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batch-example-2/plc/code/s5/sb-blocks.txt

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initial-commit
2023-11-20 21:08:07 +00:00
SB 11 -SB11 IO HO501 FEED.H A1 C:ZONE10ST.S5D LEN=214
Page 1
Segment 1 Load inputs
:A -E 4.0=z10+b1.HO501-rfe
:AN -S 4.0=z10+b1.HO501-rfe
:= -ME22.1 DOSING UNIT ON
:
:A -E 6.2=z10+b1.HO500-fco
:AN -S 6.2=z10+b1.HO500-fco
:= -ME22.2 FREQ.CONV. READY
:
:A -E 5.0=z10+b1.HO501-vi:
:AN -S 5.0=z10+b1.HO501-vi:
:= -ME22.3 VIBRATOR ON
:
:A -M 0.1 CONSTANT 1
:= -ME23.1 BLOCK VALVE OPEN simulation
:A -M 0.2 CONSTANT 0
:= -ME23.3 INDICATOR FREE simulation
:A -E 18.2=z10+b1.HO501-ssw *(3) Safety switch
:AN -S 18.2=z10+b1.HO501-ssw *(3)
:= -ME23.2 SAFETY SWITCH OK *(3)
:***
I 4.0 = E 4.0=z10+b1.HO501-rfe rotary feeder on HO 501
S 4.0 = S 4.0=z10+b1.HO501-rfe rotary feeder on HO 501
F 22.1 = ME22.1 DOSING UNIT ON
I 6.2 = E 6.2=z10+b1.HO500-fco frequ.converter ready HO 500
S 6.2 = S 6.2=z10+b1.HO500-fco frequ.converter ready HO 500
F 22.2 = ME22.2 FREQ.CONV. READY
I 5.0 = E 5.0=z10+b1.HO501-vi: vibrator on HO 501
S 5.0 = S 5.0=z10+b1.HO501-vi: vibrator on HO 501
F 22.3 = ME22.3 VIBRATOR ON
F 0.1 = M 0.1 CONSTANT 1
F 23.1 = ME23.1 BLOCK VALVE OPEN
F 0.2 = M 0.2 CONSTANT 0
F 23.3 = ME23.3 INDICATOR FREE
I 18.2 = E 18.2=z10+b1.HO501-ssw safety switch ok HO 501
S 18.2 = S 18.2=z10+b1.HO501-ssw safety switch ok HO 501
F 23.2 = ME23.2 SAFETY SWITCH OK
Segment 2
:DOU -FX11 HO501 FEED. HO A1
Name :HOP-TYP1
SINR : KF +1
OFFS : KF +10
TIM1 : KF +20
TIM2 : KF +21
TIM3 : KF +22
TIM4 : KF +23
:***
FX 11 = FX11 HO501 FEED. HO A1 HO501 area 1: feeding hopper
Segment 3 Write outputs
:A -MA20.1 DOSING UNIT ON
:AN -S 4.0=z10+b1.HO501-rfe
:= -A 4.0=z10+b1.HO501-rfe
:
:A -MA20.3 VIBRATOR ON
:AN -S 5.0=z10+b1.HO501-vi:
:= -A 5.0=z10+b1.HO501-vi:
:
:A -MA21.2 POCKET PURGING
:= -A 16.4=z10+b1.HO501-ppu
SB 11 -SB11 IO HO501 FEED.H A1 C:ZONE10ST.S5D LEN=214
Page 2
: *(3) Air purged seals
:A -MA21.3 AIR PURGED SEALS *(3)
:= -A 16.5=z10+b1.HO501-aps *(3)
:***
F 20.1 = MA20.1 DOSING UNIT ON
S 4.0 = S 4.0=z10+b1.HO501-rfe rotary feeder on HO 501
Q 4.0 = A 4.0=z10+b1.HO501-rfe rotary feeder on HO 501
F 20.3 = MA20.3 VIBRATOR ON
S 5.0 = S 5.0=z10+b1.HO501-vi: vibrator on HO 501
Q 5.0 = A 5.0=z10+b1.HO501-vi: vibrator on HO 501
F 21.2 = MA21.2 POCKET PURGING
Q 16.4 = A 16.4=z10+b1.HO501-ppu pocket purging on HO 501
F 21.3 = MA21.3 AIR PURGED SEALS
Q 16.5 = A 16.5=z10+b1.HO501-aps air purged seals on HO 501
Segment 4 FiFo - Parameter
:CX -DX11 HO501 FEED. HO A1
:
:L KF +240
:T -MW180 PARAMETER 1 FiFo - DB
:
:L KF +0
:T -MW182 PARAMETER 2 FiFo - Output
:
:L KF +66
:T -MW184 PARAMETER 3 FiFo - Request
:
:L KF +1
:T -MW186 DW_ADDRESS Hopper No.
:***
FW 180 = MW180 PARAMETER 1
FW 182 = MW182 PARAMETER 2
FW 184 = MW184 PARAMETER 3
FW 186 = MW186 DW_ADDRESS
DX 11 = DX11 HO501 FEED. HO A1 HO501 area 1: feeding hopper
Segment 5 Addition - FiFo / Request
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:><F
:A(
:L DW 6 01 filling release
:L KF +1 01
:!=F 01
:) 01
:JC -FB136 ASSIGN DATABIT
Name :DBIT-ZUW
DB : -MW180 PARAMETER 1 FiFo - DB
DW : -MW184 PARAMETER 3 FiFo - Request
BIT : -MW186 DW_ADDRESS Hopper No.
WERT : -M 0.1 CONSTANT 1
DBDX : KS DB
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
FW 180 = MW180 PARAMETER 1
FW 184 = MW184 PARAMETER 3
F 0.1 = M 0.1 CONSTANT 1
FB 136 = FB136 ASSIGN DATABIT
SB 11 -SB11 IO HO501 FEED.H A1 C:ZONE10ST.S5D LEN=214
Page 3
Segment 6 Addition - FiFo / Delete Request
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS
:><F
:A(
:L DW 6 01 filling release
:L KF +1 01
:><F 01
:) 01
:JC -FB136 ASSIGN DATABIT
Name :DBIT-ZUW
DB : -MW180 PARAMETER 1 FiFo - DB
DW : -MW184 PARAMETER 3 FiFo - Request
BIT : -MW186 DW_ADDRESS Hopper No.
WERT : -M 0.2 CONSTANT 0
DBDX : KS DB
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
FW 180 = MW180 PARAMETER 1
FW 184 = MW184 PARAMETER 3
F 0.2 = M 0.2 CONSTANT 0
FB 136 = FB136 ASSIGN DATABIT
Segment 7 Addition - FiFo / Release
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:!=F
:A(
:L DW 6 01 filling release
:L KF +1 01
:><F 01
:) 01
:JC -FB176 STORE DW INDIR.
Name :TANS DW
DB : -MW180 PARAMETER 1 FiFo - DB
DW : -MW182 PARAMETER 2 FiFo - Output
WERT : -MW182 PARAMETER 2 Wert=0 => delete FiFo - Output
DBDX : KS DB
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
FW 180 = MW180 PARAMETER 1
FW 182 = MW182 PARAMETER 2
FB 176 = FB176 STORE DW INDIR. sp
Segment 8 unlock lid filling
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:!=F
:A(
:L DW 6 01 filling release
:L KF +1 01
:!=F 01
:) 01
:A -E 18.3=z10+b1.HO502-lid
:A -E 18.6=z10+b1.HO503-lid
:AN -A 15.7=z10+b1.HO504-lod
:A -E 19.1=z10+b1.HO504-lid
:= F 200.0 unlock lid filling
SB 11 -SB11 IO HO501 FEED.H A1 C:ZONE10ST.S5D LEN=214
Page 4
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
I 18.3 = E 18.3=z10+b1.HO502-lid lid closed HO 502
I 18.6 = E 18.6=z10+b1.HO503-lid lid closed HO 503
Q 15.7 = A 15.7=z10+b1.HO504-lod locking device release HO 504
I 19.1 = E 19.1=z10+b1.HO504-lid lid closed HO 504
Segment 9 unlock lid
:A F 200.0 unlock lid filling
:A -E 18.0=z10+b1.HO501-lid
:AN -E 13.4=z10+b1.HO502-exf
:A -E 17.4=z10+b1.HO502-exf
:AN -S 13.4=z10+b1.HO502-exf
:AN -S 17.4=z10+b1.HO502-exf
:AN -E 13.5=z10+b1.HO503-exf
:A -E 17.5=z10+b1.HO503-exf
:AN -S 13.5=z10+b1.HO503-exf
:AN -S 17.5=z10+b1.HO503-exf
:AN -E 13.6=z10+b1.HO504-exf
:A -E 17.6=z10+b1.HO504-exf
:AN -S 13.6=z10+b1.HO504-exf
:AN -S 17.6=z10+b1.HO504-exf
:= -A 15.4=z10+b1.HO501-lod
:***
I 18.0 = E 18.0=z10+b1.HO501-lid lid closed HO 501
I 13.4 = E 13.4=z10+b1.HO502-exf exhaustflap open HO 502
I 17.4 = E 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
S 13.4 = S 13.4=z10+b1.HO502-exf exhaustflap open HO 502
S 17.4 = S 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
I 13.5 = E 13.5=z10+b1.HO503-exf exhaustflap open HO 503
I 17.5 = E 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
S 13.5 = S 13.5=z10+b1.HO503-exf exhaustflap open HO 503
S 17.5 = S 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
I 13.6 = E 13.6=z10+b1.HO504-exf exhaustflap open HO 504
I 17.6 = E 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
S 13.6 = S 13.6=z10+b1.HO504-exf exhaustflap open HO 504
S 17.6 = S 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
Q 15.4 = A 15.4=z10+b1.HO501-lod locking device release HO 501
Segment 10 exhaust flap
:AN -E 18.0=z10+b1.HO501-lid
:A -E 18.3=z10+b1.HO502-lid
:A -E 18.6=z10+b1.HO503-lid
:A -E 19.1=z10+b1.HO504-lid
:AN -E 13.4=z10+b1.HO502-exf
:A -E 17.4=z10+b1.HO502-exf
:AN -S 13.4=z10+b1.HO502-exf
:AN -S 17.4=z10+b1.HO502-exf
:AN -E 13.5=z10+b1.HO503-exf
:A -E 17.5=z10+b1.HO503-exf
:AN -S 13.5=z10+b1.HO503-exf
:AN -S 17.5=z10+b1.HO503-exf
:AN -E 13.6=z10+b1.HO504-exf
:A -E 17.6=z10+b1.HO504-exf
:AN -S 13.6=z10+b1.HO504-exf
:AN -S 17.6=z10+b1.HO504-exf
:= -A 13.3=z10+b1.HO501-exf
:***
I 18.0 = E 18.0=z10+b1.HO501-lid lid closed HO 501
I 18.3 = E 18.3=z10+b1.HO502-lid lid closed HO 502
SB 11 -SB11 IO HO501 FEED.H A1 C:ZONE10ST.S5D LEN=214
Page 5
I 18.6 = E 18.6=z10+b1.HO503-lid lid closed HO 503
I 19.1 = E 19.1=z10+b1.HO504-lid lid closed HO 504
I 13.4 = E 13.4=z10+b1.HO502-exf exhaustflap open HO 502
I 17.4 = E 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
S 13.4 = S 13.4=z10+b1.HO502-exf exhaustflap open HO 502
S 17.4 = S 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
I 13.5 = E 13.5=z10+b1.HO503-exf exhaustflap open HO 503
I 17.5 = E 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
S 13.5 = S 13.5=z10+b1.HO503-exf exhaustflap open HO 503
S 17.5 = S 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
I 13.6 = E 13.6=z10+b1.HO504-exf exhaustflap open HO 504
I 17.6 = E 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
S 13.6 = S 13.6=z10+b1.HO504-exf exhaustflap open HO 504
S 17.6 = S 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
Q 13.3 = A 13.3=z10+b1.HO501-exf exhaustflap open HO 501
Segment 11 manual addition permitted
:AN -E 18.0=z10+b1.HO501-lid
:AN F 200.0 unlock lid filling
:A -M 0.4 FLASH CLOCK FAST
:O F 200.0 unlock lid filling
:O -M 4.5 GLOBAL LAMBTEST
:= -A 21.0=z10+b1.HO501-mad
:***
I 18.0 = E 18.0=z10+b1.HO501-lid lid closed HO 501
F 0.4 = M 0.4 FLASH CLOCK FAST
F 4.5 = M 4.5 GLOBAL LAMBTEST
Q 21.0 = A 21.0=z10+b1.HO501-mad manual addittion permitted HO 501
Segment 12 Refill HO501 *(7)
:A -MA20.2 FREQ.CONV. REL.
