Technical Data Sheet
FI 72.0239.0320E
Page 102 / 108
Bit 13 : =1 if low batteries
Bit 14 : =1 if presence of a/c loop control fault (reserved special programming)
Bit 15 : =1 if presence of temperature fault (reserved special programming)
183 (182)
B7 (B6)
Various flags:
Bit 0 : RUN/STOP status (=1 if RUN ; =0 if STOP)
Bit 1 : run response (=1 if SFX+ in cycle if not in stop on image)
Bit 2 : presence of at least 1 fault (=1 if yes)
Bit 3 : = if dust removal in ONLINE
Bit 4 : =1 if dust removal in OFFLINE
Bit 5 : =1 if operation in manual
Bit 6 : =1 if in service
Bit 7 : -
Bit 8 : =1 if link/dialogue fault (general)
Bit 9 : =1 if link/dialogue fault with a module
Bit 10 : =1 if link/dialogue fault with a slave
Bit 11 : =1 if link/dialogue fault with MDPP2000
Bit 12 : =1 if electric fault (general)
Bit 13 : =1 if SV dust removal electric fault (way cut)
Bit 14 : =1 if short-circuit electric fault on a module
Bit 15 : =1 if short-circuit electric fault on a slave
X
184 (183)
B8 (B7)
Various flags:
Bit 0 : degraded running (=1 if ONLINE mode and at least one isolated cell ; =0 otherwise)
Bit 1 : info « available » (=1 if no manual running, no fault and RUN ; =0 otherwise)
Bit 2 : info « protection code entered » (=1 if the protection code is entered ; =0 otherwise)
Bit 3 : =1 if more than 4 SV electric fault
Bit 4 : =1 if more than 4 SV no consumption pressure fault
Bit 5 : =1 if declogging into a cell in maintenance (reserved special programming)
Bit 6 à Bit 15 : not used
X
…
AON input status of the 8 inputs modules. 1 bit by input. Bit=1 if the input is closed/present:
188 (187)
BC (BB)
inputs 1 to 16 (LSB : input 1, MSB : input 16)
X
189 (188)
BD (BC)
inputs 17 to 32 (LSB : input 17, MSB : input 32)
X
190 (189)
BE (BD)
inputs 33 to 48 (LSB : input 33, MSB : input 48)
X
191 (190)
BF (BE)
inputs 49 to 64 (LSB : input 49, MSB : input 64)
X
192 (191)
C0 (BF)
inputs 65 to 80 (LSB : input 65, MSB : input 80)
X
193 (192)
C1 (C0)
inputs 81 to 96 (LSB : input 81, MSB : input 96)
X
194 (193)
C2 (C1)
inputs 97 to 112 (LSB : input 97, MSB : input 112)
X
195 (194)
C3 (C2)
inputs 113 to 128 (LSB : input 113, MSB : input 128)
X
196 (195)
C4 (C3)
inputs 129 to 144 (LSB : input 129, MSB : input 144)
X
197 (196)
C5 (C4)
inputs 145 to 160 (LSB : input 145, MSB : input 160)
X
198 (197)
C6 (C5)
inputs 161 to 176 (LSB : input 161, MSB : input 176)
X
199 (198)
C7 (C6)
inputs 177 to 192 (LSB : input 177, MSB : input 192)
X
200 (199)
C8 (C7)
inputs 193 to 208 (LSB : input 193, MSB : input 208)
X
201 (200)
C9 (C8)
inputs 209 to 224 (LSB : input 209, MSB : input 224)
X
202 (201)
CA (C9)
inputs 225 to 240 (LSB : input 225, MSB : input 240)
X
203 (202)
CB (CA)
inputs 241 to 256 (LSB : input 241, MSB : input 256)
X
Mini headers faults. 1 bit by header. Bit=1 if fault
204 (203)
CC (CB)
Mini headers faults n°1 to 16 (LSB :header n°1, MSB : header n°16)
X
205 (204)
CD (CC)
Mini headers faults n°17 to 32 (LSB : header n°17, MSB : header n°32)
X
Headers re-inflation faults. 1 bit by header. Bit=1 if fault:
206 (205)
CE (CD)
Headers re-inflation faults n°1 to 16 (LSB : header n°1, MSB : header n°16)
X
207 (206)
CF (CE)
Headers re-inflation faults n°17 to 32 (LSB : header n°17, MSB : header n°32)
X
Short-circuit electric faults on slave boxes. 1 bit by slave. Bit=1 if the slave is in fault:
208 (207)
D0 (CF)
Electric faults on slave n°1 to 16 (LSB : slave n°1, MSB : slave n°16)
X
209 (208)
D1 (D0)
Electric faults on slave n°17 to 32 (LSB : slave n°17, MSB : slave n°32)
X
210 (209)
D2 (D1)
Electric faults on slave n°33 to 48 (LSB : slave n°33, MSB : slave n°48)
X
211 (210)
D3 (D2)
Electric faults on slave n°49 to 64 (LSB : slave n°49, MSB : slave n°64)
X
212 (211)
D4 (D3)
Electric faults on slave n°65 to 80 (LSB : slave n°65, MSB : slave n°80)
X
213 (212)
D5 (D4)
Electric faults on slave n°81 to 96 (LSB : slave n°81, MSB : slave n°96)
X
214 (213)
D6 (D5)
Electric faults on slave n°97 to 99 (LSB : slave n°97, only 3 bits used)
X
215 (214)
D7 (D6)
Number of steps of the sequence ONLINE (1 to 512/number of simultaneous shots)
X
X
216 (215)
D8 (D7)
Number of steps of the sequence OFFLINE-cells (1 to 32)
X
X
217 (216)
D9 (D8)
Number of steps of the sequence OFFLINE-ways (1 to 99)
X
X
Cells/headers faults. 1 bit by cell/header. Bit=1 if electric fault on a SV of the cell, no consumption pressure fault on a SV of the cell, mini header fault, header
re-inflation fault, or dust emission fault on a SV of the cell.
(note: you must have a configuration « one header by cell »)
218 (217)
DA (D9)
Cell/header fault n°1 to 16 (LSB: cell n°1, MSB: cell n°16)
X
219 (218)
DB (DA)
Cell/header fault n°17 to 32 (LSB: cell n°17, MSB: cell n°32)
X
Summary of Contents for SFX+NETWORK
Page 21: ...Technical Data Sheet FI 72 0239 0320E Page 21 108 SIGNALLING...
Page 22: ...Technical Data Sheet FI 72 0239 0320E Page 22 108 CONNECTIONS CONNECTION EXAMPLE...
Page 24: ...Technical Data Sheet FI 72 0239 0320E Page 24 108 CONNECTIONS CONNECTION EXAMPLE...
Page 26: ...Technical Data Sheet FI 72 0239 0320E Page 26 108 CONNECTIONS CONNECTION EXAMPLE...
Page 28: ...Technical Data Sheet FI 72 0239 0320E Page 28 108 CONNECTIONS CONNECTION EXAMPLE...
Page 31: ...Technical Data Sheet FI 72 0239 0320E Page 31 108 CONNECTIONS CONNECTION EXAMPLE...
Page 34: ...Technical Data Sheet FI 72 0239 0320E Page 34 108 CONNECTIONS...
Page 37: ...Technical Data Sheet FI 72 0239 0320E Page 37 108 SFX MODULE POWER CONSUMPTION...
Page 38: ...Technical Data Sheet FI 72 0239 0320E Page 38 108...
Page 85: ...Technical Data Sheet FI 72 0239 0320E Page 85 108...
