batch-example-2/plc/code/s5/assignment-list.txt

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File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 1
Operand Symbol Comment
;********* *********************** ****************************************
;* STANDARD ASSIGNMENT LIS CPU 948 OUTLINED : *
;* *
;* LAST CHANGE *
;* *
;* NO. WHEN WHAT WHO *
;*-------- ----------------------- ---------------------------------------*
;* 01 15.06.94 HKT *
;* 02 19.03.96 UR *
;* 03 22.05.96 UR *
;* 04 15.07.96 UR *
;* 05 11.09.96 FB154 INSERTED UR *
;* 06 19.02.97 FB212,FB213,FB 14,FB215 INSERTED UR *
;* 07 26.06.98 STANDARD FOR C U 948 JM *
;********* *********************** ****************************************
;* *
;* PROJECT : Merck, Sh rp & Dohme Ltd *
;* ORDER NO. : P027633C; P031180F *
;* AUTHOR : grr *
;* *
;* LAST CHANGE : WHEN WHO *
;* ----------------------- ---------------------------------------*
;* MODIFICATION OF SYSTEM 11.05.00 GRR *
;* CHANGE FOR SINGULAIR UPGRADE 13.11.01 GRR *
;* *
;********* *********************** ****************************************
;
;========= ======================= ========================================
; ORGANISATION BLOCKS
;========= ======================= ========================================
;
OB 1 OB 1 CYCLIC PROGRAM
;**
OB 2 OB 2 - INTERRUPT X OB
OB 3 OB 3 - INTERRUPT E
OB 4 OB 4 - INTERRUPT F
OB 5 OB 5 - INTERRUPT G
OB 6 OB 6 - DELAYED ALARM
OB 7 OB 7 - TIME CONTR.ALARM
OB 9 OB 9 - CLOCK CONTROLLED
;**
OB 10 OB10:TIMEINTERRUPT100MS
OB 11 OB11:TIMEINTERRUPT200MS
OB 12 OB12:TIMEINTERRUPT500MS
OB 13 OB13:TIMEINTERRUPT 1S
OB 14 OB14:TIMEINTERRUPT 2S
OB 15 OB15:TIMEINTERRUPT 5S
OB 16 OB16:TIMEINTERRUPT 10S
OB 17 OB17:TIMEINTERRUPT 20S
OB 18 OB18:TIMEINTERRUPT 50S
;**
OB 20 OB20 NEW START (M/A)
OB 21 OB21 RESTART MANUAL
OB 22 OB22 RESTART AUTOMATIC
;**
OB 19 OB19:NOT LOADED BLOCK
OB 23 OB23:QVZ PERIPHERALS
OB 24 OB24:QVZ PROC.PICTURE
OB 25 OB25:ADRESSING FAULT
OB 26 OB26:CYCLE TIME FAULT
OB 27 OB27:SUBSTITUTION FAULT
OB 28 OB28:QVZ IB0(PRO.ALARM)
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 2
Operand Symbol Comment
OB 29 OB29:QVZ DEC.PERIPHERAL
;**
OB 30 OB30:QVZ USER-MEM.
OB 31 OB31:TRIGGER CYCLE TIME
OB 32 OB32:TRANSFERMISTAKE
OB 33 OB33:INTERRUPT FAULT
OB 34 OB34:CREATING DB/DX FLT
OB 35 OB35:COMMUNICATION FLT
OB 36 OB36:FAULT IN SELFTEST
OB 37 OB37:BATTERY FAULT(AZO)
;**
OB 38 OB38:ORGANISATION START
OB 39 OB39:ORGANISATION CYCLE
;**
OB 121 OB121:GET/SET TIME compatible to CPU 946/947
OB 122 OB122:FREEZE ALARMS
OB 124 OB124:DELETE S5-BLOCK
OB 125 OB125:CREATE S5-BLOCK
OB 126 OB126:DEFINE PROCESS-P.
OB 129 OB129:GET BATTERY STAT.
;**
OB 131 OB131:DELETE AKKU1..4
OB 132 OB132:ROLL UP AKKU
OB 133 OB133:ROLL DOWN AKKU
;**
OB 141 OB141:FREEZE WAKE ALARM
OB 142 OB142:DELAY ALARMS on/off
OB 143 OB143:DELAY WAKE ALARMS on /off
;**
OB 150 OB150:GET/SET TIME compatible to CPU 928B
OB 151 OB151:GET/SET ALARMTIME
OB 153 OB153:GET/SET DELAY.ALA
;**
OB 181 OB181:TEST DB/DX
OB 182 OB182:COPY DATA AREAS
;**
OB 200 OB200:INITIATE multi processor operation
OB 202 OB202:SEND multi processor operation
OB 203 OB203:SEND TEST multi processor operation
OB 204 OB204:RECEIVE multi processor operation
OB 205 OB205:RECEIVE TEST multi processor operation
;**
OB 222 OB222:RESTART CYCLETIME
OB 223 OB223:COMPARE START UP
;**
OB 254 OB254:DX COPY/DUPLICATE
OB 255 OB255:DB COPY/DUPLICATE
;
;========= ======================= ========================================
; FUNCTION BLOCKS
;========= ======================= ========================================
; Block parameter:
; ================
; al = general
; - blocks are running on all CPUs
; - stored in file: StandaST.S5D
;
; sp = specific
; - blocks running only on 115U,135U
; or 155U etc.
; - stored in CPU specific files
;
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 3
Operand Symbol Comment
;
; as = general
; - running on all CPUs
; - but stored specifically
; because of subroutines that have to
; be called specifically
;--------- ----------------------- ----------------------------------------
; CPU specific files:
; =========================
; - ST115UST.S5D
; - ST945@ST.S5D
; - ST135UST.S5D
; - ST948@ST.S5D
; : etc.
;--------- ----------------------- ----------------------------------------
;
FB 1 FB 1 RUN UP in cyclic program
FB 2 FB 2 SERVICEMODE RSVIEW
FB 3 FB 3 FAULT EVALUATION
FB 4 FB 4
FB 5 FB 5
FB 6 FB 6 PRESSURE TRANSMIT.
FB 7 FB 7
FB 8 FB 8 COUNT PULSE
FB 9 FB 9 TIME MEASURING
;**
FB 11 FB11 HO500 SCALE1:HO50X HO500 area 1 scale 1: ingredient weighin
;
FB 30 FB30 BLENDER BD560
FB 31 FB31 HO561 SCALE3:DR540 HO561 area 3 scale 3: from dryer
;
FB 41 FB41 HO580 SCALE4:BD560 HO580 area 3 scale 4: from blender
;
;**
FB 90 FB90 CHK_MULTIPORT_VALV check multiport valve ok: way ok
FB 91 FB91 OCCUPY_SILO
FB 92 FB92 CONTROL_WEIGHING
;
FB 98 FB98 COLLECTIVE FEEDING
FB 99 FB99 RECEIVER
;
;========= ======================= ========================================
; FAULT EVALUATION
;========= ======================= ========================================
;
FB 100 FB100 COLLECTIVE FAULT cont.control DB100(area by area) HKT al
FB 101 FB101 FAULT RW/KL/MO/Q fault evaluation word by word HKT al
FB 102 FB102 FAULT INDIREKT
FB 103 FB103 TABLE HKT al
FB 104 FB104 STANDARDFLAGS al
FB 105 FB105 KEY SWITCHES HKT al
FB 106 FB106 TRANSFER KF->KT
FB 107 FB107 LEVEL INDICATORS word by word HKT al
FB 108 FB108 TIMER IMITATION e.g. for scale control WK al
FB 109 FB109 LUMINOUS PUSH-BUT 06.11.92 Hkt al
;
FB 110 FB110 PIPE DIVERTER 31.11.92 Hkt al
FB 111 FB111 TABLE INDICATORS HKT as
FB 112 FB112 CLOCK GENERATOR ( DW ) HKT al
FB 113 FB113 CLOCK GENERAT.TIM with nominal instruction HKT al
FB 114 FB114 PT-1 LINK digital filter hkt as
FB 115 FB115 LUM.PUSH-BUT.WORD 09.02.95 UR al
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 4
Operand Symbol Comment
FB 116 FB116 CLOCK WITH n IMP. hkt as
FB 117 FB117 CLOCK W. RECEIPT hkt as
FB 118 FB118 PRESSURE TRANSMIT hkt as
;
;========= ======================= ========================================
; SIEMENS FUNCTION BLOCKS
;========= ======================= ========================================
;
FB 120 FB120 SEND 135U
FB 121 FB121 RECEIVE 135U
FB 122 FB122 FETCH 135U
FB 123 FB123 CONTROL 135U
FB 124 FB124 RESET 135U
FB 125 FB125 SYNCHRON 135U
FB 126 FB126 ACTIVE 135U
FB 127 FB127 UP ACTIV 135U
;
;========= ======================= ========================================
; AZO FUNCTION BLOCKS
;========= ======================= ========================================
;
FB 129 FB129 3964(R) SUETRON 23.11.95 UR
;**
FB 130 FB130 VIPA - SYNCHRON 26.09.95 UR sp
FB 131 FB131 VIPA - RB-RESTART 26.09.95 UR sp
FB 132 FB132 VIPA - SEND-ALL 26.09.95 UR sp
FB 133 FB133 VIPA - REC.-ALL 26.09.95 UR sp
;**
FB 135 FB135 TEST DATABIT
FB 136 FB136 ASSIGN DATABIT
;**
FB 138 FB138 RESERVE DWs 23.11.95 UR
FB 139 FB139 X OF N F/I/O return KY BIT/BYTE -> B-ORDER HKT
;
;========= ======================= ========================================
; SCALE CONTROL
;========= ======================= ========================================
;
FB 140 FB140 16-BIT DUALMUL. plc scale 05.04.95 UR sp
FB 141 FB141 16-BIT DUALDIV. plc scale 05.04.95 UR sp
FB 142 FB142 PRINT
;**
FB 146 FB146 SCALES FULL? componenter
FB 147 FB147 SCALES ACTIVE? componenter
FB 148 FB148 COMP.COORDINATION componenter 12.11.92 hkt as
FB 149 FB149 DRIVE UNIT"KOMPAX componenter 12.11.92 hkt as
;**
FB 150 FB150 WS101-CONTROLLER 04.05.94 HKT al
FB 151 FB151 PLC-SCALE PLC scale 07.09.94 HKT al
FB 152 FB152 WMD-SCALING plc scale 15.07.96 UR SP
FB 153 FB153 PARAM.COURSE/FIN plc scale
FB 154 FB154 EXT.SCALE plc scale 11.09.96 UR SP
FB 155 FB155 ORDER LEVEL/BALAN plc scale
FB 156 FB156 WS101/CW201 SCALE SCALE CONTROLLER "SCALE PART"
FB 157 FB157 WS101/CW201 GENER SCALE CONTROLLER "GENERAL PART"
FB 158 FB158 COMPARE STRINGS
FB 159 FB159 SEARCH STRINGS
;**
FB 160 FB160 FIFO sa
FB 161 FB161 FIFO 1..64 plc scale sp
FB 162 FB162 FIFO RD/WR/RES plc scale sp
FB 163 FB163 FLOATING P->ASCI
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 5
Operand Symbol Comment
FB 164 FB164 VIPA-INIT plc scale 06.03.96 UR SP
FB 165 FB165 PUSH IN STACK from FW 200 17.11.92 hkt sp
FB 166 FB166 POP OF STACK from FW 200 17.11.92 hkt sp
FB 167 FB167 INIT STACK al
FB 168 FB168 VIPA DOCKING plc scale 10.01.95 ur sp
FB 169 FB169 SIMULATION ANAL. plc scale 27.07.93 ur sp
;**
FB 170 FB170 CREATE DB START U plc scale HKT sa
FB 171 FB171 TEST DB sp
FB 172 FB172 CREATE DB sp
FB 173 FB173 COPY BLOCK parameter: EW sp
FB 174 FB174 COPY BLOCK Parameter: D sp
FB 175 FB175 LOAD DW INDIR. sp
FB 176 FB176 STORE DW INDIR. sp
FB 177 FB177 LOAD DW DIREKT sp
FB 178 FB178 STORE DW DIREKT sp
FB 179 FB179 ALL DBs TO RAM sp
;**
FB 180 FB180 INTOUCH - SCALE
;
;========= ======================= ========================================
; MIXER RECIPE CONTROLLING
;========= ======================= ========================================
;
FB 183 FB183 MIXER INTERPRETER
;
;========= ======================= ========================================
; SCALE CONTROL
;========= ======================= ========================================
;
FB 185 FB185 BATCH RECORD plc scale
FB 186 FB186 CREATE SCALE DBs plc scale
FB 187 FB187 RECIPE CONTR. PC plc scale
FB 188 FB188 READ/WRITE RECIPE plc scale
FB 189 FB189 READ/WRITE SILO plc scale
;**
FB 190 FB190 SCALE CONTROL plc scale
FB 191 FB191 RECIPE LAYER plc scale
FB 192 FB192 COMPONENT LAYER plc scale
FB 193 FB193 SINGLE STEP LAYER plc scale
FB 194 FB194 KG->KF ANAL.VALUE plc scale
FB 195 FB195 KF->KG ANAL.VALUE plc scale
FB 196 FB196 BATCH OPTIMIZAT. plc scale
FB 197 FB197 ANALOG LAYER 1 plc scale
FB 198 FB198 ANALOG LAYER 2 plc scale
;
;========= ======================= ========================================
; TERMINALs
;========= ======================= ========================================
;
FB 199 FB199 TERMINAL GENERAL UR
FB 201 FB201 TERMINAL BT20 plc scale
FB 202 FB202 TERMINAL OPxx plc scale
;**
FB 210 FB210 COLLECTIVE FEED. collective feeding
FB 211 FB211 RECEIVER collective feeding
;**
FB 212 FB212 VIPA-PARAMETER IN set parameters interface 19.02.97 UR
FB 213 FB213 VIPA-PROCEDURE IN set procedure interface 19.02.97 UR
FB 214 FB214 VIPA-ASCII SEND ascii procedure send 19.02.97 UR
FB 215 FB215 VIPA-ASCII REC. ascii procedure receive 19.02.97 UR
FB 216 FB216 VIPA-INIT PROCED. procedure init 15.07.96 UR
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 6
Operand Symbol Comment
FB 217 FB217 VIPA-COUNTER MODE set counter mode 15.07.96 UR
FB 218 FB218 VIPA-COUNTER READ read counter 15.07.96 UR
FB 219 FB219 VIPA-COUNTER WRIT write counter 15.07.96 UR
;
;========= ======================= ========================================
; SIEMENS FUNCTION BLOCKS
;========= ======================= ========================================
;
FB 230 FB230 TRANSFORM KF->KG
FB 231 FB231 TRANSFORM KG->KF
FB 232 FB232 FLOATING P.ADD.
FB 233 FB233 FLOATING P.SUBTR.
FB 234 FB234 FLOATING P.MULTI.
FB 235 FB235 FLOATING P.DIVIS.
FB 236 FB236 FLOATING P.COMP.