:A -MA20.1 DOSING UNIT ON
:A -E 18.1=z10+b1.HO501-llp *(7) Total network inserted !
:L KT 010.2
:SD -T22 HO501 reserve
:
:C -DB101 SCALE 01 (WORK)
:A D 203.6 Abort Komponent
:A D 140.8 Dosing timeout
:A -T22 HO501 reserve
:CX -DX11 HO501 FEED. HO A1
:S D 7.0 refill HO501
:
:AN -E 18.1=z10+b1.HO501-llp
:R D 7.0 refill HO501
:BE
F 20.2 = MA20.2 FREQ.CONV. REL. *** not used
F 20.1 = MA20.1 DOSING UNIT ON
I 18.1 = E 18.1=z10+b1.HO501-llp low level probe free HO 501
T 22 = T22 HO501 reserve
DB 101 = DB101 SCALE 01 (WORK) working DB plc scale RAM
DX 11 = DX11 HO501 FEED. HO A1 HO501 area 1: feeding hopper
SB 12 -SB12 IO HO502 FEED.H A1 C:ZONE10ST.S5D LEN=208
Page 1
Segment 1 Load inputs
:A -E 4.1=z10+b1.HO502-rfe
:AN -S 4.1=z10+b1.HO502-rfe
:= -ME22.1 DOSING UNIT ON
:
:A -E 6.2=z10+b1.HO500-fco
:AN -S 6.2=z10+b1.HO500-fco
:= -ME22.2 FREQ.CONV. READY
:
:A -E 5.1=z10+b1.HO502-vi:
:AN -S 5.1=z10+b1.HO502-vi:
:= -ME22.3 VIBRATOR ON
:
:A -M 0.1 CONSTANT 1
:= -ME23.1 BLOCK VALVE OPEN simulation
:A -M 0.2 CONSTANT 0
:= -ME23.3 INDICATOR FREE simulation
:A -E 18.5=z10.b1.HO503-ssw *(3) Safety switch
:AN -S 18.5=z10+b1.HO502-ssw *(3)
:= -ME23.2 SAFETY SWITCH OK *(3)
:***
I 4.1 = E 4.1=z10+b1.HO502-rfe rotary feeder on HO 502
S 4.1 = S 4.1=z10+b1.HO502-rfe rotary feeder on HO 502
F 22.1 = ME22.1 DOSING UNIT ON
I 6.2 = E 6.2=z10+b1.HO500-fco frequ.converter ready HO 500
S 6.2 = S 6.2=z10+b1.HO500-fco frequ.converter ready HO 500
F 22.2 = ME22.2 FREQ.CONV. READY
I 5.1 = E 5.1=z10+b1.HO502-vi: vibrator on HO 502
S 5.1 = S 5.1=z10+b1.HO502-vi: vibrator on HO 502
F 22.3 = ME22.3 VIBRATOR ON
F 0.1 = M 0.1 CONSTANT 1
F 23.1 = ME23.1 BLOCK VALVE OPEN
F 0.2 = M 0.2 CONSTANT 0
F 23.3 = ME23.3 INDICATOR FREE
I 18.5 = E 18.5=z10.b1.HO503-ssw safety switch ok HO 502
S 18.5 = S 18.5=z10+b1.HO502-ssw safety switch ok HO 502
F 23.2 = ME23.2 SAFETY SWITCH OK
Segment 2
:DOU -FX12 HO502 FEED. HO A1
Name :HOP-TYP1
SINR : KF +2
OFFS : KF +10
TIM1 : KF +24
TIM2 : KF +25
TIM3 : KF +26
TIM4 : KF +27
:***
FX 12 = FX12 HO502 FEED. HO A1 HO502 area 1: feeding hopper
Segment 3 Write outputs
:A -MA20.1 DOSING UNIT ON
:AN -S 4.1=z10+b1.HO502-rfe
:= -A 4.1=z10+b1.HO502-rfe
:
:A -MA20.3 VIBRATOR ON
:AN -S 5.1=z10+b1.HO502-vi:
:= -A 5.1=z10+b1.HO502-vi:
:***
F 20.1 = MA20.1 DOSING UNIT ON
SB 12 -SB12 IO HO502 FEED.H A1 C:ZONE10ST.S5D LEN=208
Page 2
S 4.1 = S 4.1=z10+b1.HO502-rfe rotary feeder on HO 502
Q 4.1 = A 4.1=z10+b1.HO502-rfe rotary feeder on HO 502
F 20.3 = MA20.3 VIBRATOR ON
S 5.1 = S 5.1=z10+b1.HO502-vi: vibrator on HO 502
Q 5.1 = A 5.1=z10+b1.HO502-vi: vibrator on HO 502
Segment 4 FiFo - Parameter
:CX -DX12 HO502 FEED. HO A1
:
:L KF +240
:T -MW180 PARAMETER 1 FiFo - DB
:
:L KF +0
:T -MW182 PARAMETER 2 FiFo - Output
:
:L KF +66
:T -MW184 PARAMETER 3 FiFo - Request
:
:L KF +2
:T -MW186 DW_ADDRESS Hopper No.
:***
FW 180 = MW180 PARAMETER 1
FW 182 = MW182 PARAMETER 2
FW 184 = MW184 PARAMETER 3
FW 186 = MW186 DW_ADDRESS
DX 12 = DX12 HO502 FEED. HO A1 HO502 area 1: feeding hopper
Segment 5 Addition - FiFo / Request
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:><F
:A(
:L DW 6 01 filling release
:L KF +1 01
:!=F 01
:) 01
:JC -FB136 ASSIGN DATABIT
Name :DBIT-ZUW
DB : -MW180 PARAMETER 1 FiFo - DB
DW : -MW184 PARAMETER 3 FiFo - Request
BIT : -MW186 DW_ADDRESS Hopper No.
WERT : -M 0.1 CONSTANT 1
DBDX : KS DB
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
FW 180 = MW180 PARAMETER 1
FW 184 = MW184 PARAMETER 3
F 0.1 = M 0.1 CONSTANT 1
FB 136 = FB136 ASSIGN DATABIT
Segment 6 Addition - FiFo / Delete Request
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:><F
:A(
:L DW 6 01 filling release
:L KF +1 01
:><F 01
:) 01
SB 12 -SB12 IO HO502 FEED.H A1 C:ZONE10ST.S5D LEN=208
Page 3
:JC -FB136 ASSIGN DATABIT
Name :DBIT-ZUW
DB : -MW180 PARAMETER 1 FiFo - DB
DW : -MW184 PARAMETER 3 FiFo - Request
BIT : -MW186 DW_ADDRESS Hopper No.
WERT : -M 0.2 CONSTANT 0
DBDX : KS DB
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
FW 180 = MW180 PARAMETER 1
FW 184 = MW184 PARAMETER 3
F 0.2 = M 0.2 CONSTANT 0
FB 136 = FB136 ASSIGN DATABIT
Segment 7 Addition - FiFo / Release
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:!=F
:A(
:L DW 6 01 filling release
:L KF +1 01
:><F 01
:) 01
:JC -FB176 STORE DW INDIR.
Name :TANS DW
DB : -MW180 PARAMETER 1 FiFo - DB
DW : -MW182 PARAMETER 2 FiFo - Output
WERT : -MW182 PARAMETER 2 Wert=0 => delete FiFo - Output
DBDX : KS DB
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
FW 180 = MW180 PARAMETER 1
FW 182 = MW182 PARAMETER 2
FB 176 = FB176 STORE DW INDIR. sp
Segment 8 unlock lid filling
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:!=F
:A(
:L DW 6 01 filling release
:L KF +1 01
:!=F 01
:) 01
:A -E 18.0=z10+b1.HO501-lid
:A -E 18.6=z10+b1.HO503-lid
:AN -A 15.7=z10+b1.HO504-lod
:A -E 19.1=z10+b1.HO504-lid
:= F 200.0 unlock lid filling
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
I 18.0 = E 18.0=z10+b1.HO501-lid lid closed HO 501
I 18.6 = E 18.6=z10+b1.HO503-lid lid closed HO 503
Q 15.7 = A 15.7=z10+b1.HO504-lod locking device release HO 504
I 19.1 = E 19.1=z10+b1.HO504-lid lid closed HO 504
SB 12 -SB12 IO HO502 FEED.H A1 C:ZONE10ST.S5D LEN=208
Page 4
Segment 9 unlock lid
:A F 200.0 unlock lid filling
:A -E 18.3=z10+b1.HO502-lid
:AN -E 13.3=z10+b1.HO501-exf
:A -E 17.3=z10+b1.HO501-exf
:AN -S 13.3=z10+b1.HO501-exf
:AN -S 17.3=z10+b1.HO501-exf
:AN -E 13.5=z10+b1.HO503-exf
:A -E 17.5=z10+b1.HO503-exf
:AN -S 13.5=z10+b1.HO503-exf
:AN -S 17.5=z10+b1.HO503-exf
:AN -E 13.6=z10+b1.HO504-exf
:A -E 17.6=z10+b1.HO504-exf
:AN -S 13.6=z10+b1.HO504-exf
:AN -S 17.6=z10+b1.HO504-exf
:= -A 15.5=z10+b1.HO502-lod
:***
I 18.3 = E 18.3=z10+b1.HO502-lid lid closed HO 502
I 13.3 = E 13.3=z10+b1.HO501-exf exhaustflap open HO 501
I 17.3 = E 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
S 13.3 = S 13.3=z10+b1.HO501-exf exhaustflap open HO 501
S 17.3 = S 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
I 13.5 = E 13.5=z10+b1.HO503-exf exhaustflap open HO 503
I 17.5 = E 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
S 13.5 = S 13.5=z10+b1.HO503-exf exhaustflap open HO 503
S 17.5 = S 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
I 13.6 = E 13.6=z10+b1.HO504-exf exhaustflap open HO 504
I 17.6 = E 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
S 13.6 = S 13.6=z10+b1.HO504-exf exhaustflap open HO 504
S 17.6 = S 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
Q 15.5 = A 15.5=z10+b1.HO502-lod locking device release HO 502
Segment 10 exhaust flap
:A -E 18.0=z10+b1.HO501-lid
:AN -E 18.3=z10+b1.HO502-lid
:A -E 18.6=z10+b1.HO503-lid
:A -E 19.1=z10+b1.HO504-lid
:AN -E 13.3=z10+b1.HO501-exf
:A -E 17.3=z10+b1.HO501-exf
:AN -S 13.3=z10+b1.HO501-exf
:AN -S 17.3=z10+b1.HO501-exf
:AN -E 13.5=z10+b1.HO503-exf
:A -E 17.5=z10+b1.HO503-exf
:AN -S 13.5=z10+b1.HO503-exf
:AN -S 17.5=z10+b1.HO503-exf
:AN -E 13.6=z10+b1.HO504-exf
:A -E 17.6=z10+b1.HO504-exf
:AN -S 13.6=z10+b1.HO504-exf
:AN -S 17.6=z10+b1.HO504-exf
:= -A 13.4=z10+b1.HO502-exf
:***
I 18.0 = E 18.0=z10+b1.HO501-lid lid closed HO 501
I 18.3 = E 18.3=z10+b1.HO502-lid lid closed HO 502
I 18.6 = E 18.6=z10+b1.HO503-lid lid closed HO 503
I 19.1 = E 19.1=z10+b1.HO504-lid lid closed HO 504
I 13.3 = E 13.3=z10+b1.HO501-exf exhaustflap open HO 501
I 17.3 = E 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
S 13.3 = S 13.3=z10+b1.HO501-exf exhaustflap open HO 501
S 17.3 = S 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
I 13.5 = E 13.5=z10+b1.HO503-exf exhaustflap open HO 503
I 17.5 = E 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
S 13.5 = S 13.5=z10+b1.HO503-exf exhaustflap open HO 503
SB 12 -SB12 IO HO502 FEED.H A1 C:ZONE10ST.S5D LEN=208
Page 5
S 17.5 = S 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
I 13.6 = E 13.6=z10+b1.HO504-exf exhaustflap open HO 504
I 17.6 = E 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
S 13.6 = S 13.6=z10+b1.HO504-exf exhaustflap open HO 504
S 17.6 = S 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
Q 13.4 = A 13.4=z10+b1.HO502-exf exhaustflap open HO 502
Segment 11 manual addition permitted
:AN -E 18.3=z10+b1.HO502-lid
:AN F 200.0 unlock lid filling
:A -M 0.4 FLASH CLOCK FAST
:O F 200.0 unlock lid filling
:O -M 4.5 GLOBAL LAMBTEST
:= -A 21.1=z10+b1.HO502-mad
:***
I 18.3 = E 18.3=z10+b1.HO502-lid lid closed HO 502
F 0.4 = M 0.4 FLASH CLOCK FAST
F 4.5 = M 4.5 GLOBAL LAMBTEST
Q 21.1 = A 21.1=z10+b1.HO502-mad manual addittion permitted HO 502
Segment 12 Refill HO502 *(7)
:A -MA20.2 FREQ.CONV. REL.
