GE Power Management
745 Transformer Management Relay
8-43
8 COMMUNICATIONS
8.3 MODBUS MEMORY MAP
8
LOGIC
INPUTS
continued
1336
Logic Input 5 Asserted State
---
---
---
F75
1 = Closed
1337
Logic Input 6 Function
---
---
---
F30
0 = Disabled
1338
Logic Input 6 Name (9 registers)
---
---
---
F33
"Logic Input 6"
1341
Logic Input 6 Asserted State
---
---
---
F75
1 = Closed
1342
Logic Input 7 Function
---
---
---
F30
0 = Disabled
1343
Logic Input 7 Name (9 registers)
---
---
---
F33
"Logic Input 7"
134C
Logic Input 7 Asserted State
---
---
---
F75
1 = Closed
134D
Logic Input 8 Function
---
---
---
F30
0 = Disabled
134E
Logic Input 8 Name (9 registers)
---
---
---
F33
"Logic Input 8"
1357
Logic Input 8 Asserted State
---
---
---
F75
1 = Closed
1358
Logic Input 9 Function
---
---
---
F30
0 = Disabled
1359
Logic Input 9 Name (9 registers)
---
---
---
F33
"Logic Input 9"
1362
Logic Input 9 Asserted State
---
---
---
F75
1 = Closed
1363
Logic Input 10 Function
---
---
---
F30
0 = Disabled
1364
Logic Input 10 Name (9 registers)
---
---
---
F33
"Logic Input 10"
136D
Logic Input 10 Asserted State
---
---
---
F75
1 = Closed
136E
Logic Input 11 Function
---
---
---
F30
0 = Disabled
136F
Logic Input 11 Name (9 registers)
---
---
---
F33
"Logic Input 11"
1378
Logic Input 11 Asserted State
---
---
---
F75
1 = Closed
1379
Logic Input 12 Function
---
---
---
F30
0 = Disabled
137A
Logic Input 12 Name (9 registers)
---
---
---
F33
"Logic Input 12"
1383
Logic Input 12 Asserted State
---
---
---
F75
1 = Closed
1384
Logic Input 13 Function
---
---
---
F30
0 = Disabled
1385
Logic Input 13 Name (9 registers)
---
---
---
F33
"Logic Input 13"
138E
Logic Input 13 Asserted State
---
---
---
F75
1 = Closed
138F
Logic Input 14 Function
---
---
---
F30
0 = Disabled
1390
Logic Input 14 Name (9 registers)
---
---
---
F33
"Logic Input 14"
1399
Logic Input 14 Asserted State
---
---
---
F75
1 = Closed
139A
Logic Input 15 Function
---
---
---
F30
0 = Disabled
139B
Logic Input 15 Name (9 registers)
---
---
---
F33
"Logic Input 15"
13A4
Logic Input 15 Asserted State
---
---
---
F75
1 = Closed
13A5
Logic Input 16 Function
---
---
---
F30
0 = Disabled
13A6
Logic Input 16 Name (9 registers)
---
---
---
F33
"Logic Input 16"
13AF
Logic Input 16 Asserted State
---
---
---
F75
1 = Closed
13B0
Logic Input 1 Target
---
---
---
F46
0 = Self-Test
13B1
Logic Input 2 Target
---
---
---
F46
0 = Self-Test
13B2
Logic Input 3 Target
---
---
---
F46
0 = Self-Test
13B3
Logic Input 4 Target
---
---
---
F46
0 = Self-Test
Table 8–6: 745 MEMORY MAP (Sheet 27 of 57)
GROUP
ADDR
(HEX)
DESCRIPTION
RANGE
STEP
VALUE
UNITS
FORMAT
CODE
FACTORY
DEFAULT
Summary of Contents for 745 TRANSFORMER MANAGEMENT RELAY
Page 30: ...2 8 745 Transformer Management Relay GE Power Management 2 3 SECURITY 2 GETTING STARTED 2 ...
Page 210: ...7 36 745 Transformer Management Relay GE Power Management 7 2 BLOCK DIAGRAMS 7 SCHEME LOGIC 7 ...
Page 322: ...9 12 745 Transformer Management Relay GE Power Management 9 3 USING 745PC 9 745 PC SOFTWARE 9 ...
Page 396: ...A 4 745 Transformer Management Relay GE Power Management A 1 FIGURES AND TABLES APPENDIXA A ...
Page 400: ...C 2 745 Transformer Management Relay GE Power Management C 1 WARRANTY INFORMATION APPENDIXC C ...
Page 406: ...vi 745 Transformer Management Relay GE Power Management ...
Page 407: ...GE Power Management 745 Transformer Management Relay NOTES ...