User manual

Installation and User Manual for the GSC400 PC Software Interface
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Function Description
Voltage Source
How to recognize the AC power source.
The disable option may be selected if no AC power source
is being monitored. The Wye or Delta option may be
selected for AC voltage monitoring.
Current source
Allows monitoring of the current draw on the engine.
The enable option may be selected for monitoring the
amount of current being draw from the engine. The disable
option may be selected if no current monitoring is required.
Voltage Display Select the AC power system type line-line or line-neutral.
Turns Ratio The turns ratio is user adjustable and must match the
current CT being used. The correct value may be seen on
the current CT and must enter the value in the correct
format as XA:5A where X is the setting enter from the CT.
Freq. Disconnect This is the frequency at which the GSC400 will disengage
the crank, keeping the fuel on to run the generator.
Over HZ Warn When the engine is running the frequency level is
measured, the GSC400 can be configured for a choosing
failure warning value. This warning value is the value in HZ
which the controller will recognize if the frequency level
exceeds the setting and sound an audio alert.
Over HZ Fail When the engine is running the frequeny level is
measured, the GSC400 can be configured for a choosing
failure value. The Failure value is the value in HZ which the
controller will recognize a failure and shut down the engine.
Under Hz Warn When the engine is running the frequeny level is
measured, the GSC400 can be configured for a choosing
failure warning value. This warning value is the value in HZ
which the controller will recognize if the frequeny level goes
beneath the setting and sound an audio alert.
Under HZ Fail When the engine is running the frequency level is
measured, the GSC400 can be configured for a choosing
failure value. The Failure value is the value in HZ which the
controller will recognize a failure and shut down the engine.