR: "PLC1_Cmd_SecundairAlarm" 100 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 9 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_AlwSec" 9 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_AlwSec" 9 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_AlwSec" 9 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_AlwSec" 9 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV041_AlwSec" 9 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_AlwSec" 9 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_AlwSec" 9 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_AlwSec" 9 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_BK01_AlwSec" 9 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_AlgStorPLC1_AlwSec" 9 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_AlwSec" 9 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_AlwSec" 9 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_AlwSec" 9 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_AlwSec" 9 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_AlwSec" 9 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_AlwSec" 9 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_AlwSec" 9 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_AlwSec" 9 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_AlwSec" 9 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_AlwSec" 9 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_AlwSec" 9 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_AlwSec" 9 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_AlwSec" 9 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_AlwSec" 9 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_AlwSec" 9 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_AlwSec_Verzameld2" 28 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_AlwSec_Verzameld1" 28 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_AlwSec_Verzameld1" 83 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_AlwSec_Verzameld2" 83 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_AlwSec" 154 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_AlwSec" 154 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_AlwSec" 154 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_AlwSec" 154 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_AlwSec" 154 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_AlwSec" 154 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_AlwSec" 154 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_AlwSec" 154 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_AlwSec" 154 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_AlwSec" 154 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Aantal_putten_in_storing" 189 5 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_2PuttenGestoord" 205 5 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P022_AlwSec" 154 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_AlwSec" 154 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_AlwSec" 154 94 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_AlwSec" 196 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_AlwSec" 196 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "Aantal_putten_in_storing" 213 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_Winputten" 197 26 FP_IO_OUTPUT
CP_CON 154 11 IEC_WORD_ID 16#0000
CP_CON 154 18 IEC_WORD_ID 16#0000
CP_CON 154 32 IEC_WORD_ID 16#0000
CP_CON 154 39 IEC_WORD_ID 16#0000
CP_CON 165 11 IEC_INT_ID 0
CP_CON 165 12 IEC_INT_ID 1
CP_CON 165 19 IEC_INT_ID 1
CP_CON 165 18 IEC_INT_ID 0
CP_CON 165 33 IEC_INT_ID 1
CP_CON 165 32 IEC_INT_ID 0
CP_CON 165 40 IEC_INT_ID 1
CP_CON 165 39 IEC_INT_ID 0
CP_CON 154 25 IEC_WORD_ID 16#0000
CP_CON 165 26 IEC_INT_ID 1
CP_CON 165 25 IEC_INT_ID 0
CP_CON 165 60 IEC_INT_ID 0
CP_CON 165 61 IEC_INT_ID 1
CP_CON 154 60 IEC_WORD_ID 16#0000
CP_CON 165 74 IEC_INT_ID 0
CP_CON 165 75 IEC_INT_ID 1
CP_CON 165 67 IEC_INT_ID 0
CP_CON 165 68 IEC_INT_ID 1
CP_CON 165 53 IEC_INT_ID 0
CP_CON 165 54 IEC_INT_ID 1
CP_CON 165 47 IEC_INT_ID 1
CP_CON 165 46 IEC_INT_ID 0
CP_CON 154 74 IEC_WORD_ID 16#0000
CP_CON 154 67 IEC_WORD_ID 16#0000
CP_CON 154 53 IEC_WORD_ID 16#0000
CP_CON 154 46 IEC_WORD_ID 16#0000
CP_CON 189 6 IEC_INT_ID 1
CP_CON 165 95 IEC_INT_ID 0
CP_CON 165 96 IEC_INT_ID 1
CP_CON 154 95 IEC_WORD_ID 16#0000
CP_CON 207 46 IEC_INT_ID 0
CP_CON 207 47 IEC_INT_ID 1
CP_CON 207 39 IEC_INT_ID 0
CP_CON 207 40 IEC_INT_ID 1
CP_CON 165 88 IEC_INT_ID 0
CP_CON 165 89 IEC_INT_ID 1
CP_CON 165 82 IEC_INT_ID 1
CP_CON 165 81 IEC_INT_ID 0
CP_CON 196 46 IEC_WORD_ID 16#0000
CP_CON 196 39 IEC_WORD_ID 16#0000
CP_CON 154 88 IEC_WORD_ID 16#0000
CP_CON 154 81 IEC_WORD_ID 16#0000
CP_LNK FBI: 92 9 2 GVI: 100 12 GRA: 100/13,100/13
CP_LNK GVI: 9 28 FBI: 18 8 19 GRA: 18/29,18/29
CP_LNK GVI: 9 12 FBI: 18 8 3 GRA: 18/13,18/13
CP_LNK GVI: 9 13 FBI: 18 8 4 GRA: 18/14,18/14
CP_LNK GVI: 9 14 FBI: 18 8 5 GRA: 18/15,18/15
CP_LNK GVI: 9 15 FBI: 18 8 6 GRA: 18/16,18/16
CP_LNK GVI: 9 16 FBI: 18 8 7 GRA: 18/17,18/17
CP_LNK GVI: 9 17 FBI: 18 8 8 GRA: 18/18,18/18
CP_LNK GVI: 9 18 FBI: 18 8 9 GRA: 18/19,18/19
CP_LNK GVI: 9 19 FBI: 18 8 10 GRA: 18/20,18/20
CP_LNK GVI: 9 25 FBI: 18 8 16 GRA: 18/26,18/26
CP_LNK GVI: 9 26 FBI: 18 8 17 GRA: 18/27,18/27
CP_LNK GVI: 9 35 FBI: 18 32 2 GRA: 18/36,18/36
CP_LNK GVI: 9 36 FBI: 18 32 3 GRA: 18/37,18/37
CP_LNK GVI: 9 37 FBI: 18 32 4 GRA: 18/38,18/38
CP_LNK GVI: 9 38 FBI: 18 32 5 GRA: 18/39,18/39
CP_LNK GVI: 9 39 FBI: 18 32 6 GRA: 18/40,18/40
CP_LNK GVI: 9 40 FBI: 18 32 7 GRA: 18/41,18/41
CP_LNK GVI: 9 41 FBI: 18 32 8 GRA: 18/42,18/42
CP_LNK GVI: 9 42 FBI: 18 32 9 GRA: 18/43,18/43
CP_LNK GVI: 9 43 FBI: 18 32 10 GRA: 18/44,18/44
CP_LNK GVI: 9 44 FBI: 18 32 11 GRA: 18/45,18/45
CP_LNK GVI: 9 45 FBI: 18 32 12 GRA: 18/46,18/46
CP_LNK GVI: 9 47 FBI: 18 32 14 GRA: 18/48,18/48
CP_LNK GVI: 9 46 FBI: 18 32 13 GRA: 18/47,18/47
CP_LNK GVI: 9 48 FBI: 18 32 15 GRA: 18/49,18/49
CP_LNK GVI: 9 49 FBI: 18 32 16 GRA: 18/50,18/50
CP_LNK FBI: 18 32 2 GVI: 28 35 GRA: 28/36,28/36
CP_LNK FBI: 18 8 2 GVI: 28 11 GRA: 28/12,28/12
CP_LNK GVI: 83 12 FBI: 92 9 2 GRA: 92/13,92/13
CP_LNK GVI: 83 13 FBI: 92 9 3 GRA: 92/14,92/14
CP_LNK GVI: 154 10 FBI: 163 7 2 GRA: 163/11,163/11
CP_LNK CON: 154 11 FBI: 163 7 3 GRA: 163/12,163/12
CP_LNK CON: 154 18 FBI: 163 14 3 GRA: 163/19,163/19
CP_LNK CON: 154 32 FBI: 163 28 3 GRA: 163/33,163/33
CP_LNK CON: 154 39 FBI: 163 35 3 GRA: 163/40,163/40
CP_LNK GVI: 154 17 FBI: 163 14 2 GRA: 163/18,163/18
CP_LNK GVI: 154 31 FBI: 163 28 2 GRA: 163/32,163/32
CP_LNK GVI: 154 38 FBI: 163 35 2 GRA: 163/39,163/39
CP_LNK FBI: 163 7 2 FBI: 174 7 2 GRA: 171/11,174/11
CP_LNK CON: 165 11 FBI: 174 7 3 GRA: 174/12,174/12
CP_LNK CON: 165 12 FBI: 174 7 4 GRA: 174/13,174/13
CP_LNK FBI: 174 7 3 FBI: 206 8 2 GRA: 181/12,206/12
CP_LNK CON: 165 19 FBI: 174 14 4 GRA: 174/20,174/20
CP_LNK CON: 165 18 FBI: 174 14 3 GRA: 174/19,174/19
CP_LNK CON: 165 33 FBI: 174 28 4 GRA: 174/34,174/34
CP_LNK CON: 165 32 FBI: 174 28 3 GRA: 174/33,174/33
CP_LNK CON: 165 40 FBI: 174 35 4 GRA: 174/41,174/41
CP_LNK CON: 165 39 FBI: 174 35 3 GRA: 174/40,174/40
CP_LNK FBI: 163 14 2 FBI: 174 14 2 GRA: 171/18,174/18
CP_LNK FBI: 163 28 2 FBI: 174 28 2 GRA: 171/32,174/32
CP_LNK FBI: 163 35 2 FBI: 174 35 2 GRA: 171/39,174/39
CP_LNK FBI: 174 14 3 FBI: 206 8 3 GRA: 181/19,182/19,182/13,206/13
CP_LNK FBI: 174 28 3 FBI: 206 8 5 GRA: 181/33,184/33,184/15,206/15
CP_LNK FBI: 174 35 3 FBI: 206 8 6 GRA: 181/40,185/40,185/16,206/16
CP_LNK CON: 154 25 FBI: 163 21 3 GRA: 163/26,163/26
CP_LNK CON: 165 26 FBI: 174 21 4 GRA: 174/27,174/27
CP_LNK CON: 165 25 FBI: 174 21 3 GRA: 174/26,174/26
CP_LNK FBI: 163 21 2 FBI: 174 21 2 GRA: 171/25,174/25
CP_LNK GVI: 154 24 FBI: 163 21 2 GRA: 163/25,163/25
CP_LNK FBI: 174 21 3 FBI: 206 8 4 GRA: 181/26,183/26,183/14,206/14
CP_LNK FBI: 163 56 2 FBI: 174 56 2 GRA: 171/60,174/60
CP_LNK CON: 165 60 FBI: 174 56 3 GRA: 174/61,174/61
CP_LNK CON: 165 61 FBI: 174 56 4 GRA: 174/62,174/62
CP_LNK CON: 154 60 FBI: 163 56 3 GRA: 163/61,163/61
CP_LNK FBI: 163 70 2 FBI: 174 70 2 GRA: 171/74,174/74
CP_LNK FBI: 163 63 2 FBI: 174 63 2 GRA: 171/67,174/67
CP_LNK FBI: 163 49 2 FBI: 174 49 2 GRA: 171/53,174/53
CP_LNK CON: 165 74 FBI: 174 70 3 GRA: 174/75,174/75
CP_LNK CON: 165 75 FBI: 174 70 4 GRA: 174/76,174/76
CP_LNK CON: 165 67 FBI: 174 63 3 GRA: 174/68,174/68
CP_LNK CON: 165 68 FBI: 174 63 4 GRA: 174/69,174/69
CP_LNK CON: 165 53 FBI: 174 49 3 GRA: 174/54,174/54
CP_LNK CON: 165 54 FBI: 174 49 4 GRA: 174/55,174/55
CP_LNK CON: 165 47 FBI: 174 42 4 GRA: 174/48,174/48
CP_LNK CON: 165 46 FBI: 174 42 3 GRA: 174/47,174/47
CP_LNK FBI: 163 42 2 FBI: 174 42 2 GRA: 171/46,174/46
CP_LNK CON: 154 74 FBI: 163 70 3 GRA: 163/75,163/75
CP_LNK CON: 154 67 FBI: 163 63 3 GRA: 163/68,163/68
CP_LNK CON: 154 53 FBI: 163 49 3 GRA: 163/54,163/54
CP_LNK CON: 154 46 FBI: 163 42 3 GRA: 163/47,163/47
CP_LNK GVI: 154 45 FBI: 163 42 2 GRA: 163/46,163/46
CP_LNK GVI: 154 52 FBI: 163 49 2 GRA: 163/53,163/53
CP_LNK GVI: 154 59 FBI: 163 56 2 GRA: 163/60,163/60
CP_LNK GVI: 154 66 FBI: 163 63 2 GRA: 163/67,163/67
CP_LNK GVI: 154 73 FBI: 163 70 2 GRA: 163/74,163/74
CP_LNK CON: 189 6 FBI: 198 2 3 GRA: 198/7,198/7
CP_LNK GVI: 189 5 FBI: 198 2 2 GRA: 198/6,198/6
CP_LNK FBI: 198 2 2 GVI: 205 5 GRA: 205/6,205/6
CP_LNK FBI: 163 91 2 FBI: 174 91 2 GRA: 171/95,174/95
CP_LNK CON: 165 95 FBI: 174 91 3 GRA: 174/96,174/96
CP_LNK CON: 165 96 FBI: 174 91 4 GRA: 174/97,174/97
CP_LNK CON: 154 95 FBI: 163 91 3 GRA: 163/96,163/96
CP_LNK FBI: 205 42 2 FBI: 216 42 2 GRA: 213/46,216/46
CP_LNK FBI: 205 35 2 FBI: 216 35 2 GRA: 213/39,216/39
CP_LNK FBI: 163 84 2 FBI: 174 84 2 GRA: 171/88,174/88
CP_LNK CON: 207 46 FBI: 216 42 3 GRA: 216/47,216/47
CP_LNK CON: 207 47 FBI: 216 42 4 GRA: 216/48,216/48
CP_LNK CON: 207 39 FBI: 216 35 3 GRA: 216/40,216/40
CP_LNK CON: 207 40 FBI: 216 35 4 GRA: 216/41,216/41
CP_LNK CON: 165 88 FBI: 174 84 3 GRA: 174/89,174/89
CP_LNK CON: 165 89 FBI: 174 84 4 GRA: 174/90,174/90
CP_LNK CON: 165 82 FBI: 174 77 4 GRA: 174/83,174/83
CP_LNK CON: 165 81 FBI: 174 77 3 GRA: 174/82,174/82
CP_LNK FBI: 163 77 2 FBI: 174 77 2 GRA: 171/81,174/81
CP_LNK CON: 196 46 FBI: 205 42 3 GRA: 205/47,205/47
CP_LNK CON: 196 39 FBI: 205 35 3 GRA: 205/40,205/40
CP_LNK CON: 154 88 FBI: 163 84 3 GRA: 163/89,163/89
CP_LNK CON: 154 81 FBI: 163 77 3 GRA: 163/82,163/82
CP_LNK GVI: 154 80 FBI: 163 77 2 GRA: 163/81,163/81
CP_LNK GVI: 154 87 FBI: 163 84 2 GRA: 163/88,163/88
CP_LNK GVI: 154 94 FBI: 163 91 2 GRA: 163/95,163/95
CP_LNK GVI: 196 38 FBI: 205 35 2 GRA: 205/39,205/39
CP_LNK GVI: 196 45 FBI: 205 42 2 GRA: 205/46,205/46
CP_LNK FBI: 206 8 2 GVI: 213 11 GRA: 213/12,213/12
CP_LNK FBI: 174 42 3 FBI: 206 8 7 GRA: 181/47,186/47,186/17,206/17
CP_LNK FBI: 174 49 3 FBI: 206 8 8 GRA: 181/54,187/54,187/18,206/18
CP_LNK FBI: 174 56 3 FBI: 206 8 9 GRA: 181/61,188/61,188/19,206/19
CP_LNK FBI: 174 63 3 FBI: 206 8 10 GRA: 181/68,189/68,189/20,206/20
CP_LNK FBI: 174 70 3 FBI: 206 8 11 GRA: 181/75,190/75,190/21,206/21
CP_LNK FBI: 174 77 3 FBI: 206 8 12 GRA: 181/82,191/82,191/22,206/22
CP_LNK FBI: 174 84 3 FBI: 206 8 13 GRA: 181/89,192/89,192/23,206/23
CP_LNK FBI: 174 91 3 FBI: 206 8 14 GRA: 181/96,193/96,193/24,206/24
CP_LNK FBI: 216 35 3 FBI: 206 8 15 GRA: 223/40,224/40,224/32,194/32,194/25,206/25
CP_LNK FBI: 216 42 3 FBI: 206 8 16 GRA: 223/47,225/47,225/31,195/31,195/26,206/26
CP_LNK GVI: 197 26 FBI: 206 8 17 GRA: 206/27,206/27
CP_SEC "Communicatie" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 34 EXEC: 8 TEXT:
CP_COM LEFT: 5 RIGHT: 19 TOP: 103 BOT: 106 TEXT:
...TXF ***********************************
...TXT Watchdog PLC 2 <-> PLC 1
...TXT ***********************************
CP_COM LEFT: 5 RIGHT: 19 TOP: 116 BOT: 119 TEXT:
...TXF ***********************************
...TXT Watchdog PLC 3 <-> PLC 1
...TXT ***********************************
CP_COM LEFT: 5 RIGHT: 19 TOP: 129 BOT: 132 TEXT:
...TXF ***********************************
...TXT Watchdog PLC 4 <-> PLC 1
...TXT ***********************************
CP_COM LEFT: 5 RIGHT: 19 TOP: 142 BOT: 145 TEXT:
...TXF ***********************************
...TXT Watchdog PLC 5 <-> PLC 1
...TXT ***********************************
CP_COM LEFT: 5 RIGHT: 22 TOP: 157 BOT: 160 TEXT:
...TXF ******************************************
...TXT Time-out communicatie ethernet
...TXT ******************************************
CP_COM LEFT: 153 RIGHT: 167 TOP: 3 BOT: 6 TEXT: ***********************************
...TXT Data van PLC 4
...TXT ***********************************
CP_COM LEFT: 228 RIGHT: 242 TOP: 3 BOT: 6 TEXT: ***********************************
...TXT Data van PLC 5
...TXT ***********************************
CP_COM LEFT: 153 RIGHT: 167 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: 78 RIGHT: 92 TOP: 3 BOT: 6 TEXT: ***********************************
...TXT Data van PLC 3
...TXT ***********************************
CP_COM LEFT: 78 RIGHT: 92 TOP: 52 BOT: 55 TEXT: ***********************************
...TXT Data naar PLC 3
...TXT ***********************************
CP_COM LEFT: 3 RIGHT: 17 TOP: 3 BOT: 6 TEXT: ***********************************
...TXT Data van PLC 2
...TXT ***********************************
CP_COM LEFT: 2 RIGHT: 16 TOP: 52 BOT: 55 TEXT: ***********************************
...TXT Data naar PLC 2
...TXT ***********************************
CP_DBI "CBW_SLA" 16 134 CODID: 3 NAME: "FBI_34_43" TEXT:
CP_FBI "OR_BOOL" 19 165 CODID: 5 NAME: ".34.45" DRAW: 2 TEXT:
CP_FBI "WORD_TO_BIT" 17 7 CODID: 6 NAME: "FBI_34_46" TEXT:
CP_FBI "WORD_TO_BIT" 92 7 CODID: 7 NAME: "FBI_34_47" TEXT:
CP_FBI "WORD_TO_BIT" 167 7 CODID: 8 NAME: "FBI_34_48" TEXT:
CP_FBI "WORD_TO_BIT" 242 7 CODID: 9 NAME: "FBI_34_49" TEXT:
CP_FBI "BIT_TO_WORD" 17 56 CODID: 10 NAME: ".34.50" TEXT:
CP_FBI "BIT_TO_WORD" 92 56 CODID: 11 NAME: ".34.51" TEXT:
CP_FBI "BIT_TO_WORD" 166 56 CODID: 12 NAME: ".34.52" TEXT:
CP_FBI "BIT_TO_WORD" 242 56 CODID: 13 NAME: ".34.53" TEXT:
CP_FBI "MOVE" 242 29 CODID: 14 NAME: ".34.54" ANY: IEC_REAL_ID TEXT:
CP_FBI "MOVE" 17 78 CODID: 15 NAME: ".34.56" ANY: IEC_REAL_ID TEXT:
CP_FBI "MOVE" 277 29 CODID: 18 NAME: ".34.60" ANY: IEC_WORD_ID TEXT:
CP_FBI "MOVE" 95 28 CODID: 16 NAME: ".34.58" ANY: IEC_REAL_ID TEXT:
CP_FBI "MOVE" 242 35 CODID: 17 NAME: ".34.59" ANY: IEC_INT_ID TEXT:
CP_FBI "MOVE" 277 35 CODID: 19 NAME: ".34.61" ANY: IEC_WORD_ID TEXT:
CP_FBI "MOVE" 245 83 CODID: 20 NAME: ".34.62" ANY: IEC_WORD_ID TEXT:
CP_FBI "MOVE" 245 77 CODID: 21 NAME: ".34.63" ANY: IEC_WORD_ID TEXT:
CP_FBI "MOVE" 17 83 CODID: 22 NAME: ".34.65" ANY: IEC_DINT_ID TEXT:
CP_FBI "MOVE" 17 88 CODID: 23 NAME: ".34.66" ANY: IEC_DINT_ID TEXT:
CP_FBI "MOVE" 17 93 CODID: 24 NAME: ".34.67" ANY: IEC_DINT_ID TEXT:
CP_FBI "MOVE" 53 83 CODID: 25 NAME: ".34.68" ANY: IEC_DINT_ID TEXT:
CP_FBI "MOVE" 53 88 CODID: 26 NAME: ".34.69" ANY: IEC_DINT_ID TEXT:
CP_FBI "MOVE" 53 93 CODID: 27 NAME: ".34.70" ANY: IEC_DINT_ID TEXT:
CP_FBI "MOVE" 169 77 CODID: 28 NAME: ".34.71" ANY: IEC_DINT_ID TEXT:
CP_FBI "MOVE" 169 83 CODID: 29 NAME: ".34.72" ANY: IEC_DINT_ID TEXT:
CP_FBI "MOVE" 170 28 CODID: 30 NAME: ".34.73" ANY: IEC_INT_ID TEXT:
CP_DBI "CBW_MSTR" 16 147 CODID: 4 NAME: "FBI_34_74" TEXT:
CP_DBI "CBW_MSTR" 16 121 CODID: 2 NAME: "FBI_34_75" TEXT:
CP_DBI "CBW_MSTR" 16 108 CODID: 1 NAME: "FBI_34_76" TEXT:
CP_GVI NAMED_VAR: "PLC2_Cmd_Watchdog" 7 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_CommWrd1_van_PLC2" 8 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_CommWrd1_van_PLC3" 83 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_CommWrd1_van_PLC4" 158 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_CommWrd1_van_PLC5" 233 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_CommReal1_van_PLC5" 233 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_FITS030_Meetw" 249 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_Cmd_Watchdog" 27 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Watchdog" 102 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC4_Cmd_Watchdog" 177 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_Cmd_Watchdog" 252 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_Watchdog" 7 124 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_Cmd_Watchdog" 7 137 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_Cmd_Watchdog" 7 150 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Watchdog2" 27 111 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Watchdog2" 8 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Watchdog3" 83 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Watchdog4" 157 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Watchdog5" 233 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Watchdog3" 27 124 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Watchdog4" 27 137 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Watchdog5" 27 150 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_TimeOut_met_PLC2" 27 112 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_TimeOut_met_PLC3" 27 125 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_TimeOut_met_PLC4" 27 138 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_TimeOut_met_PLC5" 27 151 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_TimeOut_met_PLC2" 10 168 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_TimeOut_met_PLC3" 10 169 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_TimeOut_met_PLC4" 10 170 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_TimeOut_met_PLC5" 10 171 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_CommWrd1_naar_PLC2" 27 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_CommWrd1_naar_PLC5" 252 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_CommWrd1_naar_PLC4" 176 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_CommWrd1_naar_PLC3" 102 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_Vrijgave" 8 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_Vrijgave" 8 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_042_Totaal" 8 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_CommReal1_naar_PLC2" 24 81 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Netwachters_In" 177 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_PrimairAlarm" 157 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_SecundairAlarm" 157 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 102 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokkeerProductie" 102 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_CommReal1_van_PLC3" 86 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_LIT60101_Meetw" 102 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "TimeOut_Communicatie_Ethernet" 27 168 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_Winputten" 249 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_Winpompen_Beschikbaar" 284 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_CommWrd3_van_PLC5" 268 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_CommWrd2_van_PLC5" 233 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_CommWrd4_van_PLC5" 268 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_Winpompen_Storing" 284 38 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_ReserveWrd2" 236 86 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_Winpompen_Productie" 236 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_CommWrd2_naar_PLC5" 252 80 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_CommWrd3_naar_PLC5" 252 86 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 233 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_Cmd_RuwwaterAfslDicht" 27 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FL001_m3totaal" 8 86 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_CommDint1_naar_PLC2" 24 86 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FL002_m3totaal" 8 91 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL003_m3totaal" 8 96 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL004_m3totaal" 44 86 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL005_m3totaal" 44 91 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL006_m3totaal" 44 96 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_CommDint2_naar_PLC2" 24 91 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_CommDint3_naar_PLC2" 24 96 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_CommDint4_naar_PLC2" 60 86 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_CommDint5_naar_PLC2" 60 91 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_CommDint6_naar_PLC2" 60 96 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL001_ResetTeller" 27 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL002_ResetTeller" 27 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL003_ResetTeller" 27 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL004_ResetTeller" 27 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL005_ResetTeller" 27 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL006_ResetTeller" 27 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL006_StatIn" 27 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL005_StatIn" 27 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL004_StatIn" 27 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL003_StatIn" 27 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL002_StatIn" 27 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL001_StatIn" 27 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_CommDint1_naar_PLC4" 176 80 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_WinningGenderen_kWhTot2" 160 86 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_CommDint2_naar_PLC4" 176 86 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_WinningGenderen_kWhTot1" 160 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail1_Vrijgave" 177 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail2_Vrijgave" 177 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail1_Vrijgave" 177 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail2_Vrijgave" 177 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC4_Sync_StatBed" 177 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_CommInt1_van_PLC4" 161 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_RWP_UitBedrijf" 8 60 FP_IO_OUTPUT
CP_CON 7 112 IEC_TIME_ID T#120s
CP_CON 7 125 IEC_TIME_ID T#120s
CP_CON 7 138 IEC_TIME_ID T#120s
CP_CON 7 151 IEC_TIME_ID T#120s
CP_LNK GVI: 7 111 FBI: 16 108 2 GRA: 16/112,16/112
CP_LNK CON: 7 112 FBI: 16 108 3 GRA: 16/113,16/113
CP_LNK CON: 7 125 FBI: 16 121 3 GRA: 16/126,16/126
CP_LNK CON: 7 138 FBI: 16 134 3 GRA: 16/139,16/139
CP_LNK CON: 7 151 FBI: 16 147 3 GRA: 16/152,16/152
CP_LNK GVI: 8 10 FBI: 17 7 2 GRA: 17/11,17/11
CP_LNK GVI: 83 10 FBI: 92 7 2 GRA: 92/11,92/11
CP_LNK GVI: 158 10 FBI: 167 7 2 GRA: 167/11,167/11
CP_LNK GVI: 233 10 FBI: 242 7 2 GRA: 242/11,242/11
CP_LNK GVI: 233 32 FBI: 242 29 2 GRA: 242/33,242/33
CP_LNK FBI: 242 29 2 GVI: 249 32 GRA: 249/33,249/33
CP_LNK FBI: 17 7 2 GVI: 27 10 GRA: 27/11,27/11
CP_LNK FBI: 92 7 2 GVI: 102 10 GRA: 102/11,102/11
CP_LNK FBI: 167 7 2 GVI: 177 10 GRA: 177/11,177/11
CP_LNK FBI: 242 7 2 GVI: 252 10 GRA: 252/11,252/11
CP_LNK GVI: 7 124 FBI: 16 121 2 GRA: 16/125,16/125
CP_LNK GVI: 7 137 FBI: 16 134 2 GRA: 16/138,16/138
CP_LNK GVI: 7 150 FBI: 16 147 2 GRA: 16/151,16/151
CP_LNK FBI: 16 108 2 GVI: 27 111 GRA: 27/112,27/112
CP_LNK GVI: 8 59 FBI: 17 56 2 GRA: 17/60,17/60
CP_LNK GVI: 83 59 FBI: 92 56 2 GRA: 92/60,92/60
CP_LNK GVI: 157 59 FBI: 166 56 2 GRA: 166/60,166/60
CP_LNK GVI: 233 59 FBI: 242 56 2 GRA: 242/60,242/60
CP_LNK FBI: 16 121 2 GVI: 27 124 GRA: 27/125,27/125
CP_LNK FBI: 16 134 2 GVI: 27 137 GRA: 27/138,27/138
CP_LNK FBI: 16 147 2 GVI: 27 150 GRA: 27/151,27/151
CP_LNK FBI: 16 108 3 GVI: 27 112 GRA: 27/113,27/113
CP_LNK FBI: 16 121 3 GVI: 27 125 GRA: 27/126,27/126
CP_LNK FBI: 16 134 3 GVI: 27 138 GRA: 27/139,27/139
CP_LNK FBI: 16 147 3 GVI: 27 151 GRA: 27/152,27/152
CP_LNK GVI: 10 168 FBI: 19 165 2 GRA: 19/169,19/169
CP_LNK GVI: 10 169 FBI: 19 165 3 GRA: 19/170,19/170
CP_LNK GVI: 10 170 FBI: 19 165 4 GRA: 19/171,19/171
CP_LNK GVI: 10 171 FBI: 19 165 5 GRA: 19/172,19/172
CP_LNK FBI: 17 56 2 GVI: 27 59 GRA: 27/60,27/60
CP_LNK FBI: 242 56 2 GVI: 252 59 GRA: 252/60,252/60
CP_LNK FBI: 166 56 2 GVI: 176 59 GRA: 176/60,176/60
CP_LNK FBI: 92 56 2 GVI: 102 59 GRA: 102/60,102/60
CP_LNK GVI: 8 73 FBI: 17 56 16 GRA: 17/74,17/74
CP_LNK GVI: 8 74 FBI: 17 56 17 GRA: 17/75,17/75
CP_LNK GVI: 8 81 FBI: 17 78 2 GRA: 17/82,17/82
CP_LNK FBI: 17 78 2 GVI: 24 81 GRA: 24/82,24/82
CP_LNK FBI: 167 7 3 GVI: 177 11 GRA: 177/12,177/12
CP_LNK GVI: 157 63 FBI: 166 56 6 GRA: 166/64,166/64
CP_LNK GVI: 157 64 FBI: 166 56 7 GRA: 166/65,166/65
CP_LNK FBI: 92 7 16 GVI: 102 24 GRA: 102/25,102/25
CP_LNK FBI: 92 7 17 GVI: 102 25 GRA: 102/26,102/26
CP_LNK GVI: 86 31 FBI: 95 28 2 GRA: 95/32,95/32
CP_LNK FBI: 95 28 2 GVI: 102 31 GRA: 102/32,102/32
CP_LNK FBI: 19 165 2 GVI: 27 168 GRA: 27/169,27/169
CP_LNK FBI: 242 35 2 GVI: 249 38 GRA: 249/39,249/39
CP_LNK FBI: 277 29 2 GVI: 284 32 GRA: 284/33,284/33
CP_LNK GVI: 268 32 FBI: 277 29 2 GRA: 277/33,277/33
CP_LNK GVI: 233 38 FBI: 242 35 2 GRA: 242/39,242/39
CP_LNK GVI: 268 38 FBI: 277 35 2 GRA: 277/39,277/39
CP_LNK FBI: 277 35 2 GVI: 284 38 GRA: 284/39,284/39
CP_LNK GVI: 236 86 FBI: 245 83 2 GRA: 245/87,245/87
CP_LNK GVI: 236 80 FBI: 245 77 2 GRA: 245/81,245/81
CP_LNK FBI: 245 77 2 GVI: 252 80 GRA: 252/81,252/81
CP_LNK FBI: 245 83 2 GVI: 252 86 GRA: 252/87,252/87
CP_LNK GVI: 233 74 FBI: 242 56 17 GRA: 242/75,242/75
CP_LNK FBI: 17 7 17 GVI: 27 25 GRA: 27/26,27/26
CP_LNK GVI: 8 86 FBI: 17 83 2 GRA: 17/87,17/87
CP_LNK FBI: 17 83 2 GVI: 24 86 GRA: 24/87,24/87
CP_LNK GVI: 8 91 FBI: 17 88 2 GRA: 17/92,17/92
CP_LNK GVI: 8 96 FBI: 17 93 2 GRA: 17/97,17/97
CP_LNK GVI: 44 86 FBI: 53 83 2 GRA: 53/87,53/87
CP_LNK GVI: 44 91 FBI: 53 88 2 GRA: 53/92,53/92
CP_LNK GVI: 44 96 FBI: 53 93 2 GRA: 53/97,53/97
CP_LNK FBI: 17 88 2 GVI: 24 91 GRA: 24/92,24/92
CP_LNK FBI: 17 93 2 GVI: 24 96 GRA: 24/97,24/97
CP_LNK FBI: 53 83 2 GVI: 60 86 GRA: 60/87,60/87
CP_LNK FBI: 53 88 2 GVI: 60 91 GRA: 60/92,60/92
CP_LNK FBI: 53 93 2 GVI: 60 96 GRA: 60/97,60/97
CP_LNK FBI: 17 7 11 GVI: 27 19 GRA: 27/20,27/20
CP_LNK FBI: 17 7 12 GVI: 27 20 GRA: 27/21,27/21
CP_LNK FBI: 17 7 13 GVI: 27 21 GRA: 27/22,27/22
CP_LNK FBI: 17 7 14 GVI: 27 22 GRA: 27/23,27/23
CP_LNK FBI: 17 7 15 GVI: 27 23 GRA: 27/24,27/24
CP_LNK FBI: 17 7 16 GVI: 27 24 GRA: 27/25,27/25
CP_LNK FBI: 17 7 10 GVI: 27 18 GRA: 27/19,27/19
CP_LNK FBI: 17 7 9 GVI: 27 17 GRA: 27/18,27/18
CP_LNK FBI: 17 7 8 GVI: 27 16 GRA: 27/17,27/17
CP_LNK FBI: 17 7 7 GVI: 27 15 GRA: 27/16,27/16
CP_LNK FBI: 17 7 6 GVI: 27 14 GRA: 27/15,27/15
CP_LNK FBI: 17 7 5 GVI: 27 13 GRA: 27/14,27/14
CP_LNK FBI: 169 77 2 GVI: 176 80 GRA: 176/81,176/81
CP_LNK GVI: 160 86 FBI: 169 83 2 GRA: 169/87,169/87
CP_LNK FBI: 169 83 2 GVI: 176 86 GRA: 176/87,176/87
CP_LNK GVI: 160 80 FBI: 169 77 2 GRA: 169/81,169/81
CP_LNK FBI: 167 7 4 GVI: 177 12 GRA: 177/13,177/13
CP_LNK FBI: 167 7 5 GVI: 177 13 GRA: 177/14,177/14
CP_LNK FBI: 167 7 6 GVI: 177 14 GRA: 177/15,177/15
CP_LNK FBI: 167 7 7 GVI: 177 15 GRA: 177/16,177/16
CP_LNK FBI: 170 28 2 GVI: 177 31 GRA: 177/32,177/32
CP_LNK GVI: 161 31 FBI: 170 28 2 GRA: 170/32,170/32
CP_LNK GVI: 8 60 FBI: 17 56 3 GRA: 17/61,17/61
CP_SEC "Rapportage" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 39 EXEC: 9 TEXT:
CP_COM LEFT: 2 RIGHT: 15 TOP: 2 BOT: 6 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-041
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 2 RIGHT: 15 TOP: 24 BOT: 28 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-042
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 77 RIGHT: 86 TOP: 2 BOT: 5 TEXT: **********************
...TXT Bedrijfsuren P001
...TXT **********************
CP_COM LEFT: 77 RIGHT: 86 TOP: 14 BOT: 17 TEXT: **********************
...TXT Bedrijfsuren P002
...TXT **********************
CP_COM LEFT: 77 RIGHT: 86 TOP: 26 BOT: 29 TEXT: **********************
...TXT Bedrijfsuren P023
...TXT **********************
CP_COM LEFT: 77 RIGHT: 86 TOP: 38 BOT: 41 TEXT: **********************
...TXT Bedrijfsuren P004
...TXT **********************
CP_COM LEFT: 77 RIGHT: 86 TOP: 50 BOT: 53 TEXT: **********************
...TXT Bedrijfsuren P005
...TXT **********************
CP_COM LEFT: 77 RIGHT: 86 TOP: 62 BOT: 65 TEXT: **********************
...TXT Bedrijfsuren P024
...TXT **********************
CP_COM LEFT: 77 RIGHT: 86 TOP: 75 BOT: 78 TEXT: **********************
...TXT Bedrijfsuren P007
...TXT **********************
CP_COM LEFT: 77 RIGHT: 86 TOP: 88 BOT: 91 TEXT: **********************
...TXT Bedrijfsuren P008
...TXT **********************
CP_COM LEFT: 115 RIGHT: 124 TOP: 2 BOT: 5 TEXT: **********************
...TXT Bedrijfsuren P009
...TXT **********************
CP_COM LEFT: 115 RIGHT: 124 TOP: 14 BOT: 17 TEXT: **********************
...TXT Bedrijfsuren P021
...TXT **********************
CP_COM LEFT: 115 RIGHT: 124 TOP: 26 BOT: 29 TEXT: **********************
...TXT Bedrijfsuren P022
...TXT **********************
CP_COM LEFT: 115 RIGHT: 124 TOP: 38 BOT: 41 TEXT: **********************
...TXT Bedrijfsuren P012
...TXT **********************
CP_COM LEFT: 115 RIGHT: 124 TOP: 50 BOT: 53 TEXT: **********************
...TXT Bedrijfsuren P025
...TXT **********************
CP_COM LEFT: 115 RIGHT: 124 TOP: 62 BOT: 65 TEXT: **********************
...TXT Bedrijfsuren P026
...TXT **********************
CP_COM LEFT: 115 RIGHT: 124 TOP: 75 BOT: 78 TEXT: **********************
...TXT Bedrijfsuren P027
...TXT **********************
CP_COM LEFT: 153 RIGHT: 163 TOP: 2 BOT: 5 TEXT: ************************
...TXT Rapportage kWh
...TXT ************************
CP_COM LEFT: 153 RIGHT: 173 TOP: 6 BOT: 12 TEXT:
...TXF ************************************************
...TXT kWh Step-Up trafo (9 onderwaterpompen):
...TXT 
...TXT P-002, P-023, P-004, P-005, P-024, 
...TXT P-007, P-008, P-009, P-021
...TXT ************************************************
CP_COM LEFT: 153 RIGHT: 173 TOP: 28 BOT: 34 TEXT:
...TXF ************************************************
...TXT kWh MCC-2A (6 onderwaterpompen):
...TXT 
...TXT P-001, P-022, P-012,  
...TXT P-025, P-026, P-027
...TXT ************************************************
CP_COM LEFT: 153 RIGHT: 176 TOP: 50 BOT: 53 TEXT:
...TXF ********************************************************
...TXT kWh Winning Genderen (15 onderwaterpompen):
...TXT ********************************************************
CP_COM LEFT: 2 RIGHT: 18 TOP: 47 BOT: 51 TEXT:
...TXF ****************************************
...TXT Totaaltelling ruwwaterdebiet 
...TXT FITS-041 + FITS-042
...TXT ****************************************
CP_COM LEFT: 2 RIGHT: 23 TOP: 102 BOT: 105 TEXT:
...TXF ***************************************************
...TXT FL001 volume Filter 1 t.b.v. spoelaanvraag
...TXT ***************************************************
CP_COM LEFT: 2 RIGHT: 15 TOP: 121 BOT: 125 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-042
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 2 RIGHT: 15 TOP: 105 BOT: 109 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-041
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 2 RIGHT: 18 TOP: 137 BOT: 141 TEXT:
...TXF ****************************************
...TXT Totaaltelling ruwwaterdebiet filter 1
...TXT FITS-041 + FITS-042
...TXT ****************************************
CP_COM LEFT: 2 RIGHT: 23 TOP: 152 BOT: 155 TEXT:
...TXF ***************************************************
...TXT FL002 volume Filter 2 t.b.v. spoelaanvraag
...TXT ***************************************************
CP_COM LEFT: 2 RIGHT: 18 TOP: 187 BOT: 191 TEXT:
...TXF ****************************************
...TXT Totaaltelling ruwwaterdebiet filter 2
...TXT FITS-041 + FITS-042
...TXT ****************************************
CP_COM LEFT: 77 RIGHT: 98 TOP: 102 BOT: 105 TEXT:
...TXF ***************************************************
...TXT FL003 volume Filter 3 t.b.v. spoelaanvraag
...TXT ***************************************************
CP_COM LEFT: 77 RIGHT: 93 TOP: 137 BOT: 141 TEXT:
...TXF ****************************************
...TXT Totaaltelling ruwwaterdebiet filter 3
...TXT FITS-041 + FITS-042
...TXT ****************************************
CP_COM LEFT: 77 RIGHT: 98 TOP: 152 BOT: 155 TEXT:
...TXF ***************************************************
...TXT FL004 volume Filter 4 t.b.v. spoelaanvraag
...TXT ***************************************************
CP_COM LEFT: 77 RIGHT: 93 TOP: 187 BOT: 191 TEXT:
...TXF ****************************************
...TXT Totaaltelling ruwwaterdebiet filter 4
...TXT FITS-041 + FITS-042
...TXT ****************************************
CP_COM LEFT: 153 RIGHT: 174 TOP: 102 BOT: 105 TEXT:
...TXF ***************************************************
...TXT FL005 volume Filter 5 t.b.v. spoelaanvraag
...TXT ***************************************************
CP_COM LEFT: 153 RIGHT: 169 TOP: 137 BOT: 141 TEXT:
...TXF ****************************************
...TXT Totaaltelling ruwwaterdebiet filter 5
...TXT FITS-041 + FITS-042
...TXT ****************************************
CP_COM LEFT: 153 RIGHT: 174 TOP: 152 BOT: 155 TEXT:
...TXF ***************************************************
...TXT FL006 volume Filter 6 t.b.v. spoelaanvraag
...TXT ***************************************************
CP_COM LEFT: 153 RIGHT: 169 TOP: 187 BOT: 191 TEXT:
...TXF ****************************************
...TXT Totaaltelling ruwwaterdebiet filter 6
...TXT FITS-041 + FITS-042
...TXT ****************************************
CP_COM LEFT: 2 RIGHT: 15 TOP: 171 BOT: 175 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-042
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 2 RIGHT: 15 TOP: 155 BOT: 159 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-041
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 77 RIGHT: 90 TOP: 121 BOT: 125 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-042
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 77 RIGHT: 90 TOP: 105 BOT: 109 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-041
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 77 RIGHT: 90 TOP: 171 BOT: 175 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-042
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 77 RIGHT: 90 TOP: 155 BOT: 159 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-041
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 153 RIGHT: 166 TOP: 121 BOT: 125 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-042
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 153 RIGHT: 166 TOP: 105 BOT: 109 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-041
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 153 RIGHT: 166 TOP: 171 BOT: 175 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-042
...TXT 1 puls = 1 m³
...TXT *******************************
CP_COM LEFT: 153 RIGHT: 166 TOP: 155 BOT: 159 TEXT:
...TXF *******************************
...TXT Debiettelling FITS-041
...TXT 1 puls = 1 m³
...TXT *******************************
CP_FBI "F_TRIG" 16 12 CODID: 1 NAME: "FBI_39_62" TEXT:
CP_FBI "SEL" 34 12 CODID: 2 NAME: ".39.63" ANY: IEC_DINT_ID TEXT:
CP_FBI "R_TRIG" 34 6 CODID: 3 NAME: "FBI_39_64" TEXT:
CP_FBI "F_TRIG" 16 35 CODID: 20 NAME: "FBI_39_65" TEXT:
CP_FBI "SEL" 34 35 CODID: 21 NAME: ".39.66" ANY: IEC_DINT_ID TEXT:
CP_FBI "R_TRIG" 34 29 CODID: 22 NAME: "FBI_39_67" TEXT:
CP_DBI "TOT_M3" 53 34 CODID: 23 NAME: "FBI_39_68" TEXT:
CP_FBI "R_TRIG" 166 14 CODID: 24 NAME: "FBI_39_69" TEXT:
CP_DBI "TOT_M3" 53 11 CODID: 4 NAME: "Ruwwater_debiet1" TEXT:
CP_DBI "TOT_KWH" 175 14 CODID: 25 NAME: "FBI_39_70" TEXT:
CP_DBI "TOT_HRS" 129 76 CODID: 5 NAME: "FBI_39_31" TEXT:
CP_DBI "TOT_HRS" 129 63 CODID: 6 NAME: "FBI_39_32" TEXT:
CP_DBI "TOT_HRS" 91 3 CODID: 7 NAME: "FBI_39_33" TEXT:
CP_DBI "TOT_HRS" 91 15 CODID: 8 NAME: "FBI_39_34" TEXT:
CP_DBI "TOT_HRS" 91 63 CODID: 9 NAME: "FBI_39_35" TEXT:
CP_DBI "TOT_HRS" 129 51 CODID: 10 NAME: "FBI_39_37" TEXT:
CP_DBI "TOT_HRS" 91 51 CODID: 11 NAME: "FBI_39_38" TEXT:
CP_DBI "TOT_HRS" 91 39 CODID: 12 NAME: "FBI_39_40" TEXT:
CP_DBI "TOT_HRS" 91 76 CODID: 13 NAME: "FBI_39_41" TEXT:
CP_DBI "TOT_HRS" 91 89 CODID: 14 NAME: "FBI_39_42" TEXT:
CP_DBI "TOT_HRS" 129 3 CODID: 15 NAME: "FBI_39_43" TEXT:
CP_DBI "TOT_HRS" 129 39 CODID: 16 NAME: "FBI_39_47" TEXT:
CP_DBI "TOT_HRS" 91 27 CODID: 17 NAME: "FBI_39_48" TEXT:
CP_DBI "TOT_HRS" 129 27 CODID: 18 NAME: "FBI_39_49" TEXT:
CP_DBI "TOT_HRS" 129 15 CODID: 19 NAME: "FBI_39_50" TEXT:
CP_FBI "R_TRIG" 166 36 CODID: 26 NAME: "FBI_39_75" TEXT:
CP_DBI "TOT_KWH" 175 36 CODID: 27 NAME: "FBI_39_76" TEXT:
CP_FBI "ADD_DINT" 166 54 CODID: 28 NAME: ".39.78" TEXT:
CP_FBI "ADD_DINT" 16 53 CODID: 29 NAME: ".39.79" TEXT:
CP_FBI "ADD_DINT" 16 60 CODID: 30 NAME: ".39.80" TEXT:
CP_FBI "ADD_DINT" 166 61 CODID: 31 NAME: ".39.157" TEXT:
CP_DBI "FILT_M3" 44 108 CODID: 34 NAME: "FBI_39_158" TEXT:
CP_FBI "R_TRIG" 36 108 CODID: 32 NAME: "FBI_39_159" TEXT:
CP_FBI "F_TRIG" 16 112 CODID: 33 NAME: "FBI_39_161" TEXT:
CP_FBI "ADD_REAL" 19 144 CODID: 35 NAME: ".39.162" TEXT:
CP_FBI "REAL_TO_DINT" 29 144 CODID: 36 NAME: ".39.163" TEXT:
CP_FBI "R_TRIG" 36 125 CODID: 37 NAME: "FBI_39_164" TEXT:
CP_FBI "F_TRIG" 16 129 CODID: 38 NAME: "FBI_39_165" TEXT:
CP_DBI "FILT_M3" 44 125 CODID: 39 NAME: "FBI_39_166" TEXT:
CP_FBI "R_TRIG" 36 158 CODID: 40 NAME: "FBI_39_167" TEXT:
CP_FBI "F_TRIG" 16 162 CODID: 41 NAME: "FBI_39_168" TEXT:
CP_DBI "FILT_M3" 44 158 CODID: 42 NAME: "FBI_39_169" TEXT:
CP_FBI "R_TRIG" 36 175 CODID: 43 NAME: "FBI_39_170" TEXT:
CP_FBI "F_TRIG" 16 179 CODID: 44 NAME: "FBI_39_171" TEXT:
CP_DBI "FILT_M3" 44 175 CODID: 45 NAME: "FBI_39_172" TEXT:
CP_FBI "ADD_REAL" 24 192 CODID: 46 NAME: ".39.173" TEXT:
CP_FBI "REAL_TO_DINT" 34 192 CODID: 47 NAME: ".39.174" TEXT:
