OPERATION
Menu structure
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- Flow temperature and hysteresis
Cooling mode is regulated via the selected flow temperature.
The brine pump starts at:
[Flow temperature + hysteresis]
Brine pump off when the actual temperature drops below the
flow temperature.
The [flow temperature+hysteresis] should be at least 3 K <
room temperature. Lower flow temperatures cause a more
rapid cooling of the room.
On the setting AREA COOLING, as soon as the determined
dew point temperature is + 2 K higher than the set flow tem-
perature, that temperature will be overridden with the dew
point temperature and acts as control variable. The brine
pump starts at [entered or newly determined flow tempera-
ture + hysteresis].
If the actual flow temperature drops below the entered or
newly determined flow temperature, the source pump stops
and cooling mode is terminated. The cooling signal remains
active.
- Dynamic
The Dynamic can be adjusted from 1 to 10. It describes the
delay and changeover between passive cooling and active
cooling, whereby active cooling is started sooner, the smaller
the value.
5.5 FE7 remote control
PIC00000609
The FE7 remote control allows you to:
- Change the set room temperature for heating in heating cir-
cuit1 or2 by ±5°C.
- Change the operating mode.
The FE7 remote control features the following controls:
- Rotary selector for changing the set room temperature
- Rotary selector with the following positions
-
Automatic mode
-
Constant setback mode
-
Constant day mode
Note
The remote control is only active in the automatic mode
of the heat pump manager.
5.6 FEK remote control
PIC00000704
The FEK remote control allows you to:
- Change the set room temperature for heating in heating cir-
cuit1 or2 by ±5°C.
- Change the operating mode.
The FEK features the following controls:
- Rotary selector for changing the set room temperature
- "Away" button
- "Info" button
- Button for selecting the following operating modes:
-
Standby mode
-
Automatic mode
-
Constant day mode
-
Constant setback mode
Note
If the FEK is preselected for a specific heating circuit,
the heating curve, room temperature and heating pro-
gram parameters are not shown at the WPM3i heat pump
manager.
5.7 Internet Service Gateway (ISG)
PIC00001002
The Internet Service Gateway (ISG) is an Ethernet gateway in a
wall mounted casing and is connected into the LAN (local area
network).
It enables the convenient operation, adjustment and checking of
heat pump system data via the browser of a computer, laptop or
tablet in the local home network.
If required by the customer, appliance data can be automatically
transmitted to the appliance manufacturer's SERVICEWELT portal
via the internet.
Via SERVICES you can access additional options such as system
operation on the go with a smartphone as well as remote setting
of parameters and remote diagnosis, etc.
You can find the current services on our homepage.