Compatible Control - HUBER

Analog
Interface
4. Thermoregulation
via Controller
4.3 Editing Default Settings
15. Analog Interface - Parameter Output
(Applies to all thermostats with Compatible Control CC3)
MAIN MENU:
Alarm mode
I-> Analog Interface
Display
ANALOG INTERFACE:
Temp. T1 (Zero)
Temp. T2 (Span)
Conf. Input
I-> Conf. Output
Exit
ANALOG OUTPUT:
I-> Output value
Current at T1
Current at T2
Exit
SOURCE ANALOG OUT:
No output
Internal temp.
External temp.
Programmer
Setpoint
I-> Manual value
Exit
ANALOG OUTPUT:
Output value
I-> Current at T1
Current at T2
Exit
Please enter:
DAC-Output at T1
591
ANALOG OUTPUT:
Output value
Current at T1
I-> Current at T2
Exit
Please enter:
DAC-Output at T2
4104
Select „Analog Interface“ (AIF): The thermoregulation
process is controlled via an analog
signal (currents from 4 to 20 mA), the
strength of which represents the setpoint.
The temperature range can be set by the
user.
Submenu selection: „Output Value“
Definition of the measuring point for temperature
output values.
„No Output“ Constant output of 4 mA as a
power supply, e.g. for an external thermometer.
„Internal Temp.“: Measurement using an
internal sensor in the thermostat. In the case
of a bath thermometer, the sensor is inside
the bath.
„External Temp.“: Measurement with an
external sensor, e.g. in an external bath.
„Programmer“: In a thermoregulation program,
each segment can be assigned an
output current, e.g. for adapting the speed
of an external pump to individual program
segments.
„Manual Value“ Any percentage from 0
%...100 % analog to 4...20 mA with encoder.
Submenu selection: „Current at T1“
Presetting of a converter output value for T1
(Zero): The encoder is used to set a value
that results in the desired current value for
T1, e.g. 4 mA at the analog setpoint encoder.
Submenu selection: „Current at T2“
Presetting of a converter output value for T2
(Span): The encoder is used to set a value
that results in the desired current value for
T2, e.g. 20 mA at the analog setpoint encoder.
Back to main menu
Caution: The controller module may be destroyed if currents
exceeding 20 mA are used and/or if the polarity is confused!
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