SEFRAM SFX+NETWORK, Technical Notice

Page: 100 / 108

Technical Data Sheet FI 72.0239.0320E
Page 100 / 108
80 (79) 50 (4F) Number of cells X
81 (80) 51 (50) Value timer T1 (from 3 to 255 1/100th of second) X X
82 (81) 52 (51) Value timer T2 (from 1 to 255 seconds) X X
83 (82) 53 (52)
Value timer T2’ (from 1 to 255 seconds)
X X
84 (83) 54 (53) Value timer T3 (from 0 to 255 seconds) X X
85 (84) 55 (54) Value timer T4 (from 0 to 255 seconds) X X
86 (85) 56 (55) Value timer T5 (from 0 to 255 seconds) X X
87 (86) 57 (56) Value timer T6 (from 0 to 255 seconds) X X
88 (87) 58 (57) Value timer T7 (from 0 to 255 seconds) X X
89 (88) 59 (58) Value timer T8 (from 0 to 255 seconds) X X
90 (89) 5A (59) Value timer T9 (from 0 to 255 seconds) X X
91 (90) 5B (5A) Value timer T10 (from 1 to 999 seconds) X X
Isolated headers. 1 bit by header. Bit=1 if the header is isolated (continuation to ask for isolation or fault)
92 (91) 5C (5B) Isolated header n°1 to 16 (LSB : header n°1, MSB : header n°16) X
93 (92) 5D (5C) Isolated header n°17 to 32 (LSB : header n°17, MSB : header n°32) X
94 (93) 5E (5D) Number current cell X
95 (94) 5F (5E) Number next cell X
96 (95) 60 (5F) Number current way X
97 (96) 61 (60) Number next way X
98 (97) 62 (61)
Number current time:
=0: waiting/off
=1: T1 in progress
=2: T2 in progress
=3: T3 in progress
=5: T5 in progress
=6: T6 in progress
=7: T7 in progress
=11: stop
=12: a/c missing
=14: T2’ in progress
=15: T9 in progress
=20: stop on image
=22: awaiting reinflation
X
Outputs status on outputs modules (the first 256 – excluding pulses SV). 1 bit by output. Bit=1 if the output is activated:
99 (98) 63 (62) outputs 1 to 16 (LSB : output 1, MSB : output 16) X
100 (99) 64 (63) outputs 17 to 32 (LSB : output 17, MSB : output 32) X
101 (100) 65 (64) outputs 33 to 48 (LSB : output 33, MSB : output 48) X
102 (101) 66 (65) outputs 49 to 64 (LSB : output 49, MSB : output 64) X
103 (102) 67 (66) outputs 65 to 80 (LSB : output 65, MSB : output 80) X
104 (103) 68 (67) outputs 81 to 96 (LSB : output 81, MSB : output 96) X
105 (104) 69 (68) outputs 97 to 112 (LSB : output 97, MSB : output 112) X
106 (105) 6A (69) outputs 113 to 128 (LSB : output 113, MSB : output 128) X
107 (106) 6B (6A) outputs 129 to 144 (LSB : output 129, MSB : output 144) X
108 (107) 6C (6B) outputs 145 to 160 (LSB : output 145, MSB : output 160) X
109 (108) 6D (6C) outputs 161 to 176 (LSB : output 161, MSB : output 176) X
110 (109) 6E (6D) outputs 177 to 192 (LSB : output 177, MSB : output 192) X
111 (110) 6F (6E) outputs 193 to 208 (LSB : output 193, MSB : output 208) X
112 (111) 70 (6F) outputs 209 to 224 (LSB : output 209, MSB : output 224) X
113 (112) 71 (70) outputs 225 to 240 (LSB : output 225, MSB : output 240) X
114 (113) 72 (71) outputs 241 to 256 (LSB : output 241, MSB : output 256) X
Counter number of total pulses (from 0 to 99.999.999):
115 (114) 73 (72) number of millions (0 to 99) X
116 (115) 74 (73) number of thousands (0 to 999) X
117 (116) 75 (74) number of units (0 to 999) X
( ex: if MW115=03 , MW116=185 and MW117=763 then counter value = 03185763 pulses)
Counter number of user pulses (from 0 to 99.999.999):
118 (117) 76 (75) number of millions (0 to 99) X
119 (118) 77 (76) number of thousands (0 to 999) X
120 (119) 78 (77) number of units (0 to 999) X
( ex: if MW118=00 , MW119=021 and MW120=250 then counter value = 00021250 pulses )
Counter number of total cycles (from 0 to 999.999):
121 (120) 79 (78) number of thousands (0 to 999) X
122 (121) 7A (79) number of units (0 to 999) X
( ex: if MW121=045 and MW122=240 then counter value = 045240 cycles )
Counter number of user cycles (from 0 to 999.999):
123 (122) 7B (7A) number of thousands (0 to 999) X
124 (123) 7C (7B) number of units (0 to 999) X
( ex: if MW123=002 and MW124=006 then counter value = 002006 cycles )