;**
FB 242 FB242 16-BIT DUAL MULTI
;**
FB 250 FB250 READ ANALOG VALUE
FB 251 FB251 WRIT ANALOG VALUE
;
;--------- ----------------------- ----------------------------------------
; FX- FUNCTION BLOCK
;
FX 11 FX11 HO501 FEED. HO A1 HO501 area 1: feeding hopper
FX 12 FX12 HO502 FEED. HO A1 HO502 area 1: feeding hopper
FX 13 FX13 HO503 FEED. HO A1 HO503 area 1: feeding hopper
FX 14 FX14 HO504 FEED. HO A1 HO504 area 1: feeding hopper
FX 15 FX15 HO505 FEED. HO A1 HO505 area 1: big-bag feeding hopper
;
FX 21 FX21 HO582 MAN.AD.HO A2 HO582 area 2: manual addition hopper
;
FX 30 FX30 DR540 DRYER A 2&3 DR540 area 2 & 3: line dryer
;
FX 41 FX41 HO560 HOPPER A3 HO560 area 3: hopper
;
;========= ======================= ========================================
; PHASE LOGIC CONTROL
;========= ======================= ========================================
;
FX 100 FX100 PHASE-L EMPTY
FX 101 FX101 PHASE-L ING_ADD
FX 102 FX102 PHASE-L DISCH_NOP
FX 103 FX103 PHASE-L CHARGE
FX 104 FX104 PHASE-L DISCHARGE
FX 105 FX105 PHASE-L BLEND
FX 106 FX106 PHASE-L MAN_ADD
;
FX 200 FX200 PLI_WATCHDOG RSB
FX 201 FX201 PLI_INTERFACE RSB
FX 202 FX202 PLI->SCALE CHARGE
FX 203 FX203 PLI->SCALE DISCHA
FX 204 FX204 PLI->BLEND CH&DI
;
;========= ======================= ========================================
; WAY CONTROL
;========= ======================= ========================================
;
FX 210 FX210 DEFINE WAYs
FX 211 FX211 CONTROL WAYs
;
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 7
Operand Symbol Comment
;========= ======================= ========================================
; PROGRAM BLOCKS
;========= ======================= ========================================
;
PB 2 PB2 LEVEL INDIVATORS
PB 3 PB3 FAULT EVALUATION
;**
PB 10 PB10 HO501-HO504 FEED.H HO501 - HO504 area 1: feeding hopper
;
PB 11 PB11 IO HO500 SCALE 1 In-/Output HO500 area 1 scale 1: ingred
;
;
PB 30 PB30 BLENDER BD560
PB 31 PB31 IO HO561 SCALE 3 In-/Output HO561 area 3 scale 3: from DR
;
PB 41 PB41 IO HO580 SCALE 4 In-/Output HO580 area 3 scale 4: from BD
;**
PB 190 PB190 COMMUNICAT VIPA
;**
PB 191 PB191 CP525 communication CP525 - AG
PB 192 PB192 CP530 communication CP530 - AG SINEC L1-BUS
PB 193 PB193 CP535 communication CP535 - AG SINEC H1-BUS
;**
PB 200 PB200 CP527 communication CP527 - AG
PB 201 PB201 PICTURE 01 color grafik picture 01
PB 202 PB202 PICTURE 02 color grafik picture 02
PB 203 PB203 PICTURE 03 color grafik picture 03
PB 204 PB204 PICTURE 04 color grafik picture 04
PB 205 PB205 PICTURE 05 color grafik picture 05
PB 206 PB206 PICTURE 06 color grafik picture 06
PB 207 PB207 PICTURE 07 color grafik picture 07
PB 208 PB208 PICTURE 08 color grafik picture 08
PB 209 PB209 PICTURE 09 color grafik picture 09
;**
PB 210 PB210 PICTURE 10 color grafik picture 10
PB 211 PB211 PICTURE 11 color grafik picture 11
PB 212 PB212 PICTURE 12 color grafik picture 12
PB 213 PB213 PICTURE 13 color grafik picture 13
PB 214 PB214 PICTURE 14 color grafik picture 14
PB 215 PB215 PICTURE 15 color grafik picture 15
PB 216 PB216 PICTURE 16 color grafik picture 16
PB 217 PB217 PICTURE 17 color grafik picture 17
PB 218 PB218 PICTURE 18 color grafik picture 18
PB 219 PB219 PICTURE 19 color grafik picture 19
;**
PB 220 PB220 PICTURE 20 color grafik picture 20
PB 221 PB221 PICTURE 21 color grafik picture 21
PB 222 PB222 PICTURE 22 color grafik picture 22
PB 223 PB223 PICTURE 23 color grafik picture 23
PB 224 PB224 PICTURE 24 color grafik picture 24
PB 225 PB225 PICTURE 25 color grafik picture 25
PB 226 PB226 PICTURE 26 color grafik picture 26
PB 227 PB227 PICTURE 27 color grafik picture 27
PB 228 PB228 PICTURE 28 color grafik picture 28
PB 229 PB229 PICTURE 29 color grafik picture 29
;**
PB 230 PB230 PICTURE 30 color grafik picture 30
PB 231 PB231 PICTURE 31 color grafik picture 31
PB 232 PB232 PICTURE 32 color grafik picture 32
PB 233 PB233 PICTURE 33 color grafik picture 33
PB 234 PB234 PICTURE 34 color grafik picture 34
PB 235 PB235 PICTURE 35 color grafik picture 35
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 8
Operand Symbol Comment
PB 236 PB236 PICTURE 36 color grafik picture 36
PB 237 PB237 PICTURE 37 color grafik picture 37
PB 238 PB238 PICTURE 38 color grafik picture 38
PB 239 PB239 PICTURE 39 color grafik picture 39
;--------- ----------------------- ----------------------------------------
;
SB 11 SB11 IO HO501 FEED.H A1 In-/Output HO501 area 1: feeding hopper
SB 12 SB12 IO HO502 FEED.H A1 In-/Output HO502 area 1: feeding hopper
SB 13 SB13 IO HO503 FEED.H A1 In-/Output HO503 area 1: feeding hopper
SB 14 SB14 IO HO504 FEED.H A1 In-/Output HO504 area 1: feeding hopper
SB 15 SB15 IO HO505 FEED.H A1 In-/Output HO505 area 1: big-bag feeding
;
SB 21 SB21 IO HO582 MAD.HO A2 In-/Output HO582 area 2: manual addition
;
SB 30 SB30 IO DR540 DRY. A2&3 In-/Output DR540 area 2 & 3: line dryer
;
SB 41 SB41 IO HO560 HOPPER A3 In-/Output HO560 area 3: hopper
;
;
;
SB 200 SB200 CALL PLI RSBatch
;
;========= ======================= ========================================
; SIEMENS DATA BLOCKS
;========= ======================= ========================================
;
DX 0 DX 0 SYSTEM PARAMETER
DX 1 DX 1 SYSTEM PARAMETER
DX 2 DX 2 SER.2 PARAMETER
;
DX 11 DX11 HO501 FEED. HO A1 HO501 area 1: feeding hopper
DX 12 DX12 HO502 FEED. HO A1 HO502 area 1: feeding hopper
DX 13 DX13 HO503 FEED. HO A1 HO503 area 1: feeding hopper
DX 14 DX14 HO504 FEED. HO A1 HO504 area 1: feeding hopper
DX 15 DX15 HO505 FEED. HO A1 HO505 area 1: big-bag feeding hopper
;
DX 21 DX21 HO582 MAN.AD.HO A2 HO582 area 2: manual addition hopper
;
DX 30 DX30 DR540 DRYER A 2&3 DR540 area 2 & 3: line dryer
;
DX 41 DX41 HO560 HOPPER A3 HO560 area 3: hopper
;**
DX 200 DX200 PL1-5 MX520,HO580 PL1-3: UNIT MX520 PL4,5: UNIT HO580
DX 201 DX201 PL6-10HO561,BD560 PL6:RES PL7-9:UNIT HO561 PL10:UNIT BD560
DX 202 DX202 PL11-15 BD560,RES PL11-14: UNIT BD560 PL15: RESERVE
DX 203 DX203 PL16-20 RESERVE PL16-20: RESERVE
DB 0 DB 0 IND.ADRESS.(DUMNY)
DB 1 DB 1 SYSTEM PARAMETER
;
;========= ======================= ========================================
; DATA BLOCKS USER PROGRAM
;========= ======================= ========================================
;
DB 2 DB2
DB 3 DB3 DB CREATION-LIST if necessary
DB 4 DB4
DB 5 DB5 GLOBAL DATA
DB 6 DB6
DB 7 DB7 TIMER RAM if necessary
DB 8 DB8
DB 9 DB9 EVALUATE LEV.INDIC.
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 9
Operand Symbol Comment
;**
DB 11 DB11 HO500 SCALE1:HO50X HO500 area 1 scale 1: ingredient weighin
;
DB 30 DB30 BD560 BLENDER
DB 31 DB31 HO561 SCALE3:DR540 HO561 area 3 scale 3: from dryer
;
DB 41 DB41 HO580 SCALE4:BD560 HO580 area 2 scale 4: from blender
;**
;**
DB 96 DB96 OUTPUTS SERVICE M. outputs service mode from RSView
DB 97 DB97 DISPLAY OUTPUTS display ouputs to RSView
DB 98 DB98 DISPLAY INPUTS display inputs to RSView
;**
DB 99 DB99 FAULT EVALUATION helper DB for FB 100
;**
DB 100 DB100 FAULT EVALUATION create fault messages RAM
;
;========= ======================= ========================================
; WORKING DBs PLC SCALES
;========= ======================= ========================================
;
DB 101 DB101 SCALE 01 (WORK) working DB plc scale RAM
DB 102 DB102 SCALE 02 (WORK) working DB plc scale RAM
DB 103 DB103 SCALE 03 (WORK) working DB plc scale RAM
DB 104 DB104 SCALE 04 (WORK) working DB plc scale RAM
DB 105 DB105 SCALE 05 (WORK) working DB plc scale RAM
DB 106 DB106 SCALE 06 (WORK) working DB plc scale RAM
DB 107 DB107 SCALE 07 (WORK) working DB plc scale RAM
DB 108 DB108 SCALE 08 (WORK) working DB plc scale RAM
DB 109 DB109 SCALE 09 (WORK) working DB plc scale RAM
;**
DB 110 DB110 SCALE 10 (WORK) working DB plc scale RAM
DB 111 DB111 SCALE 11 (WORK) working DB plc scale RAM
DB 112 DB112 SCALE 12 (WORK) working DB plc scale RAM
DB 113 DB113 SCALE 13 (WORK) working DB plc scale RAM
DB 114 DB114 SCALE 14 (WORK) working DB plc scale RAM
DB 115 DB115 SCALE 15 (WORK) working DB plc scale RAM
DB 116 DB116 SCALE 16 (WORK) working DB plc scale RAM
DB 117 DB117 SCALE 17 (WORK) working DB plc scale RAM
DB 118 DB118 SCALE 18 (WORK) working DB plc scale RAM
DB 119 DB119 SCALE 19 (WORK) working DB plc scale RAM
;**
DB 120 DB120 SCALE 20 (WORK) working DB plc scale RAM
DB 121 DB121 SCALE 21 (WORK) working DB plc scale RAM
DB 122 DB122 SCALE 22 (WORK) working DB plc scale RAM
DB 123 DB123 SCALE 23 (WORK) working DB plc scale RAM
DB 124 DB124 SCALE 24 (WORK) working DB plc scale RAM
DB 125 DB125 SCALE 25 (WORK) working DB plc scale RAM
DB 126 DB126 SCALE 26 (WORK) working DB plc scale RAM
DB 127 DB127 SCALE 27 (WORK) working DB plc scale RAM
DB 128 DB128 SCALE 28 (WORK) working DB plc scale RAM
DB 129 DB129 SCALE 29 (WORK) working DB plc scale RAM
;**
DB 130 DB130 SCALE 30 (WORK) working DB plc scale RAM
DB 131 DB131 SCALE 31 (WORK) working DB plc scale RAM
DB 132 DB132 SCALE 32 (WORK) working DB plc scale RAM
;
;========= ======================= ========================================
; SILO/SCALE PARAMETER DBs PLC SCALES
;========= ======================= ========================================
;
DB 133 DB133 PARAMETER SC. 01 silo/scale parameters plc scale RAM
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 10
Operand Symbol Comment
DB 134 DB134 PARAMETER SC. 02 silo/scale parameters plc scale RAM
DB 135 DB135 PARAMETER SC. 03 silo/scale parameters plc scale RAM
DB 136 DB136 PARAMETER SC. 04 silo/scale parameters plc scale RAM
DB 137 DB137 PARAMETER SC. 05 silo/scale parameters plc scale RAM
DB 138 DB138 PARAMETER SC. 06 silo/scale parameters plc scale RAM
DB 139 DB139 PARAMETER SC. 07 silo/scale parameters plc scale RAM
;**
DB 140 DB140 PARAMETER SC. 08 silo/scale parameters plc scale RAM
DB 141 DB141 PARAMETER SC. 09 silo/scale parameters plc scale RAM
DB 142 DB142 PARAMETER SC. 10 silo/scale parameters plc scale RAM
DB 143 DB143 PARAMETER SC. 11 silo/scale parameters plc scale RAM
DB 144 DB144 PARAMETER SC. 12 silo/scale parameters plc scale RAM
DB 145 DB145 PARAMETER SC. 13 silo/scale parameters plc scale RAM
DB 146 DB146 PARAMETER SC. 14 silo/scale parameters plc scale RAM
DB 147 DB147 PARAMETER SC. 15 silo/scale parameters plc scale RAM
DB 148 DB148 PARAMETER SC. 16 silo/scale parameters plc scale RAM
DB 149 DB149 PARAMETER SC. 17 silo/scale parameters plc scale RAM
;**
DB 150 DB150 PARAMETER SC. 18 silo/scale parameters plc scale RAM
DB 151 DB151 PARAMETER SC. 19 silo/scale parameters plc scale RAM
DB 152 DB152 PARAMETER SC. 20 silo/scale parameters plc scale RAM
DB 153 DB153 PARAMETER SC. 21 silo/scale parameters plc scale RAM
DB 154 DB154 PARAMETER SC. 22 silo/scale parameters plc scale RAM
DB 155 DB155 PARAMETER SC. 23 silo/scale parameters plc scale RAM
DB 156 DB156 PARAMETER SC. 24 silo/scale parameters plc scale RAM
DB 157 DB157 PARAMETER SC. 25 silo/scale parameters plc scale RAM
DB 158 DB158 PARAMETER SC. 26 silo/scale parameters plc scale RAM
DB 159 DB159 PARAMETER SC. 27 silo/scale parameters plc scale RAM
;**
DB 160 DB160 PARAMETER SC. 28 silo/scale parameters plc scale RAM
DB 161 DB161 PARAMETER SC. 29 silo/scale parameters plc scale RAM
DB 162 DB162 PARAMETER SC. 30 silo/scale parameters plc scale RAM
DB 163 DB163 PARAMETER SC. 31 silo/scale parameters plc scale RAM
DB 164 DB164 PARAMETER SC. 32 silo/scale parameters plc scale RAM
;
;========= ======================= ========================================
; DOSING ADDRESSES DBs PLC SCALES
;========= ======================= ========================================
;
DB 165 DB165 DOSING ADDR.SC.01 plc scale RAM
DB 166 DB166 DOSING ADDR.SC.02 plc scale RAM
