Danfoss ECL Comfort 310 Installation Manual page 113

Installation Guide
DHW deact. time
Circuit
3
Set the time (minutes) that must elapse after a DHW heating period before a
new DHW heating period can be started.
1 ... 250: When the DHW charging time has reached its
maximum, DHW can only be charged again after the set
deactivation time has expired.
DHW P post-run
Circuit
3
Set the DHW pump (P2) post-run time (minutes). The DHW pump can
continue to be switched ON after the DHW heating procedure in order to
utilize the remaining heat in the heat exchanger / boiler.
0 ... 30: Set the number of minutes for the post-run.
Char. P post-run – A367.2
Circuit
3
Set the DHW charging pump post-run time (minutes). The DHW charging
pump (P4) can continue to be switched ON after the DHW heating procedure
in order to utilize the remaining heat in the heat exchanger.
0 ... 30: Set the number of minutes for the post-run.
Send desired T
Circuit
3
When the controller acts as a slave controller in a master / slave system,
information about the desired flow temperature can be sent to the master
controller via the ECL 485 bus.
OFF:
Information about the desired flow temperature is not
sent to the master controller.
ON: Information about the desired flow temperature is sent
to the master controller.
Circ. P frost T
Circuit
3
Set the outdoor temperature value at which the DHW circulation pump is to
be active to protect the DHW circuit against frost.
OFF:
The DHW circulation pump is not active.
–10 ... 20: The DHW circulation pump is active when the outdoor
temperature is lower than the set value.
Danfoss District Energy
ECL Comfort 310, application A367
Setting range Factory setting
1 ... 250 m
Setting range Factory setting
0 ... 30 m
Setting range Factory setting
0 ... 30 m
Factory setting
Setting range
OFF / ON
Setting range Factory setting
OFF / –10 ... 20 °C
13045
60 m
13041
0 m
13042
0 m
13500
In the master controller, 'Demand offset' must be set to a value in order
ON
to react on a desired flow temperature from a slave controller.
13076
2 °C
VI.LG.R1.02 DEN-SMT/DK 113