Pump Controller Type ABS PC 441
81307126O
COMLI/Modbus - Version 1.50
EN
Reference Manual
1
Comli/Modbus IO number layout
1.1
Digital outputs
Main Controller PC 441
DO1
0
DO2
1
DO3
2
DO4
3
DO5
4
DO6
5
DO7
6
DO8
7
DO3
10
DO4
11
DO5
12
DO6
13
DO7
14
DO8
15
Exp. Module CA 781
DO1
8
DO2
9
“P1-P4 Control”, “Reset M.Prot.” ,“Remote Control” , “Mixer” ,”Cleaner” and “Drain pump”
allows remote write.
1.2
Pump status (P1-P4)
IO-Bit
P1
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
IO-Bit
P2
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
IO-Bit
P3
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
IO-Bit
P4
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
Function
Note
Pump relay
Pump run indication
Pump blocked
Pump alarm blocked
Pump fail
Fallen motor protector
Fallen temperature protector
DI Leakage
Pump blocked Field Bus Error
Leakage 1(oil chamber)
Leakage 2 (connect chamber)
Leakage 3 (motor housing)
High temp 1 (stator wiring)
High temp 2 (upper bearing)
High temp 3 (lower bearing)
High vibrations
Wrong phase order
Phase missing
Dry run
Pump Reversing Cycle Run**
Pump Reversing Relay
High Tariff pump down
Alt. Stop Cycle Run
Pump Exercise Run
Remote control possible
Run confirm
DI not in auto
Alarm ackn. required
DI Pump fail
Remote reset possible
DI Temperature protector
DI Leakage
Communication Failure (CAN)
CA 441
CA 441
CA 441
CA 442
CA 442
CA 442
CA 442
CA 443
CA 443
CA 443
Remote control possible
40
41
42
43
44
45
46
47
72
73
74
75
76
77
78
79
104
105
106
107
108
109
110
111
136
137
138
139
140
141
142
143
Start float On
Stop float On
Hand flag
Start flag
Stop flag
Set point
Max runtime reached
Optimal SW pump run
Same for P1-P4
Forced pump run
Manual start
Manual stop
Tariff Control, Backup Run etc.
Type
1.3
DI1
160
DI2
161
DI3 DI4 DI5 DI6 DI7 DI8 DI9 DI10 DI11 DI12 DI13 DI14 DI15 DI16
162 163 164 165 166 167 168 169
170 171 172 173 174 175
1.4
IO-Bit
Digital inputs
Pump pit status
Function
Note
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
Remote block
Pressure block
Low level float
High level
Low level
High level float
Drain pump float
Mixer pump block
High inflow
Low inflow
Backup start
High pressure
Low pressure
Overflow
Spare=0
Sensor Error
Mixer Relay
Mixer run indicator
Fallen motor protector mixer
Drain pump relay
Drain pump run indicator
Fallen motor prot. drain pump
Cleaner relay
Mixer M.prot reset error
Drain Pump M.prot reset error
Wrong phase order block
Incoming phase missing block
Over voltage block
Under voltage block
Unbalanced voltages block
High freq. block
Low freq. block
Write resets timout timer. 0=Deblock, 1=Block
224
225
226
227
Mixer blocked
Drain Pump blocked
Hi tariff
CA 622 Main master running
Ext. Blocked from digital input
Ext. Blocked from digital input
Hi tariff active
Modbus main power monotior
Analogue sensor
Remote control possible
DI motor protector / Remote reset possible
Remote control possible
DI motor protector / Remote reset possible
Remote control possible
From power monitor CA443
“
“
“
“
“
“
IO-Bit
248
249-253
254
255
256
257
258
259
260
261
262
263
264
265
266
267
268
269
270
271
Function
Spare
Spare
CA 622 Connected
CA 511 Connected
CA 441-1 Connected
CA 441-2 Connected
CA 441-3 Connected
CA 441-4 Connected
CA 442-1 Connected
CA 442-2 Connected
CA 442-3 Connected
CA 442-4 Connected
CA 443-0 Connected
CA 443-1 Connected
CA 443-2 Connected
CA 443-3 Connected
CA 443-4 Connected
CA 442-5 Connected
CA 442-6 Connected
CA 781 Connected
Note
272
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
CA 441-1 DI 1 (P1)
CA 441-1 DI 2 (P1 or P2)
CA 441-1 DI 3 (P1 or P3)
CA 441-1 DI 4 (P1 or not used)
CA 441-1 DI 1 Open circuit failure
CA 441-1 DI 2 Open circuit failure
CA 441-1 DI 3 Open circuit failure
CA 441-1 DI 4 Open circuit failure
CA 441-2 DI 1 (P2)
CA 441-2 DI 2 (P2)
CA 441-2 DI 3 (P2)
CA 441-2 DI 4 (Not used)
CA 441-2 DI 1 Open circuit failure
CA 441-2 DI 2 Open circuit failure
CA 441-2 DI 3 Open circuit failure
CA 441-2 DI 4 Open circuit failure
Leakage monitor 1 P1 or P1-P4
1= Leakage
Modbus Master RS485
Display Unit
Leakage monitor
1 = Connected to field bus
Temperature monitor
Master power monitor
Exp. Temp monitor P1 and P2
Exp. Temp monitor P3 and P4
Exp. AO/DO module
1 = Open circuit failure
Leakage monitor P2
1= Leakage
1= Open circuit failure
IO-Bit
288
289
290
291
292
293
294
295
296
297
298
299
300
301
302
303
304
305
306
307
308
309
310
311
312
313-319
320
321
322
323
324
325
326
327
328
329-335
336
337
338
339
340
341
342
343
344
345-351
352
353
354
355
356
357
358
359
360
361-367
Function
CA 441-3 DI 1 (P3)
CA 441-3 DI 2 (P3)
CA 441-3 DI 3 (P3)
CA 441-3 DI 4 (Not used)
CA 441-3 DI 1 Open circuit failure
CA 441-3 DI 2 Open circuit failure
CA 441-3 DI 3 Open circuit failure
CA 441-3 DI 4 Open circuit failure
CA 441-4 DI 1 (P4)
CA 441-4 DI 2 (P4)
CA 441-4 DI 3 (P4)
CA 441-4 DI 4 (Not used)
CA 441-4 DI 1 Open circuit failure
CA 441-4 DI 2 Open circuit failure
CA 441-4 DI 3 Open circuit failure
CA 441-4 DI 4 Open circuit failure
CA 442-1 T1 High temp 1(P1)
CA 442-1 T2 High temp 2(P1 or P2)
CA-442-1 T3 High temp 3(P1 or P3)
CA442-1 T4 High Temp (P1 or P4)
CA-422-1 High Vibration (P1)
CA-442-1 T1 Cable Error
CA-442-1 T2 Cable Error
CA-442-1 T3 Cable Error
CA-442-1 T4 Cable Error
Spare = 0
CA 442-2 T1 High temp 1 (P2)
CA 442-2 T2 High temp 2 (P2)
CA-442-2 T3 High temp 3 (P2)
CA-442-2 T4 High temp 4 (P2)
CA-422-2 High Vibration (P2)
CA-442-2 T1 Cable Error
CA-442-2 T2 Cable Error
CA-442-2 T3 Cable Error
CA-442-2 T4 Cable Error
Spare=0
CA 442-3 T1 High temp 1 (P3)
CA 442-3 T2 High temp 2 (P3)
CA-442-3 T3 High temp 3 (P3)
CA-442-3 T4 High temp 4 (P3)
CA-422-3 High Vibration (P3)
CA-442-3 T1 Cable Error
CA-442-3 T2 Cable Error
CA-442-3 T3 Cable Error
CA-442-3 T4 Cable Error
Spare=0
CA 442-4 T1 High temp 1 (P4)
CA 442-4 T2 High temp 2 (P4)
CA-442-4 T3 High temp 3 (P4)
CA-422-4 T4 High temp 4 (P4)
CA-422-4 High Vibration (P4)
CA-442-4 T1 Cable Error
CA-442-4 T2 Cable Error
CA-442-4 T3 Cable Error
CA-442-4 T4 Cable Error
Spare=0
Note
Leakage monitor P3
1= Leakage
1= Open circuit failure
Leakage monitor P4
1= Leakage
1= Open circuit failure
Temperature monitor 1 P1 or P1-P4
1 = High Temperature
1 = High vibration P1
1=Open circuit or short circuit
Temperature monitor 2 P2
1 = High Temperature
1 = High vibration P2
1=Open circuit or short circuit
Temperature monitor 3 P3
1 = High Temperature
1 = High vibration P3
1=Open circuit or short circuit
Temperature monitor 4 P4
1 = High Temperature
1 = High vibration P4
1=Open circuit or short circuit
IO-Bit
368
369
370
371
372
373
374
375
376
377-383
384
385
386
387
388
389
390
391
392
393-399
Function
CA442-5 T1 High temp stator L2 (P1)
CA442-5 T2 High temp stator L3 (P1)
CA442-5 T3 High temp stator L2 (P2)
CA442-5 T4 High temp stator L3 (P2)
CA442-5 Not Used
CA442-5 T1 Cable Error
CA442-5 T2 Cable Error
CA442-5 T3 Cable Error
CA442-5 T4 Cable Error
Spare = 0
CA442-6 T1 High temp stator L2 (P3)
CA442-6 T2 High temp stator L3 (P3)
CA442-6 T3 High temp stator L2 (P4)
CA442-6 T4 High temp stator L3 (P4)
CA442-6 Not used
CA442-6 T1 Cable Error
CA442-6 T2 Cable Error
CA442-6 T3 Cable Error
CA442-6 T4 Cable Error
Spare = 0
Note
Temp monitor 5 P1/P2
Temp monitor 6 P3/P4
1.5
Comp. Pump Status (P1-P4)
Firmware PC 441 Ver. 1.04 or higher.
IO-Bit
P1
400
401
402
403
404
405
406
407
IO-Bit
P2
408
409
410
411
412
413
414
415
IO-Bit
P3
416
417
418
419
420
421
422
423
IO-Bit
P4
424
425
426
427
428
429
430
431
Function
Note
Pump Blocked
Pump Error Blocked
Pump External Blocked
Leakage
High Temperature*
Spare = 0
ITT MinCas Leakage
ITT MiniCas High Temp.
Extern. or Internal
Pump Internal Failure
External Reason to Block
Comb. of all Leakage. Sensors
Comb. of all Temp. Sensors
Simulate ITT MiniCas
“
“
* Remote reset possible (if required)
Firmware PC 441 Ver 1.30 or higher
IO-Bit
P1
432
433
434
435
436
437
439
439
IO-Bit
P2
440
441
442
443
444
445
446
447
IO-Bit
P3
448
449
450
451
452
453
454
455
IO-Bit
P4
456
457
458
459
460
461
462
463
Function
Note
High Temperature stator T1(L1)
High Temperature stator T4(L1)
Internal flag
Internal flag
Internal flag
High Temp latched (man reset)
Internal flag
Spare = 0
CA442
CA442
IO-Bit
P1
464
465
466
467
468
469
470
471
IO-Bit
P2
472
473
474
475
476
477
478
479
IO-Bit
P3
480
481
482
483
484
485
486
487
IO-Bit
P4
488
489
490
491
492
493
494
495
Function
Note
High Temperature stator L2
High Temperature stator L3
CA 622 master running
Drive NOT enabled
Drive fault
CA 622 master running
Spare = 0
Spare=0
CA442-5 and CA442-6
CA442-5 and CA442-6
Modbus pump VFD OK
0=OK to start
Drive error
Modbus pump power monitor OK
1.6
IO-Bit
496
497
504
505
511
IO-Bit
992
993
994
995
996
Comp. alarm status
Function
Not ackn, B-Alarm
Not ackn. A-Alarm
Active B-Alarm
Active A-Alarm
Ackn, Alarm Call
1.7
Require manual reset
Note
Same as ackn. to R333, 0=PC 442 discon/ 1=System discon
System info
Function
Ackn. Personal alarm
Spare = 0
Local mode
Modem error
Line error
Note
1.8
Alarm status
IO-Bit
Octal
Hex
Alarm 0 = IO 1024 and so on
1024-1275
2000-2373
400-4FB
Alarm status indicate 1 if alarm is active 0 when alarm is off, independent of alarm type (A/B)
Alarm numbers, which are set “Inactive”, always show 0.
Alarm no.
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
IO-Bit
1024
1025
1026
1027
1028
1029
1030
1031
1032
1033
1034
1035
1036
1037
1038
1039
1040
1041
1042
1043
1044
1045
1046
1047
1048
1049
1050
1051
1052
1053
1054
1055
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
1056
1057
1058
1059
1060
1061
1062
1063
1064
1065
1066
1067
1068
1069
1070
1071
1072
1073
1074
1075
1076
1077
1078
Description
Unused
Power fail
Low supply voltage
NV checksum error
Personal alarm
High level pump pit
Low level pump pit
High level float
Low level float
High inflow
Low inflow
Backup start
Remote blocked
High pressure
Low pressure
Overflow
Back-Pressure block
Drain pump float
Sensor error
No run confirm mixer
Fallen Motor Protector Mixer
No run confirm drain pump
Fallen Motor Protector Drain pump
To many pumps blocked
Motor protector Drain pump/Mixer reset error
Gen. alarm wrong phase order
Gen. alarm incoming phase missing
Gen. alarm over voltage
Gen. alarm under voltage
Gen. alarm unbalanced phase voltages
Gen. alarm high frequency
Gen, alarm low frequency
Pump 1
P1 : No run confirm
P1 : Fallen motor protector
P1 : High motor current
P1 : Low motor current
P1 : D.IN Leakage
P1 : D.IN High temperature
P1 : Low pump capacity
P1 : D.IN Pump Error
P1 : Phase missing
P1 : Motor protector reset unsuccessful
P1 : Max continuous runtime
P1 : Alarm blocked
P1 : Dry run (low Cos φ )
P1 : Not in auto
P1 : Motor drive - CA 622 com error (Modbus timeout)
P1 : Drive fault (tripped VFD or soft starter)
P1 : Leakage 1 (Oil chamber)
CA 441 Field Bus (CAN)
P1 : Leakage 2 (Connect chamber)
“
P1 : Leakage 3 (Motor housing )
“
P1 : Power monitor - CA 622 com error (Modbus timeout)
P1 : High temperature 1 (Stator wiring)
CA 442 Field Bus (CAN)
P1 : High temperature 2 (Upper bearing)
“
P1 : High temperature 3 (Lower bearing)
“
Alarm no.
55
56
57
58
59
60
61
62
63
IO-Bit
1079
1080
1081
1082
1083
1084
1085
1086
1087
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
1088
1089
1090
1091
1092
1093
1094
1095
1096
1097
1098
1099
1100
1101
1102
1103
1104
1105
1106
1107
1108
1109
1110
1111
1112
1113
1114
1115
1116
1117
1118
1119
96
97
98
99
100
101
102
103
104
105
106
107
108
109
Alarm no.
110
111
112
113
114
1120
1121
1122
1123
1124
1125
1126
1127
1128
1129
1130
1131
1132
1133
IO-Bit
1134
1135
1136
1137
1138
Description
P1 : High vibrations
CA 442 Field Bus (CAN)
P1 : Wrong phase order
CA 443 Field Bus (CAN)
P1 : High temperature stator L2
CA442-5 T1 (CAN)
P1 : High temperature stator L3
CA442-5 T2 (CAN
P1 : CA 442-5 T1 Cable error
P1 : CA 442-5 T2 Cable error
P1 : Unused
P1 : Unused
P1 : Unused
Pump 2
P2 : No run confirm
P2 : Fallen motor protector
P2 : High motor current
P2 : Low motor current
P2 : D.IN Leakage
P2 : D.IN High Temperature
P2 : Low pump capacity
P2 : D.IN Pump Error
P2 : Phase Missing
P2 : Motor protector reset error
P2 : Max continuous runtime
P2 : Alarm blocked
P2 : Dry run
P2 : Not in auto
P2 : Motor drive - CA 622 com error (Modbus timeout)
P2 : Drive fault (tripped VFD or soft starter)
P2 : Leakage 1 (Oil chamber)
CA 441 Field Bus (CAN)
P2 : Leakage 2 (Connect chamber)
“
P2 : Leakage 3 (Motor housing)
“
P2 : Power monitor - CA 622 com error (Modbus timeout)
P2 : High temperature 1 (Stator)
CA 442 Field Bus (CAN)
P2 : High temperature 2 (Upper bearing)
“
P2 : High temperature 3 (Lower bearing)
“
P2 : High Vibrations
“
P2 : Wrong phase order
CA 443 Field Bus (CAN)
P2 : High temperature stator L2
CA442-5 T3 (CAN)
P2 : High temperature stator L3
CA442-5 T4 (CAN)
P2 : CA 442-5 T3 Cable error
P2 : CA 442-5 T4 Cable error
P2 : Unused
P2 : Unused
P2: Unused
Pump 3
P3 : No run confirm
P3 : Fallen motor protector
P3 : High motor current
P3 : Low motor current
P3 : D.IN Leakage
P3 : D.IN High temperature
P3 : Low pump capacity
P3 : D.IN Pump Error
P3 : Phase missing
P3 : Motor protector reset error
P3 : Max Continuous run time
P3 : Alarm blocked
P3 : Dry run
P3 : Not in auto
Description
P3 : Motor drive - CA 622 com error (Modbus timeout)
P3 : Drive fault (tripped VFD or soft starter)
P3 : Leakage 1
CA 441 Field Bus (CAN)
P3 : Leakage 2
“
P3 : Leakage 3
“
115
116
117
118
119
120
121
122
123
124
125
126
127
1139
1140
1141
1142
1143
1144
1145
1146
1147
1148
1149
1150
1151
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
1152
1153
1154
1155
1156
1157
1158
1159
1160
1161
1162
1163
1164
1165
1166
1167
1168
1169
1170
1171
1172
1173
1174
1175
1176
1177
1178
1179
1180
1181
1182
1183
160
161
162
163
164
Alarm no.