CP_FBI "R_TRIG" 111 108 CODID: 48 NAME: "FBI_39_175" TEXT:
CP_FBI "F_TRIG" 91 112 CODID: 49 NAME: "FBI_39_176" TEXT:
CP_DBI "FILT_M3" 119 108 CODID: 50 NAME: "FBI_39_177" TEXT:
CP_FBI "R_TRIG" 111 125 CODID: 51 NAME: "FBI_39_178" TEXT:
CP_FBI "F_TRIG" 91 129 CODID: 52 NAME: "FBI_39_179" TEXT:
CP_DBI "FILT_M3" 119 125 CODID: 53 NAME: "FBI_39_180" TEXT:
CP_FBI "ADD_REAL" 95 143 CODID: 54 NAME: ".39.181" TEXT:
CP_FBI "REAL_TO_DINT" 105 143 CODID: 55 NAME: ".39.182" TEXT:
CP_FBI "R_TRIG" 111 158 CODID: 56 NAME: "FBI_39_183" TEXT:
CP_FBI "F_TRIG" 91 162 CODID: 57 NAME: "FBI_39_184" TEXT:
CP_DBI "FILT_M3" 119 158 CODID: 58 NAME: "FBI_39_185" TEXT:
CP_FBI "R_TRIG" 111 175 CODID: 59 NAME: "FBI_39_186" TEXT:
CP_FBI "F_TRIG" 91 179 CODID: 60 NAME: "FBI_39_187" TEXT:
CP_DBI "FILT_M3" 119 175 CODID: 61 NAME: "FBI_39_188" TEXT:
CP_FBI "ADD_REAL" 94 192 CODID: 62 NAME: ".39.189" TEXT:
CP_FBI "REAL_TO_DINT" 104 192 CODID: 63 NAME: ".39.190" TEXT:
CP_FBI "R_TRIG" 187 108 CODID: 64 NAME: "FBI_39_191" TEXT:
CP_FBI "F_TRIG" 167 112 CODID: 65 NAME: "FBI_39_192" TEXT:
CP_DBI "FILT_M3" 195 108 CODID: 66 NAME: "FBI_39_193" TEXT:
CP_FBI "R_TRIG" 187 125 CODID: 67 NAME: "FBI_39_194" TEXT:
CP_FBI "F_TRIG" 167 129 CODID: 68 NAME: "FBI_39_195" TEXT:
CP_DBI "FILT_M3" 195 125 CODID: 69 NAME: "FBI_39_196" TEXT:
CP_FBI "ADD_REAL" 169 143 CODID: 70 NAME: ".39.197" TEXT:
CP_FBI "REAL_TO_DINT" 179 143 CODID: 71 NAME: ".39.198" TEXT:
CP_FBI "R_TRIG" 187 158 CODID: 72 NAME: "FBI_39_199" TEXT:
CP_FBI "F_TRIG" 167 162 CODID: 73 NAME: "FBI_39_200" TEXT:
CP_DBI "FILT_M3" 195 158 CODID: 74 NAME: "FBI_39_201" TEXT:
CP_FBI "R_TRIG" 187 175 CODID: 75 NAME: "FBI_39_202" TEXT:
CP_FBI "F_TRIG" 167 179 CODID: 76 NAME: "FBI_39_203" TEXT:
CP_DBI "FILT_M3" 195 175 CODID: 77 NAME: "FBI_39_204" TEXT:
CP_FBI "ADD_REAL" 169 194 CODID: 78 NAME: ".39.205" TEXT:
CP_FBI "REAL_TO_DINT" 179 194 CODID: 79 NAME: ".39.206" TEXT:
CP_GVI NAMED_VAR: "PLC1_FITS041_Qtot1" 63 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_m3totaal" 63 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_m3totaal" 44 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 120 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_Hrs1" 139 82 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P027_Hrs2" 139 83 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 120 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_Hrs1" 139 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P026_Hrs2" 139 70 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P027_Hrs1" 120 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_Hrs2" 120 83 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_Hrs1" 120 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_Hrs2" 120 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_Hrs1" 101 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_Hrs2" 101 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 82 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 82 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_Hrs1" 101 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P002_Hrs2" 101 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 82 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_Hrs1" 101 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P024_Hrs2" 101 70 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 120 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_Hrs1" 139 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P025_Hrs2" 139 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_Hrs1" 82 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_Hrs2" 82 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_Hrs1" 82 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_Hrs2" 82 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_Hrs1" 82 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_Hrs2" 82 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_Hrs2" 120 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_Hrs1" 120 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 82 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_Hrs1" 101 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P005_Hrs2" 101 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P005_Hrs1" 82 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_Hrs2" 82 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 82 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_Hrs1" 82 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_Hrs2" 82 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_Hrs1" 101 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P004_Hrs2" 101 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 82 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_Hrs1" 101 82 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P007_Hrs2" 101 83 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P007_Hrs1" 82 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_Hrs2" 82 83 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 82 92 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_Hrs1" 101 95 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P008_Hrs2" 101 96 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P008_Hrs1" 82 95 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_Hrs2" 82 96 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 120 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_Hrs1" 139 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P009_Hrs2" 139 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P009_Hrs1" 120 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_Hrs2" 120 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 120 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_Hrs1" 139 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P012_Hrs2" 139 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P012_Hrs1" 120 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_Hrs2" 120 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 82 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_Hrs1" 101 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P023_Hrs2" 101 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 120 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_Hrs1" 139 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P022_Hrs2" 139 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P023_Hrs1" 82 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_Hrs2" 82 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_Hrs1" 120 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_Hrs2" 120 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_SecPuls_1cyclus" 120 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_Hrs1" 120 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_Hrs2" 120 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_Hrs1" 139 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P021_Hrs2" 139 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FS027_Meld" 120 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS026_Meld" 120 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS025_Meld" 120 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS024_Meld" 82 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS023_Meld" 82 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS022_Meld" 120 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS021_Meld" 120 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_MeldIn" 82 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_MeldIn" 82 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_MeldIn" 82 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_MeldIn" 82 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_MeldIn" 82 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_MeldIn" 82 93 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_MeldIn" 120 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_MeldIn" 120 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_Qtot1" 25 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_PulsM3" 25 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_ResetRapp" 7 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_ResetRapp" 7 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_PulsM3" 25 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_Qtot1" 25 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_m3totaal" 44 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_Qtot1" 63 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_m3totaal" 63 40 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_StepUp_kWh1" 166 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_StepUp_kWh1" 185 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_StepUp_kWh2" 166 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_StepUp_kWh2" 185 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_MCC2A_Puls" 157 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_MCC2A_kWh1" 166 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_MCC2A_kWh1" 185 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_MCC2A_kWh2" 166 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_MCC2A_kWh2" 185 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_StepUp_kWh1" 157 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_MCC2A_kWh1" 157 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_Qtot1" 7 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_Qtot1" 7 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_m3totaal" 7 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_m3totaal" 7 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterdebiet_QTot1" 24 56 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterdebiet_m3totaal" 24 63 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_StepUp_Puls" 157 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_StepUp_kWh2" 157 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_MCC2A_kWh2" 157 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_WinningGenderen_kWhTot2" 174 64 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_WinningGenderen_kWhTot1" 174 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_PulsM3" 27 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL001_FITS041_totaalm3" 35 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL001_FITS041_totaalm3" 54 113 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL001_StatIn" 35 117 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 35 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL001_ResetTeller" 7 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL001_m3totaal" 39 147 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FL001_FITS041_totaalm3" 10 147 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL001_FITS042_totaalm3" 10 148 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL001_StatIn" 35 134 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 35 133 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL001_ResetTeller" 7 132 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_PulsM3" 27 128 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL001_FITS042_totaalm3" 35 131 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL001_FITS042_totaalm3" 54 130 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_PulsM3" 27 161 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 35 166 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 35 183 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_PulsM3" 27 178 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL002_ResetTeller" 7 165 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL002_FITS041_totaalm3" 35 164 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL002_StatIn" 35 167 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL002_FITS041_totaalm3" 54 163 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_FL002_ResetTeller" 7 182 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL002_FITS042_totaalm3" 35 181 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL002_StatIn" 35 184 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL002_FITS042_totaalm3" 54 180 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FL002_FITS041_totaalm3" 15 195 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL002_FITS042_totaalm3" 15 196 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL002_m3totaal" 44 195 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_PulsM3" 102 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 110 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 110 133 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_PulsM3" 102 128 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL003_ResetTeller" 82 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL003_ResetTeller" 82 132 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL003_FITS041_totaalm3" 110 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL003_StatIn" 110 117 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL003_FITS041_totaalm3" 129 113 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FL003_FITS042_totaalm3" 110 131 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL003_StatIn" 110 134 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL003_FITS042_totaalm3" 129 130 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FL003_m3totaal" 115 146 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FL003_FITS041_totaalm3" 86 146 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL003_FITS042_totaalm3" 86 147 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_PulsM3" 102 161 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 110 166 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 110 183 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_PulsM3" 102 178 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL004_ResetTeller" 82 165 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL004_ResetTeller" 82 182 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL004_FITS041_totaalm3" 110 164 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL004_StatIn" 110 167 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL004_FITS042_totaalm3" 110 181 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL004_StatIn" 110 184 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL004_FITS042_totaalm3" 129 180 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FL004_FITS041_totaalm3" 129 163 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FL004_FITS041_totaalm3" 85 195 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL004_FITS042_totaalm3" 85 196 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL004_m3totaal" 114 195 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_PulsM3" 178 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 186 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 186 133 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_PulsM3" 178 128 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL005_ResetTeller" 158 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL005_ResetTeller" 158 132 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL005_FITS041_totaalm3" 186 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL005_StatIn" 186 117 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL005_FITS041_totaalm3" 205 113 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FL005_FITS042_totaalm3" 186 131 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL005_StatIn" 186 134 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL005_FITS042_totaalm3" 205 130 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FL005_FITS041_totaalm3" 160 146 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL005_FITS042_totaalm3" 160 147 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL005_m3totaal" 189 146 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_PulsM3" 178 161 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 186 166 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 186 183 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_PulsM3" 178 178 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL006_ResetTeller" 158 165 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL006_ResetTeller" 158 182 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL006_FITS041_totaalm3" 186 164 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL006_StatIn" 186 167 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL006_FITS041_totaalm3" 205 163 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FL006_FITS042_totaalm3" 186 181 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL006_StatIn" 186 184 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL006_FITS042_totaalm3" 205 180 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FL006_FITS041_totaalm3" 160 197 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL006_FITS042_totaalm3" 160 198 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FL006_m3totaal" 189 197 FP_IO_INPUT
CP_CON 25 17 IEC_DINT_ID 0
CP_CON 25 40 IEC_DINT_ID 0
CP_LNK FBI: 53 11 4 GVI: 63 16 GRA: 63/17,63/17
CP_LNK FBI: 53 11 5 GVI: 63 17 GRA: 63/18,63/18
CP_LNK GVI: 44 17 FBI: 53 11 5 GRA: 53/18,53/18
CP_LNK GVI: 120 79 FBI: 129 76 2 GRA: 129/80,129/80
CP_LNK FBI: 129 76 5 GVI: 139 82 GRA: 139/83,139/83
CP_LNK FBI: 129 76 6 GVI: 139 83 GRA: 139/84,139/84
CP_LNK GVI: 120 66 FBI: 129 63 2 GRA: 129/67,129/67
CP_LNK FBI: 129 63 5 GVI: 139 69 GRA: 139/70,139/70
CP_LNK FBI: 129 63 6 GVI: 139 70 GRA: 139/71,139/71
CP_LNK GVI: 120 82 FBI: 129 76 5 GRA: 129/83,129/83
CP_LNK GVI: 120 83 FBI: 129 76 6 GRA: 129/84,129/84
CP_LNK GVI: 120 69 FBI: 129 63 5 GRA: 129/70,129/70
CP_LNK GVI: 120 70 FBI: 129 63 6 GRA: 129/71,129/71
CP_LNK FBI: 91 3 5 GVI: 101 9 GRA: 101/10,101/10
CP_LNK FBI: 91 3 6 GVI: 101 10 GRA: 101/11,101/11
CP_LNK GVI: 82 6 FBI: 91 3 2 GRA: 91/7,91/7
CP_LNK GVI: 82 18 FBI: 91 15 2 GRA: 91/19,91/19
CP_LNK FBI: 91 15 5 GVI: 101 21 GRA: 101/22,101/22
CP_LNK FBI: 91 15 6 GVI: 101 22 GRA: 101/23,101/23
CP_LNK GVI: 82 66 FBI: 91 63 2 GRA: 91/67,91/67
CP_LNK FBI: 91 63 5 GVI: 101 69 GRA: 101/70,101/70
CP_LNK FBI: 91 63 6 GVI: 101 70 GRA: 101/71,101/71
CP_LNK GVI: 120 54 FBI: 129 51 2 GRA: 129/55,129/55
CP_LNK FBI: 129 51 5 GVI: 139 57 GRA: 139/58,139/58
CP_LNK FBI: 129 51 6 GVI: 139 58 GRA: 139/59,139/59
CP_LNK GVI: 82 9 FBI: 91 3 5 GRA: 91/10,91/10
CP_LNK GVI: 82 10 FBI: 91 3 6 GRA: 91/11,91/11
CP_LNK GVI: 82 21 FBI: 91 15 5 GRA: 91/22,91/22
CP_LNK GVI: 82 22 FBI: 91 15 6 GRA: 91/23,91/23
CP_LNK GVI: 82 69 FBI: 91 63 5 GRA: 91/70,91/70
CP_LNK GVI: 82 70 FBI: 91 63 6 GRA: 91/71,91/71
CP_LNK GVI: 120 58 FBI: 129 51 6 GRA: 129/59,129/59
CP_LNK GVI: 120 57 FBI: 129 51 5 GRA: 129/58,129/58
CP_LNK GVI: 82 54 FBI: 91 51 2 GRA: 91/55,91/55
CP_LNK FBI: 91 51 5 GVI: 101 57 GRA: 101/58,101/58
CP_LNK FBI: 91 51 6 GVI: 101 58 GRA: 101/59,101/59
CP_LNK GVI: 82 57 FBI: 91 51 5 GRA: 91/58,91/58
CP_LNK GVI: 82 58 FBI: 91 51 6 GRA: 91/59,91/59
CP_LNK GVI: 82 42 FBI: 91 39 2 GRA: 91/43,91/43
CP_LNK GVI: 82 45 FBI: 91 39 5 GRA: 91/46,91/46
CP_LNK GVI: 82 46 FBI: 91 39 6 GRA: 91/47,91/47
CP_LNK FBI: 91 39 5 GVI: 101 45 GRA: 101/46,101/46
CP_LNK FBI: 91 39 6 GVI: 101 46 GRA: 101/47,101/47
CP_LNK GVI: 82 79 FBI: 91 76 2 GRA: 91/80,91/80
CP_LNK FBI: 91 76 5 GVI: 101 82 GRA: 101/83,101/83
CP_LNK FBI: 91 76 6 GVI: 101 83 GRA: 101/84,101/84
CP_LNK GVI: 82 82 FBI: 91 76 5 GRA: 91/83,91/83
CP_LNK GVI: 82 83 FBI: 91 76 6 GRA: 91/84,91/84
CP_LNK GVI: 82 92 FBI: 91 89 2 GRA: 91/93,91/93
CP_LNK FBI: 91 89 5 GVI: 101 95 GRA: 101/96,101/96
CP_LNK FBI: 91 89 6 GVI: 101 96 GRA: 101/97,101/97
CP_LNK GVI: 82 95 FBI: 91 89 5 GRA: 91/96,91/96
CP_LNK GVI: 82 96 FBI: 91 89 6 GRA: 91/97,91/97
CP_LNK GVI: 120 6 FBI: 129 3 2 GRA: 129/7,129/7
CP_LNK FBI: 129 3 5 GVI: 139 9 GRA: 139/10,139/10
CP_LNK FBI: 129 3 6 GVI: 139 10 GRA: 139/11,139/11
CP_LNK GVI: 120 9 FBI: 129 3 5 GRA: 129/10,129/10
CP_LNK GVI: 120 10 FBI: 129 3 6 GRA: 129/11,129/11
CP_LNK GVI: 120 42 FBI: 129 39 2 GRA: 129/43,129/43
CP_LNK FBI: 129 39 5 GVI: 139 45 GRA: 139/46,139/46
CP_LNK FBI: 129 39 6 GVI: 139 46 GRA: 139/47,139/47
CP_LNK GVI: 120 45 FBI: 129 39 5 GRA: 129/46,129/46
CP_LNK GVI: 120 46 FBI: 129 39 6 GRA: 129/47,129/47
CP_LNK GVI: 82 30 FBI: 91 27 2 GRA: 91/31,91/31
CP_LNK FBI: 91 27 5 GVI: 101 33 GRA: 101/34,101/34
CP_LNK FBI: 91 27 6 GVI: 101 34 GRA: 101/35,101/35
CP_LNK GVI: 120 30 FBI: 129 27 2 GRA: 129/31,129/31
CP_LNK FBI: 129 27 5 GVI: 139 33 GRA: 139/34,139/34
CP_LNK FBI: 129 27 6 GVI: 139 34 GRA: 139/35,139/35
CP_LNK GVI: 82 33 FBI: 91 27 5 GRA: 91/34,91/34
CP_LNK GVI: 82 34 FBI: 91 27 6 GRA: 91/35,91/35
CP_LNK GVI: 120 33 FBI: 129 27 5 GRA: 129/34,129/34
CP_LNK GVI: 120 34 FBI: 129 27 6 GRA: 129/35,129/35
CP_LNK GVI: 120 18 FBI: 129 15 2 GRA: 129/19,129/19
CP_LNK GVI: 120 21 FBI: 129 15 5 GRA: 129/22,129/22
CP_LNK GVI: 120 22 FBI: 129 15 6 GRA: 129/23,129/23
CP_LNK FBI: 129 15 5 GVI: 139 21 GRA: 139/22,139/22
CP_LNK FBI: 129 15 6 GVI: 139 22 GRA: 139/23,139/23
CP_LNK GVI: 120 80 FBI: 129 76 3 GRA: 129/81,129/81
CP_LNK GVI: 120 67 FBI: 129 63 3 GRA: 129/68,129/68
CP_LNK GVI: 120 55 FBI: 129 51 3 GRA: 129/56,129/56
CP_LNK GVI: 82 67 FBI: 91 63 3 GRA: 91/68,91/68
CP_LNK GVI: 82 31 FBI: 91 27 3 GRA: 91/32,91/32
CP_LNK GVI: 120 31 FBI: 129 27 3 GRA: 129/32,129/32
CP_LNK GVI: 120 19 FBI: 129 15 3 GRA: 129/20,129/20
CP_LNK GVI: 82 7 FBI: 91 3 3 GRA: 91/8,91/8
CP_LNK GVI: 82 19 FBI: 91 15 3 GRA: 91/20,91/20
CP_LNK GVI: 82 43 FBI: 91 39 3 GRA: 91/44,91/44
CP_LNK GVI: 82 55 FBI: 91 51 3 GRA: 91/56,91/56
CP_LNK GVI: 82 80 FBI: 91 76 3 GRA: 91/81,91/81
CP_LNK GVI: 82 93 FBI: 91 89 3 GRA: 91/94,91/94
CP_LNK GVI: 120 7 FBI: 129 3 3 GRA: 129/8,129/8
CP_LNK GVI: 120 43 FBI: 129 39 3 GRA: 129/44,129/44
CP_LNK FBI: 16 12 2 FBI: 34 12 2 GRA: 23/16,34/16
CP_LNK CON: 25 17 FBI: 34 12 4 GRA: 34/18,34/18
CP_LNK GVI: 25 16 FBI: 34 12 3 GRA: 34/17,34/17
CP_LNK FBI: 34 12 3 FBI: 53 11 4 GRA: 41/17,53/17
CP_LNK GVI: 25 9 FBI: 34 6 2 GRA: 34/10,34/10
CP_LNK FBI: 34 6 2 FBI: 53 11 2 GRA: 41/10,46/10,46/15,53/15
CP_LNK GVI: 7 15 FBI: 16 12 2 GRA: 16/16,16/16
CP_LNK FBI: 16 35 2 FBI: 34 35 2 GRA: 23/39,34/39
CP_LNK CON: 25 40 FBI: 34 35 4 GRA: 34/41,34/41
CP_LNK FBI: 34 35 3 FBI: 53 34 4 GRA: 41/40,53/40
CP_LNK FBI: 34 29 2 FBI: 53 34 2 GRA: 41/33,46/33,46/38,53/38
CP_LNK GVI: 7 38 FBI: 16 35 2 GRA: 16/39,16/39
CP_LNK GVI: 25 32 FBI: 34 29 2 GRA: 34/33,34/33
CP_LNK GVI: 25 39 FBI: 34 35 3 GRA: 34/40,34/40
CP_LNK GVI: 44 40 FBI: 53 34 5 GRA: 53/41,53/41
CP_LNK FBI: 53 34 4 GVI: 63 39 GRA: 63/40,63/40
CP_LNK FBI: 53 34 5 GVI: 63 40 GRA: 63/41,63/41
CP_LNK FBI: 166 14 2 FBI: 175 14 2 GRA: 173/18,175/18
CP_LNK GVI: 166 19 FBI: 175 14 4 GRA: 175/20,175/20
CP_LNK FBI: 175 14 4 GVI: 185 19 GRA: 185/20,185/20
CP_LNK GVI: 166 20 FBI: 175 14 5 GRA: 175/21,175/21
CP_LNK FBI: 175 14 5 GVI: 185 20 GRA: 185/21,185/21
CP_LNK FBI: 166 36 2 FBI: 175 36 2 GRA: 173/40,175/40
CP_LNK GVI: 157 39 FBI: 166 36 2 GRA: 166/40,166/40
CP_LNK GVI: 166 41 FBI: 175 36 4 GRA: 175/42,175/42
CP_LNK FBI: 175 36 4 GVI: 185 41 GRA: 185/42,185/42
CP_LNK GVI: 166 42 FBI: 175 36 5 GRA: 175/43,175/43
CP_LNK FBI: 175 36 5 GVI: 185 42 GRA: 185/43,185/43
CP_LNK GVI: 157 57 FBI: 166 54 2 GRA: 166/58,166/58
CP_LNK GVI: 157 58 FBI: 166 54 3 GRA: 166/59,166/59
CP_LNK GVI: 7 56 FBI: 16 53 2 GRA: 16/57,16/57
CP_LNK GVI: 7 57 FBI: 16 53 3 GRA: 16/58,16/58
CP_LNK GVI: 7 63 FBI: 16 60 2 GRA: 16/64,16/64
CP_LNK GVI: 7 64 FBI: 16 60 3 GRA: 16/65,16/65
CP_LNK FBI: 16 53 2 GVI: 24 56 GRA: 24/57,24/57
CP_LNK FBI: 16 60 2 GVI: 24 63 GRA: 24/64,24/64
CP_LNK GVI: 157 17 FBI: 166 14 2 GRA: 166/18,166/18
CP_LNK GVI: 157 64 FBI: 166 61 2 GRA: 166/65,166/65
CP_LNK GVI: 157 65 FBI: 166 61 3 GRA: 166/66,166/66
CP_LNK FBI: 166 61 2 GVI: 174 64 GRA: 174/65,174/65
CP_LNK FBI: 166 54 2 GVI: 174 57 GRA: 174/58,174/58
CP_LNK GVI: 27 111 FBI: 36 108 2 GRA: 36/112,36/112
CP_LNK FBI: 36 108 2 FBI: 44 108 2 GRA: 43/112,44/112
CP_LNK GVI: 35 114 FBI: 44 108 5 GRA: 44/115,44/115
CP_LNK FBI: 44 108 4 GVI: 54 113 GRA: 54/114,54/114
CP_LNK GVI: 35 117 FBI: 44 108 8 GRA: 44/118,44/118
CP_LNK GVI: 35 116 FBI: 44 108 7 GRA: 44/117,44/117
CP_LNK GVI: 7 115 FBI: 16 112 2 GRA: 16/116,16/116
CP_LNK FBI: 16 112 2 FBI: 44 108 6 GRA: 23/116,44/116
CP_LNK FBI: 29 144 2 GVI: 39 147 GRA: 39/148,39/148
CP_LNK FBI: 19 144 2 FBI: 29 144 2 GRA: 27/148,29/148
CP_LNK GVI: 10 147 FBI: 19 144 2 GRA: 19/148,19/148
CP_LNK GVI: 10 148 FBI: 19 144 3 GRA: 19/149,19/149
CP_LNK FBI: 36 125 2 FBI: 44 125 2 GRA: 43/129,44/129
CP_LNK GVI: 35 134 FBI: 44 125 8 GRA: 44/135,44/135
CP_LNK GVI: 35 133 FBI: 44 125 7 GRA: 44/134,44/134
CP_LNK GVI: 7 132 FBI: 16 129 2 GRA: 16/133,16/133
CP_LNK FBI: 16 129 2 FBI: 44 125 6 GRA: 23/133,44/133
CP_LNK GVI: 27 128 FBI: 36 125 2 GRA: 36/129,36/129
CP_LNK GVI: 35 131 FBI: 44 125 5 GRA: 44/132,44/132
CP_LNK FBI: 44 125 4 GVI: 54 130 GRA: 54/131,54/131
CP_LNK GVI: 27 161 FBI: 36 158 2 GRA: 36/162,36/162
CP_LNK FBI: 36 158 2 FBI: 44 158 2 GRA: 43/162,44/162
CP_LNK GVI: 35 166 FBI: 44 158 7 GRA: 44/167,44/167
CP_LNK FBI: 16 162 2 FBI: 44 158 6 GRA: 23/166,44/166
CP_LNK FBI: 36 175 2 FBI: 44 175 2 GRA: 43/179,44/179
CP_LNK GVI: 35 183 FBI: 44 175 7 GRA: 44/184,44/184
CP_LNK FBI: 16 179 2 FBI: 44 175 6 GRA: 23/183,44/183
CP_LNK GVI: 27 178 FBI: 36 175 2 GRA: 36/179,36/179
CP_LNK GVI: 7 165 FBI: 16 162 2 GRA: 16/166,16/166
CP_LNK GVI: 35 164 FBI: 44 158 5 GRA: 44/165,44/165
CP_LNK GVI: 35 167 FBI: 44 158 8 GRA: 44/168,44/168
CP_LNK FBI: 44 158 4 GVI: 54 163 GRA: 54/164,54/164
CP_LNK GVI: 7 182 FBI: 16 179 2 GRA: 16/183,16/183
CP_LNK GVI: 35 181 FBI: 44 175 5 GRA: 44/182,44/182
CP_LNK GVI: 35 184 FBI: 44 175 8 GRA: 44/185,44/185
CP_LNK FBI: 44 175 4 GVI: 54 180 GRA: 54/181,54/181
CP_LNK FBI: 24 192 2 FBI: 34 192 2 GRA: 32/196,34/196
CP_LNK GVI: 15 195 FBI: 24 192 2 GRA: 24/196,24/196
CP_LNK GVI: 15 196 FBI: 24 192 3 GRA: 24/197,24/197
CP_LNK FBI: 34 192 2 GVI: 44 195 GRA: 44/196,44/196
CP_LNK GVI: 102 111 FBI: 111 108 2 GRA: 111/112,111/112
CP_LNK FBI: 111 108 2 FBI: 119 108 2 GRA: 118/112,119/112
CP_LNK GVI: 110 116 FBI: 119 108 7 GRA: 119/117,119/117
CP_LNK FBI: 91 112 2 FBI: 119 108 6 GRA: 98/116,119/116
CP_LNK FBI: 111 125 2 FBI: 119 125 2 GRA: 118/129,119/129
CP_LNK GVI: 110 133 FBI: 119 125 7 GRA: 119/134,119/134
CP_LNK FBI: 91 129 2 FBI: 119 125 6 GRA: 98/133,119/133
CP_LNK GVI: 102 128 FBI: 111 125 2 GRA: 111/129,111/129
CP_LNK GVI: 82 115 FBI: 91 112 2 GRA: 91/116,91/116
CP_LNK GVI: 82 132 FBI: 91 129 2 GRA: 91/133,91/133
CP_LNK GVI: 110 114 FBI: 119 108 5 GRA: 119/115,119/115
CP_LNK GVI: 110 117 FBI: 119 108 8 GRA: 119/118,119/118
CP_LNK FBI: 119 108 4 GVI: 129 113 GRA: 129/114,129/114
CP_LNK GVI: 110 131 FBI: 119 125 5 GRA: 119/132,119/132
CP_LNK GVI: 110 134 FBI: 119 125 8 GRA: 119/135,119/135
CP_LNK FBI: 119 125 4 GVI: 129 130 GRA: 129/131,129/131
CP_LNK FBI: 95 143 2 FBI: 105 143 2 GRA: 103/147,105/147
CP_LNK FBI: 105 143 2 GVI: 115 146 GRA: 115/147,115/147
CP_LNK GVI: 86 146 FBI: 95 143 2 GRA: 95/147,95/147
CP_LNK GVI: 86 147 FBI: 95 143 3 GRA: 95/148,95/148
CP_LNK GVI: 102 161 FBI: 111 158 2 GRA: 111/162,111/162
CP_LNK FBI: 111 158 2 FBI: 119 158 2 GRA: 118/162,119/162
CP_LNK GVI: 110 166 FBI: 119 158 7 GRA: 119/167,119/167
CP_LNK FBI: 91 162 2 FBI: 119 158 6 GRA: 98/166,119/166
CP_LNK FBI: 111 175 2 FBI: 119 175 2 GRA: 118/179,119/179
CP_LNK GVI: 110 183 FBI: 119 175 7 GRA: 119/184,119/184
CP_LNK FBI: 91 179 2 FBI: 119 175 6 GRA: 98/183,119/183
CP_LNK GVI: 102 178 FBI: 111 175 2 GRA: 111/179,111/179
CP_LNK GVI: 82 165 FBI: 91 162 2 GRA: 91/166,91/166
CP_LNK GVI: 82 182 FBI: 91 179 2 GRA: 91/183,91/183
CP_LNK GVI: 110 164 FBI: 119 158 5 GRA: 119/165,119/165
CP_LNK GVI: 110 167 FBI: 119 158 8 GRA: 119/168,119/168
CP_LNK GVI: 110 181 FBI: 119 175 5 GRA: 119/182,119/182
CP_LNK GVI: 110 184 FBI: 119 175 8 GRA: 119/185,119/185
CP_LNK FBI: 119 175 4 GVI: 129 180 GRA: 129/181,129/181
CP_LNK FBI: 119 158 4 GVI: 129 163 GRA: 129/164,129/164
CP_LNK FBI: 94 192 2 FBI: 104 192 2 GRA: 102/196,104/196
CP_LNK GVI: 85 195 FBI: 94 192 2 GRA: 94/196,94/196
CP_LNK GVI: 85 196 FBI: 94 192 3 GRA: 94/197,94/197
CP_LNK FBI: 104 192 2 GVI: 114 195 GRA: 114/196,114/196
CP_LNK GVI: 178 111 FBI: 187 108 2 GRA: 187/112,187/112
CP_LNK FBI: 187 108 2 FBI: 195 108 2 GRA: 194/112,195/112
CP_LNK GVI: 186 116 FBI: 195 108 7 GRA: 195/117,195/117
CP_LNK FBI: 167 112 2 FBI: 195 108 6 GRA: 174/116,195/116
CP_LNK FBI: 187 125 2 FBI: 195 125 2 GRA: 194/129,195/129
CP_LNK GVI: 186 133 FBI: 195 125 7 GRA: 195/134,195/134
CP_LNK FBI: 167 129 2 FBI: 195 125 6 GRA: 174/133,195/133
CP_LNK GVI: 178 128 FBI: 187 125 2 GRA: 187/129,187/129
CP_LNK GVI: 158 115 FBI: 167 112 2 GRA: 167/116,167/116
CP_LNK GVI: 158 132 FBI: 167 129 2 GRA: 167/133,167/133
CP_LNK GVI: 186 114 FBI: 195 108 5 GRA: 195/115,195/115
CP_LNK GVI: 186 117 FBI: 195 108 8 GRA: 195/118,195/118
CP_LNK FBI: 195 108 4 GVI: 205 113 GRA: 205/114,205/114
CP_LNK GVI: 186 131 FBI: 195 125 5 GRA: 195/132,195/132
CP_LNK GVI: 186 134 FBI: 195 125 8 GRA: 195/135,195/135
CP_LNK FBI: 195 125 4 GVI: 205 130 GRA: 205/131,205/131
CP_LNK FBI: 169 143 2 FBI: 179 143 2 GRA: 177/147,179/147
CP_LNK GVI: 160 146 FBI: 169 143 2 GRA: 169/147,169/147
CP_LNK GVI: 160 147 FBI: 169 143 3 GRA: 169/148,169/148
CP_LNK FBI: 179 143 2 GVI: 189 146 GRA: 189/147,189/147
CP_LNK GVI: 178 161 FBI: 187 158 2 GRA: 187/162,187/162
CP_LNK FBI: 187 158 2 FBI: 195 158 2 GRA: 194/162,195/162
CP_LNK GVI: 186 166 FBI: 195 158 7 GRA: 195/167,195/167
CP_LNK FBI: 167 162 2 FBI: 195 158 6 GRA: 174/166,195/166
CP_LNK FBI: 187 175 2 FBI: 195 175 2 GRA: 194/179,195/179
CP_LNK GVI: 186 183 FBI: 195 175 7 GRA: 195/184,195/184
CP_LNK FBI: 167 179 2 FBI: 195 175 6 GRA: 174/183,195/183
CP_LNK GVI: 178 178 FBI: 187 175 2 GRA: 187/179,187/179
CP_LNK GVI: 158 165 FBI: 167 162 2 GRA: 167/166,167/166
CP_LNK GVI: 158 182 FBI: 167 179 2 GRA: 167/183,167/183
CP_LNK GVI: 186 164 FBI: 195 158 5 GRA: 195/165,195/165
CP_LNK GVI: 186 167 FBI: 195 158 8 GRA: 195/168,195/168
CP_LNK FBI: 195 158 4 GVI: 205 163 GRA: 205/164,205/164
CP_LNK GVI: 186 181 FBI: 195 175 5 GRA: 195/182,195/182
CP_LNK GVI: 186 184 FBI: 195 175 8 GRA: 195/185,195/185
CP_LNK FBI: 195 175 4 GVI: 205 180 GRA: 205/181,205/181
CP_LNK FBI: 169 194 2 FBI: 179 194 2 GRA: 177/198,179/198
CP_LNK GVI: 160 197 FBI: 169 194 2 GRA: 169/198,169/198
CP_LNK GVI: 160 198 FBI: 169 194 3 GRA: 169/199,169/199
CP_LNK FBI: 179 194 2 GVI: 189 197 GRA: 189/198,189/198
CP_SEC "WebBrowser" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 43 EXEC: 10 TEXT:
CP_COM LEFT: 10 RIGHT: 28 TOP: 2 BOT: 6 TEXT:
...TXF *********************************************
...TXT Verzamelstoring t.b.v. Webbrowser
...TXT Ruwwaterpompen
...TXT *********************************************
CP_COM LEFT: 36 RIGHT: 54 TOP: 18 BOT: 22 TEXT:
...TXF *********************************************
...TXT Verzamelstoring t.b.v. Webbrowser
...TXT Ruwwaterregeling
...TXT *********************************************
CP_COM LEFT: 77 RIGHT: 95 TOP: 2 BOT: 6 TEXT:
...TXF *********************************************
...TXT Verzamelstoring t.b.v. Webbrowser
...TXT Winning Genderen
...TXT *********************************************
CP_COM LEFT: 116 RIGHT: 134 TOP: 2 BOT: 5 TEXT:
...TXF *********************************************
...TXT Accept / Reset t.b.v. Webbrowser
...TXT *********************************************
CP_COM LEFT: 116 RIGHT: 136 TOP: 28 BOT: 31 TEXT:
...TXF *************************************************
...TXT Keuze bediening Webbrowser / SCADA
...TXT *************************************************
CP_FBI "EQ_INT" 128 32 CODID: 11 NAME: ".43.35" TEXT:
CP_FBI "SEL" 128 8 CODID: 5 NAME: ".43.29" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 128 16 CODID: 6 NAME: ".43.30" ANY: IEC_INT_ID TEXT:
CP_DBI "STORING" 13 8 CODID: 1 NAME: "FBI_43_9" TEXT:
CP_DBI "STORING" 13 30 CODID: 2 NAME: "FBI_43_12" TEXT:
CP_FBI "OR_BOOL" 25 8 CODID: 3 NAME: ".43.14" TEXT:
CP_DBI "STORING" 39 23 CODID: 4 NAME: "FBI_43_15" TEXT:
CP_DBI "STORING" 39 45 CODID: 7 NAME: "FBI_43_31" TEXT:
CP_FBI "OR_BOOL" 51 23 CODID: 8 NAME: ".43.32" TEXT:
CP_FBI "SEL" 94 8 CODID: 9 NAME: ".43.33" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 94 16 CODID: 10 NAME: ".43.34" ANY: IEC_INT_ID TEXT:
CP_GVI NAMED_VAR: "PLC1_P001_AlwPri" 4 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_AlwSec" 4 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_AlwPri" 4 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_AlwSec" 4 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 4 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 4 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_AlwPri" 4 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_AlwSec" 4 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 30 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_AlwPri" 30 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_AlwSec" 30 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_AlwPri" 30 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_AlwSec" 30 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_AlwPri" 30 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_AlwSec" 30 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_AlwPri" 4 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_AlwSec" 4 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_AlwPri" 4 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_AlwSec" 4 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_AlwPri" 4 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_AlwSec" 4 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_AlwPri" 4 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_AlwSec" 4 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_AlwPri" 4 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_AlwSec" 4 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_AlwPri" 4 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_AlwSec" 4 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_AlwSec" 4 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_AlwPri" 4 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_AlwPri" 4 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_AlwSec" 4 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_AlwPri" 4 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_AlwSec" 4 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_AlwPri" 4 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_AlwSec" 4 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_AlwPri" 4 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_AlwSec" 4 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_AlwPri" 4 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_AlwSec" 4 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_AlwPri" 30 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_AlwSec" 30 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_AlwPri" 30 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_AlwPri" 30 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_AlwSec" 30 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_AlwSec" 30 37 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV041_AlwPri" 30 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_AlwPri" 30 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV041_AlwSec" 30 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_AlwSec" 30 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_WebBrowser_Accept" 135 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_WebBrowser_Reset" 135 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_WebBrowser_Accept" 119 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_WebBrowser_Reset" 119 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 119 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 119 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 30 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterregeling_VerzStor" 59 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_WebBrowser_Stor2" 101 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterpompen_VerzStor" 85 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterpompen_VerzStor" 33 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_Scada" 119 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 135 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_WebBrowser_Stor1" 101 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterregeling_VerzStor" 85 19 FP_IO_OUTPUT
CP_CON 119 13 IEC_INT_ID 0
CP_CON 119 21 IEC_INT_ID 0
CP_CON 85 12 IEC_INT_ID 1
CP_CON 85 13 IEC_INT_ID 2
CP_CON 85 20 IEC_INT_ID 1
CP_CON 85 21 IEC_INT_ID 2
CP_CON 119 36 IEC_INT_ID 0
CP_LNK GVI: 4 11 FBI: 13 8 2 GRA: 13/12,13/12
CP_LNK GVI: 4 12 FBI: 13 8 3 GRA: 13/13,13/13
CP_LNK GVI: 4 13 FBI: 13 8 4 GRA: 13/14,13/14
CP_LNK GVI: 4 14 FBI: 13 8 5 GRA: 13/15,13/15
CP_LNK GVI: 4 28 FBI: 13 8 19 GRA: 13/29,13/29
CP_LNK GVI: 4 50 FBI: 13 30 19 GRA: 13/51,13/51
CP_LNK GVI: 4 45 FBI: 13 30 14 GRA: 13/46,13/46
CP_LNK GVI: 4 46 FBI: 13 30 15 GRA: 13/47,13/47
CP_LNK FBI: 13 8 2 FBI: 25 8 2 GRA: 23/12,25/12
CP_LNK FBI: 13 30 2 FBI: 25 8 3 GRA: 23/34,24/34,24/13,25/13
CP_LNK GVI: 30 43 FBI: 39 23 19 GRA: 39/44,39/44
CP_LNK GVI: 30 26 FBI: 39 23 2 GRA: 39/27,39/27
CP_LNK GVI: 30 27 FBI: 39 23 3 GRA: 39/28,39/28
CP_LNK GVI: 30 28 FBI: 39 23 4 GRA: 39/29,39/29
CP_LNK GVI: 30 29 FBI: 39 23 5 GRA: 39/30,39/30
CP_LNK GVI: 30 30 FBI: 39 23 6 GRA: 39/31,39/31
CP_LNK GVI: 30 31 FBI: 39 23 7 GRA: 39/32,39/32
CP_LNK GVI: 4 15 FBI: 13 8 6 GRA: 13/16,13/16
CP_LNK GVI: 4 16 FBI: 13 8 7 GRA: 13/17,13/17
CP_LNK GVI: 4 17 FBI: 13 8 8 GRA: 13/18,13/18
CP_LNK GVI: 4 18 FBI: 13 8 9 GRA: 13/19,13/19
CP_LNK GVI: 4 19 FBI: 13 8 10 GRA: 13/20,13/20
CP_LNK GVI: 4 20 FBI: 13 8 11 GRA: 13/21,13/21