DB 167 DB167 DOSING ADDR.SC.03 plc scale RAM
DB 168 DB168 DOSING ADDR.SC.04 plc scale RAM
DB 169 DB169 DOSING ADDR.SC.05 plc scale RAM
;**
DB 170 DB170 DOSING ADDR.SC.06 plc scale RAM
DB 171 DB171 DOSING ADDR.SC.07 plc scale RAM
DB 172 DB172 DOSING ADDR.SC.08 plc scale RAM
DB 173 DB173 DOSING ADDR.SC.09 plc scale RAM
DB 174 DB174 DOSING ADDR.SC.10 plc scale RAM
DB 175 DB175 DOSING ADDR.SC.11 plc scale RAM
DB 176 DB176 DOSING ADDR.SC.12 plc scale RAM
DB 177 DB177 DOSING ADDR.SC.13 plc scale RAM
DB 178 DB178 DOSING ADDR.SC.14 plc scale RAM
DB 179 DB179 DOSING ADDR.SC.15 plc scale RAM
;**
DB 180 DB180 DOSING ADDR.SC.16 plc scale RAM
DB 181 DB181 DOSING ADDR.SC.17 plc scale RAM
DB 182 DB182 DOSING ADDR.SC.18 plc scale RAM
DB 183 DB183 DOSING ADDR.SC.19 plc scale RAM
DB 184 DB184 DOSING ADDR.SC.20 plc scale RAM
DB 185 DB185 DOSING ADDR.SC.21 plc scale RAM
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 11
Operand Symbol Comment
DB 186 DB186 DOSING ADDR.SC.22 plc scale RAM
DB 187 DB187 DOSING ADDR.SC.23 plc scale RAM
DB 188 DB188 DOSING ADDR.SC.24 plc scale RAM
DB 189 DB189 DOSING ADDR.SC.25 plc scale RAM
;
;========= ======================= ========================================
; KONFIGURATION DBs PLC SCALES
;========= ======================= ========================================
;
DB 195 DB196 RECIPE LAYER DB plc scale ROM
DB 197 DB197 GENERAL CONFIG.DB plc scale ROM
DB 198 DB198 WEIGHING TYPE DB plc scale ROM
DB 199 DB199 RECIPE DB plc scale RAM
;
;========= ======================= ========================================
; COMMUNICATION PC<=>PLC
;========= ======================= ========================================
;
DB 201 DB201 MIXER PROGRAM 1 mixer program 1 from PC RAM
DB 202 DB202 MIXER PROGRAM 2 mixer program 2 from PC RAM
DB 203 DB203 MIXER PROGRAM 3 mixer program 3 from PC RAM
DB 204 DB204 MIXER PROGRAM 4 mixer program 4 from PC RAM
DB 205 DB205 MIXER STEP INFO mixer step information to PC RAM
DB 206 DB206 PC-CONTROL BITs control bits to/from PC RAM
DB 207 DB207 STOCK LOCATION DB plc scale RAM
DB 208 DB208 CONTROL DB PLC SC control bits PC<->PLC plc scale RAM
DB 209 DB209 CONTROL DB PLC SC control bits DATA PC<->PLC plc scale RAM
;**
DB 210 DB210 CONTROL DB PLC-SC data PC->PLC plc scale RAM
DB 211 DB211 GEN.HAND OVER DB general hand over DB plc scale RAM
DB 212 DB212 RECIPE FROM PC 11.11.94 hkt
DB 213 DB213 PRINT WORKING DB plc scale
DB 214 DB214 PRINT MASKs plc scale
DB 215 DB215 GEN.CONFIG.DB plc scale ROM
;**
DB 221 DB221 INTOUCH 1 CONTROL plc scale 19.03.96 UR
DB 222 DB222 INTOUCH 1 DATA plc scale 19.03.96 UR
DB 223 DB223 INTOUCH 2 CONTROL plc scale 19.03.96 UR
DB 224 DB224 INTOUCH 2 DATA plc scale 19.03.96 UR
DB 225 DB225 INTOUCH 3 CONTROL plc scale 19.03.96 UR
DB 226 DB226 INTOUCH 3 DATA plc scale 19.03.96 UR
DB 227 DB227 INTOUCH 4 CONTROL plc scale 19.03.96 UR
DB 228 DB228 INTOUCH 4 DATA plc scale 19.03.96 UR
;**
DB 240 DB240 FIFO ADDITION HO FIFO addition hopper HO501 - HO504
;**
DB 243 DB243 RECIPE PRINT FIFO plc scale
DB 244 DB244 CONSUMER DB plc scale
DB 245 DB245 SCALE:ANALOGLAYER plc scale
DB 246 DB246 SCALE:INTELLIG.DP plc scale
;**
DB 249 DB249 HELPER DB plc scale 19.03.96 UR
;**
DB 250 DB250 STACK DB
DB 251 DB251 HELPER DB DATA T. helper DB for data transfer
DB 252 DB252 HELPER DB CHANGE helper DB for format change
;
;========= ======================= ========================================
; STANDARD FLAGS
;========= ======================= ========================================
;
M 0.0 M 0.0 IND.ADDRES(DUMMY)
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 12
Operand Symbol Comment
M 0.1 M 0.1 CONSTANT 1
M 0.2 M 0.2 CONSTANT 0
M 0.3 M 0.3 1 SEC. IMPULSE
M 0.4 M 0.4 FLASH CLOCK FAST
M 0.5 M 0.5 FLASH CLOCK SLOW
M 0.6 M 0.6 CLOCK LEVEL IND.
M 0.7 M 0.7 FLT.EVAL. FAST
;
M 1.0 M 1.0 FLT.EVAL. SLOW
M 1.1 M 1.1 CONTROL VOLTAGE
M 1.2 M 1.2 RUN UP OB
M 1.3 M 1.3 RUN UP INIT.
M 1.4 M 1.4 PC-SIGN. 1,3 SEC _______-______ dT = 1,3 SEC.
M 1.5 M 1.5 FLAP CLOCK
M 1.6 M 1.6 RAPPER CLOCK FAST
M 1.7 M 1.7 RAPPER CLOCK SLOW
;
M 2.0 M 2.0 MODIFICAT. DB100 general fault
M 2.1 M 2.1 RECEIPT.MOD.DB100 general fault
M 2.2 M 2.2 COL.FAULT DB100 general fault
M 2.3 M 2.3 FIRST NOT. DB100 general fualt
M 2.4 M 2.4
M 2.5 M 2.5
M 2.6 M 2.6
M 2.7 M 2.7
;
M 3.0 M 3.0 MODIFICAT. DB100 extrem fault
M 3.1 M 3.1 RECEIPT.MOD.DB100 extrem fault
M 3.2 M 3.2 COL.FAULT DB100 extrem fault
M 3.3 M 3.3 FIRST NOT. DB100 extrem fault
M 3.4 M 3.4
M 3.5 M 3.5
M 3.6 M 3.6
M 3.7 M 3.7 TB-CHANGE
;
M 4.0 M 4.0 GLOBAL AUTO-MODE
M 4.1 M 4.1 GLOB. MANUAL-MODE
M 4.2 M 4.2 GLOB.SERVICE-MODE
M 4.3 M 4.3
M 4.4 M 4.4 HF AUTO-MODE
M 4.5 M 4.5 GLOBAL LAMBTEST
M 4.6 M 4.6 PLI_WATCHDOG-ALAR
M 4.7 M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
;
MB 5 MB 5 TOGGLEBITS pattern with flashing pulses from OB's
M 5.0 M 5.0 TOGGLEBIT 100_ms toggle of OB 10 (period 200 msec)
M 5.1 M 5.1 TOGGLEBIT 200_ms toggle of OB 11 (period 400 msec)
M 5.2 M 5.2 TOGGLEBIT 500_ms toggle of OB 12 (period 1 sec)
M 5.3 M 5.3 TOGGLEBIT 1_sec toggle of OB 13 (period 2 sec)
M 5.4 M 5.4 TOGGLEBIT 2_sec toggle of OB 14 (period 4 sec)
M 5.5 M 5.5 TOGGLEBIT 5_sec toggle of OB 15 (period 10 sec)
M 5.6 M 5.6 TOGGLEBIT 10_sec toggle of OB 16 (period 20 sec)
M 5.7 M 5.7 TOGGLEBIT 20_sec toggle of OB 17 (period 40 sec)
;
MB 6 MB 6 ONE_SHOTS rising and falling pulse (for one cycle)
M 6.0 M 6.0 ONE_SHOT 100_ms flashpulse 100 ms
M 6.1 M 6.1 ONE_SHOT 200_ms flashpulse 200 ms
M 6.2 M 6.2 ONE_SHOT 500_ms flashpulse 500 ms
M 6.3 M 6.3 ONE_SHOT 1_sec flashpulse 1 sec
M 6.4 M 6.4 ONE_SHOT 2_sec flashpulse 2 sec
M 6.5 M 6.5 ONE_SHOT 5_sec flashpulse 5 sec
M 6.6 M 6.6 ONE_SHOT 10_sec flashpulse 10 sec
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 13
Operand Symbol Comment
M 6.7 M 6.7 ONE_SHOT 20_sec flashpulse 20 sec
;
MB 7 MB 7 OLD TOGGLEBITS take over bit pattern
;
MW 8 MW 8 ERROR-OB'S
M 8.0 M 8.0 ERROR_OB_19 calling a logic block not loaded KDB
M 8.1 M 8.1 ERROR_OB_23 timeout error S5 bus QVZ
M 8.2 M 8.2 ERROR_OB_24 timeout error processing picture QVZ
M 8.3 M 8.3 ERROR_OB_25 adressing error ADF
M 8.4 M 8.4 ERROR_OB_26 cycle time exceeded error ZYK
M 8.5 M 8.5 ERROR_OB_27 substitution error SUF
M 8.6 M 8.6 ERROR_OB_28 timeout error IB0 (alarms) QVZ
M 8.7 M 8.7 ERROR_OB_29 timeout error DP QVZ
;
M 9.0 M 9.0 ERROR_OB_30 parity error/timeout user mem. PARE
M 9.1 M 9.1 ERROR_OB_31 trigger cycle time
M 9.2 M 9.2 ERROR_OB_32 load/transfer error TLAF
M 9.3 M 9.3 ERROR_OB_33 collision of time interrupts WEFES
M 9.4 M 9.4 ERROR_OB_34 fault E DB/EX DX FEDBX
M 9.5 M 9.5 ERROR_OB_35 communication error
M 9.6 M 9.6 FAULT FUSE PLC-fault
M 9.7 M 9.7 CONTR_VOLTAGE OFF PLC-fault
;
;========= ======================= ========================================
; INTERFACE PLC SCALE INPUTs
;========= ======================= ========================================
;
MW 10 MW 10 I-CONTROLBITs plc scale EST 1
M 10.0 ME10.0 RELEASE DISCHARG plc scale EST 1
M 10.1 ME10.1 SCALE DISCHARGED plc scale EST 1
M 10.2 ME10.2 RECPT.CNTR.WEIGH plc scale EST 1
M 10.3 ME10.3 plc scale EST 1
M 10.4 ME10.4 GOT SILO DATA plc scale EST 1
M 10.5 ME10.5 GOT WEIGHT VALUE plc scale EST 1
M 10.6 ME10.6 plc scale EST 1
M 10.7 ME10.7 plc scale EST 1
;**
M 11.0 ME11.0 DOSIN.REL.POSITV plc scale EST 1
M 11.1 ME11.1 DOSIN.REL.NEGATV plc scale EST 1
M 11.2 ME11.2 DOS.REL.CNTR/MAN plc scale EST 1
M 11.3 ME11.3 plc scale EST 1
M 11.4 ME11.4 DOS.UNIT RUN.POS plc scale EST 1
M 11.5 ME11.5 DOS.UNIT RUN.NEG plc scale EST 1
M 11.6 ME11.6 plc scale EST 1
M 11.7 ME11.7 plc scale EST 1
;**
MW 12 MW 12 I-CONTROLBITs plc scale EST 2
M 12.0 ME12.0 1-SEC-IMPULSE plc scale EST 2
M 12.1 ME12.1 PLC-MODE/PC-MODE plc scale EST 2 (1=PLC-MODE / 0=PC-MODE)
M 12.2 ME12.2 plc scale EST 2
M 12.3 ME12.3 CHANGE SILO plc scale EST 2
M 12.4 ME12.4 START DIFF.WEIGH plc scale EST 2
M 12.5 ME12.5 ST.INTERM.DISCH. plc scale EST 2
M 12.6 ME12.6 plc scale EST 2
M 12.7 ME12.7 plc scale EST 2
;**
M 13.0 ME13.0 plc scale EST 2
M 13.1 ME13.1 plc scale EST 2
M 13.2 ME13.2 plc scale EST 2
M 13.3 ME13.3 plc scale EST 2
M 13.4 ME13.4 GET WGHT.AT DISC plc scale EST 2
M 13.5 ME13.5 REL.FOR REGISTR. plc scale EST 2
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 14
Operand Symbol Comment
M 13.6 ME13.6 START HND-WEIGH. plc scale EST 2
M 13.7 ME13.7 INTM.DIS.HND-WEI plc scale EST 2
;
;========= ======================= ========================================
; INTERFACE PLC SCALE OUTPUTs
;========= ======================= ========================================
;
MW 14 MW 14 O-CONTROLBITs plc scale AST 1
M 14.0 MA14.0 NEGATIVE COURSE plc scale AST 1
M 14.1 MA14.1 NEGATIVE FINE plc scale AST 1
M 14.2 MA14.2 NEGATIVE EX-FINE plc scale AST 1
M 14.3 MA14.3 NEG.WEIGH.ACTIVE plc scale AST 1
M 14.4 MA14.4 NEG.COMPO.ACTIVE plc scale AST 1
M 14.5 MA14.5 NEG.DOS. ACTIVE plc scale AST 1
M 14.6 MA14.6 RECIPE FINISHED plc scale AST 1
M 14.7 MA14.7 RECIPE ACTIVE plc scale AST 1
;**
M 15.0 MA15.0 POSITIVE COURSE plc scale AST 1
M 15.1 MA15.1 POSITIVE FINE plc scale AST 1
M 15.2 MA15.2 POSITIVE EX-FINE plc scale AST 1
M 15.3 MA15.3 FILLING ACTIVE plc scale AST 1
M 15.4 MA15.4 POS.COMPO.ACTIVE plc scale AST 1
M 15.5 MA15.5 POS.DOS. ACTIVE plc scale AST 1
M 15.6 MA15.6 CNTR.WEIGH.ACTIV plc scale AST 1
M 15.7 MA15.7 CNTR.WEI.DOS.ACT plc scale AST 1
;**
MW 16 MW 16 O-CONTROLBITs plc scale AST 2
M 16.0 MA16.0 MATERIAL IN SCA. plc scale AST 2
M 16.1 MA16.1 SCALE HOLDED plc scale AST 2
M 16.2 MA16.2 LOAD SILO DATA plc scale AST 2
M 16.3 MA16.3 TAKEOV.WEIGHT VA plc scale AST 2
M 16.4 MA16.4 DISCHARGE plc scale AST 2
M 16.5 MA16.5 FINAL DISCHARGE plc scale AST 2
M 16.6 MA16.6 FIN.DISCHARG.FIN plc scale AST 2
M 16.7 MA16.7 INT.DISCHARG.FIN plc scale AST 2
;**
M 17.0 MA17.0 TARNG/CALMNG ACT plc scale AST 2
M 17.1 MA17.1 HEAL/E.SUCK. ACT plc scale AST 2
M 17.2 MA17.2 SCALE EMPTY plc scale AST 2
M 17.3 MA17.3 STRT.DISCH.HELP plc scale AST 2
M 17.4 MA17.4 SCALE FULL plc scale AST 2
M 17.5 MA17.5 REGISTR.REQUEST plc scale AST 2
M 17.6 MA17.6 HND.WGH.STARTABL plc scale AST 2
M 17.7 MA17.7 HND.WGH.IN TOLE. plc scale AST 2
;
;========= ======================= ========================================
; STATUS FLAGS PLC SCALE
;========= ======================= ========================================
;
MW 18 MW18 STATUS FLAGS SCALE STATUS
M 18.0 M 18.0 SILO_NR_OK
M 18.1 M 18.1 WAY_OK
M 18.2 M 18.2 PRESSUR_BUILD_UP
M 18.3 M 18.3 SILO_OCCUPIED_OK
M 18.4 M 18.4 PRESSURE_HIGH
M 18.5 M 18.5 DOS_REL_SILO
M 18.6 M 18.6 PRESSURE_FAULT
M 18.7 M 18.7 WAY_ACTIV
;**
M 19.0 M 19.0 FILTER ACTIV
M 19.1 M 19.1 CONTROL FINE
M 19.2 M 19.2 CTRL-WEI IN TOLE
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 15
Operand Symbol Comment
M 19.3 M 19.3 LINE_OCCUPIED_OK
M 19.4 M 19.4 GOT_DIS_STRT WEI
M 19.5 M 19.5 CONVEY_REL_SILO
M 19.6 M 19.6 FAULT SILO EMPTY
M 19.7 M 19.7 FAULT DOSING TIM
;
;========= ======================= ========================================
; IND.ADDRESSING COMPONENT AREA OUTPUTs
;========= ======================= ========================================
;
MW 20 MW20 IND. OUTPUTS Silo
M 20.0 MA20.0 OUTLETFLAP OPEN
M 20.1 MA20.1 DOSING UNIT ON
M 20.2 MA20.2 FREQ.CONV. REL. *** not used
M 20.3 MA20.3 VIBRATOR ON
M 20.4 MA20.4 VIBRATOR BIG-BAG
M 20.5 MA20.5 DOSING FEEDER ON
M 20.6 MA20.6 VENTILATOR ON
M 20.7 MA20.7 FRESH AIR V.CLOS
;**
M 21.0 MA21.0 OUTLETFL. CLOSED
M 21.1 MA21.1 BLOCK VALVE OPEN
M 21.2 MA21.2 POCKET PURGING
M 21.3 MA21.3 AIR PURGED SEALS
M 21.4 MA21.4 >DOS_RUNNING SIL
M 21.5 MA21.5 >SILO EMPTY
M 21.6 MA21.6 AIR PURGED FILT.
