Vyper Cooling - Johnson Controls FRICK QUANTUM HD Operation

ACCESSING:
DESCRIPTION: Use this screen to set the specifi c Drive
safeties information for a Vyper motor starter. These
safeties are important for the safe operation of the com-
pressor and motor.

VYPER COOLING

Setpoint - Enter the value that you wish to con-
trol to.
Proportional Band - This setpoint determines
the size of a region either above or below the
Setpoint. Within this region, the Proportional
component of the Output value is the number
between 0% and 100% that directly corresponds
to the difference between the Vyper Coolant
Temperature (Actual) and the Setpoint. Outside
of this region, the Proportional component is ei-
ther 100% or 0%.
Integration Time - This setpoint controls the
infl uence that the Integral component exerts on
the Output value. The Integral component works
to push the Vyper Coolant Temperature toward
the Setpoint by tracking the difference between
the temperature and the Setpoint over time.
High Limit - The highest value that the output
can be.
Low Limit- The lowest value that the output can
be.
QUANTUM™ HD COMPRESSOR CONTROL PANEL
OPERATION
CONFIGURATION
Drive - Vyper Cooling
Drive Vyper
Vyper Coolant Temperature - The actual read-
ing of the Vyper Coolant Temperature.
Control Output % - The actual value that is be-
ing output to control the temperature.
I/O Board - Three selections are provided:
• None - No board selected.
• Digital Board 1 - The Output to be
controlled is located on Digital Board 1.
• Digital Board 2 - The Output to be
controlled is located on Digital Board 2.
I/O Channel - Enter the channel of the selected
Digital Board to control (1 - 24).
LOW VYPER COOLANT TEMP CONTROL
Low Warning Setpoint - If the Vyper Coolant
temperature is less than or equal to this setpoint
for the amount of time as set for the Low Warn-
ing Delay, then a Warning is issued.
Low Warning Delay - The time period as set
here will begin to time down if the Vyper Cool-
ant temperature is less than or equal to the Low
Warning Setpoint, and remains below or equal.
When this delay times out, a Warning will be is-
sued.
090.040-O (MAR 12)
Page 83
Cooling