GE 469 Instruction Manual page 285

CHAPTER 6: ACTUAL VALUES
Underpower Trip
Analog Diff 1-2 Alarm
Analog I/P 3 Alarm
Counter Alarm
General Sw.B Alarm
kVA Demand Alarm
Overload Alarm
Pressure Sw. Alarm
RTD 1 Alarm
RTD 5 Alarm
RTD 9 Alarm
RTD 1 High Alarm
RTD 5 High Alarm
RTD 9 High Alarm
Service Alarm
Thermal Model Alarm
Underpower Alarm
Welded Contactor
1 TRIP Relay Forced
469 Not Inserted
Control Power Lost
Force 1 TRIP Disabled
Force 5 BLOCK
Disabled
Relay Not Inserted
Simulation Stopped
469 MOTOR MANAGEMENT RELAY – INSTRUCTION MANUAL
Table 6–3: Cause of Events (Sheet 2 of 2)
Undervoltage Trip
ALARMS (OPTIONAL EVENTS)
Analog Diff 3-4 Alarm
Analog I/P 4 Alarm
Current Demand Alarm
General Sw.C Alarm
kvar Demand Alarm
Overtorque Alarm
Reactive Power Alarm
RTD 2 Alarm
RTD 6 Alarm
RTD 10 Alarm
RTD 2 High Alarm
RTD 6 High Alarm
RTD 10 High Alarm
Short/Low RTD Alarm
Trip Coil Super.
Undervoltage Alarm
OTHER
2 AUX Relay Forced
5 BLOCK Relay Forced
Digital Trace Trigger
Force 2 AUX Disabled
Forced Relay
Serial Trace Trigger
Start While Blocked
Vibration Sw.Trip
Analog I/P 1 Alarm
Breaker Failure
Current U/B Alarm
General Sw.D Alarm
kW Demand Alarm
Overvoltage Alarm
Remote Alarm
RTD 3 Alarm
RTD 7 Alarm
RTD 11 Alarm
RTD 3 High Alarm
RTD 7 High Alarm
RTD 11 High Alarm
Starter Failed Alarm
Trip Counter Alarm
Vibration Sw. Alarm
3 AUX Relay Forced
Emergency Rst. Close
Force 3 AUX Disabled
Motor Started
Service Alarm
Volt. Frequency Trip
Analog I/P 2 Alarm
Control Alarm
General Sw.A Alarm
Ground Fault Alarm
Open RTD Alarm
Power Factor Alarm
Reverse Power Alarm
RTD 4 Alarm
RTD 8 Alarm
RTD 12 Alarm
RTD 4 High Alarm
RTD 8 High Alarm
RTD 12 High Alarm
Tachometer Alarm
Undercurrent Alarm
Volt. Frequency Alarm
4 ALARM Relay Forced
Control Power Applied
Emergency Rst. Open
Force 4 ALARM
Disabled
No Event/Trip to Date
Simulation Started
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