165
166
167
1184
1185
1186
1187
1188
IO-Bit
1189
1190
1191
168
169
170
171
172
173
174
1192
1193
1194
1195
1196
1197
1198
P3 : Power monitor - CA 622 com error (Modbus timeout)
P3 : High temperature 1
CA 442 Field Bus (CAN)
P3 : High temperature 2
“
P3 : High temperature 3
“
P3 : High vibrations
“
P3 : Wrong phase order
CA 443 Field Bus (CAN)
P3 : High temperature stator L2
CA442-6 T1 (CAN)
P3 : High temperature stator L3
CA442-6 T2 (CAN)
P3 : CA 442-6 T1 Cable error
P3 : CA 442-6 T2 Cable error
P3 : Unused
P3 : Unused
P3 : Unused
Pump 4
P4 : No run confirm
P4 : Fallen motor protector
P4 : High motor current
P4 : Low motor current
P4 : D.IN Leakage
P4 : D.IN high temperature
P4 : Low pump capacity
P4 : D.IN Pump Error
P4 : Phase missing
P4 : Motor protector reset error
P4 : Max continuous runtime
P4 : Alarm blocked
P4 : Dry run
P4 : Not in auto
P4 : Motor drive - CA 622 com error (Modbus timeout)
P4 : Drive fault (tripped VFD or soft starter)
P4 : Leakage 1
CA 441 Field Bus (CAN)
P4 : Leakage 2
“
P4 : Leakage 3
“
P4 : Power monitor - CA 622 com error (Modbus timeout)
P4 : High temperature 1
CA 442 Field Bus (CAN)
P4 : High temperature 2
“
P4 : High temperature 3
“
P4 : High vibration
“
P4 : Wrong phase order
CA 443 Field Bus (CAN)
P4 : High temperature stator L2
CA442-6 T3 (CAN)
P4 : High temperature stator L3
CA442-6 T4 (CAN)
P4 : CA 442-6 T3 Cable error
P4 : CA 442-6 T4 Cable error
P4 : Unused
P4 : Unused
P4: Unused
AI User
High alarm free choice AI2
Low alarm free choice AI2
High alarm free choice AI3
Low alarm free choice AI3
High alarm free choice AI4
Description
Low alarm free choice AI4
High alarm free choice AI5
Low alarm free choice AI5
Pulse channels
High precipitation pulse channel 1
High effect pulse channel 1
High flow pulse channel 1
Low flow pulse channel 1
High precipitation pulse channel 2
High effect pulse channel 2
High flow pulse channel 2
175
176
177
178
179
180
181
182
183
1199
1200
1201
1202
1203
1204
1205
1206
1207
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
1208
1209
1210
1211
1212
1213
1214
1215
1216
1217
1218
1219
1220
1221
1222
1223
1224
1225
1226
1227
1228
1229
1230
1231
1232
1233
1234
1235
1236
1237
1238
1239
Low flow pulse channel 2
High precipitation pulse channel 3
High effect pulse channel 3
High flow pulse channel 3
Low flow pulse channel 3
High precipitation pulse channel 4
High effect pulse channel 4
High flow pulse channel 4
Low flow pulse channel 4
Communication failures/ Cable errors
CA 441-1 CAN Communication failure
CA 441-2 CAN Communication failure
CA 441-3 CAN Communication failure
CA 441-4 CAN Communication failure
CA 442-1 CAN Communication failure
CA 442-2 CAN Communication failure
CA 442-3 CAN Communication failure
CA 442-4 CAN Communication failure
CA 443-0 CAN Communication failure
CA 443-1 CAN Communication failure
CA 443-2 CAN Communication failure
CA 443-3 CAN Communication failure
CA 443-4 CAN Communication failure
Modem error
Line Error
Comb. Field bus error alarm
CA 441-1 IN 1 Cable/sensor error . Open circuit
CA 441-1 IN 2 Cable/sensor error
CA 441-1 IN 3 Cable/sensor error
CA 441-1 IN 4 Cable/sensor error
CA 441-2 IN 1 Cable/sensor error
CA 441-2 IN 2 Cable/sensor error
CA 441-2 IN 3 Cable/sensor error
CA 441-2 IN 4 Cable/sensor error
CA 441-3 IN 1 Cable/sensor error
CA 441-3 IN 2 Cable/sensor error
CA 441-3 IN 3 Cable/sensor error
CA 441-3 IN 4 Cable/sensor error
CA 441-4 IN 1 Cable/sensor error
CA 441-4 IN 2 Cable/sensor error
CA 441-4 IN 3 Cable/sensor error
CA 441-4 IN 4 Cable /sensor error
Field Bus
“
“
“
“
“
“
“
“
“
“
“
“
Alarm no.
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
251
252
IO-Bit
1240
1241
1242
1243
1244
1245
1246
1247
1248
1249
1250
1251
1252
1253
1254
1255
1256
1257
1258
1259
1260
1261
1262
1263
1264
1265
1266
1267
1268
1269
1270
1271
1272
1273
1274
1275
1276
Description
CA 442-1 IN 1 Cable error. Open circuit or short circuit
CA 442-1 IN 2 Cable error
CA 442-1 IN 3 Cable error
CA 442-1 IN 4 Cable error
CA 442-2 IN 1 Cable error
CA 442-2 IN 2 Cable error
CA 442-2 IN 3 Cable error
CA 442-2 IN 4 Cable error
CA 442-3 IN 1 Cable error
CA 442-3 IN 2 Cable error
CA 442-3 IN 3 Cable error
CA 442-3 IN 4 Cable error
CA 442-4 IN 1 Cable error
CA 442-4 IN 2 Cable error
CA 442-4 IN 3 Cable error
CA 442-4 IN 4 Cable error
Alarm digital input 1 Type = Alarm Input
Alarm digital input 2
Alarm digital input 3
Alarm digital input 4
Alarm digital input 5
Alarm digital input 6
Alarm digital input 7
Alarm digital input 8
Alarm digital input 9
Alarm digital input 10
Alarm digital input 11
Alarm digital input 12
Alarm digital input 13
Alarm digital input 14
Alarm digital input 15
Alarm digital input 16
CA 442-5 CAN Communication failure. Extra Temp. Monitor P1 and P2
CA 442-6 CAN Communication failure. Extra Temp. Monitor P3 and P4
CA 781 CAN Communication failure AO/DO Exp. Module
CA 622 CAN Communication failure Modbus Master -> VFD
Main Power monitor - CA 622 com error (Modbus timeout)
1.9
Alarm 0 = IO 1280 and so on
Latched alarm status
IO-Bit
1280-1531
Octal
2400-2773
Hex
500-5FB
Latched alarm status is set to 1 when alarm goes active and are updated after Comli/Modbus readout
with actual alarm status. This is made to not lose alarms, witch have gone inactive before the call is ready.
1.10 Acknowledged alarms
Alarm 0 = IO 1536 and so on
IO-Bit
1536-1787
Octal
3000-3373
Hex
600-6FB
Status for ackn. alarm are set to 0 each time a new alarm occurs and gives the possibility for a central system to
ackn. each alarm individually.
The ackn,. works the same way as local ackn. on PC 441 and is made by writing a 1 to actual alarm bit.
This ackn. is time stamped in the local alarm list. Even local ackn. in substation ackn, actual IO-bits.
You can also ackn. all alarm by write to R333 ( if you have select that function ).
For system that can handle the Comli/Modbus telegram for time stamped events, we recommend to use
that method for readout of new alarms.
1.11 Pending alarms
Alarm 0 = IO 1792 and so on
IO-Bit
1792-2043
Octal
3400-3773
Hex
700-7FB
Pending alarms bits maybe active even if alarm is set inactive.
1.12 Configurations bits
Pit flags 1 : Same as bit mapped register R2010.
IO-Bit
2048
2049
2050
2051
2052
2053
2054
2055
2056
2057
2058
2059
2060
2061
2062
2063
Function
Remote pump block
Back pressure pump block
Low level float pump block
Start Level Tracking
Sensor type connected
Alternate
Runtime alternation
Start pump on level change
Stop pump on level change
Alternative stop level
Inflow calculation
Calc. pump capacity
Backup run P1
Backup run P2
Backup run P3
Backup run P4
Note
0=Off / 1=On
0=Off / 1=On
0=Off / 1=On
0=Off/ 1=On
0=Analogue sensor/ 1= Start/stop floats
0=Every pump stop / 1=Last pump stop
0=Off / 1=On
0=Off / 1=On
0=Off / 1=On
0=Off / 1=On
0=Off / 1=On
0=Off / 1=On
0=Off / 1= On
0=Off / 1= On
0=Off/ 1=On
0=Off/ 1=On
Pit flags 2 : Same as bit mapped register R2011.
2064
2065
2066
2067
2068
2069
2070
2071
2072
2073
2074
2075
2076
2077
2078
2079
Pit shape
Emptying/Filling pit
Tariff control
High float check of level sensor
Low float check of level sensor
Level change check of level sensor
P1 in primary pump group
P2 in primary pump group
P3 in primary pump group
P4 in primary pump group
Station Application
Over voltage block
Under voltage block
Unbalanced voltages block
High freq. block
Low freq. block
0=Rectangular / 1=Conical
0=Emptying / 1=Filling
0=Off / 1= On
0=Off / 1= On
0=Off / 1= On
0=Off / 1= On
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=Pump Controller / 1= Pump monitor (v1.14)
0=Off / 1=On
Power monitor CA 443-0
0=Off / 1=On
0=Off / 1=On
0=Off / 1=On
0=Off / 1=On
Pump 1-4 flags 1 : Same as bit mapped register : R2200/R2250/R2300/R2350
IO-Bit
P1
2080
2081
2082
2083
2084
2085
2086
2087
2088
2089
2090
2091
2092
2093
2094
2095
IO-Bit
P2
2112
2113
2114
2115
2116
2117
2118
2119
2120
2121
2122
2123
2124
2125
2126
2127
IO-Bit
P3
2144
2145
2146
2147
2148
2149
2150
2151
2152
2153
2154
2155
2156
2157
2158
2159
IO-Bit
P4
2176
2177
2178
2179
2180
2181
2182
2183
2184
2185
2186
2187
2188
2189
2190
2191
Function
Note
Relay Control pump
Auto reset motor protector
Control run (pump exercise)
Pump in alternation group
Alternative stop level active
Max Cont. runtime stop pump
Dry run stop pump
Reversing pump
Leakage 1 Oil chamber stop pump
Leakage 2 Con chamber stop pump
Leakage 3 Mot housing stop pump
Type of pump control
Hi temp stator wiring stop pump
Hi temp upper bearing stop pump
Hi temp lower bearing stop pump
High vibration stop pump
0=No / 1= Yes
0=Off / 1= On
0=Off / 1= On
0=No / 1= Yes
0=Off / 1= On
1=No/ 1= Yes
1=No/ 1= Yes
1=No /1 = Yes
1=No /1= Yes
1=No /1= Yes
1=No /1= Yes
0=Normal, 1=VFD (PID)
1=No /1= Yes
1=No /1=Yes
1=No /1=Yes
1=No /1= Yes
Pump 1-4 flags 2 : Same as bit mapped register : R2201/R2252/R2301/R2351
IO-Bit
P1
2096
2097
2098
2099
2100
2101
2102
2103
2104
2105
2106
2107
2108
2109
2110
2111
IO-Bit
P2
2128
2129
2130
2131
2132
2133
2134
2135
2136
2137
2138
2139
2140
2141
2142
2143
IO-Bit
P3
2160
2161
2162
2163
2164
2165
2166
2167
2168
2169
2170
2171
2172
2173
2174
2175
IO-Bit
P4
2192
2193
2194
2195
2196
2197
2198
2199
2200
2201
2202
2203
2204
2205
2206
2207
Function
Note
Alarm no run confirm block pump
Alarm fallen M.prot block pump
Alarm high curr. block pump
Alarm low curr. block pump
Alarm D.IN leakage block pump
Alarm D.IN high temp. block pump
Alarm low capacity block pump
Alarm D.IN pump fail block pump
Alarm leakage 1 block pump
Alarm leakage 2 block pump
Alarm leakage 3 block pump
Alarm Dry Run block pump
Alarm high temp 1 block pump
Alarm high temp 2 block pump
Alarm high temp 3 block pump
Alarm high vibration block pump
1=No /1= Yes
1=No /1= Yes
1=No /1= Yes
1=No /1= Yes
1=No /1= Yes
1=No /1=Yes
1=No /1=Yes
1=No /1= Yes
1=No /1= Yes
1=No /1= Yes
1=No /1= Yes
1=No /1= Yes
1=No /1= Yes
1=No /1= Yes
1=No/ 1= Yes
1=No/ 1=Yes
Field Bus Flags (CAN) : Same as bit mapped register : 4170 + 4171
IO-Bit
2208
2209
2210
2211
2212
2213
2214
2215
2216
2217
2218
2219
2220
2221
2222
2223
2224
Function
CA 441-1 Connected to field bus
CA 441-2 Connected to field bus
CA 441-3 Connected to field bus
CA 441-4 Connected to field bus
CA 442-1 Connected to field bus
CA 442-2 Connected to field bus
CA 442-3 Connected to field bus
CA 442-4 Connected to field bus
CA 443-0 Connected to field bus
CA 443-1 Connected to field bus
CA 443-2 Connected to field bus
CA 443-3 Connected to field bus
CA 443-4 Connected to field bus
CA 442-5 Connected to field bus
CA 442-6 Connected to field bus
CA 781 Connected to field bus
CA 622 Connected to field bus
Note
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
0=No / 1=Yes
Leakage monitor
Temperature monitor
Power monitor
Exp. Temp. monitor P1/P2
Exp. Temp. monitor P3/P4
Exp. AO/DO
Exp. Modbus Master -> VFD
1.13 Text Addresses
All text addresses are given in Hex format.
All addresses below 1000H allow max 20 character str
Address(Hex)
Description
Scale/Unit/Note
1
2
3
4
Analogue in 2
Analogue in 3
Analogue in 4
Analogue in 5
User text
User text
User text
User text
101
102
103
104
Analogue in 2
Analogue in 3
Analogue in 4
Analogue in 5
User unit
User unit
User unit
User unit
1.14 Digital input alarms
Address(Hex)
300
301
302
303
304
305
306
307
308
309
30A
30B
30c
30D
30E
30F
Description
Digital in 1
Digital in 2
Digital in 3
Digital in 4
Digital in 5
Digital in 6
Digital in 7
Digital in 8
Digital in 9
Digital in 10
Digital in 11
Digital in 12
Digital in 13
Digital in 14
Digital in 15
Digital in16
DI alarm text
DI alarm text
DI alarm text
DI alarm text
DI alarm text
DI alarm text
DI alarm text
DI alarm text
DI alarm text
DI alarm text
DI alarm text
DI alarm text
DI alarm text
DI alarm text
DI alarm text
DI alarm text
1.15 Pump Tag Name
Address(Hex)
590
591
592
593
Description
Pump 1
Pump 2
Pump 3
Pump 4
Tag Name (max 11 char)
Tag Name
Tag Name
Tag Name
1.16 Tele and alarm setup
Address(Hex)
Description
0801
0802
0803
0804
Tel. no. alarm call 1
Tel. no. alarm call 2
Tel. no. alarm call 3
Tel. no. alarm call 4
080b
GPRS Fallback SMS number
0810
0811
0812
0813
0814
0815
0816
0817
0818
0819
0820
Extra Hayes init. before calling
Hayes init after disconnecting line
PIN code for GSM modem
PUK code for GSM modem
SMSC number. International format (Leave blank for SIM card default)
GPRS IP address
GPRS apn.
GPRS apn continued.
