S7 Konverter

7/25/2019 S7 Konverter

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Converting S5 Files 01/20/2016 11:25:

E:\DATA PROJECT\SSP PLANT\WTP\KSWTP_ac.cfg

FB6 RAD:GP * - FC68FB11 FB-E * - Not available.FB20 VERSORG - FC0FB23 ANLAUF - FC1FB34 ZEITRAST - FC2FB36 ZYKSTEU - FC3FB42 DBTRANS - FC4FB44 DB-OR2 - FC5FB45 DBTR-OR - FC6FB49 DB-DELET - FC7FB120 SEND * - Not available.FB121 RECEIVE * - Not available.FB122 FETCH * - Not available.

FB123 CONTROL * - Not available.FB124 RESET * - Not available.FB125 SYNCHRON * - Not available.FB126 SEND-A * - Not available.FB127 REC-A * - Not available.FB140 ZEROSET - FC8FB165 ALARMS - FC9FB200 ANA-EING - FC10FB202 GRENZ-4 - FC11FB205 XX->XX/H - FC12FB215 H-COUNT - FC13FB217 KORREKTR - FC14FB240 POWER - FC15FB254 RESTZEIT - FC16FB255 LEER - FC17OB1 - OB1OB13 - OB35OB18 - OB30

OB20 - OB100OB21 - OB101OB22 - OB22OB23 - OB122OB24 - OB122OB25 - OB25PB1 - FC18PB2 - FC19PB3 - FC20PB4 - FC21PB5 - FC22PB6 - FC23PB7 - FC24PB8 - FC25PB9 - FC26PB10 - FC27PB11 - FC28PB12 - FC29

PB13 - FC30PB14 - FC31PB15 - FC32PB16 - FC33PB17 - FC34PB18 - FC35PB19 - FC36PB20 - FC37PB21 - FC38PB22 - FC39PB23 - FC40PB24 - FC41PB25 - FC42PB26 - FC43PB27 - FC44PB28 - FC45PB29 - FC46PB30 - FC47

PB31 - FC48PB32 - FC49PB33 - FC50PB34 - FC51PB35 - FC52PB36 - FC53PB37 - FC54PB255 - FC55SB1 - FC56SB9 - FC57SB40 - FC58SB41 - FC59SB50 - FC60SB60 - FC61SB61 - FC62SB80 - FC63SB90 - FC64SB100 - FC65


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E:\DATA PROJECT\SSP PLANT\WTP\KSWTP_ac.cfg

SB110 - FC66SB120 - FC67SB130 - FC68SB140 - FC69SB150 - FC70SB160 - FC71SB170 - FC72SB171 - FC73SB172 - FC74SB180 - FC75SB210 - FC76SB211 - FC77SB220 - FC78

DB11 - DB11DB12 - DB12DB13 - DB13DB21 - DB21DB22 - DB22DB23 - DB23DB31 - DB31DB32 - DB32DB220 - DB220DB221 - DB221DB222 - DB222DB223 - DB223DB224 - DB224DB225 - DB225DB255 - DB255DX0 - DB256


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E:\DATA PROJECT\SSP PLANT\WTP\KSWTP_AF.SEQ

Warning in Line 0 S5 ASCII File:*** FB 11, rel. Addr.0H : Preheader does not exist. ***Warning in Line 0 S5 ASCII File:*** FB 11, rel. Addr.0H : Invalid release (Product No.). ***Warning in Line 0 S5 ASCII File:*** FB 6, rel. Addr.0H : Preheader does not exist. ***Warning in Line 0 S5 ASCII File:*** FB 6, rel. Addr.0H : Invalid release (Product No.). ***Warning in Line 0 S5 ASCII File:*** FB 42, rel. Addr.0H : Preheader does not exist. ***Warning in Line 67 S5 ASCII File:*** FB 44, rel. Addr.0H : Preheader does not exist. ***Warning in Line 157 S5 ASCII File:

*** FB 45, rel. Addr.0H : Preheader does not exist. ***Warning in Line 222 S5 ASCII File:*** FB 49, rel. Addr.0H : Preheader does not exist. ***Warning in Line 380 S5 ASCII File:*** FB 126, rel. Addr.0H : Preheader does not exist. ***Warning in Line 380 S5 ASCII File:*** FB 126, rel. Addr.0H : Invalid release (Product No.). ***Warning in Line 380 S5 ASCII File:*** FB 127, rel. Addr.0H : Preheader does not exist. ***Warning in Line 380 S5 ASCII File:*** FB 127, rel. Addr.0H : Invalid release (Product No.). ***Warning in Line 380 S5 ASCII File:*** FB 140, rel. Addr.0H : Preheader does not exist. ***Warning in Line 429 S5 ASCII File:*** FB 165, rel. Addr.0H : Preheader does not exist. ***Warning in Line 519 S5 ASCII File:*** FB 200, rel. Addr.0H : Preheader does not exist. ***Warning in Line 850 S5 ASCII File:

*** FB 202, rel. Addr.0H : Preheader does not exist. ***Warning in Line 1029 S5 ASCII File:*** FB 205, rel. Addr.0H : Preheader does not exist. ***Warning in Line 1115 S5 ASCII File:*** FB 215, rel. Addr.0H : Preheader does not exist. ***Warning in Line 1197 S5 ASCII File:*** FB 217, rel. Addr.0H : Preheader does not exist. ***Warning in Line 1328 S5 ASCII File:*** FB 240, rel. Addr.0H : Preheader does not exist. ***Warning in Line 3673 S5 ASCII File:*** FB 125, rel. Addr.0H : Preheader does not exist. ***Warning in Line 3673 S5 ASCII File:*** FB 125, rel. Addr.0H : Invalid release (Product No.). ***Warning in Line 3673 S5 ASCII File:*** FB 255, rel. Addr.0H : Preheader does not exist. ***Warning in Line 6290 S5 ASCII File:*** FB 20, rel. Addr.0H : Preheader does not exist. ***Warning in Line 6541 S5 ASCII File:

*** FB 23, rel. Addr.0H : Preheader does not exist. ***Warning in Line 6720 S5 ASCII File:*** FB 34, rel. Addr.0H : Preheader does not exist. ***Warning in Line 6728 S5 ASCII File:*** FB 36, rel. Addr.0H : Preheader does not exist. ***Warning in Line 7025 S5 ASCII File:*** FB 120, rel. Addr.0H : Preheader does not exist. ***Warning in Line 7025 S5 ASCII File:*** FB 120, rel. Addr.0H : Invalid release (Product No.). ***Warning in Line 7025 S5 ASCII File:*** FB 121, rel. Addr.0H : Preheader does not exist. ***Warning in Line 7025 S5 ASCII File:*** FB 121, rel. Addr.0H : Invalid release (Product No.). ***Warning in Line 7025 S5 ASCII File:*** FB 122, rel. Addr.0H : Preheader does not exist. ***Warning in Line 7025 S5 ASCII File:*** FB 122, rel. Addr.0H : Invalid release (Product No.). ***Warning in Line 7025 S5 ASCII File:

*** FB 123, rel. Addr.0H : Preheader does not exist. ***Warning in Line 7025 S5 ASCII File:*** FB 123, rel. Addr.0H : Invalid release (Product No.). ***Warning in Line 7025 S5 ASCII File:*** FB 124, rel. Addr.0H : Preheader does not exist. ***Warning in Line 7025 S5 ASCII File:*** FB 124, rel. Addr.0H : Invalid release (Product No.). ***Warning in Line 7025 S5 ASCII File:*** FB 254, rel. Addr.0H : Preheader does not exist. ***Warning in Line 11261 S5 ASCII File:*** DX 0, rel. Addr.0H : Preheader does not exist. ***Warning in Line 11261 S5 ASCII File:*** DX 0, rel. Addr.0H : S5 mask DB is not used to assign parameters with S7. ****** Error in Line 502 (PB 25): Block does not exist. *** CALL FB 11;*** Error in Line 568 (PB 26): Block does not exist. *** CALL FB 11;*** Error in Line 1860 (PB 1): Block does not exist. ***


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CALL FB 11;*** Error in Line 1917 (PB 2): Block does not exist. *** CALL FB 11;*** Error in Line 1974 (PB 3): Block does not exist. *** CALL FB 11;*** Error in Line 2031 (PB 4): Block does not exist. *** CALL FB 11;*** Error in Line 2089 (PB 5): Block does not exist. *** CALL FB 11;*** Error in Line 2161 (PB 6): Block does not exist. *** CALL FB 11;*** Error in Line 2237 (PB 7): Block does not exist. *** CALL FB 11;

*** Error in Line 2314 (PB 8): Block does not exist. *** CALL FB 11;*** Error in Line 2372 (PB 9): Block does not exist. *** CALL FB 11;*** Error in Line 2444 (PB 10): Block does not exist. *** CALL FB 11;*** Error in Line 2520 (PB 11): Block does not exist. *** CALL FB 11;*** Error in Line 2597 (PB 12): Block does not exist. *** CALL FB 11;*** Error in Line 2655 (PB 13): Block does not exist. *** CALL FB 11;*** Error in Line 2727 (PB 14): Block does not exist. *** CALL FB 11;*** Error in Line 2803 (PB 15): Block does not exist. *** CALL FB 11;*** Error in Line 2880 (PB 16): Block does not exist. *** CALL FB 11;

*** Error in Line 2956 (PB 17): Block does not exist. *** CALL FB 11;*** Error in Line 3014 (PB 18): Block does not exist. *** CALL FB 11;*** Error in Line 3086 (PB 19): Block does not exist. *** CALL FB 11;*** Error in Line 3162 (PB 20): Block does not exist. *** CALL FB 11;*** Error in Line 3239 (PB 21): Block does not exist. *** CALL FB 11;*** Error in Line 3315 (PB 22): Block does not exist. *** CALL FB 11;*** Error in Line 3359 (PB 23): Block does not exist. *** CALL FB 11;*** Error in Line 3411 (PB 24): Block does not exist. *** CALL FB 11;*** Error in Line 3474 (PB 27): Block does not exist. *** CALL FB 11;

*** Error in Line 3537 (PB 28): Block does not exist. *** CALL FB 11;*** Error in Line 3581 (PB 29): Block does not exist. *** CALL FB 11;*** Error in Line 3821 (PB 34): Block does not exist. *** CALL FB 11;*** Error in Line 3865 (PB 35): Block does not exist. *** CALL FB 11;*** Error in Line 3908 (PB 36): Block does not exist. *** CALL FB 11;*** Error in Line 3951 (PB 37): Block does not exist. *** CALL FB 11;*** Error in Line 7006 (SB 211): Block does not exist. *** CALL FB 127;*** Error in Line 7015 (SB 211): Block does not exist. *** CALL FB 126;*** Error in Line 7507 (FB 23): Invalid operator. *** T BS 224;

*** Error in Line 7519 (FB 23): Invalid operator. *** T BS 96;*** Error in Line 7522 (FB 23): Invalid operator. *** T BS 97;*** Error in Line 7556 (FB 23): Block does not exist. *** CALL OB 221;*** Warning in Line 7885:Note new block numbering.*** Warning in Line 7959:Note new block numbering.*** Warning in Line 7972:Note new block numbering.*** Error in Line 8263 (SB 210): Block does not exist. *** CALL FB 125;*** Warning in Line 8273:Note different STOP commands.*** Warning in Line 8340:Please check setting for time base (S7 Config.).


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*** Warning in Line 8363:Please check setting for time base (S7 Config.).*** Warning in Line 8423:If using an S5-115U, change to OB100.*** Warning in Line 8439:Note different STOP commands.*** Error in Line 8444 (OB 22): The program in the OB must be formulated differently (for example, using Cs). ***ORGANIZATION_BLOCK OB 22*** Warning in Line 8453:Note different STOP commands.*** Warning in Line 8459:OB23 and OB24 will be converted to OB122.

*** Warning in Line 8473:OB23 and OB24 will be converted to OB122.*** Error in Line 8486 (OB 25): The program in the OB must be formulated differently (for example, using Cs). ***ORGANIZATION_BLOCK OB 25*** Warning in Line 881: STEP 7 assignment list: Please note the differences between I/O input and output **

*** Warning in Line 882: STEP 7 assignment list: Please note the differences between I/O input and output **























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*** Warning in Line 1469: STEP 7 assignment list: FB 11 Block does not exist. ***










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E:\DATA PROJECT\SSP PLANT\WTP\KSWTP_a0.seq

# D 42 #BI 50606 #N DBTRANSS-DB (KB)T-DB (KB)SADR (DD)TADR (DD)NUMB (DD)** FB 42 -DBTRANS (DATA BLOCK TRANSFER)* ---------------------------------------* PARAMETER FIELD:* ---------------- S-DB SOURCE DATA BLOCK

* T-DB TARGET DATA BLOCK* SADR FIRST DATAWORD IN SOURCE DB* TADR FIRST DATAWORD IN TARGET DB* NUMB NUMBER OF DATAWORDS TO COPY** USED FLAGS:* ----------- FW 225 to FW 229 ARE USED AS SUMP FLAG WORDS** NECESSARY DATA WORDS:* --------------------- DW 0 IN THE SELECTED DATA BLOCKS IS USED INTERNALLY* AND MUST NOT BE USED WITH PARAMETERS SADR/TADR.* DW's SADR up to SADR + NUMB in SOURCE DB and* TADR up to TADR + NUMB in TARGET DB are used.* THE LENGTH OF THE DATA BLOCKS MUST BE AT LEAST up to* DW S/TADR + NUMB.* FUNCTION:* --------- THE DATA WORDS FROM THE S-DB, BEGINNING AT ADRESS SADR* ARE COPIED TO THE T-DB, BEGINNING AT ADRESS TADR.