:A -MA20.1 DOSING UNIT ON
:A -E 18.4=z10+b1.HO502-llp *(7) Total network inserted!
:L KT 010.2
:SD -T26 HO502 reserve
:
:C -DB101 SCALE 01 (WORK)
:A D 203.6 Abort Komponent HO500
:A D 140.8 Dosing timeout HO500
:A -T26 HO502 reserve
:CX -DX12 HO502 FEED. HO A1
:S D 7.0 refill HO502
:
:AN -E 18.4=z10+b1.HO502-llp
:R D 7.0 refill HO502
:BE
F 20.2 = MA20.2 FREQ.CONV. REL. *** not used
F 20.1 = MA20.1 DOSING UNIT ON
I 18.4 = E 18.4=z10+b1.HO502-llp low level probe free HO 502
T 26 = T26 HO502 reserve
DB 101 = DB101 SCALE 01 (WORK) working DB plc scale RAM
DX 12 = DX12 HO502 FEED. HO A1 HO502 area 1: feeding hopper
SB 13 -SB13 IO HO503 FEED.H A1 C:ZONE10ST.S5D LEN=208
Page 1
Segment 1 Load inputs
:A -E 4.2=z10+b1.HO503-rfe
:AN -S 4.2=z10+b1.HO503-rfe
:= -ME22.1 DOSING UNIT ON
:
:A -E 6.2=z10+b1.HO500-fco
:AN -S 6.2=z10+b1.HO500-fco
:= -ME22.2 FREQ.CONV. READY
:
:A -E 5.2=z10+b1.HO503-vi:
:AN -S 5.2=z10+b1.HO503-vi:
:= -ME22.3 VIBRATOR ON
:
:A -M 0.1 CONSTANT 1
:= -ME23.1 BLOCK VALVE OPEN simulation
:A -M 0.2 CONSTANT 0
:= -ME23.3 INDICATOR FREE simulation
:A -E 19.0=z10+b1.HO503-ssw *(3) Safety switch
:AN -S 19.0=z10+b1.HO503-ssw *(3)
:= -ME23.2 SAFETY SWITCH OK *(3)
:***
I 4.2 = E 4.2=z10+b1.HO503-rfe rotary feeder on HO 503
S 4.2 = S 4.2=z10+b1.HO503-rfe rotary feeder on HO 503
F 22.1 = ME22.1 DOSING UNIT ON
I 6.2 = E 6.2=z10+b1.HO500-fco frequ.converter ready HO 500
S 6.2 = S 6.2=z10+b1.HO500-fco frequ.converter ready HO 500
F 22.2 = ME22.2 FREQ.CONV. READY
I 5.2 = E 5.2=z10+b1.HO503-vi: vibrator on HO 503
S 5.2 = S 5.2=z10+b1.HO503-vi: vibrator on HO 503
F 22.3 = ME22.3 VIBRATOR ON
F 0.1 = M 0.1 CONSTANT 1
F 23.1 = ME23.1 BLOCK VALVE OPEN
F 0.2 = M 0.2 CONSTANT 0
F 23.3 = ME23.3 INDICATOR FREE
I 19.0 = E 19.0=z10+b1.HO503-ssw safety switch ok HO 503
S 19.0 = S 19.0=z10+b1.HO503-ssw safety switch ok HO 503
F 23.2 = ME23.2 SAFETY SWITCH OK
Segment 2
:DOU -FX13 HO503 FEED. HO A1
Name :HOP-TYP1
SINR : KF +3
OFFS : KF +10
TIM1 : KF +28
TIM2 : KF +29
TIM3 : KF +30
TIM4 : KF +31
:***
FX 13 = FX13 HO503 FEED. HO A1 HO503 area 1: feeding hopper
Segment 3 Write outputs
:A -MA20.1 DOSING UNIT ON
:AN -S 4.2=z10+b1.HO503-rfe
:= -A 4.2=z10+b1.HO503-rfe
:
:A -MA20.3 VIBRATOR ON
:AN -S 5.2=z10+b1.HO503-vi:
:= -A 5.2=z10+b1.HO503-vi:
:***
F 20.1 = MA20.1 DOSING UNIT ON
SB 13 -SB13 IO HO503 FEED.H A1 C:ZONE10ST.S5D LEN=208
Page 2
S 4.2 = S 4.2=z10+b1.HO503-rfe rotary feeder on HO 503
Q 4.2 = A 4.2=z10+b1.HO503-rfe rotary feeder on HO 503
F 20.3 = MA20.3 VIBRATOR ON
S 5.2 = S 5.2=z10+b1.HO503-vi: vibrator on HO 503
Q 5.2 = A 5.2=z10+b1.HO503-vi: vibrator on HO 503
Segment 4 FiFo - Parameter
:CX -DX13 HO503 FEED. HO A1
:
:L KF +240
:T -MW180 PARAMETER 1 FiFo - DB
:
:L KF +0
:T -MW182 PARAMETER 2 FiFo - Output
:
:L KF +66
:T -MW184 PARAMETER 3 FiFo - Request
:
:L KF +3
:T -MW186 DW_ADDRESS Hopper No.
:***
FW 180 = MW180 PARAMETER 1
FW 182 = MW182 PARAMETER 2
FW 184 = MW184 PARAMETER 3
FW 186 = MW186 DW_ADDRESS
DX 13 = DX13 HO503 FEED. HO A1 HO503 area 1: feeding hopper
Segment 5 Addition - FiFo / Request
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:><F
:A(
:L DW 6 01 filling release
:L KF +1 01
:!=F 01
:) 01
:JC -FB136 ASSIGN DATABIT
Name :DBIT-ZUW
DB : -MW180 PARAMETER 1 FiFo - DB
DW : -MW184 PARAMETER 3 FiFo - Request
BIT : -MW186 DW_ADDRESS Hopper No.
WERT : -M 0.1 CONSTANT 1
DBDX : KS DB
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
FW 180 = MW180 PARAMETER 1
FW 184 = MW184 PARAMETER 3
F 0.1 = M 0.1 CONSTANT 1
FB 136 = FB136 ASSIGN DATABIT
Segment 6 Addition - FiFo / Delete Request
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:><F
:A(
:L DW 6 01 filling release
:L KF +1 01
:><F 01
:) 01
SB 13 -SB13 IO HO503 FEED.H A1 C:ZONE10ST.S5D LEN=208
Page 3
:JC -FB136 ASSIGN DATABIT
Name :DBIT-ZUW
DB : -MW180 PARAMETER 1 FiFo - DB
DW : -MW184 PARAMETER 3 FiFo - Request
BIT : -MW186 DW_ADDRESS Hopper No.
WERT : -M 0.2 CONSTANT 0
DBDX : KS DB
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
FW 180 = MW180 PARAMETER 1
FW 184 = MW184 PARAMETER 3
F 0.2 = M 0.2 CONSTANT 0
FB 136 = FB136 ASSIGN DATABIT
Segment 7 Addition - FiFo / Release
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:!=F
:A(
:L DW 6 01 filling release
:L KF +1 01
:><F 01
:) 01
:JC -FB176 STORE DW INDIR.
