Heat
Heat
Heat
Use the Heat screen to calibrate hose heat and
set the hose control mode. To calibrate the
system, see the
Setting
Setting
Setting
Description
Description
Description
Hose Control
Mode
Tap to select hose control mode.
FTS:
FTS:
FTS: control to target temperature using
an FTS (fluid temperature sensor) on
each side of the hose. Calibration is
required to use FTS control mode. See
Calibration Procedure, page 39
.
Resistance:
Resistance:
Resistance: control to target
temperature using the resistance
of the heater element (changes with
temperature). Calibration is required
to use Resistance control mode. See
Calibration Procedure, page 39
.
Manual:
Manual:
Manual: control to target current (amps)
to heat the hose. Manual control mode
has no pre-programmed control and is
designed to be used for a limited amount
of time until a proper calibration can be
performed or FTS issues can be resolved.
NOTE:
NOTE:
NOTE: When manual hose mode is
enabled, the manual hose mode advisory
(EVCH) will appear.
Hose A
Calibration
Factor
Resistance value determined during the
calibration process for the A side hose.
Hose B
Calibration
Factor
Resistance value determined during the
calibration process for the B side hose.
Last
Calibration
Date
Date/time of last successful calibration.
Enable Power
Management
Tap the checkbox to enable/disable
power management. Tap the number to
adjust the primary heater power limit.
Power management allows users to
limit the primary heater wattage to a
desired level. This can be done to free
up auxiliary power for other devices
on a generator and/or run the system
on a smaller generator. With power
management enabled, the new total
system load can be determined using the
formula below:
Total System Load (with power
management) = Total System Load
(without power management) –
(Primary Heater Load (without power
management) – Primary Heater Load
(with power management))
Example: Elite E-20 10kW
Power management enabled and primary
heater limit set to 7 kW
Total System Load (with power
management) = 15 kW – (10 kW – 7 kW)
= 12 kW
NOTE:
NOTE:
NOTE: On single phase systems, peak
current draw is reduced and linearly
scales with the drop in total system load.
On three phase systems, peak current
draw does not scale linearly with the
drop in total system load.
Enable
Maximum
Temperature
Setpoint
Tap the check box to enable/disable
a user defined maximum temperature
setpoint. Tap the number to adjust the
maximum temperature setpoint that can
be entered on the home screen.
Enable
Minimum
Temperature
Setpoint
Tap the check box to enable/disable
a user defined minimum temperature
setpoint. Tap the number to adjust the
minimum temperature setpoint that can
be entered on the home screen.
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