CP_LNK GVI: 4 21 FBI: 13 8 12 GRA: 13/22,13/22
CP_LNK GVI: 4 22 FBI: 13 8 13 GRA: 13/23,13/23
CP_LNK GVI: 4 23 FBI: 13 8 14 GRA: 13/24,13/24
CP_LNK GVI: 4 24 FBI: 13 8 15 GRA: 13/25,13/25
CP_LNK GVI: 4 25 FBI: 13 8 16 GRA: 13/26,13/26
CP_LNK GVI: 4 26 FBI: 13 8 17 GRA: 13/27,13/27
CP_LNK GVI: 4 34 FBI: 13 30 3 GRA: 13/35,13/35
CP_LNK GVI: 4 33 FBI: 13 30 2 GRA: 13/34,13/34
CP_LNK GVI: 4 35 FBI: 13 30 4 GRA: 13/36,13/36
CP_LNK GVI: 4 36 FBI: 13 30 5 GRA: 13/37,13/37
CP_LNK GVI: 4 37 FBI: 13 30 6 GRA: 13/38,13/38
CP_LNK GVI: 4 38 FBI: 13 30 7 GRA: 13/39,13/39
CP_LNK GVI: 4 39 FBI: 13 30 8 GRA: 13/40,13/40
CP_LNK GVI: 4 40 FBI: 13 30 9 GRA: 13/41,13/41
CP_LNK GVI: 4 41 FBI: 13 30 10 GRA: 13/42,13/42
CP_LNK GVI: 4 42 FBI: 13 30 11 GRA: 13/43,13/43
CP_LNK GVI: 4 43 FBI: 13 30 12 GRA: 13/44,13/44
CP_LNK GVI: 4 44 FBI: 13 30 13 GRA: 13/45,13/45
CP_LNK GVI: 30 32 FBI: 39 23 8 GRA: 39/33,39/33
CP_LNK GVI: 30 33 FBI: 39 23 9 GRA: 39/34,39/34
CP_LNK GVI: 30 34 FBI: 39 23 10 GRA: 39/35,39/35
CP_LNK GVI: 30 36 FBI: 39 23 12 GRA: 39/37,39/37
CP_LNK GVI: 30 35 FBI: 39 23 11 GRA: 39/36,39/36
CP_LNK GVI: 30 37 FBI: 39 23 13 GRA: 39/38,39/38
CP_LNK GVI: 30 38 FBI: 39 23 14 GRA: 39/39,39/39
CP_LNK GVI: 30 40 FBI: 39 23 16 GRA: 39/41,39/41
CP_LNK GVI: 30 39 FBI: 39 23 15 GRA: 39/40,39/40
CP_LNK GVI: 30 41 FBI: 39 23 17 GRA: 39/42,39/42
CP_LNK FBI: 128 8 3 GVI: 135 12 GRA: 135/13,135/13
CP_LNK FBI: 128 16 3 GVI: 135 20 GRA: 135/21,135/21
CP_LNK GVI: 119 12 FBI: 128 8 3 GRA: 128/13,128/13
CP_LNK GVI: 119 20 FBI: 128 16 3 GRA: 128/21,128/21
CP_LNK CON: 119 13 FBI: 128 8 4 GRA: 128/14,128/14
CP_LNK CON: 119 21 FBI: 128 16 4 GRA: 128/22,128/22
CP_LNK GVI: 119 11 FBI: 128 8 2 GRA: 128/12,128/12
CP_LNK GVI: 119 19 FBI: 128 16 2 GRA: 128/20,128/20
CP_LNK GVI: 30 65 FBI: 39 45 19 GRA: 39/66,39/66
CP_LNK FBI: 39 23 2 FBI: 51 23 2 GRA: 49/27,51/27
CP_LNK FBI: 39 45 2 FBI: 51 23 3 GRA: 49/49,50/49,50/28,51/28
CP_LNK FBI: 51 23 2 GVI: 59 26 GRA: 59/27,59/27
CP_LNK CON: 85 12 FBI: 94 8 3 GRA: 94/13,94/13
CP_LNK CON: 85 13 FBI: 94 8 4 GRA: 94/14,94/14
CP_LNK CON: 85 20 FBI: 94 16 3 GRA: 94/21,94/21
CP_LNK CON: 85 21 FBI: 94 16 4 GRA: 94/22,94/22
CP_LNK FBI: 94 16 3 GVI: 101 20 GRA: 101/21,101/21
CP_LNK GVI: 85 11 FBI: 94 8 2 GRA: 94/12,94/12
CP_LNK FBI: 25 8 2 GVI: 33 11 GRA: 33/12,33/12
CP_LNK CON: 119 36 FBI: 128 32 3 GRA: 128/37,128/37
CP_LNK GVI: 119 35 FBI: 128 32 2 GRA: 128/36,128/36
CP_LNK FBI: 128 32 2 GVI: 135 35 GRA: 135/36,135/36
CP_LNK FBI: 94 8 3 GVI: 101 12 GRA: 101/13,101/13
CP_LNK GVI: 85 19 FBI: 94 16 2 GRA: 94/20,94/20
CP_SEC "Winning_Alg" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 51 EXEC: 11 TEXT:
CP_COM LEFT: 3 RIGHT: 25 TOP: 3 BOT: 6 TEXT:
...TXF *****************************************************
...TXT Bepaling van de beschikbare ruwwaterpompen
...TXT *****************************************************
CP_COM LEFT: 78 RIGHT: 118 TOP: 2 BOT: 6 TEXT:
...TXF ***************************************************************************************************
...TXT Ten behoeve van SCADA worden de verschillende flowswitch meldingen verzameld.
...TXT Op deze manier word het koppelvlak klein gehouden
...TXT ***************************************************************************************************
CP_COM LEFT: 45 RIGHT: 69 TOP: 3 BOT: 6 TEXT:
...TXF ***********************************************************
...TXT Bepaling of er minimaal een ruwwater pomp in bedrijf is
...TXT ***********************************************************
CP_COM LEFT: 124 RIGHT: 150 TOP: 2 BOT: 5 TEXT:
...TXF ****************************************************************
...TXT Sturing meetwaarde FITS-030 van PLC 5 naar lijnschrijver
...TXT ****************************************************************
CP_COM LEFT: 152 RIGHT: 173 TOP: 2 BOT: 6 TEXT:
...TXF ****************************************************
...TXT Signalen winpompen van PLC5 
...TXT Winpompen Drongelen
...TXT ****************************************************
CP_COM LEFT: 152 RIGHT: 164 TOP: 37 BOT: 40 TEXT: *****************************
...TXT Winpomp in storing
...TXT *****************************
CP_COM LEFT: 152 RIGHT: 164 TOP: 9 BOT: 12 TEXT: *****************************
...TXT Winpomp beschikbaar 
...TXT *****************************
CP_COM LEFT: 198 RIGHT: 219 TOP: 2 BOT: 6 TEXT:
...TXF ****************************************************
...TXT Signalen winpompen naar PLC5 
...TXT Winpompen Drongelen
...TXT ****************************************************
CP_COM LEFT: 227 RIGHT: 243 TOP: 2 BOT: 7 TEXT:
...TXF ****************************************
...TXT Productie toevoer tabel van SCADA
...TXT Productiestappen en Uit
...TXT Winning
...TXT ****************************************
CP_COM LEFT: 227 RIGHT: 243 TOP: 46 BOT: 51 TEXT:
...TXF ****************************************
...TXT Productie toevoer tabel van SCADA
...TXT Reserve 
...TXT Winning
...TXT ****************************************
CP_COM LEFT: 3 RIGHT: 21 TOP: 102 BOT: 105 TEXT:
...TXF ********************************************
...TXT Inbraakalarm Winputten
...TXT ********************************************
CP_COM LEFT: 3 RIGHT: 25 TOP: 38 BOT: 41 TEXT:
...TXF *****************************************************
...TXT Bepaling ruwwatertoevoerafsluiter(s) dicht
...TXT *****************************************************
CP_COM LEFT: 3 RIGHT: 19 TOP: 44 BOT: 47 TEXT:
...TXF ***************************************
...TXT Ruwwatertoevoer links gekozen
...TXT ***************************************
CP_COM LEFT: 3 RIGHT: 19 TOP: 52 BOT: 55 TEXT:
...TXF ***************************************
...TXT Ruwwatertoevoer rechts gekozen
...TXT ***************************************
CP_COM LEFT: 3 RIGHT: 24 TOP: 66 BOT: 69 TEXT:
...TXF ***************************************************
...TXT Ruwwatertoevoer links en rechts gekozen
...TXT ***************************************************
CP_FBI "WORD_TO_BIT" 167 12 CODID: 5 NAME: "FBI_51_7" TEXT:
CP_FBI "BIT_TO_WORD" 16 8 CODID: 1 NAME: ".51.2" TEXT:
CP_FBI "BIT_TO_WORD" 90 8 CODID: 2 NAME: ".51.3" TEXT:
CP_FBI "AND_BOOL" 53 8 CODID: 3 NAME: ".51.4" DRAW: 13 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
CP_FBI "O_SCALE" 136 8 CODID: 4 NAME: "FBI_51_6" TEXT:
CP_FBI "WORD_TO_BIT" 167 40 CODID: 6 NAME: "FBI_51_8" TEXT:
CP_FBI "BIT_TO_WORD" 201 12 CODID: 7 NAME: ".51.9" TEXT:
CP_FBI "WORD_TO_BIT" 241 52 CODID: 8 NAME: "FBI_51_11" TEXT:
CP_FBI "WORD_TO_BIT" 241 73 CODID: 9 NAME: "FBI_51_13" TEXT:
CP_DBI "DFB_DIGA" 62 139 CODID: 26 NAME: "FBI_51_14" TEXT:
CP_FBI "AND_BOOL" 35 109 CODID: 10 NAME: ".51.15" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 14 113 CODID: 11 NAME: ".51.16" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 35 118 CODID: 12 NAME: ".51.17" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 14 121 CODID: 13 NAME: ".51.18" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 35 126 CODID: 14 NAME: ".51.19" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 14 130 CODID: 15 NAME: ".51.20" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 35 135 CODID: 16 NAME: ".51.21" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 14 139 CODID: 17 NAME: ".51.22" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 35 144 CODID: 18 NAME: ".51.23" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 14 148 CODID: 19 NAME: ".51.24" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 35 153 CODID: 20 NAME: ".51.25" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 14 157 CODID: 21 NAME: ".51.26" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 35 162 CODID: 22 NAME: ".51.27" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 14 166 CODID: 23 NAME: ".51.28" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 35 171 CODID: 24 NAME: ".51.29" DRAW: 1 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3,FBIPH_INPUT/4
CP_FBI "AND_BOOL" 42 180 CODID: 25 NAME: ".51.30" TEXT:
CP_FBI "AND_BOOL" 40 43 CODID: 28 NAME: ".51.31" TEXT:
CP_FBI "OR_BOOL" 52 43 CODID: 34 NAME: ".51.32" DRAW: 1 TEXT:
CP_FBI "AND_BOOL" 40 51 CODID: 30 NAME: ".51.33" TEXT:
CP_FBI "AND_BOOL" 40 59 CODID: 33 NAME: ".51.34" TEXT:
CP_FBI "OR_BOOL" 24 59 CODID: 31 NAME: ".51.35" TEXT:
CP_FBI "EQ_INT" 24 66 CODID: 32 NAME: ".51.36" TEXT:
CP_FBI "EQ_INT" 19 52 CODID: 29 NAME: ".51.37" TEXT:
CP_FBI "EQ_INT" 19 44 CODID: 27 NAME: ".51.38" TEXT:
CP_DBI "WIN_STF7" 267 9 CODID: 37 NAME: "FBI_51_39" TEXT:
CP_FBI "OR_BOOL" 245 32 CODID: 35 NAME: ".51.40" TEXT:
CP_FBI "OR_BOOL" 245 38 CODID: 36 NAME: ".51.41" TEXT:
CP_GVI NAMED_VAR: "PLC1_P001_Beschik" 7 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_Beschik" 7 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_Beschik" 7 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_Beschik" 7 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_Beschik" 7 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_Beschik" 7 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_Beschik" 7 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_Beschik" 7 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_Beschik" 7 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_Beschik" 7 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_Beschik" 7 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_Beschik" 7 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_Beschik" 7 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_Beschik" 7 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_Beschik" 7 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FlowSwitch1_Meld" 100 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FS001_Meld" 81 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS002_Meld" 81 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS025_Meld" 81 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS026_Meld" 81 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS027_Meld" 81 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_MeldIn" 44 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_MeldIn" 44 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_MeldIn" 44 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_RWP_UitBedrijf" 62 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P004_MeldIn" 44 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_MeldIn" 44 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_MeldIn" 44 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_MeldIn" 44 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_MeldIn" 44 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_MeldIn" 44 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_MeldIn" 44 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_MeldIn" 44 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_MeldIn" 44 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_MeldIn" 44 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_MeldIn" 44 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_MeldIn" 44 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_FITS030_Meetw" 127 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS030_AnaUit" 127 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_RWP_Beschikbaar" 26 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_Winpompen_Beschikbaar" 158 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P013_Beschik" 177 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P014_Beschik" 177 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P015_Beschik" 177 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P016_Beschik" 177 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P017_Beschik" 177 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P018_Beschik" 177 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P019_Beschik" 177 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P020_Beschik" 177 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_Winpompen_Storing" 158 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P013_Storing" 177 43 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P014_Storing" 177 44 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P015_Storing" 177 45 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P016_Storing" 177 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P017_Storing" 177 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P018_Storing" 177 48 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P019_Storing" 177 49 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P020_Storing" 177 50 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_Winpompen_Productie" 211 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P013_Productie" 192 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P014_Productie" 192 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P015_Productie" 192 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P016_Productie" 192 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P017_Productie" 192 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P018_Productie" 192 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P019_Productie" 192 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P020_Productie" 192 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS023_Meld" 81 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS004_Meld" 81 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS005_Meld" 81 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS024_Meld" 81 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS007_Meld" 81 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS008_Meld" 81 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS009_Meld" 81 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS021_Meld" 81 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS022_Meld" 81 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS012_Meld" 81 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_ReserveWrd1" 232 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_Reserve" 251 55 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P002_Reserve" 251 56 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P027_Reserve" 251 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P025_Reserve" 251 67 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P026_Reserve" 251 68 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P023_Reserve" 251 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P004_Reserve" 251 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P005_Reserve" 251 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P024_Reserve" 251 60 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P007_Reserve" 251 61 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P008_Reserve" 251 62 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P009_Reserve" 251 63 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P021_Reserve" 251 64 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P022_Reserve" 251 65 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P012_Reserve" 251 66 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_ReserveWrd2" 232 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P013_Reserve" 251 76 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P014_Reserve" 251 77 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P015_Reserve" 251 78 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P016_Reserve" 251 79 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P017_Reserve" 251 80 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P018_Reserve" 251 81 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P019_Reserve" 251 82 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P020_Reserve" 251 83 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 53 164 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 26 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Inbraak_StatBedr" 73 142 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Inbraak_AlwPri" 73 143 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Inbraak_AlwSec" 73 144 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_MeldIn" 26 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS001_Meld" 26 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Inbraak_AcofTijd" 53 163 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 5 118 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 26 123 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 5 126 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 26 131 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 5 135 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 26 140 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 5 144 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_MeldIn" 5 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS002_Meld" 5 117 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_MeldIn" 26 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS023_Meld" 26 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_MeldIn" 5 124 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS004_Meld" 5 125 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_MeldIn" 26 129 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS005_Meld" 26 130 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_MeldIn" 5 133 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS024_Meld" 5 134 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_MeldIn" 26 138 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS007_Meld" 26 139 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_MeldIn" 5 142 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS008_Meld" 5 143 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 26 149 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_MeldIn" 26 147 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS009_Meld" 26 148 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 5 153 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_MeldIn" 5 151 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS021_Meld" 5 152 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 26 158 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_MeldIn" 26 156 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS022_Meld" 26 157 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 5 162 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_MeldIn" 5 160 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS012_Meld" 5 161 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 26 167 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_MeldIn" 26 165 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS025_Meld" 26 166 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 5 171 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_MeldIn" 5 169 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS026_Meld" 5 170 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 26 176 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_MeldIn" 26 174 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS027_Meld" 26 175 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 33 183 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_cmd_Inbraak" 33 184 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P001" 73 146 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P002" 73 147 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P023" 73 148 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P004" 73 149 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P005" 73 150 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P024" 73 151 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P007" 73 152 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P008" 73 153 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P009" 73 154 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P021" 73 155 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P022" 73 156 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P012" 73 157 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P025" 73 158 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P026" 73 159 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_InbraakAlwPri_P027" 73 160 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_ToevoerAfslDicht" 60 46 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV041_MeldD" 31 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_MeldD" 31 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV041_MeldD" 15 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_MeldD" 15 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterverdeling_Keuze" 15 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterverdeling_Keuze" 10 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterverdeling_Keuze" 10 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Huidige_ProdStap" 258 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap1Wrd1" 258 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap1Wrd2" 258 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap2Wrd1" 258 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap2Wrd2" 258 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap3Wrd1" 258 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap3Wrd2" 258 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap4Wrd1" 258 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap4Wrd2" 258 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap5Wrd1" 258 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap5Wrd2" 258 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap6Wrd1" 258 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap6Wrd2" 258 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap7Wrd1" 258 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_Stap7Wrd2" 258 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_VertrTijd" 258 29 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_PutUitWrd1" 258 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Matrix_PutUitWrd2" 258 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_Productie" 279 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P002_Productie" 279 13 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P023_Productie" 279 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P004_Productie" 279 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P005_Productie" 279 16 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P024_Productie" 279 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P007_Productie" 279 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P008_Productie" 279 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P009_Productie" 279 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_Productie" 279 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P022_Productie" 279 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P012_Productie" 279 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P025_Productie" 279 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P026_Productie" 279 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P027_Productie" 279 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P013_Productie" 279 28 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P014_Productie" 279 29 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P015_Productie" 279 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P016_Productie" 279 31 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P017_Productie" 279 32 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P018_Productie" 279 33 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P019_Productie" 279 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC5_P020_Productie" 279 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail1_Vrijgave" 236 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail1_Vrijgave" 236 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_TrafoRail2_Vrijgave" 236 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC4_GeneratorRail2_Vrijgave" 236 42 FP_IO_OUTPUT
CP_CON 127 12 IEC_REAL_ID 0.0
CP_CON 127 14 IEC_REAL_ID 1000.0
CP_CON 15 70 IEC_INT_ID 0
CP_CON 10 56 IEC_INT_ID 2
CP_CON 10 48 IEC_INT_ID 1
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 25 FBI: 16 8 16 GRA: 16/26,16/26
CP_LNK GVI: 7 13 FBI: 16 8 4 GRA: 16/14,16/14
CP_LNK GVI: 7 14 FBI: 16 8 5 GRA: 16/15,16/15
CP_LNK GVI: 7 15 FBI: 16 8 6 GRA: 16/16,16/16
CP_LNK GVI: 7 16 FBI: 16 8 7 GRA: 16/17,16/17
CP_LNK GVI: 7 17 FBI: 16 8 8 GRA: 16/18,16/18
CP_LNK GVI: 7 18 FBI: 16 8 9 GRA: 16/19,16/19
CP_LNK GVI: 7 19 FBI: 16 8 10 GRA: 16/20,16/20
CP_LNK GVI: 7 20 FBI: 16 8 11 GRA: 16/21,16/21
CP_LNK GVI: 7 21 FBI: 16 8 12 GRA: 16/22,16/22
CP_LNK GVI: 7 22 FBI: 16 8 13 GRA: 16/23,16/23
CP_LNK GVI: 7 23 FBI: 16 8 14 GRA: 16/24,16/24
CP_LNK GVI: 7 24 FBI: 16 8 15 GRA: 16/25,16/25
CP_LNK FBI: 90 8 2 GVI: 100 11 GRA: 100/12,100/12
CP_LNK GVI: 81 11 FBI: 90 8 2 GRA: 90/12,90/12
CP_LNK GVI: 81 12 FBI: 90 8 3 GRA: 90/13,90/13
CP_LNK GVI: 81 23 FBI: 90 8 14 GRA: 90/24,90/24
CP_LNK GVI: 81 24 FBI: 90 8 15 GRA: 90/25,90/25
CP_LNK GVI: 81 25 FBI: 90 8 16 GRA: 90/26,90/26
CP_LNK GVI: 44 11 FBI: 53 8 2 GRA: 53/12,53/12
CP_LNK GVI: 44 12 FBI: 53 8 3 GRA: 53/13,53/13
CP_LNK GVI: 44 25 FBI: 53 8 16 GRA: 53/26,53/26
CP_LNK FBI: 53 8 2 GVI: 62 11 GRA: 62/12,62/12
CP_LNK GVI: 44 13 FBI: 53 8 4 GRA: 53/14,53/14
CP_LNK GVI: 44 14 FBI: 53 8 5 GRA: 53/15,53/15
CP_LNK GVI: 44 15 FBI: 53 8 6 GRA: 53/16,53/16
CP_LNK GVI: 44 16 FBI: 53 8 7 GRA: 53/17,53/17
CP_LNK GVI: 44 17 FBI: 53 8 8 GRA: 53/18,53/18
CP_LNK GVI: 44 18 FBI: 53 8 9 GRA: 53/19,53/19
CP_LNK GVI: 44 19 FBI: 53 8 10 GRA: 53/20,53/20
CP_LNK GVI: 44 20 FBI: 53 8 11 GRA: 53/21,53/21
CP_LNK GVI: 44 21 FBI: 53 8 12 GRA: 53/22,53/22
CP_LNK GVI: 44 22 FBI: 53 8 13 GRA: 53/23,53/23
CP_LNK GVI: 44 23 FBI: 53 8 14 GRA: 53/24,53/24
CP_LNK GVI: 44 24 FBI: 53 8 15 GRA: 53/25,53/25
CP_LNK CON: 127 12 FBI: 136 8 3 GRA: 136/13,136/13
CP_LNK CON: 127 14 FBI: 136 8 5 GRA: 136/15,136/15
CP_LNK GVI: 127 13 FBI: 136 8 4 GRA: 136/14,136/14
CP_LNK GVI: 127 11 FBI: 136 8 2 GRA: 136/12,136/12
CP_LNK FBI: 16 8 2 GVI: 26 11 GRA: 26/12,26/12
CP_LNK GVI: 158 15 FBI: 167 12 2 GRA: 167/16,167/16
CP_LNK FBI: 167 12 2 GVI: 177 15 GRA: 177/16,177/16
CP_LNK FBI: 167 12 3 GVI: 177 16 GRA: 177/17,177/17
CP_LNK FBI: 167 12 4 GVI: 177 17 GRA: 177/18,177/18
CP_LNK FBI: 167 12 5 GVI: 177 18 GRA: 177/19,177/19
CP_LNK FBI: 167 12 6 GVI: 177 19 GRA: 177/20,177/20
CP_LNK FBI: 167 12 7 GVI: 177 20 GRA: 177/21,177/21
CP_LNK FBI: 167 12 8 GVI: 177 21 GRA: 177/22,177/22
CP_LNK FBI: 167 12 9 GVI: 177 22 GRA: 177/23,177/23
CP_LNK GVI: 158 43 FBI: 167 40 2 GRA: 167/44,167/44
CP_LNK FBI: 167 40 2 GVI: 177 43 GRA: 177/44,177/44
CP_LNK FBI: 167 40 3 GVI: 177 44 GRA: 177/45,177/45
CP_LNK FBI: 167 40 4 GVI: 177 45 GRA: 177/46,177/46
CP_LNK FBI: 167 40 5 GVI: 177 46 GRA: 177/47,177/47
CP_LNK FBI: 167 40 6 GVI: 177 47 GRA: 177/48,177/48
CP_LNK FBI: 167 40 7 GVI: 177 48 GRA: 177/49,177/49
CP_LNK FBI: 167 40 8 GVI: 177 49 GRA: 177/50,177/50
CP_LNK FBI: 167 40 9 GVI: 177 50 GRA: 177/51,177/51
CP_LNK FBI: 201 12 2 GVI: 211 15 GRA: 211/16,211/16
CP_LNK GVI: 192 15 FBI: 201 12 2 GRA: 201/16,201/16
CP_LNK GVI: 192 16 FBI: 201 12 3 GRA: 201/17,201/17
CP_LNK GVI: 192 17 FBI: 201 12 4 GRA: 201/18,201/18
CP_LNK GVI: 192 18 FBI: 201 12 5 GRA: 201/19,201/19
CP_LNK GVI: 192 19 FBI: 201 12 6 GRA: 201/20,201/20
CP_LNK GVI: 192 20 FBI: 201 12 7 GRA: 201/21,201/21
CP_LNK GVI: 192 21 FBI: 201 12 8 GRA: 201/22,201/22
CP_LNK GVI: 192 22 FBI: 201 12 9 GRA: 201/23,201/23
CP_LNK GVI: 81 13 FBI: 90 8 4 GRA: 90/14,90/14
CP_LNK GVI: 81 14 FBI: 90 8 5 GRA: 90/15,90/15
CP_LNK GVI: 81 15 FBI: 90 8 6 GRA: 90/16,90/16
CP_LNK GVI: 81 16 FBI: 90 8 7 GRA: 90/17,90/17
CP_LNK GVI: 81 17 FBI: 90 8 8 GRA: 90/18,90/18
CP_LNK GVI: 81 18 FBI: 90 8 9 GRA: 90/19,90/19
CP_LNK GVI: 81 19 FBI: 90 8 10 GRA: 90/20,90/20
CP_LNK GVI: 81 20 FBI: 90 8 11 GRA: 90/21,90/21
CP_LNK GVI: 81 21 FBI: 90 8 12 GRA: 90/22,90/22
CP_LNK GVI: 81 22 FBI: 90 8 13 GRA: 90/23,90/23
CP_LNK GVI: 232 55 FBI: 241 52 2 GRA: 241/56,241/56
CP_LNK FBI: 241 52 2 GVI: 251 55 GRA: 251/56,251/56
CP_LNK FBI: 241 52 3 GVI: 251 56 GRA: 251/57,251/57
CP_LNK FBI: 241 52 16 GVI: 251 69 GRA: 251/70,251/70
CP_LNK FBI: 241 52 14 GVI: 251 67 GRA: 251/68,251/68
CP_LNK FBI: 241 52 15 GVI: 251 68 GRA: 251/69,251/69
CP_LNK FBI: 241 52 4 GVI: 251 57 GRA: 251/58,251/58
CP_LNK FBI: 241 52 5 GVI: 251 58 GRA: 251/59,251/59
CP_LNK FBI: 241 52 6 GVI: 251 59 GRA: 251/60,251/60
CP_LNK FBI: 241 52 7 GVI: 251 60 GRA: 251/61,251/61
CP_LNK FBI: 241 52 8 GVI: 251 61 GRA: 251/62,251/62
CP_LNK FBI: 241 52 9 GVI: 251 62 GRA: 251/63,251/63
CP_LNK FBI: 241 52 10 GVI: 251 63 GRA: 251/64,251/64
CP_LNK FBI: 241 52 11 GVI: 251 64 GRA: 251/65,251/65
CP_LNK FBI: 241 52 12 GVI: 251 65 GRA: 251/66,251/66
CP_LNK FBI: 241 52 13 GVI: 251 66 GRA: 251/67,251/67
CP_LNK GVI: 232 76 FBI: 241 73 2 GRA: 241/77,241/77
CP_LNK FBI: 241 73 2 GVI: 251 76 GRA: 251/77,251/77
CP_LNK FBI: 241 73 3 GVI: 251 77 GRA: 251/78,251/78
CP_LNK FBI: 241 73 4 GVI: 251 78 GRA: 251/79,251/79
CP_LNK FBI: 241 73 5 GVI: 251 79 GRA: 251/80,251/80
CP_LNK FBI: 241 73 6 GVI: 251 80 GRA: 251/81,251/81
CP_LNK FBI: 241 73 7 GVI: 251 81 GRA: 251/82,251/82
CP_LNK FBI: 241 73 8 GVI: 251 82 GRA: 251/83,251/83
CP_LNK FBI: 241 73 9 GVI: 251 83 GRA: 251/84,251/84
CP_LNK GVI: 53 164 FBI: 62 139 24 GRA: 62/165,62/165
CP_LNK GVI: 26 114 FBI: 35 109 4 GRA: 35/115,35/115
CP_LNK FBI: 62 139 2 GVI: 73 142 GRA: 73/143,73/143
CP_LNK FBI: 62 139 3 GVI: 73 143 GRA: 73/144,73/144
CP_LNK FBI: 62 139 4 GVI: 73 144 GRA: 73/145,73/145
CP_LNK GVI: 26 112 FBI: 35 109 2 GRA: 35/113,35/113
CP_LNK GVI: 26 113 FBI: 35 109 3 GRA: 35/114,35/114
CP_LNK FBI: 35 109 2 FBI: 62 139 6 GRA: 44/113,55/113,55/147,62/147
CP_LNK GVI: 53 163 FBI: 62 139 23 GRA: 62/164,62/164
CP_LNK GVI: 5 118 FBI: 14 113 4 GRA: 14/119,14/119
CP_LNK GVI: 26 123 FBI: 35 118 4 GRA: 35/124,35/124
CP_LNK GVI: 5 126 FBI: 14 121 4 GRA: 14/127,14/127
CP_LNK GVI: 26 131 FBI: 35 126 4 GRA: 35/132,35/132
CP_LNK GVI: 5 135 FBI: 14 130 4 GRA: 14/136,14/136
CP_LNK GVI: 26 140 FBI: 35 135 4 GRA: 35/141,35/141
CP_LNK GVI: 5 144 FBI: 14 139 4 GRA: 14/145,14/145
CP_LNK GVI: 5 116 FBI: 14 113 2 GRA: 14/117,14/117
CP_LNK GVI: 5 117 FBI: 14 113 3 GRA: 14/118,14/118
CP_LNK GVI: 26 121 FBI: 35 118 2 GRA: 35/122,35/122
CP_LNK GVI: 26 122 FBI: 35 118 3 GRA: 35/123,35/123
CP_LNK GVI: 5 124 FBI: 14 121 2 GRA: 14/125,14/125
CP_LNK GVI: 5 125 FBI: 14 121 3 GRA: 14/126,14/126
CP_LNK GVI: 26 129 FBI: 35 126 2 GRA: 35/130,35/130
CP_LNK GVI: 26 130 FBI: 35 126 3 GRA: 35/131,35/131
CP_LNK GVI: 5 133 FBI: 14 130 2 GRA: 14/134,14/134
CP_LNK GVI: 5 134 FBI: 14 130 3 GRA: 14/135,14/135
CP_LNK GVI: 26 138 FBI: 35 135 2 GRA: 35/139,35/139
CP_LNK GVI: 26 139 FBI: 35 135 3 GRA: 35/140,35/140
CP_LNK GVI: 5 142 FBI: 14 139 2 GRA: 14/143,14/143
CP_LNK GVI: 5 143 FBI: 14 139 3 GRA: 14/144,14/144
CP_LNK FBI: 14 113 2 FBI: 62 139 7 GRA: 23/117,54/117,54/148,62/148
CP_LNK FBI: 35 118 2 FBI: 62 139 8 GRA: 44/122,53/122,53/149,62/149
CP_LNK FBI: 14 121 2 FBI: 62 139 9 GRA: 23/125,52/125,52/150,62/150
CP_LNK FBI: 35 126 2 FBI: 62 139 10 GRA: 44/130,51/130,51/151,62/151
CP_LNK FBI: 14 130 2 FBI: 62 139 11 GRA: 23/134,50/134,50/152,62/152
CP_LNK FBI: 35 135 2 FBI: 62 139 12 GRA: 44/139,49/139,49/153,62/153
CP_LNK FBI: 14 139 2 FBI: 62 139 13 GRA: 23/143,48/143,48/154,62/154
CP_LNK GVI: 26 149 FBI: 35 144 4 GRA: 35/150,35/150
CP_LNK GVI: 26 147 FBI: 35 144 2 GRA: 35/148,35/148
CP_LNK GVI: 26 148 FBI: 35 144 3 GRA: 35/149,35/149
CP_LNK GVI: 5 153 FBI: 14 148 4 GRA: 14/154,14/154
CP_LNK GVI: 5 151 FBI: 14 148 2 GRA: 14/152,14/152
CP_LNK GVI: 5 152 FBI: 14 148 3 GRA: 14/153,14/153
CP_LNK GVI: 26 158 FBI: 35 153 4 GRA: 35/159,35/159
CP_LNK GVI: 26 156 FBI: 35 153 2 GRA: 35/157,35/157
CP_LNK GVI: 26 157 FBI: 35 153 3 GRA: 35/158,35/158
CP_LNK GVI: 5 162 FBI: 14 157 4 GRA: 14/163,14/163
CP_LNK GVI: 5 160 FBI: 14 157 2 GRA: 14/161,14/161
CP_LNK GVI: 5 161 FBI: 14 157 3 GRA: 14/162,14/162
CP_LNK GVI: 26 167 FBI: 35 162 4 GRA: 35/168,35/168
CP_LNK GVI: 26 165 FBI: 35 162 2 GRA: 35/166,35/166
CP_LNK GVI: 26 166 FBI: 35 162 3 GRA: 35/167,35/167
CP_LNK GVI: 5 171 FBI: 14 166 4 GRA: 14/172,14/172
CP_LNK GVI: 5 169 FBI: 14 166 2 GRA: 14/170,14/170
CP_LNK GVI: 5 170 FBI: 14 166 3 GRA: 14/171,14/171
CP_LNK GVI: 26 176 FBI: 35 171 4 GRA: 35/177,35/177
CP_LNK GVI: 26 174 FBI: 35 171 2 GRA: 35/175,35/175
CP_LNK GVI: 26 175 FBI: 35 171 3 GRA: 35/176,35/176
CP_LNK FBI: 35 144 2 FBI: 62 139 14 GRA: 44/148,47/148,47/155,62/155
CP_LNK FBI: 14 148 2 FBI: 62 139 15 GRA: 23/152,46/152,46/156,62/156
CP_LNK FBI: 35 153 2 FBI: 62 139 16 GRA: 44/157,62/157
CP_LNK FBI: 14 157 2 FBI: 62 139 17 GRA: 23/161,46/161,46/158,62/158
CP_LNK FBI: 35 162 2 FBI: 62 139 18 GRA: 44/166,47/166,47/159,62/159
CP_LNK FBI: 14 166 2 FBI: 62 139 19 GRA: 23/170,48/170,48/160,62/160
CP_LNK FBI: 35 171 2 FBI: 62 139 20 GRA: 44/175,49/175,49/161,62/161
CP_LNK GVI: 33 183 FBI: 42 180 2 GRA: 42/184,42/184
CP_LNK GVI: 33 184 FBI: 42 180 3 GRA: 42/185,42/185
CP_LNK FBI: 42 180 2 FBI: 62 139 25 GRA: 51/184,56/184,56/166,62/166
CP_LNK FBI: 62 139 6 GVI: 73 146 GRA: 73/147,73/147
CP_LNK FBI: 62 139 7 GVI: 73 147 GRA: 73/148,73/148
CP_LNK FBI: 62 139 8 GVI: 73 148 GRA: 73/149,73/149
CP_LNK FBI: 62 139 9 GVI: 73 149 GRA: 73/150,73/150
CP_LNK FBI: 62 139 10 GVI: 73 150 GRA: 73/151,73/151
CP_LNK FBI: 62 139 11 GVI: 73 151 GRA: 73/152,73/152
CP_LNK FBI: 62 139 12 GVI: 73 152 GRA: 73/153,73/153
CP_LNK FBI: 62 139 13 GVI: 73 153 GRA: 73/154,73/154
CP_LNK FBI: 62 139 14 GVI: 73 154 GRA: 73/155,73/155
CP_LNK FBI: 62 139 15 GVI: 73 155 GRA: 73/156,73/156
CP_LNK FBI: 62 139 16 GVI: 73 156 GRA: 73/157,73/157
CP_LNK FBI: 62 139 17 GVI: 73 157 GRA: 73/158,73/158
CP_LNK FBI: 62 139 18 GVI: 73 158 GRA: 73/159,73/159
CP_LNK FBI: 62 139 19 GVI: 73 159 GRA: 73/160,73/160
CP_LNK FBI: 62 139 20 GVI: 73 160 GRA: 73/161,73/161
CP_LNK FBI: 52 43 2 GVI: 60 46 GRA: 60/47,60/47
CP_LNK GVI: 31 46 FBI: 40 43 2 GRA: 40/47,40/47
CP_LNK FBI: 40 43 2 FBI: 52 43 2 GRA: 49/47,52/47
CP_LNK FBI: 40 51 2 FBI: 52 43 3 GRA: 49/55,50/55,50/48,52/48
CP_LNK GVI: 31 54 FBI: 40 51 2 GRA: 40/55,40/55
CP_LNK GVI: 15 62 FBI: 24 59 2 GRA: 24/63,24/63
CP_LNK GVI: 15 63 FBI: 24 59 3 GRA: 24/64,24/64
CP_LNK FBI: 24 59 2 FBI: 40 59 2 GRA: 32/63,40/63
CP_LNK GVI: 15 69 FBI: 24 66 2 GRA: 24/70,24/70
CP_LNK CON: 15 70 FBI: 24 66 3 GRA: 24/71,24/71
CP_LNK FBI: 40 59 2 FBI: 52 43 4 GRA: 49/63,51/63,51/49,52/49
CP_LNK FBI: 24 66 2 FBI: 40 59 3 GRA: 31/70,38/70,38/64,40/64
CP_LNK GVI: 10 55 FBI: 19 52 2 GRA: 19/56,19/56
CP_LNK CON: 10 56 FBI: 19 52 3 GRA: 19/57,19/57
CP_LNK GVI: 10 47 FBI: 19 44 2 GRA: 19/48,19/48
CP_LNK CON: 10 48 FBI: 19 44 3 GRA: 19/49,19/49
CP_LNK FBI: 19 52 2 FBI: 40 51 3 GRA: 26/56,40/56
CP_LNK FBI: 19 44 2 FBI: 40 43 3 GRA: 26/48,40/48
CP_LNK GVI: 258 12 FBI: 267 9 2 GRA: 267/13,267/13
CP_LNK GVI: 258 14 FBI: 267 9 4 GRA: 267/15,267/15
CP_LNK GVI: 258 15 FBI: 267 9 5 GRA: 267/16,267/16
CP_LNK GVI: 258 16 FBI: 267 9 6 GRA: 267/17,267/17
CP_LNK GVI: 258 17 FBI: 267 9 7 GRA: 267/18,267/18
CP_LNK GVI: 258 18 FBI: 267 9 8 GRA: 267/19,267/19
CP_LNK GVI: 258 19 FBI: 267 9 9 GRA: 267/20,267/20
CP_LNK GVI: 258 20 FBI: 267 9 10 GRA: 267/21,267/21
CP_LNK GVI: 258 21 FBI: 267 9 11 GRA: 267/22,267/22
CP_LNK GVI: 258 22 FBI: 267 9 12 GRA: 267/23,267/23
CP_LNK GVI: 258 23 FBI: 267 9 13 GRA: 267/24,267/24
CP_LNK GVI: 258 24 FBI: 267 9 14 GRA: 267/25,267/25
CP_LNK GVI: 258 25 FBI: 267 9 15 GRA: 267/26,267/26
CP_LNK GVI: 258 26 FBI: 267 9 16 GRA: 267/27,267/27
CP_LNK GVI: 258 27 FBI: 267 9 17 GRA: 267/28,267/28
CP_LNK GVI: 258 29 FBI: 267 9 19 GRA: 267/30,267/30
CP_LNK GVI: 258 31 FBI: 267 9 21 GRA: 267/32,267/32
CP_LNK GVI: 258 32 FBI: 267 9 22 GRA: 267/33,267/33
CP_LNK FBI: 267 9 2 GVI: 279 12 GRA: 279/13,279/13
CP_LNK FBI: 267 9 3 GVI: 279 13 GRA: 279/14,279/14
CP_LNK FBI: 267 9 4 GVI: 279 14 GRA: 279/15,279/15
CP_LNK FBI: 267 9 5 GVI: 279 15 GRA: 279/16,279/16
CP_LNK FBI: 267 9 6 GVI: 279 16 GRA: 279/17,279/17
CP_LNK FBI: 267 9 7 GVI: 279 17 GRA: 279/18,279/18
CP_LNK FBI: 267 9 8 GVI: 279 18 GRA: 279/19,279/19
CP_LNK FBI: 267 9 9 GVI: 279 19 GRA: 279/20,279/20
CP_LNK FBI: 267 9 10 GVI: 279 20 GRA: 279/21,279/21
CP_LNK FBI: 267 9 11 GVI: 279 21 GRA: 279/22,279/22
CP_LNK FBI: 267 9 12 GVI: 279 22 GRA: 279/23,279/23
CP_LNK FBI: 267 9 13 GVI: 279 23 GRA: 279/24,279/24
CP_LNK FBI: 267 9 14 GVI: 279 24 GRA: 279/25,279/25
CP_LNK FBI: 267 9 15 GVI: 279 25 GRA: 279/26,279/26
CP_LNK FBI: 267 9 16 GVI: 279 26 GRA: 279/27,279/27
CP_LNK FBI: 267 9 18 GVI: 279 28 GRA: 279/29,279/29
CP_LNK FBI: 267 9 19 GVI: 279 29 GRA: 279/30,279/30
CP_LNK FBI: 267 9 20 GVI: 279 30 GRA: 279/31,279/31
CP_LNK FBI: 267 9 21 GVI: 279 31 GRA: 279/32,279/32
CP_LNK FBI: 267 9 22 GVI: 279 32 GRA: 279/33,279/33
CP_LNK FBI: 267 9 23 GVI: 279 33 GRA: 279/34,279/34
CP_LNK FBI: 267 9 24 GVI: 279 34 GRA: 279/35,279/35
CP_LNK FBI: 267 9 25 GVI: 279 35 GRA: 279/36,279/36
CP_LNK GVI: 236 36 FBI: 245 32 3 GRA: 245/37,245/37
CP_LNK GVI: 236 35 FBI: 245 32 2 GRA: 245/36,245/36
CP_LNK FBI: 245 32 2 FBI: 267 9 25 GRA: 253/36,267/36
CP_LNK FBI: 245 38 2 FBI: 267 9 26 GRA: 253/42,260/42,260/37,267/37
CP_LNK GVI: 236 41 FBI: 245 38 2 GRA: 245/42,245/42
CP_LNK GVI: 236 42 FBI: 245 38 3 GRA: 245/43,245/43
CP_SEC "Prod_besturing" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 38 EXEC: 12 TEXT:
CP_COM LEFT: 2 RIGHT: 23 TOP: 102 BOT: 105 TEXT:
...TXF ****************************************************
...TXT Bepaling productiestap (aantal stappen is 7)
...TXT ****************************************************
CP_COM LEFT: 77 RIGHT: 96 TOP: 2 BOT: 6 TEXT:
...TXF ***********************************************
...TXT Berekening gewenste capacteit a.d.h. 
