Danfoss ECL Comfort 210 Installation Manual page 94

Installation Guide
MENU > Settings > Control par.
Open time
Circuit
All
The 'Open time' is the forced time (in seconds) that it takes to open the
motorized control valve when a DHW draw-off (tapping) is detected (the
flow switch is activated). This function compensates for the delay before the
flow temperature sensor measures a change in temperature.
* See Appendix "Parameter ID overview"
MENU > Settings > Control par.
Close time
Circuit
All
The 'Close time' is the forced time (in seconds) that it takes to close the
motorized control valve when a DHW draw-off (tapping) is stopped (the
flow switch is deactivated). This function compensates for the delay before
the flow temperature sensor measures a change in temperature.
* See Appendix "Parameter ID overview"
MENU > Settings > Control par.
Tn (idle)
Circuit
All
When no DHW draw-off (tapping) is detected (the flow switch is deactivated),
the temperature is maintained at a low level (saving temperature). The
integration time 'Tn (idle)' can be set to obtain a slow but stable control.
* See Appendix "Parameter ID overview"
MENU > Settings > Control par.
Supply T (idle)
Circuit
All
The 'supply T (idle)' is the supply temperature when there is no DHW
draw-off (tapping). When DHW draw-off is not detected (the flow switch
is deactivated), the temperature is maintained at a lower level (saving
temperature). Choose which temperature sensor is to maintain the saving
temperature.
* See Appendix "Parameter ID overview"
OFF:
The saving temperature is maintained at the DHW flow
temperature sensor.
ON: The saving temperature is maintained at the supply
temperature sensor.
94 DEN-SMT/DK
ECL Comfort 210 / 310, application A266
1x094
Setting range Factory setting
*
1x095
Setting range Factory setting
*
1x096
Setting range Factory setting
*
1x097
Setting range Factory setting
*
*
*
*
If the supply temperature sensor is not connected, the idle supply
temperature will be maintained at the DHW flow temperature sensor.
*
VI.KT.X3.02
Danfoss District Energy