Name :TANS DW
DB : -MW180 PARAMETER 1 FiFo - DB
DW : -MW182 PARAMETER 2 FiFo - Output
WERT : -MW182 PARAMETER 2 Wert=0 => delete FiFo - Output
DBDX : KS DB
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
FW 180 = MW180 PARAMETER 1
FW 182 = MW182 PARAMETER 2
FB 176 = FB176 STORE DW INDIR. sp
Segment 8 unlock lid filling
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:!=F
:A(
:L DW 6 01 filling release
:L KF +1 01
:!=F 01
:) 01
:A -E 18.0=z10+b1.HO501-lid
:A -E 18.3=z10+b1.HO502-lid
:AN -A 15.7=z10+b1.HO504-lod
:A -E 19.1=z10+b1.HO504-lid
:= F 200.0 unlock lid filling
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
I 18.0 = E 18.0=z10+b1.HO501-lid lid closed HO 501
I 18.3 = E 18.3=z10+b1.HO502-lid lid closed HO 502
Q 15.7 = A 15.7=z10+b1.HO504-lod locking device release HO 504
I 19.1 = E 19.1=z10+b1.HO504-lid lid closed HO 504
SB 13 -SB13 IO HO503 FEED.H A1 C:ZONE10ST.S5D LEN=208
Page 4
Segment 9 unlock lid
:A F 200.0 unlock lid filling
:A -E 18.6=z10+b1.HO503-lid
:AN -E 13.3=z10+b1.HO501-exf
:A -E 17.3=z10+b1.HO501-exf
:AN -S 13.3=z10+b1.HO501-exf
:AN -S 17.3=z10+b1.HO501-exf
:AN -E 13.4=z10+b1.HO502-exf
:A -E 17.4=z10+b1.HO502-exf
:AN -S 13.4=z10+b1.HO502-exf
:AN -S 17.4=z10+b1.HO502-exf
:AN -E 13.6=z10+b1.HO504-exf
:A -E 17.6=z10+b1.HO504-exf
:AN -S 13.6=z10+b1.HO504-exf
:AN -S 17.6=z10+b1.HO504-exf
:= -A 15.6=z10+b1.HO503-lod
:***
I 18.6 = E 18.6=z10+b1.HO503-lid lid closed HO 503
I 13.3 = E 13.3=z10+b1.HO501-exf exhaustflap open HO 501
I 17.3 = E 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
S 13.3 = S 13.3=z10+b1.HO501-exf exhaustflap open HO 501
S 17.3 = S 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
I 13.4 = E 13.4=z10+b1.HO502-exf exhaustflap open HO 502
I 17.4 = E 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
S 13.4 = S 13.4=z10+b1.HO502-exf exhaustflap open HO 502
S 17.4 = S 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
I 13.6 = E 13.6=z10+b1.HO504-exf exhaustflap open HO 504
I 17.6 = E 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
S 13.6 = S 13.6=z10+b1.HO504-exf exhaustflap open HO 504
S 17.6 = S 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
Q 15.6 = A 15.6=z10+b1.HO503-lod locking device release HO 503
Segment 10 exhaust flap
:A -E 18.0=z10+b1.HO501-lid
:A -E 18.3=z10+b1.HO502-lid
:AN -E 18.6=z10+b1.HO503-lid
:A -E 19.1=z10+b1.HO504-lid
:AN -E 13.3=z10+b1.HO501-exf
:A -E 17.3=z10+b1.HO501-exf
:AN -S 13.3=z10+b1.HO501-exf
:AN -S 17.3=z10+b1.HO501-exf
:AN -E 13.4=z10+b1.HO502-exf
:A -E 17.4=z10+b1.HO502-exf
:AN -S 13.4=z10+b1.HO502-exf
:AN -S 17.4=z10+b1.HO502-exf
:AN -E 13.6=z10+b1.HO504-exf
:A -E 17.6=z10+b1.HO504-exf
:AN -S 13.6=z10+b1.HO504-exf
:AN -S 17.6=z10+b1.HO504-exf
:= -A 13.5=z10+b1.HO503-exf
:***
I 18.0 = E 18.0=z10+b1.HO501-lid lid closed HO 501
I 18.3 = E 18.3=z10+b1.HO502-lid lid closed HO 502
I 18.6 = E 18.6=z10+b1.HO503-lid lid closed HO 503
I 19.1 = E 19.1=z10+b1.HO504-lid lid closed HO 504
I 13.3 = E 13.3=z10+b1.HO501-exf exhaustflap open HO 501
I 17.3 = E 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
S 13.3 = S 13.3=z10+b1.HO501-exf exhaustflap open HO 501
S 17.3 = S 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
I 13.4 = E 13.4=z10+b1.HO502-exf exhaustflap open HO 502
I 17.4 = E 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
S 13.4 = S 13.4=z10+b1.HO502-exf exhaustflap open HO 502
SB 13 -SB13 IO HO503 FEED.H A1 C:ZONE10ST.S5D LEN=208
Page 5
S 17.4 = S 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
I 13.6 = E 13.6=z10+b1.HO504-exf exhaustflap open HO 504
I 17.6 = E 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
S 13.6 = S 13.6=z10+b1.HO504-exf exhaustflap open HO 504
S 17.6 = S 17.6=z10+b1.HO504-exf exhaustflap closed HO 504
Q 13.5 = A 13.5=z10+b1.HO503-exf exhaustflap open HO 503
Segment 11 manual addition permitted
:AN -E 18.6=z10+b1.HO503-lid
:AN F 200.0 unlock lid filling
:A -M 0.4 FLASH CLOCK FAST
:O F 200.0 unlock lid filling
:O -M 4.5 GLOBAL LAMBTEST
:= -A 21.2=z10+b1.HO503-mad
:***
I 18.6 = E 18.6=z10+b1.HO503-lid lid closed HO 503
F 0.4 = M 0.4 FLASH CLOCK FAST
F 4.5 = M 4.5 GLOBAL LAMBTEST
Q 21.2 = A 21.2=z10+b1.HO503-mad manual addittion permitted HO 503
Segment 12 Refill HO503 *(7)
:A -MA20.2 FREQ.CONV. REL.
:A -MA20.1 DOSING UNIT ON
:A -E 18.7=z10+b1.HO503-llp *(7) Total network inserted!
:L KT 010.2
:SD -T30 HO503 reserve
:
:C -DB101 SCALE 01 (WORK)
:A D 203.6 Abort Component HO500
:A D 140.8 Dosing timeout HO500
:A -T30 HO503 reserve
:CX -DX13 HO503 FEED. HO A1
:S D 7.0 Refill HO503
:
:AN -E 18.7=z10+b1.HO503-llp
:R D 7.0 Refill HO503
:BE
F 20.2 = MA20.2 FREQ.CONV. REL. *** not used
F 20.1 = MA20.1 DOSING UNIT ON
I 18.7 = E 18.7=z10+b1.HO503-llp low level probe free HO 503
T 30 = T30 HO503 reserve
DB 101 = DB101 SCALE 01 (WORK) working DB plc scale RAM
DX 13 = DX13 HO503 FEED. HO A1 HO503 area 1: feeding hopper
SB 14 -SB14 IO HO504 FEED.H A1 C:ZONE10ST.S5D LEN=214
Page 1
Segment 1 Load inputs
:A -M 0.1 CONSTANT 1
:= -ME22.1 DOSING UNIT ON simulation
:
:A -E 5.3=z10+b1.HO504-vi:
:AN -S 5.3=z10+b1.HO504-vi:
:= -ME22.3 VIBRATOR ON
:
:A -E 11.2=z10+b1.HO504-fav *(2)
:AN -S 11.2=z10+b1.HO504-fav *(2)
:AN -S 15.2=z10+b1.HO504-fav *(2)
:= -ME22.7 FRESH AIR V.CLOS *(2)
:
:A -E 19.2=z10+b1.HO504-llp
:= -ME23.3 INDICATOR FREE
:
:A -E 19.1=z10+b1.HO504-lid
:= -ME23.4 LID CLOSED
:
:A -E 15.2=z10+b1.HO504-fav *(2)
:AN -S 11.2=z10+b1.HO504-fav *(2)
:AN -S 15.2=z10+b1.HO504-fav *(2)
:= -ME23.7 FRESH AIR V.OPEN *(2)
:***
F 0.1 = M 0.1 CONSTANT 1
F 22.1 = ME22.1 DOSING UNIT ON
I 5.3 = E 5.3=z10+b1.HO504-vi: vibrator on HO 504
S 5.3 = S 5.3=z10+b1.HO504-vi: vibrator on HO 504
F 22.3 = ME22.3 VIBRATOR ON
I 11.2 = E 11.2=z10+b1.HO504-fav fresh air valve closed HO 504
S 11.2 = S 11.2=z10+b1.HO504-fav fresh air valve closed HO 504
S 15.2 = S 15.2=z10+b1.HO504-fav fresh air valve open HO 504
F 22.7 = ME22.7 FRESH AIR V.CLOS
I 19.2 = E 19.2=z10+b1.HO504-llp low level probe free HO 504
F 23.3 = ME23.3 INDICATOR FREE
I 19.1 = E 19.1=z10+b1.HO504-lid lid closed HO 504
F 23.4 = ME23.4 LID CLOSED
I 15.2 = E 15.2=z10+b1.HO504-fav fresh air valve open HO 504
F 23.7 = ME23.7 FRESH AIR V.OPEN
Segment 2
:DOU -FX14 HO504 FEED. HO A1
Name :HOP-TYP2
SINR : KF +4
OFFS : KF +10
TIM1 : KF +32
TIM2 : KF +33
TIM3 : KF +34
TIM4 : KF +35
:
:***
FX 14 = FX14 HO504 FEED. HO A1 HO504 area 1: feeding hopper
Segment 3 Write outputs
:CX -DX14 HO504 FEED. HO A1
:
:A -MA20.3 VIBRATOR ON
:AN -S 5.3=z10+b1.HO504-vi:
:= -A 5.3=z10+b1.HO504-vi:
:
:A -MA20.7 FRESH AIR V.CLOS *(2) new flag
SB 14 -SB14 IO HO504 FEED.H A1 C:ZONE10ST.S5D LEN=214
Page 2
:= -A 11.2=z10+b1.HO504-fav *(2)
:= D 6.0 release lid lock HO504
:***
F 20.3 = MA20.3 VIBRATOR ON
S 5.3 = S 5.3=z10+b1.HO504-vi: vibrator on HO 504
Q 5.3 = A 5.3=z10+b1.HO504-vi: vibrator on HO 504
F 20.7 = MA20.7 FRESH AIR V.CLOS
Q 11.2 = A 11.2=z10+b1.HO504-fav fresh air valve closed HO 504
DX 14 = DX14 HO504 FEED. HO A1 HO504 area 1: feeding hopper
Segment 4 FiFo - Parameter
:L KF +240
:T -MW180 PARAMETER 1 FiFo - DB
:
:L KF +0
:T -MW182 PARAMETER 2 FiFo - Output
:
:L KF +66
:T -MW184 PARAMETER 3 FiFo - Request
:
:L KF +4
:T -MW186 DW_ADDRESS Hopper No.
:***
FW 180 = MW180 PARAMETER 1
FW 182 = MW182 PARAMETER 2
FW 184 = MW184 PARAMETER 3
FW 186 = MW186 DW_ADDRESS
Segment 5 Addition - FiFo / Request
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:><F
:A(
:L DW 6 01 filling release
:L KF +1 01
:!=F 01
:) 01
:JC -FB136 ASSIGN DATABIT
Name :DBIT-ZUW
DB : -MW180 PARAMETER 1 FiFo - DB
DW : -MW184 PARAMETER 3 FiFo - Request
BIT : -MW186 DW_ADDRESS Hopper No.
WERT : -M 0.1 CONSTANT 1
DBDX : KS DB
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
FW 180 = MW180 PARAMETER 1
FW 184 = MW184 PARAMETER 3
F 0.1 = M 0.1 CONSTANT 1
FB 136 = FB136 ASSIGN DATABIT
Segment 6 Addition - FiFo / Delete Request
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:><F
:A(
:L DW 6 01 filling release
:L KF +1 01
SB 14 -SB14 IO HO504 FEED.H A1 C:ZONE10ST.S5D LEN=214
Page 3
:><F 01
:) 01
:JC -FB136 ASSIGN DATABIT
Name :DBIT-ZUW
DB : -MW180 PARAMETER 1 FiFo - DB
DW : -MW184 PARAMETER 3 FiFo - Request
BIT : -MW186 DW_ADDRESS Hopper No.
WERT : -M 0.2 CONSTANT 0
DBDX : KS DB
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
FW 180 = MW180 PARAMETER 1
FW 184 = MW184 PARAMETER 3
F 0.2 = M 0.2 CONSTANT 0
FB 136 = FB136 ASSIGN DATABIT
Segment 7 Addition - FiFo / Release
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:!=F
:A(
:L DW 6 01 filling release
:L KF +1 01
:><F 01
:) 01
:JC -FB176 STORE DW INDIR.
Name :TANS DW
DB : -MW180 PARAMETER 1 FiFo - DB
DW : -MW182 PARAMETER 2 FiFo - Output
WERT : -MW182 PARAMETER 2 Wert=0 => delete FiFo - Output
DBDX : KS DB
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
FW 180 = MW180 PARAMETER 1
FW 182 = MW182 PARAMETER 2
FB 176 = FB176 STORE DW INDIR. sp
Segment 8 unlock lid filling
:L -MW176 ACT.NO. ADD.-FIFO
:L -MW186 DW_ADDRESS Hopper No.
:!=F
:A(
:L DW 6 01 filing release
:L KF +1 01
:!=F 01
:) 01
:A -E 18.0=z10+b1.HO501-lid
:A -E 18.3=z10+b1.HO502-lid
:A -E 18.6=z10+b1.HO503-lid
:= F 200.0 unlock lid filling
:***
FW 176 = MW176 ACT.NO. ADD.-FIFO
FW 186 = MW186 DW_ADDRESS
I 18.0 = E 18.0=z10+b1.HO501-lid lid closed HO 501
I 18.3 = E 18.3=z10+b1.HO502-lid lid closed HO 502
I 18.6 = E 18.6=z10+b1.HO503-lid lid closed HO 503
SB 14 -SB14 IO HO504 FEED.H A1 C:ZONE10ST.S5D LEN=214
Page 4
Segment 9 unlock lid request
:CX -DX200 PL1-5 MX520,HO580
:O(
:L DW 53 01 PL ING_ADD: Step_Index
:L KF +75 01
:!=F 01 Step 75: man_add confirm ?
