Temperature Sensor (Cooling Controller); Cold Generation By Active Cooling; Heat Pumps Without Additional Heat Exchangers; Heat Pumps With Additional Heat Exchangers For Waste Heat Recovery - Dimplex WPM 2006 plus Instructions De Montage Et De Service

Extended Installation Instructions for the Heat Pump Manager (Heating/Cooling)

12.1.2 Temperature sensor (cooling controller)

All temperature sensors to be connected to the supplementary
cooling controllers have the illustrated sensor characteristic
curve.
Room temperature sensor for room climate control station
Flow sensor for passive cooling
Return flow sensor for passive cooling

12.2 Cold Generation by Active Cooling

12.2.1 Heat pumps without additional heat exchangers

Cold is generated actively by reversing the process in the heat
pump. The refrigerating cycle is switched from heating to cooling
operation using a four-way reversing valve.
NOTE
The heat pump is blocked for 10 minutes when it is switched from heating
to cooling operation. This allows the different pressures in the
refrigerating cycle to equalize.

12.2.2 Heat Pumps with Additional Heat Exchangers for Waste Heat Recovery

A heat exchanger in the hot gas can use the waste heat
generated during cooling for DHW or swimming pool water
preparation. The heat exchanger menu item must be set to
"YES" to do this.
Requests are processed as follows:
Cooling first
Domestic hot water first
Swimming pool
Adjust the maximum temperature "Parallel operation heat –
Domestic hot water" in the menu item "Settings – Domestic

12.3 Cold Generation via Passive Cooling

In the summer, the ground and the ground water are significantly
colder at greater depths than the ambient temperature. A plate
heat exchanger installed in the ground water or brine circuit
transfers the refrigerating capacity to the heating and cooling
circuit. The heat pump compressor is not active and is available
for DHW preparation.
Activate parallel operation of cooling and DHW preparation in the
menu item "Settings - Domestic hot water - Parallel cool-
DHW".
NOTE
Ensure that the special hydraulic installation requirements are fulfilled for
the parallel operation of cooling and DHW preparation (see Project
Planning and Installation Manual for Heating and Domestic Hot Water)
Fig. 12.3: NTC sensor for cooling controller
Requests are processed as follows:
Domestic hot water first
Cooling first
Swimming pool
The heat pump operates as in heating operation during DHW or
swimming pool water preparation.
hot water". If the hot water temperature remains below this limit,
the hot water circulating pump will run during cooling operation.
Once the maximum set temperature has been reached, the hot
water pump is switched off and the swimming pool pump is
switched on (independent of the swimming pool thermostat
input).
If cooling has not been requested, requests for domestic hot
water or the heating requirements of the swimming pool can be
processed. However, if cooling has been requested, these
functions are cancelled after a maximum continuous runtime of
60 minutes and priority is given to the cooling request.
Passive cooling with borehole heat exchangers
(Bridge A6/ID7 removed)
If cooling is required, an additional primary cooling pump (M12)
can be connected to output NO6. The output of the primary
circulating pump M11 is only active in heating operation.
Passive cooling with ground water
(Bridge A6/ID7 fitted)
If there is a request for cooling, the primary pump M11 is
activated, i.e. the same primary pump is used in both heating and
cooling operation (e.g. well pump with water-to-water heat
pumps).
12.3
EN-33