* THE PARAMETER "NUMB" CONTAINS THE AMOUNT OF DATAWORDS TO COPY.* DO = T-DB Select target datablock LW = TADR Target dataword address T FY 228 L FY 228 Safe target address in FW 227 T FW 227 ----------------------------- DO = S-DB Source datablock LW = SADR Source dataword T FY 226 L FY 226 Safe source address in FW 225 T FW 225 ----------------------------- LW = NUMB Number of datawords to copy T FY 230 L FY 230 T FW 229 Safe number of DW in FW 229M001 L KH 0 ----------------------------- !=F If number of DW = 0

BEC Jump to END _________________ DO FW 225 Select source dataword L DW 0 Read dataword from source ___ DO = T-DB Select target datablock DO FW 227 Select target address T DW 0 Write dataword to target ____ L FW 227 Load target address I 1 Increase T FW 227 Safe new target address _____ DO = S-DB Select source datablock L FW 225 Load source address I 1 Increase T FW 225 Safe new target address _____ L FW 229 Load quantity D 1 Decrease T FW 229 Safe new quantity ___________ JU = M001 Jump to LOOP BE

# D 44 #BI 50606 #N DB-OR2S-DB (KB)T-DB (KB)SADR (DD)OFFS (DD)TADR (DD)NUMB (DD)** FB 44 -DBTR-OR2 (DATA BLOCK TRANSFER WITH OR FUNCTION S-DB INTERNALLY)* ------------------------------------------------------------------------** PARAMETER FIELD:* ----------------* S-DB SOURCE DATA BLOCK* T-DB TARGET DATA BLOCK* SADR FIRST DATAWORD IN SOURCE DB


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* OFFS OFFSET* TADR FIRST DATAWORD IN TARGET DB* NUMB NUMBER OF DATAWORDS TO COPY*** USED FLAGS:* -----------* FW 225 and FW 229 ARE USED AS SUMP FLAG WORDS*** NECESSARY DATA WORDS:* ---------------------* DW 0 IN THE SELECTED DATA BLOCKS IS USED INTERNALLY AND

* MUST NOT USED WITH PARAMETERS SADR/TADR.* DW's SADR up to SADR + OFFS + NUMB in SOURCE DB and* TADR up to TADR + NUMB in TARGET DB are used.* THE LENGTH OF THE DATA BLOCKS MUST BE AT LEAST up to* DW S/TADR + NUMB.*** FUNCTION:* ---------** THE DATA WORDS FROM THE S-DB, BEGINNING AT ADRESS SADR* ARE COPIED TO THE T-DB, BEGINNING AT ADRESS TADR.* THE PARAMETER "NUMB" CONTAINS THE AMOUNT OF DATAWORDS* TO COPY.** DURING COPYING A LOGICAL OR FUNCTION IS EXECUTED BETWEEN* THE SOURCE DATAWORD ADRESS SADR+n AND THE CONTENT OF THE* DATAWORD IN SOURCE DB ADRESS SADR + OFFS + n.

***$EJECT* DO = T-DB Select target datablock LW = TADR Target dataword address T DR 0 Safe address in DR 0 _________ DO = S-DB Select source datablock LW = SADR Source dataword address T DR 0 Safe address in DR 0 _________ LW = OFFS Load offset +F Add to dataword address T FW 229 Safe upper dataword address __ LW = NUMB Load number of datawords T FW 225 Safe in FW 225 _______________M001 L KH 0 !=F If number of datawords = 0 BEC Jump to END __________________

DO DW 0 Select source lower dataword L DW 0 Read lower word from source __ DO FW 229 Select source upper dataword L DW 0 Read upper word from source OW Logical OR function __________ DO = T-DB Select target datablock DO DW 0 Select target dataword T DW 0 Write dataword to target L DW 0 Load target dataword address ADD BN +1 Increase T DW 0 Safe new target DW address ___ DO = S-DB Select source datablock L DW 0 Load lower source DW address ADD BN +1 Increase T DW 0 Safe new source DW address ___ L FW 229 Load upper source DW address ADD BN +1 Increase T FW 229 Safe new source DW address ___

L FW 225 Load number of datawords ADD BN -1 Decrease T FW 225 Safe new number of datawords _ JU = M001 Jump to LOOP BE # D 45 #BI 50606 #N DBTR-ORS-DB (KB)T-DB (KB)SADR (DD)TADR (DD)NUMB (DD)** FB 45 -DBTR-OR (DATA BLOCK TRANSFER WITH OR FUNCTION)* --------------------------------------------------------* PARAMETER FIELD:* ---------------- S-DB SOURCE DATA BLOCK


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* T-DB TARGET DATA BLOCK* SADR FIRST DATAWORD IN SOURCE DB* TADR FIRST DATAWORD IN TARGET DB* NUMB NUMBER OF DATAWORDS TO COPY* USED FLAGS:* ----------- FW 225 IS USED AS SUMP FLAG WORD** NECESSARY DATA WORDS:* --------------------- DW 0 IN THE SELECTED DATA BLOCKS IS USED INTERNALLY* AND MUST NOT USED WITH PARAMETERS SADR/TADR.* DW's SADR up to SADR + NUMB in SOURCE DB and* TADR up to TADR + NUMB in TARGET DB are used.* THE LENGTH OF THE DATA BLOCKS MUST BE AT LEAST up to

* DW S/TADR + NUMB.* FUNCTION:* --------- THE DATA WORDS FROM THE S-DB, BEGINNING AT ADRESS SADR ARE COPIED* TO THE T-DB, BEGINNING AT ADRESS TADR.* THE PARAMETER "ANZ" CONTAINS THE AMOUNT OF DATAWORDS TO COPY.* DURING COPYING A LOGICAL OR FUNCTION IS EXECUTED BETWEEN THE SOURCE DATAWORD* AND THE ORIGINAL CONTENT OF THE TARGET DATAWORD.* DO = T-DB Select target datablock LW = TADR Target dataword address T DR 0 Safe address in DR 0 _________ DO = S-DB Select source datablock LW = SADR Source datablock address T DR 0 Safe address in DR 0 _________ LW = NUMB Load number of datawords T FW 225 Safe in FW 225 _______________M001 L KB 0 !=F If number of datawords = 0

BEC Jump to END __________________ DO DW 0 Select source dataword L DW 0 Read dataword from source ____ DO = T-DB Select target datablock DO DW 0 Select target dataword L DW 0 Read dataword from target OW Logical OR function DO DW 0 Select target dataword T DW 0 Write dataword to target _____ L DW 0 Load target dataword address ADD BN +1 Increase T DW 0 Safe new target DW address ___ DO = S-DB Select source datablock L DW 0 load source dataword address ADD BN +1 Increase T DW 0 Safe new source DW address ___ L FW 225 Load number of datawords ADD BN -1 Decrease

T FW 225 Safe new number of datawords _ JU = M001 Jump to LOOP BE # D 49 #BI 50606 #N DB-DELETDB (KB)SADR (DD)NUMB (DD)** FB 49 -DBDELET (DELETE DATA BLOCK)* -------------------------------------* PARAMETER FIELD:* ---------------- DB DATA BLOCK* SADR FIRST DATA WORD ADDRESS* NUMB NUMBER OF DATA WORDS TO DELETE* USED FLAGS:* ----------- FW 225 IS USED AS SUMP FLAG WORD

** NECESSARY DATA WORDS:* ---------------------* DW 0 IN THE SELECTED DATA BLOCKS IS USED INTERNALLY* DW's SADR up to SADR + NUMB USED TO BE DELETED.* THE LENGTH OF THE DATA BLOCK MUST BE AT LEAST up to SADR + NUMB.** FUNCTION:* ---------* THE DATA WORDS FROM ADRESS SADR UP TO SADR + NUMB ARE DELETED* (SET TO 0). DATA WORD 0 WILL BE ALWAYS DELETED.* DO = DB Select datablock LW = SADR Load dataword address T DW 0 Safe address in DW 0 _________ LW = NUMB Load number of DW to delete +F Add to DW address T FW 225 Safe upper address to delete _


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M002 L KH 0 DO DW 0 Select dataword T DW 0 Write 0000 to dataword L DW 0 Load dataword address I 1 Increase T DW 0 Safe new dataword address L FW 225 Load upper dataword address >=F Compaire with actual address JC = M001 If equal jump to ENDE JU = M002 If not equal jump to LOOPM001 L KH 0 T DW 0 Write 0000 to DW 0 BE

#BI 25 #BI 70807 #UB Select Data block 224 C DB 224 *** A D 54.9 A F 14.1 A( AN F 19.1 AN F 19.2 O A( O F 19.1 O F 19.2 ) A F 17.5 ) = F 191.1

*** A( O F 19.1 O F 19.2 ) A F 17.5 = F 191.5 *** A( O D 51.8 O T 85 O A F 14.5 A F 14.1 ) AN F 19.1 AN F 19.2 = F 191.4

*** A D 52.8 = F 191.2 *** #UB Protection interlock A F 49.7 = F 191.6 *** #UB Function Block E-Module JU FB 11 ,DD +25 ,TX 12.2 ,TX 12.1 ,TX 12.0 ,Q 43.0 ,DX 10.0 BE #BI 26

#BI 70807 #UB Select Data block 224 C DB 224 *** A D 54.10 A F 14.1 A( AN F 19.1 AN F 19.2 O A( O F 19.1 O F 19.2 ) A F 17.6 ) = F 191.1 ***


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A( O F 19.1 O F 19.2 ) A F 17.6 = F 191.5 *** A( O D 51.8 O T 85 O A F 14.4 A F 14.1

) AN F 19.1 AN F 19.2 = F 191.4 *** A D 52.8 = F 191.2 *** A F 1.1 = F 191.7 *** L KB 2 T FY 232 *** #UB Protection interlock A F 49.7 = F 191.6 ***

#UB Function Block E-Module JU FB 11 ,DD +26 ,TX 12.6 ,TX 12.5 ,TX 12.4 ,Q 43.1 ,DX 10.0 BE # D 140 #BI 70820 #N ZEROSET C DB 225 L DD 84 L KG +3000000+02 >G JC = M001 L KG +0000000+00

T DD 84M001 L DD 86 L KG +3000000+02 >G JC = M002 L KG +0000000+00 T DD 86M002 L DD 88 L KG +3000000+02 >G JC = M003 L KG +0000000+00 T DD 88M003 L DD 90 L KG +2500000+02 >G JC = M004 L KG +0000000+00

T DD 90 L DD 92 L KG +1000000+01 >G JC = M004 L KG +0000000+00 T DD 92M004 L DD 94 L KG +2000000+01 >G JC = M005 L KG +0000000+00 T DD 94M005 L DD 80 L KG +0000000+00 >G JC = M006 T DD 80


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L KF +0 T DW 1M006 *** BE # D 165 #BI 60102 #N ALARMS** FB 165 -ALARMS* --------------** Flag F 3.0 changes every 5 sec.* Flag F 3.0 has to be built in 5sec Alarm OB

** The Flags F 3.1 and F 3.3 are pulses at each change of F 3.0* The Flags F 3.2 and F 3.4 are used to create F 3.1 and F 3.3** The Function block FB 165 -ALARMS is used to extend the* duration of any alarm.* All alarms have to be collected in DB 222 (by user). (DW1 - 25)* Each alarm bit will be kept at "1"-signal at least* 5 sec (max. 10 sec.) after the alarm is off.** DB 222 contains the actual alarms. (DW1 - 25)* DB 223 is used for intermediate storage.* DB 224 contains the extended alarm values. (DW10 - 35)** The extension of the alarm bits to approx. 5 sec. is* necessary, to be able to transmit all bits to the alarm* screen and alarm printer. Otherwise very short alarms* could be lost.