M 21.7 MA21.7 SCALE_CHARGE RUN
;
;========= ======================= ========================================
; IND.ADDRESSING COMPONENT AREA INPUTs
;========= ======================= ========================================
;
MW 22 MW22 IND. INPUTs Silo
M 22.0 ME22.0 OUTLETFLAP OPEN
M 22.1 ME22.1 DOSING UNIT ON
M 22.2 ME22.2 FREQ.CONV. READY
M 22.3 ME22.3 VIBRATOR ON
M 22.4 ME22.4 VIBRATOR BIG-BAG
M 22.5 ME22.5 DOSING FEEDER ON
M 22.6 ME22.6 VENTILATOR ON
M 22.7 ME22.7 FRESH AIR V.CLOS
;**
M 23.0 ME23.0 OUTLETFL. CLOSED
M 23.1 ME23.1 BLOCK VALVE OPEN
M 23.2 ME23.2 SAFETY SWITCH OK
M 23.3 ME23.3 INDICATOR FREE
M 23.4 ME23.4 LID CLOSED
M 23.5 ME23.5 ................
M 23.6 ME23.6 DRYER_DISCH ON
M 23.7 ME23.7 FRESH AIR V.OPEN
;
;========= ======================= ========================================
; IND.ADDRESSING SCALE AREA OUTPUTs
;========= ======================= ========================================
;
MW 24 MW24 IND. OUTPUTS SCALE
M 24.0 MA24.0 VACUUMPUMP ON (for HO580: Exhaust)
M 24.1 MA24.1 VIBRATOR ON
M 24.2 MA24.2 UNLOAD VALVE CON
M 24.3 MA24.3 DIVERTER VAC IMP
M 24.4 MA24.4 FRESH AIR VAL CL
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 16
Operand Symbol Comment
M 24.5 MA24.5 OUTLETFLAP OPEN
M 24.6 MA24.6 ENABLE DOCKING D
M 24.7 MA24.7 ANGLE VALVE DISC
;**
M 25.0 MA25.0 COMPRES.AIR ON
M 25.1 MA25.1 RAPPER FILTER ON
M 25.2 MA25.2 FILTER 1 ON
M 25.3 MA25.3 FILTER 2 ON
M 25.4 MA25.4 FILTER 3 ON
M 25.5 MA25.5 RAPPER 1 ON
M 25.6 MA25.6 RAPPER 2 ON
M 25.7 MA25.7 REGISTRATION ACT
;
;========= ======================= ========================================
; IND.ADDRESSING SCALE AREA INPUTs
;========= ======================= ========================================
;
MW 26 MW26 IND. INPUTS SCALE
M 26.0 ME26.0 VACUUMPUMP ON (for HO580: Exhaust)
M 26.1 ME26.1 VIBRATOR ON
M 26.2 ME26.2 UNLOAD VALVE CON
M 26.3 ME26.3 DIVERTER VAC IMP
M 26.4 ME26.4 FRESH AIR VAL CL
M 26.5 ME26.5 OUTLETFLAP OPEN
M 26.6 ME26.6 DOCKING DEVIC UP
M 26.7 ME26.7 CONTAINER OK
;**
M 27.0 ME27.0 DOCKING DEV DOWN
M 27.1 ME27.1
M 27.2 ME27.2 UNLOAD V. RUN TH
M 27.3 ME27.3 DIVERTER VAC SUC
M 27.4 ME27.4 FRESH AIR VAL OP
M 27.5 ME27.5 OUTLETFL. CLOSED
M 27.6 ME27.6 SILO EMPTY (6)* name changed
M 27.7 ME27.7 SECUNDARY FIL.OK
;
;========= ======================= ========================================
; IND.ADDRESSING USER AREA OUTPUTs
;========= ======================= ========================================
;
MW 28 MW28 IND. OUTPUTS WAY
M 28.0 MA28.0 COMPONENT VAL 1
M 28.1 MA28.1 COMPONENT VAL 2
M 28.2 MA28.2 COMPONENT VAL 3
M 28.3 MA28.3 COMPONENT VAL 4
M 28.4 MA28.4 COMPONENT VAL 5
M 28.5 MA28.5 ................
M 28.6 MA28.6 ................
M 28.7 MA28.7 ................
;**
M 29.0 MA29.0 ................
M 29.1 MA29.1 FEEDER ON HO
M 29.2 MA29.2 CONE MILL ON
M 29.3 MA29.3 ................
M 29.4 MA29.4 ................
M 29.5 MA29.5 SIEVE ok SILO
M 29.6 MA29.6 FREQ.CONV. SILO
M 29.7 MA29.7 SCALE_DISCH ON
;
;========= ======================= ========================================
; IND.ADDRESSING USER AREA INPUTs
;========= ======================= ========================================
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 17
Operand Symbol Comment
;
MW 30 MW30 IND. INPUTS WAY
M 30.0 ME30.0 COMPV_1 CL/pos.1
M 30.1 ME30.1 COMPV_2 CLOSED
M 30.2 ME30.2 COMPV_3 CLOSED
M 30.3 ME30.3 COMPV_4 CLOSED
M 30.4 ME30.4 COMPV_5 CLOSED
M 30.5 ME30.5 SCALE_CHARGE REL
M 30.6 ME30.6 FAULT SILO EMPTY
M 30.7 ME30.7 FAULT COMP. VAL.
;**
M 31.0 ME31.0 COMPV_1 pos. 2
M 31.1 ME31.1 FEEDER ON HO
M 31.2 ME31.2 CONE MILL ON
M 31.3 ME31.3 REL CTRL-FINE
M 31.4 ME31.4 VACUUM ACTIV
M 31.5 ME31.5 REL VIBRATOR
M 31.6 ME31.6 PLI_DISCHARG.RUN *(6)
M 31.7 ME31.7 SCALE_DISCH REL.
;
;========= ======================= ========================================
; POINTERs
;========= ======================= ========================================
;
MW 32 MW 32 ADDR.LINE_DB
MW 34 MW 34 ADDR.SCALE_DB
MW 36 MW 36 ADDR.AZOPAR_DB
MW 38 MW 38 ADDR.DOS_ADR_DB
;
;--------- ----------------------- ----------------------------------------
;
MW 40 MW 40 SCALE FAULTS
;
M 40.0 M 40.0 HO500 PRES.FAULT
M 40.1 M 40.1 HO561 PRES.FAULT
M 40.2 M 40.2 HO584 PRES.FAULT
M 40.3 M 40.3 BD560 PR.F SEAL1
M 40.4 M 40.4 BD560 PR.F SEAL2
M 40.5 M 40.5 MI583 SPEED FAUL
M 40.6 M 40.6 BD560 SPEED FAUL
M 40.7 M 40.7 ................
;
M 41.0 M 41.0 HO500 WEIG.FAULT
M 41.1 M 41.1 HO561 WEIG.FAULT
M 41.2 M 41.2 HO580 WEIG.FAULT
M 41.3 M 41.3 ................
M 41.4 M 41.4 ................
M 41.5 M 41.5 ................
M 41.6 M 41.6 ................
M 41.7 M 41.7 ................
;
;--------- ----------------------- ----------------------------------------
;
MW 42 MW 42 SCALE <-> PLI SI
M 42.0 M 42.0 HO500 EOF CHA SI
M 42.1 M 42.1 HO500 EOF DIS SI
M 42.2 M 42.2 HO500 EMPTY-RANG
M 42.3 M 42.3 HO580 EOF CHA SI
M 42.4 M 42.4 HO580 EOF DIS SI
M 42.5 M 42.5 HO580 EMPTY-RANG
M 42.6 M 42.6 HO561 EOF CHA SI
M 42.7 M 42.7 HO561 EOF DIS SI
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 18
Operand Symbol Comment
;
M 43.0 M 43.0 HO561 EMPTY-RANG
M 43.1 M 43.1 HO565 EOF CHA SI
M 43.2 M 43.2 HO565 EOF DIS SI
M 43.3 M 43.3 HO565 EMPTY-RANG
M 43.4 M 43.4 ................
M 43.5 M 43.5 ................
M 43.6 M 43.6 ................
M 43.7 M 43.7 ................
;
;
MW 50 MW50 AREA 2 ZOCOR
M 50.0 M 50.0 HO582 FAULT EMPT
M 50.1 M 50.1 LOCK ACT. HO582
M 50.2 M 50.2 ADD.COMPL. HO582
M 50.3 M 50.3 MI583 FAULT SIEV
M 50.4 M 50.4 HO580 FAULT BIN
M 50.5 M 50.5 HO582 EMPTY
;
;
M 59.5 M 59.5 STOP MI BY HO580 *(6)
M 59.6 M 59.6 ABORT HO561_DISC *(6)
M 59.7 M 59.7 RQ_MILL BY HO580 *(6)
;
MW 60 MW 60 BLENDER BD560
M 60.0 M 60.0 STRT CHARG BD560
M 60.1 M 60.1 CHARGE ACT.BD560
M 60.2 M 60.2 STRT BLEND BD560
M 60.3 M 60.3 BLE.TIME OVER BL
M 60.4 M 60.4 STRT DISCH.BD560
M 60.5 M 60.5 DIS.TIME OVER BL
M 60.6 M 60.6 REL BIN-DI.BD560
M 60.7 M 60.7 HF BIN-DIS.BD560
;
M 61.0 M 61.0 RESET ALL BLTIME
M 61.1 M 61.1 MILL ACTIVE
M 61.2 M 61.2 MAT. IN HO563
M 61.3 M 61.3 MAT. IN HO584
M 61.4 M 61.4 BD560-STRT CHARG
M 61.5 M 61.5 LOCK ACTIVE BL
M 61.6 M 61.6 BD560-CYCL DI/CH
M 61.7 M 61.7 BD560-STRT BLEND
;
MW 62 MW 62 BLENDER BD560
M 62.0 M 62.0 BD560-STRT DISCH
M 62.1 M 62.1 STRT DINOP BD560
M 62.2 M 62.2 HO584 PRESS.HIGH
M 62.3 M 62.3 BD560 CHECK EMPT
M 62.4 M 62.4 BD560 OFF CHK EM
M 62.5 M 62.5 HF BD560 OFF CHK
M 62.6 M 62.6 BD560 AUTO-MODE
M 62.7 M 62.7 BD560 MANUAL-MOD
;
M 63.0 M 63.0 BD560 NO CYCL CH
M 63.1 M 63.1 BD560 NO CYCL DI
M 63.2 M 63.2 REL DISCHA BD560
M 63.3 M 63.3 H-IMP CHAR BD560
M 63.4 M 63.4 H-IMP BLEN BD560
M 63.5 M 63.5 H-IMP DISC BD560
M 63.6 M 63.6 BD560 NO RUN CHA
M 63.7 M 63.7 BD560 NO RUN DIS
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 19
Operand Symbol Comment
;
MW 64 MW64 CALIBRATE PRESSURE *(5)
M 64.0 M 64.0 VACUUM ACT HO584
M 64.1 M 64.1 SERVM.VACT HO500
M 64.2 M 64.2 SERVM.VACT HO561
M 64.3 M 64.3 SERVM.VACT HO584
M 64.4 M 64.4 ................
M 64.5 M 64.5 CAL.PRESS. HO500
M 64.6 M 64.6 CAL.PRESS. HO561
M 64.7 M 64.7 CAL.PRESS. HO584
;
M 65.0 M 65.0 PRESS1 ACT BD560 *(5)
M 65.1 M 65.1 PRESS2 ACT BD560 *(5)
M 65.2 M 65.2 SERVM.P1AC BD560 *(5)
M 65.3 M 65.3 SERVM.P2AC BD560 *(5)
M 65.4 M 65.4 ................ *(5)
M 65.5 M 65.5 ................ *(5)
M 65.6 M 65.6 CAL.PRESS1 BD560 *(5)
M 65.7 M 65.7 CAL.PRESS2 BD560 *(5)
;
MB 66 MB 66 BLENDER BD560 *(5)
M 66.0 M 66.0 BD560 SEALS OK *(5)
M 66.1 M 66.1 BD560 STR ON DIS *(5)
M 66.2 M 66.2 PRESS1 LOW BD560 *(5)
M 66.3 M 66.3 PRESS2 LOW BD560 *(5)
M 66.4 M 66.4 SPEED NOK MI583 *(5)
M 66.5 M 66.5 SPEED NOK BD560 *(5)
M 66.6 M 66.6 ................ *(5)
M 66.7 M 66.7 ................ *(5)
;
MB 90 MB90 SIGNAL DISPLAY SCALE SIGNAL DISPLAY
M 90.0 M 90.0 COARSE_SPEED
M 90.1 M 90.1 FINE_SPEED
M 90.2 M 90.2 EXTRAFINE_SPEED
M 90.3 M 90.3 ................
