GE 469 Instruction Manual page 199

6 COMMUNICATIONS
Table 6–1: 469 MEMORY MAP (Sheet 26 of 34)
GROUP ADDR
(HEX)
ANALOG 1B50
OUTPUTS
1B52
continued
1B54
1B55
1B56
1B57
1B58
1B59
1B5A
1B5B
1B5C
1B5D
1B5E
1B5F
1B60
1B61
1B62
1B63
1B64
1B65
1B66
1B67
1B68
1B69
1B6A
1B6B
1B6C
1B6D
1B6E
1B6F
1B70
1B71
1B72
1B73
1B74
1B75
1B76
1B77
1B78
1B79
1B7A
1B7B
1B7C
1B7D
1B7E
1B7F
1B80
1B81
1B82
1B83
1B84
1B86
1B88
GE Multilin
Courtesy of NationalSwitchgear.com
DESCRIPTION
Average Phase Current Minimum
Average Phase Current Maximum
AB Line Voltage Minimum
AB Line Voltage Maximum
BC Line Voltage Minimum
BC Line Voltage Maximum
CA Line Voltage Minimum
CA Line Voltage Maximum
Average Line Voltage Minimum
Average Line Voltage Maximum
Phase AN Voltage Minimum
Phase AN Voltage Maximum
Phase BN Voltage Minimum
Phase BN Voltage Maximum
Phase CN Voltage Minimum
Phase CN Voltage Maximum
Average Phase Voltage Minimum
Average Phase Voltage Maximum
Hottest Stator RTD Minimum
Hottest Stator RTD Maximum
Hottest Bearing RTD Minimum
Hottest Bearing RTD Maximum
Hottest Ambient RTD Minimum
Hottest Ambient RTD Maximum
RTD #1 Minimum
RTD #1 Maximum
RTD #2 Minimum
RTD #2 Maximum
RTD #3 Minimum
RTD #3 Maximum
RTD #4 Minimum
RTD #4 Maximum
RTD #5 Minimum
RTD #5 Maximum
RTD #6 Minimum
RTD #6 Maximum
RTD #7 Minimum
RTD #7 Maximum
RTD #8 Minimum
RTD #8 Maximum
RTD #9 Minimum
RTD #9 Maximum
RTD #10 Minimum
RTD #10 Maximum
RTD #11 Minimum
RTD #11 Maximum
RTD #12 Minimum
RTD #12 Maximum
Power Factor Minimum
Power Factor Maximum
Reactive Power Minimum
Reactive Power Maximum
Real Power Minimum
469 Motor Management Relay
MIN. MAX. STEP
VALUE
0 100000 1
0 100000 1
50 20000 1
50 20000 1
50 20000 1
50 20000 1
50 20000 1
50 20000 1
50 20000 1
50 20000 1
50 20000 1
50 20000 1
50 20000 1
50 20000 1
50 20000 1
50 20000 1
50 20000 1
50 20000 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–50 250 1
–99 100 1
–99 100 1
–50000 50000 1
–50000 50000 1
–50000 50000 1
6.3 MEMORY MAP
UNITS FORMAT DEFAULT
CODE
A F9 0
A F9 100
V F1 3200
V F1 4500
V F1 3200
V F1 4500
V F1 3200
V F1 4500
V F1 3200
V F1 4500
V F1 1900
V F1 2500
V F1 1900
V F1 2500
V F1 1900
V F1 2500
V F1 1900
V F1 2500
°C F4 0
°C F4 200
°C F4 0
°C F4 200
°C F4 –50
°C F4 60
°C F4 –50
°C F4 250
°C F4 –50
°C F4 250
°C F4 –50
°C F4 250
°C F4 –50
°C F4 250
°C F4 –50
°C F4 250
°C F4 –50
°C F4 250
°C F4 –50
°C F4 250
°C F4 –50
°C F4 250
°C F4 –50
°C F4 250
°C F4 –50
°C F4 250
°C F4 –50
°C F4 250
°C F4 –50
°C F4 250
lead/lag F21 0.8 lag
lead/lag F21 0.8lead
kvar F12 0
kvar F12 750
kW F12 0
6-37
6