** The amount of Datawords can be increased to max. 100* Therefore it is necessary to change all parameters "NUMB"* in FB165/Seg.2 to the desired value.*** A F 3.0 changes every 5 sec AN F 3.2 = F 3.1 pulse at pos.change of F3.0 S F 3.2 AN F 3.0 R F 3.2 AN F 3.0 AN F 3.4 = F 3.3 pulse at neg.change of F3.0 S F 3.4 A F 3.0

R F 3.4 *** JU FB 44 ,JB 223 Executed every time ,JB 224 ,DD +1 ,DD +100 ,DD +11 ,DD +26 BLD 130 AN F 3.0 JC = M001 AN F 3.1 JC = M002 BLD 130 JU FB 49 ,JB 223 Executed at change ,DD +1 0 --> 1 of F 3.0

,DD +26 BLD 130M002 JU FB 45 ,JB 222 Executed at F 3.0 = 1 ,JB 223 ,DD +1 ,DD +1 ,DD +26 BLD 130 JU = M003 BLD 130M001 AN F 3.3 JC = M004 BLD 130 JU FB 49 ,JB 223 Executed at change ,DD +101 1 --> 0 of F 3.0 ,DD +26


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BLD 130M004 JU FB 45 ,JB 222 Executed at F 3.0 = 0 ,JB 223 ,DD +1 ,DD +101 ,DD +26 BLD 130M003 BE # D 200 #BI 50606 #N ANA-EING ANALOG-INPUTADR (DD)

P/Q (DD)TYP (DD)DRBR (DD)UNGR (DL)OBGR (DL)DBDD (DW)DBDW (DW)FAKT (DL)FEHL (Q )*FB 200 ANA-EING ANALOG-INPUT *****************************************THIS BLOCK IS USED FOR READING ANALOG VALUES FROM ANALOG INPUT CARDS*6ES5460 (0-10 V, 0-20 mA, 4-20 mA) and 6ES5465 (Pt100)***PARAMETER FIELD:

*----------------------------------------------------------------------*NAME !DESCRIPTION !KIND!TYPE! *----------------------------------------------------------------------*ADR !adress of input channel i.e. PW128 = +128 ! D ! KF !*P/Q !selection of P or Q periphery P / Q ! D ! KC !*TYP !0 = 0-20 mA/0-10 V ! D ! KF !* !1 = 4 - 20 mA signal ! ! !* !2 = Pt 100 directly connected to input card 6ES5465 ! ! !*DRBR !fault handling ! D ! KF !* !0 = at fault output signal = lower limit ! ! !* !1 = at fault output signal = upper lim.+25% of range! ! !*UNGR !lower limit of measuring range ! D ! KG !*OBGR !upper limit of measuring range ! D ! KG !*DBDD !datablock number, adress double dataword (for KG) ! D ! KY !*DBDW !datablock number, adress dataword (for KF) ! D ! KY !*FAKT !multiplier for integer output (>=0) ! D ! KG !*FEHL !summary fault bit ! A ! BI ! *----------------------------------------------------------------------

***USED FLAGS:*-----------*F 1.0 (-LOG0), F 1.1 (-LOG1)*FW 200-254 USED AS SUMP FLAGS***NECESSARY DATABLOCKS /-WORDS *----------------------------*NO DATABLOCKS /-WORDS ARE USED, EXCEPT DB/DD, DB/DW FROM PARAMETER FIELD,*CHOSEN BY THE USER.**FUNCTION:*---------**THE INPUT SIGNAL IS READ FROM THE ANALOG INPUT CARD. (P or Q PERIPHERAL AREA*PARAMETER "P/Q").

**THE VALUE IS CHECKED FOR SET FAULT BIT'S AND VALUE IN NORMAL RANGE.*(-0.6...23.5mA, 3.5..23.5mA,. . .)**ON ANY FAULT, THE OUTPUT IS SET TO LOWER LIMIT or UPPER LIMIT + 25 % of RANGE,*ACCORDING PARAMETER "DRBR" AND THE PARAMETER "FEHL" IS SET TO "1" SIGNAL.**THE FAULT BIT IS ALSO SET, IF WRONG PARAMETERS ARE ASSIGNED TO THE*PARAMETER FIELD.**ATTENTION: - UPPER LIMIT ALWAYS MUST BE HIGHER THEN LOWER LIMIT** - FOR TYPE 2 (Pt100) THE VALUES OF LOWER AND UPPER LIMIT* ARE USED FOR OUTPUT SIGNAL IN CASE OF FAULT ONLY.* (SHORT CIRCUIT of Pt100 or BROKEN WIRE WILL ALSO CAUSE* A FAULT)** - UPPER LIMIT MULTIPLIED BY PARAMETER "FAKT" MUST NOT


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* EXCEED 25000** - LOWER LIMIT MULTIPLIED BY PARAMETER "FAKT" MUST NOT* EXCEED -25000** - PARAMETER "FAKT" MUST BE >= 0**IF THERE IS NO FAULT (NORMAL OPERATION), THE INPUT VALUE IS TRANSFORMED*TO PHYSICAL VALUES ACCORDING TYPE OF INPUT CARD AND LOWER/UPPER LIMIT.**THE TREATED OUTPUT VALUE IS ASSIGNED TO DBDD AS FLOATING POINT VALUE (KG)*AND TO DBDW AS 16 BIT INTEGER VALUE (KF), WHERE THE KF VALUE IS MULTIPLIED*BY THE PARAMETER "FAKT" BEFORE WRITING TO THE OUTPUT.

**IF THE OUTPUT PARAMETERS DBDD,DBDW ARE SET TO KY 255,255 NO OUTPUT OF*VALUES WILL BE PERFORMED.**$EJECT* *** #UB parameter check A F 1.1 R F 255.7 Reset Fault Bit BLD 130 LWD = OBGR upper limit (KG) LWD = UNGR lower limit (KG) = upper limit BLD 130 LWD = FAKT check if multiplier for KF T FD 250 result in range between

LWD = OBGR +32000 and -32000 XG -------------------------- L KG +2500000+05 >G JC = M001 BLD 130 L FD 250 LWD = UNGR XG L KG -2500000+05 = 0 L KG +0000000+00 F ---------------------- JC = M001 TAK L KF +0


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S F 255.7 fault flagM005 *** #UB calculation of result A F 255.7 jump on fault JC = M006 BLD 130 L FW 202 raw input value SLW 1 SRW 4 T FW 204 valid input value AN F 202.7 check sign JC = M007 positive BLD 130

L KF -1 if raw input negative XF multiply by -1 T FW 204 BLD 130M007 LW = TYP check type of input L KF +0 0-20 mA / 0-10 V !=F JC = M008 BLD 130 TAK L KF +2 Pt 100 type !=F JC = M009 BLD 130 BLD 130 4 - 20mA type A F 204.7 if negative JC = M010 jump to fault BLD 130

L FW 204 4-20 mA L KF +512 =4mA -F T FW 204 BLD 130M008 L FW 204 L KF -64 check for < 3.5mA(-0.5 mA,-0.3V) =F JC = M011 LWD = UNGR between -64 and 0 digits T FD 214 set value to lower limit JU = M006 BLD 130 BLD 130

M011 L FW 204 SLD 16 SSD 16 shift sign to bit 31 FDG KF --> KG T FD 206 valid input (KG) BLD 130 LWD = OBGR upper limit LWD = UNGR lower limit -G L KG +2048000+04 :G T FD 210 value per digit L FD 206 XG LWD = UNGR +G T FD 214 result (KG) BLD 130 ***********

L FD 210 L KG +4480000+03 3.5 mA above upper limit XG LWD = OBGR +G new upper limit L FD 214 result >=G new upper limit > result JC = M006 JU = M010 jump to fault on > upper limit BLD 130 BLD 130 Pt-100 BLD 130 ******M009 L FW 204 valid input value SLW 1 JP = M010 jump to fault on neg.sign SRW 1 L KF +512 check for > 50 Ohm


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JC = M010 TAK L KF +1024 value for 0 Degr. -F T FW 236 FDG KF --> KG T FD 206 L KG +2665000+03 value for 200 Ohm L KG +1024000+04 :G T FD 210 value for 1 digit L FD 206 XG

T FD 214 result Deg.C. JU = M006 BLD 130M010 A F 1.1 S F 255.7 fault flagM006 *** #UB fault handling AN F 255.7 fault flag JC = M012 BLD 130 LW = DRBR fault handling 0/1 L KF +0 0 = set output to lower limit > KF

T FD 240 BLD 130 LW = DBDW transfer to DB (KF) T FW 230 DB no. L FY 230 DB no. T FW 232 DO FW 232 C DB 0 open DB L FY 231 T FW 234 DW no L FW 242 DO FW 234 T DW 0 transfer result (KF) to DBM015 *** #UB transfer fault bit A F 255.7 = = FEHL BE


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# D 202 #BI 51030 #N GRENZ-4DBDD (DW)L1GR (DL)L2GR (DL)H1GR (DL)H2GR (DL)HYST (DL)A-L1 (Q )A-L2 (Q )A-H1 (Q )A-H2 (Q )

*FB 202 GRENZ-4 GENERATION OF 4 ALARMS (LIMITS) ************************************************************THIS BLOCK IS USED TO GENERATE 4 ALARMS (LIMITS) WITH HYSTERESIS* (L1, L2 und H1, H2), FROM AN ANALOG SIGNAL.***FUNCTION: THE ANALOG SIGNAL HAS TO BE PROVIDED IN A DATABLOCK. THE LIMIT* SIGNALS ARE THEN CALCULATED ACCORDING THE PARAMETERS IN THE* PARAMETER FIELD.**SIGNALIZATION: IF THE SUPERVISED VALUE EXCEEDS THE LIMITS, THE ALARMS WILL BE* INDICATED BY SINGLE BITS (OUTPUT PARAMETERS).* AFTER REACHING NORMAL STATE INCLUDING HYSTERESIS* THE RESPECTIVE BITS ARE RESET.**

******USED FLAGS:*----------*FW200-254 USED AS SUMP FLAGS***NECESSARY DATABLOCKS / -WORDS *-----------------------------*NO DATABLOCKS / -WORDS ARE USED, EXCEPT DB/DD FROM PARAMETER FIELD,*CHOSEN BY THE USER.****

*$EJECT* ......................................................................* ! ** ! * ** ! * ** I !-----------*-----*------------------H2 ALARM VALUE----+--------------* N ! * * ! HYSTERESIS* P !.........*.........*..................................!..............* U ! * ** T ! * ** !------*---------------*-------------H1 WARNING VALUE--+--------------* ! * * ! HYSTERESIS* !....*...................*.............................!..............* S ! * ** I ! * * ** G ! * * ** N !* * ** A ! * *

* L !..............................*...........................*...........* ! ! * ** ! ! HYSTERESIS * ** !---+---------------L1 WARNING----*---------------------*--------------* ! VALUE * ** ! * ** ! * ** !.....................................*.............*..................* ! ! * ** ! ! HYSTERESIS * ** !---+---------------L2 ALARM VALUE-------*-------*---------------------* ! * ** ! * ** ! * ** ! ** !............................... TIME .............................>>>>* ! *NORMAL !######...................########..........................####.......


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* ! *H1-WA. !......###################.............................................* ! *H2-AL. !...........#########..................................................* ! *L1-WA. !.................................##########################...........* ! *L2-AL. !........................................###########...................****PARAMETER FIELD: *---------------------------------------------------------------------

*NAME !DESCRIPTION !KIND!TYPE! *---------------------------------------------------------------------*DBDD !DATABLOCK, ADRESS OF INPUT SIGNAL ! D ! KY !*L1GR !LIMIT L1 MIN-WWARNING ! D ! KG !*L2GR !LIMIT L2 MIN-ALARM ! D ! KG !*H1GR !LIMIT H1 MAX-WARNING ! D ! KG !*H2GR !LIMIT H2 MAX-ALARM ! D ! KG !*HYST !HYSTERESIS ! D ! KG !*A-L1 !WARNING L1 (MIN) ! A ! BI !*A-L2 !ALARM L2 (MIN) ! A ! BI !*A-H1 !WARNING H1 (MAX) ! A ! BI !*A-H2 !ALARM H2 (MAX) ! A ! BI ! *---------------------------------------------------------------------***$EJECT *** #UB calculation of limit value

LW = DBDD input signal T FW 200 L FY 200 T FW 202 DO FW 202 C DB 0 L FY 201 T FW 204 DO FW 204 L DD 0 T FD 206 BLD 130 LWD = HYST hysteresis T FD 210 BLD 130 L FD 206 LWD = L1GR alarm value L1


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S = A-H2 set alar bit H2 BLD 130 LWD = H2GR alarm value H2 L FD 210 -G L FD 206 >G RB = A-H2 reset alarm bit H2 BE # D 205 #BI 50606 #N XX->XX/H INTEGRATORDBEI (KB)

DDEI (XD)DBAU (KB)DDAU (QB)TR1S (TX)RESE (TX)DWAU (BQ)*FB205 XX->XX/H INTEGRATOR ****************************************THIS BLOCK IS USED TO CALCULATE THE CONSUMPTION OF GAS, FLUID, ENERGY a.s.o*FROM A GIVEN FLOW RATE OR POWER VALUE.* i.e. power (MW) to energy consumption (MWh).**ATTENTION: THIS FB HAS TO BE CALLED EVERY SECOND. THE INPUT PARAMETER* TR1S MUST BE SET FOR 1 PROGRAM CYCLE ONLY.*

***USED FLAGS:*-----------*NO FLAGS ARE USED****NECESSARY DATABLOCKS / -WORDS: *------------------------------*NO DATABLOCKS / -WORDS ARE USED, EXCEPT DBEI/DDEI, DBAU/DDAU/DWAU FROM*PARAMETER FIELD, CHOSEN BY THE USER.******

*PARAMETER FIELD: *---------------------------------------------------------------------*NAME !DESCRIPTION !KIND!TYPE! *---------------------------------------------------------------------*DBEI !DB INPUT VALUE ! B ! !*DDEI !DOUBLE DATAWORD INPUT VALUE (KG) ! E ! D !*DBAU !DB OUTPUT VALUE ! B ! !*DDAU !DOUBLE DATAWORD OUTPUT VALUE (KG) ! W ! D !*TR1S !TRIGGER PULSE 1 SEC. ! E ! BI !*RESE !RESET OUTPUT VALUE ! E ! BI !*DWAU !DATAWORD OUTPUT VALUE (KF) ! A ! W ! *---------------------------------------------------------------------******$EJECT

*** A = RESE JC = M001 BLD 130 AN = TR1S BEC BLD 130 DO = DBEI L = DDEI L KG +3600000+04 :G DO = DBAU L = DDAU +G T = DDAU L KG +1000000+01 :G L KG +0000000+00


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+G GFD T = DWAU BEU BLD 130M001 DO = DBAU L KH 0 T = DDAU T = DWAU BE # D 215 #BI 50606 #N H-COUNT

DB (KB)DW (DD)SIG (TX)RES (TX)** F B 2 1 5 H - C O U N T* -------------------------* PARAMETER FIELD:* ---------------- DB DATA BLOCK NUMBER* DW FIRST DATA WORD TO USE* SIG COUNTER ENABLE SIGNAL* USED FLAGS* ---------- F 2.3 -1M 1 MIN CLOCK PULSE* NECESSARY DATA WORDS* -------------------- DW 0 IN THE SELECTED DATA BLOCK IS USED* INTERNALLY AND MUST NOT BE USED WITH PARAMETER "DW"* DW n AS SELECTED IN THE PARAMETER FIELD IS USED FOR INTERNAL* STORAGE OF 1 MIN. COUNTS.