M 90.4 M 90.4 ................
M 90.5 M 90.5 ................
M 90.6 M 90.6 ................
M 90.7 M 90.7 ................
;
MB 101 MB 101 SCALE 1 FAULTS *(6)
M 101.0 M 101.0 SC1 DOS.TIMEOUT *(6) acknowledge scale 1 dosing timeout
M 101.1 M 101.1 SC1 TOLERANCE F *(6) acknowledge scale 1 tolerance fault
M 101.2 M 101.2 SC1 DIS.TIM.OVE *(6) ackn. scale 1 discharge time overfl
M 101.3 M 101.3 SC1 RELEASE FAU *(6) acknowledge scale 1 release fault
M 101.4 M 101.4 SC1 OVERLOAD *(6) acknowledge scale 1 overload
M 101.5 M 101.5 SC1 HEEL T.HIGH *(6) acknowledge scale 1 heel to high
M 101.6 M 101.6 SC1 THROUGHPUT *(6) acknowledge scale 1 throughput faul
M 101.7 M 101.7 SC1 BROKEN WIRE *(6) acknowledge scale 1 broken wire fau
;
MB 103 MB 103 SCALE 3 FAULTS *(6)
M 103.0 M 103.0 SC3 DOS.TIMEOUT *(6) acknowledge scale 3 dosing timeout
M 103.1 M 103.1 SC3 TOLERANCE F *(6) acknowledge scale 3 tolerance fault
M 103.2 M 103.2 SC3 DIS.TIM.OVE *(6) ackn. scale 3 discharge time overfl
M 103.3 M 103.3 SC3 RELEASE FAU *(6) acknowledge scale 3 release fault
M 103.4 M 103.4 SC3 OVERLOAD *(6) acknowledge scale 3 overload
M 103.5 M 103.5 SC3 HEEL T.HIGH *(6) acknowledge scale 3 heel to high
M 103.6 M 103.6 SC3 THROUGHPUT *(6) acknowledge scale 3 throughput faul
M 103.7 M 103.7 SC3 BROKEN WIRE *(6) acknowledge scale 3 broken wire fau
;
MB 104 MB 104 SCALE 4 FAULTS *(6)
M 104.0 M 104.0 SC4 DOS.TIMEOUT *(6) acknowledge scale 4 dosing timeout
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 20
Operand Symbol Comment
M 104.1 M 104.1 SC4 TOLERANCE F *(6) acknowledge scale 4 tolerance fault
M 104.2 M 104.2 SC4 DIS.TIM.OVE *(6) ackn. scale 4 discharge time overfl
M 104.3 M 104.3 SC4 RELEASE FAU *(6) acknowledge scale 4 release fault
M 104.4 M 104.4 SC4 OVERLOAD *(6) acknowledge scale 4 overload
M 104.5 M 104.5 SC4 HEEL T.HIGH *(6) acknowledge scale 4 heel to high
M 104.6 M 104.6 SC4 THROUGHPUT *(6) acknowledge scale 4 throughput faul
M 104.7 M 104.7 SC4 BROKEN WIRE *(6) acknowledge scale 4 broken wire fau
;
;
;
MW 150 MW 150 PHASE_STEP_INDEX
MW 152 MW 152 PHASE_REQUEST
MW 154 MW 154 REQ_DATA1
MW 156 MW 156 REQ_DATA2
MW 158 MW 158 PHASE_ST_FAILURE
MW 160 MW 160_STATUS_PL
M 160.0 MS160.0 STP 10: ACTIVE
M 160.1 MS160.1 STP 20: ACTIVE
M 160.2 MS160.2 STP 30: ACTIVE
M 160.3 MS160.3 STP 40: ACTIVE
M 160.4 MS160.4 STP 50: ACTIVE
M 160.5 MS160.5 STP 60: ACTIVE
M 160.6 MS160.6 STP 70: ACTIVE
M 160.7 MS160.7 STP 80: ACTIVE
;
M 161.0 MS161.0 STP 90: ACTIVE
M 161.1 MS161.1 STP 75: ACTIVE additional to stp 70:
M 161.2 MS161.2 STP 7: ACTIVE additional to stp 10:
M 161.3 MS161.3 PARA_DOWNL FIN!
M 161.4 MS161.4 ! OPER_CONFRM !
M 161.5 MS161.5 !! UNIT IDLE !!
M 161.6 MS161.6 STP 5: ACTIVE additional to stp 10:
M 161.7 MS161.7 STP 10:HOLD_ACT
;
MW 162 MW 162 PLANT STAT-BITS
M 162.0 M 162.0 MX520 UNIT_IDLE
M 162.1 M 162.1 HO580 UNIT_IDLE
M 162.2 M 162.2 HO561 UNIT_IDLE
M 162.3 M 162.3 BD560 UNIT_IDLE
M 162.4 M 162.4 HO565 UNIT_IDLE
M 162.5 M 162.5 ...............
M 162.6 M 162.6 ...............
M 162.7 M 162.7 ...............
;
M 163.0 M 163.0 MX520 CONFIRM
M 163.1 M 163.1 HO580 CONFIRM
M 163.2 M 163.2 HO561 CONFIRM
M 163.3 M 163.3 BD560 CONFIRM
M 163.4 M 163.4 HO565 CONFIRM
M 163.5 M 163.5 ...............
M 163.6 M 163.6 ...............
M 163.7 M 163.7 ...............
;
MW 164 MW 164 PHASE STAT-REPOR
M 164.0 M 164.0 MX520 I_ADD REP
M 164.1 M 164.1 MX520 DI_NO REP
M 164.2 M 164.2 HO580 CHARG REP
M 164.3 M 164.3 ...............
M 164.4 M 164.4 HO561 CHARG REP
M 164.5 M 164.5 HO561 DISCH REP
M 164.6 M 164.6 BD560 CHARG REP
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 21
Operand Symbol Comment
M 164.7 M 164.7 ...............
;
M 165.0 M 165.0 BD560 BLEND REP
M 165.1 M 165.1 BD560 DI_NO REP
M 165.2 M 165.2 BD560 DISCH REP
M 165.3 M 165.3 HO565 CHARG REP
M 165.4 M 165.4 HO565 DISCH REP
M 165.5 M 165.5 HO561 DISCH ROK enable reports
M 165.6 M 165.6 MX520 DI_NO ROK enable reports
M 165.7 M 165.7 MX520 I_ADD ROK enable reports
;********* *****
;--------- ----------------------- ----------------------------------------
; Steuerbitleiste PLI
; -------------------
MW 166 MW 166_IN_PLI Eingangsbitleiste an PLI
M 166.0 MI166.0 RQ_1100 DLpart
M 166.1 MI166.1 RQ_2000 ULall
M 166.2 MI166.2 RQ_2100 ULpart
M 166.3 MI166.3 RESTART_COMPL
M 166.4 MI166.4 CLEAR REQUEST
M 166.5 MI166.5 ...............
M 166.6 MI166.6 ...............
M 166.7 MI166.7 ...............
;
M 167.0 MI167.0 HELD
M 167.1 MI167.1 COMPLETE
M 167.2 MI167.2 STOPPED
M 167.3 MI167.3 ABORTED
M 167.4 MI167.4 IDLE(ready)
M 167.5 MI167.5 PLI_RUNNING
M 167.6 MI167.6 RQ_IN_WORK
M 167.7 MI167.7 RQ_1000 DLall
;
MW 168 MW 168_OUT_PLI Ausgangssteuerbitleiste von PLI
M 168.0 MO168.0 ...............
M 168.1 MO168.1 ...............
M 168.2 MO168.2 ...............
M 168.3 MO168.3 ...............
M 168.4 MO168.4 ...............
M 168.5 MO168.5 ...............
M 168.6 MO168.6 ...............
M 168.7 MO168.7 ...............
;
M 169.0 MO169.0 ABORTING_BY_PLI
M 169.1 MO169.1 HOLDING_BY_PLI
M 169.2 MO169.2 STOPPING_BY_PLI
M 169.3 MO169.3 RESTART_BY_PLI
M 169.4 MO169.4 START_BY_PLI
M 169.5 MO169.5 DOWNL_BY_PLI
M 169.6 MO169.6 RQereRUN BY PLI RQ vor laeuft in Bearbeitung
M 169.7 MO169.7 RQereCOMPL BY PLI RQ vor fertig in Bearbeitung
;
M 170.0 M 170.0 BD560 CHARG CMP complete !
M 170.1 M 170.1 BD560 DI_NO CMP complete !
M 170.2 M 170.2 BD560 DISCH CMP complete !
;--------- ----------------------- ----------------------------------------
MW 176 MW176 ACT.NO. ADD.-FIFO
;**
MW 178 MW178 LOOP COUNTER FB3
;**
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 22
Operand Symbol Comment
MW 180 MW180 PARAMETER 1
MW 182 MW182 PARAMETER 2
MW 184 MW184 PARAMETER 3
MW 186 MW186 DW_ADDRESS
MW 188 MW188 ADDR_OBJECT_DB/DX
;**
M 198.0 M198.0 F1-KEY TERMINAL
M 198.1 M198.1 F2-KEY TERMINAL
M 198.2 M198.2 F3-KEY TERMINAL
M 198.3 M198.3 F4-KEY TERMINAL
M 198.4 M198.4 F5-KEY TERMINAL
M 198.5 M198.5 F6-KEY TERMINAL
M 198.6 M198.6 F7-KEY TERMINAL
M 198.7 M198.7 F8-KEY TERMINAL
;**
M 199.0 M199.0 F9-KEY TERMINAL
M 199.1 M199.1 F10-KEY TERMINAL
M 199.2 M199.2 F11-KEY TERMINAL
M 199.3 M199.3 F12-KEY TERMINAL
M 199.4 M199.4 F13-KEY TERMINAL
M 199.5 M199.5 F14-KEY TERMINAL
M 199.6 M199.6 F15-KEY TERMINAL
M 199.7 M199.7 F16-KEY TERMINAL
;
;========= ======================= ========================================
; FAULT - S-FLAG
;========= ======================= ========================================
S 2.3 S 2.3 PRES1 FAULT BD560 *(6)
S 2.4 S 2.4 PRES2 FAULT BD560 *(6)
;
S 2.6 S 2.6 SPEED FAULT BD560 *(6)
;
S 4.0 S 4.0=z10+b1.HO501-rfe rotary feeder on HO 501
S 4.1 S 4.1=z10+b1.HO502-rfe rotary feeder on HO 502
S 4.2 S 4.2=z10+b1.HO503-rfe rotary feeder on HO 503
S 4.3 S 4.3
S 4.4 S 4.4=z10+b1.HO505-dsc dosing screw on HO 505
S 4.5 S 4.5
S 4.6 S 4.6
S 4.7 S 4.7
;
S 5.0 S 5.0=z10+b1.HO501-vi: vibrator on HO 501
S 5.1 S 5.1=z10+b1.HO502-vi: vibrator on HO 502
S 5.2 S 5.2=z10+b1.HO503-vi: vibrator on HO 503
S 5.3 S 5.3=z10+b1.HO504-vi: vibrator on HO 504
S 5.4 S 5.4=z10+b1.HO505-vi: vibrator on HO 505
S 5.5 S 5.5
S 5.6 S 5.6
S 5.7 S 5.7
;
S 6.0 S 6.0=z10+b1.HO500-vac vacuumpump on HO 500
S 6.1 S 6.1=z10+b1.piv500-va vacuumpump on pinch valve 500
S 6.2 S 6.2=z10+b1.HO500-fco frequ.converter ready HO 500
S 6.3 S 6.3
S 6.4 S 6.4=z10+b1.HO500-vi: vibrator on HO 500
S 6.5 S 6.5
S 6.6 S 6.6
S 6.7 S 6.7=z10+b1.fra505-vi vibrator on frame 505
;
S 7.0 S 7.0=z10+b3.DR540-rfe rotary feeder on DR 540
S 7.1 S 7.1=z10+b3.DR540-fco frequ.converter ready DR 540
S 7.2 S 7.2
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 23
Operand Symbol Comment
S 7.3 S 7.3
S 7.4 S 7.4
S 7.5 S 7.5=z10+b3.HO584-vac vacuumpump on HO 584
S 7.6 S 7.6=z10+b3.HO584-vi: vibrator on HO 584
S 7.7 S 7.7=z10+b3.HO584-rfe rotary feeder on HO 584
;
S 8.0 S 8.0=z10+b3.MI583-rfe rotary feeder on MI 583
S 8.1 S 8.1=z10+b3.MI583-fco frequ.converter FE ready MI 583
S 8.2 S 8.2=z10+b3.MI583-com cone mill on MI 583
S 8.3 S 8.3=z10+b3.MI583-com cone mill locked MI 583
S 8.4 S 8.4=z10+b3.MI5X3-sac safety circuit all healthy MI 5X3 *(6)
S 8.5 S 8.5=z10+b3.MI583-com cone mill sieve A MI 583
S 8.6 S 8.6=z10+b3.MI583-com cone mill sieve B MI 583
S 8.7 S 8.7=z10+b3.MI583-fco frequ.converter MI ready MI 583
;
S 9.0 S 9.0=z10+b3.HO561-vac vacuumpump 2 on HO 561
S 9.1 S 9.1=z10+b3.HO561-vac vacuumpump 1 on HO 561
S 9.2 S 9.2=z10+b3.HO561-vi: vibrator on HO 561
S 9.3 S 9.3=z10+b3.MI563-rfe rotary feeder on MI 563
S 9.4 S 9.4=z10+b3.MI563-ham hammer mill on MI 563
S 9.5 S 9.5=z10+b3.HO563-vi: vibrator on HO 563
S 9.6 S 9.6
S 9.7 S 9.7
;
S 10.0 S 10.0=z10+b3.BD560-rbl ribbon blender on BD 560
S 10.1 S 10.1=z10+b3.BD560-fco frequ.converter ready BD 560 *(5)
S 10.2 S 10.2=z10+b3.BD560-sac safety circuit all healthy BD 560 *(6)
S 10.3 S 10.3
S 10.4 S 10.4
S 10.5 S 10.5
S 10.6 S 10.6
S 10.7 S 10.7
;
S 11.0 S 11.0
S 11.1 S 11.1=z10+b3.BD560-o2: outletflap 2O2I open BD 560
S 11.2 S 11.2=z10+b1.HO504-fav fresh air valve closed HO 504
S 11.3 S 11.3=z10+b1.HO505-csc cone screw open HO 505
S 11.4 S 11.4=z10+b1.HO500-unv unload valve convey HO 500
S 11.5 S 11.5=z10+b1.HO500-fav fresh air valve closed HO 500
S 11.6 S 11.6=z10+b1.HO500-ofl outletflap 1O2I open HO 500
S 11.7 S 11.7
;
S 12.0 S 12.0=z10+b3.HO580-dse docking seal inflate HO 580
S 12.1 S 12.1
S 12.2 S 12.2
S 12.3 S 12.3=z10+b3.HO561-tdP tube diverter 1O2I P position 1 HO 561
S 12.4 S 12.4=z10+b3.HO561-ofl outletflap 1O2I open HO 561
S 12.5 S 12.5=z10+b3.HO561-anv angle valve 1O2I Air open HO 561
S 12.6 S 12.6
S 12.7 S 12.7=z10+b3.HO584-anv angle valve 1O2I 563 open HO 584
;
S 13.0 S 13.0=z10+b3.HO584-anv angle valve 1O2I 583 open HO 584
S 13.1 S 13.1=z10+b3.HO584-fav fresh air valve closed HO 584
S 13.2 S 13.2
S 13.3 S 13.3=z10+b1.HO501-exf exhaustflap open HO 501
S 13.4 S 13.4=z10+b1.HO502-exf exhaustflap open HO 502
S 13.5 S 13.5=z10+b1.HO503-exf exhaustflap open HO 503