GPRS User name
GPRS Password
Net operator GSM/GPRS
0830
0831
Station name
Id string to send on connect
1.17 Digital history time stamped events I chronological
order
Event type :
ALARM ON/ALARM OFF/ALARM ACKN./D.IN-D.OUT ON/OFF
Text like : Date(yymmddmmss)[TAB]Event type[TAB]Source
Address(Hex)
2000
2001
2002
……
2FFF
Description
Last time stamped event
Event before last
And so on. Max 4096 events backwards
2 PC 441 COMLI/Modbus Register
2.1
Register no
0
Description
Scale factor/ unit / note
Local Mode
2.2
Register no
Remote/Local status
1 = Local
Analogue inputs/Outputs in engineering units
Description
Scale factor/ unit / note
1
2
3
4
5
AIN 1. Pit level
AIN 2. Current P1/User
AIN 3. Current P2/User
AIN 4. Current P3/User
AIN 5. Current P4 /Pressure/User
0.01 m (0.01ft)
0.1 A / User defined
0.1 A / User defined
0.1 A / User defined
0.1 A / 0.1 bar / User defined (0.1 PSI)
8
9
AO 1. mA output
AO 2. mA output
0.001 mA
0.001 mA
2.3
Register no
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
36
Actual values in engineering units
Description
Scale factor/ unit / note
Inflow
Outflow
Overflow level
Overflow flow m3/h
Overflow flow l /s
Last pump capacity P1
Last pump capacity P2
Last pump capacity P3
Last pump capacity P4
Precipitation/Effect/Flow Ch 1
Precipitation/Effect/Flow Ch 2
Precipitation/Effect/Flow Ch 3
Precipitation/Effect/Flow Ch 4
Supply voltage
AIN 1 mA
AIN 2 mA
AIN 3 mA
AIN 4 mA
AIN 5 mA
Pit level above sea
Back Pressure
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
1 mm
(0.01 Inch)
0.1 m3/h
(1 GPM)
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
0.1 l/s*ha/ 0.1 kW/m3/h (0.01 inch/h, 1 GPM)
0.1 l/s*ha/ 0.1 kW/m3/h (0.01 inch/h, 1 GPM)
0.1 l/s*ha/ 0.1 kW/m3/h (0.01 inch/h, 1 GPM)
0.1 l/s*ha/ 0.1 kW/m3/h (0.01 inch/h, 1 GPM)
0.1 V
0.001 mA
0.001 mA
0.001 mA
0.001 mA
0.001 mA
0.01 m (0.01ft) Reg 1 with sea level offset added
0.1 bar (0.1 PSI)
All temperatures in °F. If US units selected.
40
Temperature 1 P1
0.1 °C Normally stator (°F) CA 442-1
41
Temperature 2 P1
0.1 °C Normally upper bearing
42
Temperature 3 P1
0.1 °C Normally lower bearing
43
Temperature 4 P1
0.1 °C Normally stator
44
Vibrations
P1
0.1 mm/s (0.01 Inch/s)
45
Temperature 1 P2
0.1 °C Normally stator
46
Temperature 2 P2
0.1 °C Normally upper bearing
47
Temperature 3 P2
0.1 °C Normally lower bearing
48
Temperature 4 P2
0.1 °C Normally stator
49
Vibrations
P2
0.1 mm/s (0.01 Inch/h)
50
Temperature 1 P3
0.1 °C Normally stator
51
Temperature 2 P3
0.1 °C Normally upper bearing
52
Temperature 3 P3
0.1 °C Normally lower bearing
53
Temperature 4 P3
0.1 °C Normally stator
54
Vibrations
P3
0.1 mm/s (0.01 Inch/h)
55
Temperature 1 P4
0.1 °C Normally stator
56
Temperature 2 P4
0.1 °C Normally upper bearing
57
Temperature 3 P4
0.1 °C Normally lower bearing
58
Temperature 4 P4
0.1 °C Normally stator
59
Vibrations
P4
0.1 mm/s (0.01 Inch/h)
Pt100 Sensor
Register no
Description
Scale factor/ unit / note
60
61
62
63
64
65
66
67
Main Effect
Main voltage L1
Main voltage L2
Main voltage L3
Main frequency
Main current L1
Main current L2
Main current L3
0.1 kW
0.1 V
0.1 V
0.1 V
0.01 Hz
0.1 A
0.1 A
0.1 A
Power monitor CA 443-0
70
71
72
73
74
75
76
77
78
79
P1 Effect
P1 Cos φ
P1 Current
P1 Current L1
P1 Current L2
P1 Current L3
P1 L1-L2 voltage
P1 L2-L3 voltage
P1 L3-L1 voltage
P1 Average LL voltage
0.1 kW
0.01
0.1 A Max of L1,L2 and L3
0.1 A
0.1 A
0.1 A
0.1 V
0.1 V
0.1 V
0.1 V
Power monitor CA 443-1
80
81
82
83
84
85
86
87
88
89
P2 Effect
P2 Cos φ
P2 Current
P2 Current L1
P2 Current L2
P2 Current L3
P2 L1-L2 voltage
P2 L2-L3 voltage
P2 L3-L1 voltage
P2 Average LL voltage
0.1 kW
0.01
0.1 A Max of L1,L2 and L3
0.1 A
0.1 A
0.1 A
0.1 V
0.1 V
0.1 V
0.1 V
Power monitor CA 443-2
90
91
92
93
94
95
96
97
98
99
P3 Effect
P3 Cos φ
P3 Current
P3 Current L1
P3 Current L2
P3 Current L3
P3 L1-L2 voltage
P3 L2-L3 voltage
P3 L3-L1 voltage
P3 Average LL voltage
0.1 kW
0.01
0.1 A Max of L1,L2 and L3
0.1 A
0.1 A
0.1 A
0.1 V
0.1 V
0.1 V
0.1 V
Power monitor CA 443-3
100
101
102
103
104
105
106
107
108
109
P4 Effect
P4 Cos φ
P3 Current
P4 Current L1
P4 Current L2
P4 Current L3
P4 L1-L2 voltage
P4 L2-L3 voltage
P4 L3-L1 voltage
P4 Average LL voltage
0.1 kW
0.01
0.1 A Max of L1,L2 and L3
0.1 A
0.1 A
0.1 A
0.1 V
0.1 V
0.1 V
0.1 V
Power monitor CA 443-4
Register no
Description
Scale factor/ unit / note
110
111
112
113
114
115
116
117
118
119
Prog. Version
Main Phase L1
Main Phase L2
Main Phase L3
Main Phase L1-L2
Main Phase L1-L3
Main Cos φ
Main L1-L2 voltage
Main L2-L3 voltage
Main L3-L1 voltage
100 = Prog Ver 1.00
+/- 90 °
+/- 90 °
+/- 90 °
+/-359°
+/-359°
0.01
0.1 V
0.1 V
0.1 V
120
121
122
123
124
125
126
127
128
129
Prog Version
P1 Phase L1
P1 Phase L2
P1 Phase L3
P1 Phase L1-L2
P1 Phase L1-L3
P1 Voltage L1
P1 Voltage L2
P1 Voltage L3
P1 Frequency
100 = Prog Ver 1.00
+/- 90 °
+/- 90 °
+/- 90 °
+/-359°
+/-359°
0.1 V
0.1 V
0.1 V
0.01 Hz
Power monitor CA443-1
130
131
132
133
134
135
136
137
138
139
Prog Version
P2 Phase L1
P2 Phase L2
P2 Phase L3
P2 Phase L1-L2
P2 Phase L1-L3
P2 Voltage L1
P2 Voltage L2
P2 Voltage L3
P2 Frequency
100 = Prog Ver 1.00
+/- 90 °
+/- 90 °
+/- 90 °
+/-359°
+/-359°
0.1 V
0.1 V
0.1 V
0.01 Hz
Power monitor CA443-2
140
141
142
143
144
145
146
147
148
149
Prog Version
P3 Phase L1
P3 Phase L2
P3 Phase L3
P3 Phase L1-L2
P3 Phase L1-L3
P3 Voltage L1
P3 Voltage L2
P3 Voltage L3
P3 Frequency
100 = Prog Ver 1.00
+/- 90 °
+/- 90 °
+/- 90 °
+/-359°
+/-359°
0.1 V
0.1 V
0.1 V
0.01 Hz
Power monitor CA443-3
150
151
152
153
154
155
156
157
158
159
Prog Version
P4 Phase L1
P4 Phase L2
P4 Phase L3
P4 Phase L1-L2
P4 Phase L1-L3
P4 Voltage L1
P4 Voltage L2
P4 Voltage L3
P4 Frequency
100 = Prog Ver 1.00
+/- 90 °
+/- 90 °
+/- 90 °
+/-359°
+/-359°
0.1 V
0.1 V
0.1 V
0.01 Hz
Power monitor CA443-4
Master power monitor CA443-0
Register no
Description
Scale factor/ unit / note
160
161
162
163
164
Prog Version
DI1 AD Value
DI2 AD Value
DI3 AD Value
DI4 AD Value
100 = Prog Ver 1.00
0-100.00%
0-100.00%
0-100.00%
0-100.00%
165
166
167
168
169
Prog Version
DI1 AD Value
DI2 AD Value
DI3 AD Value
DI4 AD Value
0-100.00%
0-100.00%
0-100.00%
0-100.00%
170
171
172
173
174
Prog Version
DI1 AD Value
DI2 AD Value
DI3 AD Value
DI4 AD Value
0-100.00%
0-100.00%
0-100.00%
0-100.00%
175
176
177
178
179
Prog Version
DI1 AD Value
DI2 AD Value
DI3 AD Value
DI4 AD Value
0-100.00%
0-100.00%
0-100.00%
0-100.00%
180
181
182
183
184
185
186
187
188
189
Prog Version
mA-In Vibrations
T1 AD Value
T2
T3
T4
T1 Limit
T2
T3
T4
Temp. monitor CA442-1
0.001 mA
-20.00-80.00 Pt100 / 0-100.00% Klixon/PTC
190
191
192
193
194
195
196
197
198
199
Prog Version
mA-In Vibrations
T1 AD Value
T2
T3
T4
T1 Limit
T2
T3
T4
Temp. monitor CA442-2
0.001 mA
-20.00-80.00 Pt100 / 0-100.00% Klixon/PTC
200
201
202
203
204
205
206
207
208
209
Prog Version
mA-In Vibrations
T1 AD Value
T2
T3
T4
T1 Limit
T2
T3
T4
Temp. monitor CA442-3
0.001 mA
-20.00-80.00 Pt100 / 0-100.00% Klixon/PTC
Leakage monitor CA441-1
Leakage monitor CA441-2
Leakage monitor CA441-3
Leakage monitor CA441-4
Register no
Description
Scale factor/ unit / note
210
211
212
213
214
215
216
217
218
219
Prog Version
mA-In Vibrations
T1 AD Value
T2
T3
T4
T1 Limit
T2
T3
T4
Temp. monitor CA442-4
0.001 mA
-20.00-80.00 Pt100 / 0-100.00% Klixon/PTC
240
241
242
243
244
245
246
247
248
249
Prog Version
mA-In
T1 AD Value
T2
T3
T4
T1 Limit
T2
T3
T4
Temp. monitor CA442-5
0.001 mA
-20.00-80.00 Pt100 / 0-100.00% Klixon/PTC
250
251
252
253
254
255
256
257
258
259
Prog Version
mA-In
T1 AD Value
T2
T3
T4
T1 Limit
T2
T3
T4
Temp. monitor CA442-6
0.001 mA
-20.00-80.00 Pt100 / 0-100.00% Klixon/PTC
CA 781 Exp. AO/DO module
260
Prog Version
261
AO 1. mA output
262
AO 2. mA output
Exp. AO/DO CA 781
0.001 mA
0.001 mA
CA 622 Exp. AO/DO module
264
Prog Version
Exp. AO/DO CA 781
CA 442-5 Exp. temp. module P1 nd P2
270
Temperature P1 stator L2
271
Temperature P1 stator L3
272
Temperature P2 stator L2
273
Temperature P2 stator L3
0.1 °C
0.1 °C
0.1 °C
0.1 °C
(°F)
(°F)
(°F)
(°F)
CA 442-5 T1
CA 442-5 T2
CA 442-5 T3
CA 442-5 T4
Pt100 Sensor
Pt100 Sensor
Pt100 Sensor
Pt100 Sensor
CA 442-5 Exp. temp. module P3 and P4
275
Temperature P3 stator L2
276
Temperature P3 stator L3
277
Temperature P4 stator L2
278
Temperature P4 stator L3
0.1 °C
0.1 °C
0.1 °C
0.1 °C
(°F)
(°F)
(°F)
(°F)
CA 442-6 T1
CA 442-6 T2
CA 442-6 T3
CA 442-6 T4
Pt100 Sensor
Pt100 Sensor
Pt100 Sensor
Pt100 Sensor
2.4
312
313
314
315
316
317
318
319
320
321
322
323
324
325
326
327
2.5
IO 0 -15
IO 16 -31
IO 32 -47
IO 48 -63
IO 64 -79
IO 80 -95
IO 96 -111
IO 112-127
IO 128-143
IO 144-159
IO 160-175
IO 176-191
IO 192-207
IO 208-223
IO 224-239
IO 240-255
Read only
Read only
Read only
Read only
Read only
Read only
Read only
Read only
Read only
Read only
Read only
Read only
Read only
Read only
Read only
Read only
Acknowledge alarm dialup
Register no
333
34
2.6
IO-bits 0-255
Description
Scale factor/ unit / note
Write to ackn. Alarm dialup
“ “ “
“
“
for value 1 master takes response for disconnecting
GPRS status
Register no
334
335
336
337
338
339
340
Description
Scale factor/ unit / note
GPRS CSQ
GPRS connect count
GPRS connect status
urc.ProfileId
urc.Cause
urc.InfoId
Previous urc.IfoId
Signal strength 0-31
2.7
Register no
0=dsisconnected, 1=reconnecting, 2=connected
From last ^SIS msg
From last ^SIS msg
From last ^SIS msg
^SIS msg before last
Raw AD values
Description
Scale factor/ unit / note
399
400
401
402-403
404-405
406-407
408-409
410-411
Factory reserved
Factory reserved
Factory reserved
AI 1
AI 2
AI 3
AI 4
AI 5
Level
Current P1/User
Current P2/User
Current P3/User
Current P3/Back-Pressure/User
414
415
416
417
418
AI 1
AI 2
AI 3
AI 4
AI 5
2.8
Unfiltered AI values
Level
Current P1/User
Current P2/User
Current P3/User
Current P4/Backpressure/User
0.01%
0.01%
0.01%
0.01%
0.01%
2.9
Register no
Communication status
Description
Scale factor/ unit / note
Service port
420
Overflow counter
421
Parity error counter
422
Framing error counter
423
Break counter
424
Error messages counter
425
Ok Messages counter
426
Checksum error counter
Com port
430
Overflow counter
431
Parity error counter
432
Framing error counter
433
Break counter
434
Error messages counter
435
Ok Messages counter
436
Checksum error counter
Field bus (CAN)
440
Error messages counter
441
Ok messages counter
USB Port
460
Overflow counter
461
Parity error counter
462
Framing error counter
463
Break counter
464
Error messages counter
465
Ok Messages counter
466
Checksum error counter
2.10 General info
Register no
Description
Scale factor/ unit / note
443
444
445
446
447
449
Program version
Special version
Station type
CPU clock frequency
Program version in hex
GSM-GPRS signal (CSQ)
100 = 1.00
0 = Standard version
60=PC 441
1/1000 in MHz and three decimals
1.00 = 0x100
0-31, 99=unknown (also in Reg 34)
451
CA 511 Firmware version
V.1.24 = current CA 511 version
583-584
31-32
Station number
“
“
Station identification for monitoring systems (32 bits fromV.1.44)
“
“
“
“
2.11 Modbus Drive status
Register no
Description
Scale factor/ unit / note
480
481
482
483
484
485
487
P1 Set frequency
P1 Actual frequency
P1 Actual speed
P1 Torque
P1 Torque
P1 Volt
P1 Power
0.01 Hz
0.01 Hz
1 RPM
0.1 %
0.1 Nm
0.1 V
0.01 KW
490
491
492
493
494
495
497
P2 Set frequency
P2 Actual frequency
P2 Actual speed
P2 Torque
P2 Torque
P2 Volt
P2 Power
0.01 Hz
0.01 Hz
1 RPM
0.1 %
0.1 Nm
0.1 V
0.01 KW
500
501
502
503
504
505
507
P3 Set frequency
P3 Actual frequency
P3 Actual speed
P3 Torque
P3 Torque
P3 Volt
P3 Power
0.01 Hz
0.01 Hz
1 RPM
0.1 %
0.1 Nm
0.1 V
0.01 KW
510
511
512
513
514
515
517
P4 Set frequency
P4 Actual frequency
P4 Actual speed
P4 Torque
P4 Torque
P4 Volt
P4 Power
0.01 Hz
0.01 Hz
1 RPM
0.1 %
0.1 Nm
0.1 V
0.01 KW
2.12
Register no
990
991
992
993
994
No decimals for flow values. Default 1 dec. (us = 0)
Description
Scale factor/ unit / note
Inflow decimals
Outflow decimals
Pump capacity P1/P2/P3/P4
Overflow flow
Pulse flow channel 1-4
0-4
0-4
0-4
0-4
0-4
2.13 Accumulated total values
Register no
1000-1001
1002-1003
1004-1005
1006-1007
1008-1009
1010-1011
1012
1013
1014-1015
1016-1017
1018-1019
1020-1021
1022
1023
1024-1025
1026-1027
1028-1029
1030-1031
1032-1033
1034-1035
1036-1037
1038-1039
1040-1041
1042-1043
1044-1045
1046-1047
1048-1049
1050-1051
1052-1053
1054-1055
Description
Scale factor/ unit / note
Overflow count
Overflow time
Overflow volume
Pumped volume
P1 runtime
P1 start count
P1 nominal cap.
P2 nominal cap.
P2 runtime
P2 start count
P3 runtime
P3 start count
P3 nominal cap.
P4 nominal cap.
P4 runtime
P4 start count
Pulse Ch 1
Pulse Ch 2
Pulse Ch 3
Pulse Ch 4
Energy P1
Energy P2
Energy P3
Energy P4
Total Energy
Energy efficiency
Mixer runtime
Mixer start count
Drain pump runtime
Drain pump start count
times
sec
0.1 m3
(1 gal)
0.1 m3
(1 gal)
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.001 kWh/m3
(1 kWh/Mgal)
sec
times
sec
times
2.14 Accumulated values today
Register no
1100-1101
1102-1103
1104-1105
1106-1107
1108-1109
1110-1111
1112
1113
1114-1115
1116-1117
1118-1119
1120-1121
1122
1123
1124-1125
1126-1127
1128-1129
1130-1131
1132-1133
1134-1135
1136-1137
1138-1139
1140-1141
1142-1143
1144-1145
1146-1147
1148-1149
1150-1151
1152-1153
1154-1155
Description
Scale factor/ unit / note
Overflow count
Overflow time
Overflow volume
Pumped volume
P1 runtime
P1 start count
P1 avg. cap.