* DW n + 40 CONTAINS THE RESULT OF THE COUNTER. (OPERATING HOURS)** FUNCTION* -------- IF THE INPUT PARAMETER "SIG" OF THE PARAMETER FIELD HAS A "1"* SIGNAL. THE FUNCTION BLOCK INCREASES THE COUNT VALUE IN THE SELECTED DATA* WORD BY 1. EVERY HOUR THE RESULT OF THE COUNTER IN DW n + 40 IS INCREASED* BY ONE. THE RANGE OF THE COUNTER IS 0 - 9999 HOURS.* IF THE INPUT PARAMETER "SIG" IS NOT ON, THE FUNCTION BLOCK* IS INTERNALLY BYPASSED, TO SAVE CYCLE TIME.* TO RESET THE COUNTER, STORE "KH0000" TO DW n AND DW n + 40,* BY USING THE FUNCTION "CONTROL VARIABLE" WITH THE PROGRAMMING UNIT.** A = RES JC = M001 AN = SIG BEC AN F 2.3

BEC DO = DB LW = DW T DW 0 DO DW 0 L DW 0 ADD KF +1 DO DW 0 T DW 0 L KF +60


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L DW 0 I 40 T DW 0 L KH 0 DO DW 0 T DW 0 BE # D 217 #BI 60111 #N KORREKTR Korrekturrechnung GasdurchflussQN-R (DL)DP-R (DL)P-R (DL)

T-R (DL)DI-R (DL)DI1 (DL)DI2 (DL)D1-2 (TX)DADB (KB)DP (XD)P (XD)T (XD)SQRT (TX)QNKG (QB)QNKF (BQ)FEHL (Q ) *-------------------------------------------------------------------------------*Baustein: FB 217***Anwendung: Korrekturrechnung zur Ermittlung des Normdurchflusses

* bei Gasmengenmessungen mittels Messblende und* Differenzdrucktransmitter.** Mittels Steuersignal (D1-2) kann zwischen 2 verschiedenen* Gasdichten (DI1 u. DI2) umgeschaltet werden.** Der gemessene Wert des Diff.druckes wird im Baustein* radiziert.** Fuer die Zustandskorrektur werden die Temperatur, der Druck* sowie die angewaehlte Dichte beruecksichtigt.***Parameter: QN-R - Auslegungswert f. Durchfluss (KG)* DP-R - Auslegungswert f. Diff.druck (KG)* P-R - Auslegungswert fuer Druck (KG)* T-R - Auslegungswert f. absol. Temperatur (273 + t) (KG)* DI-R - Auslegungswert f. Gasdichte (KG)

* DI1 - tatsaechliche Dichte (1. Wert) (KG)* DI2 - tatsaechliche Dichte (2. Wert) (KG)* D1-2 - Umschaltung Dichte Wert1/2 (0 = Wert1,1 = Wert2) (Bit)* DADB - Datenbaustein mit Ein- u. Ausgangsdaten (DB x)* DP - gemessener Wert f. Diff.druck (DD)* P - gemessener Wert f. Druck (DD)* T - gemessener Wert f. Temperatur (DD)* (Grad C , Umrechnung auf absolute Temp.* erfolgt im Baustein)** QNKG - Ausgang: Zustandskorr. Wert f. Durchfluss (DD)* QNKF - wie QNKG, jedoch 16Bit Festpunktzahl (DW)* FEHL - Fehlersignal = 1 bei negativer Wurzel**Merker: Schmiermerker ueber M200.0* Schmiermerkerbyte 10**

*Bausteine: angewaehlter Datenbaustein* Funktionsbaustein FB19 (RAD:GP) Gleitpunktradizierer**$EJECT** DO = DADB L = T L KG +2731500+03 +G T FD 200 BLD 130 L = P L KG +1000000+01 +G T FD 212 BLD 130 L = DP


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AN = SQRT JC = M001 L = DP XG LWD = DP-R :GM001 LWD = DP-R :G L FD 212 XG LWD = P-R :G LWD = T-R

XG L FD 200 :G LWD = DI-R XG BLD 130 A = D1-2 JC = M002 LWD = DI1 :G T FD 204 JU = M003M002 LWD = DI2 :G T FD 204 BLD 130M003 JU FB 6 ,I 204

,DX 10.0 ,I 208 BLD 130 AN F 10.0 JC = M004 S = FEHL L KG +0000000+00 T = QNKG L KH 0 T = QNKF BEU BLD 130M004 RB = FEHL L FD 208 LWD = QN-R XG T = QNKG L KG +5000000+00

+G GFD T = QNKF BE # D 240 #N POWER C DB 225 L DD 84 L DD 86 +G L DD 88 +G L DD 90 +G T FD 200 L DD 24 L DD 22 -G

L FD 200 XG L KG +1162800-02 XG T DD 78 O I 2.1 O I 2.5 O I 3.1 O I 3.5 O I 4.1 O I 4.5 O I 5.1 O I 5.5 O I 6.1 O I 6.5 O I 7.1 O I 7.5 O I 8.1


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O I 8.5 O I 9.1 O I 9.5 O I 10.1 O I 10.5 O I 26.1 O I 26.3 JC = M001 L KG +0000000+00 T DD 78M001 *** BE #BI 1

#BI 70812 #UB Select Data block 224 C DB 224 *** #UB Mode BF 01 Select A D 55.7 S F 14.0 AN D 55.7 R F 14.0 A F 14.0 = D 45.7 *** #UB Reset PCIM command on fault O T 170 S D 55.7 A F 160.1 R D 55.7 NOP 0

*** #UB BF 01 Start Command A F 14.0 A( O F 15.1 O F 15.3 ) = F 191.1 = F 191.5 *** A F 1.1 = F 191.7 *** L KB 2 T FY 232 *** #UB Function Block E-Module JU FB 11

,DD +1 ,TX 0.2 ,TX 0.1 ,TX 0.0 ,Q 40.0 ,DX 10.0 BE #BI 2 #BI 70812 #UB Select Data block 224 C DB 224 *** A F 40.0 AN F 160.2 A( A F 40.2 A F 40.5 O

A F 40.4 A( O F 40.6 O A F 40.5 A F 160.4 ) O A F 40.3 A( O F 40.7 O A F 40.6 A( O F 160.4 O F 160.3 ) O


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A F 40.5 A F 160.3 A F 160.4 ) ) = F 191.5 = F 191.1 *** A I 0.7 = F 191.6 = D 38.2 *** #UB Function Block E-Module

JU FB 11 ,DD +2 ,TX 0.6 ,TX 0.5 ,TX 0.4 ,Q 40.1 ,DX 10.0 BE #BI 3 #BI 70812 #UB Select Data block 224 C DB 224 *** A F 40.0 AN F 160.3 A( A F 40.3 A F 40.5

O A F 40.2 A( O F 40.6 O A F 40.5 A F 160.2 ) O A F 40.4 A( O F 40.7 O A F 40.6 A( O F 160.2 O F 160.4 )

O A F 40.5 A F 160.2 A F 160.4 ) ) = F 191.5 = F 191.1 *** A I 1.3 = F 191.6 = D 38.3 *** #UB Function Block E-Module JU FB 11 ,DD +3 ,TX 1.2 ,TX 1.1

,TX 1.0 ,Q 40.2 ,DX 10.0 BE #BI 4 #BI 70812 #UB Select Data block 224 C DB 224 *** A F 40.0 AN F 160.4 A( A F 40.4 A F 40.5 O A F 40.3 A( O F 40.6


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O A F 40.5 A F 160.3 ) O A F 40.2 A( O F 40.7 O A F 40.6 A( O F 160.3 O F 160.2

) O A F 40.5 A F 160.2 A F 160.3 ) ) = F 191.5 = F 191.1 *** A I 1.7 = F 191.6 = D 38.4 *** #UB Function Block E-Module JU FB 11 ,DD +4 ,TX 1.6

,TX 1.5 ,TX 1.4 ,Q 40.3 ,DX 10.0 BE #BI 5 #BI 70812 #UB Select Data block 224 C DB 224 *** #UB start if selected A D 53.5 = F 191.1 *** #UB Start Command O D 51.1 O A F 44.2

A F 44.0 = F 191.4 *** #UB Stop Command A D 52.1 = F 191.2 *** #UB Pressure switch AN I 2.3 L KT 100.1 SF T 31 NOP 0 NOP 0 NOP 0 A T 31 = F 190.3 *** #UB pressure indication

AN I 2.3 = D 38.5 *** #UB Auto FAULT RESET A T 95 = F 191.0 *** #UB Protection interlock A F 49.7 = F 191.6 *** #UB Function Block E-Module JU FB 11 ,DD +5 ,TX 2.2 ,TX 2.1 ,TX 2.0 ,Q 40.4


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,DX 10.0 BE #BI 6 #BI 70812 #UB Select Data block 224 C DB 224 *** #UB start if selected A D 53.6 = F 191.1 *** #UB Start preconditions O(

A F 155.5 L KT 080.1 SD T 52 NOP 0 NOP 0 NOP 0 A T 52 ) ON D 53.5 = F 44.3 = F 191.3 *** #UB Start Command O D 51.1 O A F 44.2 A F 44.0 = F 191.4

*** #UB Stop Command A D 52.1 = F 191.2 *** #UB Pressure switch AN I 2.7 L KT 100.1 SF T 32 NOP 0 NOP 0 NOP 0 A T 32 = F 190.3 *** #UB pressure indication AN I 2.7 = D 38.6

*** #UB AUTO FAULT RESET A T 95 = F 191.0 *** #UB Protection interlock A F 49.7 = F 191.6 *** #UB Function Block E-Module JU FB 11 ,DD +6 ,TX 2.6 ,TX 2.5 ,TX 2.4 ,Q 40.5 ,DX 10.0 BE

#BI 7 #BI 70812 #UB Select Data block 224 C DB 224 *** #UB start if selected A D 53.7 = F 191.1 *** #UB Start preconditions A( O( A F 155.6 L KT 080.1 SD T 53 NOP 0 NOP 0 NOP 0


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A T 53 ) ON D 53.6 ) = F 44.4 A F 44.4 A F 44.3 = F 191.3 *** #UB Start Command O D 51.1 O A F 44.2


AN I 3.3 = D 38.7 *** #UB AUTO FAULT RESET A T 95 = F 191.0 *** #UB Protection interlock A F 49.7 = F 191.6 *** #UB Function Block E-Module JU FB 11 ,DD +7 ,TX 3.2 ,TX 3.1 ,TX 3.0 ,Q 40.6

,DX 10.0 BE #BI 8 #BI 70812 #UB Select Data block 224 C DB 224 *** #UB start if selected A D 53.8 = F 191.1 *** #UB Start preconditions A( O( A F 155.7 L KT 080.1 SD T 54 NOP 0

NOP 0 NOP 0 A T 54 ) ON D 53.7 ) = F 44.5 A F 44.5 A F 44.3 A F 44.4 = F 191.3 *** #UB Start Command O D 51.1 O A F 44.2 A F 44.0 = F 191.4


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*** #UB Stop Command A D 52.1 = F 191.2 *** #UB Pressure switch AN I 3.7 L KT 100.1 SF T 34 NOP 0 NOP 0 NOP 0 A T 34