S 13.6 S 13.6=z10+b1.HO504-exf exhaustflap open HO 504
S 13.7 S 13.7
;
S 14.0 S 14.0=z10+b1.HO500-piv pinch valve O<>I 1 closed HO 500
S 14.1 S 14.1=z10+b1.HO500-piv pinch valve O<>I 2 closed HO 500
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 24
Operand Symbol Comment
S 14.2 S 14.2=z10+b1.HO500-piv pinch valve O<>I 3 closed HO 500
S 14.3 S 14.3=z10+b1.HO500-piv pinch valve O<>I 4 closed HO 500
S 14.4 S 14.4=z10+b1.HO500-piv pinch valve O<>I 5 closed HO 500
S 14.5 S 14.5
S 14.6 S 14.6
S 14.7 S 14.7
;
S 15.0 S 15.0
S 15.1 S 15.1=z10+b3.BD560-o2: outletflap 2O2I closed BD 560
S 15.2 S 15.2=z10+b1.HO504-fav fresh air valve open HO 504
S 15.3 S 15.3
S 15.4 S 15.4=z10+b1.HO500-unv unload valve run through HO 500
S 15.5 S 15.5=z10+b1.HO500-fav fresh air valve open HO 500
S 15.6 S 15.6=z10+b1.HO500-ofl outletflap 1O2I closed HO 500
S 15.7 S 15.7
;
S 16.0 S 16.0=z10+b3.HO580-dse docking seal deflate HO 580
S 16.1 S 16.1
S 16.2 S 16.2
S 16.3 S 16.3=z10+b3.HO561-tdP tube diverter 1O2I P position 2 HO 561
S 16.4 S 16.4=z10+b3.HO561-ofl outletflap 1O2I closed HO 561
S 16.5 S 16.5=z10+b3.HO561-anv angle valve 1O2I Air closed HO 561
S 16.6 S 16.6
S 16.7 S 16.7=z10+b3.HO584-anv angle valve 1O2I 563 closed HO 584
;
S 17.0 S 17.0=z10+b3.HO584-anv angle valve 1O2I 583 closed HO 584
S 17.1 S 17.1=z10+b3.HO584-fav fresh air valve open HO 584
S 17.2 S 17.2
S 17.3 S 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
S 17.4 S 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
S 17.5 S 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
S 17.6 S 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
S 17.7 S 17.7
;
S 18.0 S 18.0=z10+b1.HO501-lid lid closed HO 501
S 18.1 S 18.1=z10+b1.HO501-llp low level probe free HO 501
S 18.2 S 18.2=z10+b1.HO501-ssw safety switch ok HO 501
S 18.3 S 18.3=z10+b1.HO502-lid lid closed HO 502
S 18.4 S 18.4=z10+b1.HO502-llp low level probe free HO 502
S 18.5 S 18.5=z10+b1.HO502-ssw safety switch ok HO 502
S 18.6 S 18.6=z10+b1.HO503-lid lid closed HO 503
S 18.7 S 18.7=z10+b1.HO503-llp low level probe free HO 503
;
S 19.0 S 19.0=z10+b1.HO503-ssw safety switch ok HO 503
S 19.1 S 19.1=z10+b1.HO504-lid lid closed HO 504
S 19.2 S 19.2=z10+b1.HO504-llp low level probe free HO 504
S 19.3 S 19.3
S 19.4 S 19.4=z10+b1.HO505-inl inlet closed HO 505
S 19.5 S 19.5=z10+b1.HO505-llp low level probe free HO 505
S 19.6 S 19.6
S 19.7 S 19.7=z10+b1.HO500-sfi secondary filter healthy HO 500
;
S 20.0 S 20.0
S 20.1 S 20.1
S 20.2 S 20.2=z10+b3.HO580-bin bin available HO 580
S 20.3 S 20.3=z10+b2.HO584-sfi secondary filter healthy HO 584
S 20.4 S 20.4=z10+b2.HO584-hli high level indicat free HO 584
S 20.5 S 20.5=z10+b3.DR540-llp low level probe free DR 540
S 20.6 S 20.6=z10+b3.DR540-ssw safety switch ok DR 540
S 20.7 S 20.7=z10+b3.HO561-sfi secondary filter healthy HO 561
;
S 21.0 S 21.0
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 25
Operand Symbol Comment
S 21.1 S 21.1=z10+b3.HO563-hli high level indicat free HO 563
S 21.2 S 21.2
S 21.3 S 21.3=z10+b3.BD560-rot rotation impulse BD 560
S 21.4 S 21.4=z10+b3.BD560-lid lid closed BD 560
S 21.5 S 21.5=z10+b3.BD560-flm flowmeter 1 healthy BD560 *(5)
S 21.6 S 21.6=z10+b3.HO580-exh exhaust Pfc on HO 580
S 21.7 S 21.7=z10+b3.BD560-flm flowmeter 2 healthy BD560 *(5)
;
S 22.0 S 22.0=z10.PLC-cvo:on control voltage on PLC
S 22.1 S 22.1=z10.PLC-flt:on fault fuse on PLC
S 22.2 S 22.2=z10.PLC-lts:on lamp test on PLC
S 22.3 S 22.3
S 22.4 S 22.4=z10+b3.BD560-bl: blender start BD 560
S 22.5 S 22.5
S 22.6 S 22.6=z10+b3.HO561-ham hammer mill request HO 561
S 22.7 S 22.7=z10+b3.HO561-com cone mill request HO 561
;
S 23.0 S 23.0=z10+b3.HO580-do: docking deflate HO 580
S 23.1 S 23.1=z10+b3.HO580-do: docking inflate HO 580
S 23.2 S 23.2=z10+b3.BD560-chk check empty BD 560
S 23.3 S 23.3=z10+b3.BD560-dis discharge open BD 560
S 23.4 S 23.4
S 23.5 S 23.5
S 23.6 S 23.6
S 23.7 S 23.7
;
S 24.0 S 24.0=z10+DKC.MX520-ch charge 1 ready MX 520
S 24.1 S 24.1=z10+DKC-2:res 2 reserve
S 24.2 S 24.2=z10+DKC-3:res 3 reserve
S 24.3 S 24.3=z10+DKC-4:res 4 reserve
S 24.4 S 24.4=z10+DKC.DR540-di discharge 5 on DR 540
S 24.5 S 24.5=z10+DKC-6:res 6 reserve
S 24.6 S 24.6=z10+DKC-7:res 7 reserve
S 24.7 S 24.7=z10+DKC-8:res 8 reserve
;
S 25.0 S 25.0=z10+DKC.HO500-ea earth monitoring 9 healthy HO 500
S 25.1 S 25.1=z10+DKC-10:res 10 reserve
S 25.2 S 25.2=z10+DKC-11:res 11 reserve
S 25.3 S 25.3=z10+DKC-12:res 12 reserve
S 25.4 S 25.4=z10+DKC-13:res 13 reserve
S 25.5 S 25.5=z10+DKC-14:res 14 reserve
S 25.6 S 25.6=z10+DKC-15:res 15 reserve
S 25.7 S 25.7=z10+DKC-16:res 16 reserve
;
S 26.0 S 26.0
S 26.1 S 26.1
S 26.2 S 26.2
S 26.3 S 26.3
S 26.4 S 26.4
S 26.5 S 26.5
S 26.6 S 26.6
S 26.7 S 26.7
;
S 27.0 S 27.0
S 27.1 S 27.1
S 27.2 S 27.2
S 27.3 S 27.3
S 27.4 S 27.4
S 27.5 S 27.5
S 27.6 S 27.6
S 27.7 S 27.7
;
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 26
Operand Symbol Comment
;========= ======================= ========================================
; TIMER
;========= ======================= ========================================
;
T 0 T0 IND.ADDRES.(DUMMY) standard
T 1 T1 FLAP CLOCK standard
T 2 T2 RAPPER CLOCK FAST standard
T 3 T3 RAPPER CLOCK SLOW standard
T 4 T4
T 5 T5
T 6 T6 PLI-WATCHDOG standard
T 7 T7 IMPULSE PC-SIGNAL standard
T 8 T8
T 9 T9
T 20 T20 H0501 cyc pocket p. HO501 cycle pocket purging
T 21 T21 HO501 cyc vibrator HO501 cycle vibration motor
T 22 T22 HO501 reserve
T 23 T23 HO501 reserve
T 24 T24 HO502 cyc pocket p. HO502 cycle pocket purging
T 25 T25 HO502 cyc vibrator HO502 cycle vibration motor
T 26 T26 HO502 reserve
T 27 T27 HO502 reserve
T 28 T28 HO503 cyc pocket p. HO503 cycle pocket purging
T 29 T29 HO503 cyc vibrator HO503 cycle viration motor
T 30 T30 HO503 reserve
T 31 T31 HO503 reserve
T 32 T32 HO504 del.hop.empty HO504 delay time hopper empty
T 33 T33 HO504 cyc vibrator HO504 cycle vibration motor
T 34 T34 HO504 reserve
T 35 T35 HO504 reserve
T 36 T36 HO505 cyc pocket p. HO505 cycle pocket purging
T 37 T37 HO505 cyc virator HO505 cycle viration motor
T 38 T38 HO505 cyc vib big-b HO505 cycle viration motor big-bag
T 39 T39 HO505 reserve
T 40 T40 HO500 heel vac.pump HO500 heel time vacuum pump
T 41 T41 HO500 built up pres HO500 time to built up conveying pressur
T 42 T42 HO500 cyc filter cl HO500 cycle filter cleaning
T 43 T43 HO500 cyc rapper f. HO500 cycle rapper filter cleaning
T 44 T44 HO500 cyc vibrator HO500 cycle vibration motor
T 45 T45 HO500 cyc compr.air HO500 cycle compressed air
T 46 T46 HO500 time multip.v HO500 time until multiport valve ok
T 47 T47 HO500 TTOL FB92 HO500 parameter TTOL FB92
T 48 T48 HO500 TFIN FB92 HO500 parameter TFIN FB92
T 49 T49 HO500..............
T 50 T50 DR540 cyc filter cl DR540 cycle filter cleaning
T 51 T51 DR540 cyc vibrator DR540 cycle vibration motor
T 52 T52 DR540 del.si. empty DR540 delay time silo empty
T 53 T53 DR540 cont.si.empty DR540 control time silo empty
T 54 T54 HO582 del hop empty HO582 delay time hopper empty
T 55 T55 HO582..............
T 56 T56 HO582..............
T 57 T57 HO582..............
T 58 T58 HO584 high lev.free HO584 dely time high level indic. free
T 59 T59 HO580 heel exhaust HO580 heel time exhaust on
T 60 T60 HO580 heel prod.fee HO580 heel time product feeder
T 61 T61 HO580 built up pres HO580 time to built up conveying pressur
T 62 T62 HO580 cyc filter cl HO580 cycle filter cleaning
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 27
Operand Symbol Comment
T 63 T63 HO580 cyc vibrator HO580 cycle vibration motor
T 64 T64 HO580..............
T 65 T65 HO580..............
T 66 T66 HO580..............
T 67 T67 HO580 TTOL FB92 HO580 parameter TTOL FB92
T 68 T68 HO580 TFIN FB92 HO580 parameter TFIN FB92
T 69 T69 HO580 del registrat HO580 delay registration scale
T 70 T70 HO561 heel vac.pump HO561 heel time vacuum pump
T 71 T71 HO561 built up pres HO561 time to built up conveying pressur
T 72 T72 HO561 cyc filter cl HO561 cycle filter cleaning
T 73 T73 HO561 cyc vibrator HO561 cycle vibration motor
T 74 T74 HO561..............
T 75 T75 HO561..............
T 76 T76 HO561 OFF-del FE540 HO561 OFF-delay rot.feeder DR540 *(2)
T 77 T77 HO561 TTOL FB92 HO561 parameter TTOL FB92
T 78 T78 HO561 TFIN FB92 HO561 parameter TFIN FB92
T 79 T79 HO561..............
T 80 T80 MI5X3 heel time mil MI5X3 heel time mill MI563 / MI583
T 81 T81 HO563 high lev.free HO563 delay time high level indic. free
T 82 T82 HO563 rest discharg HO563 rest discharge time
T 83 T83 HO584 high lev.free HO584 delay time high level indic. free
T 84 T84 HO584 heel time dis HO584 heel time dischagring
T 85 T85 MI563 cyc ball vibr MI563 cycle ball vibrator
T 86 T86 HO563 cyc vibrator HO563 cycle vibration motor
T 87 T87 HO584 cyc vibrator HO584 cycle vibration motor
T 88 T88 HO584 cyc filter cl HO584 cycle purged air filter
T 89 T89 BD560 cyc blender BD560 cycle blender
T 90 T90 HO584 cyc ball vibr HO584 cycle ball vibrator
T 91 T91 MI583 delay FC mill MI583 delay freq.converter mill *(2)
T 92 T92 MI583 delay FC feed MI583 del.freq.converter rot.feeder *(2)
T 93 T93 BD560 ctrl-tim seal BD560 control time seals ok *(5)
T 94 T94 BD560 delay freq.co BD560 delay freq.converter *(5)
T 95 T95 BD560 OFF-delay mot BD560 OFF-delay motor contactor *(5)
T 96 T96 ...................
T 97 T97 ...................
T 98 T98 ...................
T 99 T99 ...................
T 100 T100 HO565 heel va.pump HO565 heel time vaccum pump
T 101 T101 HO565 built press. HO565 time to built up conveying pressur
T 102 T102 HO565 cyc filter HO565 cycle filter cleaning
T 103 T103 HO565 cyc vibrator HO565 cycle vibration motor
T 104 T104 HO565.............
T 105 T105 HO565.............
T 106 T106 HO565.............
T 107 T107 HO565 TTOL FB92 HO565 parameter TTOL FB92
T 108 T108 HO565 TFIN FB92 HO565 parameter TFIN FB92
T 109 T109 HO565.............