P2 avg. cap.
P2 runtime
P2 start count
P3 runtime
P3 start count
P3 avg. cap.
P4 avg. cap.
P4 runtime
P4 start count
Pulse Ch 1
Pulse Ch 2
Pulse Ch 3
Pulse Ch 4
Energy P1
Energy P2
Energy P3
Energy P4
Total Energy
Energy efficiency
Mixer runtime
Mixer start count
Drain pump runtime
Drain pump start count
times
sec
0.1 m3
(1 gal)
1 m3
(1 gal)
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.001 kWh/m3
(1 kWh/Mgal)
sec
times
sec
times
2.15 Accumulated values yesterday
Register no
1200-1201
1202-1203
1204-1205
1206-1207
1208-1209
1210-1211
1212
1213
1214-1215
1216-1217
1218-1219
1220-1221
1222
1223
1224-1225
1226-1227
1228-1229
1230-1231
1232-1233
1234-1235
1236-1237
1238-1239
1240-1241
1242-1243
1244-1245
1246-1247
1248-1249
1250-1251
1252-1253
1254-1255
Description
Scale factor/ unit / note
Overflow count
Overflow time
Overflow volume
Pumped volume
P1 runtime
P1 start count
P1 avg. cap.
P2 avg. cap.
P2 runtime
P2 start count
P3 runtime
P3 start count
P3 avg. cap.
P4 avg. cap.
P4 runtime
P4 start count
Pulse Ch 1
Pulse Ch 2
Pulse Ch 3
Pulse Ch 4
Energy P1
Energy P2
Energy P3
Energy P4
Total Energy
Energy efficiency
Mixer runtime
Mixer start count
Drain pump runtime
Drain pump start count
times
sec
0.1 m3
(1 gal)
1 m3
(1 gal)
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.001 kWh/m3
(1 kWh/Mgal)
sec
times
sec
times
2.16 Accumulated values 2 days ago
Register no
1300-1301
1302-1303
1304-1305
1306-1307
1308-1309
1310-1311
1312
1313
1314-1315
1316-1317
1318-1319
1320-1321
1322
1323
1324-1325
1326-1327
1328-1329
1330-1331
1332-1333
1334-1335
1336-1337
1338-1339
1340-1341
1342-1343
1344-1345
1346-1347
1348-1349
1350-1351
1352-1353
1354-1355
Description
Scale factor/ unit / note
Overflow count
Overflow time
Overflow volume
Pumped volume
P1 runtime
P1 start count
P1 avg. cap.
P2 avg. cap.
P2 runtime
P2 start count
P3 runtime
P3 start count
P3 avg. cap.
P4 avg. cap.
P4 runtime
P4 start count
Pulse Ch 1
Pulse Ch 2
Pulse Ch 3
Pulse Ch 4
Energy P1
Energy P2
Energy P3
Energy P4
Total Energy
Energy efficiency
Mixer runtime
Mixer start count
Drain pump runtime
Drain pump start count
times
sec
0.1 m3
(1 gal)
1 m3
(1 gal)
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.001 kWh/m3
(1 kWh/Mgal)
sec
times
sec
times
2.17 Accumulated values 3 days ago
Register no
1400-1401
1402-1403
1404-1405
1406-1407
1408-1409
1410-1411
1412
1413
1414-1415
1416-1417
1418-1419
1420-1421
1422
1423
1424-1425
1426-1427
1428-1429
1430-1431
1432-1433
1434-1435
1436-1437
1438-1439
1440-1441
1442-1443
1444-1445
1446-1447
1448-1449
1450-1451
1452-1453
1454-1455
Description
Scale factor/ unit / note
Overflow count
Overflow time
Overflow volume
Pumped volume
P1 runtime
P1 start count
P1 avg. cap.
P2 avg. cap.
P2 runtime
P2 start count
P3 runtime
P3 start count
P3 avg. cap.
P4 avg. cap.
P4 runtime
P4 start count
Pulse Ch 1
Pulse Ch 2
Pulse Ch 3
Pulse Ch 4
Energy P1
Energy P2
Energy P3
Energy P4
Total Energy
Energy efficiency
Mixer runtime
Mixer start count
Drain pump runtime
Drain pump start count
times
sec
0.1 m3
(1 gal)
1 m3
(1 gal)
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.001 kWh/m3
(1 kWh/Mgal)
sec
times
sec
times
2.18 Accumulated values 4 days ago
Register no
1500-1501
1502-1503
1504-1505
1506-1507
1508-1509
1510-1511
1512
1513
1514-1515
1516-1517
1518-1519
1520-1521
1522
1523
1524-1525
1526-1527
1528-1529
1530-1531
1532-1533
1534-1535
1536-1537
1538-1539
1540-1541
1542-1543
1544-1545
1546-1547
1548-1549
1550-1551
1552-1553
1554-1555
Description
Scale factor/ unit / note
Overflow count
Overflow time
Overflow volume
Pumped volume
P1 runtime
P1 start count
P1 avg. cap.
P2 avg. cap.
P2 runtime
P2 start count
P3 runtime
P3 start count
P3 avg. cap.
P4 avg. cap.
P4 runtime
P4 start count
Pulse Ch 1
Pulse Ch 2
Pulse Ch 3
Pulse Ch 4
Energy P1
Energy P2
Energy P3
Energy P4
Total Energy
Energy efficiency
Mixer runtime
Mixer start count
Drain pump runtime
Drain pump start count
times
sec
0.1 m3
(1 gal)
1 m3
(1 gal)
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.001 kWh/m3
(1 kWh/Mgal)
sec
times
sec
times
2.19 Accumulated values 5 days ago
Register no
1600-1601
1602-1603
1604-1605
1606-1607
1608-1609
1610-1611
1612
1613
1614-1615
1616-1617
1618-1619
1620-1621
1662
1663
1624-1625
1626-1627
1628-1629
1630-1631
1632-1633
1634-1635
1636-1637
1638-1639
1640-1641
1642-1643
1644-1645
1646-1647
1648-1649
1650-1651
1652-1653
1654-1655
Description
Scale factor/ unit / note
Overflow count
Overflow time
Overflow volume
Pumped volume
P1 runtime
P1 start count
P1 avg. cap.
P2 avg. cap.
P2 runtime
P2 start count
P3 runtime
P3 start count
P3 avg. cap.
P4 avg. cap.
P4 runtime
P4 start count
Pulse Ch 1
Pulse Ch 2
Pulse Ch 3
Pulse Ch 4
Energy P1
Energy P2
Energy P3
Energy P4
Total Energy
Energy efficiency
Mixer runtime
Mixer start count
Drain pump runtime
Drain pump start count
times
sec
0.1 m3
(1 gal)
1 m3
(1 gal)
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.001 kWh/m3
(1 kWh/Mgal)
sec
times
sec
times
2.20 Accumulated values 6 days ago
Register no
1700-1701
1702-1703
1704-1705
1706-1707
1708-1709
1710-1711
1712
1713
1714-1715
1716-1717
1718-1719
1720-1721
1762
1763
1724-1725
1726-1727
1728-1729
1730-1731
1732-1733
1734-1735
1736-1737
1738-1739
1740-1741
1742-1743
1744-1745
1746-1747
1748-1749
1750-1751
1752-1753
1754-1755
Description
Scale factor/ unit / note
Overflow count
Overflow time
Overflow volume
Pumped volume
P1 runtime
P1 start count
P1 avg. cap.
P2 avg. cap.
P2 runtime
P2 start count
P3 runtime
P3 start count
P3 avg. cap.
P4 avg. cap.
P4 runtime
P4 start count
Pulse Ch 1
Pulse Ch 2
Pulse Ch 3
Pulse Ch 4
Energy P1
Energy P2
Energy P3
Energy P4
Total Energy
Energy efficiency
Mixer runtime
Mixer start count
Drain pump runtime
Drain pump start count
times
sec
0.1 m3
(1 gal)
1 m3
(1 gal)
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.001 kWh/m3
(1 kWh/Mgal)
sec
times
sec
times
2.21 Accumulated values 7 days ago
Register no
1800-1801
1802-1803
1804-1805
1806-1807
1808-1809
1810-1811
1812
1813
1814-1815
1816-1817
1818-1819
1820-1821
1822
1823
1824-1825
1826-1827
1828-1829
1830-1831
1832-1833
1834-1835
1836-1837
1838-1839
1840-1841
1842-1843
1844-1845
1846-1847
1848-1849
1850-1851
1852-1853
1854-1855
Description
Overflow count
Overflow time
Overflow volume
Pumped volume
P1 runtime
P1 start count
P1 avg. cap.
P2 avg. cap.
P2 runtime
P2 start count
P3 runtime
P3 start count
P3 avg. cap.
P4 avg. cap.
P4 runtime
P4 start count
Pulse Ch 1
Pulse Ch 2
Pulse Ch 3
Pulse Ch 4
Energy P1
Energy P2
Energy P3
Energy P4
Total Energy
Energy efficiency
Mixer runtime
Mixer start count
Drain pump runtime
Drain pump start count
Scale factor/ unit / note
times
sec
0.1 m3
(1 gal)
1 m3
(1 gal)
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
sec
times
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
sec
times
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh/ mm/m3 (0.01 inch)
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.1 kWh
0.001 kWh/m3
(1 kWh/Mgal)
sec
times
sec
times
2.22 System configuration
Register no
Description
Scale factor/ unit / note
2000
2001
2002
2003
2004
2005
2006
Menu language
Date format
Units
LCD Back light time
Pit fill graphics range
Alarm alert on time
Alarm alert pause time
0=Swe/1=Eng/2=Ger/3=Fre ……..
0=YY:MM:DD / 1=DD:MM/YY/ 2=MM:DD:YY
0=Metric / 1= Us Units (Only metric support in V.1.xx
min 0= always On
centimetre (0.01 ft)
min, 0=No limit, Do function = Alarm alert
min
2007
2008
2009
2012
Main voltage
Main frequency
Hide Start-Stop levels
CA 511 Main graphics
1 V (type 400V)
1 Hz (type 50Hz)
0=NO, 1=YES
0=Pit, 1=P1, 2=P2…
2.23 Pit configuration
Register no
Description
Scale factor/ unit / note
2010
2011
Pit flags 1
Pit flags 2
Bit mapped register, See IO-bits.
“
“
“
“ “
2013
2014
Min time between relay changes s
Max No. pumps running
0-3 0=1 pump
2015
2016
2017
Pump alternation
No. Starts to Alt
Runtime to alternation
0=Off/1=Normal/2=Asymmetrical
Asymmetrical alternation
min. Runtime alternation
2018
2019
2020
2021
Min no. pumps running
Max no. pumps running
Level change to start
/ time unit
0-4
0-4
0.01 m
min
Level change start
2022
2023
2024
2025
Min no. pumps running
Max no. pumps running
Level change to stop
/ time unit
0-4
0-4
0.01 m
min
Level change stop
2027
Calculation interval inflow
s
Inflow
2028
2029
2030
Static head
Total head (hf)
Flow at duty point
0.01 mH2O (0.01ft) System curve at duty point
0.01 mH2O (0.01ft)
0.1 l/s (GPM)
2031
2032
2033
Flow compensation 2 pumps
Flow compensation 3 pumps
Flow compensation 4 pumps
1%
1%
1%
Alternative to system curve
2036
2037
2038
2039
2040
2041
2042
2043
2044
2045
2046
2047
2048
2049
2050
2051
2052
2053
2054
2055
Pit level 0
Pit area 0
Pit level 1
Pit area 1
Pit level 2
Pit area 2
Pit level 3
Pit area 3
Pit level 4
Pit area 4
Pit level 5
Pit area 5
Pit level 6
Pit area 6
Pit level 7
Pit area 7
Pit level 8
Pit area 8
Pit level 9
Pit area 9
0.01 m
0.1 m2
0.01 m
0.1 m2
0.01m
0.1 m2
0.01 m
0.1 m2
0.01 m
0.1 m2
0.01m
0.1 m2
0.01 m
0.1 m2
0.01 m
0.1 m2
0.01m
0.1 m2
0.01m
0.1 m2
(0.01 ft)
(0.1 ft2)
(0.01 ft)
(0.1 ft2)
(0.01 ft)
(0.1 ft2)
(0.01 ft)
(0.1 ft2)
(0.01 ft)
(0.1 ft2)
(0.01 ft)
(0.1 ft2)
(0.01 ft)
(0.1 ft2)
(0.01 ft)
(0.1 ft2)
(0.01 ft)
(0.1 ft2)
(0.01 ft)
(0.1 ft2)
Pit area
2060
2061
2062
2063
2064
Min level calc. pump capacity
Max level calc. pump capacity
Start delay
Calculation time
Stop delay
0.01 m
0.01 m
s
s
s
(0.01 ft)
(0.01 ft)
Pump capacity
(0.01 ft)
(0.01 ft)
Register no
Description
Scale factor/ unit / note
2066
2067
2068
2069
Remote block timeout
Pressure block set-point
Pressure block timeout
Pressure block delay
s
0.1 bar
s
s
0 = No timeout
(0.1 PSI)
0 = No timeout
2070
Backup runtime
s
High float run on time
2072
2073
2074
2075
2076
2077
Sensor level at high float
Max difference at high float
Sensor level at low float
Max difference at low float
Sensor control time
Min level change
0.01 m
+/-0.01 m
0.01 m
+/-0.01 m
s
0.01m
(0.01 ft)
(0.01 ft)
(0.01 ft)
(0.01 ft)
2080
2081
2082
2083
2084
2085
2086
2087
2088
2089
2090
2091
2092
2093
2094
2095
2096
2097
2098
2099
2100
2101
2102
2105
2106
2107
2108
2109
Hi tariff pump pre-start
Pump down level
Monday peak 1 On
Monday peak 1 Off
Monday peak 2 On
Monday peak 2 Off
Tuesday peak 1 On
Tuesday peak 1 Off
Tuesday peak 2 On
Tuesday peak 2 Off
Wednesday peak 1 On
Wednesday peak 1 Off
Wednesday peak 2 On
Wednesday peak 2 Off
Thursday peak 1 On
Thursday peak 1 Off
Thursday peak 2 On
Thursday peak 2 Off
Friday peak 1 On
Friday peak 1 Off
Friday peak 2 On
Friday peak 2 Off
Saturday peak 1 On
Saturday peak 2 Off
Sunday peak 1 On
Sunday peak 1 Off
Sunday peak 2 On
Sunday peak 2 Off
min
0.01 m
min
min
min
min
min
min
min
min
min
min
min
min
min
min
min
min
min
min
min
min
min
min
min
min
min
min
Tariff control
(0.01 ft)
0-1440 min
2112
Relative level m.a.s
0.01 m
(0.01 ft)
2115
2116
2117
No starts to alt. stop level
Alternative stop level
Stop delay
times
0.01 m
s
(0.01 ft)
2120
2121
2122
2123
2124
2125
2126
Power monitor block delay
Power monitor block off delay
Over voltage block set-point
Under voltage block set-point
Diff L1,L2,L3 block set-point
High freq. block set-point
Low freq. block set-point
s
s
0.1 %
0.1 %
0.1 %
0.1 %
0.1 %
Sensor check
(0.01 ft)
0 = No timeout
CA 443 Over/under voltage ……
% of main voltage register 2007
“
“
% of main freq. register 2008
2.24 Extra temp. monitor modules CA442-5 & CA442-6
CA 442-5
2140
2141
2142
Extra Temperature monitor P1/P2
Sensor 1 type
0=Off/1=Klixon/2=PTC/3=Pt100
Temperature offset
0.1 °C ( Pt100)
Filter constant
s
( Pt100)
2145
2146
2147
Sensor 2 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
2150
2151
2152
Sensor 3 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
2155
2156
2157
Sensor 4 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100/4=Vibrations
0.1 °C ( Pt100)
s
( Pt100)
CA 442-6
2170
2171
2172
Extra Temperature monitor P3/P4
Sensor 1 type
0=Off/1=Klixon/2=PTC/3=Pt100
Temperature offset
0.1 °C ( Pt100)
Filter constant
s
( Pt100)
2175
2176
2177
Sensor 2 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
2180
2181
2182
Sensor 3 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
2185
2186
2187
Sensor 4 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100/4=Vibrations
0.1 °C ( Pt100)
s
( Pt100)
2.25 Pump 1 configuration
Register no
Description
Scale factor/ unit / note
2202
2203
2204
2205
2206
Normal start level
Normal stop level
High tariff start level
High tariff stop level
Random start range
0.01 m
0.01 m
0.01 m
0.01 m
+/- 0.01m
2208
2209
Start delay
Stop delay
s
s
2212
2213
Running indicator
Min run current
0=Off/1=Digtal input/2=Motor Current, 3=CA622
0.1 A
2215
Max continuous runtime
min
2216
2217
Nominal Motor Current
Nominal Cos φ
0.1A
0.01
2218
2219
Pcap Comp (VFD)
Pump Type
2220
2221
2222
2223
2224
2225
2226
Point 1 Total head (Hmax)
Point 1 Flow
Point 2 Total head
Point 2 Flow
Point 3 Total head (Hmin)
Point 3 Flow
Total Head from sensor zero
0.01 mH20
0.1 l/s
0.01 mH2O
0.1 l/s
0.01 mH2O
0.1 l/s
0.01 mH20
2230
2231
2232
Dry run Cos φ set-point
Dry run block timeout
Dry run block delay
0.01
s
s
2235
2236
2237
Leakage block delay
s
High temperature block delay s
High vibrations block delay
s
2239
2240
2241
2242
Demand Manual Reset
Manual frequency
Min. frequency
Max. frequency
2200
2201
Pump flags 1
Pump flags 2
Bit mapped register, See IO-bits.