= F 190.3 *** #UB pressure indication AN I 3.7 = D 38.8 *** #UB AUTO FAULT RESET A T 95 = F 191.0 *** #UB Protection interlock A F 49.7 = F 191.6 *** #UB Function Block E-Module JU FB 11 ,DD +8 ,TX 3.6





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,TX 7.5 ,TX 7.4 ,Q 41.7 ,DX 10.0 BE #BI 17 #BI 70812 #UB Select Data block 224 C DB 224 *** #UB start if selected A D 54.1 = F 191.1 *** #UB Start preconditions A( O( A F 157.0

L KT 080.1 SD T 63 NOP 0 NOP 0 NOP 0 A T 63 ) ON D 54.0 ) A F 30.3 A F 30.4 A F 30.5 = F 191.3 *** #UB Start Command O D 51.3 O A F 30.2



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AN I 8.3 = D 39.1 *** #UB AUTO FAULT RESET A T 94 = F 191.0 *** #UB Protection interlock A F 49.7 = F 191.6 *** #UB Function Block E-Module JU FB 11

,DD +17 ,TX 8.2 ,TX 8.1 ,TX 8.0 ,Q 42.0 ,DX 10.0 BE #BI 18 #BI 70812 #UB Select Data block 224 C DB 224 *** #UB start if selected A D 54.2 = F 191.1 *** #UB Start Command O D 51.4

O A F 34.2 A F 34.0 = F 191.4 *** #UB Stop Command A D 52.4 = F 191.2 *** #UB Pressure switch AN I 8.7 L KT 100.1 SF T 44 NOP 0 NOP 0 NOP 0 A T 44 = F 190.3

*** #UB pressure indication AN I 8.7 = D 39.2 *** #UB Auto FAULT RESET A T 93 = F 191.0 *** #UB Protection interlock A F 49.7 = F 191.6 *** #UB Function Block E-Module JU FB 11 ,DD +18 ,TX 8.6 ,TX 8.5

,TX 8.4 ,Q 42.1 ,DX 10.0 BE #BI 19 #BI 70812 #UB Select Data block 224 C DB 224 *** #UB start if selected A D 54.3 = F 191.1 *** #UB Start preconditions O( A F 157.2 L KT 080.1 SD T 65


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NOP 0 NOP 0 NOP 0 A T 65 ) ON D 54.2 = F 34.3 = F 191.3 *** #UB Start Command O D 51.4 O A F 34.2




NOP 0 NOP 0 A T 66 ) ON D 54.3 ) = F 34.4 A F 34.4 A F 34.3 = F 191.3 *** #UB Start Command O D 51.4 O A F 34.2 A F 34.0 = F 191.4 ***


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#UB Stop Command A D 52.4 = F 191.2 *** #UB Pressure switch AN I 9.7 L KT 100.1 SF T 46 NOP 0 NOP 0 NOP 0 A T 46 = F 190.3

*** #UB pressure indication AN I 9.7 = D 39.4 *** #UB AUTO FAULT RESET A T 93 = F 191.0 *** #UB Protection interlock A F 49.7 = F 191.6 *** #UB Function Block E-Module JU FB 11 ,DD +20 ,TX 9.6 ,TX 9.5

,TX 9.4 ,Q 42.3 ,DX 10.0 BE #BI 21 #BI 70812 #UB Select Data block 224 C DB 224 *** #UB start if selected A D 54.5 = F 191.1 *** #UB Start preconditions A( O( A F 157.4 L KT 080.1

SD T 67 NOP 0 NOP 0 NOP 0 A T 67 ) ON D 54.4 ) = F 34.5 A F 34.5 A F 34.3 A F 34.4 = F 191.3 *** #UB Start Command O D 51.4 O A F 34.2



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AN I 10.3 = D 39.5 *** #UB AUTO FAULT RESET A T 93 = F 191.0 *** #UB Protection interlock A F 49.7 = F 191.6 *** #UB Function Block E-Module JU FB 11

,DD +21 ,TX 10.2 ,TX 10.1 ,TX 10.0 ,Q 42.4 ,DX 10.0 BE #BI 22 #BI 70812 #UB Select Data block 224 C DB 224 *** #UB start if selected A D 54.6 = F 191.1 *** #UB Start preconditions A(

O( A F 157.5 L KT 080.1 SD T 68 NOP 0 NOP 0 NOP 0 A T 68 ) ON D 54.5 ) A F 34.3 A F 34.4 A F 34.5 = F 191.3 *** #UB Start Command O D 51.4

O A F 34.2 A F 34.0 = F 191.4 *** #UB Stop Command A D 52.4 = F 191.2 *** #UB Pressure switch AN I 10.7 L KT 100.1 SF T 48 NOP 0 NOP 0 NOP 0 A T 48 = F 190.3

*** #UB pressure indication AN I 10.7 = D 39.6 *** #UB AUTO FAULT RESET A T 93 = F 191.0 *** #UB Protection interlock A F 49.7 = F 191.6 *** #UB Function Block E-Module JU FB 11 ,DD +22 ,TX 10.6 ,TX 10.5


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,TX 10.4 ,Q 42.5 ,DX 10.0 BE #BI 23 #BI 70722 #UB Select Data block 224 C DB 224 *** #UB Operating interlock A D 54.7 = F 191.1 ***

#UB Start command O D 51.7 O A F 38.2 A F 39.0 = F 191.4 *** #UB Stop Command A D 52.7 = F 191.2 *** #UB Flow > MIN A T 25 = F 190.3 *** #UB Protection interlock A F 49.7 = F 191.6

*** #UB Function Block E-Module JU FB 11 ,DD +23 ,TX 11.2 ,TX 11.1 ,TX 11.0 ,Q 42.6 ,DX 10.0 BE #BI 24 #BI 70722 #UB Select Data block 224 C DB 224 *** #UB Operating interlock A D 54.8 = F 191.1

*** #UB Start command O D 51.7 O A F 38.0 A F 39.0 = F 191.4 *** #UB Stop Command A D 52.7 = F 191.2 *** #UB Fow > MIN A T 25 = F 190.3 *** #UB Protection interlock A F 49.7

= F 191.6 *** #UB Start delay A D 54.7 = F 191.7 *** #UB Start delay time L KB 3 T FY 232 *** #UB Function Block E-Module JU FB 11 ,DD +24 ,TX 11.6 ,TX 11.5 ,TX 11.4 ,Q 42.7 ,DX 10.0


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BE #BI 27 #BI 70812 #UB Select Data block 224 C DB 224 *** #UB On-Off tank agitator O D 51.9 O F 55.4 S F 55.0 O D 52.9 O F 163.3 O T 18

R F 55.0 A F 55.0 = D 41.9 *** #UB Reset PCIM commands O D 51.9 O D 52.9 R D 51.9 R D 52.9 *** #UB Agitator running time A F 55.0 L KT 060.2 SD T 18 NOP 0 NOP 0 NOP 0 NOP 0

*** #UB Operating interlock A F 55.0 AN F 163.3 = F 191.1 = F 191.5 *** #UB Protection interlock A I 25.1 = F 191.6 = D 49.9 *** #UB Status to PCIM A I 25.0 = D 49.8 = F 190.7 *** #UB Function Block E-Module

JU FB 11 ,DD +27 ,TX 14.2 ,TX 14.1 ,TX 14.0 ,Q 43.4 ,DX 10.0 BE #BI 28 #BI 70812 #UB Select Data block 224 C DB 224 *** #UB On-Off tank agitator O D 51.10 O F 55.6 S F 55.1 O D 52.10

O F 163.4 O T 19 R F 55.1 A F 55.1 = D 41.10 *** #UB Reset PCIM commands O D 51.10 O D 52.10 R D 51.10 R D 52.10 *** #UB Agitator running time A F 55.1 L KT 060.2 SD T 19 NOP 0 NOP 0


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NOP 0 NOP 0 *** #UB Operating interlock A F 55.1 AN F 163.4 = F 191.1 = F 191.5 *** #UB Protection interlock A I 25.3 = F 191.6 = D 49.11

*** #UB Status to PCIM A I 25.2 = D 49.10 = F 190.7 *** #UB Function Block E-Module JU FB 11 ,DD +28 ,TX 14.6 ,TX 14.5 ,TX 14.4 ,Q 43.5 ,DX 10.0 BE #BI 29 #BI 70812 #UB Select Data block 224

C DB 224 *** #UB On-Off chemical pump A D 51.11 A F 120.2 S F 55.2 ON D 51.11 O F 163.5 O T 20 R F 55.2 NOP 0 *** A D 51.11 = D 41.11 *** #UB Operating interlock A F 55.2 AN F 163.5

= F 191.1 = F 191.5 *** #UB Protection interlock A I 25.1 = F 191.6 *** #UB Function Block E-Module JU FB 11 ,DD +29 ,TX 15.2 ,TX 15.1 ,TX 15.0 ,Q 43.6 ,DX 10.0 *** A Q 43.6 AN F 55.5

= F 55.4 A F 55.4 S F 55.5 AN Q 43.6 R F 55.5 NOP 0 BE #BI 30 #BI 70808 #UB Select Data block 224 C DB 224 *** #UB Compr. full load A I 16.3 = D 46.14 *** #UB Maintenance indication ON I 16.2


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ON T 86 = D 46.2 *** #UB Alarm DB C DB 222 *** #UB Maintenance alarm A I 16.2 A T 86 = D 15.11 *** #UB General FAULT AN I 16.1

A T 86 = D 15.9 *** #UB Alarm LCB-mode LOCAL AN I 16.4 = D 15.10 *** #UB FAULT indication O D 15.9 O D 15.10 C DB 220 = D 8.7 *** #UB Running indication A I 16.0 = D 8.4 *** #UB ON - Command

A F 57.0 = Q 44.0 BE #BI 31 #BI 70808 #UB Select Data block 224 C DB 224 *** #UB Compr. full load A I 17.2 = D 46.15 *** #UB Maintenance indication ON I 17.1 ON T 87 = D 46.3 *** #UB Alarm DB

C DB 222 *** #UB Maintenance alarm A I 17.1 A T 87 = D 16.3 *** #UB General FAULT AN I 17.0 A T 87 = D 16.1 *** #UB Alarm LCB-mode LOCAL AN I 17.3 = D 16.2 *** #UB FAULT indication O D 16.1

O D 16.2 C DB 220 = D 8.11 *** #UB Running indication A I 16.7 = D 8.8 *** #UB ON - Command A T 90 = Q 44.1 BE #BI 32 #BI 70808 #UB Select Data block 224 C DB 224 *** #UB Compr. full load


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A I 17.7 = D 46.0 *** #UB Maintenance indication ON I 17.6 ON T 88 = D 46.4 *** #UB Alarm DB C DB 222 *** #UB Maintenance alarm A I 17.6

A T 88 = D 16.11 *** #UB General FAULT AN I 17.5 A T 88 = D 16.9 *** #UB Alarm LCB-mode LOCAL AN I 18.0 = D 16.10 *** #UB FAULT indication O D 16.9 O D 16.10 C DB 220 = D 8.15 ***

#UB Running indication A I 17.4 = D 8.12 *** #UB ON - Command A T 91 = Q 44.2 BE #BI 33 #BI 70808 #UB Select Data block 224 C DB 224 *** #UB Compr. full load A I 18.4 = D 46.1 *** #UB Maintenance indication

ON I 18.3 ON T 89 = D 46.5 *** #UB Alarm DB C DB 222 *** #UB Maintenance alarm A I 18.3 A T 89 = D 17.3 *** #UB General FAULT AN I 18.2 A T 89 = D 17.1 *** #UB Alarm LCB-mode LOCAL

AN I 18.5 = D 17.2 *** #UB FAULT indication O D 17.1 O D 17.2 C DB 220 = D 9.3 *** #UB Running indication A I 18.1 = D 9.0 *** #UB ON - Command A T 92 = Q 44.3 BE #BI 34


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#BI 70808 #UB Select Data block 224 C DB 224 *** #UB High dewpoint temp. A I 19.2 = D 46.6 *** #UB Operating interlock A F 60.0 AN F 164.2 = F 191.1 = F 191.5

*** #UB Function Block E-Module JU FB 11 ,DD +34 ,TX 19.1 ,TX 19.0 ,TX 19.3 ,Q 44.4 ,DX 10.0 *** #UB High dewpoint temp. C DB 222 *** AN I 19.2 = D 17.15 BE #BI 35 #BI 70808

#UB Select Data block 224 C DB 224 *** #UB High dewpoint temp. A I 19.6 = D 46.7 *** #UB Operating interlock A F 60.0 AN F 164.3 = F 191.1 = F 191.5 *** A F 1.1 = F 191.7 *** #UB ON-delay L KB 2

T FY 232 *** #UB Function Block E-Module JU FB 11 ,DD +35 ,TX 19.5 ,TX 19.4 ,TX 19.7 ,Q 44.5 ,DX 10.0 *** C DB 222 *** AN I 19.6 = D 18.7 BE #BI 36 #BI 70808

#UB Select Data block 224 C DB 224 *** #UB High dewpoint temp. A I 20.2 = D 46.8 *** #UB Operating interlock A F 60.0 AN F 164.4 = F 191.1 = F 191.5 *** A F 1.1 = F 191.7 *** #UB ON-delay L KB 4