T 150 T150 MX520_EMPTY DEL.RE MX520_EMPTY delay upload reports
T 151 T151 MX520_IN_AD DEL.RE MX520_ING_ADD delay upload reports
T 152 T152 MX520_DI_NO DEL.RE MX520_DISCHARGE_NOP delay upload reports
T 153 T153 HO561_EMPTY DEL.RE HO561_EMPTY delay upload reports
T 154 T154 HO561_CHARG DEL.RE HO561_CHARGE delay upload reports
T 155 T155 HO561_DISCH DEL.RE HO561_DISCHARGE delay upload reports
T 156 T156 BD560_CHARG DEL.RE BD560_CHARGE delay upload reports
T 157 T157 BD560_MA_AD DEL.RE BD560_MAM_ADD delay upload reports
T 158 T158 BD560_BLEND DEL.RE BD560_BLEND delay upload reports
T 159 T159 BD560_DI_NO DEL.RE BD560_DISCHARGE_NOP delay upload reports
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 28
Operand Symbol Comment
T 160 T160 BD560_DISCH DEL.RE BD560_DISCHARGE delay upload reports
T 161 T161 HO580_EMPTY DEL.RE HO580_EMPTY delay upload reports
T 162 T162 HO580_CHARG DEL.RE HO580_CHARGE delay upload reports
T 170 T170 MX520_EMPTY DEL.PA MX520_EMPTY delay download parameters
T 171 T171 MX520_IN_AD DEL.PA MX520_ING_ADD delay download parameters
T 172 T172 MX520_DI_NO DEL.PA MX520_DISCHARGE_NOP delay download param
T 173 T173 HO561_EMPTY DEL.PA HO561_EMPTY delay download parameters
T 174 T174 HO561_CHARG DEL.PA HO561_CHARGE delay download parameters
T 175 T175 HO561_DISCH DEL.PA HO561_DISCHARGE delay download parameter
T 176 T176 BD560_CHARG DEL.PA BD560_CHARGE delay download parameters
T 177 T177 BD560_MA_AD DEL.PA BD560_MAM_ADD delay download parameters
T 178 T178 BD560_BLEND DEL.PA BD560_BLEND delay download parameters
T 179 T179 BD560_DI_NO DEL.PA BD560_DISCHARGE_NOP delay download param
T 180 T180 BD560_DISCH DEL.PA BD560_DISCHARGE delay download parameter
T 181 T181 HO580_EMPTY DEL.PA HO580_EMPTY delay download parameters
T 182 T182 HO580_CHARG DEL.PA HO580_CHARGE delay download parameters
;
;========= ======================= ========================================
; OUTPUTs
;========= ======================= ========================================
;
A 4.0 A 4.0=z10+b1.HO501-rfe rotary feeder on HO 501
A 4.1 A 4.1=z10+b1.HO502-rfe rotary feeder on HO 502
A 4.2 A 4.2=z10+b1.HO503-rfe rotary feeder on HO 503
A 4.3 A 4.3
A 4.4 A 4.4=z10+b1.HO505-dsc dosing screw on HO 505
A 4.5 A 4.5
A 4.6 A 4.6
A 4.7 A 4.7
;
A 5.0 A 5.0=z10+b1.HO501-vi: vibrator on HO 501
A 5.1 A 5.1=z10+b1.HO502-vi: vibrator on HO 502
A 5.2 A 5.2=z10+b1.HO503-vi: vibrator on HO 503
A 5.3 A 5.3=z10+b1.HO504-vi: vibrator on HO 504
A 5.4 A 5.4=z10+b1.HO505-vi: vibrator on HO 505
A 5.5 A 5.5
A 5.6 A 5.6
A 5.7 A 5.7
;
A 6.0 A 6.0=z10+b1.HO500-vac vacuumpump on HO 500
A 6.1 A 6.1=z10+b1.piv500-va vacuumpump on pinch valve 500
A 6.2 A 6.2=z10+b1.HO500-fco frequ.converter release HO 500
A 6.3 A 6.3=z10+b1.HO500-fco frequ.converter acknowledge HO 500
A 6.4 A 6.4=z10+b1.HO500-vi: vibrator on HO 500
A 6.5 A 6.5
A 6.6 A 6.6
A 6.7 A 6.7=z10+b1.fra505-vi vibrator on frame 505
;
A 7.0 A 7.0=z10+b3.DR540-rfe rotary feeder on DR 540
A 7.1 A 7.1=z10+b3.DR540-fco frequ.converter release DR 540
A 7.2 A 7.2=z10+b3.DR540-fco frequ.converter acknowledge DR 540
A 7.3 A 7.3
A 7.4 A 7.4
A 7.5 A 7.5=z10+b3.HO584-vac vacuumpump on HO 584
A 7.6 A 7.6=z10+b3.HO584-vi: vibrator on HO 584
A 7.7 A 7.7=z10+b3.HO584-rfe rotary feeder on HO 584
;
A 8.0 A 8.0=z10+b3.MI583-rfe rotary feeder on MI 583
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 29
Operand Symbol Comment
A 8.1 A 8.1=z10+b3.MI583-fco frequ.converter FE release MI 583
A 8.2 A 8.2=z10+b3.MI583-com cone mill on MI 583
A 8.3 A 8.3
A 8.4 A 8.4=z10+b3.MI583-fco frequ.converter FE acknowledge MI 583
A 8.5 A 8.5=z10+b3.MI583-fco frequ.converter MI acknowledge MI 583
A 8.6 A 8.6
A 8.7 A 8.7=z10+b3.MI583-fco frequ.converter MI release MI 583
;
A 9.0 A 9.0=z10+b3.HO561-vac vacuumpump 2 on HO 561
A 9.1 A 9.1=z10+b3.HO561-vac vacuumpump 1 on HO 561
A 9.2 A 9.2=z10+b3.HO561-vi: vibrator on HO 561
A 9.3 A 9.3=z10+b3.MI563-rfe rotary feeder on MI 563
A 9.4 A 9.4=z10+b3.MI563-ham hammer mill on MI 563
A 9.5 A 9.5=z10+b3.HO563-vi: vibrator on HO 563
A 9.6 A 9.6
A 9.7 A 9.7
;
A 10.0 A 10.0=z10+b3.BD560-rbl ribbon blender on BD 560
A 10.1 A 10.1=z10+b3.BD560-fco frequ.converter release BD 560 *(5)
A 10.2 A 10.2=z10+b3.BD560-fco frequ.converter acknowledge BD 560 *(5)
A 10.3 A 10.3
A 10.4 A 10.4
A 10.5 A 10.5
A 10.6 A 10.6
A 10.7 A 10.7
;
A 11.0 A 11.0
A 11.1 A 11.1=z10+b3.BD560-o2: outletflap 2O2I open BD 560
A 11.2 A 11.2=z10+b1.HO504-fav fresh air valve closed HO 504
A 11.3 A 11.3=z10+b1.HO505-csc cone screw open HO 505
A 11.4 A 11.4=z10+b1.HO500-unv unload valve convey HO 500
A 11.5 A 11.5=z10+b1.HO500-fav fresh air valve closed HO 500
A 11.6 A 11.6=z10+b1.HO500-ofl outletflap 1O2I open HO 500
A 11.7 A 11.7
;
A 12.0 A 12.0=z10+b3.HO580-dse docking seal inflate HO 580
A 12.1 A 12.1=MV645313-fav air bleed valve open
A 12.2 A 12.2
A 12.3 A 12.3=z10+b3.HO561-tdP tube diverter 1O2I P position 1 HO 561
A 12.4 A 12.4=z10+b3.HO561-ofl outletflap 1O2I open HO 561
A 12.5 A 12.5=z10+b3.HO561-anv angle valve 1O2I Air open HO 561
A 12.6 A 12.6
A 12.7 A 12.7=z10+b3.HO584-anv angle valve 1O2I 563 open HO 584
;
A 13.0 A 13.0=z10+b3.HO584-anv angle valve 1O2I 583 open HO 584
A 13.1 A 13.1=z10+b3.HO584-fav fresh air valve closed HO 584
A 13.2 A 13.2
A 13.3 A 13.3=z10+b1.HO501-exf exhaustflap open HO 501
A 13.4 A 13.4=z10+b1.HO502-exf exhaustflap open HO 502
A 13.5 A 13.5=z10+b1.HO503-exf exhaustflap open HO 503
A 13.6 A 13.6=z10+b1.HO504-exf exhaustflap open HO 504
A 13.7 A 13.7
;
A 14.0 A 14.0=z10+b1.HO500-piv pinch valve O<>I 1 open HO 500
A 14.1 A 14.1=z10+b1.HO500-piv pinch valve O<>I 2 open HO 500
A 14.2 A 14.2=z10+b1.HO500-piv pinch valve O<>I 3 open HO 500
A 14.3 A 14.3=z10+b1.HO500-piv pinch valve O<>I 4 open HO 500
A 14.4 A 14.4=z10+b1.HO500-piv pinch valve O<>I 5 open HO 500
A 14.5 A 14.5
A 14.6 A 14.6
A 14.7 A 14.7
;
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 30
Operand Symbol Comment
A 15.0 A 15.0
A 15.1 A 15.1=z10+b3.BD560-o2: outletflap 2O2I closed BD 560
A 15.2 A 15.2
A 15.3 A 15.3=z10+b1.HO505-lod locking device release HO 505
A 15.4 A 15.4=z10+b1.HO501-lod locking device release HO 501
A 15.5 A 15.5=z10+b1.HO502-lod locking device release HO 502
A 15.6 A 15.6=z10+b1.HO503-lod locking device release HO 503
A 15.7 A 15.7=z10+b1.HO504-lod locking device release HO 504
;
A 16.0 A 16.0=z10+b3.HO580-dse docking seal deflate HO 580
A 16.1 A 16.1
A 16.2 A 16.2
A 16.3 A 16.3
A 16.4 A 16.4=z10+b1.HO501-ppu pocket purging on HO 501
A 16.5 A 16.5=z10+b1.HO501-aps air purged seals on HO 501
A 16.6 A 16.6
A 16.7 A 16.7
;
A 17.0 A 17.0=z10+b1.HO500-paf purged air filter 1 on HO 500
A 17.1 A 17.1=z10+b1.HO500-paf purged air filter 2 on HO 500
A 17.2 A 17.2
A 17.3 A 17.3
A 17.4 A 17.4
A 17.5 A 17.5=z10+b1.HO500-rap rapper 1 on HO 500
A 17.6 A 17.6=z10+b1.HO500-rap rapper 2 on HO 500
A 17.7 A 17.7=z10+b1.HO500-coa compressed air impulse HO 500
;
A 18.0 A 18.0=z10+b1.HO500-anv angle valve 1O discharge HO 500
A 18.1 A 18.1
A 18.2 A 18.2
A 18.3 A 18.3
A 18.4 A 18.4
A 18.5 A 18.5=z10+b3.HO584-bvi ball vibrator on HO 584
A 18.6 A 18.6=z10+b3.HO584-paf purged air filter on HO 584
A 18.7 A 18.7=z10+b3.HO580-exh exhaust Pfc on HO 580
;
A 19.0 A 19.0
A 19.1 A 19.1=z10+b3.HO561-paf purged air filter 1 on HO 561
A 19.2 A 19.2=z10+b3.HO561-paf purged air filter 2 on HO 561
A 19.3 A 19.3=z10+b3.HO561-paf purged air filter 3 on HO 561
A 19.4 A 19.4=z10+b3.MI563-coo cooling on MI 563
A 19.5 A 19.5=z10+b3.MI563-bvi ball vibrator on MI 563
A 19.6 A 19.6
A 19.7 A 19.7
;
A 20.0 A 20.0=z10+b3.BD560-lod locking device release BD 560
A 20.1 A 20.1=z10+b3.BD560-aps air purged seals 1 on BD 560 *(5)
A 20.2 A 20.2=z10+b3.BD560-aps air purged seals 2 on BD 560 *(5)
A 20.3 A 20.3
A 20.4 A 20.4
A 20.5 A 20.5
A 20.6 A 20.6
A 20.7 A 20.7
;
A 21.0 A 21.0=z10+b1.HO501-mad manual addittion permitted HO 501
A 21.1 A 21.1=z10+b1.HO502-mad manual addittion permitted HO 502
A 21.2 A 21.2=z10+b1.HO503-mad manual addittion permitted HO 503
A 21.3 A 21.3=z10+b1.HO504-mad manual addittion permitted HO 504
A 21.4 A 21.4=z10+b1.HO505-mad manual addittion permitted HO 505
A 21.5 A 21.5
A 21.6 A 21.6=z10+b1.HO504-mad manual addittion complete HO 504
A 21.7 A 21.7
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 31
Operand Symbol Comment
;
A 22.0 A 22.0
A 22.1 A 22.1=z10+b2.HO580-wgh weighing active HO 580
A 22.2 A 22.2=z10+b3.BD560-mad manual addittion permitted BD 560
A 22.3 A 22.3=z10+b3.BD560-dis discharge active BD 560
A 22.4 A 22.4
A 22.5 A 22.5
A 22.6 A 22.6
A 22.7 A 22.7
;
A 23.0 A 23.0=z10+b2.HO580-do: docking deflate HO 580
A 23.1 A 23.1=z10+b2.HO580-do: docking inflate HO 580
A 23.2 A 23.2=z10+b3.BD560-chk check empty BD 560
A 23.3 A 23.3=z10+b3.BD560-dis discharge open BD 560
A 23.4 A 23.4
A 23.5 A 23.5
A 23.6 A 23.6
A 23.7 A 23.7
;
A 24.0 A 24.0=z10+AZO.HO500-di discharge 1 on HO 500
A 24.1 A 24.1=z10+AZO-2:res 2 reserve
A 24.2 A 24.2=z10+AZO-3:res 3 reserve
A 24.3 A 24.3=z10+AZO-4:res 4 reserve
A 24.4 A 24.4=z10+AZO-5:res 5 reserve
A 24.5 A 24.5=z10+AZO.HO561-ch charge 5 ready HO 561
A 24.6 A 24.6=z10+AZO-7:res 7 reserve
A 24.7 A 24.7=z10+AZO-8:res 8 reserve
;
A 25.0 A 25.0=z10+AZO-9:res 9 reserve
A 25.1 A 25.1=z10+AZO-10:res 10 reserve
A 25.2 A 25.2=z10+AZO-11:res 11 reserve
A 25.3 A 25.3=z10+AZO-12:res 12 reserve
A 25.4 A 25.4=z10+AZO-13:res 13 reserve
A 25.5 A 25.5=z10+AZO-14:res 14 reserve
A 25.6 A 25.6=z10+AZO-15:res 15 reserve
A 25.7 A 25.7=z10+AZO-16:res 16 reserve
;
A 26.0 A 26.0
A 26.1 A 26.1
A 26.2 A 26.2
A 26.3 A 26.3
A 26.4 A 26.4
A 26.5 A 26.5
A 26.6 A 26.6
A 26.7 A 26.7
;
A 27.0 A 27.0
A 27.1 A 27.1
A 27.2 A 27.2
A 27.3 A 27.3
A 27.4 A 27.4
A 27.5 A 27.5
A 27.6 A 27.6
A 27.7 A 27.7
;
;APW128 APW128=z10+b1.HO500-fco frequ.converter 0-10V HO 500
;APW130 APW130=z10+b3.DR540-fco frequ.converter 0-10V DR 540
