GE TRANSFORMER MANAGEMENT RELAY 745, Инструкция по эксплуатации

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