3
CMF10
Configuration
All configuration menus lie in the 10-seconds level. This
level is accessed from the Base Display by pressing and
holding the encoder button for 10 seconds.
There are numerous configuration menus covering all
available options and combinations.
In some cases, making a certain choice in one menu will
mean that you will only see certain other menus. For
example, the menu for setting the damper minimum limit
is only shown if you have configured AO2 to be a damper
control output.
Function overview
Selectable control functions
1. Supply air control
2. Supply air control with outdoor compensation
3. Cascade connected room/extract air temperature
control
4. Radiator circuit control with outdoor curve
5. Domestic hot water control
CMF is capable of handling the following control
modes
Ventilation
According to points 1, 2 and 3 above:
•
P- or PI-control
•
Can control two analogue outputs in sequence, or
one 3-position actuator via two digital outputs
•
Damper control, with settable minimum supply air
amount
•
Control of frost protection or frost protection
thermostat with manual reset
•
High temperature limit switch
•
Electric heater cool-down function
•
Digital scheduler
•
Start/stop of fan via built-in relay for 230 V AC
•
Digital input for extended running via timer
•
Input for an external setpoint device
•
Alarm management in the display as well as sum
alarm output
•
Heat maintaining function
•
As of revision 21, a frost protection thermostat can
be connected to UI1 for control modes 1-3.
Radiator circuit control
According to point 4 above:
•
P- or PI-control
•
Output 0...10 V or 3-position 24 V AC
•
Settable outdoor compensation curve
•
Extra correction of outdoor curve (increase at
approx. zero degrees outdoor temp.)
•
Room sensor can be connected for adaption of
outdoor curve
•
Room setpoint can be set via an external setpoint
device
•
Pump stop/Pump exercise
•
Alarm management in the display as well as sum
alarm output
Domestic hot water
According to point 5 above:
•
PID control
•
0…10 V output
•
Periodic overheating to decrease risk of Legionella
•
Alarm management in the display as well as sum
alarm output