...TXT van aantal ruwwaterpompen in produktie
...TXT ***********************************************
CP_COM LEFT: 77 RIGHT: 96 TOP: 81 BOT: 85 TEXT:
...TXF ***********************************************
...TXT Totale gewenste zuiveringscapaciteit
...TXT Ruwwaterpompen 
...TXT ***********************************************
CP_COM LEFT: 227 RIGHT: 257 TOP: 2 BOT: 5 TEXT:
...TXF *************************************************************************
...TXT Bepaling storing van ruwwaterpomp (Genderen) in productie
...TXT *************************************************************************
CP_COM LEFT: 2 RIGHT: 11 TOP: 117 BOT: 120 TEXT: *********************
...TXT Productiestap 1
...TXT *********************
CP_COM LEFT: 2 RIGHT: 11 TOP: 134 BOT: 137 TEXT: *********************
...TXT Productiestap 2
...TXT *********************
CP_COM LEFT: 2 RIGHT: 11 TOP: 151 BOT: 154 TEXT: *********************
...TXT Productiestap 3
...TXT *********************
CP_COM LEFT: 2 RIGHT: 11 TOP: 168 BOT: 171 TEXT: *********************
...TXT Productiestap 4
...TXT *********************
CP_COM LEFT: 2 RIGHT: 11 TOP: 185 BOT: 188 TEXT: *********************
...TXT Productiestap 5
...TXT *********************
CP_COM LEFT: 77 RIGHT: 98 TOP: 102 BOT: 105 TEXT:
...TXF ****************************************************
...TXT Bepaling productiestap (aantal stappen is 5)
...TXT ****************************************************
CP_COM LEFT: 77 RIGHT: 88 TOP: 105 BOT: 108 TEXT: ***************************
...TXT Blokkeren Productie
...TXT ***************************
CP_COM LEFT: 77 RIGHT: 88 TOP: 130 BOT: 133 TEXT: ***************************
...TXT Productiestap verlagen
...TXT ***************************
CP_COM LEFT: 77 RIGHT: 88 TOP: 153 BOT: 156 TEXT: ***************************
...TXT Productiestap verhogen
...TXT ***************************
CP_COM LEFT: 77 RIGHT: 92 TOP: 178 BOT: 181 TEXT:
...TXF *************************************
...TXT Bepaling productiestap auto
...TXT *************************************
CP_COM LEFT: 153 RIGHT: 174 TOP: 102 BOT: 105 TEXT:
...TXF ****************************************************
...TXT Bepaling productiestap (aantal stappen is 5)
...TXT ****************************************************
CP_COM LEFT: 227 RIGHT: 257 TOP: 102 BOT: 105 TEXT:
...TXF *************************************************************************
...TXT Bepaling storing van ruwwaterpomp (Drongelen) in productie
...TXT *************************************************************************
CP_COM LEFT: 153 RIGHT: 175 TOP: 42 BOT: 45 TEXT:
...TXF ******************************************************
...TXT Storing afwijking gewenste zuiveringscapaciteit
...TXT ******************************************************
CP_COM LEFT: 2 RIGHT: 21 TOP: 2 BOT: 6 TEXT:
...TXF ***********************************************
...TXT Berekening gewenste capacteit a.d.h. 
...TXT van aantal ruwwaterpompen in produktie
...TXT ***********************************************
CP_COM LEFT: 153 RIGHT: 175 TOP: 2 BOT: 6 TEXT:
...TXF ******************************************************
...TXT Beschikbare zuiveringscapaciteit
...TXT (= aantal filters in bedrijf)
...TXT ******************************************************
CP_COM LEFT: 202 RIGHT: 209 TOP: 65 BOT: 66 TEXT: **** Tijdelijk ***
CP_COM LEFT: 187 RIGHT: 220 TOP: 102 BOT: 108 TEXT:
...TXF ********************************************************************************
...TXT 22-06-2006 HB  Indien beide afsluiters XV041 en XV042 niet open 
...TXT                           melden dan gestaffeld de putten afschakelen.
...TXT                           Wachttijd van 20 sec. voordat de putten beginnen
...TXT                           af te schakelen.
...TXT ********************************************************************************
CP_COM LEFT: 2 RIGHT: 11 TOP: 201 BOT: 204 TEXT: *********************
...TXT Productiestap 6
...TXT *********************
CP_COM LEFT: 2 RIGHT: 11 TOP: 216 BOT: 219 TEXT: *********************
...TXT Productiestap 7
...TXT *********************
CP_FBI "GE_REAL" 21 193 CODID: 113 NAME: ".38.321" TEXT:
CP_FBI "GE_REAL" 21 125 CODID: 1 NAME: ".38.18" TEXT:
CP_FBI "GE_REAL" 21 142 CODID: 2 NAME: ".38.19" TEXT:
CP_FBI "LE_REAL" 21 118 CODID: 3 NAME: ".38.22" TEXT:
CP_FBI "LE_REAL" 21 135 CODID: 4 NAME: ".38.23" TEXT:
CP_FBI "GE_REAL" 21 160 CODID: 5 NAME: ".38.26" TEXT:
CP_FBI "LE_REAL" 21 153 CODID: 6 NAME: ".38.28" TEXT:
CP_FBI "SEL" 193 118 CODID: 8 NAME: ".38.37" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 54 118 CODID: 10 NAME: ".38.38" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 54 135 CODID: 12 NAME: ".38.42" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 54 153 CODID: 14 NAME: ".38.43" ANY: IEC_INT_ID TEXT:
CP_FBI "AND_BOOL" 13 21 CODID: 72 NAME: ".38.292" TEXT:
CP_FBI "AND_BOOL" 88 14 CODID: 73 NAME: ".38.294" TEXT:
CP_FBI "AND_BOOL" 88 7 CODID: 74 NAME: ".38.295" TEXT:
CP_FBI "LE_REAL" 21 186 CODID: 114 NAME: ".38.322" TEXT:
CP_FBI "AND_BOOL" 13 14 CODID: 117 NAME: ".38.325" TEXT:
CP_FBI "AND_BOOL" 13 28 CODID: 118 NAME: ".38.326" TEXT:
CP_FBI "BOOL_TO_INT" 98 14 CODID: 75 NAME: ".38.297" TEXT:
CP_FBI "AND_BOOL" 13 35 CODID: 119 NAME: ".38.327" TEXT:
CP_FBI "AND_BOOL" 13 56 CODID: 120 NAME: ".38.328" TEXT:
CP_FBI "BOOL_TO_INT" 98 7 CODID: 76 NAME: ".38.298" TEXT:
CP_FBI "BOOL_TO_INT" 23 14 CODID: 121 NAME: ".38.329" TEXT:
CP_FBI "BOOL_TO_INT" 23 28 CODID: 122 NAME: ".38.330" TEXT:
CP_FBI "RS" 35 186 CODID: 115 NAME: "FBI_38_323" TEXT:
CP_FBI "BOOL_TO_INT" 23 21 CODID: 77 NAME: ".38.301" TEXT:
CP_FBI "AND_BOOL" 13 70 CODID: 84 NAME: ".38.305" TEXT:
CP_FBI "AND_BOOL" 13 49 CODID: 78 NAME: ".38.306" TEXT:
CP_FBI "AND_BOOL" 13 84 CODID: 82 NAME: ".38.307" TEXT:
CP_FBI "AND_BOOL" 13 77 CODID: 80 NAME: ".38.308" TEXT:
CP_FBI "BOOL_TO_INT" 23 70 CODID: 85 NAME: ".38.310" TEXT:
CP_FBI "ADD_INT" 132 62 CODID: 112 NAME: ".38.303" DRAW: 9 TEXT:
CP_FBI "SEL" 54 186 CODID: 116 NAME: ".38.324" ANY: IEC_INT_ID TEXT:
CP_FBI "BOOL_TO_INT" 23 35 CODID: 123 NAME: ".38.331" TEXT:
CP_FBI "BOOL_TO_INT" 23 56 CODID: 124 NAME: ".38.332" TEXT:
CP_FBI "BOOL_TO_INT" 23 49 CODID: 79 NAME: ".38.311" TEXT:
CP_FBI "BOOL_TO_INT" 23 84 CODID: 83 NAME: ".38.312" TEXT:
CP_FBI "AND_BOOL" 13 63 CODID: 125 NAME: ".38.333" TEXT:
CP_FBI "BOOL_TO_INT" 23 77 CODID: 81 NAME: ".38.313" TEXT:
CP_FBI "BOOL_TO_INT" 23 63 CODID: 126 NAME: ".38.334" TEXT:
CP_FBI "ADD_INT" 56 8 CODID: 146 NAME: ".38.335" DRAW: 11 TEXT:
CP_FBI "AND_BOOL" 88 28 CODID: 104 NAME: ".38.337" TEXT:
CP_FBI "AND_BOOL" 88 35 CODID: 101 NAME: ".38.338" TEXT:
CP_FBI "AND_BOOL" 88 42 CODID: 98 NAME: ".38.339" TEXT:
CP_FBI "BOOL_TO_INT" 98 28 CODID: 105 NAME: ".38.341" TEXT:
CP_FBI "BOOL_TO_INT" 98 35 CODID: 102 NAME: ".38.342" TEXT:
CP_FBI "RS" 35 118 CODID: 9 NAME: "FBI_38_144" TEXT:
CP_FBI "RS" 35 135 CODID: 11 NAME: "FBI_38_145" TEXT:
CP_FBI "RS" 35 153 CODID: 13 NAME: "FBI_38_146" TEXT:
CP_FBI "GE_REAL" 21 177 CODID: 15 NAME: ".38.154" TEXT:
CP_FBI "LE_REAL" 21 170 CODID: 16 NAME: ".38.155" TEXT:
CP_FBI "BOOL_TO_INT" 98 42 CODID: 99 NAME: ".38.343" TEXT:
CP_FBI "AND_BOOL" 88 49 CODID: 95 NAME: ".38.344" TEXT:
CP_FBI "AND_BOOL" 88 56 CODID: 92 NAME: ".38.345" TEXT:
CP_FBI "RS" 35 170 CODID: 17 NAME: "FBI_38_160" TEXT:
CP_FBI "SEL" 54 170 CODID: 18 NAME: ".38.161" ANY: IEC_INT_ID TEXT:
CP_FBI "AND_BOOL" 88 63 CODID: 89 NAME: ".38.346" TEXT:
CP_FBI "AND_BOOL" 88 70 CODID: 86 NAME: ".38.347" TEXT:
CP_FBI "BOOL_TO_INT" 98 49 CODID: 96 NAME: ".38.348" TEXT:
CP_FBI "BOOL_TO_INT" 98 56 CODID: 93 NAME: ".38.349" TEXT:
CP_FBI "AND_BOOL" 239 7 CODID: 19 NAME: ".38.168" TEXT:
CP_FBI "AND_BOOL" 248 12 CODID: 20 NAME: ".38.169" TEXT:
CP_FBI "AND_BOOL" 239 19 CODID: 21 NAME: ".38.171" TEXT:
CP_FBI "AND_BOOL" 239 31 CODID: 22 NAME: ".38.173" TEXT:
CP_FBI "AND_BOOL" 248 24 CODID: 23 NAME: ".38.175" TEXT:
CP_FBI "AND_BOOL" 248 36 CODID: 24 NAME: ".38.176" TEXT:
CP_FBI "AND_BOOL" 239 43 CODID: 25 NAME: ".38.177" TEXT:
CP_FBI "AND_BOOL" 248 48 CODID: 26 NAME: ".38.179" TEXT:
CP_FBI "AND_BOOL" 248 60 CODID: 27 NAME: ".38.182" TEXT:
CP_FBI "AND_BOOL" 239 67 CODID: 28 NAME: ".38.183" TEXT:
CP_FBI "AND_BOOL" 248 84 CODID: 29 NAME: ".38.184" TEXT:
CP_FBI "AND_BOOL" 239 55 CODID: 30 NAME: ".38.185" TEXT:
CP_FBI "AND_BOOL" 248 72 CODID: 31 NAME: ".38.186" TEXT:
CP_FBI "AND_BOOL" 239 79 CODID: 32 NAME: ".38.187" TEXT:
CP_FBI "AND_BOOL" 239 91 CODID: 33 NAME: ".38.188" TEXT:
CP_FBI "OR_BOOL" 278 7 CODID: 43 NAME: ".38.189" DRAW: 14 TEXT:
CP_FBI "BOOL_TO_INT" 98 63 CODID: 90 NAME: ".38.350" TEXT:
CP_FBI "BOOL_TO_INT" 98 70 CODID: 87 NAME: ".38.351" TEXT:
CP_FBI "AND_BOOL" 248 106 CODID: 34 NAME: ".38.352" TEXT:
CP_FBI "AND_BOOL" 248 118 CODID: 36 NAME: ".38.353" TEXT:
CP_FBI "TON" 202 57 CODID: 50 NAME: "FBI_38_198" TEXT:
CP_FBI "AND_BOOL" 239 125 CODID: 37 NAME: ".38.354" TEXT:
CP_FBI "SEL" 193 126 CODID: 51 NAME: ".38.203" ANY: IEC_INT_ID TEXT:
CP_FBI "AND_BOOL" 248 142 CODID: 40 NAME: ".38.355" TEXT:
CP_FBI "AND_BOOL" 239 113 CODID: 35 NAME: ".38.356" TEXT:
CP_FBI "AND_BOOL" 248 130 CODID: 38 NAME: ".38.357" TEXT:
CP_FBI "AND_BOOL" 239 137 CODID: 39 NAME: ".38.358" TEXT:
CP_FBI "AND_BOOL" 239 149 CODID: 41 NAME: ".38.359" TEXT:
CP_FBI "GE_INT" 110 164 CODID: 54 NAME: ".38.216" TEXT:
CP_FBI "ADD_INT" 87 183 CODID: 52 NAME: ".38.218" TEXT:
CP_FBI "EQ_INT" 90 158 CODID: 55 NAME: ".38.220" TEXT:
CP_FBI "SEL" 127 181 CODID: 60 NAME: ".38.224" ANY: IEC_INT_ID TEXT:
CP_FBI "AND_BOOL" 130 162 CODID: 57 NAME: ".38.228" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3,FBIPH_INPUT/5
CP_FBI "TOF" 110 154 CODID: 56 NAME: "FBI_38_230" TEXT:
CP_FBI "SEL" 133 190 CODID: 64 NAME: ".38.231" ANY: IEC_INT_ID TEXT:
CP_FBI "SUB_INT" 87 192 CODID: 61 NAME: ".38.232" TEXT:
CP_FBI "SEL" 108 191 CODID: 63 NAME: ".38.235" ANY: IEC_INT_ID TEXT:
CP_FBI "LE_INT" 99 189 CODID: 62 NAME: ".38.236" TEXT:
CP_FBI "TOF" 110 132 CODID: 68 NAME: "FBI_38_244" TEXT:
CP_FBI "AND_BOOL" 130 140 CODID: 69 NAME: ".38.245" DRAW: 2 TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3,FBIPH_INPUT/5
CP_FBI "SUB_INT" 90 143 CODID: 65 NAME: ".38.246" TEXT:
CP_FBI "LE_INT" 110 142 CODID: 66 NAME: ".38.248" TEXT:
CP_FBI "EQ_INT" 90 136 CODID: 67 NAME: ".38.249" TEXT:
CP_FBI "ADD_INT" 90 165 CODID: 53 NAME: ".38.250" TEXT:
CP_FBI "GE_INT" 99 180 CODID: 58 NAME: ".38.251" TEXT:
CP_FBI "SEL" 108 182 CODID: 59 NAME: ".38.252" ANY: IEC_INT_ID TEXT:
CP_FBI "OR_BOOL" 267 106 CODID: 42 NAME: ".38.360" DRAW: 6 TEXT:
CP_FBI "SEL" 169 118 CODID: 7 NAME: ".38.361" ANY: IEC_INT_ID TEXT:
CP_FBI "OR_BOOL" 99 119 CODID: 70 NAME: ".38.271" DRAW: 2 TEXT:
CP_FBI "SEL" 128 119 CODID: 71 NAME: ".38.272" ANY: IEC_INT_ID TEXT:
CP_FBI "SEL" 128 104 CODID: 150 NAME: ".38.362" ANY: IEC_BOOL_ID TEXT:
CP_FBI "GE_REAL" 89 109 CODID: 147 NAME: ".38.363" TEXT:
CP_FBI "TON" 99 111 CODID: 148 NAME: "FBI_38_364" TEXT:
CP_FBI "SR" 114 111 CODID: 149 NAME: "FBI_38_365" TEXT:
CP_FBI "SUB_REAL" 169 46 CODID: 44 NAME: ".38.375" TEXT:
CP_FBI "GE_REAL" 213 48 CODID: 49 NAME: ".38.377" TEXT:
CP_FBI "INT_TO_REAL" 89 86 CODID: 151 NAME: ".38.378" TEXT:
CP_FBI "MUL_REAL" 116 88 CODID: 154 NAME: ".38.379" TEXT:
CP_FBI "INT_TO_REAL" 89 93 CODID: 152 NAME: ".38.380" TEXT:
CP_FBI "DIV_REAL" 105 93 CODID: 153 NAME: ".38.381" TEXT:
CP_FBI "AND_BOOL" 13 7 CODID: 127 NAME: ".38.383" TEXT:
CP_FBI "BOOL_TO_INT" 23 7 CODID: 128 NAME: ".38.384" TEXT:
CP_FBI "MUL_INT" 36 8 CODID: 129 NAME: ".38.385" TEXT:
CP_FBI "MUL_INT" 36 15 CODID: 130 NAME: ".38.386" TEXT:
CP_FBI "MUL_INT" 36 22 CODID: 131 NAME: ".38.387" TEXT:
CP_FBI "MUL_INT" 36 29 CODID: 132 NAME: ".38.388" TEXT:
CP_FBI "MUL_INT" 36 36 CODID: 133 NAME: ".38.389" TEXT:
CP_FBI "AND_BOOL" 13 42 CODID: 134 NAME: ".38.390" TEXT:
CP_FBI "BOOL_TO_INT" 23 42 CODID: 135 NAME: ".38.391" TEXT:
CP_FBI "MUL_INT" 36 43 CODID: 136 NAME: ".38.392" TEXT:
CP_FBI "MUL_INT" 36 57 CODID: 138 NAME: ".38.393" TEXT:
CP_FBI "MUL_INT" 36 50 CODID: 137 NAME: ".38.394" TEXT:
CP_FBI "MUL_INT" 36 64 CODID: 139 NAME: ".38.395" TEXT:
CP_FBI "AND_BOOL" 88 21 CODID: 107 NAME: ".38.396" TEXT:
CP_FBI "BOOL_TO_INT" 98 21 CODID: 108 NAME: ".38.397" TEXT:
CP_FBI "MUL_INT" 36 71 CODID: 140 NAME: ".38.398" TEXT:
CP_FBI "MUL_INT" 36 78 CODID: 141 NAME: ".38.399" TEXT:
CP_FBI "MUL_INT" 36 85 CODID: 142 NAME: ".38.400" TEXT:
CP_FBI "AND_BOOL" 13 91 CODID: 143 NAME: ".38.401" TEXT:
CP_FBI "BOOL_TO_INT" 23 91 CODID: 144 NAME: ".38.402" TEXT:
CP_FBI "MUL_INT" 36 92 CODID: 145 NAME: ".38.403" TEXT:
CP_FBI "MUL_INT" 111 64 CODID: 91 NAME: ".38.407" TEXT:
CP_FBI "MUL_INT" 111 71 CODID: 88 NAME: ".38.408" TEXT:
CP_FBI "MUL_INT" 111 36 CODID: 103 NAME: ".38.409" TEXT:
CP_FBI "MUL_INT" 111 50 CODID: 97 NAME: ".38.410" TEXT:
CP_FBI "MUL_INT" 111 57 CODID: 94 NAME: ".38.411" TEXT:
CP_FBI "MUL_INT" 111 29 CODID: 106 NAME: ".38.412" TEXT:
CP_FBI "MUL_INT" 111 43 CODID: 100 NAME: ".38.413" TEXT:
CP_FBI "MUL_INT" 111 22 CODID: 109 NAME: ".38.414" TEXT:
CP_FBI "MUL_INT" 111 15 CODID: 110 NAME: ".38.415" TEXT:
CP_FBI "MUL_INT" 111 8 CODID: 111 NAME: ".38.416" TEXT:
CP_FBI "BOOL_TO_INT" 164 7 CODID: 155 NAME: ".38.417" TEXT:
CP_FBI "ADD_INT" 198 7 CODID: 161 NAME: ".38.418" DRAW: 4 TEXT:
CP_FBI "BOOL_TO_INT" 164 12 CODID: 156 NAME: ".38.419" TEXT:
CP_FBI "BOOL_TO_INT" 164 17 CODID: 157 NAME: ".38.420" TEXT:
CP_FBI "BOOL_TO_INT" 164 22 CODID: 158 NAME: ".38.421" TEXT:
CP_FBI "BOOL_TO_INT" 164 27 CODID: 159 NAME: ".38.422" TEXT:
CP_FBI "BOOL_TO_INT" 164 32 CODID: 160 NAME: ".38.423" TEXT:
CP_FBI "MUL_INT" 198 18 CODID: 162 NAME: ".38.424" TEXT:
CP_FBI "INT_TO_REAL" 195 27 CODID: 163 NAME: ".38.425" TEXT:
CP_FBI "DIV_REAL" 189 48 CODID: 47 NAME: ".38.426" TEXT:
CP_FBI "MUL_REAL" 201 48 CODID: 48 NAME: ".38.427" TEXT:
CP_FBI "MOVE" 21 108 CODID: 164 NAME: ".38.428" ANY: IEC_REAL_ID TEXT:
CP_FBI "MOVE" 202 67 CODID: 165 NAME: ".38.429" ANY: IEC_BOOL_ID TEXT:
CP_FBI "SEL" 181 56 CODID: 46 NAME: ".38.431" ANY: IEC_REAL_ID TEXT:
CP_FBI "EQ_REAL" 169 54 CODID: 45 NAME: ".38.432" TEXT:
CP_FBI "SEL" 202 118 CODID: 168 NAME: ".38.433" ANY: IEC_INT_ID TEXT:
CP_FBI "TON" 192 111 CODID: 167 NAME: "FBI_38_434" TEXT:
CP_FBI "AND_BOOL" 179 111 CODID: 166 NAME: ".38.435" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2,FBIPH_INPUT/3
CP_FBI "GE_REAL" 21 209 CODID: 169 NAME: ".38.436" TEXT:
CP_FBI "LE_REAL" 21 202 CODID: 170 NAME: ".38.437" TEXT:
CP_FBI "RS" 35 202 CODID: 171 NAME: "FBI_38_438" TEXT:
CP_FBI "SEL" 54 202 CODID: 172 NAME: ".38.439" ANY: IEC_INT_ID TEXT:
CP_FBI "GE_REAL" 21 224 CODID: 173 NAME: ".38.440" TEXT:
CP_FBI "LE_REAL" 21 217 CODID: 174 NAME: ".38.441" TEXT:
CP_FBI "RS" 35 217 CODID: 175 NAME: "FBI_38_442" TEXT:
CP_FBI "SEL" 54 217 CODID: 176 NAME: ".38.443" ANY: IEC_INT_ID TEXT:
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap1Hoog" 12 129 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap1Laag" 12 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap2Laag" 12 139 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap2Hoog" 12 146 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap3Laag" 12 157 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap3Hoog" 12 164 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap4Laag" 12 174 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap4Hoog" 12 181 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_Productie" 230 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_Storing" 230 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_Storing" 239 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_Productie" 239 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_Productie" 230 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_Storing" 230 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_Productie" 239 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_Storing" 239 28 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_Productie" 230 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_Storing" 230 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_Productie" 239 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_Storing" 239 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_Productie" 230 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_Storing" 230 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_Productie" 239 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_Storing" 239 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_Productie" 230 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_Storing" 230 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_Productie" 239 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_Storing" 239 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_Productie" 230 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_Storing" 230 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_Productie" 239 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_Storing" 239 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_Productie" 230 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_Storing" 230 83 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_Productie" 239 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_Storing" 239 88 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_Productie" 230 94 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_Storing" 230 95 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 286 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_HandSturing_ProdStap" 200 130 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Keuze_Keldernivo" 184 129 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Huidige_ProdStap" 184 131 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Keuze_Keldernivo" 184 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_Auto" 184 123 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_AutoGewenst" 81 161 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_AutoGewenst" 101 167 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_Toevoegen" 118 184 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_Toevoegen" 139 165 FP_IO_INPUT
CP_GVI NAMED_VAR: "KelderStap_Toevoegen" 101 157 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_Minderen" 124 193 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_AutoGewenst" 81 139 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_AutoGewenst" 101 145 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_Minderen" 139 143 FP_IO_INPUT
CP_GVI NAMED_VAR: "KelderStap_Minderen" 101 135 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_Auto" 140 194 FP_IO_INPUT
CP_GVI NAMED_VAR: "KelderStap_Auto" 81 169 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_Auto" 118 185 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_Auto" 78 195 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_Auto" 81 162 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_Auto" 78 187 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_Auto" 81 146 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap_Auto" 81 140 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap0_Stap1" 61 122 FP_IO_INPUT
CP_GVI NAMED_VAR: "KelderStap0_Stap1" 45 139 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap1_Stap2" 61 139 FP_IO_INPUT
CP_GVI NAMED_VAR: "KelderStap1_Stap2" 45 157 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap2_Stap3" 61 157 FP_IO_INPUT
CP_GVI NAMED_VAR: "KelderStap2_Stap3" 45 174 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap3_Stap4" 61 174 FP_IO_INPUT
CP_GVI NAMED_VAR: "KelderStap_AutoGewenst" 135 123 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC2_Cmd_RuwwaterAfslDicht" 90 124 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_Productie" 79 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_Productie" 79 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_Beschik" 79 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_Beschik" 79 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_Productie" 4 88 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_Productie" 4 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_Beschik" 4 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_Beschik" 4 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_Beschik" 4 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_Productie" 4 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_Beschik" 4 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_Productie" 4 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_Beschik" 4 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_Productie" 4 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Storing_Zuiveringscap" 209 60 FP_IO_INPUT
CP_GVI NAMED_VAR: "KelderStap3_Stap4" 45 190 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap4_Stap5" 61 190 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap5Hoog" 12 197 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap5Laag" 12 190 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_Productie" 4 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_Productie" 4 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_Productie" 4 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_Productie" 4 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_Productie" 4 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_Beschik" 4 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_Beschik" 4 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_Beschik" 4 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_Beschik" 4 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_Beschik" 4 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P014_Productie" 79 32 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P015_Productie" 79 39 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P016_Productie" 79 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P017_Productie" 79 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P018_Productie" 79 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P019_Productie" 79 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P020_Productie" 79 74 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P014_Beschik" 79 31 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P015_Beschik" 79 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P016_Beschik" 79 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P017_Beschik" 79 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P018_Beschik" 79 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P019_Beschik" 79 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P020_Beschik" 79 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P013_Productie" 239 109 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P013_Storing" 239 110 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P014_Productie" 230 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P014_Storing" 230 117 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P015_Productie" 239 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P015_Storing" 239 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P016_Productie" 230 128 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P016_Storing" 230 129 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P017_Productie" 239 133 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P017_Storing" 239 134 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P018_Productie" 230 140 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P018_Storing" 230 141 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P019_Productie" 239 145 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P019_Storing" 239 146 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P020_Productie" 230 152 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P020_Storing" 230 153 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 160 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_HandSturing_ProdStap" 160 123 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdStap" 160 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_TimeOut_met_PLC3" 119 107 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_BlokkeerProductie" 119 108 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 105 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LIT60101_Meetw" 80 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_BlokkeerProductie" 135 108 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_BlokkeerProductie" 90 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 128 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 138 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 145 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 156 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 163 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 173 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 180 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 189 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 196 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_GewCap_BrutoSP" 99 89 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_GewCap_NettoSP" 124 91 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_GewCap_Factor" 80 96 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_GewCap_SubTot1" 63 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_GewCap_Totaal" 139 65 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_Productie" 4 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_Beschik" 4 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_InstDebiet" 27 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_InstDebiet" 27 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_InstDebiet" 27 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_InstDebiet" 27 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_InstDebiet" 27 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_Beschik" 4 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_Productie" 4 46 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_InstDebiet" 27 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_InstDebiet" 27 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_InstDebiet" 27 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_InstDebiet" 27 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P013_Productie" 79 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC5_P013_Beschik" 79 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_InstDebiet" 27 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_InstDebiet" 27 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_InstDebiet" 27 89 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_Productie" 4 95 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_Beschik" 4 94 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_InstDebiet" 27 96 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_GewCap_Totaal" 80 89 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_GewCap_SubTot1" 123 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_InstDebiet" 102 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_InstDebiet" 102 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P013_InstDebiet" 102 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P014_InstDebiet" 102 33 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P015_InstDebiet" 102 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P016_InstDebiet" 102 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P017_InstDebiet" 102 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P018_InstDebiet" 102 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P019_InstDebiet" 102 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P020_InstDebiet" 102 75 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL001_StatIn" 155 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 205 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Aantal_Beschikbare_Filters" 189 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Beschikbare_Zuiveringscap" 205 30 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_ZuivCap_InstFilter" 189 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC3_Cmd_WaterOpVloer" 90 125 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Cmd_ToevoerAfslDicht" 90 123 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LIT60101_MeldDrbr" 121 146 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LIT60101_MeldDrbr" 121 168 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LIT60101_Meetw" 12 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 28 111 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Storing_Zuiveringscap" 209 70 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_042_Totaal" 160 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Beschikbare_Zuiveringscap" 160 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Beschikbare_Zuiveringscap" 160 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Beschikbare_Zuiveringscap" 172 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Huidige_ProdStap" 209 122 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV041_MeldO" 170 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_MeldO" 170 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 205 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 212 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap6Laag" 12 206 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap6Hoog" 12 213 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap4_Stap5" 45 206 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap5_Stap6" 61 206 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 220 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reinwaterkelders_Meetwaarde" 12 227 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap7Laag" 12 221 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_KelderSturing_Stap7Hoog" 12 228 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap5_Stap6" 45 221 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "KelderStap6_Stap7" 61 221 FP_IO_INPUT
CP_GVI NAMED_VAR: "KelderStap6_Stap7" 119 123 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL002_StatIn" 155 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL003_StatIn" 155 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL004_StatIn" 155 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL005_StatIn" 155 30 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC2_FL006_StatIn" 155 35 FP_IO_OUTPUT
CP_CON 45 122 IEC_INT_ID 0
CP_CON 45 123 IEC_INT_ID 1
CP_CON 45 140 IEC_INT_ID 2
CP_CON 45 158 IEC_INT_ID 3
CP_CON 45 175 IEC_INT_ID 4
CP_CON 193 61 IEC_TIME_ID t#120s
CP_CON 78 186 IEC_INT_ID 1
CP_CON 101 158 IEC_TIME_ID t#40s
CP_CON 78 196 IEC_INT_ID 1
CP_CON 90 193 IEC_INT_ID 0
CP_CON 99 196 IEC_INT_ID 0
CP_CON 101 136 IEC_TIME_ID t#40s
CP_CON 81 147 IEC_INT_ID 1
CP_CON 81 168 IEC_INT_ID 1
CP_CON 90 184 IEC_INT_ID 7
CP_CON 99 187 IEC_INT_ID 7
CP_CON 119 124 IEC_INT_ID 0
CP_CON 45 191 IEC_INT_ID 5
CP_CON 90 115 IEC_TIME_ID t#10s
CP_CON 80 113 IEC_REAL_ID 2.9
CP_CON 96 97 IEC_REAL_ID 100.0
CP_CON 192 52 IEC_REAL_ID 100.0
CP_CON 204 52 IEC_REAL_ID 10.0
CP_CON 193 70 IEC_BOOL_ID 0
CP_CON 160 58 IEC_REAL_ID 0.0
CP_CON 172 61 IEC_REAL_ID 0.01
CP_CON 183 115 IEC_TIME_ID t#20s
CP_CON 193 123 IEC_INT_ID 0
CP_CON 45 207 IEC_INT_ID 6
CP_CON 45 222 IEC_INT_ID 7
CP_LNK CON: 45 122 FBI: 54 118 3 GRA: 54/123,54/123
CP_LNK CON: 45 123 FBI: 54 118 4 GRA: 54/124,54/124
CP_LNK CON: 45 140 FBI: 54 135 4 GRA: 54/141,54/141
CP_LNK FBI: 54 118 3 GVI: 61 122 GRA: 61/123,61/123
CP_LNK CON: 45 158 FBI: 54 153 4 GRA: 54/159,54/159
CP_LNK GVI: 12 129 FBI: 21 125 3 GRA: 21/130,21/130
CP_LNK GVI: 12 122 FBI: 21 118 3 GRA: 21/123,21/123
CP_LNK FBI: 35 118 2 FBI: 54 118 2 GRA: 42/122,54/122
CP_LNK FBI: 35 135 2 FBI: 54 135 2 GRA: 42/139,54/139
CP_LNK FBI: 35 153 2 FBI: 54 153 2 GRA: 42/157,54/157
CP_LNK GVI: 12 139 FBI: 21 135 3 GRA: 21/140,21/140
CP_LNK GVI: 12 146 FBI: 21 142 3 GRA: 21/147,21/147
CP_LNK GVI: 12 157 FBI: 21 153 3 GRA: 21/158,21/158
CP_LNK GVI: 12 164 FBI: 21 160 3 GRA: 21/165,21/165
CP_LNK FBI: 54 135 3 GVI: 61 139 GRA: 61/140,61/140
CP_LNK GVI: 12 174 FBI: 21 170 3 GRA: 21/175,21/175
CP_LNK GVI: 12 181 FBI: 21 177 3 GRA: 21/182,21/182
CP_LNK CON: 45 175 FBI: 54 170 4 GRA: 54/176,54/176
CP_LNK FBI: 35 170 2 FBI: 54 170 2 GRA: 42/174,54/174