“
“
(0.01 ft)
(0.01 ft)
(0.01 ft)
(0.01 ft)
(0.01 ft)
Start/Stop levels
Power Factor
0.1%
0/1
Pump cap factor at min Freq (VFD)
0=Fixed, 1=Speed controlled (VFD).
(0.01ft)
(0.1 GPM)
(0.01ft)
(0.1 GPM)
(0.01 ft)
(0.1 GPM)
(0.01 ft)
QH curve (at pump outlet)
Taken from QH curve
At pit max level
At level sensor zero level)
CA 443 Connected
0=No, 1=Only Stator Alarms, 2=All Temp. alarms (v1.16)
0.1 Hz (CA 622 VFD Control)
0.1 Hz (CA 622 VFD Control)
0.1 Hz (CA 622 VFD Control)
2.26
Register no
Pump 2 configuration
2250
2251
Pump flags 1
Pump flags 2
Description
Scale factor/ unit / note
2252
2253
2254
2255
2256
Normal start level
Normal stop level
High tariff start level
High tariff stop level
Random start range
0.01 m
0.01 m
0.01 m
0.01 m
+/- 0.01m
2258
2259
Start delay
Stop delay
s
s
2262
2263
Running indicator
Min run current
0=Off/1=Digtal input/2=Motor Current, 3=CA622
0.1 A
2265
Max continuous runtime
min
2266
2267
Nominal Motor Current
Nominal Cos φ
0.1A
0.01
2268
2269
Pcap Comp (VFD)
Pump Type
0.1%
0/1
2270
2271
2272
2273
2274
2275
2276
Point 1 Total head (Hmax)
Point 1 Flow
Point 2 Total head
Point 2 Flow
Point 3 Total head (Hmin)
Point 3 Flow
Total Head from sensor zero
0.01 mH20 (0.01ft)
QH curve (at pump outlet)
0.1 l/s
(0.1 GPM) Taken from QH curve
0.01 mH2O (0.01 ft)
0.1 l/s
(0.1 GPM)
0.01 mH2O (0.01 ft) (at pit max level)
0.1 l/s
(0.1 GPM)
0.01 mH20 (0.01 ft) (at level sensor zero level)
2280
2281
2282
Dry run current set-point
Dry run block timeout
Dry run block delay
0.1 A
s
s
2285
2286
2287
Leakage block delay
s
High temperature block delay s
High vibrations block delay
s
2289
2290
2291
2202
Demand Manual Reset
Manual frequency
Min. frequency
Max. frequency
Bit mapped register, See IO-bits.
“
“
(0.01 ft)
(0.01 ft)
(0.01 ft)
(0.01 ft)
(0.01 ft)
Start/Stop levels
Power Factor
Pump cap factor at min Freq (VFD)
0=Fixed, 1=Speed controlled (VFD).
0=No, 1=Only Stator Alarms, 2=All Temp. alarms (v1.16)
0.1 Hz (CA 622 VFD Control)
0.1 Hz (CA 622 VFD Control)
0.1 Hz (CA 622 VFD Control)
2.27 Pump 3 configuration
Register no
Description
Scale factor/ unit / note
2300
2301
Pump flags 1
Pump flags 2
Bit mapped register, See IO-bits.
“
“
2302
2303
2304
2305
2306
Normal start level
Normal stop level
High tariff start level
High tariff stop level
Random start range
0.01 m
0.01 m
0.01 m
0.01 m
+/- 0.01m
2308
2309
Start delay
Stop delay
s
s
2312
2313
Running indicator
Min run current
0=Off/1=Digtal input/2=Motor Current, 3=CA622
0.1 A
2315
Max continuous runtime
min
2316
2317
Nominal Motor Current
Nominal Cos φ
0.1A
0.01
Power Factor
2318
2319
Pcap Comp (VFD)
Pump Type
0.1%
0/1
Pump cap factor at min Freq (VFD)
0=Fixed, 1=Speed controlled (VFD).
2320
2321
2322
2323
2324
2325
2326
Point 1 Total head (Hmax)
Point 1 Flow
Point 2 Total head
Point 2 Flow
Point 3 Total head (Hmin)
Point 3 Flow
Total Head from sensor zero
0.01 mH20 (0.01 ft)
0.1 l/s
(0.1 GPM)
0.01 mH2O (0.01 ft)
0.1 l/s
(0.1 GPM)
0.01 mH2O (0.01 ft)
0.1 l/s
(0.1 GPM)
0.01 mH20 (0.01 ft)
2330
2331
2332
Dry run Cos φ set-point
Dry run block timeout
Dry run block delay
0.01
s
s
2335
2336
2337
Leakage block delay
s
High temperature block delay s
High vibrations block delay
s
2339
2340
2341
2342
Demand Manual Reset
Manual frequency
Min. frequency
Max. frequency
(0.01 ft)
(0.01 ft)
(0.01 ft)
(0.01 ft)
(0.01 ft)
Start/Stop levels
QH curve (at pump outlet)
Taken from QH curve
(at pit max level)
(at level sensor zero level)
CA 443 Connected
0=No, 1=Only Stator Alarms, 2=All Temp. alarms (v1.16)
0.1 Hz (CA 622 VFD Control)
0.1 Hz (CA 622 VFD Control)
0.1 Hz (CA 622 VFD Control)
2.28
Register no
Pump 4 configuration
2350
2351
Pump flags 1
Pump flags 2
Description
Scale factor/ unit / note
2352
2353
2354
2355
2356
Normal start level
Normal stop level
High tariff start level
High tariff stop level
Random start range
0.01 m
0.01 m
0.01 m
0.01 m
+/- 0.01m
2358
2359
Start delay
Stop delay
s
s
2362
2363
Running indicator
Min run current
0=Off/1=Digital input/2=Motor Current, 3=CA622
0.1 A
2365
Max continuous runtime
min
2366
2367
Nominal Motor Current
Nominal Cos φ
0.1A
0.01
Power Factor
2368
2369
Pcap Comp (VFD)
Pump Type
0.1%
0/1
Pump cap factor at min Freq (VFD)
0=Fixed, 1=Speed controlled (VFD).
2370
2371
2372
2373
2374
2375
2376
Point 1 Total head (Hmax)
Point 1 Flow
Point 2 Total head
Point 2 Flow
Point 3 Total head (Hmin)
Point 3 Flow
Total Head from sensor zero
0.01 mH20 (0.01ft)
0.1 l/s
(0.1 GPM)
0.01 mH2O (0.01 ft)
0.1 l/s
(0.1 GPM)
0.01 mH2O (0.01 ft)
0.1 l/s
(0.1 GPM)
0.01 mH20 (0.01 ft)
2380
2381
2382
Dry run Cos φ set-point
Dry run block timeout
Dry run block delay
0.01
s
s
2385
2386
2387
Leakage block delay
s
High temperature block delay s
High vibrations block delay
s
2389
2390
2391
2392
Demand Manual Reset
Manual frequency
Min. frequency
Max. frequency
Bit mapped register, See IO-bits.
“
“
(0.01 ft)
(0.01 ft)
(0.01 ft)
(0.01 ft)
(0.01 ft)
Start/Stop levels
QH curve (at pump outlet)
Taken from QH curve
(at pit max level)
(at sensor zero level)
0=No, 1=Only Stator Alarms, 2=All Temp. alarms (v1.16)
0.1 Hz (CA 622 VFD Control)
0.1 Hz (CA 622 VFD Control)
0.1 Hz (CA 622 VFD Control)
2.29 Pump 1-4 common configuration
Register no
Description
Scale factor/ unit / note
2400
Log pump events
0=Timestamp off, 1=on.
2402
2403
2404
Pulse time
Pause time
Max no attempts
s
s
Max 3
Reset motor protector
2410
2411
2412
2413
Max stand still time
Control runtime
Start if level >
Start if level <
min
s
0.01 m
0.01 m
Control run
2414
2415
2416
2417
2418
2419
2420
2421
2422
Reversing delay time
Reversing run time
Max no attempts
Pump relay when rev
Stop pumps before reversing
Rev. when fallen M-prot
Rev. when D.in pump fail
Rev. when low pump capacity
Rev. when overcurrent
min
Reversing pumps
s
Max 3
0=Off / 1=On
0=Off / 1= On
0=No / 1=Yes
0=No / 1= Yes
0=No / 1= Yes
0=No / 1= Yes
(0.01 ft)
(0.01 ft)
2.30 Overflow configuration
Register no
Description
Scale factor/ unit / note
2430
2431
2432-2433
2434-2435
2436-2437
2438-3439
2440
Overflow measuring
Overflow calculation
Exponent 1
Constant 1
Exponent 2
Constant 2
Level at overflow
0=Off /1=Sensor (KV) /2=Level
0=Exp+Const / 1=Lock on inflow
0.0001
0.0001
0.0001
0.0001
0.001 m
(0.001ft)
2.31 CA 781 AO/DO Exp. module
Exp. DO
2450
2451
2452
2453
2454
2455
2456
2457
2458
2459
2460
2461
2462
2463
2464
2465
2466
2467
2468
2469
2470
2471
2472
2473
DO 1. Function
DO 1. Pump no.
DO 1. NO/NC
DO 2. Function
DO 2. Pump no.
DO 2. NO/NC
DO 3. Function
DO 3. Pump
DO 3. NO/NC
DO 4. Function
DO 4. Pump
DO 4. NO/NC
DO 5. Function
DO 5. Pump
DO 5. NO/NC
DO 6. Function
DO 6. Pump
DO 6. NO/NC
DO 7. Function
DO 7. Pump
DO 7. NO/NC
DO 8. Function
DO 8. Pump
DO 8. NO/NC
0=Off/ 1=Pump Control/2= Reset motor protector *
0=P1/1=P2/2=P3/3=P4
For some functions
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
Exp. AO
2480
2481
2482
2483
2484
2485
AO 1. Function
AO 1. Signal range
AO 1. Scale 0%=
AO 1. Scale 100%=
AO 1. Filter constant
AO 1. Data Register
0=Off/1=Pit level/ 2=Inflow *
0=0-20mA / 1=0-20mA
2490
2491
2492
2493
2494
2495
AO 2. Function
AO 2. Signal range
AO 2. Scale 0%=
AO 2. Scale 100%=
AO 2. Filter constant
AO 2. Data Register
0=Off/1=Pit level/ 2=Inflow *
0=0-20mA / 1=0-20mA
s
Only for output type “Data Register”
s
Only for output type “Data Register”
2.32 Digital inputs configuration
Register no
2500
2501
2502
2503
2504
2505
2506
2507
2508
2509
2510
2511
2512
2513
2514
2515
2516
2517
2518
2519
2520
2521
2522
2523
2524
2525
2526
2527
2528
2529
2530
2531
2532
2533
2534
2535
2536
2537
2538
2539
2540
2541
2542
2543
2544
2545
2546
2547
Description
Scale factor/ unit / note
DI 1. Function
DI 1. Pump no.
DI 1. NO/NC
DI 2. Function
DI 2. Pump
DI 2. NO/NC
DI 3. Function
DI 3. Pump
DI 3. NO/NC
DI 4. Function
DI 4. Pump
DI 4. NO/NC
DI 5. Function
DI 5. Pump
DI 5. NO/NC
DI 6. Function
DI 6. Pump
DI 6. NO/NC
DI 7. Function
DI 7. Pump
DI 7. NO/NC
DI 8. Function
DI 8. Pump
DI 8. NO/NC
DI 9. Function
DI 9. Pump
DI 9. NO/NC
DI 10. Function
DI 10 Pump
DI 10 NO/NC
DI 11. Function
DI 11. Pump
DI 11. NO/NC
DI 12. Function
DI 12. Pump
DI 12. NO/NC
DI 13. Function
DI 13. Pump
DI 13. NO/NC
DI 14. Function
DI 14. Pump
DI 14. NO/NC
DI 15. Function
DI 15. Pump
DI 15. NO/NC
DI 16. Function
DI 16. Pump
DI 16 NO/NC
0=Off/ 1=Run ind./2=Manuel start *
0=P1/1=P2/2=P3/3=P4 For some functions
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Run ind./2=Manuel start
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
 See ppendices 3.1 Digital input types
2.33 Digital outputs configuration
Register no Description
Main controller PC441
2550
2551
2552
2553
2554
2555
2556
2557
2558
2559
2560
2561
2562
2563
2564
2565
2566
2567
2568
2569
2570
2571
2572
2573
DO 1. Function
DO 1. Pump no.
DO 1. NO/NC
DO 2. Function
DO 2. Pump no.
DO 2. NO/NC
DO 3. Function
DO 3. Pump
DO 3. NO/NC
DO 4. Function
DO 4. Pump
DO 4. NO/NC
DO 5. Function
DO 5. Pump
DO 5. NO/NC
DO 6. Function
DO 6. Pump
DO 6. NO/NC
DO 7. Function
DO 7. Pump
DO 7. NO/NC
DO 8. Function
DO 8. Pump
DO 8. NO/NC
Scale factor/ unit / note
0=Off/ 1=Pump Control/2= Reset motor protector *
0=P1/1=P2/2=P3/3=P4
For some functions
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
0=Off/ 1=Pump Control/2= Reset motor protector
0=P1/1=P2/2=P3/3=P4
0=NO / 1=NC
 See ppendices 3.2 Digital output types
2.34 Mixer configuration
Register no
2580
2581
2582
2583
2584
2585
2586
2587
2588
2589
2590
Description
Scale factor/ unit / note
Stop pump when mixer run
Mixer runtime
Start count interval
Timer interval
Max level for start
Min level for start
Run indicator
Auto reset motor protector
Pulse time
Pause time
Max no attempts
0=No / 1= Yes
s
times
0=disabled
min
0=disabled
0.01 m
(0.01 ft)
0.01 m
(0.01 ft)
0=Off / 1= Digital input
0=No / 1=Yes
s
s
Max 3
2.35 Cleaner configuration
Register no
2595
2596
2597
Description
Scale factor/ unit / note
Spool on pump start/stop
Spool time
No start/stop to spool
0=Start / 1=Stop
s
time
2.36 Drain pump configuration
Register no
2600
2601
2602
2603
2604
2605
2606
Description
Start delay
Stop delay
Run indicator
Auto reset motor protector
Pulse time
Pause time
Max no attempts
Scale factor/ unit / note
s
s
0=Off / 1=Digital input
0=No / 1=Yes
s
s
Max 3
2.37 Analogue inputs configuration
Register no
Description
Scale factor/ unit / note
2620
2621
2622
2623
2624
2625
AI 1. Function
AI 1. Signal range
AI 1. Scale 0%=
AI 1. Scale 100%=
AI 1. Zero offset
AI 1. Filter constant
Always level sensor input (1) *
0=4-20mA / 1=0-20mA
0.01 m (0.01 ft)
0.01 m (0.01 ft)
0.01 m (0.01 ft)
s
2630
2631
2632
2633
2634
2635
2636
AI 2. Function
AI 2. Signal range
AI 2. Scale 0%=
AI 2. Scale 100%=
AI 2. Dead band
AI 2. Filter constant
AI 2. No decimals
2=Current P1 /3=Current P2 ..*
0=4-20mA / 1=0-20mA
0.1 A/0.1 bar/0.1mm/s/User unit (0.1 PSI/0.01 Inch/h)
0.1 A/…
0.1 %
s
If free choice
2640
2641
2642
2643
2644
2645
2646
AI 3. Function
AI 3. Signal range
AI 3. Scale 0%=
AI 3. Scale 100%=
AI 3. Dead band
AI 3. Filter constant
AI 3. No decimals
2=Current P2 / 3=Current P2….*
0=4-20mA / 1=0-20mA
0.1 A/0.1 bar/0.1mm/s/User unit (0.1 PSI/0.01 Inch/h)
0.1 A/ …
0.1 %
s
If free choice
2650
2651
2652
2653
2654
2655
2656
AI 4. Function
AI 4. Signal range
AI 4. Scale 0%=
AI 4. Scale 100%=
AI 4. Dead band
AI 4. Filter constant
AI 4. No decimals
2=Current P2 / 3= Current P2 …*
0=4-20mA / 1=0-20mA
0.1 A / …
0.1 A / …
0.1 %
s
If free choice
2660
2661
2662
2663
2664
2665
2666
AI 5. Function
AI 5. Signal range
AI 5. Scale 0%=
AI 5. Scale 100%=
Not Used
AI 5. Filter constant
AI 5. No decimals
2=Current P2---*
0=4-20mA / 1=0-20mA
0.1 A / …..
0.1 A / …..
s
If free choice
 See ppendices 3.3 Analogue inputs types
2.38 Analogue outputs configuration
Register no
Description
Scale factor/ unit / note
2700
2701
2702
2703
2704
2705
AO 1. Function
AO 1. Signal range
AO 1. Scale 0%=
AO 1. Scale 100%=
AO 1. Filter constant
AO 1. Data Register
0=Off/1=Pit level/ 2=Inflow *
0=0-20mA / 1=0-20mA
2710
2711
2712
2713
2714
2715
AO 2. Function
AO 2. Signal range
AO 2. Scale 0%=
AO 2. Scale 100%=
AO 2. Filter constant
AO 2. Data Register
0=Off/1=Pit level/ 2=Inflow *
0=0-20mA / 1=0-20mA
PC 441
s
Only for output type “Data Register”
s
Only for output type “Data Register”
 See ppendices 3.4 Analogue output types
2.39 Pulse channels configuration
Register no
Description
Scale factor/ unit / note
2725
2726-2727
Ch 2. Function
Ch 2. Scale 1 pulse =
0=Precipitation/ 1= Energy / 2= Flow
0.0001 mm / 0.0001 kW/ 0.001m3 (Inch/kW/gal)
2729
2730-2731
Ch 3. Function
Ch 3. Scale 1 pulse =
0=Precipitation/ 1= Energy / 2= Flow
0.0001 mm / 0.0001 kW/ 0.001m3 (Inch/kW/gal)
2733
2734-2735
Ch 4. Function
Ch 4. Scale 1 pulse =
0=Precipitation/ 1= Energy / 2= Flow
0.0001 mm / 0.0001 kW/ 0.001m3(Inch/kW/gal)
2721
2722-2723
Ch 1. Function
Ch 1. Scale 1 pulse =
0=Precipitation/ 1= Energy / 2= Flow
0.0001 mm / 0.0001 kW/ 0.001m3 (Inch/kW/gal)
2.40 Log channels configuration
Register no
2740
2741
2742
2743
Description
Ch 1. Log signal
Ch 1. Pump no.
