Warning
Explanation
High Compressor Male Non
Drive End Bearing Temperature
This annunciation will be triggered if the temperature measured at the non-
drive end of the male compressor rotor rises above the value of the calcu-
lated
High Male Rotor Temperature Warning
set point.
High Compressor Female Drive
End Bearing Temperature
This annunciation will be triggered if the temperature measured at the drive
end of the female compressor rotor rises above the value of the calculated
High Female Rotor Temperature Warning
set point.
High Compressor Female Non
Drive End Bearing Temperature
This annunciation will be triggered if the temperature measured at the non-
drive end of the female compressor rotor rises above the value of the calcu-
lated
High Female Rotor Temperature Warning
set point.
Oil Pump 1 Motor Protection
This annunciation will be triggered if Oil Pump 1 Motor Protection Input is de-
energized.
Oil Pump 2 Motor Protection
This annunciation will be triggered if Oil Pump 2 Motor Protection Input is de-
energized.
4.2.2
List and Description of Limitation Warnings
Warning
Explanation
Suction Pressure Force Unload This annunciation will be triggered if the compressor suction pressure falls
below the set point calculated by adding the value of the
Limitation Suction
Pressure Force Unload Offset
parameter to the
Low Suction Pressure Shut-
down
parameter.
Suction Pressure Load Limit
This annunciation will be triggered if the compressor suction pressure falls
below the set point calculated by adding the value of the
Limitation Suction
Pressure Load Inhibit Offset
parameter to the
Low Suction Pressure Shut-
down
parameter.
Motor Current Force Unload
This annunciation will be triggered if the compressor discharge pressure
rises above the set point calculated by subtracting the value of the
Limitation
Motor Current Force Unload Offset
parameter from the
High Motor Current
Shutdown
parameter.
Motor Current Load Limit
This annunciation will be triggered if the compressor discharge pressure
rises above the set point calculated by subtracting the value of the
Limitation
Motor Current Load Inhibit Offset
parameter from the
High Motor Current
Shutdown
parameter.
Annunciations
Warnings
Instruction Manual | GEA Omni™
Control panel
218
GEA Refrigeration North America, Inc. | E_806550_2 | Generated 12.01.2016
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