CP_LNK FBI: 54 153 3 GVI: 61 157 GRA: 61/158,61/158
CP_LNK FBI: 54 170 3 GVI: 61 174 GRA: 61/175,61/175
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: 239 16 FBI: 248 12 3 GRA: 248/17,248/17
CP_LNK GVI: 239 15 FBI: 248 12 2 GRA: 248/16,248/16
CP_LNK GVI: 230 22 FBI: 239 19 2 GRA: 239/23,239/23
CP_LNK GVI: 230 23 FBI: 239 19 3 GRA: 239/24,239/24
CP_LNK GVI: 239 27 FBI: 248 24 2 GRA: 248/28,248/28
CP_LNK GVI: 239 28 FBI: 248 24 3 GRA: 248/29,248/29
CP_LNK GVI: 230 34 FBI: 239 31 2 GRA: 239/35,239/35
CP_LNK GVI: 230 35 FBI: 239 31 3 GRA: 239/36,239/36
CP_LNK GVI: 239 39 FBI: 248 36 2 GRA: 248/40,248/40
CP_LNK GVI: 239 40 FBI: 248 36 3 GRA: 248/41,248/41
CP_LNK GVI: 230 46 FBI: 239 43 2 GRA: 239/47,239/47
CP_LNK GVI: 230 47 FBI: 239 43 3 GRA: 239/48,239/48
CP_LNK GVI: 239 51 FBI: 248 48 2 GRA: 248/52,248/52
CP_LNK GVI: 239 52 FBI: 248 48 3 GRA: 248/53,248/53
CP_LNK GVI: 230 58 FBI: 239 55 2 GRA: 239/59,239/59
CP_LNK GVI: 230 59 FBI: 239 55 3 GRA: 239/60,239/60
CP_LNK GVI: 239 63 FBI: 248 60 2 GRA: 248/64,248/64
CP_LNK GVI: 239 64 FBI: 248 60 3 GRA: 248/65,248/65
CP_LNK GVI: 230 70 FBI: 239 67 2 GRA: 239/71,239/71
CP_LNK GVI: 230 71 FBI: 239 67 3 GRA: 239/72,239/72
CP_LNK GVI: 239 75 FBI: 248 72 2 GRA: 248/76,248/76
CP_LNK GVI: 239 76 FBI: 248 72 3 GRA: 248/77,248/77
CP_LNK GVI: 230 82 FBI: 239 79 2 GRA: 239/83,239/83
CP_LNK GVI: 230 83 FBI: 239 79 3 GRA: 239/84,239/84
CP_LNK GVI: 239 87 FBI: 248 84 2 GRA: 248/88,248/88
CP_LNK GVI: 239 88 FBI: 248 84 3 GRA: 248/89,248/89
CP_LNK GVI: 230 94 FBI: 239 91 2 GRA: 239/95,239/95
CP_LNK GVI: 230 95 FBI: 239 91 3 GRA: 239/96,239/96
CP_LNK FBI: 239 7 2 FBI: 278 7 2 GRA: 248/11,278/11
CP_LNK FBI: 248 12 2 FBI: 278 7 3 GRA: 257/16,258/16,258/12,278/12
CP_LNK FBI: 278 7 2 GVI: 286 10 GRA: 286/11,286/11
CP_LNK CON: 193 61 FBI: 202 57 3 GRA: 202/62,202/62
CP_LNK FBI: 193 126 3 GVI: 200 130 GRA: 200/131,200/131
CP_LNK GVI: 184 129 FBI: 193 126 2 GRA: 193/130,193/130
CP_LNK GVI: 184 131 FBI: 193 126 4 GRA: 193/132,193/132
CP_LNK GVI: 184 121 FBI: 193 118 2 GRA: 193/122,193/122
CP_LNK GVI: 184 123 FBI: 193 118 4 GRA: 193/124,193/124
CP_LNK GVI: 81 161 FBI: 90 158 2 GRA: 90/162,90/162
CP_LNK GVI: 101 167 FBI: 110 164 2 GRA: 110/168,110/168
CP_LNK CON: 78 186 FBI: 87 183 2 GRA: 87/187,87/187
CP_LNK GVI: 118 184 FBI: 127 181 2 GRA: 127/185,127/185
CP_LNK FBI: 130 162 2 GVI: 139 165 GRA: 139/166,139/166
CP_LNK FBI: 110 164 2 FBI: 130 162 4 GRA: 117/168,130/168
CP_LNK FBI: 90 158 2 FBI: 130 162 3 GRA: 97/162,127/162,127/167,130/167
CP_LNK GVI: 101 157 FBI: 110 154 2 GRA: 110/158,110/158
CP_LNK FBI: 110 154 2 FBI: 130 162 2 GRA: 117/158,128/158,128/166,130/166
CP_LNK CON: 101 158 FBI: 110 154 3 GRA: 110/159,110/159
CP_LNK GVI: 124 193 FBI: 133 190 2 GRA: 133/194,133/194
CP_LNK CON: 78 196 FBI: 87 192 3 GRA: 87/197,87/197
CP_LNK FBI: 127 181 3 FBI: 133 190 3 GRA: 134/186,135/186,135/189,121/189,121/195,133/195
CP_LNK CON: 90 193 FBI: 99 189 3 GRA: 99/194,99/194
CP_LNK FBI: 99 189 2 FBI: 108 191 2 GRA: 106/193,107/193,107/195,108/195
CP_LNK FBI: 87 192 2 FBI: 99 189 2 GRA: 94/196,95/196,95/193,99/193
CP_LNK FBI: 87 192 2 FBI: 108 191 3 GRA: 94/196,108/196
CP_LNK CON: 99 196 FBI: 108 191 4 GRA: 108/197,108/197
CP_LNK FBI: 108 191 3 FBI: 133 190 4 GRA: 115/196,133/196
CP_LNK GVI: 81 139 FBI: 90 136 2 GRA: 90/140,90/140
CP_LNK GVI: 101 145 FBI: 110 142 2 GRA: 110/146,110/146
CP_LNK FBI: 110 142 2 FBI: 130 140 4 GRA: 117/146,130/146
CP_LNK FBI: 90 136 2 FBI: 130 140 3 GRA: 97/140,127/140,127/145,130/145
CP_LNK FBI: 110 132 2 FBI: 130 140 2 GRA: 117/136,128/136,128/144,130/144
CP_LNK CON: 101 136 FBI: 110 132 3 GRA: 110/137,110/137
CP_LNK FBI: 130 140 2 GVI: 139 143 GRA: 139/144,139/144
CP_LNK GVI: 101 135 FBI: 110 132 2 GRA: 110/136,110/136
CP_LNK CON: 81 147 FBI: 90 143 3 GRA: 90/148,90/148
CP_LNK FBI: 90 143 2 FBI: 110 142 3 GRA: 97/147,110/147
CP_LNK CON: 81 168 FBI: 90 165 2 GRA: 90/169,90/169
CP_LNK FBI: 90 165 2 FBI: 110 164 3 GRA: 97/169,110/169
CP_LNK FBI: 108 182 3 FBI: 127 181 4 GRA: 115/187,127/187
CP_LNK FBI: 87 183 2 FBI: 99 180 2 GRA: 94/187,95/187,95/184,99/184
CP_LNK FBI: 87 183 2 FBI: 108 182 3 GRA: 94/187,108/187
CP_LNK FBI: 99 180 2 FBI: 108 182 2 GRA: 106/184,107/184,107/186,108/186
CP_LNK CON: 90 184 FBI: 99 180 3 GRA: 99/185,99/185
CP_LNK CON: 99 187 FBI: 108 182 4 GRA: 108/188,108/188
CP_LNK FBI: 133 190 3 GVI: 140 194 GRA: 140/195,140/195
CP_LNK GVI: 81 169 FBI: 90 165 3 GRA: 90/170,90/170
CP_LNK GVI: 118 185 FBI: 127 181 3 GRA: 127/186,127/186
CP_LNK GVI: 78 195 FBI: 87 192 2 GRA: 87/196,87/196
CP_LNK GVI: 81 162 FBI: 90 158 3 GRA: 90/163,90/163
CP_LNK GVI: 78 187 FBI: 87 183 3 GRA: 87/188,87/188
CP_LNK GVI: 81 146 FBI: 90 143 2 GRA: 90/147,90/147
CP_LNK GVI: 81 140 FBI: 90 136 3 GRA: 90/141,90/141
CP_LNK GVI: 45 139 FBI: 54 135 3 GRA: 54/140,54/140
CP_LNK GVI: 45 157 FBI: 54 153 3 GRA: 54/158,54/158
CP_LNK GVI: 45 174 FBI: 54 170 3 GRA: 54/175,54/175
CP_LNK CON: 119 124 FBI: 128 119 4 GRA: 128/125,128/125
CP_LNK FBI: 99 119 2 FBI: 128 119 2 GRA: 107/123,128/123
CP_LNK FBI: 128 119 3 GVI: 135 123 GRA: 135/124,135/124
CP_LNK GVI: 90 124 FBI: 99 119 4 GRA: 99/125,99/125
CP_LNK GVI: 79 18 FBI: 88 14 3 GRA: 88/19,88/19
CP_LNK GVI: 79 11 FBI: 88 7 3 GRA: 88/12,88/12
CP_LNK GVI: 79 17 FBI: 88 14 2 GRA: 88/18,88/18
CP_LNK GVI: 79 10 FBI: 88 7 2 GRA: 88/11,88/11
CP_LNK FBI: 13 21 2 FBI: 23 21 2 GRA: 22/25,23/25
CP_LNK FBI: 88 14 2 FBI: 98 14 2 GRA: 97/18,98/18
CP_LNK FBI: 88 7 2 FBI: 98 7 2 GRA: 97/11,98/11
CP_LNK GVI: 4 88 FBI: 13 84 3 GRA: 13/89,13/89
CP_LNK GVI: 4 81 FBI: 13 77 3 GRA: 13/82,13/82
CP_LNK GVI: 4 87 FBI: 13 84 2 GRA: 13/88,13/88
CP_LNK GVI: 4 80 FBI: 13 77 2 GRA: 13/81,13/81
CP_LNK FBI: 13 70 2 FBI: 23 70 2 GRA: 22/74,23/74
CP_LNK FBI: 13 49 2 FBI: 23 49 2 GRA: 22/53,23/53
CP_LNK FBI: 13 84 2 FBI: 23 84 2 GRA: 22/88,23/88
CP_LNK FBI: 13 77 2 FBI: 23 77 2 GRA: 22/81,23/81
CP_LNK GVI: 4 24 FBI: 13 21 2 GRA: 13/25,13/25
CP_LNK GVI: 4 25 FBI: 13 21 3 GRA: 13/26,13/26
CP_LNK GVI: 4 52 FBI: 13 49 2 GRA: 13/53,13/53
CP_LNK GVI: 4 53 FBI: 13 49 3 GRA: 13/54,13/54
CP_LNK GVI: 4 73 FBI: 13 70 2 GRA: 13/74,13/74
CP_LNK GVI: 4 74 FBI: 13 70 3 GRA: 13/75,13/75
CP_LNK FBI: 202 57 2 GVI: 209 60 GRA: 209/61,209/61
CP_LNK FBI: 239 19 2 FBI: 278 7 4 GRA: 248/23,259/23,259/13,278/13
CP_LNK FBI: 248 24 2 FBI: 278 7 5 GRA: 257/28,260/28,260/14,278/14
CP_LNK FBI: 239 31 2 FBI: 278 7 6 GRA: 248/35,261/35,261/15,278/15
CP_LNK FBI: 248 36 2 FBI: 278 7 7 GRA: 257/40,262/40,262/16,278/16
CP_LNK FBI: 239 43 2 FBI: 278 7 8 GRA: 248/47,263/47,263/17,278/17
CP_LNK FBI: 248 48 2 FBI: 278 7 9 GRA: 257/52,264/52,264/18,278/18
CP_LNK FBI: 239 55 2 FBI: 278 7 10 GRA: 248/59,265/59,265/19,278/19
CP_LNK FBI: 248 60 2 FBI: 278 7 11 GRA: 257/64,266/64,266/20,278/20
CP_LNK FBI: 239 67 2 FBI: 278 7 12 GRA: 248/71,267/71,267/21,278/21
CP_LNK FBI: 248 72 2 FBI: 278 7 13 GRA: 257/76,268/76,268/22,278/22
CP_LNK FBI: 239 79 2 FBI: 278 7 14 GRA: 248/83,269/83,269/23,278/23
CP_LNK FBI: 248 84 2 FBI: 278 7 15 GRA: 257/88,270/88,270/24,278/24
CP_LNK FBI: 239 91 2 FBI: 278 7 16 GRA: 248/95,271/95,271/25,278/25
CP_LNK FBI: 21 118 2 FBI: 35 118 2 GRA: 29/122,35/122
CP_LNK FBI: 21 125 2 FBI: 35 118 3 GRA: 29/129,33/129,33/123,35/123
CP_LNK FBI: 21 135 2 FBI: 35 135 2 GRA: 29/139,35/139
CP_LNK FBI: 21 142 2 FBI: 35 135 3 GRA: 29/146,33/146,33/140,35/140
CP_LNK FBI: 21 153 2 FBI: 35 153 2 GRA: 29/157,35/157
CP_LNK FBI: 21 160 2 FBI: 35 153 3 GRA: 29/164,33/164,33/158,35/158
CP_LNK FBI: 21 170 2 FBI: 35 170 2 GRA: 29/174,35/174
CP_LNK FBI: 21 177 2 FBI: 35 170 3 GRA: 29/181,33/181,33/175,35/175
CP_LNK FBI: 21 193 2 FBI: 35 186 3 GRA: 29/197,33/197,33/191,35/191
CP_LNK FBI: 21 186 2 FBI: 35 186 2 GRA: 29/190,35/190
CP_LNK CON: 45 191 FBI: 54 186 4 GRA: 54/192,54/192
CP_LNK FBI: 35 186 2 FBI: 54 186 2 GRA: 42/190,54/190
CP_LNK GVI: 45 190 FBI: 54 186 3 GRA: 54/191,54/191
CP_LNK FBI: 54 186 3 GVI: 61 190 GRA: 61/191,61/191
CP_LNK FBI: 193 118 3 FBI: 202 118 3 GRA: 200/123,202/123
CP_LNK GVI: 12 197 FBI: 21 193 3 GRA: 21/198,21/198
CP_LNK GVI: 12 190 FBI: 21 186 3 GRA: 21/191,21/191
CP_LNK GVI: 4 18 FBI: 13 14 3 GRA: 13/19,13/19
CP_LNK GVI: 4 32 FBI: 13 28 3 GRA: 13/33,13/33
CP_LNK GVI: 4 39 FBI: 13 35 3 GRA: 13/40,13/40
CP_LNK GVI: 4 60 FBI: 13 56 3 GRA: 13/61,13/61
CP_LNK GVI: 4 67 FBI: 13 63 3 GRA: 13/68,13/68
CP_LNK GVI: 4 17 FBI: 13 14 2 GRA: 13/18,13/18
CP_LNK GVI: 4 31 FBI: 13 28 2 GRA: 13/32,13/32
CP_LNK GVI: 4 66 FBI: 13 63 2 GRA: 13/67,13/67
CP_LNK GVI: 4 38 FBI: 13 35 2 GRA: 13/39,13/39
CP_LNK GVI: 4 59 FBI: 13 56 2 GRA: 13/60,13/60
CP_LNK FBI: 13 14 2 FBI: 23 14 2 GRA: 22/18,23/18
CP_LNK FBI: 13 28 2 FBI: 23 28 2 GRA: 22/32,23/32
CP_LNK FBI: 13 35 2 FBI: 23 35 2 GRA: 22/39,23/39
CP_LNK FBI: 13 56 2 FBI: 23 56 2 GRA: 22/60,23/60
CP_LNK FBI: 13 63 2 FBI: 23 63 2 GRA: 22/67,23/67
CP_LNK FBI: 88 28 2 FBI: 98 28 2 GRA: 97/32,98/32
CP_LNK FBI: 88 35 2 FBI: 98 35 2 GRA: 97/39,98/39
CP_LNK FBI: 88 42 2 FBI: 98 42 2 GRA: 97/46,98/46
CP_LNK FBI: 88 49 2 FBI: 98 49 2 GRA: 97/53,98/53
CP_LNK FBI: 88 56 2 FBI: 98 56 2 GRA: 97/60,98/60
CP_LNK FBI: 88 63 2 FBI: 98 63 2 GRA: 97/67,98/67
CP_LNK FBI: 88 70 2 FBI: 98 70 2 GRA: 97/74,98/74
CP_LNK GVI: 79 32 FBI: 88 28 3 GRA: 88/33,88/33
CP_LNK GVI: 79 39 FBI: 88 35 3 GRA: 88/40,88/40
CP_LNK GVI: 79 46 FBI: 88 42 3 GRA: 88/47,88/47
CP_LNK GVI: 79 53 FBI: 88 49 3 GRA: 88/54,88/54
CP_LNK GVI: 79 60 FBI: 88 56 3 GRA: 88/61,88/61
CP_LNK GVI: 79 67 FBI: 88 63 3 GRA: 88/68,88/68
CP_LNK GVI: 79 74 FBI: 88 70 3 GRA: 88/75,88/75
CP_LNK GVI: 79 31 FBI: 88 28 2 GRA: 88/32,88/32
CP_LNK GVI: 79 38 FBI: 88 35 2 GRA: 88/39,88/39
CP_LNK GVI: 79 45 FBI: 88 42 2 GRA: 88/46,88/46
CP_LNK GVI: 79 52 FBI: 88 49 2 GRA: 88/53,88/53
CP_LNK GVI: 79 59 FBI: 88 56 2 GRA: 88/60,88/60
CP_LNK GVI: 79 66 FBI: 88 63 2 GRA: 88/67,88/67
CP_LNK GVI: 79 73 FBI: 88 70 2 GRA: 88/74,88/74
CP_LNK GVI: 239 109 FBI: 248 106 2 GRA: 248/110,248/110
CP_LNK GVI: 239 110 FBI: 248 106 3 GRA: 248/111,248/111
CP_LNK GVI: 230 116 FBI: 239 113 2 GRA: 239/117,239/117
CP_LNK GVI: 230 117 FBI: 239 113 3 GRA: 239/118,239/118
CP_LNK GVI: 239 121 FBI: 248 118 2 GRA: 248/122,248/122
CP_LNK GVI: 239 122 FBI: 248 118 3 GRA: 248/123,248/123
CP_LNK GVI: 230 128 FBI: 239 125 2 GRA: 239/129,239/129
CP_LNK GVI: 230 129 FBI: 239 125 3 GRA: 239/130,239/130
CP_LNK GVI: 239 133 FBI: 248 130 2 GRA: 248/134,248/134
CP_LNK GVI: 239 134 FBI: 248 130 3 GRA: 248/135,248/135
CP_LNK GVI: 230 140 FBI: 239 137 2 GRA: 239/141,239/141
CP_LNK GVI: 230 141 FBI: 239 137 3 GRA: 239/142,239/142
CP_LNK GVI: 239 145 FBI: 248 142 2 GRA: 248/146,248/146
CP_LNK GVI: 239 146 FBI: 248 142 3 GRA: 248/147,248/147
CP_LNK GVI: 230 152 FBI: 239 149 2 GRA: 239/153,239/153
CP_LNK GVI: 230 153 FBI: 239 149 3 GRA: 239/154,239/154
CP_LNK FBI: 267 106 2 FBI: 278 7 17 GRA: 275/110,276/110,276/26,278/26
CP_LNK FBI: 248 106 2 FBI: 267 106 2 GRA: 257/110,267/110
CP_LNK FBI: 239 113 2 FBI: 267 106 3 GRA: 248/117,259/117,259/111,267/111
CP_LNK FBI: 248 118 2 FBI: 267 106 4 GRA: 257/122,260/122,260/112,267/112
CP_LNK FBI: 239 125 2 FBI: 267 106 5 GRA: 248/129,261/129,261/113,267/113
CP_LNK FBI: 248 130 2 FBI: 267 106 6 GRA: 257/134,262/134,262/114,267/114
CP_LNK FBI: 239 137 2 FBI: 267 106 7 GRA: 248/141,263/141,263/115,267/115
CP_LNK FBI: 248 142 2 FBI: 267 106 8 GRA: 257/146,264/146,264/116,267/116
CP_LNK FBI: 239 149 2 FBI: 267 106 9 GRA: 248/153,265/153,265/117,267/117
CP_LNK GVI: 160 121 FBI: 169 118 2 GRA: 169/122,169/122
CP_LNK GVI: 160 123 FBI: 169 118 4 GRA: 169/124,169/124
CP_LNK GVI: 160 122 FBI: 169 118 3 GRA: 169/123,169/123
CP_LNK FBI: 169 118 3 FBI: 193 126 3 GRA: 176/123,179/123,179/131,193/131
CP_LNK FBI: 169 118 3 FBI: 193 118 3 GRA: 176/123,193/123
CP_LNK GVI: 119 107 FBI: 128 104 2 GRA: 128/108,128/108
CP_LNK GVI: 119 108 FBI: 128 104 3 GRA: 128/109,128/109
CP_LNK CON: 90 115 FBI: 99 111 3 GRA: 99/116,99/116
CP_LNK FBI: 89 109 2 FBI: 99 111 2 GRA: 97/113,98/113,98/115,99/115
CP_LNK FBI: 99 111 2 FBI: 114 111 2 GRA: 106/115,114/115
CP_LNK FBI: 114 111 2 FBI: 128 104 4 GRA: 121/115,126/115,126/110,128/110
CP_LNK GVI: 105 115 FBI: 114 111 3 GRA: 114/116,114/116
CP_LNK GVI: 80 112 FBI: 89 109 2 GRA: 89/113,89/113
CP_LNK CON: 80 113 FBI: 89 109 3 GRA: 89/114,89/114
CP_LNK FBI: 128 104 3 GVI: 135 108 GRA: 135/109,135/109
CP_LNK GVI: 90 122 FBI: 99 119 2 GRA: 99/123,99/123
CP_LNK GVI: 12 121 FBI: 21 118 2 GRA: 21/122,21/122
CP_LNK GVI: 12 128 FBI: 21 125 2 GRA: 21/129,21/129
CP_LNK GVI: 12 138 FBI: 21 135 2 GRA: 21/139,21/139
CP_LNK GVI: 12 145 FBI: 21 142 2 GRA: 21/146,21/146
CP_LNK GVI: 12 156 FBI: 21 153 2 GRA: 21/157,21/157
CP_LNK GVI: 12 163 FBI: 21 160 2 GRA: 21/164,21/164
CP_LNK GVI: 12 173 FBI: 21 170 2 GRA: 21/174,21/174
CP_LNK GVI: 12 180 FBI: 21 177 2 GRA: 21/181,21/181
CP_LNK GVI: 12 189 FBI: 21 186 2 GRA: 21/190,21/190
CP_LNK GVI: 12 196 FBI: 21 193 2 GRA: 21/197,21/197
CP_LNK FBI: 213 48 2 FBI: 202 57 2 GRA: 221/52,222/52,222/56,200/56,200/61,202/61
CP_LNK FBI: 89 86 2 GVI: 99 89 GRA: 99/90,99/90
CP_LNK FBI: 89 86 2 FBI: 116 88 2 GRA: 99/90,100/90,100/92,116/92
CP_LNK FBI: 116 88 2 GVI: 124 91 GRA: 124/92,124/92
CP_LNK GVI: 80 96 FBI: 89 93 2 GRA: 89/97,89/97
CP_LNK CON: 96 97 FBI: 105 93 3 GRA: 105/98,105/98
CP_LNK FBI: 89 93 2 FBI: 105 93 2 GRA: 99/97,105/97
CP_LNK FBI: 105 93 2 FBI: 116 88 3 GRA: 113/97,114/97,114/93,116/93
CP_LNK FBI: 56 8 2 GVI: 63 11 GRA: 63/12,63/12
CP_LNK FBI: 132 62 2 GVI: 139 65 GRA: 139/66,139/66
CP_LNK GVI: 4 11 FBI: 13 7 3 GRA: 13/12,13/12
CP_LNK GVI: 4 10 FBI: 13 7 2 GRA: 13/11,13/11
CP_LNK FBI: 13 7 2 FBI: 23 7 2 GRA: 22/11,23/11
CP_LNK GVI: 27 12 FBI: 36 8 3 GRA: 36/13,36/13
CP_LNK FBI: 23 7 2 FBI: 36 8 2 GRA: 33/11,34/11,34/12,36/12
CP_LNK FBI: 36 8 2 FBI: 56 8 2 GRA: 43/12,56/12
CP_LNK FBI: 23 14 2 FBI: 36 15 2 GRA: 33/18,34/18,34/19,36/19
CP_LNK GVI: 27 19 FBI: 36 15 3 GRA: 36/20,36/20
CP_LNK FBI: 23 21 2 FBI: 36 22 2 GRA: 33/25,34/25,34/26,36/26
CP_LNK FBI: 36 15 2 FBI: 56 8 3 GRA: 43/19,44/19,44/13,56/13
CP_LNK FBI: 36 22 2 FBI: 56 8 4 GRA: 43/26,45/26,45/14,56/14
CP_LNK GVI: 27 26 FBI: 36 22 3 GRA: 36/27,36/27
CP_LNK FBI: 23 28 2 FBI: 36 29 2 GRA: 33/32,34/32,34/33,36/33
CP_LNK FBI: 23 35 2 FBI: 36 36 2 GRA: 33/39,34/39,34/40,36/40
CP_LNK FBI: 36 29 2 FBI: 56 8 5 GRA: 43/33,46/33,46/15,56/15
CP_LNK FBI: 36 36 2 FBI: 56 8 6 GRA: 43/40,47/40,47/16,56/16
CP_LNK GVI: 27 33 FBI: 36 29 3 GRA: 36/34,36/34
CP_LNK GVI: 27 40 FBI: 36 36 3 GRA: 36/41,36/41
CP_LNK FBI: 13 42 2 FBI: 23 42 2 GRA: 22/46,23/46
CP_LNK GVI: 4 45 FBI: 13 42 2 GRA: 13/46,13/46
CP_LNK GVI: 4 46 FBI: 13 42 3 GRA: 13/47,13/47
CP_LNK GVI: 27 47 FBI: 36 43 3 GRA: 36/48,36/48
CP_LNK FBI: 23 42 2 FBI: 36 43 2 GRA: 33/46,34/46,34/47,36/47
CP_LNK FBI: 36 43 2 FBI: 56 8 7 GRA: 43/47,48/47,48/17,56/17
CP_LNK FBI: 23 49 2 FBI: 36 50 2 GRA: 33/53,34/53,34/54,36/54
CP_LNK FBI: 23 56 2 FBI: 36 57 2 GRA: 33/60,34/60,34/61,36/61
CP_LNK FBI: 23 63 2 FBI: 36 64 2 GRA: 33/67,34/67,34/68,36/68
CP_LNK FBI: 36 50 2 FBI: 56 8 8 GRA: 43/54,49/54,49/18,56/18
CP_LNK FBI: 36 57 2 FBI: 56 8 9 GRA: 43/61,50/61,50/19,56/19
CP_LNK FBI: 36 64 2 FBI: 56 8 10 GRA: 43/68,51/68,51/20,56/20
CP_LNK GVI: 27 54 FBI: 36 50 3 GRA: 36/55,36/55
CP_LNK GVI: 27 61 FBI: 36 57 3 GRA: 36/62,36/62
CP_LNK GVI: 27 68 FBI: 36 64 3 GRA: 36/69,36/69
CP_LNK FBI: 88 21 2 FBI: 98 21 2 GRA: 97/25,98/25
CP_LNK GVI: 79 25 FBI: 88 21 3 GRA: 88/26,88/26
CP_LNK GVI: 79 24 FBI: 88 21 2 GRA: 88/25,88/25
CP_LNK GVI: 27 75 FBI: 36 71 3 GRA: 36/76,36/76
CP_LNK GVI: 27 82 FBI: 36 78 3 GRA: 36/83,36/83
CP_LNK GVI: 27 89 FBI: 36 85 3 GRA: 36/90,36/90
CP_LNK FBI: 23 70 2 FBI: 36 71 2 GRA: 33/74,34/74,34/75,36/75
CP_LNK FBI: 23 77 2 FBI: 36 78 2 GRA: 33/81,34/81,34/82,36/82
CP_LNK FBI: 23 84 2 FBI: 36 85 2 GRA: 33/88,34/88,34/89,36/89
CP_LNK FBI: 36 71 2 FBI: 56 8 11 GRA: 43/75,52/75,52/21,56/21
CP_LNK FBI: 36 78 2 FBI: 56 8 12 GRA: 43/82,53/82,53/22,56/22
CP_LNK FBI: 36 85 2 FBI: 56 8 13 GRA: 43/89,54/89,54/23,56/23
CP_LNK GVI: 4 95 FBI: 13 91 3 GRA: 13/96,13/96
CP_LNK GVI: 4 94 FBI: 13 91 2 GRA: 13/95,13/95
CP_LNK FBI: 13 91 2 FBI: 23 91 2 GRA: 22/95,23/95
CP_LNK FBI: 23 91 2 FBI: 36 92 2 GRA: 33/95,34/95,34/96,36/96
CP_LNK GVI: 27 96 FBI: 36 92 3 GRA: 36/97,36/97
CP_LNK FBI: 36 92 2 FBI: 56 8 14 GRA: 43/96,55/96,55/24,56/24
CP_LNK GVI: 80 89 FBI: 89 86 2 GRA: 89/90,89/90
CP_LNK GVI: 123 75 FBI: 132 62 12 GRA: 132/76,132/76
CP_LNK FBI: 98 7 2 FBI: 111 8 2 GRA: 108/11,109/11,109/12,111/12
CP_LNK FBI: 98 14 2 FBI: 111 15 2 GRA: 108/18,109/18,109/19,111/19
CP_LNK FBI: 98 21 2 FBI: 111 22 2 GRA: 108/25,109/25,109/26,111/26
CP_LNK FBI: 98 28 2 FBI: 111 29 2 GRA: 108/32,109/32,109/33,111/33
CP_LNK FBI: 98 35 2 FBI: 111 36 2 GRA: 108/39,109/39,109/40,111/40
CP_LNK FBI: 98 42 2 FBI: 111 43 2 GRA: 108/46,109/46,109/47,111/47
CP_LNK FBI: 98 49 2 FBI: 111 50 2 GRA: 108/53,109/53,109/54,111/54
CP_LNK FBI: 98 56 2 FBI: 111 57 2 GRA: 108/60,109/60,109/61,111/61
CP_LNK FBI: 98 63 2 FBI: 111 64 2 GRA: 108/67,109/67,109/68,111/68
CP_LNK FBI: 98 70 2 FBI: 111 71 2 GRA: 108/74,109/74,109/75,111/75
CP_LNK FBI: 111 71 2 FBI: 132 62 11 GRA: 118/75,132/75
CP_LNK FBI: 111 64 2 FBI: 132 62 10 GRA: 118/68,123/68,123/74,132/74
CP_LNK FBI: 111 57 2 FBI: 132 62 9 GRA: 118/61,124/61,124/73,132/73
CP_LNK FBI: 111 50 2 FBI: 132 62 8 GRA: 118/54,125/54,125/72,132/72
CP_LNK FBI: 111 43 2 FBI: 132 62 7 GRA: 118/47,126/47,126/71,132/71
CP_LNK FBI: 111 36 2 FBI: 132 62 6 GRA: 118/40,127/40,127/70,132/70
CP_LNK FBI: 111 29 2 FBI: 132 62 5 GRA: 118/33,128/33,128/69,132/69
CP_LNK FBI: 111 22 2 FBI: 132 62 4 GRA: 118/26,129/26,129/68,132/68
CP_LNK FBI: 111 15 2 FBI: 132 62 3 GRA: 118/19,130/19,130/67,132/67
CP_LNK FBI: 111 8 2 FBI: 132 62 2 GRA: 118/12,131/12,131/66,132/66
CP_LNK GVI: 102 12 FBI: 111 8 3 GRA: 111/13,111/13
CP_LNK GVI: 102 19 FBI: 111 15 3 GRA: 111/20,111/20
CP_LNK GVI: 102 26 FBI: 111 22 3 GRA: 111/27,111/27
CP_LNK GVI: 102 33 FBI: 111 29 3 GRA: 111/34,111/34
CP_LNK GVI: 102 40 FBI: 111 36 3 GRA: 111/41,111/41
CP_LNK GVI: 102 47 FBI: 111 43 3 GRA: 111/48,111/48
CP_LNK GVI: 102 54 FBI: 111 50 3 GRA: 111/55,111/55
CP_LNK GVI: 102 61 FBI: 111 57 3 GRA: 111/62,111/62
CP_LNK GVI: 102 68 FBI: 111 64 3 GRA: 111/69,111/69
CP_LNK GVI: 102 75 FBI: 111 71 3 GRA: 111/76,111/76
CP_LNK GVI: 155 10 FBI: 164 7 2 GRA: 164/11,164/11
CP_LNK FBI: 164 7 2 FBI: 198 7 2 GRA: 174/11,198/11
CP_LNK FBI: 198 7 2 GVI: 205 10 GRA: 205/11,205/11
CP_LNK FBI: 164 12 2 FBI: 198 7 3 GRA: 174/16,176/16,176/12,198/12
CP_LNK FBI: 164 17 2 FBI: 198 7 4 GRA: 174/21,177/21,177/13,198/13
CP_LNK FBI: 164 22 2 FBI: 198 7 5 GRA: 174/26,178/26,178/14,198/14
CP_LNK FBI: 164 27 2 FBI: 198 7 6 GRA: 174/31,179/31,179/15,198/15
CP_LNK FBI: 164 32 2 FBI: 198 7 7 GRA: 174/36,180/36,180/16,198/16
CP_LNK GVI: 189 21 FBI: 198 18 2 GRA: 198/22,198/22
CP_LNK FBI: 195 27 2 GVI: 205 30 GRA: 205/31,205/31
CP_LNK FBI: 198 18 2 FBI: 195 27 2 GRA: 205/22,209/22,209/26,193/26,193/31,195/31
CP_LNK GVI: 189 22 FBI: 198 18 3 GRA: 198/23,198/23
CP_LNK CON: 192 52 FBI: 201 48 3 GRA: 201/53,201/53
CP_LNK FBI: 189 48 2 FBI: 201 48 2 GRA: 197/52,201/52
CP_LNK FBI: 201 48 2 FBI: 213 48 2 GRA: 209/52,213/52
CP_LNK CON: 204 52 FBI: 213 48 3 GRA: 213/53,213/53
CP_LNK GVI: 90 125 FBI: 99 119 5 GRA: 99/126,99/126
CP_LNK GVI: 90 123 FBI: 99 119 3 GRA: 99/124,99/124
CP_LNK GVI: 121 146 FBI: 130 140 5 GRA: 130/147,130/147
CP_LNK GVI: 121 168 FBI: 130 162 5 GRA: 130/169,130/169
CP_LNK GVI: 12 111 FBI: 21 108 2 GRA: 21/112,21/112
CP_LNK FBI: 21 108 2 GVI: 28 111 GRA: 28/112,28/112
CP_LNK FBI: 202 67 2 GVI: 209 70 GRA: 209/71,209/71
CP_LNK CON: 193 70 FBI: 202 67 2 GRA: 202/71,202/71
CP_LNK GVI: 160 49 FBI: 169 46 2 GRA: 169/50,169/50
CP_LNK GVI: 160 50 FBI: 169 46 3 GRA: 169/51,169/51
CP_LNK FBI: 169 46 2 FBI: 189 48 2 GRA: 177/50,182/50,182/52,189/52
CP_LNK GVI: 160 57 FBI: 169 54 2 GRA: 169/58,169/58
CP_LNK CON: 160 58 FBI: 169 54 3 GRA: 169/59,169/59
CP_LNK FBI: 169 54 2 FBI: 181 56 2 GRA: 177/58,179/58,179/60,181/60
CP_LNK FBI: 181 56 3 FBI: 189 48 3 GRA: 188/61,189/61,189/57,188/57,188/53,189/53
CP_LNK GVI: 172 60 FBI: 181 56 3 GRA: 181/61,181/61
CP_LNK CON: 172 61 FBI: 181 56 4 GRA: 181/62,181/62
CP_LNK CON: 183 115 FBI: 192 111 3 GRA: 192/116,192/116
CP_LNK FBI: 192 111 2 FBI: 202 118 2 GRA: 199/115,200/115,200/122,202/122
CP_LNK FBI: 202 118 3 GVI: 209 122 GRA: 209/123,209/123
CP_LNK CON: 193 123 FBI: 202 118 4 GRA: 202/124,202/124
CP_LNK GVI: 170 114 FBI: 179 111 2 GRA: 179/115,179/115
CP_LNK GVI: 170 115 FBI: 179 111 3 GRA: 179/116,179/116
CP_LNK FBI: 179 111 2 FBI: 192 111 2 GRA: 188/115,192/115
CP_LNK FBI: 21 209 2 FBI: 35 202 3 GRA: 29/213,33/213,33/207,35/207
CP_LNK FBI: 21 202 2 FBI: 35 202 2 GRA: 29/206,35/206
CP_LNK CON: 45 207 FBI: 54 202 4 GRA: 54/208,54/208
CP_LNK FBI: 35 202 2 FBI: 54 202 2 GRA: 42/206,54/206
CP_LNK GVI: 12 205 FBI: 21 202 2 GRA: 21/206,21/206
CP_LNK GVI: 12 212 FBI: 21 209 2 GRA: 21/213,21/213
CP_LNK GVI: 12 206 FBI: 21 202 3 GRA: 21/207,21/207
CP_LNK GVI: 12 213 FBI: 21 209 3 GRA: 21/214,21/214
CP_LNK GVI: 45 206 FBI: 54 202 3 GRA: 54/207,54/207
CP_LNK FBI: 54 202 3 GVI: 61 206 GRA: 61/207,61/207
CP_LNK FBI: 21 224 2 FBI: 35 217 3 GRA: 29/228,33/228,33/222,35/222
CP_LNK FBI: 21 217 2 FBI: 35 217 2 GRA: 29/221,35/221
CP_LNK CON: 45 222 FBI: 54 217 4 GRA: 54/223,54/223
CP_LNK FBI: 35 217 2 FBI: 54 217 2 GRA: 42/221,54/221
CP_LNK GVI: 12 220 FBI: 21 217 2 GRA: 21/221,21/221
CP_LNK GVI: 12 227 FBI: 21 224 2 GRA: 21/228,21/228
CP_LNK GVI: 12 221 FBI: 21 217 3 GRA: 21/222,21/222
CP_LNK GVI: 12 228 FBI: 21 224 3 GRA: 21/229,21/229
CP_LNK GVI: 45 221 FBI: 54 217 3 GRA: 54/222,54/222
CP_LNK FBI: 54 217 3 GVI: 61 221 GRA: 61/222,61/222
CP_LNK GVI: 119 123 FBI: 128 119 3 GRA: 128/124,128/124
CP_LNK GVI: 155 15 FBI: 164 12 2 GRA: 164/16,164/16
CP_LNK GVI: 155 20 FBI: 164 17 2 GRA: 164/21,164/21
CP_LNK GVI: 155 25 FBI: 164 22 2 GRA: 164/26,164/26
CP_LNK GVI: 155 30 FBI: 164 27 2 GRA: 164/31,164/31
CP_LNK GVI: 155 35 FBI: 164 32 2 GRA: 164/36,164/36
CP_SEC "Regelaars" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 53 EXEC: 13 TEXT:
CP_COM LEFT: 152 RIGHT: 179 TOP: 29 BOT: 34 TEXT:
...TXF ******************************************************************
...TXT FIC-041 Debietregelaar ruwwater links
...TXT Typical : DFB_REGE
...TXT Winning
...TXT ******************************************************************
CP_COM LEFT: 152 RIGHT: 179 TOP: 133 BOT: 138 TEXT:
...TXF ******************************************************************
...TXT FIC-042 Debietregelaar ruwwater rechts
...TXT Typical : DFB_REGE
...TXT Winning
...TXT ******************************************************************
CP_COM LEFT: 152 RIGHT: 174 TOP: 69 BOT: 73 TEXT:
...TXF ******************************************************
...TXT FCV-041: Regelafsluiter ruwwatertoevoer links
...TXT Typical: DFB_RA
...TXT ******************************************************
CP_COM LEFT: 152 RIGHT: 174 TOP: 168 BOT: 172 TEXT:
...TXF *****************************************************
...TXT FCV-042: Regelafsluiter ruwwatertoevoer rechts
...TXT Typical: DFB_RA
...TXT *****************************************************
CP_COM LEFT: 78 RIGHT: 103 TOP: 34 BOT: 38 TEXT:
...TXF **************************************************************
...TXT Intern setpoint volgt extern setpoint tbv 
...TXT stootloos omschakelen (SCADA/Webbrowser)
...TXT **************************************************************
CP_COM LEFT: 78 RIGHT: 102 TOP: 2 BOT: 5 TEXT:
...TXF **********************************************************
...TXT Bepaling extern setpoint regelaar ruwwater links
...TXT **********************************************************
CP_COM LEFT: 78 RIGHT: 104 TOP: 57 BOT: 60 TEXT:
...TXF ****************************************************************
...TXT Bepaling webbrowser intern setpoint regelaar ruwwater links
...TXT ***************************************************************
CP_COM LEFT: 78 RIGHT: 99 TOP: 83 BOT: 86 TEXT:
...TXF ***************************************************
...TXT Bepaling intern setpoint regelaar ruwwater links
...TXT **************************************************
CP_COM LEFT: 4 RIGHT: 28 TOP: 2 BOT: 6 TEXT:
...TXF ***********************************************************
...TXT Voorkeuze SW of HW regelaar ruwwater links
...TXT Winning
...TXT ***********************************************************
CP_COM LEFT: 4 RIGHT: 28 TOP: 33 BOT: 37 TEXT:
...TXF ***********************************************************
...TXT Voorkeuze SW of HW regelaar ruwwater links
...TXT Winning
...TXT ***********************************************************
CP_COM LEFT: 4 RIGHT: 29 TOP: 68 BOT: 72 TEXT:
...TXF *************************************************************
...TXT Actuele keuze SW of HW regelaar ruwwater links
...TXT t.b.v. webbrowser
...TXT *************************************************************
CP_COM LEFT: 4 RIGHT: 28 TOP: 83 BOT: 87 TEXT:
...TXF ***********************************************************
...TXT Actuele keuze SW of HW regelaar ruwwater links
...TXT overnemen t.b.v. webbrowser
...TXT ***********************************************************
CP_COM LEFT: 152 RIGHT: 176 TOP: 2 BOT: 6 TEXT:
...TXF ***********************************************************
...TXT Regelaar ruwwater links hand/auto
...TXT Winning
...TXT ***********************************************************
CP_COM LEFT: 227 RIGHT: 249 TOP: 26 BOT: 29 TEXT:
...TXF *****************************************************
...TXT Storing hardware regelaar ruwwater links FIC-041
...TXT *****************************************************
CP_COM LEFT: 227 RIGHT: 247 TOP: 2 BOT: 6 TEXT:
...TXF **************************************************
...TXT FIC-041 Debietegelaar ruwwater links
...TXT Algemene storing
...TXT **************************************************
CP_COM LEFT: 3 RIGHT: 27 TOP: 102 BOT: 106 TEXT:
...TXF ***********************************************************
...TXT Voorkeuze SW of HW regelaar ruwwater rechts
...TXT Winning
...TXT ***********************************************************
CP_COM LEFT: 3 RIGHT: 27 TOP: 133 BOT: 137 TEXT:
...TXF ***********************************************************
...TXT Voorkeuze SW of HW regelaar ruwwater rechts
...TXT Winning
...TXT ***********************************************************
CP_COM LEFT: 3 RIGHT: 28 TOP: 168 BOT: 172 TEXT:
...TXF *************************************************************
...TXT Actuele keuze SW of HW regelaar ruwwater rechts
...TXT t.b.v. webbrowser
...TXT *************************************************************
CP_COM LEFT: 3 RIGHT: 27 TOP: 183 BOT: 187 TEXT:
...TXF ***********************************************************
...TXT Actuele keuze SW of HW regelaar ruwwater rechts
...TXT overnemen t.b.v. webbrowser
...TXT ***********************************************************
CP_COM LEFT: 78 RIGHT: 103 TOP: 133 BOT: 137 TEXT:
...TXF **************************************************************
...TXT Intern setpoint volgt extern setpoint tbv 
...TXT stootloos omschakelen (SCADA/Webbrowser)
...TXT **************************************************************
CP_COM LEFT: 78 RIGHT: 102 TOP: 102 BOT: 105 TEXT:
...TXF **********************************************************
...TXT Bepaling extern setpoint regelaar ruwwater rechts
...TXT **********************************************************
CP_COM LEFT: 78 RIGHT: 104 TOP: 160 BOT: 163 TEXT:
...TXF ****************************************************************
...TXT Bepaling webbrowser intern setpoint regelaar ruwwater rechts
...TXT ***************************************************************
CP_COM LEFT: 78 RIGHT: 99 TOP: 172 BOT: 175 TEXT:
...TXF ***************************************************
...TXT Bepaling intern setpoint regelaar ruwwater links
...TXT **************************************************
CP_COM LEFT: 152 RIGHT: 176 TOP: 102 BOT: 106 TEXT:
...TXF ***********************************************************
...TXT Regelaar ruwwater rechts hand/auto
...TXT Winning
...TXT ***********************************************************
CP_COM LEFT: 227 RIGHT: 249 TOP: 126 BOT: 129 TEXT:
...TXF *****************************************************
...TXT Storing hardware regelaar ruwwater rechts FIC-042
...TXT *****************************************************
CP_COM LEFT: 227 RIGHT: 247 TOP: 102 BOT: 106 TEXT:
...TXF **************************************************
...TXT FIC-042 Debietegelaar ruwwater rechts
...TXT Algemene storing
...TXT **************************************************
CP_COM LEFT: 82 RIGHT: 98 TOP: 107 BOT: 110 TEXT:
...TXF ***************************************
...TXT Ruwwatertoevoer links gekozen
...TXT ***************************************
CP_COM LEFT: 81 RIGHT: 97 TOP: 7 BOT: 10 TEXT:
...TXF ***************************************
...TXT Ruwwatertoevoer rechts gekozen
...TXT ***************************************
CP_COM LEFT: 77 RIGHT: 98 TOP: 14 BOT: 17 TEXT:
...TXF ***************************************************
...TXT Ruwwatertoevoer links en rechts gekozen
...TXT ***************************************************
CP_COM LEFT: 77 RIGHT: 98 TOP: 114 BOT: 117 TEXT:
...TXF ***************************************************
...TXT Ruwwatertoevoer links en rechts gekozen
...TXT ***************************************************
CP_DBI "DFB_REGE" 199 35 CODID: 1 NAME: "FBI_53_1" TEXT:
CP_FBI "MOVE" 164 40 CODID: 2 NAME: ".53.2" ANY: IEC_REAL_ID TEXT:
CP_DBI "DFB_REGE" 199 134 CODID: 3 NAME: "FBI_53_3" TEXT:
CP_FBI "MOVE" 166 139 CODID: 4 NAME: ".53.4" ANY: IEC_REAL_ID TEXT:
CP_DBI "DFB_RA" 199 75 CODID: 5 NAME: "FBI_53_5" TEXT:
CP_FBI "SEL" 166 75 CODID: 6 NAME: ".53.6" ANY: IEC_REAL_ID TEXT:
CP_DBI "DFB_RA" 199 172 CODID: 7 NAME: "FBI_53_7" TEXT:
CP_FBI "SEL" 166 175 CODID: 8 NAME: ".53.8" ANY: IEC_REAL_ID TEXT:
CP_FBI "O_SCALE" 166 84 CODID: 9 NAME: "FBI_53_9" TEXT:
CP_FBI "O_SCALE" 166 184 CODID: 10 NAME: "FBI_53_10" TEXT:
CP_FBI "INT_TO_REAL" 95 90 CODID: 11 NAME: ".53.11" TEXT:
CP_FBI "SEL" 109 84 CODID: 12 NAME: ".53.12" ANY: IEC_REAL_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "SEL" 103 48 CODID: 13 NAME: ".53.13" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 118 14 CODID: 62 NAME: ".53.85" ANY: IEC_REAL_ID TEXT:
CP_FBI "MOVE" 120 69 CODID: 15 NAME: ".53.15" ANY: IEC_REAL_ID TEXT:
CP_FBI "REAL_TO_INT" 95 39 CODID: 16 NAME: ".53.22" TEXT:
CP_FBI "SEL" 124 37 CODID: 17 NAME: ".53.23" ANY: IEC_INT_ID TEXT:
CP_FBI "WORD_TO_BIT" 16 8 CODID: 18 NAME: "FBI_53_24" TEXT:
CP_FBI "OR_BOOL" 21 55 CODID: 19 NAME: ".53.25" TEXT:
CP_FBI "AND_BOOL" 33 59 CODID: 20 NAME: ".53.26" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "SR" 54 54 CODID: 21 NAME: "FBI_53_27" TEXT:
CP_FBI "EQ_INT" 22 38 CODID: 22 NAME: ".53.28" TEXT:
CP_FBI "SEL" 44 37 CODID: 23 NAME: ".53.29" ANY: IEC_BOOL_ID TEXT:
CP_FBI "EQ_INT" 22 46 CODID: 24 NAME: ".53.30" TEXT:
CP_FBI "SEL" 44 45 CODID: 25 NAME: ".53.31" ANY: IEC_BOOL_ID TEXT:
CP_FBI "SEL" 20 73 CODID: 26 NAME: ".53.32" ANY: IEC_INT_ID TEXT:
CP_FBI "F_TRIG" 24 88 CODID: 27 NAME: "FBI_53_33" TEXT:
CP_FBI "MOVE" 37 93 CODID: 28 NAME: ".53.34" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_FBI "OR_BOOL" 172 16 CODID: 29 NAME: ".53.35" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 171 7 CODID: 30 NAME: ".53.36" TEXT:
CP_FBI "SR" 185 7 CODID: 31 NAME: "FBI_53_37" TEXT:
CP_DBI "DFB_DIGA" 246 31 CODID: 32 NAME: "FBI_53_38" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/21
CP_FBI "OR_WORD" 243 9 CODID: 33 NAME: ".53.39" TEXT:
CP_FBI "WORD_TO_REAL" 254 9 CODID: 34 NAME: ".53.40" TEXT:
CP_FBI "COMP_DB" 269 9 CODID: 35 NAME: "FBI_53_41" TEXT:
CP_FBI "WORD_TO_BIT" 15 108 CODID: 36 NAME: "FBI_53_42" TEXT:
CP_FBI "OR_BOOL" 20 155 CODID: 37 NAME: ".53.43" TEXT:
CP_FBI "AND_BOOL" 32 159 CODID: 38 NAME: ".53.44" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/3
CP_FBI "SR" 53 154 CODID: 39 NAME: "FBI_53_45" TEXT:
CP_FBI "EQ_INT" 21 138 CODID: 40 NAME: ".53.46" TEXT:
CP_FBI "SEL" 43 137 CODID: 41 NAME: ".53.47" ANY: IEC_BOOL_ID TEXT:
CP_FBI "EQ_INT" 21 146 CODID: 42 NAME: ".53.48" TEXT:
CP_FBI "SEL" 43 145 CODID: 43 NAME: ".53.49" ANY: IEC_BOOL_ID TEXT:
CP_FBI "SEL" 19 173 CODID: 44 NAME: ".53.50" ANY: IEC_INT_ID TEXT:
CP_FBI "F_TRIG" 23 188 CODID: 45 NAME: "FBI_53_51" TEXT:
CP_FBI "MOVE" 36 193 CODID: 46 NAME: ".53.52" +EN +ENO ANY: IEC_INT_ID TEXT:
CP_FBI "INT_TO_REAL" 97 178 CODID: 47 NAME: ".53.53" TEXT:
CP_FBI "SEL" 124 176 CODID: 48 NAME: ".53.54" ANY: IEC_REAL_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "SEL" 93 144 CODID: 49 NAME: ".53.55" ANY: IEC_REAL_ID TEXT:
CP_FBI "MOVE" 118 164 CODID: 50 NAME: ".53.57" ANY: IEC_REAL_ID TEXT:
CP_FBI "REAL_TO_INT" 91 138 CODID: 51 NAME: ".53.64" TEXT:
CP_FBI "SEL" 121 136 CODID: 52 NAME: ".53.65" ANY: IEC_INT_ID TEXT:
CP_FBI "OR_BOOL" 172 116 CODID: 53 NAME: ".53.66" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "AND_BOOL" 171 107 CODID: 54 NAME: ".53.67" TEXT:
CP_FBI "SR" 185 107 CODID: 55 NAME: "FBI_53_68" TEXT:
CP_DBI "DFB_DIGA" 246 131 CODID: 56 NAME: "FBI_53_69" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/21
CP_FBI "OR_WORD" 243 109 CODID: 57 NAME: ".53.70" TEXT:
CP_FBI "WORD_TO_REAL" 254 109 CODID: 58 NAME: ".53.71" TEXT:
CP_FBI "COMP_DB" 269 109 CODID: 59 NAME: "FBI_53_72" TEXT:
CP_FBI "DIV_REAL" 97 21 CODID: 60 NAME: ".53.78" TEXT:
CP_FBI "EQ_INT" 99 107 CODID: 64 NAME: ".53.87" TEXT:
CP_FBI "EQ_INT" 98 7 CODID: 14 NAME: ".53.80" TEXT:
CP_FBI "EQ_INT" 98 14 CODID: 61 NAME: ".53.81" TEXT:
CP_FBI "DIV_REAL" 98 121 CODID: 65 NAME: ".53.88" TEXT:
CP_FBI "SEL" 131 7 CODID: 63 NAME: ".53.84" ANY: IEC_REAL_ID TEXT:
CP_FBI "EQ_INT" 99 114 CODID: 66 NAME: ".53.89" TEXT:
CP_FBI "SEL" 118 114 CODID: 67 NAME: ".53.90" ANY: IEC_REAL_ID TEXT:
CP_FBI "SEL" 131 107 CODID: 68 NAME: ".53.91" ANY: IEC_REAL_ID TEXT:
CP_FBI "WORD_TO_INT" 188 19 CODID: 69 NAME: ".53.92" TEXT:
CP_FBI "SEL" 191 24 CODID: 70 NAME: ".53.93" ANY: IEC_INT_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "ADD_INT" 200 19 CODID: 71 NAME: ".53.94" TEXT:
CP_FBI "INT_TO_WORD" 208 19 CODID: 72 NAME: ".53.95" TEXT:
CP_FBI "WORD_TO_INT" 188 118 CODID: 73 NAME: ".53.96" TEXT:
CP_FBI "SEL" 191 123 CODID: 74 NAME: ".53.97" ANY: IEC_INT_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "ADD_INT" 200 118 CODID: 75 NAME: ".53.98" TEXT:
CP_FBI "INT_TO_WORD" 208 118 CODID: 76 NAME: ".53.99" TEXT:
CP_FBI "INT_TO_REAL" 100 62 CODID: 77 NAME: ".53.101" TEXT:
CP_FBI "SEL" 127 48 CODID: 78 NAME: ".53.102" ANY: IEC_REAL_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "SEL" 123 144 CODID: 80 NAME: ".53.103" ANY: IEC_REAL_ID TEXT:
CP_INV KIND/ID: FBIPH_INPUT/2
CP_FBI "INT_TO_REAL" 107 150 CODID: 79 NAME: ".53.104" TEXT:
CP_FBI "WORD_TO_BIT" 52 8 CODID: 81 NAME: "FBI_53_105" TEXT:
CP_FBI "WORD_TO_BIT" 53 108 CODID: 82 NAME: "FBI_53_106" TEXT:
CP_GVI NAMED_VAR: "PLC1_Accept" 190 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 190 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_IntGewU" 210 42 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_Stuur" 210 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_PActie" 190 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_IActie" 190 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_VolgWrd" 190 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_PValue" 190 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_PValue" 171 43 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_MeetwMax" 190 44 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_MeetwMin" 190 45 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_BedWrd" 190 38 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_Auto" 190 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_PriWrd" 190 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_OndWrd" 190 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_AcofTijd" 190 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_StatBedr" 210 39 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_ExtGew" 190 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_StrMw" 190 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_InstAfw" 190 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS041_Meetw" 155 43 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 190 157 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 190 158 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_Meetw" 157 142 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_PValue" 173 142 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_BedWrd" 190 137 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_ExtGew" 190 140 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_PValue" 190 142 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_MeetwMin" 190 144 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_PActie" 190 146 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_IActie" 190 147 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_VolgWrd" 190 148 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_Auto" 190 149 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_InstAfw" 190 151 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FITS042_StrMw" 190 152 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_PriWrd" 190 154 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_OndWrd" 190 155 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_AcofTijd" 190 156 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_StatBedr" 210 138 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_Stuur" 210 140 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_IntGewU" 210 141 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_MeetwMax" 190 143 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_MeldExt" 190 84 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_StatBed" 210 78 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_StatBedr" 210 79 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_Beschik" 210 81 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_Paraat" 210 82 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_SturHdU" 210 87 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_Storing" 210 92 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_PriWrd" 190 90 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_BedWrd" 190 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_OndWrd" 190 91 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_AcofTijd" 190 92 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 190 93 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 190 94 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_Stuur" 190 86 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_SPHand" 190 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_SPHand" 173 79 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_SPHand" 157 79 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_Beschik" 157 78 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_Stuur" 157 80 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 190 191 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 190 190 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_StatBed" 210 175 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_StatBedr" 210 176 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_Beschik" 210 178 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_Paraat" 210 179 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_SturHdU" 210 184 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_AlwPri" 210 187 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_AlwSec" 210 188 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_Storing" 210 189 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_SPHand" 173 179 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_Beschik" 157 178 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_SPHand" 157 179 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_AcofTijd" 190 189 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_OndWrd" 190 188 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_PriWrd" 190 187 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_SPHand" 190 184 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_MeldExt" 190 181 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_BedWrd" 190 175 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_Uitsturing" 210 183 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_Uitsturing" 210 86 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_Stuur" 157 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_Uitsturing" 157 89 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_Stuur" 157 187 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_Uitsturing" 157 189 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_VrijO" 190 81 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_VrijO" 190 82 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_VrijO" 190 178 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV042_VrijO" 190 179 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_IntGew" 116 88 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_Setpoint" 100 88 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_IntGew" 190 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_BedWrd" 7 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_KeuzeSW" 26 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_KeuzeHW" 26 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_KeuzeSW" 35 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_KeuzeHW" 35 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC041_Keuze" 44 96 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC041_Keuze" 13 49 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 35 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 35 48 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_CmdSWregelaar" 51 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_CmdHWregelaar" 51 49 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_CmdHWregelaar" 12 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_Storing" 12 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041HWReg_Storing" 24 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_CmdSWregelaar" 45 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041HWReg_Auto" 61 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041HWReg_Auto" 11 76 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC041_Act" 27 77 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 15 91 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC041_Act" 28 96 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_AlwSec" 210 91 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 237 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 237 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041HWReg_AlwPri" 257 35 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041HWReg_AlwSec" 257 36 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_Setpoint" 94 52 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_IntGewU" 94 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC041_Setpoint" 115 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_IntGewU" 86 42 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC041_Setpoint" 131 41 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_IntGewU" 111 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 100 87 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC041_Setpoint" 86 93 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC041_SPact" 127 72 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC041_Keuze" 13 41 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041HWReg_Auto" 162 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041HWReg_Auto" 163 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_Auto" 192 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_Storing" 278 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 34 140 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 34 148 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 14 191 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_BedWrd" 6 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_KeuzeHW" 25 122 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_KeuzeSW" 25 121 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC042_Keuze" 12 141 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC042_Keuze" 12 149 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_KeuzeSW" 34 142 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_KeuzeHW" 34 150 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_CmdSWregelaar" 50 141 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_CmdHWregelaar" 50 149 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_CmdHWregelaar" 11 158 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_Storing" 11 159 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042HWReg_Storing" 23 163 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_CmdSWregelaar" 44 157 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042HWReg_Auto" 60 157 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042HWReg_Auto" 10 176 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC042_Act" 26 177 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC042_Act" 27 196 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC042_Keuze" 43 196 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 115 179 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_Setpoint" 84 148 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_IntGewU" 84 149 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC042_Setpoint" 112 140 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_IntGewU" 82 141 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC042_Setpoint" 128 140 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_IntGewU" 109 167 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC042_SPact" 125 167 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_Setpoint" 115 180 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC042_Setpoint" 88 181 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_IntGew" 131 180 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_IntGew" 190 141 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FCV041_AlwPri" 210 90 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042HWReg_Auto" 162 110 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_Auto" 192 110 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042HWReg_Auto" 163 119 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_Stuur" 157 180 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_Stuur" 190 183 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 237 156 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 237 157 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_Storing" 278 112 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042HWReg_AlwPri" 257 135 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042HWReg_AlwSec" 257 136 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterverdeling_Keuze" 89 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterverdeling_Keuze" 89 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_ExtGew" 138 11 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterverdeling_Keuze" 90 110 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterverdeling_Keuze" 90 117 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_ExtGew" 138 111 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_AlwPri" 210 55 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_AlwSec" 210 56 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_AlwPri" 234 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_AlwSec" 234 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041HWReg_PriWrd" 237 35 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041HWReg_OndWrd" 237 36 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041HWReg_AcofTijd" 237 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_AlwPri" 234 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_AlwSec" 234 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_AlwPri" 210 154 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_AlwSec" 210 155 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042HWReg_PriWrd" 237 135 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042HWReg_OndWrd" 237 136 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042HWReg_AcofTijd" 237 155 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042HWReg_BedWrd" 237 134 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041HWReg_BedWrd" 237 34 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_HWRegStoring" 237 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041HWReg_Storing" 257 53 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041HWReg_StatBedr" 257 34 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042HWReg_StatBedr" 257 134 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_HWRegStoring" 237 153 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042HWReg_Storing" 257 153 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_StatBed" 218 22 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_Auto" 182 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_StatBed" 218 121 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_Auto" 182 126 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_GewCap_NettoSP" 88 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_GewCap_NettoSP" 109 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_GewCap_NettoSP" 89 124 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_GewCap_NettoSP" 109 118 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC041_Setpoint" 91 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_Setpoint" 134 52 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 118 51 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_ProdSCADA" 114 147 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_Setpoint" 130 148 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Webbrowser_FIC042_Setpoint" 98 153 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_KeuzeExt" 62 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_KeuzeInt" 62 26 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_StatBed" 43 11 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_KeuzeInt" 63 126 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_KeuzeExt" 63 125 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_StatBed" 44 111 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_KeuzeExt" 112 139 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC042_KeuzeExt" 84 147 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_KeuzeExt" 115 40 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FIC041_KeuzeExt" 94 51 FP_IO_OUTPUT
CP_CON 190 88 IEC_REAL_ID 30.0
CP_CON 190 185 IEC_REAL_ID 30.0
CP_CON 157 88 IEC_REAL_ID 0.0
CP_CON 157 90 IEC_REAL_ID 100.0
CP_CON 157 188 IEC_REAL_ID 0.0
CP_CON 157 190 IEC_REAL_ID 100.0
CP_CON 13 42 IEC_INT_ID 0
CP_CON 13 50 IEC_INT_ID 1
CP_CON 11 77 IEC_INT_ID 1
CP_CON 11 78 IEC_INT_ID 0
CP_CON 162 11 IEC_BOOL_ID 1
CP_CON 163 20 IEC_BOOL_ID 0
CP_CON 260 13 IEC_REAL_ID 0.0
CP_CON 12 142 IEC_INT_ID 0
CP_CON 12 150 IEC_INT_ID 1
CP_CON 10 177 IEC_INT_ID 1
CP_CON 10 178 IEC_INT_ID 0
CP_CON 162 111 IEC_BOOL_ID 1
CP_CON 163 120 IEC_BOOL_ID 0
CP_CON 260 113 IEC_REAL_ID 0.0
CP_CON 88 25 IEC_REAL_ID 2.0
CP_CON 89 11 IEC_INT_ID 2
CP_CON 89 18 IEC_INT_ID 0
CP_CON 122 12 IEC_REAL_ID 0.0
CP_CON 89 125 IEC_REAL_ID 2.0
CP_CON 90 111 IEC_INT_ID 1
CP_CON 90 118 IEC_INT_ID 0
CP_CON 122 112 IEC_REAL_ID 0.0
CP_CON 182 28 IEC_INT_ID 1024
CP_CON 182 29 IEC_INT_ID 2048
CP_CON 182 127 IEC_INT_ID 1024
CP_CON 182 128 IEC_INT_ID 2048
CP_LNK GVI: 190 58 FBI: 199 35 22 GRA: 199/59,199/59
CP_LNK GVI: 190 59 FBI: 199 35 23 GRA: 199/60,199/60
CP_LNK FBI: 199 35 6 GVI: 210 42 GRA: 210/43,210/43
CP_LNK FBI: 199 35 5 GVI: 210 41 GRA: 210/42,210/42
CP_LNK GVI: 190 47 FBI: 199 35 11 GRA: 199/48,199/48
CP_LNK GVI: 190 48 FBI: 199 35 12 GRA: 199/49,199/49
CP_LNK GVI: 190 49 FBI: 199 35 13 GRA: 199/50,199/50
CP_LNK GVI: 190 43 FBI: 199 35 7 GRA: 199/44,199/44
CP_LNK FBI: 164 40 2 GVI: 171 43 GRA: 171/44,171/44
CP_LNK GVI: 190 44 FBI: 199 35 8 GRA: 199/45,199/45
CP_LNK GVI: 190 45 FBI: 199 35 9 GRA: 199/46,199/46
CP_LNK GVI: 190 38 FBI: 199 35 2 GRA: 199/39,199/39
CP_LNK GVI: 190 50 FBI: 199 35 14 GRA: 199/51,199/51
CP_LNK GVI: 190 55 FBI: 199 35 19 GRA: 199/56,199/56
CP_LNK GVI: 190 56 FBI: 199 35 20 GRA: 199/57,199/57
CP_LNK GVI: 190 57 FBI: 199 35 21 GRA: 199/58,199/58
CP_LNK FBI: 199 35 3 GVI: 210 39 GRA: 210/40,210/40
CP_LNK GVI: 190 41 FBI: 199 35 5 GRA: 199/42,199/42
CP_LNK GVI: 190 53 FBI: 199 35 17 GRA: 199/54,199/54
CP_LNK GVI: 190 52 FBI: 199 35 16 GRA: 199/53,199/53
CP_LNK GVI: 155 43 FBI: 164 40 2 GRA: 164/44,164/44
CP_LNK GVI: 190 157 FBI: 199 134 22 GRA: 199/158,199/158
CP_LNK GVI: 190 158 FBI: 199 134 23 GRA: 199/159,199/159
CP_LNK GVI: 157 142 FBI: 166 139 2 GRA: 166/143,166/143
CP_LNK FBI: 166 139 2 GVI: 173 142 GRA: 173/143,173/143
CP_LNK GVI: 190 137 FBI: 199 134 2 GRA: 199/138,199/138
CP_LNK GVI: 190 140 FBI: 199 134 5 GRA: 199/141,199/141
CP_LNK GVI: 190 142 FBI: 199 134 7 GRA: 199/143,199/143
CP_LNK GVI: 190 144 FBI: 199 134 9 GRA: 199/145,199/145
CP_LNK GVI: 190 146 FBI: 199 134 11 GRA: 199/147,199/147
CP_LNK GVI: 190 147 FBI: 199 134 12 GRA: 199/148,199/148
CP_LNK GVI: 190 148 FBI: 199 134 13 GRA: 199/149,199/149
CP_LNK GVI: 190 149 FBI: 199 134 14 GRA: 199/150,199/150
CP_LNK GVI: 190 151 FBI: 199 134 16 GRA: 199/152,199/152
CP_LNK GVI: 190 152 FBI: 199 134 17 GRA: 199/153,199/153
CP_LNK GVI: 190 154 FBI: 199 134 19 GRA: 199/155,199/155
CP_LNK GVI: 190 155 FBI: 199 134 20 GRA: 199/156,199/156
CP_LNK GVI: 190 156 FBI: 199 134 21 GRA: 199/157,199/157
CP_LNK FBI: 199 134 3 GVI: 210 138 GRA: 210/139,210/139
CP_LNK FBI: 199 134 5 GVI: 210 140 GRA: 210/141,210/141
CP_LNK FBI: 199 134 6 GVI: 210 141 GRA: 210/142,210/142
CP_LNK GVI: 190 143 FBI: 199 134 8 GRA: 199/144,199/144
CP_LNK CON: 190 88 FBI: 199 75 12 GRA: 199/89,199/89
CP_LNK GVI: 190 84 FBI: 199 75 8 GRA: 199/85,199/85
CP_LNK FBI: 199 75 2 GVI: 210 78 GRA: 210/79,210/79
CP_LNK FBI: 199 75 3 GVI: 210 79 GRA: 210/80,210/80
CP_LNK FBI: 199 75 5 GVI: 210 81 GRA: 210/82,210/82
CP_LNK FBI: 199 75 6 GVI: 210 82 GRA: 210/83,210/83
CP_LNK FBI: 199 75 11 GVI: 210 87 GRA: 210/88,210/88
CP_LNK FBI: 199 75 16 GVI: 210 92 GRA: 210/93,210/93
CP_LNK GVI: 190 90 FBI: 199 75 14 GRA: 199/91,199/91
CP_LNK GVI: 190 78 FBI: 199 75 2 GRA: 199/79,199/79
CP_LNK GVI: 190 91 FBI: 199 75 15 GRA: 199/92,199/92
CP_LNK GVI: 190 92 FBI: 199 75 16 GRA: 199/93,199/93
CP_LNK GVI: 190 93 FBI: 199 75 17 GRA: 199/94,199/94
CP_LNK GVI: 190 94 FBI: 199 75 18 GRA: 199/95,199/95
CP_LNK GVI: 190 86 FBI: 199 75 10 GRA: 199/87,199/87
CP_LNK GVI: 190 87 FBI: 199 75 11 GRA: 199/88,199/88
CP_LNK FBI: 166 75 3 GVI: 173 79 GRA: 173/80,173/80
CP_LNK GVI: 157 79 FBI: 166 75 3 GRA: 166/80,166/80
CP_LNK GVI: 157 78 FBI: 166 75 2 GRA: 166/79,166/79
CP_LNK GVI: 157 80 FBI: 166 75 4 GRA: 166/81,166/81
CP_LNK GVI: 190 191 FBI: 199 172 18 GRA: 199/192,199/192
CP_LNK GVI: 190 190 FBI: 199 172 17 GRA: 199/191,199/191
CP_LNK CON: 190 185 FBI: 199 172 12 GRA: 199/186,199/186
CP_LNK FBI: 199 172 2 GVI: 210 175 GRA: 210/176,210/176
CP_LNK FBI: 199 172 3 GVI: 210 176 GRA: 210/177,210/177
CP_LNK FBI: 199 172 5 GVI: 210 178 GRA: 210/179,210/179
CP_LNK FBI: 199 172 6 GVI: 210 179 GRA: 210/180,210/180
CP_LNK FBI: 199 172 11 GVI: 210 184 GRA: 210/185,210/185
CP_LNK FBI: 199 172 14 GVI: 210 187 GRA: 210/188,210/188
CP_LNK FBI: 199 172 15 GVI: 210 188 GRA: 210/189,210/189
CP_LNK FBI: 199 172 16 GVI: 210 189 GRA: 210/190,210/190
CP_LNK FBI: 166 175 3 GVI: 173 179 GRA: 173/180,173/180
CP_LNK GVI: 157 178 FBI: 166 175 2 GRA: 166/179,166/179
CP_LNK GVI: 157 179 FBI: 166 175 3 GRA: 166/180,166/180
CP_LNK GVI: 190 189 FBI: 199 172 16 GRA: 199/190,199/190
CP_LNK GVI: 190 188 FBI: 199 172 15 GRA: 199/189,199/189
CP_LNK GVI: 190 187 FBI: 199 172 14 GRA: 199/188,199/188
CP_LNK GVI: 190 184 FBI: 199 172 11 GRA: 199/185,199/185
CP_LNK GVI: 190 181 FBI: 199 172 8 GRA: 199/182,199/182
CP_LNK GVI: 190 175 FBI: 199 172 2 GRA: 199/176,199/176
CP_LNK FBI: 199 172 10 GVI: 210 183 GRA: 210/184,210/184
CP_LNK FBI: 199 75 10 GVI: 210 86 GRA: 210/87,210/87
CP_LNK CON: 157 88 FBI: 166 84 3 GRA: 166/89,166/89
CP_LNK CON: 157 90 FBI: 166 84 5 GRA: 166/91,166/91
CP_LNK GVI: 157 87 FBI: 166 84 2 GRA: 166/88,166/88
CP_LNK GVI: 157 89 FBI: 166 84 4 GRA: 166/90,166/90
CP_LNK CON: 157 188 FBI: 166 184 3 GRA: 166/189,166/189
CP_LNK CON: 157 190 FBI: 166 184 5 GRA: 166/191,166/191
CP_LNK GVI: 157 187 FBI: 166 184 2 GRA: 166/188,166/188
CP_LNK GVI: 157 189 FBI: 166 184 4 GRA: 166/190,166/190
CP_LNK GVI: 190 81 FBI: 199 75 5 GRA: 199/82,199/82
CP_LNK GVI: 190 82 FBI: 199 75 6 GRA: 199/83,199/83
CP_LNK GVI: 190 178 FBI: 199 172 5 GRA: 199/179,199/179
CP_LNK GVI: 190 179 FBI: 199 172 6 GRA: 199/180,199/180
CP_LNK FBI: 95 90 2 FBI: 109 84 4 GRA: 105/94,108/94,108/90,109/90
CP_LNK FBI: 95 39 2 FBI: 124 37 4 GRA: 105/43,124/43
CP_LNK FBI: 21 55 2 FBI: 33 59 2 GRA: 29/59,31/59,31/63,33/63
CP_LNK CON: 13 42 FBI: 22 38 3 GRA: 22/43,22/43
CP_LNK FBI: 22 38 2 FBI: 44 37 3 GRA: 29/42,44/42
CP_LNK FBI: 22 46 2 FBI: 44 45 3 GRA: 29/50,44/50
CP_LNK CON: 13 50 FBI: 22 46 3 GRA: 22/51,22/51
CP_LNK FBI: 33 59 2 FBI: 54 54 3 GRA: 42/63,52/63,52/59,54/59
CP_LNK CON: 11 77 FBI: 20 73 3 GRA: 20/78,20/78
CP_LNK CON: 11 78 FBI: 20 73 4 GRA: 20/79,20/79
CP_LNK FBI: 24 88 2 FBI: 37 93 1 GRA: 31/92,33/92,33/96,37/96
CP_LNK FBI: 109 84 3 GVI: 116 88 GRA: 116/89,116/89
CP_LNK GVI: 100 88 FBI: 109 84 3 GRA: 109/89,109/89
CP_LNK GVI: 190 42 FBI: 199 35 6 GRA: 199/43,199/43
CP_LNK GVI: 7 11 FBI: 16 8 2 GRA: 16/12,16/12
CP_LNK FBI: 16 8 12 GVI: 26 21 GRA: 26/22,26/22
CP_LNK FBI: 16 8 13 GVI: 26 22 GRA: 26/23,26/23
CP_LNK GVI: 35 42 FBI: 44 37 4 GRA: 44/43,44/43
CP_LNK GVI: 35 50 FBI: 44 45 4 GRA: 44/51,44/51
CP_LNK FBI: 37 93 2 GVI: 44 96 GRA: 44/97,44/97
CP_LNK GVI: 13 49 FBI: 22 46 2 GRA: 22/50,22/50
CP_LNK GVI: 35 40 FBI: 44 37 2 GRA: 44/41,44/41
CP_LNK GVI: 35 48 FBI: 44 45 2 GRA: 44/49,44/49
CP_LNK FBI: 44 37 3 GVI: 51 41 GRA: 51/42,51/42
CP_LNK FBI: 44 45 3 GVI: 51 49 GRA: 51/50,51/50
CP_LNK GVI: 12 58 FBI: 21 55 2 GRA: 21/59,21/59
CP_LNK GVI: 12 59 FBI: 21 55 3 GRA: 21/60,21/60
CP_LNK GVI: 24 63 FBI: 33 59 3 GRA: 33/64,33/64
CP_LNK GVI: 45 57 FBI: 54 54 2 GRA: 54/58,54/58
CP_LNK FBI: 54 54 2 GVI: 61 57 GRA: 61/58,61/58
CP_LNK GVI: 11 76 FBI: 20 73 2 GRA: 20/77,20/77
CP_LNK FBI: 20 73 3 GVI: 27 77 GRA: 27/78,27/78
CP_LNK GVI: 15 91 FBI: 24 88 2 GRA: 24/92,24/92
CP_LNK GVI: 28 96 FBI: 37 93 2 GRA: 37/97,37/97
CP_LNK FBI: 171 7 2 FBI: 185 7 2 GRA: 180/11,185/11
CP_LNK FBI: 172 16 2 FBI: 185 7 3 GRA: 180/20,182/20,182/12,185/12
CP_LNK FBI: 199 75 15 GVI: 210 91 GRA: 210/92,210/92
CP_LNK GVI: 237 56 FBI: 246 31 24 GRA: 246/57,246/57
CP_LNK GVI: 237 57 FBI: 246 31 25 GRA: 246/58,246/58
CP_LNK FBI: 246 31 3 GVI: 257 35 GRA: 257/36,257/36
CP_LNK FBI: 246 31 4 GVI: 257 36 GRA: 257/37,257/37
CP_LNK GVI: 94 52 FBI: 103 48 3 GRA: 103/53,103/53
CP_LNK GVI: 94 53 FBI: 103 48 4 GRA: 103/54,103/54
CP_LNK GVI: 115 41 FBI: 124 37 3 GRA: 124/42,124/42
CP_LNK GVI: 86 42 FBI: 95 39 2 GRA: 95/43,95/43
CP_LNK FBI: 124 37 3 GVI: 131 41 GRA: 131/42,131/42
CP_LNK GVI: 111 72 FBI: 120 69 2 GRA: 120/73,120/73
CP_LNK GVI: 100 87 FBI: 109 84 2 GRA: 109/88,109/88
CP_LNK GVI: 86 93 FBI: 95 90 2 GRA: 95/94,95/94
CP_LNK FBI: 120 69 2 GVI: 127 72 GRA: 127/73,127/73
CP_LNK GVI: 13 41 FBI: 22 38 2 GRA: 22/42,22/42
CP_LNK GVI: 162 10 FBI: 171 7 2 GRA: 171/11,171/11
CP_LNK GVI: 163 19 FBI: 172 16 2 GRA: 172/20,172/20
CP_LNK FBI: 185 7 2 GVI: 192 10 GRA: 192/11,192/11
CP_LNK CON: 162 11 FBI: 171 7 3 GRA: 171/12,171/12
CP_LNK CON: 163 20 FBI: 172 16 3 GRA: 172/21,172/21
CP_LNK FBI: 243 9 2 FBI: 254 9 2 GRA: 251/13,254/13
CP_LNK FBI: 254 9 2 FBI: 269 9 2 GRA: 265/13,269/13
CP_LNK CON: 260 13 FBI: 269 9 3 GRA: 269/14,269/14
CP_LNK FBI: 269 9 2 GVI: 278 12 GRA: 278/13,278/13
CP_LNK FBI: 20 155 2 FBI: 32 159 2 GRA: 28/159,30/159,30/163,32/163
CP_LNK CON: 12 142 FBI: 21 138 3 GRA: 21/143,21/143
CP_LNK FBI: 21 138 2 FBI: 43 137 3 GRA: 28/142,43/142
CP_LNK FBI: 21 146 2 FBI: 43 145 3 GRA: 28/150,43/150
CP_LNK CON: 12 150 FBI: 21 146 3 GRA: 21/151,21/151
CP_LNK FBI: 32 159 2 FBI: 53 154 3 GRA: 41/163,51/163,51/159,53/159
CP_LNK CON: 10 177 FBI: 19 173 3 GRA: 19/178,19/178
CP_LNK CON: 10 178 FBI: 19 173 4 GRA: 19/179,19/179
CP_LNK FBI: 23 188 2 FBI: 36 193 1 GRA: 30/192,32/192,32/196,36/196
CP_LNK GVI: 34 140 FBI: 43 137 2 GRA: 43/141,43/141
CP_LNK GVI: 34 148 FBI: 43 145 2 GRA: 43/149,43/149
CP_LNK GVI: 14 191 FBI: 23 188 2 GRA: 23/192,23/192
CP_LNK GVI: 6 111 FBI: 15 108 2 GRA: 15/112,15/112
CP_LNK FBI: 15 108 13 GVI: 25 122 GRA: 25/123,25/123
CP_LNK FBI: 15 108 12 GVI: 25 121 GRA: 25/122,25/122
CP_LNK GVI: 12 141 FBI: 21 138 2 GRA: 21/142,21/142
CP_LNK GVI: 12 149 FBI: 21 146 2 GRA: 21/150,21/150
CP_LNK GVI: 34 142 FBI: 43 137 4 GRA: 43/143,43/143
CP_LNK GVI: 34 150 FBI: 43 145 4 GRA: 43/151,43/151
CP_LNK FBI: 43 137 3 GVI: 50 141 GRA: 50/142,50/142
CP_LNK FBI: 43 145 3 GVI: 50 149 GRA: 50/150,50/150
CP_LNK GVI: 11 158 FBI: 20 155 2 GRA: 20/159,20/159
CP_LNK GVI: 11 159 FBI: 20 155 3 GRA: 20/160,20/160
CP_LNK GVI: 23 163 FBI: 32 159 3 GRA: 32/164,32/164
CP_LNK GVI: 44 157 FBI: 53 154 2 GRA: 53/158,53/158
CP_LNK FBI: 53 154 2 GVI: 60 157 GRA: 60/158,60/158
CP_LNK GVI: 10 176 FBI: 19 173 2 GRA: 19/177,19/177
CP_LNK FBI: 19 173 3 GVI: 26 177 GRA: 26/178,26/178
CP_LNK GVI: 27 196 FBI: 36 193 2 GRA: 36/197,36/197
CP_LNK FBI: 36 193 2 GVI: 43 196 GRA: 43/197,43/197
CP_LNK FBI: 97 178 2 FBI: 124 176 4 GRA: 107/182,124/182
CP_LNK FBI: 91 138 2 FBI: 121 136 4 GRA: 101/142,121/142
CP_LNK GVI: 115 179 FBI: 124 176 2 GRA: 124/180,124/180
CP_LNK GVI: 84 148 FBI: 93 144 3 GRA: 93/149,93/149
CP_LNK GVI: 84 149 FBI: 93 144 4 GRA: 93/150,93/150
CP_LNK GVI: 112 140 FBI: 121 136 3 GRA: 121/141,121/141
CP_LNK GVI: 82 141 FBI: 91 138 2 GRA: 91/142,91/142
CP_LNK FBI: 121 136 3 GVI: 128 140 GRA: 128/141,128/141
CP_LNK GVI: 109 167 FBI: 118 164 2 GRA: 118/168,118/168
CP_LNK FBI: 118 164 2 GVI: 125 167 GRA: 125/168,125/168
CP_LNK GVI: 115 180 FBI: 124 176 3 GRA: 124/181,124/181
CP_LNK GVI: 88 181 FBI: 97 178 2 GRA: 97/182,97/182
CP_LNK FBI: 124 176 3 GVI: 131 180 GRA: 131/181,131/181
CP_LNK GVI: 190 141 FBI: 199 134 6 GRA: 199/142,199/142
CP_LNK FBI: 199 75 14 GVI: 210 90 GRA: 210/91,210/91
CP_LNK CON: 163 120 FBI: 172 116 3 GRA: 172/121,172/121
CP_LNK FBI: 171 107 2 FBI: 185 107 2 GRA: 180/111,185/111
CP_LNK FBI: 172 116 2 FBI: 185 107 3 GRA: 180/120,182/120,182/112,185/112
CP_LNK CON: 162 111 FBI: 171 107 3 GRA: 171/112,171/112
CP_LNK GVI: 162 110 FBI: 171 107 2 GRA: 171/111,171/111
CP_LNK FBI: 185 107 2 GVI: 192 110 GRA: 192/111,192/111
CP_LNK GVI: 163 119 FBI: 172 116 2 GRA: 172/120,172/120
CP_LNK GVI: 157 180 FBI: 166 175 4 GRA: 166/181,166/181
CP_LNK GVI: 190 183 FBI: 199 172 10 GRA: 199/184,199/184
CP_LNK GVI: 237 156 FBI: 246 131 24 GRA: 246/157,246/157
CP_LNK GVI: 237 157 FBI: 246 131 25 GRA: 246/158,246/158
CP_LNK FBI: 243 109 2 FBI: 254 109 2 GRA: 251/113,254/113
CP_LNK FBI: 254 109 2 FBI: 269 109 2 GRA: 265/113,269/113
CP_LNK CON: 260 113 FBI: 269 109 3 GRA: 269/114,269/114
CP_LNK FBI: 269 109 2 GVI: 278 112 GRA: 278/113,278/113
CP_LNK FBI: 246 131 3 GVI: 257 135 GRA: 257/136,257/136
CP_LNK FBI: 246 131 4 GVI: 257 136 GRA: 257/137,257/137
CP_LNK CON: 88 25 FBI: 97 21 3 GRA: 97/26,97/26
CP_LNK GVI: 89 10 FBI: 98 7 2 GRA: 98/11,98/11
CP_LNK CON: 89 11 FBI: 98 7 3 GRA: 98/12,98/12
CP_LNK GVI: 89 17 FBI: 98 14 2 GRA: 98/18,98/18
CP_LNK CON: 89 18 FBI: 98 14 3 GRA: 98/19,98/19
CP_LNK FBI: 98 7 2 FBI: 131 7 2 GRA: 105/11,131/11
CP_LNK FBI: 131 7 3 GVI: 138 11 GRA: 138/12,138/12
CP_LNK CON: 122 12 FBI: 131 7 4 GRA: 131/13,131/13
CP_LNK FBI: 118 14 3 FBI: 131 7 3 GRA: 125/19,126/19,126/12,131/12
CP_LNK FBI: 98 14 2 FBI: 118 14 2 GRA: 105/18,118/18
CP_LNK FBI: 97 21 2 FBI: 118 14 4 GRA: 105/25,116/25,116/20,118/20
CP_LNK CON: 89 125 FBI: 98 121 3 GRA: 98/126,98/126
CP_LNK GVI: 90 110 FBI: 99 107 2 GRA: 99/111,99/111
CP_LNK CON: 90 111 FBI: 99 107 3 GRA: 99/112,99/112
CP_LNK GVI: 90 117 FBI: 99 114 2 GRA: 99/118,99/118
CP_LNK CON: 90 118 FBI: 99 114 3 GRA: 99/119,99/119
CP_LNK FBI: 99 107 2 FBI: 131 107 2 GRA: 106/111,131/111
CP_LNK CON: 122 112 FBI: 131 107 4 GRA: 131/113,131/113
CP_LNK FBI: 118 114 3 FBI: 131 107 3 GRA: 125/119,126/119,126/112,131/112