Ch 1. Log interval
Ch 1. Function
Scale factor/ unit / note
2745
2746
2747
2748
Ch 2. Log signal
Ch 2. Pump no.
Ch 2. Log interval
Ch 2. Function
0=Closed/ 1=Level / 2=Inflow /3=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
2750
2751
2752
2753
Ch 3. Log signal
Ch 3. Pump no.
Ch 3. Log interval
Ch 3. Function
0=Closed/ 1=Level / 2=Inflow /2=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
2755
2756
2757
2758
Ch 4. Log signal
Ch 4. Pump no.
Ch 4. Log interval
Ch 4. Function
0=Closed/1=Level / 2=Inflow /3=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
2760
2761
2762
2763
Ch 5. Log signal
Ch 5. Pump no.
Ch 5. Log interval
Ch 5. Function
0=Closed/1=Level / 2=Inflow /3=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
2765
2766
2767
2768
Ch 6. Log signal
Ch 6. Pump no.
Ch 6. Log interval
Ch 6. Function
0=Closed/1=Level / 2=Inflow /3=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
2770
2771
2772
2773
Ch 7. Log signal
Ch 7. Pump no.
Ch 7. Log interval
Ch 7. Function
0=Closed /1=Level / 2=Inflow /3=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
2775
2776
2777
2778
Ch 8. Log signal
Ch 8. Pump no.
Ch 8. Log interval
Ch 8. Function
0=Closed/1=Level / 2=Inflow /3=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
2780
2781
2782
2783
Ch 9. Log signal
Ch 9. Pump no.
Ch 9. Log interval
Ch 9. Function
0=Closed/1=Level / 2=Inflow /3=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
2785
2786
2787
2788
Ch 10. Log signal
Ch 10. Pump no.
Ch 10. Log interval
Ch 10. Function
0=Closed/1=Level / 2=Inflow /3=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
2790
2791
2792
2793
Ch 11. Log signal
Ch 11. Pump no.
Ch 11. Log interval
Ch 11. Function
0=Closed/1=Level / 2=Inflow /3=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
0= Closed/1=Level / 2=Inflow /3=Outflow ………*
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
Register no
2795
2796
2797
2798
Ch 12. Log signal
Ch 12. Pump no.
Ch 12. Log interval
Ch 12. Function
Description
Scale factor/ unit / note
2800
2801
2802
2803
Ch 13. Log signal
Ch 13. Pump no.
Ch 13. Log interval
Ch 13. Function
0=Closed/1=Level / 2=Inflow /3=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
2805
2806
2807
2808
Ch 14. Log signal
Ch 14. Pump no.
Ch 14. Log interval
Ch 14. Function
0=Closed/1=Level / 2=Inflow /3=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
2810
2811
2812
2813
Ch 15. Log signal
Ch 15. Pump no.
Ch 15. Log interval
Ch 15. Function
0=Closed/1=Level / 2=Inflow /3=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
2815
2816
2817
2818
Ch 16. Log signal
Ch 16. Pump no.
Ch 16. Log interval
Ch 16. Function
0=Closed/1=Level / 2=Inflow /3=Outflow ………
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
0=Closed/1=Level / 2=Inflow /3=Outflow ………*
0=P1/1=P2/2=P3/3=P4 For some signals types
min
0=Closed/1=Act. Value/2=Average val/3=Min/4=Max
 See ppendices 3.5 Log and Trend signals
2.41 Trend curves configuration
Register no
Description
Scale factor/ unit / note
2831
2832-2833
2834-2835
2836
Tr. 1 Signal
Tr. 1 Signal max value
Tr. 1 Signal min value
Tr. 1 Pump no.
0=Off/1=Level/2=Inflow/3=Outflow ………*
0.0001
0.0001
0-3 For some signal types
2841
2842-2843
2844-2845
2846
Tr. 2 Signal
Tr. 2 Signal max value
Tr. 2 Signal min value
Tr. 2 Pump no.
0=Off/1=Level/2=Inflow/3=Outflow ………
0.0001
0.0001
0-3
2851
2852-2853
2854-2855
2856
Tr. 3 Signal
Tr. 3 Signal max value
Tr. 3 Signal min value
Tr. 3 Pump no.
0=Off/1=Level/2=Inflow/3=Outflow ………
0.0001
0.0001
0-3
2861
2862-2863
2864-2865
2866
Tr. 4 Signal
Tr. 4 Signal max value
Tr. 4 Signal min value
Tr. 4 Pump no.
0=Off/1=Level/2=Inflow/3=Outflow ………
0.0001
0.0001
0-3
2830
Sample time
See appendices 3.5 Log and Trend signals
s
2.42 Overlayed Digital out parameters PC 441
Digital output type PC441: Logic IO configuration
Register no
Description
Scale factor/ unit / note
2880
2881
2882
2883
2884
2885
2886
2887
DO 1. Sign.1 type
DO 1. Sign.1 IO no
DO 1. Sign.2 type
DO 1. Sign.2 IO no
DO 1. Sign.3 type
DO 1. Sign.3 IO no
DO 1. Sign.4 type
DO 1. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
2888
2889
2890
2891
2892
2893
2894
2895
DO 2. Sign.1 type
DO 2. Sign.1 IO no
DO 2. Sign.2 type
DO 2. Sign.2 IO no
DO 2. Sign.3 type
DO 2. Sign.3 IO no
DO 2. Sign.4 type
DO 2. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
2896
2897
2898
2899
2900
2901
2902
2903
DO 3. Sign.1 type
DO 3. Sign.1 IO no
DO 3. Sign.2 type
DO 3. Sign.2 IO no
DO 3. Sign.3 type
DO 3. Sign.3 IO no
DO 3. Sign.4 type
DO 3. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
2904
2905
2906
2907
2908
2909
2910
2911
DO 4. Sign.1 type
DO 4. Sign.1 IO no
DO 4. Sign.2 type
DO 4. Sign.2 IO no
DO 4. Sign.3 type
DO 4. Sign.3 IO no
DO 4. Sign.4 type
DO 4. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
2912
2913
2914
2915
2916
2917
2918
2919
DO 5. Sign.1 type
DO 5. Sign.1 IO no
DO 5. Sign.2 type
DO 5. Sign.2 IO no
DO 5. Sign.3 type
DO 5. Sign.3 IO no
DO 5. Sign.4 type
DO 5. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
2920
2921
2922
2923
2924
2925
2926
2927
DO 6. Sign.1 type
DO 6. Sign.1 IO no
DO 6. Sign.2 type
DO 6. Sign.2 IO no
DO 6. Sign.3 type
DO 6. Sign.3 IO no
DO 6. Sign.4 type
DO 6. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
Register no
Description
Scale factor/ unit / note
2928
2929
2930
2931
2932
2933
2934
2935
DO 7. Sign.1 type
DO 7. Sign.1 IO no
DO 7. Sign.2 type
DO 7. Sign.2 IO no
DO 7. Sign.3 type
DO 7. Sign.3 IO no
DO 7. Sign.4 type
DO 7. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
2936
2937
2938
2939
2940
2941
2942
2943
DO 8. Sign.1 type
DO 8. Sign.1 IO no
DO 8. Sign.2 type
DO 8. Sign.2 IO no
DO 8. Sign.3 type
DO 8. Sign.3 IO no
DO 8. Sign.4 type
DO 8. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
Digital output type PC441: Data Register Setpoint
Register no
2880
2881
2882
2883
Description
Scale factor/ unit / note
DO 1. Data Register
DO 1. Set-point on
DO 1. Set-point off
DO 1. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
2888
2889
2890
2891
DO 2. Data Register
DO 2. Set-point on
DO 2. Set-point off
DO 2. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
2896
2897
2898
2899
DO 3. Data Register
DO 3. Set-point on
DO 3. Set-point off
DO 3. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
2904
2905
2906
2907
DO 4. Data Register
DO 4. Set-point on
DO 4. Set-point off
DO 4. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
2912
2913
2914
2915
DO 5. Data Register
DO 5. Set-point on
DO 5. Set-point off
DO 5. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
2920
2921
2922
2923
DO 6. Data Register
DO 6. Set-point on
DO 6. Set-point off
DO 6. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
2928
2929
2930
2935
DO 7. Data Register
DO 7. Set-point on
DO 7. Set-point off
DO 7. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
2936
2937
2938
2939
DO 8. Data Register
DO 8. Set-point on
DO 8. Set-point off
DO 8. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
2.43 DI 1- DI 16 user text alarms configuration (AL No 232247)
Register no
Description
DI 1 user text alarm :
2960
Priority
2961
Delay
DI 2 user text alarm :
2962
Priority
2963
Delay
DI 3 user text alarm :
2964
Priority
2965
Delay
DI 4 user text alarm :
2966
Priority
2967
Delay
DI 5 user text alarm :
2968
Priority
2969
Delay
DI 6 user text alarm :
2970
Priority
2971
Delay
DI 7 user text alarm :
2972
Priority
2973
Delay
DI 8 user text alarm :
2974
Priority
2975
Delay
DI 9 user text alarm :
2976
Priority
2977
Delay
DI 10 user text alarm :
2978
Priority
2979
Delay
DI 11 user text alarm :
2980
Priority
2981
Delay
DI 12 user text alarm :
2982
Priority
2983
Delay
DI 13 user text alarm :
2984
Priority
2985
Delay
DI 14 user text alarm :
2986
Priority
2987
Delay
DI 15 user text alarm :
2988
Priority
2989
Delay
DI 16 user text alarm :
2990
Priority
2991
Delay
Scale factor/ unit / note
Alarm 232
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 233
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 234
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 235
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 236
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 237
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 238
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 239
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 240
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 241
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 242
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 243
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 244
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 245
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 246
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 247
0=Inactive, 1=B-alarm, 2=A-alarm
s
2.44 Field bus alarms exp. modules (AL 248-252)
Register no
Description
CA 442-5 Communication failure :
2992
Priority
2993
Delay
CA 442-6 Communication failure :
2994
Priority
2995
Delay
CA 781 Communication failure:
2996
Priority
2997
Delay
CA 622 Communication failure:
2998
Priority
2999
Delay
Main PM - CA 622 Modbus timeout:
2958
Priority
2959
Delay
Scale factor/ unit / note
Alarm 248
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 249
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 250
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 251
0=Inactive, 1=B-alarm, 2=A-alarm
s
Alarm 252
0=Inactive, 1=B-alarm, 2=A-alarm
s
2.45 System alarms configuration
Register no
Description
Scale factor/ unit / note
Power fail :
3000
Priority
3001
Delay
Alarm 1
0=Inactive, 1=B-alarm, 2=A-alarm
s
Low supply voltage :
3005
Priority
3006
Delay
3007
Limit
3008
Hysteresis
Alarm 2
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 V
0.1 V
NV Checksum error :
3010
Priority
3011
Delay
Alarm 3
0=Inactive, 1=B-alarm, 2=A-alarm
s
Personal alarm
3015
Priority
3016
Delay
3017
Max time to reset
Alarm 4
0=Inactive, 1=B-alarm, 2=A-alarm
s
min
2.46 Pit alarms configuration
Register no
Description
Scale factor/ unit / note
High level :
3020
Priority
3021
Delay
3022
Limit
3023
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.01 m
(0.01 ft)
0.01 m
(0.01 ft)
Low level :
3025
3026
3027
3028
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.01 m
(0.01 ft)
0.01 m
(0.01 ft)
Priority
Delay
Limit
Hysteresis
High level float :
3030
Priority
3031
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
Low level float :
3035
Priority
3036
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
High inflow :
3040
Priority
3041
Delay
3042
Limit
3043
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
Low inflow :
3045
Priority
3046
Delay
3047
Limit
3048
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 l/s
(1 GPM)
0.1 l/s
(1 GPM)
Backup running :
3050
Priority
3051
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
Remote block :
3055
Priority
3056
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
High pressure :
3060
Priority
3061
Delay
3062
Limit
3063
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 bar
(0.1 PSI)
0.1 bar
(0.1 PSI)
Low pressure :
3065
Priority
3066
Delay
3067
Limit
3068
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 bar
(0.1 PSI)
0.1 bar
(0.1 PSI)
Overflow float :
3070
Priority
3071
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
Register no
Description
High Back-Presure block:
3075
Priority
3076
Delay
Scale factor/ unit / note
0=Inactive, 1=B-alarm, 2=A-alarm
s
Drain pump float:
3080
Priority
3081
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
Sensor error :
3085
Priority
3086
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
No run confirm mixer :
3090
Priority
3091
Delay
Motor protector mixer :
3095
Priority
3096
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
0=Inactive, 1=B-alarm, 2=A-alarm
s
No run confirm drain pump :
3100
Priority
3101
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
Motor protector drain pump :
3105
Priority
3106
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
To many pump blocked :
3110
Priority
3111
Delay
3112
Limit
0=Inactive, 1=B-alarm, 2=A-alarm
s
Min no pumps available (0-4)
Motor protector reset error Mixer/Drain pump :
3115
Priority
0=Inactive, 1=B-alarm, 2=A-alarm
3116
Delay
s
2.47 Power alarms
Register no
Description
Scale factor/ unit / note
Wrong phase order :
3120
Priority
3121
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
Incoming phase missing :
3125
Priority
3126
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
Over voltage :
3130
Priority
3131
Delay
3132
Limit
3133
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 %
0.1 %
Under voltage :
3135
Priority
3136
Delay
3137
Limit
3138
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 %
0.1 %
Unbalanced voltage :
3140
Priority
3141
Delay
3142
Limit
3143
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 %
0.1 %
High frequency :
3145
Priority
3146
Delay
3147
Limit
3148
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 %
0.1 %
Low frequency :
3150
Priority
3151
Delay
3152
Limit
3153
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 %
0.1 %
2.48 Pump 1-4 alarms configuration
Alarm
Parameters
No run confirm
Delay
Fallen motor protect.
Delay
High motor current
Delay
Limit
Hysteresis
Low motor current
Delay
Limit
Hysteresis
DIN leakage
Delay
DIN High temperat.
Delay
Low pump capacity
Delay
Limit
Hysteresis
DIN Pump error
Delay
Phase missing
Delay
M.prot reset error
Delay
Max contin. Runtime
Delay
Pump alarm blocked
Delay
Dry run
Delay
Pump not in auto
Delay
CA 622 com error
Delay
Drive fault
Delay
Al.Ack Resets Drive
Register
P1
3155
3156
3160
3161
3165
3166
3167
3168
3170
3171
3172
3173
3175
3176
3180
3181
3185
3186
3187
3188
3190
3191
3195
3196
3200
3201
3205
3206
3210
3211
3215
3216
3220
3221
3225
3226
3230
3231
3232
Register
P2
3315
3316
3320
3321
3325
3326
3327
3328
3330
3331
3332
3333
3335
3336
3340
3341
3345
3346
3347
3348
3350
3351
3355
3356
3360
3361
3365
3366
3370
3371
3375
3376
3380
3381
3385
3386
3390
3391
3392
Register
P3
3475
3476
3480
3481
3485
3486
3487
3488
3490
3491
3492
3493
3495
3496
3500
3501
3505
3506
3507
3508
3510
3511
3515
3516
3520
3521
3525
3526
3530
3531
3535
3536
3540
3541
3545
3546
3550
3551
3552
Register
P4
3635
3636
3640
3641
3645
3646
3647
3648
3650
3651
3652
3653
3655
3656
3660
3661
3665
3666
3667
3668
3670
3671
3675
3676
3680
3681
3685
3686
3690
3691
3695
3696
3700
3701
3705
3706
3710
3711
3712
Scale factor/ unit / note
Leakage oil chamber
Delay
Leakage con. Chamb
Delay
Leakage motor hous.