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T FY 232 *** #UB Function Block E-Module JU FB 11 ,DD +36 ,TX 20.1 ,TX 20.0 ,TX 20.3 ,Q 44.6 ,DX 10.0 *** C DB 222 ***

AN I 20.2 = D 18.15 BE #BI 37 #BI 70808 #UB Select Data block 224 C DB 224 *** #UB High dewpoint temp. A I 20.6 = D 46.9 *** #UB Operating interlock A F 60.0 AN F 164.5 = F 191.1 = F 191.5 ***

A F 1.1 = F 191.7 *** #UB ON-delay L KB 6 T FY 232 *** #UB Function Block E-Module JU FB 11 ,DD +37 ,TX 20.5 ,TX 20.4 ,TX 20.7 ,Q 44.7 ,DX 10.0 *** C DB 222 ***

AN I 20.6 = D 19.7 BE #FB 61 #BI 70812 #UB Transf. hourcounts every 10 min JU FB 42 ,JB 221 ,JB 225 ,DD +41 ,DD +41 ,DD +33 BE #FB 171 #BI 70812 #UB Duty time count minute A F 2.3 A(

O F 18.0 O F 18.1 ) A( O F 158.1 O F 158.2 ) CU C 1 NOP 0 A F 16.6 L KC 000 S C 1 A F 17.2 R C 1 L C 1 T FW 20 NOP 0 NOP 0


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*** #UB Duty time count hours A( L FW 20 L KF +60 >=F ) = F 17.2 A F 17.2 CU C 2 NOP 0 A F 16.6 L KC 000

S C 2 NOP 0 L C 2 T FW 22 NOP 0 NOP 0 *** #UB Reset step program AN F 19.1 AN F 19.2 O F 19.3 O F 19.4 R F 15.0 R F 15.1 R F 15.2 R F 15.3 R F 15.4 R F 15.5

R F 15.6 R F 15.7 *** #UB Step B - Ventilation A F 17.7 A( O F 19.1 O F 19.2 ) AN F 19.3 AN F 19.4 AN F 15.0 AN F 15.1 AN F 15.2 AN F 15.3 AN F 15.4 AN F 15.5 AN F 15.6

S F 15.0 R F 15.7 = F 16.0 *** #UB Step C-Air/water wash 1 A F 15.0 A( O( L FW 24 L KF +60 >=F ) O( L FW 26 L KF +60 >=F ) )

S F 15.1 R F 15.0 = F 16.1 *** #UB Step D - Interval A F 15.1 AN F 16.1 A( O( L FW 24 L KF +600 >=F ) O( L FW 26 L KF +600 >=F )


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) S F 15.2 R F 15.1 = F 16.2 *** #UB Step E-Air/water wash 2 A F 15.2 AN F 16.2 A( O( L FW 24 L KF +60 >=F

) O( L FW 26 L KF +60 >=F ) ) S F 15.3 R F 15.2 = F 16.3 *** #UB Step F - Interval A F 15.3 AN F 16.3 A( O( L FW 24 L KF +600

>=F ) O( L FW 26 L KF +600 >=F ) ) S F 15.4 R F 15.3 = F 16.4 *** #UB Step G - Water wash A F 15.4 AN F 16.4 A( O( L FW 24

L KF +60 >=F ) O( L FW 26 L KF +60 >=F ) ) S F 15.5 R F 15.4 = F 16.5 *** #UB Step H - Ventilation A F 15.5 AN F 16.5 A( O(

L FW 24 L KF +300 >=F ) O( L FW 26 L KF +300 >=F ) ) S F 15.6 R F 15.5 = F 16.6 *** #UB End backwash program A F 15.6 AN F 16.6 A(


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O( L FW 24 L KF +60 >=F ) O( L FW 26 L KF +60 >=F ) ) S F 15.7 R F 15.6

= F 16.7 *** #UB Backw. step time filt. 1 A F 2.0 A F 19.1 AN F 15.7 CU C 3 NOP 0 A( O F 16.0 O F 16.1 O F 16.2 O F 16.3 O F 16.4 O F 16.5 O F 16.6 ) = F 17.1

A F 17.1 L KC 000 S C 3 ON F 19.1 O F 19.3 R C 3 L C 3 T FW 24 NOP 0 NOP 0 *** #UB Backw. step time filt. 2 A F 2.0 A F 19.2 AN F 15.7 CU C 4 NOP 0 A F 17.1

L KC 000 S C 4 ON F 19.2 O F 19.4 R C 4 L C 4 T FW 26 NOP 0 NOP 0 *** #UB Sel.Datablock 225 analog val. C DB 225 *** #UB Transfere Backw.cycle time L FD 20 T DD 30 *** #UB Transfere Backw. step time

L FD 24 T DD 32 *** #UB Transfere Backwash step No L FY 15 T DW 34 *** A( O F 18.0 O F 18.1 ) A( O F 158.1 O F 158.2 ) = D 34.8 BE #FB 172


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#BI 70807 C DB 224 *** A T 170 S D 54.9 A F 163.1 R D 54.9 NOP 0 *** A T 170 S D 54.10 A F 163.2 R D 54.10

NOP 0 *** #UB ON-Command stored A D 51.8 S F 14.1 O D 52.8 O AN D 54.9 AN D 54.10 O AN D 55.8 AN D 55.9 R F 14.1 A F 14.1 = D 41.8 *** JU PB 25 ***

JU PB 26 *** A F 1.1 R D 51.8 *** AN F 158.1 AN F 158.2 R D 52.8 *** BLD 130 at170 = D 51.8 BLD 130 *** #UB FAULT PU71 A D 7.3 L KT 030.1 SS T 81 A F 14.4 R T 81

NOP 0 NOP 0 A T 81 = F 14.4 *** #UB FAULT PU72 A D 7.7 L KT 030.1 SS T 82 A F 14.5 R T 82 NOP 0 NOP 0 A T 82 = F 14.5 *** AN F 18.4 AN F 18.5

A F 18.2 A F 18.3 L KT 100.1 SD T 85 A T 85 R T 85 NOP 0 NOP 0 NOP 0 *** #UB Indicate "SEL STBDBY" A( ON D 54.9 O F 158.1 ) A( ON D 54.10 O F 158.2


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) A( A F 158.1 AN F 158.2 O AN F 158.1 A F 158.2 ) = D 42.8 *** #UB Indicate PU71 selected A D 54.9 = D 44.9

*** #UB Indicate PU72 selected A D 54.10 = D 44.10 BE # D 255 #BI 50606 #N LEER BE #FB 40 #BI 70812 #UB = 8 2 1 0 . 8 0 0 1* LISA 8001-B006 Cooling water basin TK1 level* Range: 0 ... 100% JU FB 200 ,DD +128 ,DD 'P ' ,DD +1

,DD +0 ,DL -5599999+02 ,DL +1620000+03 ,DW 225,80 ,DW 225,1 ,DL +1000000+01 ,DX 100.0 *** #UB = 8 3 4 0 . 8 1 1 0* FIRQ 8110-B001 Plant air system flow measurement* Range:0 ... 4000 Nm3/h JU FB 200 ,DD +130 ,DD 'P ' ,DD +1 ,DD +0 ,DL +0000000+00 ,DL +5000000+02

,DW 225,98 ,DW 225,2 ,DL +1000000+01 ,DX 100.1 *** #UB = 8 2 1 0 . 8 1 0 1* FRSA 8101-B001 Coolingwater supply line EAF 9 + 10* Range 0 ... 3000 m3/h JU FB 200 ,DD +136 ,DD 'P ' ,DD +1 ,DD +0 ,DL +0000000+00 ,DL +3000000+04 ,DW 225,84 ,DW 225,5 ,DL +1000000+01

,DX 100.4 *** #UB = 8 2 1 0 . 8 1 0 2* FRSA 8102-B001 Cooling water supply line EAF 5 + 6* Range 0 ... 3000 m3/h JU FB 200 ,DD +138 ,DD 'P ' ,DD +1 ,DD +0 ,DL +0000000+00 ,DL +3000000+04 ,DW 225,86 ,DW 225,6 ,DL +1000000+01 ,DX 100.5 *** #UB = 8 2 1 0 . 8 1 0 3


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* FRSA 8103-B001 Cooling water supply line EAF 3 + 4* Range 0 ... 3000 m3/h JU FB 200 ,DD +140 ,DD 'P ' ,DD +1 ,DD +0 ,DL +0000000+00 ,DL +3000000+04 ,DW 225,88 ,DW 225,7 ,DL +1000000+01 ,DX 100.6

*** #UB = 8 2 1 0 . 8 1 0 4* FRSA 8104-B001 Cooling water supply line EAF 1 + 2* Range 0 ... 2500 m3/h JU FB 200 ,DD +142 ,DD 'P ' ,DD +1 ,DD +0 ,DL +0000000+00 ,DL +2500000+04 ,DW 225,90 ,DW 225,8 ,DL +1000000+01 ,DX 100.7 *** #UB = 8 3 4 0 . 8 2 1 0* PRA 8210-B001 Plant air system pressure measurement

* Range 0 ... 10 bar JU FB 200 ,DD +144 ,DD 'P ' ,DD +1 ,DD +0 ,DL +0000000+00 ,DL +1000000+02 ,DW 225,20 ,DW 255,255 ,DL +1000000+01 ,DX 101.0 *** #UB = 8 2 1 0 . 8 1 0 5* FRSA 8105-B001 Cooling water supply compressor + aircond.* Range 0 ... 100 m3/h JU FB 200 ,DD +152

,DD 'P ' ,DD +1 ,DD +0 ,DL +0000000+00 ,DL +1000000+03 ,DW 225,92 ,DW 225,13 ,DL +1000000+01 ,DX 101.4 *** #UB = 8 2 1 0 . 8 1 0 6* FIQS 8106-B001 Make up water supply to TK1 basin* Range 0 ... 200 m3/h JU FB 200 ,DD +154 ,DD 'P ' ,DD +1 ,DD +0

,DL +0000000+00 ,DL +2000000+03 ,DW 225,94 ,DW 225,14 ,DL +1000000+01 ,DX 101.5 *** #UB = 8 2 1 0 . 8 6 0 1* QISA 8601-B001 Basin TK1 conductivity measurement* Range 0 ... 1000 uS/cm JU FB 200 ,DD +156 ,DD 'P ' ,DD +1 ,DD +0 ,DL +0000000+00 ,DL +1000000+04 ,DW 225,96


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,DW 225,15 ,DL +1000000+01 ,DX 101.6 *** #UB = 8 2 1 0 . 8 3 0 1* TRSA 8301-B001 Cooling water basin TK1 temperature* Range: 0 ... 60 degrC JU FB 200 ,DD +160 ,DD 'P ' ,DD +2 ,DD +0 ,DL +0000000+00

,DL +6000000+02 ,DW 225,22 ,DW 255,255 ,DL +1000000+01 ,DX 102.0 *** #UB = 8 2 1 0 . 8 3 0 2* TR 8302-B001 Cooling water return line temperature* Range 0 ... 60 degrC JU FB 200 ,DD +162 ,DD 'P ' ,DD +2 ,DD +0 ,DL +0000000+00 ,DL +6000000+02 ,DW 225,24 ,DW 255,255

,DL +1000000+01 ,DX 102.1 *** #UB = 8 3 4 0 . 8 3 1 0* TI 8310-B001 Plant air system temperature measurement* Range 0 ... 60 degrC JU FB 200 ,DD +164 ,DD 'P ' ,DD +2 ,DD +0 ,DL +0000000+00 ,DL +6000000+02 ,DW 225,26 ,DW 255,255 ,DL +1000000+01 ,DX 102.2 ***

JU FB 140 *** C DB 225 L DD 98 L KG +5100000+02 >G C DB 224 = D 46.11 JU FB 240 BE #FB 41 #BI 70812 #UB 8 2 1 0 . 8 0 0 1 - H1*LISA 8001-B006 Cooling water basin TK1 level*Range 0 ... 100% JU FB 202 ,DW 225,80 ,DL +1000000+01

,DL +0000000+00 ,DL +1000000+03 ,DL +0000000+00 ,DL +5000000+00 ,DX 103.3 ,DX 10.1 ,DX 103.2 ,DX 10.3 *** #UB INTERLOCK Cool.water pumps A I 24.2 A I 24.3 O I 24.4 ON F 103.3 = F 49.7 *** #UB 8 2 1 0 . 8 1 0 1 - L1*FRSA 8101-B001 Cooling water supply line EAF 9 + 10


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*Range 0 ... 3000 m3/h JU FB 202 ,DW 225,84 ,DL +1800000+04 ,DL +0000000+00 ,DL +0000000+00 ,DL +0000000+00 ,DL +3000000+02 ,DX 103.4 ,DX 10.1 ,DX 10.2 ,DX 10.3 ***

