Eaton EPCT Fire Series, Руководство по установке

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Appendix O: Alarm/Status messages
EPCT FirE sEriEs FirE PumP ConTrollEr
MN124016EN August 2019 www.eaton.com
Appendix O: Alarm/Status messages
message Description
ATS CONNECTED TO S2 The automatic transfer switch is in the emergency position
ATS CONNECTED TO S1 The automatic transfer switch is in the normal position
DELUGE VALVE START The controller started the motor after it received a deluge valve start signal
EMERGENCY START The emergency start handle was pressed in and the motor started
FAIL TO START There was a call to start the motor, however, the amperage draw did not reach 20% of the programmed motor full load amps
FAIL TO STOP If the amperage draw has not dropped below 20% of the programmed motor full load amps two (2) seconds after a stop
command, this alarm will be triggered
INTERLOCK The interlock signal has been received
POWER ON Notification will appear when the controller has power within the range of 200 – 600 VAC
PUMP RUNNING The amperage draw on the motor has reached at least 20% of the programmed motor full load amps
LOCAL START The start pushbutton on the enclosure flange was pressed initiating a start sequence
LOCAL STOP The stop pushbutton on the enclosure flange was pressed initiating a stop sequence
BELOW START PRESSURE The pump has started running because of a low-pressure condition
START ABOVE PRESSURE The pump has started running because the pressure has exceeded the start above pressure set point
LOW PRESSURE ALARM The system pressure is lower than the programmed low-pressure alarm set point
HIGH PRESSURE ALARM The system pressure is above the programmed high-pressure alarm set point
REMOTE MANUAL START The pump has stated via a remote start signal
REMOTE MANUAL STOP The pump has stated via a remote stop signal
REMOTE AUTO START The remote auto start signal has been received
HARDWARE FAULT Controller detects a hardware fault in any of the three boards, ATS board, I/O board or logic board
TRANSDUCER FAILURE The controller has detected that the transducer has failed
MOTOR OVERLOAD The amperage draw has exceeded 125% of the programmed motor full load amps
LOW RESERVOIR The controller has received a low reservoir signal
HIGH RESERVOIR The controller has received a high reservoir signal
LOW ROOM TEMP The controller has received a low room temperature signal
HIGH ROOM TEMP The controller has received a high room temperature signal
LOW SUCTION The controller has received a low suction signal
LOW FOAM LEVEL The controller has received a low foam signal
LOAD SHED The load shed timer has started timing and the load shed output has closed
INPUT 1 A signal from input 1 was received
INPUT 2 A signal from input 2 was received
INPUR 3 A signal from input 3 was received
INPUT 4 A signal from input 4 was received
INPUT 5 A signal from input 5 was received
INPUT 6 A signal from input 6 was received
INPUT 7 A signal from input 7 was received
INPUT 8 A signal from input 8 was received
INPUT 9 A signal from input 9 was received
INPUT 10 A signal from input 10 was received
LOCKED ROTOR TRIP The controller has tripped on the built in locked rotor over current protection
AUTOMATIC SHUTDOWN Automatic shutdown is enabled if the LED on the alarm is green
RUN PERIOD TIMER The minimum time a motor will run for after a start from an automatic means
ACCELERATION TIMER Delays energizing 2 CR relay for whatever It is connected for
SEQUENTIAL START TIMER A start sequence has been started, however, it is delayed due to the programmed sequential start timer
LOW SUCTION RESET TIMER Once the input for low suction clears, controller will start the timer and once elapsed will allow the restart of the motor if
the starting condition exists
LOAW FOAM RESET TIMER Once the input for low foam clears, controller will start the timer and once elapsed will allow the restart of the motor if
the starting condition exists
FAIL TO START TIMER A timer has been started to detect 20% of the programmed motor full load amps after a call to start is initiated
FAIL TO STOP TIMER A timer has been started to detect less than 20% of the programmed motor full load amps after a call to stop is initiated
TD S1 TO S2 Timer for the delay between transfer of transfer switch from S1 to S2