:A -M 18.3 SILO_OCCUPIED_OK 01
:) 01
:O F 200.0 unlock lid filling
:O -M 19.7 FAULT DOSING TIM dosing time out
:AN -A 15.4=z10+b1.HO501-lod
:A -E 18.0=z10+b1.HO501-lid
:AN -A 15.5=z10+b1.HO502-lod
:A -E 18.3=z10+b1.HO502-lid
:AN -A 15.6=z10+b1.HO503-lod
:A -E 18.6=z10+b1.HO503-lid
:= F 200.1 unlock lid request
:***
F 18.3 = M 18.3 SILO_OCCUPIED_OK
F 19.7 = M 19.7 FAULT DOSING TIM
Q 15.4 = A 15.4=z10+b1.HO501-lod locking device release HO 501
I 18.0 = E 18.0=z10+b1.HO501-lid lid closed HO 501
Q 15.5 = A 15.5=z10+b1.HO502-lod locking device release HO 502
I 18.3 = E 18.3=z10+b1.HO502-lid lid closed HO 502
Q 15.6 = A 15.6=z10+b1.HO503-lod locking device release HO 503
I 18.6 = E 18.6=z10+b1.HO503-lid lid closed HO 503
DX 200 = DX200 PL1-5 MX520,HO580 PL1-3: UNIT MX520 PL4,5: UNIT HO580
Segment 10 unlock lid
:A F 200.1 unlock lid request
:A -E 19.1=z10+b1.HO504-lid
:AN -E 13.3=z10+b1.HO501-exf
:A -E 17.3=z10+b1.HO501-exf
:AN -S 13.3=z10+b1.HO501-exf
:AN -S 17.3=z10+b1.HO501-exf
:AN -E 13.4=z10+b1.HO502-exf
:A -E 17.4=z10+b1.HO502-exf
:AN -S 13.4=z10+b1.HO502-exf
:AN -S 17.4=z10+b1.HO502-exf
:AN -E 13.5=z10+b1.HO503-exf
:A -E 17.5=z10+b1.HO503-exf
:AN -S 13.5=z10+b1.HO503-exf
:AN -S 17.5=z10+b1.HO503-exf
:= -A 15.7=z10+b1.HO504-lod
:***
I 19.1 = E 19.1=z10+b1.HO504-lid lid closed HO 504
I 13.3 = E 13.3=z10+b1.HO501-exf exhaustflap open HO 501
I 17.3 = E 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
S 13.3 = S 13.3=z10+b1.HO501-exf exhaustflap open HO 501
S 17.3 = S 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
I 13.4 = E 13.4=z10+b1.HO502-exf exhaustflap open HO 502
I 17.4 = E 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
S 13.4 = S 13.4=z10+b1.HO502-exf exhaustflap open HO 502
S 17.4 = S 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
I 13.5 = E 13.5=z10+b1.HO503-exf exhaustflap open HO 503
I 17.5 = E 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
S 13.5 = S 13.5=z10+b1.HO503-exf exhaustflap open HO 503
S 17.5 = S 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
Q 15.7 = A 15.7=z10+b1.HO504-lod locking device release HO 504
Segment 11 exhaust flap
SB 14 -SB14 IO HO504 FEED.H A1 C:ZONE10ST.S5D LEN=214
Page 5
:A -E 18.0=z10+b1.HO501-lid
:A -E 18.3=z10+b1.HO502-lid
:A -E 18.6=z10+b1.HO503-lid
:AN -E 19.1=z10+b1.HO504-lid
:AN -E 13.3=z10+b1.HO501-exf
:A -E 17.3=z10+b1.HO501-exf
:AN -S 13.3=z10+b1.HO501-exf
:AN -S 17.3=z10+b1.HO501-exf
:AN -E 13.4=z10+b1.HO502-exf
:A -E 17.4=z10+b1.HO502-exf
:AN -S 13.4=z10+b1.HO502-exf
:AN -S 17.4=z10+b1.HO502-exf
:AN -E 13.5=z10+b1.HO503-exf
:A -E 17.5=z10+b1.HO503-exf
:AN -S 13.5=z10+b1.HO503-exf
:AN -S 17.5=z10+b1.HO503-exf
:= -A 13.6=z10+b1.HO504-exf
:***
I 18.0 = E 18.0=z10+b1.HO501-lid lid closed HO 501
I 18.3 = E 18.3=z10+b1.HO502-lid lid closed HO 502
I 18.6 = E 18.6=z10+b1.HO503-lid lid closed HO 503
I 19.1 = E 19.1=z10+b1.HO504-lid lid closed HO 504
I 13.3 = E 13.3=z10+b1.HO501-exf exhaustflap open HO 501
I 17.3 = E 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
S 13.3 = S 13.3=z10+b1.HO501-exf exhaustflap open HO 501
S 17.3 = S 17.3=z10+b1.HO501-exf exhaustflap closed HO 501
I 13.4 = E 13.4=z10+b1.HO502-exf exhaustflap open HO 502
I 17.4 = E 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
S 13.4 = S 13.4=z10+b1.HO502-exf exhaustflap open HO 502
S 17.4 = S 17.4=z10+b1.HO502-exf exhaustflap closed HO 502
I 13.5 = E 13.5=z10+b1.HO503-exf exhaustflap open HO 503
I 17.5 = E 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
S 13.5 = S 13.5=z10+b1.HO503-exf exhaustflap open HO 503
S 17.5 = S 17.5=z10+b1.HO503-exf exhaustflap closed HO 503
Q 13.6 = A 13.6=z10+b1.HO504-exf exhaustflap open HO 504
Segment 12 man.addition permitted/ complete
:O -A 15.7=z10+b1.HO504-lod
:ON -E 19.1=z10+b1.HO504-lid
:AN F 200.0 unlock lid filling
:A -M 0.4 FLASH CLOCK FAST
:O F 200.0 unlock lid filling
:O -M 4.5 GLOBAL LAMBTEST
:= -A 21.3=z10+b1.HO504-mad
:
:O -M 18.3 SILO_OCCUPIED_OK
:O -M 4.5 GLOBAL LAMBTEST
:= -A 21.6=z10+b1.HO504-mad
:BE
Q 15.7 = A 15.7=z10+b1.HO504-lod locking device release HO 504
I 19.1 = E 19.1=z10+b1.HO504-lid lid closed HO 504
F 0.4 = M 0.4 FLASH CLOCK FAST
F 4.5 = M 4.5 GLOBAL LAMBTEST
Q 21.3 = A 21.3=z10+b1.HO504-mad manual addittion permitted HO 504
F 18.3 = M 18.3 SILO_OCCUPIED_OK
Q 21.6 = A 21.6=z10+b1.HO504-mad manual addittion complete HO 504
SB 15 -SB15 IO HO505 FEED.H A1 C:ZONE10ST.S5D LEN=103
Page 1
Segment 1 Load inputs
:A -E 4.4=z10+b1.HO505-dsc
:AN -S 4.4=z10+b1.HO505-dsc
:= -ME22.1 DOSING UNIT ON
:
:A -E 6.2=z10+b1.HO500-fco
:AN -S 6.2=z10+b1.HO500-fco
:= -ME22.2 FREQ.CONV. READY
:
:A -E 5.4=z10+b1.HO505-vi:
:AN -S 5.4=z10+b1.HO505-vi:
:= -ME22.3 VIBRATOR ON
:
:A -E 6.7=z10+b1.fra505-vi
:AN -S 6.7=z10+b1.fra505-vi
:= -ME22.4 VIBRATOR BIG-BAG
:
:A -E 11.3=z10+b1.HO505-csc
:AN -S 11.3=z10+b1.HO505-csc
:= -ME23.1 BLOCK VALVE OPEN
:***
I 4.4 = E 4.4=z10+b1.HO505-dsc dosing screw on HO 505
S 4.4 = S 4.4=z10+b1.HO505-dsc dosing screw on HO 505
F 22.1 = ME22.1 DOSING UNIT ON
I 6.2 = E 6.2=z10+b1.HO500-fco frequ.converter ready HO 500
S 6.2 = S 6.2=z10+b1.HO500-fco frequ.converter ready HO 500
F 22.2 = ME22.2 FREQ.CONV. READY
I 5.4 = E 5.4=z10+b1.HO505-vi: vibrator on HO 505
S 5.4 = S 5.4=z10+b1.HO505-vi: vibrator on HO 505
F 22.3 = ME22.3 VIBRATOR ON
I 6.7 = E 6.7=z10+b1.fra505-vi vibrator on frame 505
S 6.7 = S 6.7=z10+b1.fra505-vi vibrator on frame 505
F 22.4 = ME22.4 VIBRATOR BIG-BAG
I 11.3 = E 11.3=z10+b1.HO505-csc cone screw open HO 505
S 11.3 = S 11.3=z10+b1.HO505-csc cone screw open HO 505
F 23.1 = ME23.1 BLOCK VALVE OPEN
Segment 2 Load inputs
:A -E 19.5=z10+b1.HO505-llp
:= -ME23.3 INDICATOR FREE
:***
I 19.5 = E 19.5=z10+b1.HO505-llp low level probe free HO 505
F 23.3 = ME23.3 INDICATOR FREE
Segment 3
:DOU -FX15 HO505 FEED. HO A1
Name :HOP-TYP3
SINR : KF +5
OFFS : KF +10
TIM1 : KF +36
TIM2 : KF +37
TIM3 : KF +38
TIM4 : KF +39
:***
FX 15 = FX15 HO505 FEED. HO A1 HO505 area 1: big-bag feeding hopper
Segment 4 Write outputs
:A -MA20.1 DOSING UNIT ON
:AN -S 4.4=z10+b1.HO505-dsc
:= -A 4.4=z10+b1.HO505-dsc
SB 15 -SB15 IO HO505 FEED.H A1 C:ZONE10ST.S5D LEN=103
Page 2
:
:A -MA20.3 VIBRATOR ON
:AN -S 5.4=z10+b1.HO505-vi:
:= -A 5.4=z10+b1.HO505-vi:
:
:A -MA20.4 VIBRATOR BIG-BAG
:AN -S 6.7=z10+b1.fra505-vi
:= -A 6.7=z10+b1.fra505-vi
:
:A -MA21.1 BLOCK VALVE OPEN
:= -A 11.3=z10+b1.HO505-csc
:***
F 20.1 = MA20.1 DOSING UNIT ON
S 4.4 = S 4.4=z10+b1.HO505-dsc dosing screw on HO 505
Q 4.4 = A 4.4=z10+b1.HO505-dsc dosing screw on HO 505
F 20.3 = MA20.3 VIBRATOR ON
S 5.4 = S 5.4=z10+b1.HO505-vi: vibrator on HO 505
Q 5.4 = A 5.4=z10+b1.HO505-vi: vibrator on HO 505
F 20.4 = MA20.4 VIBRATOR BIG-BAG
S 6.7 = S 6.7=z10+b1.fra505-vi vibrator on frame 505
Q 6.7 = A 6.7=z10+b1.fra505-vi vibrator on frame 505
F 21.1 = MA21.1 BLOCK VALVE OPEN
Q 11.3 = A 11.3=z10+b1.HO505-csc cone screw open HO 505
Segment 5
:CX -DX15 HO505 FEED. HO A1
:***
DX 15 = DX15 HO505 FEED. HO A1 HO505 area 1: big-bag feeding hopper
Segment 6 unlock lid, man.add.permitted
:L DW 6 filling release
:L KF +1
:!=F
:= F 200.0
:
:O F 200.0
:A -E 19.4=z10+b1.HO505-inl
:= -A 15.3=z10+b1.HO505-lod *(1) change a16.0 in A15.3
:
:AN -E 19.4=z10+b1.HO505-inl
:AN F 200.0
:A -M 0.4 FLASH CLOCK FAST
:O F 200.0
:O -M 4.5 GLOBAL LAMBTEST
:= -A 21.4=z10+b1.HO505-mad
:***
I 19.4 = E 19.4=z10+b1.HO505-inl inlet closed HO 505
Q 15.3 = A 15.3=z10+b1.HO505-lod locking device release HO 505
F 0.4 = M 0.4 FLASH CLOCK FAST
F 4.5 = M 4.5 GLOBAL LAMBTEST
Q 21.4 = A 21.4=z10+b1.HO505-mad manual addittion permitted HO 505
Segment 7 Refill HO505 *(7)
:A -MA20.2 FREQ.CONV. REL.
