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7.4 MODBUS MEMORY MAP
Table 7–5: 745 MEMORY MAP (Sheet 18 of 35)
GROUP
ADDR
(HEX)
ANALOG
12D7
OUTPUTS
12D8
continued
12D9
12DA
12DB
12DC
12DD
12DE
12DF
12E0
12E1
12E2
12E3
12E4
12E5
12E6
12E7
12E8
12E9
12EA
12EB
12EC
12ED
12EE
12EF
12F0
12F1
12F2
12F3
↓
12FF
LOGIC INPUTS
1300
1301
130A
7
130B
130C
1315
1316
1317
1320
1321
1322
132B
132C
132D
1336
1337
1338
1341
1342
1343
134C
134D
134E
1357
7-30
Courtesy of NationalSwitchgear.com
DESCRIPTION
Analog Output 2 Range
Analog Output 2 Minimum
Analog Output 2 Maximum
Analog Output 3 Function
Analog Output 3 Value
Analog Output 3 Range
Analog Output 3 Minimum
Analog Output 3 Maximum
Analog Output 4 Function
Analog Output 4 Value
Analog Output 4 Range
Analog Output 4 Minimum
Analog Output 4 Maximum
Analog Output 5 Function
Analog Output 5 Value
Analog Output 5 Range
Analog Output 5 Minimum
Analog Output 5 Maximum
Analog Output 6 Function
Analog Output 6 Value
Analog Output 6 Range
Analog Output 6 Minimum
Analog Output 6 Maximum
Analog Output 7 Function
Analog Output 7 Value
Analog Output 7 Range
Analog Output 7 Minimum
Analog Output 7 Maximum
Reserved
↓
Reserved
Logic Input 1 Function
Logic Input 1 Name (9 registers)
Logic Input 1 Asserted State
Logic Input 2 Function
Logic Input 2 Name (9 registers)
Logic Input 2 Asserted State
Logic Input 3 Function
Logic Input 3 Name (9 registers)
Logic Input 3 Asserted State
Logic Input 4 Function
Logic Input 4 Name (9 registers)
Logic Input 4 Asserted State
Logic Input 5 Function
Logic Input 5 Name (9 registers)
Logic Input 5 Asserted State
Logic Input 6 Function
Logic Input 6 Name (9 registers)
Logic Input 6 Asserted State
Logic Input 7 Function
Logic Input 7 Name (9 registers)
Logic Input 7 Asserted State
Logic Input 8 Function
Logic Input 8 Name (9 registers)
Logic Input 8 Asserted State
745 Transformer Management Relay
RANGE
STEP
UNITS
VALUE
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7 COMMUNICATIONS
FORMAT
FACTORY
CODE
DEFAULT
F26
2 = 4-20 mA
---
0 A
---
1000 A
F30
0 = Disabled
F45
2 = W1 øC curr
F26
2 = 4-20 mA
---
0 A
---
1000 A
F30
0 = Disabled
F45
9 = W1 loading
F26
2 = 4-20 mA
---
0%
---
100%
F30
0 = Disabled
F45
26 = Voltage
F26
2 = 4-20 mA
---
0 = 0.00 kV
---
14.40 kV
F30
0 = Disabled
F45
24 = frequency
F26
2 = 4-20 mA
---
5700 = 57.0 Hz
---
6300 = 63.0 Hz
F30
0 = Disabled
F45
25 = Tap Pos.
F26
2 = 4-20 mA
---
1
---
33
↓
↓
F30
0 = Disabled
F33
"Logic Input 1"
F75
1 = Closed
F30
0 = Disabled
F33
"Logic Input 2"
F75
1 = Closed
F30
0 = Disabled
F33
"Logic Input 3"
F75
1 = Closed
F30
0 = Disabled
F33
"Logic Input 4"
F75
1 = Closed
F30
0 = Disabled
F33
"Logic Input 5"
F75
1 = Closed
F30
0 = Disabled
F33
"Logic Input 6"
F75
1 = Closed
F30
0 = Disabled
F33
"Logic Input 7"
F75
1 = Closed
F30
0 = Disabled
F33
"Logic Input 8"
F75
1 = Closed
GE Multilin
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