Delay
3235
3236
3240
3241
3245
3246
3395
3396
3400
3401
3405
3406
3555
3556
3560
3561
3565
3566
3715
3716
3720
3721
3725
3726
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
CA622-PM com error
Delay
High temp. wirings
Delay
Limit
Hysteresis
H.temp up. Bearing
Delay
Limit
Hysteresis
3250
3251
3255
3256
3257
3258
3260
3261
3262
3263
3410
3411
3415
3416
3417
3418
3420
3421
3422
3423
3570
3571
3575
3576
3577
3578
3580
3581
3582
3583
3730
3731
3735
3736
3737
3738
3740
3741
3742
3743
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0.1 °C (°F)
0.1 °C (°F)
0=Inactive, 1=B-alarm, 2=A-alarm
S
0.1 °C (°F)
0.1 °C (°F)
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0.1 A
0.1 A
0=Inactive, 1=B-alarm, 2=A-alarm
S
0.1 A
0.1 A
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0.1 l/s (GPM)
0.1 l/s (GPM)
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=No, 1=Yes
H.temp lo. Bearing
Delay
Limit
Hysteresis
High vibrations
Delay
Limit
Hysteresis
Wrong phase order
Delay
H.temp stator L2
Delay
H.temp stator L3
Delay
CA 442-5/6 L2 Error
Delay
CA 442-5/6 L3 Error
Delay
3265
3266
3267
3268
3270
3271
3272
3273
3274
3275
3280
3281
3285
3286
3290
3291
3295
3296
3425
3426
3427
3428
3430
3431
3432
3433
3435
3436
3440
3441
3445
3446
3450
3451
3455
3456
3585
3586
3587
3588
3590
3591
3592
3593
3595
3596
3600
3601
3605
3606
3610
3611
3615
3616
3745
3746
3747
3748
3750
3751
3752
3753
3755
3756
3760
3761
3765
3766
3770
3771
3775
3776
0=Inactive, 1=B-alarm, 2=A-alarm
S
0.1 °C (°F)
0.1 °C (°F)
0=Inactive, 1=B-alarm, 2=A-alarm
S
0.1 mm/s (0.01 Inch/s)
0.1 mm/s (0.01 Inch/s)
0=Inactive, 1=B-alarm, 2=A-alarm
S
0=Inactive, 1=B-alarm, 2=A-alarm
s (using H.temp wirings limit)
0=Inactive, 1=B-alarm, 2=A-alarm
s (using H.temp wirings limit)
Cable Error
Extra temp. monitors
Cable Error
Extra temp. monitors
2.49 AI2 – AI5 user alarms configuration
Register no
Description
AI 2 High alarm :
3795
Priority
3796
Delay
3797
Limit
3798
Hysteresis
AI 2 Low alarm :
3800
Priority
3801
Delay
3802
Limit
3803
Hysteresis
AI 3 High alarm :
3805
Priority
3806
Delay
3807
Limit
3808
Hysteresis
AI 3 Low alarm :
3810
Priority
3811
Delay
3812
Limit
3813
Hysteresis
Scale factor/ unit / note
0=Inactive, 1=B-alarm, 2=A-alarm
s
User unit and decimals
0=Inactive, 1=B-alarm, 2=A-alarm
s
User unit and decimals
0=Inactive, 1=B-alarm, 2=A-alarm
s
User unit and decimals
0=Inactive, 1=B-alarm, 2=A-alarm
s
User unit and decimals
AI 4 High alarm :
3815
Priority
3816
Delay
3817
Limit
3818
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
User unit and decimals
AI 4 Low alarm :
3820
Priority
3821
Delay
3822
Limit
3823
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
User unit and decimals
AI 5 High alarm :
3825
Priority
3826
Delay
3827
Limit
3828
Hysteresis
AI 5 Low alarm :
3830
Priority
3831
Delay
3832
Limit
3833
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
User unit and decimals
0=Inactive, 1=B-alarm, 2=A-alarm
s
User unit and decimals
2.50 Pulse channels 1-4 alarms configuration
Register no
Description
Scale factor/ unit / note
Ch 1 if precipitation selected :
3835
Priority
3836
Delay
3837
Limit
3838
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 l/s*ha
(0.01 inch/h)
0.1 l/s*ha
(0.01 inch/h)
Ch 1 if energy selected :
3840
Priority
3841
Delay
3842
Limit
3843
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 kW
0.1 kW
Ch1 if flow selected : High flow
3845
Priority
3846
Delay
3847
Limit
3848
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 m3/h
(GPM)
0.1 m3/h
(GPM)
Ch1 if flow selected : Low flow
3850
Priority
3851
Delay
3852
Limit
3853
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 m3/h
(GPM)
0.1 m3/h
(GPM)
Ch 2 if precipitation selected :
3855
Priority
3856
Delay
3857
Limit
3858
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 l/s*ha
(0.01 inch/h)
0.1 l/s*ha
(0.01 inch/h)
Ch 2 if energy selected :
3860
Priority
3861
Delay
3862
Limit
3863
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 kW
0.1 kW
Ch 2 if flow selected : High flow
3865
Priority
3866
Delay
3867
Limit
3868
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 m3/h
(GPM)
0.1 m3/h
(GPM)
Ch 2 if flow selected : Low flow
3870
Priority
3871
Delay
3872
Limit
3873
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 m3/h
(GPM)
0.1 m3/h
(GPM)
Ch 3 if precipitation selected :
3875
Priority
3876
Delay
3877
Limit
3878
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 l/s*ha
(0.01 inch/h)
0.1 l/s*ha
(0.01 inch/h)
Register no
Description
Scale factor/ unit / note
Ch 3 if energy selected :
3880
Priority
3881
Delay
3882
Limit
3883
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 kW
0.1 kW
Ch 3 if flow selected : High flow
3885
Priority
3886
Delay
3887
Limit
3888
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 m3/h
(GPM)
0.1 m3/h
(GPM)
Ch 3 if flow selected : Low flow
3890
Priority
3891
Delay
3892
Limit
3893
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 m3/h
(GPM)
0.1 m3/h
(GPM)
Ch 4 if precipitation selected :
3895
Priority
3896
Delay
3897
Limit
3898
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 l/s*ha
(0.01 inch/h)
0.1 l/s*ha
(0.01 inch/h)
Ch 4 if energy selected :
3900
Priority
3901
Delay
3902
Limit
3903
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 kW
0.1 kW
Ch 4 if flow selected : High flow
3905
Priority
3906
Delay
3907
Limit
3908
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 m3/h
(GPM)
0.1 m3/h
(GPM)
Ch 4 if flow selected : Low flow
3910
Priority
3911
Delay
3912
Limit
3913
Hysteresis
0=Inactive, 1=B-alarm, 2=A-alarm
s
0.1 m3/h
(GPM)
0.1 m3/h
(GPM)
2.51 Communication alarms configuration
Register no
Description
Scale factor/ unit / note
CA 441-1 Communication failure
3915
Priority
3916
Delay
Leakage monitor
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 441-2 Communication failure
3920
Priority
3921
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 441-3 Communication failure
3925
Priority
3926
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 441-4 Communication failure
3930
Priority
3931
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-1 Communication failure
3935
Priority
3936
Delay
Temperature monitor
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-2 Communication failure
3940
Priority
3941
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-3 Communication failure
3945
Priority
3946
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-4 Communication failure
3950
Priority
3951
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 443-0 Communication failure
3955
Priority
3956
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 443-1 Communication failure
3960
Priority
3961
Delay
Power monitor
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 443-2 Communication failure
3965
Priority
3966
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 443-3 Communication failure
3970
Priority
3971
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 443-4 Communication failure
3975
Priority
3976
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
Register no
Description
Scale factor/ unit / note
Modem error :
3980
Priority
3981
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
Line error :
3985
Priority
3986
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
Combined field bus error :
3990
Priority
3991
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
2.52 Sensor errors alarms
Register no
Description
Scale factor/ unit / note
CA 441-1 Sensor 1 error :
3995
Priority
3996
Delay
Leakage monitor 1
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 441-1 Sensor 2 error :
4000
Priority
4001
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
CA 441-1 Sensor 3 error :
4005
Priority
4006
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
CA 441-1 Sensor 4 error :
4010
Priority
4011
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
CA 441-2 Sensor 1 error :
4015
Priority
4016
Delay
Leakage monitor 2
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 441-2 Sensor 2 error :
4020
Priority
4021
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
CA 441-2 Sensor 3 error :
4025
Priority
4026
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
CA 441-2 Sensor 4 error :
4030
Priority
4031
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
CA 441-3 Sensor 1 error :
4035
Priority
4036
Delay
Leakage monitor 3
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 441-3 Sensor 2 error :
4040
Priority
4041
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
Register no
Description
Scale factor/ unit / note
CA 441-3 Sensor 3 error :
4045
Priority
4046
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
CA 441-3 Sensor 4 error :
4050
Priority
4051
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
CA 441-4 Sensor 1 error :
4055
Priority
4056
Delay
Leakage monitor 4
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 441-4 Sensor 2 error :
4060
Priority
4061
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
CA 441-4 Sensor 3 error :
4065
Priority
4066
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
CA 441-4 Sensor 4 error :
4070
Priority
4071
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
CA 442-1 Sensor 1 error :
4075
Priority
4076
Delay
Temperature monitor 1
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-1 Sensor 2 error :
4080
Priority
4081
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-1 Sensor 3 error :
4085
Priority
4086
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-1 Sensor 4 error :
4090
Priority
4091
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-2 Sensor 1 error :
4095
Priority
4096
Delay
Temperature monitor 2
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-2 Sensor 2 error :
4100
Priority
4101
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-2 Sensor 3 error :
4105
Priority
4106
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-2 Sensor 4 error :
4110
Priority
4111
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
Register no
Description
Scale factor/ unit / note
CA 442-3 Sensor 1 error :
4115
Priority
4116
Delay
Temperature monitor 3
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-3 Sensor 2 error :
4120
Priority
4121
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-3 Sensor 3 error :
4125
Priority
4126
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-3 Sensor 4 error :
4130
Priority
4131
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-4 Sensor 1 error :
4135
Priority
4136
Delay
Temperature monitor 4
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-4 Sensor 2 error :
4140
Priority
4141
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-4 Sensor 3 error :
4145
Priority
4146
Delay
0=Inactive, 1=B-alarm, 2=A-alarm
s
CA 442-4 Sensor 4 error :
4150
Priority
4151
Delay
Alarm 231
0=Inactive, 1=B-alarm, 2=A-alarm
s
2.53 Field bus modules configuration
Register no
Description
Scale factor/ unit / note
4172
CA 441-1 Connections
0=4 pumps / P1
Leakage monitor
4174
CA 442-1 Connections
0=4 pumps / P1
Temperature monitor
4170
Field bus flags
Modules connected. Bit mapped register, See IO-bits.
CA 441-1 Leakage monitor P1 or P1-P4
4180
Sensor 1 type
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
4181
Sensor 2 type
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
4182
Sensor 3 type
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
4183
Sensor 4 type
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
CA 441-2 Leakage monitor P2
4185
Sensor 1 type
4186
Sensor 2 type
4187
Sensor 3 type
4188
Sensor 4 type
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
CA 441-3 Leakage monitor P3
4190
Sensor 1 type
4191
Sensor 2 type
4192
Sensor 3 type
4193
Sensor 4 type
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
CA 441-4 Leakage monitor P4
4195
Sensor 1 type
4196
Sensor 2 type
4197
Sensor 3 type
4198
Sensor 4 type
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
0=Off/1=ABS-Standard/2=ABS extended/3=ITT Flygt
CA 442-1 Temperature monitor P1 or P1-P4
4210
Sensor 1 type
0=Off/1=Klixon/2=PTC/3=Pt100
4211
Temperature offset
0.1 °C (°F) ( Pt100)
4213
Filter constant
s
( Pt100)
4215
4216
4217
Sensor 2 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
4220
4221
4222
Sensor 3 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
4225
4226
4227
Sensor 4 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100/4=Vibrations
0.1 °C ( Pt100)
s
( Pt100)
4230
4231
4232
4233
4234
4235
Sensor 5 type
Not used
Filter constant
Scale 0%=
Scale 100%=
Nominal Vibration
mA Input. 0=Off/4=Vibrations
s
0.1 mm/s (0.01 Inch/s) (Vibrations)
0.1 mm/s (001 Inch/s) (Vibrations)
0.1 mm/s (0.01 Inch/s)
CA 442-2 Temperature monitor P2
4240
Sensor 1 type
4241
Temperature offset
4242
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
4245
4246
4247
Sensor 2 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
4250
4251
4252
Sensor 3 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
4255
4256
4257
Sensor 4 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
4260
4261
4262
4263
4264
4265
Sensor 5 type
Not used
Filter constant
Scale 0%=
Scale 100%=
Nominal vibrations
mA Input. 0=Off/4=Vibrations
s
0.1 mm/s (0.01 Inch/s)
0.1 mm/s (0.01 Inch/s)
0.1 mm/s (0.01 Inch/s)
CA 442-3 Temperature monitor P3
4270
Sensor 1 type
4271
Temperature offset
4272
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
4275
4276
4277
Sensor 2 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
4280
4281
4282
Sensor 3 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
4285
4286
4287
Sensor 4 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100/4=Vibrations
0.1 °C ( Pt100)
s
( Pt100)
4290
4291
4292
4293
4294
4295
Senor 5 type
Not used
Filter constant
Scale 0%=
Scale 100%=
Nominal vibrations
mA Input. 0=Off/4=Vibrations
s
0.1 mm/s (0.01 Inch/s) (Vibrations)
0.1 mm/s (0.01 Inch/s) (Vibrations)
0.1 mm/s (0.01 Inch/s)
CA 442-4 Temperature monitor P4
4300
Sensor 1 type
4301
Temperature offset
4302
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
4305
4306
4307
Sensor 2 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
4310
4311
4312
Sensor 3 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100
0.1 °C ( Pt100)
s
( Pt100)
4315
4316
4317
Sensor 4 type
Temperature offset
Filter constant
0=Off/1=Klixon/2=PTC/3=Pt100/4=Vibrations
0.1 °C ( Pt100)
s
( Pt100)
4320
4321
4322
4323
4324
4325
Sensor 5 type
Not used
Filter constant
Scale 0%=
Scale 100%=
Nominal vibrations
mA Input. 0=Off/4=Vibrations
s
0.1 mm/s (0.01 Inch/s)
0.1 mm/s (0.01 Inch/s)
0.1 mm/s (0.01 Inch/s)
CA 443-0 Main Power Monitor
4330
Current transformers connected to
4331
Current transformers secondary current
4332
Current transformers nominal current
4333
Current offset
4334
Current Dead band
4335
Filter constant
4336
Phase angle compensation
4340
4341
4342
4343
4344
4345
Phase voltages connected
Ext. voltages transformers connected
Primary voltage
Secondary voltage
Offset Voltage
Filter Constant
CA 443-1 Power Monitor P1
4350
Current transformers connected to
4351
Current transformers secondary current
4352
Current transformers nominal current
4353
Current offset
4354
Current Dead band
4355
Filter constant
4356
Phase angle compensation
4360
4361
4362
4363
4364
4365
Phase voltages connected
Ext. voltages transformers connected
Primary voltage
Secondary voltage
Offset Voltage
Filter Constant
0=None,1=L1, 2=L1,L2, 3=L1,L2, L3
0.1 A
0.1 A
0.1 A
0.1%
1s
0.1°
0=None, 1=L1, 2=L1,L2, 3=L1,L2,L3
0=None, 1=Yes
1V
1V
0.1V
1s
0=None,1=L1, 2= L1,L2, 3=L1,L2, L3
0.1 A
0.1 A
0.1 A
0.1%
1s
0.1°
0=None, 1=L1, 2=L1,L2 3= L1,L2,L3
0=None, 1=Yes
1V
1V
0.1V
1s
CA 443-2 Power Monitor P2
4370
Currents transformers connected to
4371
Current transformers secondary current
4372
Current transformers nominal current
4373
Current offset
4374
Current Dead band
4375
Filter constant
4376
Phase angle compensation
4380
4381
4382
4383
4384
4385
Phase voltages connected
Ext. voltages transformers connected
Primary voltage
Secondary voltage
Offset Voltage
Filter Constant
CA 443-3 Power Monitor P3
4390
Currents transformers connected to
4391
Current transformers secondary current
4392
Current transformers nominal current
4393
Current offset
4394
Current Dead band
4395
Filter constant
4396
Phase angle compensation
4400
4401
4402
4403
4404
4405
Phase voltages connected
Ext. voltages transformers connected
Primary voltage
Secondary voltage
Offset Voltage
Filter Constant
CA 443-4 Power Monitor P4
4410
Currents transformers connected to
4411
Current transformers secondary current
4412
Current transformers nominal current
4413
Current offset
4414
Current Dead band
4415
Filter constant
4416
Phase angle compensation
4420
4421
4422
4423
4424
4425
Phase voltages connected
Ext. voltages transformers connected
Primary voltage
Secondary voltage
Offset Voltage
Filter Constant
0=None,1=L1, 2=L1,L2 3=L1,L2, L3
0.1A
0.1 A
0.1 A
0.1%
1s
0.1°
0=None, 1=L1, 2=L1,L2, 3=L1,L2,L3
0=None, 1=Yes
1V
1V
0.1V
1s
0=None,1=L1, 2=L1,L2, 3=L1,L2,L3
0.1 A
0.1 A
0.1 A
0.1%
1s
0.1°
0=None, 1=L1, 2=L1,L2 3=L1,L2,L3
0=None, 1=Yes
1V
1V
0.1V
1s
0=None,1=L1, 2=L1,L2, 3= L1,L2, L3
0.1A
0.1 A
0.1 A
0.1%
1s
0.1°
0=None, 1=L1, 2=L1,L2, 3=L1,L2,L3
0=None, 1=Yes
1V
1V
0.1V
1s
2.54 Com port configuration
Register no
Description
Service port:
4430
Baudrate
Com port:
4432
Baudrate
4433
Parity
4434
Protocol
4435
Handshake
4436
Protocol id
4437
Message timeout
4438
Cross reference
4439
Com port echo
Scale factor/ unit / note
0=Off/ 1= 300/2=600 ….10=115200
0=Off/ 1= 300/2=600 ….10=115200
0=None/1=Odd/2=Even
0=Modbus/ 1=Comli/ 2=Modbus TCP
0=Off/1=On
s
0=Off, 1=Enabled
0=Off, 1=On
2.55 Modem configuration
Register no
4440
4441
4442
4443
4444
4445
4446
Description
Scale factor/ unit / note
Modem connected to port
No signal to answer
GPRS TCP/IP port
GPRS Heart Beat
GPRS SMS Fallback
Heart Beat Operator scan
Trig modem init
0=None /1=Dial up/2=GPRS CA521/3=GPRS TCP-IP LISTEN
min
0=Off / 1=On
0=Off / 1=On
Write 1 to trig hayes init script for analogue and GSM modems
2.56 Alarm call configuration
Register no
4450
4451
4452
4453
Description
Scale factor/ unit / note
No call attempts/alarm
Ackn. call function
0=No ackn./1=Ring sign/2=Write to R333/3=All com
Ackn. alarm R333
0=No / 1=Yes
Interval between call attempts s
2.57 Call attempts configuration
Register no Description
Call attempts 1 :
4460
4461
4462
4463
4464
4465
Alarm receiver
Condition for alarm call
Send ID-String on connect
Timeout alarm ackn.