:A -MA20.1 DOSING UNIT ON
:A -E 19.5=z10+b1.HO505-llp *(7) Totasl network inserted!
:L KT 010.2
:SD -T39 HO505 reserve
:
:C -DB101 SCALE 01 (WORK)
:A D 203.6 Abort Component
SB 15 -SB15 IO HO505 FEED.H A1 C:ZONE10ST.S5D LEN=103
Page 3
:A D 140.8 Dosing timeout
:A -T39 HO505 reserve
:CX -DX15 HO505 FEED. HO A1
:S D 7.0 Refill HO505
:
:AN -E 19.5=z10+b1.HO505-llp
:R D 7.0 Refill HO505
:BE
F 20.2 = MA20.2 FREQ.CONV. REL. *** not used
F 20.1 = MA20.1 DOSING UNIT ON
I 19.5 = E 19.5=z10+b1.HO505-llp low level probe free HO 505
T 39 = T39 HO505 reserve
DB 101 = DB101 SCALE 01 (WORK) working DB plc scale RAM
DX 15 = DX15 HO505 FEED. HO A1 HO505 area 1: big-bag feeding hopper
SB 30 -SB30 IO DR540 DRY. A2&3 C:ZONE10ST.S5D LEN=46
Page 1
Segment 1 Load inputs
:A -E 7.0=z10+b3.DR540-rfe
:AN -S 7.0=z10+b3.DR540-rfe
:= -ME22.1 DOSING UNIT ON
:
:A -E 7.1=z10+b3.DR540-fco
:AN -S 7.1=z10+b3.DR540-fco
:= -ME22.2 FREQ.CONV. READY
:
:A -E 20.6=z10+b3.DR540-ssw
:AN -S 20.6=z10+b3.DR540-ssw
:= -ME23.2 SAFETY SWITCH OK
:
:A -E 20.5=z10+b3.DR540-llp
:= -ME23.3 INDICATOR FREE
:
:A -E 24.4=z10+DKC.DR540-di
:= -ME23.6 DRYER_DISCH ON *(2) new flag
:***
I 7.0 = E 7.0=z10+b3.DR540-rfe rotary feeder on DR 540
S 7.0 = S 7.0=z10+b3.DR540-rfe rotary feeder on DR 540
F 22.1 = ME22.1 DOSING UNIT ON
I 7.1 = E 7.1=z10+b3.DR540-fco frequ.converter ready DR 540
S 7.1 = S 7.1=z10+b3.DR540-fco frequ.converter ready DR 540
F 22.2 = ME22.2 FREQ.CONV. READY
I 20.6 = E 20.6=z10+b3.DR540-ssw safety switch ok DR 540
S 20.6 = S 20.6=z10+b3.DR540-ssw safety switch ok DR 540
F 23.2 = ME23.2 SAFETY SWITCH OK
I 20.5 = E 20.5=z10+b3.DR540-llp low level probe free DR 540
F 23.3 = ME23.3 INDICATOR FREE
I 24.4 = E 24.4=z10+DKC.DR540-di discharge 5 on DR 540
F 23.6 = ME23.6 DRYER_DISCH ON
Segment 2
:DOU -FX30 DR540 DRYER A 2&3
Name :DRYER SI
SINR : KF +0
OFFS : KF +30
TIM1 : KF +50
TIM2 : KF +51
TIM3 : KF +52
TIM4 : KF +53
PWFU : KF +130
:***
FX 30 = FX30 DR540 DRYER A 2&3 DR540 area 2 & 3: line dryer
Segment 3 Write outputs
:A -MA20.1 DOSING UNIT ON
:AN -S 7.0=z10+b3.DR540-rfe
:= -A 7.0=z10+b3.DR540-rfe
:
:A -MA20.2 FREQ.CONV. REL.
:= -A 7.1=z10+b3.DR540-fco
:= -A 24.5=z10+AZO.HO561-ch
:BE
F 20.1 = MA20.1 DOSING UNIT ON
S 7.0 = S 7.0=z10+b3.DR540-rfe rotary feeder on DR 540
Q 7.0 = A 7.0=z10+b3.DR540-rfe rotary feeder on DR 540
F 20.2 = MA20.2 FREQ.CONV. REL. *** not used
Q 7.1 = A 7.1=z10+b3.DR540-fco frequ.converter release DR 540
SB 30 -SB30 IO DR540 DRY. A2&3 C:ZONE10ST.S5D LEN=46
Page 2
Q 24.5 = A 24.5=z10+AZO.HO561-ch charge 5 ready HO 561
SB 32 C:ZONE10ST.S5D LEN=20
Page 1
Segment 1 Load inputs
:A -M 0.1 CONSTANT 1
:= -ME22.5 DOSING FEEDER ON simulation
:***
F 0.1 = M 0.1 CONSTANT 1
F 22.5 = ME22.5 DOSING FEEDER ON
Segment 2
:DOU FX 32
Name :HOP-TYP4
SINR : KF +2
OFFS : KF +0
TIM1 : KF +0
TIM2 : KF +0
TIM3 : KF +0
TIM4 : KF +0
:***
Segment 3 Write outputs
: no outputs
:BE
SB 200 -SB200 CALL PLI RSBatch C:ZONE10ST.S5D LEN=452
Page 1
Segment 1 Watch - Dog fuer Open Batch
:DOU -FX200 PLI_WATCHDOG RSB
Name :WATCHDOG
DBNR : KF +200
OFF : KF +255
TIMR : -T6 PLI-WATCHDOG
TIME : KT 020.2
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
DBDX : -M 0.1 CONSTANT 1
:***
T 6 = T6 PLI-WATCHDOG standard
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
FX 200 = FX200 PLI_WATCHDOG RSB
Segment 2 PLI MX520_EMPTY (scale HO500)
:DOU -FX201 PLI_INTERFACE RSB
Name :PLI
DBNR : KF +200 ( PLI Interface )
OFF : KF +0
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
ENAB : -M 0.1 CONSTANT 1
OWNR : -M 4.1 GLOB. MANUAL-MODE
PARA : -M 0.2 CONSTANT 0
REPO : -M 0.1 CONSTANT 1
DBDX : -M 0.1 CONSTANT 1
ENOW : -M 4.7 PLI_ENABLE_EXT_OW
TDUR : -T150 MX520_EMPTY DEL.RE
: --------------------------------
:DOU -FX100 PHASE-L EMPTY
Name :PL-SS-EM
PLDX : KF +200
OFFS : KF +0
WZNR : KF +1
EMPY : -M 42.2 HO500 EMPTY-RANG
UNID : -M 162.0 MX520 UNIT_IDLE
TDDP : -T170 MX520_EMPTY DEL.PA
:***
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
F 4.1 = M 4.1 GLOB. MANUAL-MODE
F 0.2 = M 0.2 CONSTANT 0
F 4.7 = M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
T 150 = T150 MX520_EMPTY DEL.RE MX520_EMPTY delay upload reports
F 42.2 = M 42.2 HO500 EMPTY-RANG
F 162.0 = M 162.0 MX520 UNIT_IDLE
T 170 = T170 MX520_EMPTY DEL.PA MX520_EMPTY delay download parameters
FX 201 = FX201 PLI_INTERFACE RSB
FX 100 = FX100 PHASE-L EMPTY
Segment 3 PLI MX520_ING_ADD (scale HO500)
:DOU -FX201 PLI_INTERFACE RSB
Name :PLI
DBNR : KF +200
OFF : KF +50
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
ENAB : -M 0.1 CONSTANT 1
OWNR : -M 4.1 GLOB. MANUAL-MODE
PARA : -M 0.2 CONSTANT 0
REPO : -M 164.0 MX520 I_ADD REP
SB 200 -SB200 CALL PLI RSBatch C:ZONE10ST.S5D LEN=452
Page 2
DBDX : -M 0.1 CONSTANT 1
ENOW : -M 4.7 PLI_ENABLE_EXT_OW
TDUR : -T151 MX520_IN_AD DEL.RE
:
:DOU -FX101 PHASE-L ING_ADD
Name :PL-SS-IA
PLDX : KF +200
OFFS : KF +50
WADB : KF +11
EOSI : -M 42.0 HO500 EOF CHA SI
UNID : -M 162.0 MX520 UNIT_IDLE
REPO : -M 165.7 MX520 I_ADD ROK if last ingredient=0 then REPO=1
TDDP : -T171 MX520_IN_AD DEL.PA
:
:DOU -FX202 PLI->SCALE CHARGE
Name :PLI-SC C
PLDX : KF +200
OFFS : KF +50 --------------------------------
WZNR : KF +1
DBPC : KF +210 ( PLI Interface transfer
DBST : KF +208 to standars PC Interface
WADB : KF +11 and then to PLC-Scale-module)
REPO : -M 165.7 MX520 I_ADD ROK if last ingredient=0 then PREP=1
PREP : -M 164.0 MX520 I_ADD REP
:***
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
F 4.1 = M 4.1 GLOB. MANUAL-MODE
F 0.2 = M 0.2 CONSTANT 0
F 164.0 = M 164.0 MX520 I_ADD REP
F 4.7 = M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
T 151 = T151 MX520_IN_AD DEL.RE MX520_ING_ADD delay upload reports
F 42.0 = M 42.0 HO500 EOF CHA SI
F 162.0 = M 162.0 MX520 UNIT_IDLE
F 165.7 = M 165.7 MX520 I_ADD ROK enable reports
T 171 = T171 MX520_IN_AD DEL.PA MX520_ING_ADD delay download parameters
FX 201 = FX201 PLI_INTERFACE RSB
FX 101 = FX101 PHASE-L ING_ADD
FX 202 = FX202 PLI->SCALE CHARGE
Segment 4 PLI MX520_DISCH_NOP (scaleHO500)
:DOU -FX201 PLI_INTERFACE RSB
Name :PLI
DBNR : KF +200
OFF : KF +100 ( PLI Interface )
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
ENAB : -M 0.1 CONSTANT 1
OWNR : -M 4.1 GLOB. MANUAL-MODE
PARA : -M 0.2 CONSTANT 0
REPO : -M 164.1 MX520 DI_NO REP
DBDX : -M 0.1 CONSTANT 1
ENOW : -M 4.7 PLI_ENABLE_EXT_OW
TDUR : -T152 MX520_DI_NO DEL.RE
:
:DOU -FX102 PHASE-L DISCH_NOP
Name :PL-SS-DN
PLDX : KF +200
OFFS : KF +100
ADB : KF +11
EOSI : -M 42.1 HO500 EOF DIS SI
REPO : -M 0.1 CONSTANT 1
UNID : -M 162.0 MX520 UNIT_IDLE
SB 200 -SB200 CALL PLI RSBatch C:ZONE10ST.S5D LEN=452
Page 3
CEMP : -M 0.2 CONSTANT 0 not used
PCOM : -M 0.2 CONSTANT 0 not used
TDDP : -T172 MX520_DI_NO DEL.PA
:
:DOU -FX203 PLI->SCALE DISCHA --------------------------------
Name :PLI-SC D
PLDX : KF +200 ( PLI Interface transfer
OFFS : KF +100 to standard PC Interface
WZNR : KF +1 and then to PLC-Scale-module )
DBPC : KF +210
DBST : KF +208
WADB : KF +11 ??? notwendig ???