CP_LNK FBI: 99 114 2 FBI: 118 114 2 GRA: 106/118,118/118
CP_LNK FBI: 98 121 2 FBI: 118 114 4 GRA: 106/125,116/125,116/120,118/120
CP_LNK FBI: 131 107 3 GVI: 138 111 GRA: 138/112,138/112
CP_LNK FBI: 199 35 19 GVI: 210 55 GRA: 210/56,210/56
CP_LNK FBI: 199 35 20 GVI: 210 56 GRA: 210/57,210/57
CP_LNK GVI: 234 12 FBI: 243 9 2 GRA: 243/13,243/13
CP_LNK GVI: 234 13 FBI: 243 9 3 GRA: 243/14,243/14
CP_LNK GVI: 237 35 FBI: 246 31 3 GRA: 246/36,246/36
CP_LNK GVI: 237 36 FBI: 246 31 4 GRA: 246/37,246/37
CP_LNK GVI: 237 55 FBI: 246 31 23 GRA: 246/56,246/56
CP_LNK GVI: 234 112 FBI: 243 109 2 GRA: 243/113,243/113
CP_LNK GVI: 234 113 FBI: 243 109 3 GRA: 243/114,243/114
CP_LNK FBI: 199 134 19 GVI: 210 154 GRA: 210/155,210/155
CP_LNK FBI: 199 134 20 GVI: 210 155 GRA: 210/156,210/156
CP_LNK GVI: 237 135 FBI: 246 131 3 GRA: 246/136,246/136
CP_LNK GVI: 237 136 FBI: 246 131 4 GRA: 246/137,246/137
CP_LNK GVI: 237 155 FBI: 246 131 23 GRA: 246/156,246/156
CP_LNK GVI: 237 134 FBI: 246 131 2 GRA: 246/135,246/135
CP_LNK GVI: 237 34 FBI: 246 31 2 GRA: 246/35,246/35
CP_LNK GVI: 237 53 FBI: 246 31 21 GRA: 246/54,246/54
CP_LNK FBI: 246 31 21 GVI: 257 53 GRA: 257/54,257/54
CP_LNK FBI: 246 31 2 GVI: 257 34 GRA: 257/35,257/35
CP_LNK FBI: 246 131 2 GVI: 257 134 GRA: 257/135,257/135
CP_LNK GVI: 237 153 FBI: 246 131 21 GRA: 246/154,246/154
CP_LNK FBI: 246 131 21 GVI: 257 153 GRA: 257/154,257/154
CP_LNK FBI: 200 19 2 FBI: 208 19 2 GRA: 207/23,208/23
CP_LNK FBI: 188 19 2 FBI: 200 19 2 GRA: 198/23,200/23
CP_LNK FBI: 191 24 3 FBI: 200 19 3 GRA: 198/29,199/29,199/24,200/24
CP_LNK CON: 182 28 FBI: 191 24 3 GRA: 191/29,191/29
CP_LNK CON: 182 29 FBI: 191 24 4 GRA: 191/30,191/30
CP_LNK FBI: 208 19 2 GVI: 218 22 GRA: 218/23,218/23
CP_LNK GVI: 182 27 FBI: 191 24 2 GRA: 191/28,191/28
CP_LNK FBI: 199 35 2 FBI: 188 19 2 GRA: 210/39,212/39,212/33,180/33,180/23,188/23
CP_LNK FBI: 200 118 2 FBI: 208 118 2 GRA: 207/122,208/122
CP_LNK FBI: 188 118 2 FBI: 200 118 2 GRA: 198/122,200/122
CP_LNK FBI: 191 123 3 FBI: 200 118 3 GRA: 198/128,199/128,199/123,200/123
CP_LNK CON: 182 127 FBI: 191 123 3 GRA: 191/128,191/128
CP_LNK CON: 182 128 FBI: 191 123 4 GRA: 191/129,191/129
CP_LNK FBI: 208 118 2 GVI: 218 121 GRA: 218/122,218/122
CP_LNK GVI: 182 126 FBI: 191 123 2 GRA: 191/127,191/127
CP_LNK FBI: 199 134 2 FBI: 188 118 2 GRA: 210/138,212/138,212/131,180/131,180/122,188/122
CP_LNK GVI: 88 24 FBI: 97 21 2 GRA: 97/25,97/25
CP_LNK GVI: 109 18 FBI: 118 14 3 GRA: 118/19,118/19
CP_LNK GVI: 89 124 FBI: 98 121 2 GRA: 98/125,98/125
CP_LNK GVI: 109 118 FBI: 118 114 3 GRA: 118/119,118/119
CP_LNK GVI: 91 65 FBI: 100 62 2 GRA: 100/66,100/66
CP_LNK FBI: 127 48 3 GVI: 134 52 GRA: 134/53,134/53
CP_LNK FBI: 103 48 3 FBI: 127 48 3 GRA: 110/53,127/53
CP_LNK FBI: 100 62 2 FBI: 127 48 4 GRA: 110/66,116/66,116/54,127/54
CP_LNK GVI: 118 51 FBI: 127 48 2 GRA: 127/52,127/52
CP_LNK GVI: 114 147 FBI: 123 144 2 GRA: 123/148,123/148
CP_LNK FBI: 123 144 3 GVI: 130 148 GRA: 130/149,130/149
CP_LNK FBI: 93 144 3 FBI: 123 144 3 GRA: 100/149,123/149
CP_LNK FBI: 107 150 2 FBI: 123 144 4 GRA: 117/154,120/154,120/150,123/150
CP_LNK GVI: 98 153 FBI: 107 150 2 GRA: 107/154,107/154
CP_LNK FBI: 52 8 16 GVI: 62 25 GRA: 62/26,62/26
CP_LNK FBI: 52 8 17 GVI: 62 26 GRA: 62/27,62/27
CP_LNK GVI: 43 11 FBI: 52 8 2 GRA: 52/12,52/12
CP_LNK FBI: 53 108 17 GVI: 63 126 GRA: 63/127,63/127
CP_LNK FBI: 53 108 16 GVI: 63 125 GRA: 63/126,63/126
CP_LNK GVI: 44 111 FBI: 53 108 2 GRA: 53/112,53/112
CP_LNK GVI: 112 139 FBI: 121 136 2 GRA: 121/140,121/140
CP_LNK GVI: 84 147 FBI: 93 144 2 GRA: 93/148,93/148
CP_LNK GVI: 115 40 FBI: 124 37 2 GRA: 124/41,124/41
CP_LNK GVI: 94 51 FBI: 103 48 2 GRA: 103/52,103/52
CP_SEC "Afsluiters" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 52 EXEC: 14 TEXT:
CP_COM LEFT: 2 RIGHT: 18 TOP: 2 BOT: 6 TEXT:
...TXF ****************************************
...TXT XV-041: Afsluiter ruwwatertoevoer 1
...TXT Typical: DFB_ABS
...TXT ****************************************
CP_COM LEFT: 15 RIGHT: 31 TOP: 37 BOT: 41 TEXT:
...TXF ****************************************
...TXT XV-042: Afsluiter ruwwatertoevoer 2
...TXT Typical: DFB_ABS
...TXT ****************************************
CP_COM LEFT: 41 RIGHT: 74 TOP: 2 BOT: 7 TEXT:
...TXF **********************************************************************************
...TXT 22-06-2006 HB aangepast
...TXT                          Indien keuze ruwwaterverdeling is ongelijk aan keuze
...TXT                          alleen rechts dient deze afsluiter open te gaan
...TXT **********************************************************************************
CP_COM LEFT: 41 RIGHT: 74 TOP: 36 BOT: 41 TEXT:
...TXF **********************************************************************************
...TXT 22-06-2006 HB aangepast
...TXT                          Indien keuze ruwwaterverdeling is ongelijk aan keuze
...TXT                          alleen links dient deze afsluiter open te gaan
...TXT **********************************************************************************
CP_DBI "DFB_ABS" 51 11 CODID: 2 NAME: "FBI_52_1" TEXT:
CP_DBI "DFB_ABS" 50 44 CODID: 4 NAME: "FBI_52_2" TEXT:
CP_FBI "NE_INT" 21 15 CODID: 1 NAME: ".52.12" TEXT:
CP_FBI "NE_INT" 22 48 CODID: 3 NAME: ".52.13" TEXT:
CP_GVI NAMED_VAR: "PLC1_XV041_BedWrd" 42 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV041_PriWrd" 42 23 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV041_OndWrd" 42 24 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV041_AcofTijd" 42 25 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 42 26 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 42 27 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV041_Beschik" 62 17 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV041_CmdO" 62 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV041_StatBed" 62 14 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV041_Paraat" 62 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV041_CmdD" 62 21 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV041_AlwPri" 62 23 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV041_AlwSec" 62 24 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV041_Storing" 62 25 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV042_BedWrd" 41 47 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_PriWrd" 41 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_OndWrd" 41 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_AcofTijd" 41 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 41 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 41 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_StatBed" 61 47 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV042_StatBedr" 61 48 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV042_Beschik" 61 50 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV042_Paraat" 61 51 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV042_CmdD" 61 54 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV042_AlwPri" 61 56 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV042_AlwSec" 61 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV042_Storing" 61 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV042_CmdO" 61 53 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV041_StatBedr" 62 15 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_XV041_VrijO" 42 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_VrijO" 41 50 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV041_MeldO" 42 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV041_MeldD" 42 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_MeldO" 41 53 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XV042_MeldD" 41 54 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterverdeling_Keuze" 12 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Ruwwaterverdeling_Keuze" 13 51 FP_IO_OUTPUT
CP_CON 12 19 IEC_INT_ID 2
CP_CON 13 52 IEC_INT_ID 1
CP_LNK GVI: 42 14 FBI: 51 11 2 GRA: 51/15,51/15
CP_LNK GVI: 42 23 FBI: 51 11 11 GRA: 51/24,51/24
CP_LNK GVI: 42 24 FBI: 51 11 12 GRA: 51/25,51/25
CP_LNK GVI: 42 25 FBI: 51 11 13 GRA: 51/26,51/26
CP_LNK GVI: 42 26 FBI: 51 11 14 GRA: 51/27,51/27
CP_LNK GVI: 42 27 FBI: 51 11 15 GRA: 51/28,51/28
CP_LNK FBI: 51 11 5 GVI: 62 17 GRA: 62/18,62/18
CP_LNK FBI: 51 11 8 GVI: 62 20 GRA: 62/21,62/21
CP_LNK FBI: 51 11 2 GVI: 62 14 GRA: 62/15,62/15
CP_LNK FBI: 51 11 6 GVI: 62 18 GRA: 62/19,62/19
CP_LNK FBI: 51 11 9 GVI: 62 21 GRA: 62/22,62/22
CP_LNK FBI: 51 11 11 GVI: 62 23 GRA: 62/24,62/24
CP_LNK FBI: 51 11 12 GVI: 62 24 GRA: 62/25,62/25
CP_LNK FBI: 51 11 13 GVI: 62 25 GRA: 62/26,62/26
CP_LNK GVI: 41 47 FBI: 50 44 2 GRA: 50/48,50/48
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 FBI: 50 44 2 GVI: 61 47 GRA: 61/48,61/48
CP_LNK FBI: 50 44 3 GVI: 61 48 GRA: 61/49,61/49
CP_LNK FBI: 50 44 5 GVI: 61 50 GRA: 61/51,61/51
CP_LNK FBI: 50 44 6 GVI: 61 51 GRA: 61/52,61/52
CP_LNK FBI: 50 44 9 GVI: 61 54 GRA: 61/55,61/55
CP_LNK FBI: 50 44 11 GVI: 61 56 GRA: 61/57,61/57
CP_LNK FBI: 50 44 12 GVI: 61 57 GRA: 61/58,61/58
CP_LNK FBI: 50 44 13 GVI: 61 58 GRA: 61/59,61/59
CP_LNK FBI: 50 44 8 GVI: 61 53 GRA: 61/54,61/54
CP_LNK FBI: 51 11 3 GVI: 62 15 GRA: 62/16,62/16
CP_LNK GVI: 42 17 FBI: 51 11 5 GRA: 51/18,51/18
CP_LNK GVI: 41 50 FBI: 50 44 5 GRA: 50/51,50/51
CP_LNK GVI: 42 20 FBI: 51 11 8 GRA: 51/21,51/21
CP_LNK GVI: 42 21 FBI: 51 11 9 GRA: 51/22,51/22
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 CON: 12 19 FBI: 21 15 3 GRA: 21/20,21/20
CP_LNK GVI: 12 18 FBI: 21 15 2 GRA: 21/19,21/19
CP_LNK FBI: 21 15 2 FBI: 51 11 6 GRA: 28/19,51/19
CP_LNK CON: 13 52 FBI: 22 48 3 GRA: 22/53,22/53
CP_LNK GVI: 13 51 FBI: 22 48 2 GRA: 22/52,22/52
CP_LNK FBI: 22 48 2 FBI: 50 44 6 GRA: 29/52,50/52
CP_SEC "Winpompen" SECTK_F_SECTION LANG_FBD SVB: FALSE ID: 44 EXEC: 15 TEXT: 
CP_COM LEFT: 178 RIGHT: 183 TOP: 105 BOT: 106 TEXT: Winning Put 25
CP_COM LEFT: 2 RIGHT: 18 TOP: 3 BOT: 7 TEXT:
...TXF ****************************************
...TXT P-001: Winning put 1 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 2 RIGHT: 18 TOP: 52 BOT: 56 TEXT:
...TXF ****************************************
...TXT P-002: Winning put 2 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 153 RIGHT: 169 TOP: 103 BOT: 107 TEXT:
...TXF ****************************************
...TXT P-025: Winning put 25 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 153 RIGHT: 169 TOP: 52 BOT: 56 TEXT:
...TXF ****************************************
...TXT P-024: Winning put 24 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 77 RIGHT: 93 TOP: 3 BOT: 7 TEXT:
...TXF ****************************************
...TXT P-023: Winning put 23 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 77 RIGHT: 93 TOP: 52 BOT: 56 TEXT:
...TXF ****************************************
...TXT P-004: Winning put 4 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 152 RIGHT: 168 TOP: 3 BOT: 7 TEXT:
...TXF ****************************************
...TXT P-005: Winning put 5 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 227 RIGHT: 243 TOP: 3 BOT: 7 TEXT:
...TXF ****************************************
...TXT P-007: Winning put 7 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 227 RIGHT: 243 TOP: 52 BOT: 56 TEXT:
...TXF ****************************************
...TXT P-008: Winning put 8 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 2 RIGHT: 18 TOP: 102 BOT: 106 TEXT:
...TXF ****************************************
...TXT P-009: Winning put 9 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 2 RIGHT: 18 TOP: 152 BOT: 156 TEXT:
...TXF ****************************************
...TXT P-021: Winning put 21 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 77 RIGHT: 93 TOP: 102 BOT: 106 TEXT:
...TXF ****************************************
...TXT P-022: Winning put 22 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 77 RIGHT: 93 TOP: 152 BOT: 156 TEXT:
...TXF ****************************************
...TXT P-012: Winning put 12 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 153 RIGHT: 169 TOP: 152 BOT: 156 TEXT:
...TXF ****************************************
...TXT P-026: Winning put 26 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_COM LEFT: 227 RIGHT: 243 TOP: 102 BOT: 106 TEXT:
...TXF ****************************************
...TXT P-027: Winning put 27 ( Genderen)
...TXT Typical: DFB_DOL
...TXT ****************************************
CP_DBI "DFB_DOL" 50 3 CODID: 3 NAME: "FBI_44_1" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_DBI "DFB_DOL" 51 52 CODID: 6 NAME: "FBI_44_2" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_DBI "DFB_DOL" 203 103 CODID: 9 NAME: "FBI_44_4" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_DBI "DFB_DOL" 202 54 CODID: 12 NAME: "FBI_44_5" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_FBI "AND_BOOL" 13 162 CODID: 13 NAME: ".44.62" TEXT:
CP_FBI "OR_BOOL" 25 157 CODID: 14 NAME: ".44.63" TEXT:
CP_FBI "OR_BOOL" 31 7 CODID: 2 NAME: ".44.19" TEXT:
CP_FBI "AND_BOOL" 16 61 CODID: 4 NAME: ".44.32" TEXT:
CP_FBI "OR_BOOL" 31 56 CODID: 5 NAME: ".44.34" TEXT:
CP_DBI "DFB_DOL" 49 153 CODID: 15 NAME: "FBI_44_64" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_FBI "AND_BOOL" 17 14 CODID: 1 NAME: ".44.54" TEXT:
CP_FBI "AND_BOOL" 167 63 CODID: 10 NAME: ".44.55" TEXT:
CP_FBI "OR_BOOL" 182 58 CODID: 11 NAME: ".44.57" TEXT:
CP_FBI "AND_BOOL" 168 112 CODID: 7 NAME: ".44.58" TEXT:
CP_FBI "OR_BOOL" 183 107 CODID: 8 NAME: ".44.60" TEXT:
CP_FBI "AND_BOOL" 92 112 CODID: 16 NAME: ".44.66" TEXT:
CP_FBI "OR_BOOL" 104 107 CODID: 17 NAME: ".44.67" TEXT:
CP_DBI "DFB_DOL" 127 103 CODID: 18 NAME: "FBI_44_68" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_FBI "AND_BOOL" 92 12 CODID: 19 NAME: ".44.70" TEXT:
CP_FBI "OR_BOOL" 104 7 CODID: 20 NAME: ".44.71" TEXT:
CP_DBI "DFB_DOL" 127 3 CODID: 21 NAME: "FBI_44_72" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_FBI "AND_BOOL" 96 61 CODID: 22 NAME: ".44.74" TEXT:
CP_FBI "OR_BOOL" 108 56 CODID: 23 NAME: ".44.75" TEXT:
CP_DBI "DFB_DOL" 127 52 CODID: 24 NAME: "FBI_44_76" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_FBI "AND_BOOL" 171 12 CODID: 25 NAME: ".44.78" TEXT:
CP_FBI "OR_BOOL" 183 7 CODID: 26 NAME: ".44.79" TEXT:
CP_DBI "DFB_DOL" 202 3 CODID: 27 NAME: "FBI_44_80" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_FBI "AND_BOOL" 243 63 CODID: 28 NAME: ".44.82" TEXT:
CP_FBI "OR_BOOL" 255 58 CODID: 29 NAME: ".44.83" TEXT:
CP_DBI "DFB_DOL" 277 54 CODID: 30 NAME: "FBI_44_84" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_FBI "AND_BOOL" 244 12 CODID: 31 NAME: ".44.86" TEXT:
CP_FBI "OR_BOOL" 256 7 CODID: 32 NAME: ".44.87" TEXT:
CP_DBI "DFB_DOL" 276 3 CODID: 33 NAME: "FBI_44_88" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_FBI "AND_BOOL" 18 112 CODID: 34 NAME: ".44.90" TEXT:
CP_FBI "OR_BOOL" 30 107 CODID: 35 NAME: ".44.91" TEXT:
CP_DBI "DFB_DOL" 49 103 CODID: 36 NAME: "FBI_44_92" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_FBI "AND_BOOL" 95 162 CODID: 37 NAME: ".44.94" TEXT:
CP_FBI "OR_BOOL" 107 157 CODID: 38 NAME: ".44.95" TEXT:
CP_DBI "DFB_DOL" 127 153 CODID: 39 NAME: "FBI_44_96" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_FBI "AND_BOOL" 244 112 CODID: 40 NAME: ".44.98" TEXT:
CP_FBI "OR_BOOL" 255 107 CODID: 41 NAME: ".44.99" TEXT:
CP_DBI "DFB_DOL" 276 103 CODID: 42 NAME: "FBI_44_100" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_FBI "AND_BOOL" 170 162 CODID: 43 NAME: ".44.102" TEXT:
CP_FBI "OR_BOOL" 182 157 CODID: 44 NAME: ".44.103" TEXT:
CP_DBI "DFB_DOL" 203 153 CODID: 45 NAME: "FBI_44_104" TEXT:
CP_INV KIND/ID: FBIPH_INPUT/10,FBIPH_INPUT/11
CP_GVI NAMED_VAR: "PLC1_P002_BedWrd" 42 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_MeldVk" 42 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_PriWrd" 42 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_OndWrd" 42 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_AcofTijd" 42 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_StatBed" 62 55 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P002_StatBedr" 62 56 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P002_Beschik" 62 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P002_Paraat" 62 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P002_CmdIn" 62 61 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P002_AlwPri" 62 67 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P002_AlwSec" 62 68 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P025_BedWrd" 194 106 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_MeldVk" 194 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_PriWrd" 194 118 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_OndWrd" 194 119 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_AcofTijd" 194 120 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_StatBed" 214 106 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P025_StatBedr" 214 107 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P025_Beschik" 214 109 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P025_Paraat" 214 110 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P025_CmdIn" 214 112 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P025_AlwPri" 214 118 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P025_AlwSec" 214 119 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P025_Storing" 214 120 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P024_BedWrd" 193 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_MeldVk" 193 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_PriWrd" 193 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_OndWrd" 193 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_AcofTijd" 193 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_StatBed" 213 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P024_StatBedr" 213 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P024_Beschik" 213 60 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P024_Paraat" 213 61 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P024_CmdIn" 213 63 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P024_AlwPri" 213 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P024_AlwSec" 213 70 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P024_Storing" 213 71 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_BedWrd" 41 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_MeldVk" 41 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_PriWrd" 41 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_OndWrd" 41 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_AcofTijd" 41 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_StatBed" 61 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_Beschik" 61 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_Paraat" 61 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_CmdIn" 61 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_AlwPri" 61 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_AlwSec" 61 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_Storing" 61 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 41 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 41 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_StatBedr" 61 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 8 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_Productie" 22 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_Reserve" 7 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 7 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_Productie" 22 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_Reserve" 8 17 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 158 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_Productie" 173 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_Reserve" 158 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 159 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_Productie" 174 110 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_Reserve" 159 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 42 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 193 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 194 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 194 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 193 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 42 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_Storing" 62 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P001_MeldIn" 41 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH001_Meld" 41 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS001_Meld" 41 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_LokAuto" 42 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_MeldIn" 42 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS002_Meld" 42 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH002_Meld" 42 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS002_Meld" 42 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_LokAuto" 193 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_MeldIn" 193 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS024_Meld" 193 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH024_Meld" 193 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS024_Meld" 193 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_LokAuto" 194 107 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_MeldIn" 194 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS025_Meld" 194 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH025_Meld" 194 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS025_Meld" 194 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_LokAuto" 41 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P001_Vrijin" 41 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P025_VrijIn" 194 109 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P024_VrijIn" 193 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_BedWrd" 40 156 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_LokAuto" 40 157 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_MeldVk" 40 166 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_PriWrd" 40 168 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_OndWrd" 40 169 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_AcofTijd" 40 170 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_StatBed" 60 156 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P021_StatBedr" 60 157 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P021_Beschik" 60 159 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P021_Paraat" 60 160 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P021_CmdIn" 60 162 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P021_AlwPri" 60 168 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P021_AlwSec" 60 169 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P021_Storing" 60 170 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 4 166 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_Productie" 16 160 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_Reserve" 4 165 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS021_Meld" 40 163 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH021_Meld" 40 164 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS021_Meld" 40 165 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 40 171 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 40 172 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_MeldIn" 40 162 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_BedWrd" 118 106 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_LokAuto" 118 107 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_MeldVk" 118 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_PriWrd" 118 118 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_OndWrd" 118 119 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_AcofTijd" 118 120 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_StatBed" 138 106 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P022_StatBedr" 138 107 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P022_Beschik" 138 109 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P022_Paraat" 138 110 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P022_CmdIn" 138 112 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P022_AlwPri" 138 118 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P022_AlwSec" 138 119 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P022_Storing" 138 120 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 83 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_Productie" 95 110 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_Reserve" 83 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS022_Meld" 118 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH022_Meld" 118 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS022_Meld" 118 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 118 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 118 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_MeldIn" 118 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P022_VrijIn" 118 109 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_BedWrd" 118 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_LokAuto" 118 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_MeldVk" 118 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_PriWrd" 118 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_OndWrd" 118 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_AcofTijd" 118 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_StatBed" 138 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P023_StatBedr" 138 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P023_Beschik" 138 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P023_Paraat" 138 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P023_CmdIn" 138 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P023_AlwPri" 138 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P023_AlwSec" 138 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P023_Storing" 138 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 83 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_Productie" 95 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_Reserve" 83 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS023_Meld" 118 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH023_Meld" 118 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS023_Meld" 118 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 118 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 118 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_MeldIn" 118 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_BedWrd" 118 55 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_LokAuto" 118 56 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_MeldVk" 118 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_PriWrd" 118 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_OndWrd" 118 68 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_AcofTijd" 118 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_StatBed" 138 55 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P004_StatBedr" 138 56 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P004_Beschik" 138 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P004_Paraat" 138 59 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P004_CmdIn" 138 61 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P004_AlwPri" 138 67 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P004_AlwSec" 138 68 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P004_Storing" 138 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 87 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_Reserve" 87 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_Productie" 99 59 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS004_Meld" 118 62 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH004_Meld" 118 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS004_Meld" 118 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 118 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 118 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_MeldIn" 118 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P004_VrijIn" 118 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_BedWrd" 193 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_LokAuto" 193 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_MeldVk" 193 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_PriWrd" 193 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_OndWrd" 193 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_AcofTijd" 193 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_StatBed" 213 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P005_StatBedr" 213 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P005_Beschik" 213 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P005_Paraat" 213 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P005_CmdIn" 213 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P005_AlwPri" 213 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P005_AlwSec" 213 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P005_Storing" 213 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 162 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_Productie" 174 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_Reserve" 162 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS005_Meld" 193 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH005_Meld" 193 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS005_Meld" 193 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 193 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 193 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_MeldIn" 193 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P005_VrijIn" 193 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_BedWrd" 268 57 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_LokAuto" 268 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_MeldVk" 268 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_PriWrd" 268 69 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_OndWrd" 268 70 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_AcofTijd" 268 71 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_StatBed" 288 57 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P008_StatBedr" 288 58 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P008_Beschik" 288 60 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P008_Paraat" 288 61 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P008_CmdIn" 288 63 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P008_AlwPri" 288 69 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P008_AlwSec" 288 70 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P008_Storing" 288 71 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 235 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_Reserve" 235 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_Productie" 247 10 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_BedWrd" 267 6 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_LokAuto" 267 7 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_MeldVk" 267 16 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_PriWrd" 267 18 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_OndWrd" 267 19 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_AcofTijd" 267 20 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_StatBed" 287 6 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P007_StatBedr" 287 7 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P007_Beschik" 287 9 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P007_Paraat" 287 10 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P007_CmdIn" 287 12 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P007_AlwPri" 287 18 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P007_AlwSec" 287 19 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P007_Storing" 287 20 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 234 67 