A F 103.4 L KT 100.1 SD T 21 NOP 0 NOP 0 NOP 0 NOP 0 *** #UB 8 2 1 0 . 8 1 0 2 - L1*FRSA 8102-B001 Cooling water supply line EAF 5 + 6*Range 0 ... 3000 m3/h JU FB 202 ,DW 225,86 ,DL +1800000+04 ,DL +0000000+00 ,DL +0000000+00 ,DL +0000000+00 ,DL +3000000+02

,DX 103.5 ,DX 10.1 ,DX 10.2 ,DX 10.3 *** A F 103.5 L KT 100.1 SD T 22 NOP 0 NOP 0 NOP 0 NOP 0 *** #UB 8 2 1 0 . 8 1 0 3 - L1*FRSA 8103-B001 Cooling water supply line EAF 3 + 4*Range 0 ... 3000 m3/h JU FB 202 ,DW 225,88

,DL +1800000+04 ,DL +0000000+00 ,DL +0000000+00 ,DL +0000000+00 ,DL +3000000+02 ,DX 103.6 ,DX 10.1 ,DX 10.2 ,DX 10.3 *** A F 103.6 L KT 100.1 SD T 23 NOP 0 NOP 0 NOP 0 NOP 0 ***

#UB 8 2 1 0 . 8 1 0 4 - L1*FRSA 8104-B001 Cooling water supply line EAF 1 + 2*Range 0 ... 3000 m3/h JU FB 202 ,DW 225,90 ,DL +1500000+04 ,DL +0000000+00 ,DL +0000000+00 ,DL +0000000+00 ,DL +2500000+02 ,DX 103.7 ,DX 10.1 ,DX 10.2 ,DX 10.3 *** A F 103.7 L KT 100.1 SD T 24


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NOP 0 NOP 0 NOP 0 NOP 0 *** #UB 8 3 4 0 . 8 2 1 0 - H1*PRA 8210-B001 Plant air system pressure measurement*Range 0 ... 10 bar JU FB 202 ,DW 225,20 ,DL +5000000+01 ,DL +0000000+00 ,DL +9000000+01

,DL +0000000+00 ,DL +1000000+00 ,DX 104.1 ,DX 10.1 ,DX 104.0 ,DX 10.3 *** #UB 8 2 1 0 . 8 1 0 5 - L1*FRSA 8105-B001 Cooling water supply compressor + aircond*Range 0 ... 100 m3/h JU FB 202 ,DW 225,92 ,DL +2000000+02 ,DL +0000000+00 ,DL +0000000+00 ,DL +0000000+00 ,DL +5000000+00 ,DX 104.2

,DX 10.1 ,DX 10.2 ,DX 10.3 *** AN F 104.2 L KT 150.1 SF T 25 NOP 0 NOP 0 NOP 0 NOP 0 *** #UB 8 2 1 0 . 8 1 0 6 - L1*FRSA 8106-B001 Make up water supply to TK1 basin*Range 0 ... 200 m3/h JU FB 202 ,DW 225,94 ,DL +2000000+02

,DL +0000000+00 ,DL +0000000+00 ,DL +0000000+00 ,DL +2000000+01 ,DX 104.3 ,DX 10.1 ,DX 10.2 ,DX 10.3 *** A F 104.3 A Q 53.5 L KT 100.1 SD T 26 NOP 0 NOP 0 NOP 0 NOP 0 ***

#UB 8 2 1 0 . 8 6 0 1 - L1, H1*QISA 8601-B001 Basin TK1 conductivity measurement*Range 0 ... 1000 uS/cm JU FB 202 ,DW 225,96 ,DL +7000000+03 ,DL +0000000+00 ,DL +7500000+03 ,DL +8000000+03 ,DL +5000000+02 ,DX 104.4 ,DX 10.1 ,DX 104.5 ,DX 104.6 *** #UB Conduct.H1 delayed A F 104.5 L KT 060.2


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SD T 27 NOP 0 NOP 0 NOP 0 NOP 0 *** #UB 8 2 1 0 . 8 3 0 1 -L1, H1, H2*TRSA 8301-B001 Basin TK1 temperature*Range 0 ... 60 degrC$19 @*TRSA 8301-B001 Basin TK1 temperature*Range 0 ... 60 degrC JU FB 202 ,DW 225,22

,DL +2800000+02 ,DL +0000000+00 ,DL +3000000+02 ,DL +3200000+02 ,DL +6000000+00 ,DX 105.0 ,DX 10.1 ,DX 105.1 ,DX 105.2 *** #UB 8 2 1 0 . 8 3 0 1 - H3, H4 JU FB 202 ,DW 225,22 ,DL +0000000+00 ,DL +0000000+00 ,DL +3400000+02 ,DL +3700000+02 ,DL +6000000+00

,DX 10.0 ,DX 10.1 ,DX 105.3 ,DX 105.4 BE #FB 50 #BI 70812 JU FB 217 ,DL +4000000+04 ,DL +5000000+02 ,DL +7000000+01 ,DL +3100000+03 ,DL +1292800+01 ,DL +1292800+01 ,DL +1292800+01 ,DX 1.0 ,JB 225 ,BN 98

,BN 20 ,BN 26 ,DX 1.1 ,BN 82 ,SR 16 ,DX 10.0 *** C DB 224 *** A D 56.0 = F 120.0 *** A D 56.1 = F 120.1 *** #UB = 8 3 4 0 . 8 1 1 0*FIRQ 8110-B001 Plant air flow totalisation*Range 0 ... 4000 Nm3/h

JU FB 205 ,JB 225 ,BN 82 ,JB 225 ,BN 36 ,DX 2.0 ,DX 120.0 ,SR 120 *** #UB = 8 2 1 0 . 8 1 0 6*FQIS 8106-B001 Make up water totalisation*Range 0 ... 200 m3/h JU FB 205 ,JB 225 ,BN 94 ,JB 225 ,BN 38 ,DX 2.0


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,DX 120.1 ,SR 121 *** A F 1.1 R F 120.0 R F 120.1 R D 56.0 R D 56.1 *** C DB 225 L DD 82 L KG +9000000+01 >G

BEC L KG +0000000+00 T DD 82 BE #FB 60 #BI 70812 C DB 224 *** L DR 61 T FY 12 *** #UB CT01 Operation hours JU FB 215 ,JB 221 ,DD +1 ,TX 0.5 ,DX 12.0 ***

#UB CT02 Operation hours JU FB 215 ,JB 221 ,DD +2 ,TX 1.1 ,DX 12.1 *** #UB CT03 Operation hours JU FB 215 ,JB 221 ,DD +3 ,TX 1.5 ,DX 12.2 *** #UB PU11 Operation hours JU FB 215 ,JB 221 ,DD +4

,TX 2.1 ,DX 12.3 *** #UB PU12 Operation hours JU FB 215 ,JB 221 ,DD +5 ,TX 2.5 ,DX 12.4 *** #UB PU13 Operation hours JU FB 215 ,JB 221 ,DD +6 ,TX 3.1 ,DX 12.5 *** #UB PU14 Operation hours

JU FB 215 ,JB 221 ,DD +7 ,TX 3.5 ,DX 12.6 *** #UB PU21 Operation hours JU FB 215 ,JB 221 ,DD +8 ,TX 4.1 ,DX 12.7 *** L DL 61 T FY 12 *** #UB PU22 Operation hours JU FB 215


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,JB 221 ,DD +9 ,TX 4.5 ,DX 12.0 *** #UB PU23 Operation hours JU FB 215 ,JB 221 ,DD +10 ,TX 5.1 ,DX 12.1 *** #UB PU24 Operation hours

JU FB 215 ,JB 221 ,DD +11 ,TX 5.5 ,DX 12.2 *** #UB PU31 Operation hours JU FB 215 ,JB 221 ,DD +12 ,TX 6.1 ,DX 12.3 *** #UB PU32 Operation hours JU FB 215 ,JB 221 ,DD +13 ,TX 6.5

,DX 12.4 *** #UB PU33 Operation hours JU FB 215 ,JB 221 ,DD +14 ,TX 7.1 ,DX 12.5 *** #UB PU34 Operation hours JU FB 215 ,JB 221 ,DD +15 ,TX 7.5 ,DX 12.6 *** #UB PU35 Operation hours JU FB 215

,JB 221 ,DD +16 ,TX 8.1 ,DX 12.7 *** L DR 62 T FY 12 *** #UB PU41 Operation hours JU FB 215 ,JB 221 ,DD +17 ,TX 8.5 ,DX 12.0 *** #UB PU42 Operation hours JU FB 215 ,JB 221

,DD +18 ,TX 9.1 ,DX 12.1 *** #UB PU43 Operation hours JU FB 215 ,JB 221 ,DD +19 ,TX 9.5 ,DX 12.2 *** #UB PU44 Operation hours JU FB 215 ,JB 221 ,DD +20 ,TX 10.1 ,DX 12.3 ***


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#UB PU45 Operation hours JU FB 215 ,JB 221 ,DD +21 ,TX 10.5 ,DX 12.4 *** #UB PU61 Operation hours JU FB 215 ,JB 221 ,DD +22 ,TX 11.1 ,DX 12.5

*** #UB PU62 Operation hours JU FB 215 ,JB 221 ,DD +23 ,TX 11.5 ,DX 12.6 *** #UB CP11 Operation hours JU FB 215 ,JB 221 ,DD +24 ,TX 16.0 ,DX 12.7 *** L DL 62 T FY 12 ***

#UB CP12 Operation hours JU FB 215 ,JB 221 ,DD +25 ,TX 16.7 ,DX 12.0 *** #UB CP13 Operation hours JU FB 215 ,JB 221 ,DD +26 ,TX 17.4 ,DX 12.1 *** #UB CP14 Operation hours JU FB 215 ,JB 221 ,DD +27

,TX 18.1 ,DX 12.2 *** #UB DM01 Operation hours JU FB 215 ,JB 221 ,DD +28 ,TX 19.0 ,DX 12.3 *** #UB DM02 Operation hours JU FB 215 ,JB 221 ,DD +29 ,TX 19.4 ,DX 12.4 *** #UB DM03 Operation hours

JU FB 215 ,JB 221 ,DD +30 ,TX 20.0 ,DX 12.5 *** #UB DM04 Operation hours JU FB 215 ,JB 221 ,DD +31 ,TX 20.4 ,DX 12.6 *** #UB DM04 Operation hours JU FB 215 ,JB 221 ,DD +32 ,TX 12.1


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,DX 12.7 *** L DR 63 T FY 12 *** #UB DM04 Operation hours JU FB 215 ,JB 221 ,DD +33 ,TX 12.5 ,DX 12.0 *** L KH 0

T DD 61 T DR 63 *** #UB Transfere data DB221 --> DB225 JU SB 61 BE #FB 80 #BI 70808 #UB Select data block 224 C DB 224 *** #UB On-Off Air dryers A D 51.14 S F 60.0 O D 52.14 O F 0.7 R F 60.0 A F 60.0

= D 41.14 *** #UB Reset PCIM commands DM00 A F 1.1 R D 51.14 R D 52.14 *** #UB Air dryer DM01 JU PB 34 *** #UB Air dryer DM02 JU PB 35 *** #UB Air dryer DM03 JU PB 36 *** #UB Air dryer DM04 JU PB 37

BE #FB 90 #BI 70808 #UB Select data block 224 C DB 224 *** #UB On-Off compressors A D 51.13 S F 57.0 O D 52.13 O F 0.7 ON I 31.1 R F 57.0 A F 57.0 = D 41.13 *** #UB Reset PCIM commands CP10 A F 1.1

R D 51.13 R D 52.13 *** #UB Message to PCIM AN I 16.5 = D 46.10 *** C DB 222 *** #UB Message to PCIM AN I 16.5 = D 15.12 *** #UB Release alarm indic. CP11 A Q 44.0 A I 16.4 L KT 030.1 SD T 86


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NOP 0 NOP 0 NOP 0 NOP 0 *** #UB Release alarm indic. CP12 A Q 44.1 A I 17.3 L KT 030.1 SD T 87 NOP 0 NOP 0 NOP 0

NOP 0 *** #UB Release alarm indic. CP13 A Q 44.2 A I 18.0 L KT 030.1 SD T 88 NOP 0 NOP 0 NOP 0 NOP 0 *** #UB Release alarm indic. CP14 A Q 44.3 A I 18.5 L KT 030.1 SD T 89 NOP 0

NOP 0 NOP 0 NOP 0 *** #UB ON-delay CP12 A F 57.0 L KT 100.1 SD T 90 NOP 0 NOP 0 NOP 0 NOP 0 *** #UB ON-delay CP13 A F 57.0 L KT 200.1 SD T 91 NOP 0

NOP 0 NOP 0 NOP 0 *** #UB ON delay CP14 A F 57.0 L KT 300.1 SD T 92 NOP 0 NOP 0 NOP 0 NOP 0 *** #UB Compressor CP11 JU PB 30 *** #UB Compressor CP12 JU PB 31

*** #UB Compressor CP13 JU PB 32 *** #UB Compressor CP14 JU PB 33 BE #FB 100 #BI 70812 #UB Select data block 224 C DB 224 *** #UB On-Off Cooling tower A D 51.0 S F 40.0 O D 52.0 O A F 160.2