PREP : -M 164.1 MX520 DI_NO REP
ENRE : -M 165.6 MX520 DI_NO ROK
:***
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
F 4.1 = M 4.1 GLOB. MANUAL-MODE
F 0.2 = M 0.2 CONSTANT 0
F 164.1 = M 164.1 MX520 DI_NO REP
F 4.7 = M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
T 152 = T152 MX520_DI_NO DEL.RE MX520_DISCHARGE_NOP delay upload reports
F 42.1 = M 42.1 HO500 EOF DIS SI
F 162.0 = M 162.0 MX520 UNIT_IDLE
T 172 = T172 MX520_DI_NO DEL.PA MX520_DISCHARGE_NOP delay download param
F 165.6 = M 165.6 MX520 DI_NO ROK enable reports
FX 201 = FX201 PLI_INTERFACE RSB
FX 102 = FX102 PHASE-L DISCH_NOP
FX 203 = FX203 PLI->SCALE DISCHA
Segment 5 PLI HO561_EMPTY (scale HO561)
:DOU -FX201 PLI_INTERFACE RSB
Name :PLI
DBNR : KF +201 ( PLI Interface )
OFF : KF +50
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
ENAB : -M 0.1 CONSTANT 1
OWNR : -M 4.1 GLOB. MANUAL-MODE
PARA : -M 0.2 CONSTANT 0
REPO : -M 0.1 CONSTANT 1
DBDX : -M 0.1 CONSTANT 1
ENOW : -M 4.7 PLI_ENABLE_EXT_OW
TDUR : -T153 HO561_EMPTY DEL.RE
: --------------------------------
:DOU -FX100 PHASE-L EMPTY
Name :PL-SS-EM
PLDX : KF +201
OFFS : KF +50
WZNR : KF +3
EMPY : -M 43.0 HO561 EMPTY-RANG
UNID : -M 162.2 HO561 UNIT_IDLE
TDDP : -T173 HO561_EMPTY DEL.PA
:***
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
F 4.1 = M 4.1 GLOB. MANUAL-MODE
F 0.2 = M 0.2 CONSTANT 0
F 4.7 = M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
T 153 = T153 HO561_EMPTY DEL.RE HO561_EMPTY delay upload reports
F 43.0 = M 43.0 HO561 EMPTY-RANG
F 162.2 = M 162.2 HO561 UNIT_IDLE
SB 200 -SB200 CALL PLI RSBatch C:ZONE10ST.S5D LEN=452
Page 4
T 173 = T173 HO561_EMPTY DEL.PA HO561_EMPTY delay download parameters
FX 201 = FX201 PLI_INTERFACE RSB
FX 100 = FX100 PHASE-L EMPTY
Segment 6 PLI HO561_CHARGE (scale HO561)
:DOU -FX201 PLI_INTERFACE RSB
Name :PLI
DBNR : KF +201
OFF : KF +100
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
ENAB : -M 0.1 CONSTANT 1
OWNR : -M 4.1 GLOB. MANUAL-MODE
PARA : -M 0.2 CONSTANT 0
REPO : -M 164.4 HO561 CHARG REP
DBDX : -M 0.1 CONSTANT 1
ENOW : -M 4.7 PLI_ENABLE_EXT_OW
TDUR : -T154 HO561_CHARG DEL.RE
:
:DOU -FX103 PHASE-L CHARGE
Name :PL-SS-CH
PLDX : KF +201
OFFS : KF +100
ADB : KF +31
EOSI : -M 42.6 HO561 EOF CHA SI
SC? : -M 0.1 CONSTANT 1
UNID : -M 162.2 HO561 UNIT_IDLE
PCOM : -M 0.2 CONSTANT 0 not used !
TDDP : -T174 HO561_CHARG DEL.PA
: --------------------------------
:DOU -FX202 PLI->SCALE CHARGE
Name :PLI-SC C
PLDX : KF +201 ( PLI Interface transfer
OFFS : KF +100 to standard PC Interface
WZNR : KF +3 and then to PLC-Scale-module)
DBPC : KF +210
DBST : KF +208
WADB : KF +31 ??? notwendig ???
REPO : -M 0.1 CONSTANT 1
PREP : -M 164.4 HO561 CHARG REP
:***
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
F 4.1 = M 4.1 GLOB. MANUAL-MODE
F 0.2 = M 0.2 CONSTANT 0
F 164.4 = M 164.4 HO561 CHARG REP
F 4.7 = M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
T 154 = T154 HO561_CHARG DEL.RE HO561_CHARGE delay upload reports
F 42.6 = M 42.6 HO561 EOF CHA SI
F 162.2 = M 162.2 HO561 UNIT_IDLE
T 174 = T174 HO561_CHARG DEL.PA HO561_CHARGE delay download parameters
FX 201 = FX201 PLI_INTERFACE RSB
FX 103 = FX103 PHASE-L CHARGE
FX 202 = FX202 PLI->SCALE CHARGE
Segment 7 PLI HO561_DISCHARGE (scaleHO561)
:DOU -FX201 PLI_INTERFACE RSB
Name :PLI
DBNR : KF +201
OFF : KF +150 ( PLI Interface )
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
ENAB : -M 0.1 CONSTANT 1
SB 200 -SB200 CALL PLI RSBatch C:ZONE10ST.S5D LEN=452
Page 5
OWNR : -M 4.1 GLOB. MANUAL-MODE
PARA : -M 0.2 CONSTANT 0
REPO : -M 164.5 HO561 DISCH REP
DBDX : -M 0.1 CONSTANT 1
ENOW : -M 4.7 PLI_ENABLE_EXT_OW
TDUR : -T155 HO561_DISCH DEL.RE
:
:O -M 42.7 HO561 EOF DIS SI *(6)
:O -M 59.6 ABORT HO561_DISC *(6)
:= F 210.0 *(6) end of SI HO561_DISCHARGE
:
:DOU -FX104 PHASE-L DISCHARGE
Name :PL-SS-DI
PLDX : KF +201
OFFS : KF +150
ADB : KF +31
EOSI : F 210.0 *(6) end of SI HO561_DISCHARGE
REPO : -M 0.1 CONSTANT 1
UNID : -M 162.2 HO561 UNIT_IDLE
CEMP : -M 0.2 CONSTANT 0 not used
PCOM : -M 0.2 CONSTANT 0 not used
TDDP : -T175 HO561_DISCH DEL.PA
:
:DOU -FX203 PLI->SCALE DISCHA --------------------------------
Name :PLI-SC D
PLDX : KF +201 ( PLI Interface transfer
OFFS : KF +150 to standard PC Interface
WZNR : KF +3 and then to PLC-Scale-module )
DBPC : KF +210
DBST : KF +208
WADB : KF +31 ??? notwendig ???
PREP : -M 164.5 HO561 DISCH REP
ENRE : -M 165.5 HO561 DISCH ROK
:***
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
F 4.1 = M 4.1 GLOB. MANUAL-MODE
F 0.2 = M 0.2 CONSTANT 0
F 164.5 = M 164.5 HO561 DISCH REP
F 4.7 = M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
T 155 = T155 HO561_DISCH DEL.RE HO561_DISCHARGE delay upload reports
F 42.7 = M 42.7 HO561 EOF DIS SI
F 59.6 = M 59.6 ABORT HO561_DISC *(6)
F 162.2 = M 162.2 HO561 UNIT_IDLE
T 175 = T175 HO561_DISCH DEL.PA HO561_DISCHARGE delay download parameter
F 165.5 = M 165.5 HO561 DISCH ROK enable reports
FX 201 = FX201 PLI_INTERFACE RSB
FX 104 = FX104 PHASE-L DISCHARGE
FX 203 = FX203 PLI->SCALE DISCHA
Segment 8 PLI BD560_CHARGE (blender BD560)
:DOU -FX201 PLI_INTERFACE RSB
Name :PLI
DBNR : KF +201
OFF : KF +200
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
ENAB : -M 0.1 CONSTANT 1
OWNR : -M 4.1 GLOB. MANUAL-MODE Service-Mode ??
PARA : -M 0.2 CONSTANT 0
REPO : -M 164.6 BD560 CHARG REP TEST!!!
DBDX : -M 0.1 CONSTANT 1
ENOW : -M 4.7 PLI_ENABLE_EXT_OW
SB 200 -SB200 CALL PLI RSBatch C:ZONE10ST.S5D LEN=452
Page 6
TDUR : -T156 BD560_CHARG DEL.RE
:
:DOU -FX103 PHASE-L CHARGE
Name :PL-SS-CH
PLDX : KF +201
OFFS : KF +200
ADB : KF +30
EOSI : -M 0.1 CONSTANT 1
SC? : -M 0.2 CONSTANT 0 no scale
UNID : -M 162.3 BD560 UNIT_IDLE --------------------------------
PCOM : -M 170.0 BD560 CHARG CMP
TDDP : -T176 BD560_CHARG DEL.PA
:
:DOU -FX204 PLI->BLEND CH&DI
Name :P-BL C&D
PLDX : KF +201
OFFS : KF +200
PSTR : -M 60.0 STRT CHARG BD560
PACT : -M 60.1 CHARGE ACT.BD560
MADB : KF +30
REPO : -M 0.2 CONSTANT 0 TEST !!!!!
PREP : -M 164.6 BD560 CHARG REP
PCOM : -M 170.0 BD560 CHARG CMP
:***
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
F 4.1 = M 4.1 GLOB. MANUAL-MODE
F 0.2 = M 0.2 CONSTANT 0
F 164.6 = M 164.6 BD560 CHARG REP
F 4.7 = M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
T 156 = T156 BD560_CHARG DEL.RE BD560_CHARGE delay upload reports
F 162.3 = M 162.3 BD560 UNIT_IDLE
F 170.0 = M 170.0 BD560 CHARG CMP complete !