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_Reserve" 234 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_Productie" 246 61 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS007_Meld" 267 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS008_Meld" 268 64 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH007_Meld" 267 14 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS007_Meld" 267 15 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH008_Meld" 268 65 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS008_Meld" 268 66 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 267 21 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 267 22 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 268 72 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 268 73 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_MeldIn" 267 12 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_MeldIn" 268 63 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P007_VrijIn" 267 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P008_VrijIn" 268 60 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_BedWrd" 40 106 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_LokAuto" 40 107 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_MeldVk" 40 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_PriWrd" 40 118 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_OndWrd" 40 119 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_AcofTijd" 40 120 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_StatBed" 60 106 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P009_StatBedr" 60 107 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P009_Beschik" 60 109 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P009_Paraat" 60 110 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P009_CmdIn" 60 112 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P009_AlwPri" 60 118 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P009_AlwSec" 60 119 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P009_Storing" 60 120 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 9 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_Productie" 21 110 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_Reserve" 9 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS009_Meld" 40 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH009_Meld" 40 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS009_Meld" 40 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 40 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 40 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_MeldIn" 40 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P009_VrijIn" 40 109 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_BedWrd" 118 156 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_LokAuto" 118 157 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_MeldVk" 118 166 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_PriWrd" 118 168 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_OndWrd" 118 169 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_AcofTijd" 118 170 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_StatBed" 138 156 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P012_StatBedr" 138 157 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P012_Beschik" 138 159 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P012_Paraat" 138 160 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P012_CmdIn" 138 162 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P012_AlwPri" 138 168 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P012_AlwSec" 138 169 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P012_Storing" 138 170 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 86 166 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_Reserve" 86 165 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_Productie" 98 160 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS012_Meld" 118 163 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH012_Meld" 118 164 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS012_Meld" 118 165 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 118 171 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 118 172 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_MeldIn" 118 162 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P012_VrijIn" 118 159 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_BedWrd" 267 106 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_LokAuto" 267 107 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_MeldVk" 267 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_PriWrd" 267 118 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_OndWrd" 267 119 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_AcofTijd" 267 120 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_StatBed" 287 106 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P027_StatBedr" 287 107 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P027_Beschik" 287 109 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P027_Paraat" 287 110 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P027_CmdIn" 287 112 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P027_AlwPri" 287 118 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P027_AlwSec" 287 119 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P027_Storing" 287 120 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P027_Reserve" 235 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 235 116 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_Productie" 246 110 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS027_Meld" 267 113 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH027_Meld" 267 114 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS027_Meld" 267 115 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 267 121 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 267 122 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_MeldIn" 267 112 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P027_VrijIn" 267 109 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_BedWrd" 194 156 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_LokAuto" 194 157 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_MeldVk" 194 166 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_PriWrd" 194 168 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_OndWrd" 194 169 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_AcofTijd" 194 170 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_StatBed" 214 156 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P026_StatBedr" 214 157 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P026_Beschik" 214 159 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P026_Paraat" 214 160 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P026_CmdIn" 214 162 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P026_AlwPri" 214 168 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P026_AlwSec" 214 169 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_P026_Storing" 214 170 FP_IO_INPUT
CP_GVI NAMED_VAR: "PLC1_Productie_PompStoring" 161 166 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_Productie" 173 160 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_Reserve" 161 165 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS026_Meld" 194 163 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_LAH026_Meld" 194 164 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_XS026_Meld" 194 165 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Accept" 194 171 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_Reset" 194 172 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_MeldIn" 194 162 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P026_VrijIn" 194 159 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_FS001_Meld" 41 13 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P023_VrijIn" 118 9 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P002_VrijIn" 42 58 FP_IO_OUTPUT
CP_GVI NAMED_VAR: "PLC1_P021_VrijIn" 40 159 FP_IO_OUTPUT
CP_LNK GVI: 42 55 FBI: 51 52 2 GRA: 51/56,51/56
CP_LNK GVI: 42 65 FBI: 51 52 12 GRA: 51/66,51/66
CP_LNK GVI: 42 67 FBI: 51 52 14 GRA: 51/68,51/68
CP_LNK GVI: 42 68 FBI: 51 52 15 GRA: 51/69,51/69
CP_LNK GVI: 42 69 FBI: 51 52 16 GRA: 51/70,51/70
CP_LNK FBI: 51 52 2 GVI: 62 55 GRA: 62/56,62/56
CP_LNK FBI: 51 52 3 GVI: 62 56 GRA: 62/57,62/57
CP_LNK FBI: 51 52 5 GVI: 62 58 GRA: 62/59,62/59
CP_LNK FBI: 51 52 6 GVI: 62 59 GRA: 62/60,62/60
CP_LNK FBI: 51 52 8 GVI: 62 61 GRA: 62/62,62/62
CP_LNK FBI: 51 52 14 GVI: 62 67 GRA: 62/68,62/68
CP_LNK FBI: 51 52 15 GVI: 62 68 GRA: 62/69,62/69
CP_LNK GVI: 194 106 FBI: 203 103 2 GRA: 203/107,203/107
CP_LNK GVI: 194 116 FBI: 203 103 12 GRA: 203/117,203/117
CP_LNK GVI: 194 118 FBI: 203 103 14 GRA: 203/119,203/119
CP_LNK GVI: 194 119 FBI: 203 103 15 GRA: 203/120,203/120
CP_LNK GVI: 194 120 FBI: 203 103 16 GRA: 203/121,203/121
CP_LNK FBI: 203 103 2 GVI: 214 106 GRA: 214/107,214/107
CP_LNK FBI: 203 103 3 GVI: 214 107 GRA: 214/108,214/108
CP_LNK FBI: 203 103 5 GVI: 214 109 GRA: 214/110,214/110
CP_LNK FBI: 203 103 6 GVI: 214 110 GRA: 214/111,214/111
CP_LNK FBI: 203 103 8 GVI: 214 112 GRA: 214/113,214/113
CP_LNK FBI: 203 103 14 GVI: 214 118 GRA: 214/119,214/119
CP_LNK FBI: 203 103 15 GVI: 214 119 GRA: 214/120,214/120
CP_LNK FBI: 203 103 16 GVI: 214 120 GRA: 214/121,214/121
CP_LNK GVI: 193 57 FBI: 202 54 2 GRA: 202/58,202/58
CP_LNK GVI: 193 67 FBI: 202 54 12 GRA: 202/68,202/68
CP_LNK GVI: 193 69 FBI: 202 54 14 GRA: 202/70,202/70
CP_LNK GVI: 193 70 FBI: 202 54 15 GRA: 202/71,202/71
CP_LNK GVI: 193 71 FBI: 202 54 16 GRA: 202/72,202/72
CP_LNK FBI: 202 54 2 GVI: 213 57 GRA: 213/58,213/58
CP_LNK FBI: 202 54 3 GVI: 213 58 GRA: 213/59,213/59
CP_LNK FBI: 202 54 5 GVI: 213 60 GRA: 213/61,213/61
CP_LNK FBI: 202 54 6 GVI: 213 61 GRA: 213/62,213/62
CP_LNK FBI: 202 54 8 GVI: 213 63 GRA: 213/64,213/64
CP_LNK FBI: 202 54 14 GVI: 213 69 GRA: 213/70,213/70
CP_LNK FBI: 202 54 15 GVI: 213 70 GRA: 213/71,213/71
CP_LNK FBI: 202 54 16 GVI: 213 71 GRA: 213/72,213/72
CP_LNK GVI: 41 6 FBI: 50 3 2 GRA: 50/7,50/7
CP_LNK GVI: 41 16 FBI: 50 3 12 GRA: 50/17,50/17
CP_LNK GVI: 41 18 FBI: 50 3 14 GRA: 50/19,50/19
CP_LNK GVI: 41 19 FBI: 50 3 15 GRA: 50/20,50/20
CP_LNK GVI: 41 20 FBI: 50 3 16 GRA: 50/21,50/21
CP_LNK FBI: 50 3 2 GVI: 61 6 GRA: 61/7,61/7
CP_LNK FBI: 50 3 5 GVI: 61 9 GRA: 61/10,61/10
CP_LNK FBI: 50 3 6 GVI: 61 10 GRA: 61/11,61/11
CP_LNK FBI: 50 3 8 GVI: 61 12 GRA: 61/13,61/13
CP_LNK FBI: 50 3 14 GVI: 61 18 GRA: 61/19,61/19
CP_LNK FBI: 50 3 15 GVI: 61 19 GRA: 61/20,61/20
CP_LNK FBI: 50 3 16 GVI: 61 20 GRA: 61/21,61/21
CP_LNK FBI: 31 7 2 FBI: 50 3 6 GRA: 39/11,50/11
CP_LNK GVI: 41 21 FBI: 50 3 17 GRA: 50/22,50/22
CP_LNK GVI: 41 22 FBI: 50 3 18 GRA: 50/23,50/23
CP_LNK FBI: 50 3 3 GVI: 61 7 GRA: 61/8,61/8
CP_LNK FBI: 16 61 2 FBI: 31 56 3 GRA: 25/65,29/65,29/61,31/61
CP_LNK FBI: 31 56 2 FBI: 51 52 6 GRA: 39/60,51/60
CP_LNK FBI: 17 14 2 FBI: 31 7 3 GRA: 26/18,28/18,28/12,31/12
CP_LNK GVI: 8 18 FBI: 17 14 3 GRA: 17/19,17/19
CP_LNK GVI: 22 10 FBI: 31 7 2 GRA: 31/11,31/11
CP_LNK GVI: 7 64 FBI: 16 61 2 GRA: 16/65,16/65
CP_LNK GVI: 7 65 FBI: 16 61 3 GRA: 16/66,16/66
CP_LNK GVI: 22 59 FBI: 31 56 2 GRA: 31/60,31/60
CP_LNK GVI: 8 17 FBI: 17 14 2 GRA: 17/18,17/18
CP_LNK FBI: 167 63 2 FBI: 182 58 3 GRA: 176/67,180/67,180/63,182/63
CP_LNK GVI: 158 67 FBI: 167 63 3 GRA: 167/68,167/68
CP_LNK FBI: 182 58 2 FBI: 202 54 6 GRA: 190/62,202/62
CP_LNK GVI: 173 61 FBI: 182 58 2 GRA: 182/62,182/62
CP_LNK GVI: 158 66 FBI: 167 63 2 GRA: 167/67,167/67
CP_LNK FBI: 168 112 2 FBI: 183 107 3 GRA: 177/116,181/116,181/112,183/112
CP_LNK GVI: 159 116 FBI: 168 112 3 GRA: 168/117,168/117
CP_LNK FBI: 183 107 2 FBI: 203 103 6 GRA: 191/111,203/111
CP_LNK GVI: 174 110 FBI: 183 107 2 GRA: 183/111,183/111
CP_LNK GVI: 159 115 FBI: 168 112 2 GRA: 168/116,168/116
CP_LNK GVI: 42 70 FBI: 51 52 17 GRA: 51/71,51/71
CP_LNK GVI: 193 72 FBI: 202 54 17 GRA: 202/73,202/73
CP_LNK GVI: 194 121 FBI: 203 103 17 GRA: 203/122,203/122
CP_LNK GVI: 194 122 FBI: 203 103 18 GRA: 203/123,203/123
CP_LNK GVI: 193 73 FBI: 202 54 18 GRA: 202/74,202/74
CP_LNK GVI: 42 71 FBI: 51 52 18 GRA: 51/72,51/72
CP_LNK FBI: 51 52 16 GVI: 62 69 GRA: 62/70,62/70
CP_LNK GVI: 41 12 FBI: 50 3 8 GRA: 50/13,50/13
CP_LNK GVI: 41 14 FBI: 50 3 10 GRA: 50/15,50/15
CP_LNK GVI: 41 15 FBI: 50 3 11 GRA: 50/16,50/16
CP_LNK GVI: 42 56 FBI: 51 52 3 GRA: 51/57,51/57
CP_LNK GVI: 42 61 FBI: 51 52 8 GRA: 51/62,51/62
CP_LNK GVI: 42 62 FBI: 51 52 9 GRA: 51/63,51/63
CP_LNK GVI: 42 63 FBI: 51 52 10 GRA: 51/64,51/64
CP_LNK GVI: 42 64 FBI: 51 52 11 GRA: 51/65,51/65
CP_LNK GVI: 193 58 FBI: 202 54 3 GRA: 202/59,202/59
CP_LNK GVI: 193 63 FBI: 202 54 8 GRA: 202/64,202/64
CP_LNK GVI: 193 64 FBI: 202 54 9 GRA: 202/65,202/65
CP_LNK GVI: 193 65 FBI: 202 54 10 GRA: 202/66,202/66
CP_LNK GVI: 193 66 FBI: 202 54 11 GRA: 202/67,202/67
CP_LNK GVI: 194 107 FBI: 203 103 3 GRA: 203/108,203/108
CP_LNK GVI: 194 112 FBI: 203 103 8 GRA: 203/113,203/113
CP_LNK GVI: 194 113 FBI: 203 103 9 GRA: 203/114,203/114
CP_LNK GVI: 194 114 FBI: 203 103 10 GRA: 203/115,203/115
CP_LNK GVI: 194 115 FBI: 203 103 11 GRA: 203/116,203/116
CP_LNK GVI: 41 7 FBI: 50 3 3 GRA: 50/8,50/8
CP_LNK GVI: 41 9 FBI: 50 3 5 GRA: 50/10,50/10
CP_LNK GVI: 194 109 FBI: 203 103 5 GRA: 203/110,203/110
CP_LNK GVI: 193 60 FBI: 202 54 5 GRA: 202/61,202/61
CP_LNK GVI: 40 156 FBI: 49 153 2 GRA: 49/157,49/157
CP_LNK GVI: 40 157 FBI: 49 153 3 GRA: 49/158,49/158
CP_LNK GVI: 40 166 FBI: 49 153 12 GRA: 49/167,49/167
CP_LNK GVI: 40 168 FBI: 49 153 14 GRA: 49/169,49/169
CP_LNK GVI: 40 169 FBI: 49 153 15 GRA: 49/170,49/170
CP_LNK GVI: 40 170 FBI: 49 153 16 GRA: 49/171,49/171
CP_LNK FBI: 49 153 2 GVI: 60 156 GRA: 60/157,60/157
CP_LNK FBI: 49 153 3 GVI: 60 157 GRA: 60/158,60/158
CP_LNK FBI: 49 153 5 GVI: 60 159 GRA: 60/160,60/160
CP_LNK FBI: 49 153 6 GVI: 60 160 GRA: 60/161,60/161
CP_LNK FBI: 49 153 8 GVI: 60 162 GRA: 60/163,60/163
CP_LNK FBI: 49 153 14 GVI: 60 168 GRA: 60/169,60/169
CP_LNK FBI: 49 153 15 GVI: 60 169 GRA: 60/170,60/170
CP_LNK FBI: 49 153 16 GVI: 60 170 GRA: 60/171,60/171
CP_LNK FBI: 13 162 2 FBI: 25 157 3 GRA: 22/166,23/166,23/162,25/162
CP_LNK GVI: 4 166 FBI: 13 162 3 GRA: 13/167,13/167
CP_LNK GVI: 16 160 FBI: 25 157 2 GRA: 25/161,25/161
CP_LNK GVI: 4 165 FBI: 13 162 2 GRA: 13/166,13/166
CP_LNK FBI: 25 157 2 FBI: 49 153 6 GRA: 33/161,49/161
CP_LNK GVI: 40 163 FBI: 49 153 9 GRA: 49/164,49/164
CP_LNK GVI: 40 164 FBI: 49 153 10 GRA: 49/165,49/165
CP_LNK GVI: 40 165 FBI: 49 153 11 GRA: 49/166,49/166
CP_LNK GVI: 40 171 FBI: 49 153 17 GRA: 49/172,49/172
CP_LNK GVI: 40 172 FBI: 49 153 18 GRA: 49/173,49/173
CP_LNK GVI: 40 162 FBI: 49 153 8 GRA: 49/163,49/163
CP_LNK GVI: 118 106 FBI: 127 103 2 GRA: 127/107,127/107
CP_LNK GVI: 118 107 FBI: 127 103 3 GRA: 127/108,127/108
CP_LNK GVI: 118 116 FBI: 127 103 12 GRA: 127/117,127/117
CP_LNK GVI: 118 118 FBI: 127 103 14 GRA: 127/119,127/119
CP_LNK GVI: 118 119 FBI: 127 103 15 GRA: 127/120,127/120
CP_LNK GVI: 118 120 FBI: 127 103 16 GRA: 127/121,127/121
CP_LNK FBI: 127 103 2 GVI: 138 106 GRA: 138/107,138/107
CP_LNK FBI: 127 103 3 GVI: 138 107 GRA: 138/108,138/108
CP_LNK FBI: 127 103 5 GVI: 138 109 GRA: 138/110,138/110
CP_LNK FBI: 127 103 6 GVI: 138 110 GRA: 138/111,138/111
CP_LNK FBI: 127 103 8 GVI: 138 112 GRA: 138/113,138/113
CP_LNK FBI: 127 103 14 GVI: 138 118 GRA: 138/119,138/119
CP_LNK FBI: 127 103 15 GVI: 138 119 GRA: 138/120,138/120
CP_LNK FBI: 127 103 16 GVI: 138 120 GRA: 138/121,138/121
CP_LNK FBI: 92 112 2 FBI: 104 107 3 GRA: 101/116,102/116,102/112,104/112
CP_LNK GVI: 83 116 FBI: 92 112 3 GRA: 92/117,92/117
CP_LNK GVI: 95 110 FBI: 104 107 2 GRA: 104/111,104/111
CP_LNK GVI: 83 115 FBI: 92 112 2 GRA: 92/116,92/116
CP_LNK FBI: 104 107 2 FBI: 127 103 6 GRA: 112/111,127/111
CP_LNK GVI: 118 113 FBI: 127 103 9 GRA: 127/114,127/114
CP_LNK GVI: 118 114 FBI: 127 103 10 GRA: 127/115,127/115
CP_LNK GVI: 118 115 FBI: 127 103 11 GRA: 127/116,127/116
CP_LNK GVI: 118 121 FBI: 127 103 17 GRA: 127/122,127/122
CP_LNK GVI: 118 122 FBI: 127 103 18 GRA: 127/123,127/123
CP_LNK GVI: 118 112 FBI: 127 103 8 GRA: 127/113,127/113
CP_LNK GVI: 118 109 FBI: 127 103 5 GRA: 127/110,127/110
CP_LNK GVI: 118 6 FBI: 127 3 2 GRA: 127/7,127/7
CP_LNK GVI: 118 7 FBI: 127 3 3 GRA: 127/8,127/8
CP_LNK GVI: 118 16 FBI: 127 3 12 GRA: 127/17,127/17
CP_LNK GVI: 118 18 FBI: 127 3 14 GRA: 127/19,127/19
CP_LNK GVI: 118 19 FBI: 127 3 15 GRA: 127/20,127/20
CP_LNK GVI: 118 20 FBI: 127 3 16 GRA: 127/21,127/21
CP_LNK FBI: 127 3 2 GVI: 138 6 GRA: 138/7,138/7
CP_LNK FBI: 127 3 3 GVI: 138 7 GRA: 138/8,138/8
CP_LNK FBI: 127 3 5 GVI: 138 9 GRA: 138/10,138/10
CP_LNK FBI: 127 3 6 GVI: 138 10 GRA: 138/11,138/11
CP_LNK FBI: 127 3 8 GVI: 138 12 GRA: 138/13,138/13
CP_LNK FBI: 127 3 14 GVI: 138 18 GRA: 138/19,138/19
CP_LNK FBI: 127 3 15 GVI: 138 19 GRA: 138/20,138/20
CP_LNK FBI: 127 3 16 GVI: 138 20 GRA: 138/21,138/21
CP_LNK FBI: 92 12 2 FBI: 104 7 3 GRA: 101/16,102/16,102/12,104/12
CP_LNK GVI: 83 16 FBI: 92 12 3 GRA: 92/17,92/17
CP_LNK GVI: 95 10 FBI: 104 7 2 GRA: 104/11,104/11
CP_LNK GVI: 83 15 FBI: 92 12 2 GRA: 92/16,92/16
CP_LNK FBI: 104 7 2 FBI: 127 3 6 GRA: 112/11,127/11
CP_LNK GVI: 118 13 FBI: 127 3 9 GRA: 127/14,127/14
CP_LNK GVI: 118 14 FBI: 127 3 10 GRA: 127/15,127/15
CP_LNK GVI: 118 15 FBI: 127 3 11 GRA: 127/16,127/16
CP_LNK GVI: 118 21 FBI: 127 3 17 GRA: 127/22,127/22
CP_LNK GVI: 118 22 FBI: 127 3 18 GRA: 127/23,127/23
CP_LNK GVI: 118 12 FBI: 127 3 8 GRA: 127/13,127/13
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 GVI: 118 65 FBI: 127 52 12 GRA: 127/66,127/66
CP_LNK GVI: 118 67 FBI: 127 52 14 GRA: 127/68,127/68
CP_LNK GVI: 118 68 FBI: 127 52 15 GRA: 127/69,127/69
CP_LNK GVI: 118 69 FBI: 127 52 16 GRA: 127/70,127/70
CP_LNK FBI: 127 52 2 GVI: 138 55 GRA: 138/56,138/56
CP_LNK FBI: 127 52 3 GVI: 138 56 GRA: 138/57,138/57
CP_LNK FBI: 127 52 5 GVI: 138 58 GRA: 138/59,138/59
CP_LNK FBI: 127 52 6 GVI: 138 59 GRA: 138/60,138/60
CP_LNK FBI: 127 52 8 GVI: 138 61 GRA: 138/62,138/62
CP_LNK FBI: 127 52 14 GVI: 138 67 GRA: 138/68,138/68
CP_LNK FBI: 127 52 15 GVI: 138 68 GRA: 138/69,138/69
CP_LNK FBI: 127 52 16 GVI: 138 69 GRA: 138/70,138/70
CP_LNK FBI: 96 61 2 FBI: 108 56 3 GRA: 105/65,106/65,106/61,108/61
CP_LNK GVI: 87 65 FBI: 96 61 3 GRA: 96/66,96/66
CP_LNK GVI: 87 64 FBI: 96 61 2 GRA: 96/65,96/65
CP_LNK GVI: 99 59 FBI: 108 56 2 GRA: 108/60,108/60
CP_LNK FBI: 108 56 2 FBI: 127 52 6 GRA: 116/60,127/60
CP_LNK GVI: 118 62 FBI: 127 52 9 GRA: 127/63,127/63
CP_LNK GVI: 118 63 FBI: 127 52 10 GRA: 127/64,127/64
CP_LNK GVI: 118 64 FBI: 127 52 11 GRA: 127/65,127/65
CP_LNK GVI: 118 70 FBI: 127 52 17 GRA: 127/71,127/71
CP_LNK GVI: 118 71 FBI: 127 52 18 GRA: 127/72,127/72
CP_LNK GVI: 118 61 FBI: 127 52 8 GRA: 127/62,127/62
CP_LNK GVI: 118 58 FBI: 127 52 5 GRA: 127/59,127/59
CP_LNK GVI: 193 6 FBI: 202 3 2 GRA: 202/7,202/7
CP_LNK GVI: 193 7 FBI: 202 3 3 GRA: 202/8,202/8
CP_LNK GVI: 193 16 FBI: 202 3 12 GRA: 202/17,202/17
CP_LNK GVI: 193 18 FBI: 202 3 14 GRA: 202/19,202/19
CP_LNK GVI: 193 19 FBI: 202 3 15 GRA: 202/20,202/20
CP_LNK GVI: 193 20 FBI: 202 3 16 GRA: 202/21,202/21
CP_LNK FBI: 202 3 2 GVI: 213 6 GRA: 213/7,213/7
CP_LNK FBI: 202 3 3 GVI: 213 7 GRA: 213/8,213/8
CP_LNK FBI: 202 3 5 GVI: 213 9 GRA: 213/10,213/10
CP_LNK FBI: 202 3 6 GVI: 213 10 GRA: 213/11,213/11
CP_LNK FBI: 202 3 8 GVI: 213 12 GRA: 213/13,213/13
CP_LNK FBI: 202 3 14 GVI: 213 18 GRA: 213/19,213/19
CP_LNK FBI: 202 3 15 GVI: 213 19 GRA: 213/20,213/20
CP_LNK FBI: 202 3 16 GVI: 213 20 GRA: 213/21,213/21
CP_LNK FBI: 171 12 2 FBI: 183 7 3 GRA: 180/16,181/16,181/12,183/12
CP_LNK GVI: 162 16 FBI: 171 12 3 GRA: 171/17,171/17
CP_LNK GVI: 174 10 FBI: 183 7 2 GRA: 183/11,183/11
CP_LNK GVI: 162 15 FBI: 171 12 2 GRA: 171/16,171/16
CP_LNK FBI: 183 7 2 FBI: 202 3 6 GRA: 191/11,202/11
CP_LNK GVI: 193 13 FBI: 202 3 9 GRA: 202/14,202/14
CP_LNK GVI: 193 14 FBI: 202 3 10 GRA: 202/15,202/15
CP_LNK GVI: 193 15 FBI: 202 3 11 GRA: 202/16,202/16
CP_LNK GVI: 193 21 FBI: 202 3 17 GRA: 202/22,202/22
CP_LNK GVI: 193 22 FBI: 202 3 18 GRA: 202/23,202/23
CP_LNK GVI: 193 12 FBI: 202 3 8 GRA: 202/13,202/13
CP_LNK GVI: 193 9 FBI: 202 3 5 GRA: 202/10,202/10
CP_LNK GVI: 268 57 FBI: 277 54 2 GRA: 277/58,277/58
CP_LNK GVI: 268 58 FBI: 277 54 3 GRA: 277/59,277/59
CP_LNK GVI: 268 67 FBI: 277 54 12 GRA: 277/68,277/68
CP_LNK GVI: 268 69 FBI: 277 54 14 GRA: 277/70,277/70
CP_LNK GVI: 268 70 FBI: 277 54 15 GRA: 277/71,277/71
CP_LNK GVI: 268 71 FBI: 277 54 16 GRA: 277/72,277/72
CP_LNK FBI: 277 54 2 GVI: 288 57 GRA: 288/58,288/58
CP_LNK FBI: 277 54 3 GVI: 288 58 GRA: 288/59,288/59
CP_LNK FBI: 277 54 5 GVI: 288 60 GRA: 288/61,288/61
CP_LNK FBI: 277 54 6 GVI: 288 61 GRA: 288/62,288/62
CP_LNK FBI: 277 54 8 GVI: 288 63 GRA: 288/64,288/64
CP_LNK FBI: 277 54 14 GVI: 288 69 GRA: 288/70,288/70
CP_LNK FBI: 277 54 15 GVI: 288 70 GRA: 288/71,288/71
CP_LNK FBI: 277 54 16 GVI: 288 71 GRA: 288/72,288/72
CP_LNK FBI: 244 12 2 FBI: 256 7 3 GRA: 253/16,254/16,254/12,256/12
CP_LNK GVI: 235 16 FBI: 244 12 3 GRA: 244/17,244/17
CP_LNK GVI: 235 15 FBI: 244 12 2 GRA: 244/16,244/16
CP_LNK GVI: 247 10 FBI: 256 7 2 GRA: 256/11,256/11
CP_LNK GVI: 267 6 FBI: 276 3 2 GRA: 276/7,276/7
CP_LNK GVI: 267 7 FBI: 276 3 3 GRA: 276/8,276/8
CP_LNK GVI: 267 16 FBI: 276 3 12 GRA: 276/17,276/17
CP_LNK GVI: 267 18 FBI: 276 3 14 GRA: 276/19,276/19
CP_LNK GVI: 267 19 FBI: 276 3 15 GRA: 276/20,276/20
CP_LNK GVI: 267 20 FBI: 276 3 16 GRA: 276/21,276/21
CP_LNK FBI: 276 3 2 GVI: 287 6 GRA: 287/7,287/7
CP_LNK FBI: 276 3 3 GVI: 287 7 GRA: 287/8,287/8
CP_LNK FBI: 276 3 5 GVI: 287 9 GRA: 287/10,287/10
CP_LNK FBI: 276 3 6 GVI: 287 10 GRA: 287/11,287/11
CP_LNK FBI: 276 3 8 GVI: 287 12 GRA: 287/13,287/13
CP_LNK FBI: 276 3 14 GVI: 287 18 GRA: 287/19,287/19
CP_LNK FBI: 276 3 15 GVI: 287 19 GRA: 287/20,287/20
CP_LNK FBI: 276 3 16 GVI: 287 20 GRA: 287/21,287/21
CP_LNK FBI: 256 7 2 FBI: 276 3 6 GRA: 264/11,276/11
CP_LNK FBI: 243 63 2 FBI: 255 58 3 GRA: 252/67,253/67,253/63,255/63
CP_LNK GVI: 234 67 FBI: 243 63 3 GRA: 243/68,243/68
CP_LNK GVI: 234 66 FBI: 243 63 2 GRA: 243/67,243/67
CP_LNK GVI: 246 61 FBI: 255 58 2 GRA: 255/62,255/62
CP_LNK FBI: 255 58 2 FBI: 277 54 6 GRA: 263/62,277/62
CP_LNK GVI: 267 13 FBI: 276 3 9 GRA: 276/14,276/14
CP_LNK GVI: 268 64 FBI: 277 54 9 GRA: 277/65,277/65
CP_LNK GVI: 267 14 FBI: 276 3 10 GRA: 276/15,276/15
CP_LNK GVI: 267 15 FBI: 276 3 11 GRA: 276/16,276/16
CP_LNK GVI: 268 65 FBI: 277 54 10 GRA: 277/66,277/66
CP_LNK GVI: 268 66 FBI: 277 54 11 GRA: 277/67,277/67
CP_LNK GVI: 267 21 FBI: 276 3 17 GRA: 276/22,276/22
CP_LNK GVI: 267 22 FBI: 276 3 18 GRA: 276/23,276/23
CP_LNK GVI: 268 72 FBI: 277 54 17 GRA: 277/73,277/73
CP_LNK GVI: 268 73 FBI: 277 54 18 GRA: 277/74,277/74
CP_LNK GVI: 267 12 FBI: 276 3 8 GRA: 276/13,276/13
CP_LNK GVI: 268 63 FBI: 277 54 8 GRA: 277/64,277/64
CP_LNK GVI: 267 9 FBI: 276 3 5 GRA: 276/10,276/10
CP_LNK GVI: 268 60 FBI: 277 54 5 GRA: 277/61,277/61
CP_LNK GVI: 40 106 FBI: 49 103 2 GRA: 49/107,49/107
CP_LNK GVI: 40 107 FBI: 49 103 3 GRA: 49/108,49/108
CP_LNK GVI: 40 116 FBI: 49 103 12 GRA: 49/117,49/117
CP_LNK GVI: 40 118 FBI: 49 103 14 GRA: 49/119,49/119
CP_LNK GVI: 40 119 FBI: 49 103 15 GRA: 49/120,49/120
CP_LNK GVI: 40 120 FBI: 49 103 16 GRA: 49/121,49/121
CP_LNK FBI: 49 103 2 GVI: 60 106 GRA: 60/107,60/107
CP_LNK FBI: 49 103 3 GVI: 60 107 GRA: 60/108,60/108
CP_LNK FBI: 49 103 5 GVI: 60 109 GRA: 60/110,60/110
CP_LNK FBI: 49 103 6 GVI: 60 110 GRA: 60/111,60/111
CP_LNK FBI: 49 103 8 GVI: 60 112 GRA: 60/113,60/113
CP_LNK FBI: 49 103 14 GVI: 60 118 GRA: 60/119,60/119
CP_LNK FBI: 49 103 15 GVI: 60 119 GRA: 60/120,60/120
CP_LNK FBI: 49 103 16 GVI: 60 120 GRA: 60/121,60/121
CP_LNK FBI: 18 112 2 FBI: 30 107 3 GRA: 27/116,28/116,28/112,30/112
CP_LNK GVI: 9 116 FBI: 18 112 3 GRA: 18/117,18/117
CP_LNK GVI: 21 110 FBI: 30 107 2 GRA: 30/111,30/111
CP_LNK GVI: 9 115 FBI: 18 112 2 GRA: 18/116,18/116
CP_LNK FBI: 30 107 2 FBI: 49 103 6 GRA: 38/111,49/111
CP_LNK GVI: 40 113 FBI: 49 103 9 GRA: 49/114,49/114
CP_LNK GVI: 40 114 FBI: 49 103 10 GRA: 49/115,49/115
CP_LNK GVI: 40 115 FBI: 49 103 11 GRA: 49/116,49/116
CP_LNK GVI: 40 121 FBI: 49 103 17 GRA: 49/122,49/122
CP_LNK GVI: 40 122 FBI: 49 103 18 GRA: 49/123,49/123
CP_LNK GVI: 40 112 FBI: 49 103 8 GRA: 49/113,49/113
CP_LNK GVI: 40 109 FBI: 49 103 5 GRA: 49/110,49/110
CP_LNK GVI: 118 156 FBI: 127 153 2 GRA: 127/157,127/157
CP_LNK GVI: 118 157 FBI: 127 153 3 GRA: 127/158,127/158
CP_LNK GVI: 118 166 FBI: 127 153 12 GRA: 127/167,127/167
CP_LNK GVI: 118 168 FBI: 127 153 14 GRA: 127/169,127/169
CP_LNK GVI: 118 169 FBI: 127 153 15 GRA: 127/170,127/170
CP_LNK GVI: 118 170 FBI: 127 153 16 GRA: 127/171,127/171
CP_LNK FBI: 127 153 2 GVI: 138 156 GRA: 138/157,138/157
CP_LNK FBI: 127 153 3 GVI: 138 157 GRA: 138/158,138/158
CP_LNK FBI: 127 153 5 GVI: 138 159 GRA: 138/160,138/160
CP_LNK FBI: 127 153 6 GVI: 138 160 GRA: 138/161,138/161
CP_LNK FBI: 127 153 8 GVI: 138 162 GRA: 138/163,138/163
CP_LNK FBI: 127 153 14 GVI: 138 168 GRA: 138/169,138/169
CP_LNK FBI: 127 153 15 GVI: 138 169 GRA: 138/170,138/170
CP_LNK FBI: 127 153 16 GVI: 138 170 GRA: 138/171,138/171
CP_LNK FBI: 95 162 2 FBI: 107 157 3 GRA: 104/166,105/166,105/162,107/162
CP_LNK GVI: 86 166 FBI: 95 162 3 GRA: 95/167,95/167
CP_LNK GVI: 86 165 FBI: 95 162 2 GRA: 95/166,95/166
CP_LNK GVI: 98 160 FBI: 107 157 2 GRA: 107/161,107/161
CP_LNK FBI: 107 157 2 FBI: 127 153 6 GRA: 115/161,127/161
CP_LNK GVI: 118 163 FBI: 127 153 9 GRA: 127/164,127/164
CP_LNK GVI: 118 164 FBI: 127 153 10 GRA: 127/165,127/165
CP_LNK GVI: 118 165 FBI: 127 153 11 GRA: 127/166,127/166
CP_LNK GVI: 118 171 FBI: 127 153 17 GRA: 127/172,127/172
CP_LNK GVI: 118 172 FBI: 127 153 18 GRA: 127/173,127/173
CP_LNK GVI: 118 162 FBI: 127 153 8 GRA: 127/163,127/163
CP_LNK GVI: 118 159 FBI: 127 153 5 GRA: 127/160,127/160
CP_LNK GVI: 267 106 FBI: 276 103 2 GRA: 276/107,276/107
CP_LNK GVI: 267 107 FBI: 276 103 3 GRA: 276/108,276/108
CP_LNK GVI: 267 116 FBI: 276 103 12 GRA: 276/117,276/117
CP_LNK GVI: 267 118 FBI: 276 103 14 GRA: 276/119,276/119
CP_LNK GVI: 267 119 FBI: 276 103 15 GRA: 276/120,276/120
CP_LNK GVI: 267 120 FBI: 276 103 16 GRA: 276/121,276/121
CP_LNK FBI: 276 103 2 GVI: 287 106 GRA: 287/107,287/107
CP_LNK FBI: 276 103 3 GVI: 287 107 GRA: 287/108,287/108
CP_LNK FBI: 276 103 5 GVI: 287 109 GRA: 287/110,287/110
CP_LNK FBI: 276 103 6 GVI: 287 110 GRA: 287/111,287/111
CP_LNK FBI: 276 103 8 GVI: 287 112 GRA: 287/113,287/113
CP_LNK FBI: 276 103 14 GVI: 287 118 GRA: 287/119,287/119
CP_LNK FBI: 276 103 15 GVI: 287 119 GRA: 287/120,287/120
CP_LNK FBI: 276 103 16 GVI: 287 120 GRA: 287/121,287/121
CP_LNK FBI: 244 112 2 FBI: 255 107 3 GRA: 253/116,254/116,254/112,255/112
CP_LNK GVI: 235 115 FBI: 244 112 2 GRA: 244/116,244/116
CP_LNK GVI: 235 116 FBI: 244 112 3 GRA: 244/117,244/117
CP_LNK FBI: 255 107 2 FBI: 276 103 6 GRA: 263/111,276/111
CP_LNK GVI: 246 110 FBI: 255 107 2 GRA: 255/111,255/111
CP_LNK GVI: 267 113 FBI: 276 103 9 GRA: 276/114,276/114
CP_LNK GVI: 267 114 FBI: 276 103 10 GRA: 276/115,276/115
CP_LNK GVI: 267 115 FBI: 276 103 11 GRA: 276/116,276/116
CP_LNK GVI: 267 121 FBI: 276 103 17 GRA: 276/122,276/122
CP_LNK GVI: 267 122 FBI: 276 103 18 GRA: 276/123,276/123
CP_LNK GVI: 267 112 FBI: 276 103 8 GRA: 276/113,276/113
CP_LNK GVI: 267 109 FBI: 276 103 5 GRA: 276/110,276/110
CP_LNK GVI: 194 156 FBI: 203 153 2 GRA: 203/157,203/157
CP_LNK GVI: 194 157 FBI: 203 153 3 GRA: 203/158,203/158
CP_LNK GVI: 194 166 FBI: 203 153 12 GRA: 203/167,203/167
CP_LNK GVI: 194 168 FBI: 203 153 14 GRA: 203/169,203/169
CP_LNK GVI: 194 169 FBI: 203 153 15 GRA: 203/170,203/170
CP_LNK GVI: 194 170 FBI: 203 153 16 GRA: 203/171,203/171
CP_LNK FBI: 203 153 2 GVI: 214 156 GRA: 214/157,214/157
CP_LNK FBI: 203 153 3 GVI: 214 157 GRA: 214/158,214/158
CP_LNK FBI: 203 153 5 GVI: 214 159 GRA: 214/160,214/160
CP_LNK FBI: 203 153 6 GVI: 214 160 GRA: 214/161,214/161
CP_LNK FBI: 203 153 8 GVI: 214 162 GRA: 214/163,214/163
CP_LNK FBI: 203 153 14 GVI: 214 168 GRA: 214/169,214/169
CP_LNK FBI: 203 153 15 GVI: 214 169 GRA: 214/170,214/170
CP_LNK FBI: 203 153 16 GVI: 214 170 GRA: 214/171,214/171
CP_LNK FBI: 170 162 2 FBI: 182 157 3 GRA: 179/166,180/166,180/162,182/162
CP_LNK GVI: 161 166 FBI: 170 162 3 GRA: 170/167,170/167
CP_LNK GVI: 173 160 FBI: 182 157 2 GRA: 182/161,182/161
CP_LNK GVI: 161 165 FBI: 170 162 2 GRA: 170/166,170/166
CP_LNK FBI: 182 157 2 FBI: 203 153 6 GRA: 190/161,203/161
CP_LNK GVI: 194 163 FBI: 203 153 9 GRA: 203/164,203/164
CP_LNK GVI: 194 164 FBI: 203 153 10 GRA: 203/165,203/165
CP_LNK GVI: 194 165 FBI: 203 153 11 GRA: 203/166,203/166
CP_LNK GVI: 194 171 FBI: 203 153 17 GRA: 203/172,203/172
CP_LNK GVI: 194 172 FBI: 203 153 18 GRA: 203/173,203/173
CP_LNK GVI: 194 162 FBI: 203 153 8 GRA: 203/163,203/163
CP_LNK GVI: 194 159 FBI: 203 153 5 GRA: 203/160,203/160
CP_LNK GVI: 41 13 FBI: 50 3 9 GRA: 50/14,50/14
CP_LNK GVI: 118 9 FBI: 127 3 5 GRA: 127/10,127/10
CP_LNK GVI: 42 58 FBI: 51 52 5 GRA: 51/59,51/59
CP_LNK GVI: 40 159 FBI: 49 153 5 GRA: 49/160,49/160
////
CL_PLC *
; NGSoft Export from Thu Mar 08 10:33:31 2007
;  
BEGIN PlcCnfDb
    Version = 2.16

    BEGIN PLCConfig
        plcName = "PLC1"
        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 00A9 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 = 4
                statusRegister = 100
                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 = 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
                    rack = 1
                    slot = 12
                    family = 2
                    personality = 6
                    inputBytes = 4
                    inputIsSwapped = 1
                    inputReference = 1:97
                    moduleName = "140-DDI-353-00"
                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
            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 = 1774783046
            subntMsk = -65536
            gwayAddr = 1761741382
            slot = 3
            health = 3:90
            personality = 1059
            BEGIN EnetCyclTrans
                index = 1
                ipAddress = 172386762
                healthTimeout = 3000
                repRate = 1000
                masterRd = 4:6250
                slaveRd = 4:7100
                countRd = 50
                fc23Enabled = 1
                fallbackFlag = 1
            END
            BEGIN EnetCyclTrans
                index = 2
                ipAddress = 172386763
                healthTimeout = 3000
                repRate = 1000
                masterRd = 4:6350
                slaveRd = 4:7100
                countRd = 50
                fc23Enabled = 1
                fallbackFlag = 1
            END
            BEGIN EnetCyclTrans
                index = 3
                ipAddress = 172386764
                healthTimeout = 3000
                repRate = 1000
                masterRd = 4:6450
                slaveRd = 4:7100
                countRd = 50
                fc23Enabled = 1
                fallbackFlag = 1
            END
            BEGIN EnetCyclTrans
                index = 4
                ipAddress = 172363213
                healthTimeout = 3000
                repRate = 1000
                masterRd = 4:6550
                slaveRd = 4:7100
                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 32 36 20 31 34 3A 31 30 3A 34 38 20 32 30 30 36 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 46 65 62 20 32 33 20 31 34 3A 30 39 3A 31 39 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: 54 75 65 20 46 65 62 20 30 38 20 31 35 3A 30 30 3A 31 35 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 4E 6F 76 20 30 33 20 32 30 3A 34 31 3A 32 35 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: 4D 6F 6E 20 53 65 70 20 30 36 20 31 34 3A 34 37 3A 31 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 50 72 6F 64 75 63 74 69 65 72 65 67 69 6F 20 5A 75 69 64 2C 20 42 72 61 62 61 6E 74 20 57 
            61 74 65 72 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 32 36 20 31 34 3A 31 30 3A 34 38 20 32 30 30 36 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
    BEGIN PlcGen
        id = 1025
        name = "Modified"
    END
    BEGIN PlcGen
        id = 1025
        name = "Modified"
    END
END

CR_END *