;APW132 APW132=z10+b3.MI583-fco frequ.converter FE 0-10V MI 583
;APW134 APW134=z10+b3.MI583-fco frequ.converter MI 0-10V MI 583
;APW136 APW136=z10+b3.BD560-fco frequ.converter 0-10V BD 560 *(5)
;APW138 APW138
;APW140 APW140
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 32
Operand Symbol Comment
;APW142 APW142
;
;========= ======================= ========================================
; INPUTs
;========= ======================= ========================================
;
E 4.0 E 4.0=z10+b1.HO501-rfe rotary feeder on HO 501
E 4.1 E 4.1=z10+b1.HO502-rfe rotary feeder on HO 502
E 4.2 E 4.2=z10+b1.HO503-rfe rotary feeder on HO 503
E 4.3 E 4.3
E 4.4 E 4.4=z10+b1.HO505-dsc dosing screw on HO 505
E 4.5 E 4.5
E 4.6 E 4.6
E 4.7 E 4.7
;
E 5.0 E 5.0=z10+b1.HO501-vi: vibrator on HO 501
E 5.1 E 5.1=z10+b1.HO502-vi: vibrator on HO 502
E 5.2 E 5.2=z10+b1.HO503-vi: vibrator on HO 503
E 5.3 E 5.3=z10+b1.HO504-vi: vibrator on HO 504
E 5.4 E 5.4=z10+b1.HO505-vi: vibrator on HO 505
E 5.5 E 5.5
E 5.6 E 5.6
E 5.7 E 5.7
;
E 6.0 E 6.0=z10+b1.HO500-vac vacuumpump on HO 500
E 6.1 E 6.1=z10+b1.piv500-va vacuumpump on pinch valve 500
E 6.2 E 6.2=z10+b1.HO500-fco frequ.converter ready HO 500
E 6.3 E 6.3
E 6.4 E 6.4=z10+b1.HO500-vi: vibrator on HO 500
E 6.5 E 6.5
E 6.6 E 6.6
E 6.7 E 6.7=z10+b1.fra505-vi vibrator on frame 505
;
E 7.0 E 7.0=z10+b3.DR540-rfe rotary feeder on DR 540
E 7.1 E 7.1=z10+b3.DR540-fco frequ.converter ready DR 540
E 7.2 E 7.2
E 7.3 E 7.3
E 7.4 E 7.4
E 7.5 E 7.5=z10+b3.HO584-vac vacuumpump on HO 584
E 7.6 E 7.6=z10+b3.HO584-vi: vibrator on HO 584
E 7.7 E 7.7=z10+b3.HO584-rfe rotary feeder on HO 584
;
E 8.0 E 8.0=z10+b3.MI583-rfe rotary feeder on MI 583
E 8.1 E 8.1=z10+b3.MI583-fco frequ.converter FE ready MI 583
E 8.2 E 8.2=z10+b3.MI583-com cone mill on MI 583
E 8.3 E 8.3=z10+b3.MI583-com cone mill locked MI 583
E 8.4 E 8.4=z10+b3.MI5X3-sac safety circuit all healthy MI 5X3 *(6)
E 8.5 E 8.5=z10+b3.MI583-com cone mill sieve A MI 583
E 8.6 E 8.6=z10+b3.MI583-com cone mill sieve B MI 583
E 8.7 E 8.7=z10+b3.MI583-fco frequ.converter MI ready MI 583
;
E 9.0 E 9.0=z10+b3.HO561-vac vacuumpump 2 on HO 561
E 9.1 E 9.1=z10+b3.HO561-vac vacuumpump 1 on HO 561
E 9.2 E 9.2=z10+b3.HO561-vi: vibrator on HO 561
E 9.3 E 9.3=z10+b3.MI563-rfe rotary feeder on MI 563
E 9.4 E 9.4=z10+b3.MI563-ham hammer mill on MI 563
E 9.5 E 9.5=z10+b3.HO563-vi: vibrator on HO 563
E 9.6 E 9.6
E 9.7 E 9.7
;
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 33
Operand Symbol Comment
E 10.0 E 10.0=z10+b3.BD560-rbl ribbon blender on BD 560
E 10.1 E 10.1=z10+b3.BD560-fco frequ.converter ready BD 560 *(5)
E 10.2 E 10.2=z10+b3.BD560-sac safety circuit all healthy BD 560 *(6)
E 10.3 E 10.3
E 10.4 E 10.4
E 10.5 E 10.5
E 10.6 E 10.6
E 10.7 E 10.7
;
E 11.0 E 11.0
E 11.1 E 11.1=z10+b3.BD560-o2: outletflap 2O2I open BD 560
E 11.2 E 11.2=z10+b1.HO504-fav fresh air valve closed HO 504
E 11.3 E 11.3=z10+b1.HO505-csc cone screw open HO 505
E 11.4 E 11.4=z10+b1.HO500-unv unload valve convey HO 500
E 11.5 E 11.5=z10+b1.HO500-fav fresh air valve closed HO 500
E 11.6 E 11.6=z10+b1.HO500-ofl outletflap 1O2I open HO 500
E 11.7 E 11.7
;
E 12.0 E 12.0=z10+b3.HO580-dse docking seal inflate HO 580
E 12.1 E 12.1=MV645313-fav air bleed valve open
E 12.2 E 12.2
E 12.3 E 12.3=z10+b3.HO561-tdP tube diverter 1O2I P position 1 HO 561
E 12.4 E 12.4=z10+b3.HO561-ofl outletflap 1O2I open HO 561
E 12.5 E 12.5=z10+b3.HO561-anv angle valve 1O2I Air open HO 561
E 12.6 E 12.6
E 12.7 E 12.7=z10+b3.HO584-anv angle valve 1O2I 563 open HO 584
;
E 13.0 E 13.0=z10+b3.HO584-anv angle valve 1O2I 583 open HO 584
E 13.1 E 13.1=z10+b3.HO584-fav fresh air valve closed HO584
E 13.2 E 13.2
E 13.3 E 13.3=z10+b1.HO501-exf exhaustflap open HO 501
E 13.4 E 13.4=z10+b1.HO502-exf exhaustflap open HO 502
E 13.5 E 13.5=z10+b1.HO503-exf exhaustflap open HO 503
E 13.6 E 13.6=z10+b1.HO504-exf exhaustflap open HO 504
E 13.7 E 13.7
;
E 14.0 E 14.0=z10+b1.HO500-piv pinch valve O<>I 1 closed HO 500
E 14.1 E 14.1=z10+b1.HO500-piv pinch valve O<>I 2 closed HO 500
E 14.2 E 14.2=z10+b1.HO500-piv pinch valve O<>I 3 closed HO 500
E 14.3 E 14.3=z10+b1.HO500-piv pinch valve O<>I 4 closed HO 500
E 14.4 E 14.4=z10+b1.HO500-piv pinch valve O<>I 5 closed HO 500
E 14.5 E 14.5
E 14.6 E 14.6
E 14.7 E 14.7
;
E 15.0 E 15.0
E 15.1 E 15.1=z10+b3.BD560-o2: outletflap 2O2I closed BD 560
E 15.2 E 15.2=z10+b1.HO504-fav fresh air valve open HO 504
E 15.3 E 15.3
E 15.4 E 15.4=z10+b1.HO500-unv unload valve run through HO 500
E 15.5 E 15.5=z10+b1.HO500-fav fresh air valve open HO 500
E 15.6 E 15.6=z10+b1.HO500-ofl outletflap 1O2I closed HO 500
E 15.7 E 15.7
;
E 16.0 E 16.0=z10+b3.HO580-dse docking seal deflate HO 580
E 16.1 E 16.1=MV645313-fav air bleed valve closed
E 16.2 E 16.2
E 16.3 E 16.3=z10+b3.HO561-tdP tube diverter 1O2I P position 2 HO 561
E 16.4 E 16.4=z10+b3.HO561-ofl outletflap 1O2I closed HO 561
E 16.5 E 16.5=z10+b3.HO561-anv angle valve 1O2I Air closed HO 561
E 16.6 E 16.6
E 16.7 E 16.7=z10+b3.HO584-anv angle valve 1O2I 563 closed HO 584
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 34
Operand Symbol Comment
;
E 17.0 E 17.0=z10+b3.HO584-anv angle valve 1O2I 583 closed HO 584
E 17.1 E 17.1=z10+b3.HO584-fav fresh air valve closed HO584
E 17.2 E 17.2
E 17.3 E 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
E 17.4 E 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
E 17.5 E 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
E 17.6 E 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
E 17.7 E 17.7
;
E 18.0 E 18.0=z10+b1.HO501-lid lid closed HO 501
E 18.1 E 18.1=z10+b1.HO501-llp low level probe free HO 501
E 18.2 E 18.2=z10+b1.HO501-ssw safety switch ok HO 501
E 18.3 E 18.3=z10+b1.HO502-lid lid closed HO 502
E 18.4 E 18.4=z10+b1.HO502-llp low level probe free HO 502
E 18.5 E 18.5=z10.b1.HO503-ssw safety switch ok HO 502
E 18.6 E 18.6=z10+b1.HO503-lid lid closed HO 503
E 18.7 E 18.7=z10+b1.HO503-llp low level probe free HO 503
;
E 19.0 E 19.0=z10+b1.HO503-ssw safety switch ok HO 503
E 19.1 E 19.1=z10+b1.HO504-lid lid closed HO 504
E 19.2 E 19.2=z10+b1.HO504-llp low level probe free HO 504
E 19.3 E 19.3
E 19.4 E 19.4=z10+b1.HO505-inl inlet closed HO 505
E 19.5 E 19.5=z10+b1.HO505-llp low level probe free HO 505
E 19.6 E 19.6
E 19.7 E 19.7=z10+b1.HO500-sfi secondary filter healthy HO 500
;
E 20.0 E 20.0
E 20.1 E 20.1
E 20.2 E 20.2=z10+b3.HO580-bin bin available HO 580
E 20.3 E 20.3=z10+b2.HO584-sfi secondary filter healthy HO 584
E 20.4 E 20.4=z10+b2.HO584-hli high level indicat free HO 584
E 20.5 E 20.5=z10+b3.DR540-llp low level probe free DR 540
E 20.6 E 20.6=z10+b3.DR540-ssw safety switch ok DR 540
E 20.7 E 20.7=z10+b3.HO561-sfi secondary filter healthy HO 561
;
E 21.0 E 21.0
E 21.1 E 21.1=z10+b3.HO563-hli high level indicat free HO 563
E 21.2 E 21.2
E 21.3 E 21.3=z10+b3.BD560-rot rotation impulse BD 560
E 21.4 E 21.4=z10+b3.BD560-lid lid closed BD 560
E 21.5 E 21.5=z10+b3.BD560-flm flowmeter 1 healthy BD 560 *(5)
E 21.6 E 21.6=z10+b3.HO580-exh exhaust Pfc on HO 580
E 21.7 E 21.7=z10+b3.BD560-flm flowmeter 2 healthy BD 560 *(5)
;
E 22.0 E 22.0=z10.PLC-cvo:on control voltage on PLC
E 22.1 E 22.1=z10.PLC-flt:on fault fuse on PLC
E 22.2 E 22.2=z10.PLC-lts:on lamp test on PLC
E 22.3 E 22.3
E 22.4 E 22.4=z10+b3.BD560-bl: blender start BD 560
E 22.5 E 22.5
E 22.6 E 22.6=z10+b3.HO561-ham hammer mill request HO 561
E 22.7 E 22.7=z10+b3.HO561-com cone mill request HO 561
;
E 23.0 E 23.0=z10+b3.HO580-do: docking deflate HO 580
E 23.1 E 23.1=z10+b3.HO580-do: docking inflate HO 580
E 23.2 E 23.2=z10+b3.BD560-chk check empty BD 560
E 23.3 E 23.3=z10+b3.BD560-dis discharge open BD 560
E 23.4 E 23.4
E 23.5 E 23.5
E 23.6 E 23.6
File C:\..\Z10\GILES\ZONE10Z0.SEQ Page 35
Operand Symbol Comment
E 23.7 E 23.7
;
E 24.0 E 24.0=z10+DKC.MX520-ch charge 1 ready MX 520
E 24.1 E 24.1=z10+DKC-2:res 2 reserve
E 24.2 E 24.2=z10+DKC-3:res 3 reserve
E 24.3 E 24.3=z10+DKC-4:res 4 reserve
E 24.4 E 24.4=z10+DKC.DR540-di discharge 5 on DR 540
E 24.5 E 24.5=z10+DKC-6:res 6 reserve
E 24.6 E 24.6=z10+DKC-7:res 7 reserve
E 24.7 E 24.7=z10+DKC-8:res 8 reserve
;
E 25.0 E 25.0=z10+DKC.HO500-ea earth monitoring 9 healthy HO 500
E 25.1 E 25.1=z10+DKC-10:res 10 reserve
E 25.2 E 25.2=z10+DKC-11:res 11 reserve
E 25.3 E 25.3=z10+DKC-12:res 12 reserve
E 25.4 E 25.4=z10+DKC-13:res 13 reserve
E 25.5 E 25.5=z10+DKC-14:res 14 reserve
E 25.6 E 25.6=z10+DKC-15:res 15 reserve
E 25.7 E 25.7=z10+DKC-16:res 16 reserve
;
E 26.0 E 26.0
E 26.1 E 26.1
E 26.2 E 26.2
E 26.3 E 26.3
E 26.4 E 26.4
E 26.5 E 26.5
E 26.6 E 26.6
E 26.7 E 26.7
;
E 27.0 E 27.0
E 27.1 E 27.1
E 27.2 E 27.2
E 27.3 E 27.3
E 27.4 E 27.4
E 27.5 E 27.5
E 27.6 E 27.6
E 27.7 E 27.7
;
;EPW128 EPW128=z10+b1.HO500-ptr pressure transmitt I 4-20mA HO 500
;EPW130 EPW130=z10+b3.MI583-sps speed sensor I 4-20mA MI 583 *(5)
;EPW132 EPW132=z10+b3.HO580-wse weight sensor I 4-20mA HO 580
;EPW134 EPW134=z10+b3.HO584-ptr pressure transmitt I 4-20mA HO 584
;EPW136 EPW136=z10+b3.BD560-sps speed sensor II 4-20mA BD 560 *(5)
;EPW138 EPW138=z10+b3.HO561-ptr pressure transmitt II 4-20mA HO 561
;EPW140 EPW140=z10+b3.BD560-ptr pressure transmitt IIa 4-20mA BD 560 *(5
;EPW142 EPW142=z10+b3.BD560-ptr pressure transmitt IIb 4-20mA BD 560 *(5
;EPW144 EPW144+res01-III:0-2 III 0-20mA
;EPW146 EPW146=z10+b1.HO500-wse weight sensor III 0-20mA HO 500
;EPW148 EPW148+res03-III:0-2 III 0-20mA
;EPW150 EPW150+res04-III:0-2 III 0-20mA
;EPW152 EPW152+res01-IV:4-2 IV 4-20mA
;EPW154 EPW154+res02-IV:4-2 IV 4-20mA
;EPW156 EPW156+res03-IV:4-2 IV 4-20mA
;EPW158 EPW158+res04-IV:4-2 IV 4-20mA
;
;EPW248 EPW248.vi2-cfg configuration vipa card 2x
;EPW250 EPW250.vi2-ifc1 interface 1 vipa card 2x
;EPW252 EPW252=z10+b3.HO561-wse weight sensor HO 561
;EPW254 EPW254-INA INVALID ADDRESS !!