T 176 = T176 BD560_CHARG DEL.PA BD560_CHARGE delay download parameters
F 60.0 = M 60.0 STRT CHARG BD560
F 60.1 = M 60.1 CHARGE ACT.BD560
FX 201 = FX201 PLI_INTERFACE RSB
FX 103 = FX103 PHASE-L CHARGE
FX 204 = FX204 PLI->BLEND CH&DI
Segment 9 PLI BD560_MAN_ADD (blenderBD560)
:DOU -FX201 PLI_INTERFACE RSB
Name :PLI
DBNR : KF +202 ( PLI Interface )
OFF : KF +0
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
ENAB : -M 0.1 CONSTANT 1
OWNR : -M 4.1 GLOB. MANUAL-MODE
PARA : -M 0.2 CONSTANT 0
REPO : -M 0.2 CONSTANT 0 no reports
DBDX : -M 0.1 CONSTANT 1
ENOW : -M 4.7 PLI_ENABLE_EXT_OW
TDUR : -T157 BD560_MA_AD DEL.RE
: --------------------------------
:AN -E 21.4=z10+b3.BD560-lid
:= -M 0.0 IND.ADDRES(DUMMY)
:
:DOU -FX106 PHASE-L MAN_ADD
Name :PL-SS-MA
PLDX : KF +202
OFFS : KF +0
MADB : KF +30
SB 200 -SB200 CALL PLI RSBatch C:ZONE10ST.S5D LEN=452
Page 7
EOSI : -M 0.0 IND.ADDRES(DUMMY)
LOAC : -M 61.5 LOCK ACTIVE BL
UNID : -M 162.3 BD560 UNIT_IDLE
TDDP : -T177 BD560_MA_AD DEL.PA
:***
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
F 4.1 = M 4.1 GLOB. MANUAL-MODE
F 0.2 = M 0.2 CONSTANT 0
F 4.7 = M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
T 157 = T157 BD560_MA_AD DEL.RE BD560_MAM_ADD delay upload reports
I 21.4 = E 21.4=z10+b3.BD560-lid lid closed BD 560
F 0.0 = M 0.0 IND.ADDRES(DUMMY)
F 61.5 = M 61.5 LOCK ACTIVE BL
F 162.3 = M 162.3 BD560 UNIT_IDLE
T 177 = T177 BD560_MA_AD DEL.PA BD560_MAM_ADD delay download parameters
FX 201 = FX201 PLI_INTERFACE RSB
FX 106 = FX106 PHASE-L MAN_ADD
Segment 10 PLI BD560_BLEND (blender BD560)
:DOU -FX201 PLI_INTERFACE RSB
Name :PLI
DBNR : KF +202 ( PLI Interface )
OFF : KF +50
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
ENAB : -M 0.1 CONSTANT 1
OWNR : -M 4.1 GLOB. MANUAL-MODE
PARA : -M 0.2 CONSTANT 0
REPO : -M 165.0 BD560 BLEND REP
DBDX : -M 0.1 CONSTANT 1
ENOW : -M 4.7 PLI_ENABLE_EXT_OW
TDUR : -T158 BD560_BLEND DEL.RE
: --------------------------------
:DOU -FX105 PHASE-L BLEND
Name :PL-SS-BL
PLDX : KF +202
OFFS : KF +50
MADB : KF +30
EOSI : -M 60.3 BLE.TIME OVER BL
BLEN : -M 60.2 STRT BLEND BD560
UNID : -M 162.3 BD560 UNIT_IDLE
PREP : -M 165.0 BD560 BLEND REP
TDDP : -T178 BD560_BLEND DEL.PA
:***
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
F 4.1 = M 4.1 GLOB. MANUAL-MODE
F 0.2 = M 0.2 CONSTANT 0
F 165.0 = M 165.0 BD560 BLEND REP
F 4.7 = M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
T 158 = T158 BD560_BLEND DEL.RE BD560_BLEND delay upload reports
F 60.3 = M 60.3 BLE.TIME OVER BL
F 60.2 = M 60.2 STRT BLEND BD560
F 162.3 = M 162.3 BD560 UNIT_IDLE
T 178 = T178 BD560_BLEND DEL.PA BD560_BLEND delay download parameters
FX 201 = FX201 PLI_INTERFACE RSB
FX 105 = FX105 PHASE-L BLEND
Segment 11 PLI BD560_DISCH_NOP (blendBD560)
:DOU -FX201 PLI_INTERFACE RSB
SB 200 -SB200 CALL PLI RSBatch C:ZONE10ST.S5D LEN=452
Page 8
Name :PLI
DBNR : KF +202 ( PLI Interface )
OFF : KF +100
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
ENAB : -M 0.1 CONSTANT 1
OWNR : -M 4.1 GLOB. MANUAL-MODE
PARA : -M 0.2 CONSTANT 0
REPO : -M 165.1 BD560 DI_NO REP no reports
DBDX : -M 0.1 CONSTANT 1
ENOW : -M 4.7 PLI_ENABLE_EXT_OW
TDUR : -T159 BD560_DI_NO DEL.RE
: --------------------------------
:DOU -FX102 PHASE-L DISCH_NOP
Name :PL-SS-DN
PLDX : KF +202
OFFS : KF +100
ADB : KF +30
EOSI : -M 0.1 CONSTANT 1 end by phase
REPO : -M 0.2 CONSTANT 0 no reports
UNID : -M 162.3 BD560 UNIT_IDLE
CEMP : -M 62.3 BD560 CHECK EMPT
PCOM : -M 170.1 BD560 DI_NO CMP
TDDP : -T179 BD560_DI_NO DEL.PA
:
:DOU -FX204 PLI->BLEND CH&DI
Name :P-BL C&D
PLDX : KF +202
OFFS : KF +100
PSTR : -M 62.1 STRT DINOP BD560
PACT : -M 0.2 CONSTANT 0
MADB : KF +30
REPO : -M 0.2 CONSTANT 0
PREP : -M 165.1 BD560 DI_NO REP
PCOM : -M 170.1 BD560 DI_NO CMP
:***
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
F 4.1 = M 4.1 GLOB. MANUAL-MODE
F 0.2 = M 0.2 CONSTANT 0
F 165.1 = M 165.1 BD560 DI_NO REP
F 4.7 = M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
T 159 = T159 BD560_DI_NO DEL.RE BD560_DISCHARGE_NOP delay upload reports
F 162.3 = M 162.3 BD560 UNIT_IDLE
F 62.3 = M 62.3 BD560 CHECK EMPT
F 170.1 = M 170.1 BD560 DI_NO CMP complete !
T 179 = T179 BD560_DI_NO DEL.PA BD560_DISCHARGE_NOP delay download param
F 62.1 = M 62.1 STRT DINOP BD560
FX 201 = FX201 PLI_INTERFACE RSB
FX 102 = FX102 PHASE-L DISCH_NOP
FX 204 = FX204 PLI->BLEND CH&DI
Segment 12 PLI BD560_DISCHARGE (blendBD560)
:DOU -FX201 PLI_INTERFACE RSB
Name :PLI
DBNR : KF +202 ( PLI Interface )
OFF : KF +150
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
ENAB : -M 0.1 CONSTANT 1
OWNR : -M 4.1 GLOB. MANUAL-MODE
PARA : -M 0.2 CONSTANT 0
REPO : -M 165.2 BD560 DISCH REP no reports
DBDX : -M 0.1 CONSTANT 1
SB 200 -SB200 CALL PLI RSBatch C:ZONE10ST.S5D LEN=452
Page 9
ENOW : -M 4.7 PLI_ENABLE_EXT_OW
TDUR : -T160 BD560_DISCH DEL.RE
: --------------------------------
:DOU -FX104 PHASE-L DISCHARGE
Name :PL-SS-DI
PLDX : KF +202
OFFS : KF +150
ADB : KF +30
EOSI : -M 60.5 DIS.TIME OVER BL time over
REPO : -M 0.2 CONSTANT 0 no reports
UNID : -M 162.3 BD560 UNIT_IDLE
CEMP : -M 62.3 BD560 CHECK EMPT
PCOM : -M 170.2 BD560 DISCH CMP
TDDP : -T180 BD560_DISCH DEL.PA
:
:DOU -FX204 PLI->BLEND CH&DI
Name :P-BL C&D
PLDX : KF +202
OFFS : KF +150
PSTR : -M 60.4 STRT DISCH.BD560
PACT : -M 0.2 CONSTANT 0
MADB : KF +30
REPO : -M 0.2 CONSTANT 0
PREP : -M 165.2 BD560 DISCH REP
PCOM : -M 170.2 BD560 DISCH CMP
:*** no reports
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
F 4.1 = M 4.1 GLOB. MANUAL-MODE
F 0.2 = M 0.2 CONSTANT 0
F 165.2 = M 165.2 BD560 DISCH REP
F 4.7 = M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
T 160 = T160 BD560_DISCH DEL.RE BD560_DISCHARGE delay upload reports
F 60.5 = M 60.5 DIS.TIME OVER BL
F 162.3 = M 162.3 BD560 UNIT_IDLE
F 62.3 = M 62.3 BD560 CHECK EMPT
F 170.2 = M 170.2 BD560 DISCH CMP complete !
T 180 = T180 BD560_DISCH DEL.PA BD560_DISCHARGE delay download parameter
F 60.4 = M 60.4 STRT DISCH.BD560
FX 201 = FX201 PLI_INTERFACE RSB
FX 104 = FX104 PHASE-L DISCHARGE
FX 204 = FX204 PLI->BLEND CH&DI
Segment 13 PLI HO580_EMPTY (scale HO580)
:DOU -FX201 PLI_INTERFACE RSB
Name :PLI
DBNR : KF +200 ( PLI Interface )
OFF : KF +150
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
ENAB : -M 0.1 CONSTANT 1
OWNR : -M 4.1 GLOB. MANUAL-MODE
PARA : -M 0.2 CONSTANT 0
REPO : -M 0.1 CONSTANT 1
DBDX : -M 0.1 CONSTANT 1
ENOW : -M 4.7 PLI_ENABLE_EXT_OW
TDUR : -T161 HO580_EMPTY DEL.RE
: --------------------------------
:DOU -FX100 PHASE-L EMPTY
Name :PL-SS-EM
PLDX : KF +200
OFFS : KF +150
WZNR : KF +4
SB 200 -SB200 CALL PLI RSBatch C:ZONE10ST.S5D LEN=452
Page 10
EMPY : -M 42.5 HO580 EMPTY-RANG
UNID : -M 162.1 HO580 UNIT_IDLE
TDDP : -T181 HO580_EMPTY DEL.PA
:***
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
F 4.1 = M 4.1 GLOB. MANUAL-MODE
F 0.2 = M 0.2 CONSTANT 0
F 4.7 = M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
T 161 = T161 HO580_EMPTY DEL.RE HO580_EMPTY delay upload reports
F 42.5 = M 42.5 HO580 EMPTY-RANG
F 162.1 = M 162.1 HO580 UNIT_IDLE
T 181 = T181 HO580_EMPTY DEL.PA HO580_EMPTY delay download parameters
FX 201 = FX201 PLI_INTERFACE RSB
FX 100 = FX100 PHASE-L EMPTY
Segment 14 PLI HO580_CHARGE (scale HO580)
:DOU -FX201 PLI_INTERFACE RSB
Name :PLI
DBNR : KF +200
OFF : KF +200
ALAR : -M 4.6 PLI_WATCHDOG-ALAR
ENAB : -M 0.1 CONSTANT 1
OWNR : -M 4.1 GLOB. MANUAL-MODE
PARA : -M 0.2 CONSTANT 0
REPO : -M 164.2 HO580 CHARG REP
DBDX : -M 0.1 CONSTANT 1
ENOW : -M 4.7 PLI_ENABLE_EXT_OW
TDUR : -T162 HO580_CHARG DEL.RE
:
:DOU -FX103 PHASE-L CHARGE
Name :PL-SS-CH
PLDX : KF +200
OFFS : KF +200
ADB : KF +41
EOSI : -M 42.3 HO580 EOF CHA SI
SC? : -M 0.1 CONSTANT 1
UNID : -M 162.1 HO580 UNIT_IDLE
PCOM : -M 0.2 CONSTANT 0 not used !
TDDP : -T182 HO580_CHARG DEL.PA
: --------------------------------
:DOU -FX202 PLI->SCALE CHARGE
Name :PLI-SC C
PLDX : KF +200 ( PLI Interface transfer
OFFS : KF +200 to standard PC Interface
WZNR : KF +4 and then to PLC-Scale-module)
DBPC : KF +210
DBST : KF +208
WADB : KF +41 ??? notwendig ???
REPO : -M 0.1 CONSTANT 1
PREP : -M 164.2 HO580 CHARG REP
:BE
F 4.6 = M 4.6 PLI_WATCHDOG-ALAR
F 0.1 = M 0.1 CONSTANT 1
F 4.1 = M 4.1 GLOB. MANUAL-MODE
F 0.2 = M 0.2 CONSTANT 0
F 164.2 = M 164.2 HO580 CHARG REP
F 4.7 = M 4.7 PLI_ENABLE_EXT_OW ext ownership for phase possible
T 162 = T162 HO580_CHARG DEL.RE HO580_CHARGE delay upload reports
F 42.3 = M 42.3 HO580 EOF CHA SI
F 162.1 = M 162.1 HO580 UNIT_IDLE
SB 200 -SB200 CALL PLI RSBatch C:ZONE10ST.S5D LEN=452
Page 11
T 182 = T182 HO580_CHARG DEL.PA HO580_CHARGE delay download parameters
FX 201 = FX201 PLI_INTERFACE RSB
FX 103 = FX103 PHASE-L CHARGE
FX 202 = FX202 PLI->SCALE CHARGE