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A F 160.3 A F 160.4 R F 40.0 A F 40.0 = D 41.0 *** #UB Reset PCIM commands CT00 O D 51.0 O D 52.0 R D 51.0 R D 52.0 *** #UB Cooling tower start order

O D 53.2 O AN F 40.2 AN F 40.3 AN F 40.4 S F 40.2 O D 53.3 O D 53.4 R F 40.2 A F 40.2 = D 43.2 *** #UB Cooling tower start order A D 53.3 S F 40.3 O D 53.2 O D 53.4 R F 40.3

A F 40.3 = D 43.3 *** #UB Cooling tower start order A D 53.4 S F 40.4 O D 53.2 O D 53.3 R F 40.4 A F 40.4 = D 43.4 *** #UB Reset PCIM commands CT00 O D 53.2 O D 53.3 O D 53.4 R D 53.2 R D 53.3

R D 53.4 *** #UB Select no of blowers A( A F 105.1 S F 40.5 A F 105.0 R F 40.5 A F 40.5 ) A F 40.0 L KT 100.1 SD T 101 NOP 0 NOP 0 NOP 0 NOP 0 ***

#UB Select no of blowers A( A F 105.2 S F 41.6 AN F 105.1 R F 41.6 A F 41.6 ) A F 40.0 A T 101 L KT 100.1 SD T 102 NOP 0 NOP 0 NOP 0 NOP 0 *** #UB Select no of blowers


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A F 105.3 S F 41.7 AN F 105.2 R F 41.7 NOP 0 *** A F 41.6 A T 101 = F 40.6 *** A F 41.7 A T 102 = F 40.7

*** #UB Cooling tower blower 1 JU PB 2 *** #UB Cooling tower blower 2 JU PB 3 *** #UB Cooling tower blower 3 JU PB 4 BE #FB 110 #BI 70812 #UB Select data block 224 C DB 224 *** #UB Reset selection PU11 A F 160.5 R D 53.5

*** #UB Reset selection PU12 A F 160.6 R D 53.6 *** #UB Reset selection PU13 A F 160.7 R D 53.7 *** #UB Reset selection PU14 A F 161.0 R D 53.8 *** #UB On-Off pumps EAF 1+2 A D 51.1 S F 44.0 O D 52.1 O

AN D 53.5 AN D 53.6 AN D 53.7 AN D 53.8 R F 44.0 A F 44.0 = D 41.1 *** #UB RESET ON-Command PCIM A( O F 155.5 ON D 53.5 ) A( O F 155.6 ON D 53.6 ) A(

O F 155.7 ON D 53.7 ) A( O F 156.0 ON D 53.8 ) O D 52.1 R D 51.1 *** #UB RESET OFF-Command PCIM AN F 155.5 AN F 155.6 AN F 155.7 AN F 156.0 R D 52.1 *** #UB Indication "SELSTBY"


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A D 53.5 AN F 155.5 O A D 53.6 AN F 155.6 O A D 53.7 AN F 155.7 O A D 53.8 AN F 156.0 O A F 155.5

A F 155.6 A F 155.7 A F 156.0 ON F 44.0 = F 12.0 *** AN F 12.0 = D 42.1 *** #UB Start standby pump O D 2.3 O D 2.7 O D 2.11 O D 2.15 L KT 050.1 SS T 11 A F 44.2 R T 11

NOP 0 NOP 0 A T 11 = F 44.2 *** A F 44.2 L KT 020.1 SE T 95 NOP 0 NOP 0 NOP 0 NOP 0 *** A D 53.5 = D 43.5 *** A D 53.6 = D 43.6

*** A D 53.7 = D 43.7 *** A D 53.8 = D 43.8 *** JU PB 5 *** JU PB 6 *** JU PB 7 *** JU PB 8 BE #FB 120 #BI 70812 #UB Select data block 224

C DB 224 *** #UB Reset selection PU21 A F 161.1 R D 53.9 *** #UB Reset selection PU22 A F 161.2 R D 53.10 *** #UB Reset selection PU23 A F 161.3 R D 53.11 *** #UB Reset selection PU24 A F 161.4 R D 53.12 ***


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#UB On-Off pumps EAF 3+4 A D 51.2 S F 47.0 O D 52.2 O AN D 53.9 AN D 53.10 AN D 53.11 AN D 53.12 R F 47.0 A F 47.0 = D 41.2 ***

#UB RESET ON-Command PCIM A( O F 156.1 ON D 53.9 ) A( O F 156.2 ON D 53.10 ) A( O F 156.3 ON D 53.11 ) A( O F 156.4 ON D 53.12 ) O D 52.2

R D 51.2 *** #UB RESET OFF-Command PCIM AN F 156.1 AN F 156.2 AN F 156.3 AN F 156.4 R D 52.2 *** #UB Indication "SELSTBY" A D 53.9 AN F 156.1 O A D 53.10 AN F 156.2 O A D 53.11 AN F 156.3

O A D 53.12 AN F 156.4 O A F 156.1 A F 156.2 A F 156.3 A F 156.4 ON F 47.0 = F 12.0 *** AN F 12.0 = D 42.2 *** #UB Start standby pump O D 3.3 O D 3.7 O D 3.11

O D 3.15 L KT 050.1 SS T 12 A F 47.2 R T 12 NOP 0 NOP 0 A T 12 = F 47.2 *** A F 47.2 L KT 020.1 SE T 96 NOP 0 NOP 0 NOP 0 NOP 0 ***


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A D 53.9 = D 43.9 *** A D 53.10 = D 43.10 *** A D 53.11 = D 43.11 *** A D 53.12 = D 43.12 *** JU PB 9

*** JU PB 10 *** JU PB 11 *** JU PB 12 BE #FB 130 #BI 70812 #UB Select data block 224 C DB 224 *** #UB Reset selection PU31 A F 161.5 R D 53.13 *** #UB Reset selection PU32 A F 161.6

R D 53.14 *** #UB Reset selection PU33 A F 161.7 R D 53.15 *** #UB Reset selection PU34 A F 162.0 R D 54.0 *** #UB Reset selection PU35 A F 162.1 R D 54.1 *** #UB On-Off pumps EAF 5+6 A D 51.3 S F 30.0 O D 52.3

O AN D 53.13 AN D 53.14 AN D 53.15 AN D 54.0 AN D 54.1 R F 30.0 A F 30.0 = D 41.3 *** #UB RESET ON-Command PCIM A( O F 156.5 ON D 53.13 ) A( O F 156.6 ON D 53.14

) A( O F 156.7 ON D 53.15 ) A( O F 157.0 ON D 54.0 ) A( O F 157.1 ON D 54.1 ) O D 52.3 R D 51.3 *** #UB RESET OFF-Command PCIM AN F 156.5


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AN F 156.6 AN F 156.7 AN F 157.0 AN F 157.1 R D 52.3 *** #UB Indication "SELSTBY" A D 53.13 AN F 156.5 O A D 53.14 AN F 156.6 O

A D 53.15 AN F 156.7 O A D 54.0 AN F 157.0 O A D 54.1 AN F 157.1 O A F 156.5 A F 156.6 A F 156.7 A F 157.0 A F 157.1 ON F 30.0 = F 12.0 *** AN F 12.0

= D 42.3 *** #UB Start standby pump O D 4.3 O D 4.7 O D 4.11 O D 4.15 O D 5.3 L KT 050.1 SS T 13 A F 30.2 R T 13 NOP 0 NOP 0 A T 13 = F 30.2 *** A F 30.2

L KT 020.1 SE T 94 NOP 0 NOP 0 NOP 0 NOP 0 *** A D 53.13 = D 43.13 *** A D 53.14 = D 43.14 *** A D 53.15 = D 43.15 *** A D 54.0 = D 44.0

*** A D 54.1 = D 44.1 *** JU PB 13 *** JU PB 14 *** JU PB 15 *** JU PB 16 *** JU PB 17 BE #FB 140 #BI 70812 #UB Select data block 224 C DB 224


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*** #UB Reset selection PU41 A F 162.2 R D 54.2 *** #UB Reset selection PU42 A F 162.3 R D 54.3 *** #UB Reset selection PU43 A F 162.4 R D 54.4 ***

#UB Reset selection PU44 A F 162.5 R D 54.5 *** #UB Reset selection PU45 A F 162.6 R D 54.6 *** #UB On-Off pumps EAF 9+10 A D 51.4 S F 34.0 O D 52.4 O AN D 54.2 AN D 54.3 AN D 54.4 AN D 54.5 AN D 54.6

R F 34.0 A F 34.0 = D 41.4 *** #UB RESET ON-Command PCIM A( O F 157.2 ON D 54.2 ) A( O F 157.3 ON D 54.3 ) A( O F 157.4 ON D 54.4 ) A(

O F 157.5 ON D 54.5 ) A( O F 157.6 ON D 54.6 ) O D 52.4 R D 51.4 *** #UB RESET OFF-Command PCIM AN F 157.2 AN F 157.3 AN F 157.4 AN F 157.5 AN F 157.6 R D 52.4 ***

#UB Indication "SELSTBY" A D 54.2 AN F 157.2 O A D 54.3 AN F 157.3 O A D 54.4 AN F 157.4 O A D 54.5 AN F 157.5 O A D 54.6 AN F 157.6 O A F 157.2 A F 157.3


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A F 157.4 A F 157.5 A F 157.6 ON F 34.0 = F 12.0 *** AN F 12.0 = D 42.4 *** #UB Start standby pump O D 5.7 O D 5.11 O D 5.15

O D 6.3 O D 6.7 L KT 050.1 SS T 14 A F 34.2 R T 14 NOP 0 NOP 0 A T 14 = F 34.2 *** A F 34.2 L KT 020.1 SE T 93 NOP 0 NOP 0 NOP 0 NOP 0

*** A D 54.2 = D 44.2 *** A D 54.3 = D 44.3 *** A D 54.4 = D 44.4 *** A D 54.5 = D 44.5 *** A D 54.6 = D 44.6 *** JU PB 18 ***

JU PB 19 *** JU PB 20 *** JU PB 21 *** JU PB 22 BE #FB 150 #BI 70805 #UB Select datablock 224 C DB 224 *** #UB Start emergency pumps AN I 31.0 AN F 51.0 = F 50.0 A F 50.0

S F 51.0 A I 31.2 R F 51.0 NOP 0 *** #UB Start emergency pumps AN I 31.1 AN F 51.1 = F 50.1 A F 50.1 S F 51.1 A I 31.1 R F 51.1 NOP 0 *** #UB Start emergency pumps AN I 31.2 AN F 51.2


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= F 50.2 A F 50.2 S F 51.2 A I 31.2 R F 51.2 NOP 0 *** #UB Start emergency pumps AN I 31.3 AN F 51.3 = F 50.3 A F 50.3 S F 51.3

A I 31.3 R F 51.3 NOP 0 *** #UB SPARE AN F 1.1 AN F 51.4 = F 50.4 A F 50.4 S F 51.4 A F 1.1 R F 51.4 NOP 0 *** #UB Start command emerg.pump A( O F 50.0 O F 50.1

O F 50.2 O F 50.3 O D 51.5 ) A D 54.11 S F 52.0 O D 52.5 ON D 54.11 ON I 26.0 ON F 49.7 R F 52.0 A F 52.0 = Q 48.0 = D 41.5 *** #UB Reset PCIM commands O D 51.5 O D 52.5

R D 51.5 R D 52.5 *** #UB Emergency pump fault AN I 26.0 = D 39.8 *** #UB Emergency pump running A I 26.1 = D 39.7 *** #UB Start command emerg.pump A( O F 50.0 O F 50.1 O F 50.2 O F 50.3 O D 51.6

) A D 54.12 S F 52.1 O D 52.6 ON D 54.12 ON I 26.2 ON F 49.7 R F 52.1 A F 52.1 = Q 48.1 = D 41.6 *** #UB Reset PCIM commands O D 51.6 O D 52.6 R D 51.6 R D 52.6 ***


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#UB Emergency pump fault AN I 26.2 = D 39.10 *** #UB Emergency pump running A I 26.3 = D 39.9 *** C DB 222 *** AN I 26.0 = D 26.0 ***

AN I 26.2 = D 26.1 *** C DB 224 *** #UB Start Makeup water valve AN I 24.2 A I 24.1 S F 54.1 ON I 24.1 ON I 24.0 O F 103.2 R F 54.1 A F 54.1 = D 37.13 = Q 53.5 *** #UB Start TK01 Sewer valve

A T 27 AN F 104.4 S F 54.3 O F 104.4 ON I 24.3 ON I 24.4 O F 103.3 R F 54.3 A F 54.3 = D 37.14 = Q 53.6 *** A I 25.6 L KT 300.1 SP T 110 NOP 0 NOP 0 NOP 0

NOP 0 *** AN I 25.5 L KT 300.1 SP T 111 NOP 0 NOP 0 NOP 0 NOP 0 *** O T 110 O T 111 = D 39.15 *** #UB Diesel unloading alarm horn A T 110 AN T 111 O

A T 111 A F 1.5 = F 12.0 *** AN F 12

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S7 Konverter