ID–String transmit delay
Call order
Call attempts 2 :
4470
4471
4472
4473
4474
4475
Alarm receiver
Condition for alarm call
Send ID-String on connect
Timeout alarm ackn.
ID–String transmit delay
Call order
Call attempts 3 :
4480
4481
4482
4483
4484
4485
Alarm receiver
Condition for alarm call
Send ID-String on connect
Timeout alarm ackn.
ID–String transmit delay
Call order
Scale factor/ unit / note
0=Off /1=Central System/2=SMS GSM
0=A-alarm On/1=A-alarm On/Off /2=A+B On /3=A+B On/Off
0=No / 1=Yes
s
s
0=Backup number, 1=Parallel call
0=Off /1=Central System/2=SMS GSM
0=A-alarm On/1=A-alarm On/Off /2=A+B On /3=A+B On/Off
0=No / 1=Yes
s
s
0=Backup number, 1=Parallel call
0=Off /1=Central System/2=SMS GSM
0=A-alarm On/1=A-alarm On/Off /2=A+B On /3=A+B On/Off
0=No / 1=Yes
s
s
0=Backup number, 1=Parallel call
Call attempts 4 :
4490
4491
4492
4493
4494
4495
Alarm receiver
Condition for alarm call
Send ID-String on connect
Timeout alarm ackn.
ID–String transmit delay
Call order
0=Off /1=Central System/2=SMS GSM
0=A-alarm On/1=A-alarm On/Off /2=A+B On /3=A+B On/Off
0=No / 1=Yes
s
s
0=Backup number, 1=Parallel call
2.58 PID Regulator
Register no Description
Runtime Settings
220
221
222
223
224
Scale factor/ unit / note
Current set-point
Process value
Output signal
Set-point flags
Output flags
0.01m (0.01ft)
0.01m (0.01f)t
0.1%
0=Intern set-point, 1 = Extern set-point (AI)
0=Auto, 1=Manuel, 2=Blocked
Extern set-point input
Max set-point
Min set-point
Start set-Point
Max output
Min output
Block output
Zero dev. output
Start output
Max output change
Direct/Reverse effect
Set-point tracking
Output when blocked
Set-point when start
Output state when start
0=Off, 1=AI2, 2=AI3, 3=AI4, 4=AI5
0.01m (0.01ft)
0.01m (0.01ft)
0.01m (0.01ft)
0.1%
0.1%
0.1%
0.1%
0.1%
0.1% / s
0=Reverse, 1=Direct
0=No, 1=Yes
0=Freeze output, 1=Setup block signal
0=Last set-point, 1=Setup start set-point, 2= Extern set-point
0=Last state, 1=Auto, 2=Man , 3=Internal blocked
P-Band
I-Time
D-Time
0- 99.9999
0- 9999.99 s
0- 9999.99 s
Last internal set-point
Last output state
Last set-point state
0.01m (0.01ft)
0=Auto, 1=MAN , 2=Internal Blocked
0=Internal set-point, 1=RSP
Settings
4503
4504
4505
4506
4507
4508
4509
4510
4511
4512
4513
4514
4515
4516
4517
4520-4521
4522-4523
4524-4525
4531
4532
4533
VFD
4527
4528
4529
4530
Min speed
0.1%
Locked speed pumping out 0.1%
Lock speed delay
s
Locked speed reversing
0.1% (v1.35)
CA 622 Modbus Master RS 485 unit
4608
4609
4610
4611
Modbus RS 485 baudrate
Modbus RS 485 parity
Poll interval
Message timeout
0=None, 1=Odd, 2=Even, 3=Mark
Main Power Monitor :
4612
Slave Brand
4613
Slave Model
4614
Slave ID
Default 5
P1 Drive:
4616
4617
4618
4619
Slave Brand
Slave Model
Slave ID
Control mode
Default 1
0=monitor, 1=&control ON/OFF, 2=&manual Speed, 3=&PID
P2 Drive:
4620
4621
4622
4623
Slave Brand
Slave Model
Slave ID
Control mode
Default 2
0=monitor, 1=&control ON/OFF, 2=&manual Speed, 3=&PID
P3 Drive :
4624
4625
4626
4627
Slave Brand
Slave Model
Slave ID
Control mode
Default 3
0=monitor, 1=&control ON/OFF, 2=&manual Speed, 3=&PID
P4 Drive :
4628
4629
4630
4631
Slave Brand
Slave Model
Slave ID
Control mode
Default 4
0=monitor, 1=&control ON/OFF, 2=&manual Speed, 3=&PID
P1 Power Monitor :
4632
Slave Brand
4633
Slave Model
4634
Slave ID
Default 6
P2 Power Monitor :
4636
Slave Brand
4637
Slave Model
4638
Slave ID
Default 7
P3 Power Monitor :
4640
Slave Brand
4641
Slave Model
4642
Slave ID
Default 8
P4 Power Monitor :
4644
Slave Brand
4645
Slave Model
4646
Slave ID
Default 9
2.59 Overlayed Digital out parameters CA 781
Digital output type CA 781: Logic IO configuration
Register no
Description
Scale factor/ unit / note
4540
4541
4542
4543
4544
4545
4546
4547
DO 1. Sign.1 type
DO 1. Sign.1 IO no
DO 1. Sign.2 type
DO 1. Sign.2 IO no
DO 1. Sign.3 type
DO 1. Sign.3 IO no
DO 1. Sign.4 type
DO 1. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
4548
4549
4550
4551
4552
4553
4554
4555
DO 2. Sign.1 type
DO 2. Sign.1 IO no
DO 2. Sign.2 type
DO 2. Sign.2 IO no
DO 2. Sign.3 type
DO 2. Sign.3 IO no
DO 2. Sign.4 type
DO 2. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
4556
4557
4558
4559
4560
4561
4562
4563
DO 3. Sign.1 type
DO 3. Sign.1 IO no
DO 3. Sign.2 type
DO 3. Sign.2 IO no
DO 3. Sign.3 type
DO 3. Sign.3 IO no
DO 3. Sign.4 type
DO 3. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
4564
4565
4566
4567
4568
4569
4570
4571
DO 4. Sign.1 type
DO 4. Sign.1 IO no
DO 4. Sign.2 type
DO 4. Sign.2 IO no
DO 4. Sign.3 type
DO 4. Sign.3 IO no
DO 4. Sign.4 type
DO 4. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
4572
4573
4574
4575
4576
4577
4578
4579
DO 5. Sign.1 type
DO 5. Sign.1 IO no
DO 5. Sign.2 type
DO 5. Sign.2 IO no
DO 5. Sign.3 type
DO 5. Sign.3 IO no
DO 5. Sign.4 type
DO 5. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
4580
4581
4582
4583
4584
4585
4586
4587
DO 6. Sign.1 type
DO 6. Sign.1 IO no
DO 6. Sign.2 type
DO 6. Sign.2 IO no
DO 6. Sign.3 type
DO 6. Sign.3 IO no
DO 6. Sign.4 type
DO 6. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
Register no
Description
Scale factor/ unit / note
4588
4589
4590
4591
4592
4593
4594
4595
DO 7. Sign.1 type
DO 7. Sign.1 IO no
DO 7. Sign.2 type
DO 7. Sign.2 IO no
DO 7. Sign.3 type
DO 7. Sign.3 IO no
DO 7. Sign.4 type
DO 7. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
4596
4597
4598
4599
4600
4601
4602
4603
DO 8. Sign.1 type
DO 8. Sign.1 IO no
DO 8. Sign.2 type
DO 8. Sign.2 IO no
DO 8. Sign.3 type
DO 8. Sign.3 IO no
DO 8. Sign.4 type
DO 8. Sign.4 IO no
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
0=Off/ 1=True OR 2=Inv OR 3=True AND 4=Inv AND
Modbus / Comli IO
Digital output type CA 781: Data Register Setpoint
Register no
4540
4541
4542
4543
Description
Scale factor/ unit / note
DO 1. Data Register
DO 1. Set-point on
DO 1. Set-point off
DO 1. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
4548
4549
4550
4551
DO 2. Data Register
DO 2. Set-point on
DO 2. Set-point off
DO 2. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
4556
4557
4558
4559
DO 3. Data Register
DO 3. Set-point on
DO 3. Set-point off
DO 3. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
4560
4561
4562
4563
DO 4. Data Register
DO 4. Set-point on
DO 4. Set-point off
DO 4. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
4572
4573
4574
4575
DO 5. Data Register
DO 5. Set-point on
DO 5. Set-point off
DO 5. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
4580
4581
4582
4583
DO 6. Data Register
DO 6. Set-point on
DO 6. Set-point off
DO 6. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
4588
4589
4590
4591
DO 7. Data Register
DO 7. Set-point on
DO 7. Set-point off
DO 7. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
4596
4597
4598
4599
DO 8. Data Register
DO 8. Set-point on
DO 8. Set-point off
DO 8. Set-point delay
Source value register number 0-4529
0-65535
0-65535
seconds
2.60 Register Cross Reference Config
13312
13313
13314
13315
…
13822
13823
Cross reference for Data register 0
Scale factor and sign flag for Data register 0
Cross reference for Data register 1
Scale factor and sign flag for Data register 1
Cross reference for Data register 254
Scale factor and sign flag for Data register 254
2.61 IO Cross Reference Config
13824
13825
…
14079
Cross reference for IO bit 0
Cross reference for IO bit 1
Cross reference for IO bit 255
2.62 Get log data ch1-ch16
Ch1 start at base address R16384 (4000H)
Ch2 start at base address R18432 (4800H)
Ch3 start at base address R20480 (5000H)
Ch4 start at base address R22528 (5800H)
Ch5 start at base address R24576 (6000H)
Ch6 start at base address R26624 (6800H)
Ch7 start at base address R28672 (7000H)
Ch8 start at base address R30720 (7800H)
Ch9 start at base address R32768 (8000H)
Ch10 start at base address R34816 (8800H)
Ch11 start at base address R36864 (9000H)
Ch12 start at base address R38912 (9800H)
Ch13 start at base address R40960 (A000H)
Ch14 start at base address R43008 (A800H)
Ch15 start at base address R45056 (B000H)
Ch16 start at base address R47104 (B800H)
Register no
Description
Scale factor/ unit / note
Base + 0
Base + 1
Base + 2
Base + 3
Base + 4
Base + 5
Base + 6
Base + 7
Base + 8
Base + 9
Base +10
Base +11
Base +12
Base +13
.
.
Base + 1451
Day (block) select
No logged days
No logged values in block
Log signal in block
Log object no
No decimals
Log interval in block
Log function in block
Year in block
Month in block
Date in block
Time for activate block
First logged value
Second logged value
0-15, 0=Today,1=Yesterday/2=2 days ago ….15
0-16
Last logged value
* 0=Level/1=Inflow…..
** 0-3
0-4
min
0=Closed/1=Act. value/2=Average val/3=Min/4=Max
1-12
1-32
0 = 00:00/1=00:01/2=00:02…1439=23:59 (Interval=1min)
00:00-00:01 ( 1 min interval)
00:01-00:02
23:59-24:00 (1 min interval)
* See appendics 3.5 Log and trend signals
** Log object no :
Signal type : 7,8,9,10,11,12,13,19,20 Select logged pump P1–P4 , P1=0… P4=3
Signal type : 16 Free choice, Select logged signal AI2-AI5, AI2=0
Signal type : 18 Pulse channel., Select channel CH1-CH4, CH1=0
3
Appendics
3.1
Type no.
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
Digital input types
Function
DI Off
Run indication (P1-P4)
Register setup choose between P1,P2,P3 or P4
Manuel start (P1-P4)
Pump not in auto (P1-P4)
Start float (P1-P4)
Pump failure (P1-P4)
Motor protector (P1-P4)
High temperature (P1-P4)
Leakage (P1-P4)
Stop float P1,P2,P3 and P4
Low level float
Overflow float
High level float
Start float drain pump
Run indicator drain pump
Motor protector drain pump
Run indicator mixer
Motor protector mixer
Local mode
Alarm reset
Power fail
DI pulse channel 1
Only DI 13/14/15/16
DI pulse channel 2
Only DI 13/14/15/16
DI pulse channel 3
Only DI 13/14/15/16
DI pulse channel 4
Only DI 13/14/15/16
Block PID Controller
Alarm input (free alarm text)
Mixer block (free alarm text)
Drain Pump block (free alarm text)
3.2
Type no.
Function
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
DO Off
Pump control (P1-P4) Register setup choose between P1,P2,P3 or P4
Reset motor protector (P1-P4)
Pump fail (P1-P4)
Not enough pumps available
One pump fail P1,P2,P3 or P4
Master reset motor protectors
Mixer control
Reset motor protector mixer
Drain pump control
Reset motor protector drain pump
Cleaner control
Modem control
Remote control
Personal alarm
High level
Alarm alert
Not ackn. A-alarm
Not ackn. A/B-alarm
Active A-alarm
Active A/B-alarm
Pump Reversing (P1-P4)
Not Ackn. B-alarm
Active B-alarm
Logic IO
Data Register Setpoint
3.3
Type no.
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
Digital output types
Analogue inputs types
Function
AI Off
Pit level
0.01m (AI 1)
Current P1
0.1A (AI 2-5)
Current P2
0.1A (AI 2-5)
Current P3
0.1A (AI 2-5)
Current P4
0.1A (AI 2-5)
Back-Pressure 0.1 bar (AI 2-5)
Free Choice
User (AI 2-5 )
Vibrations P1 0.1 mm/s (AI 2-5)
Vibrations P2 0.1 mm/s (AI 2-5)
Vibrations P3 0.1 mm/s (AI 2-5)
Vibrations P4 0.1 mm/s (AI2-5)
ITT MiniCas Sim. P1 (AI 2-5)
ITT MiniCas Sim. P2 (AI 2-5)
ITT MiniCas Sim. P3 (AI 2-5)
ITT MiniCas Sim. P4 (AI 2-5)
Outflow meter (AI 2-5)
3.4
Type no.
Analogue outputs types
Function
0
1
2
3
4
5
6
7
8
9
10
AO Off
Pit level
Inflow
Outflow
Overflow
Pulse channel 1
Pulse channel 2
Pulse channel 3
Pulse channel 4
PID Controller output
Data Register
3.5
Log and Trend signals
Default =unsigned (0-65535) data. Possible negative data as 2-complement.
Type no.
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
Function
Scale/Note
Closed
Level pit
0.01 m
2-complement
Inflow
0.1 l/s
Outflow
0.1 l/s
Overflow level
0.001 m
Overflow flow
0.1 l/s
Back-Pressure
0.1 bar
Motor current P1-P4
0.1 A Register choose between P1,P2,P3 or P4
Pump capacity P1-P4
0.1 l/s
“
Power factor P1-P4
0.01
“
Temp. stator wiring P1-P4
0.1 °C
2-complement
Temp. upper bearing P1-P4
0.1 °C
“
Temp. lower bearing P1-P4
0.1 °C
“
Vibration P1-P4
0.1 mm/s
Main voltage
0.1 V
Main frequency
0. 1Hz
Free choice AI2-AI5
User choice 2-complement
Power supply
0.1 V
Pulse channel 1-4
0.1 l/s*ha / 0. 1kW
Temp. stator wiring L2 P1-P4 0.1 °C
2-complement
Temp. stator wiring L3 P1-P4 0.1 °C
2-complement
PID regulator out
0.1 %
Data register