GE Industrial Solutions Galaxy Vector Rack Mounted Controller J85501M-1 - Manual (Page 61)

Galaxy Rack-Mounted Vector Controller J85501M-1
Issue 2 January 2008 Installation and Configuration 4 - 15
High Float Voltage Boost Threshold: A voltage monitored
above this threshold results in a High Boost Voltage alarm. No
rectifier shutdown attempts are made.
Boost Auto Enable: This function enables and disables the auto
boost feature. The parameter must be configured to “enabled”
for this feature to be available.
Boost Enable: This function enables and disables the manual
timed Boost feature. The parameter must be configured to
“enabled” for this feature to be available.
Boost Auto Mode Factor: This factor sets the duration of the
boost. A value from 1 to 9 sets the factor that determines how
long the plant is in boost mode after a discharge. The time is
determined by multiplying the BD duration by this factor. The
Boost Enable parameter must be enabled for this feature to be
available.
Converter
Settings
The following configuration parameters are settings which
affect the operation of any converters that may be connected to
the system and communication on the serial bus.
Converter Voltage Set-Point: This is the output voltage that all
converters will be set to by Vector.
Converter Low Voltage Disconnect Enable: This feature
allows the converter LVD to be operational. Select “Enabled” in
the configuration menu to enact the function.
Converter Low Voltage Disconnect Threshold: This is the
value at which the converters are placed into standby.
Converter Low Voltage Reconnect Threshold: This is the
value at which the converters are retired from standby and their
outputs returned to the set-point.
Converter Front Panel Voltage Calibration: The voltage
displayed on the front panel is the uncalibrated converter output
voltage as seen by the controller. If necessary, this voltage can
be calibrated to match a meter. Adjust the displayed voltage until
it matches the voltage displayed on a calibrated voltmeter that is
measuring the voltage across the converter’s output.