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5.3. Condensation
The air drawn into the heat pump is heavily cooled by the heat pump's work to heat the pool water.
This can cause the condensate to form on the heat pump's cooling fins. The amount of condensa-
tion can be up to several litres per hour, if the relative humidity of the air is high. This condensate is
often mistakenly considered to be a water leak.
Note
The heat pump can generate several litres of condensate per hour. It is perfectly nor-
mal, and there is therefore no question of a leak.
5.4. Pressure gauge display (R32)
Look at the pressure gauge, this shows the coolant pressure in the heat pump. The following table
shows the normal pressure values for the coolant (R32) when the machine is switched off or when
it is in operation.
Condition of the heat pump
Ambient temperature (°C)
Water temperature (°C)
Pressure gauge (Mpa)
Condition of the heat pump
Ambient temperature (°C)
Water temperature (°C)
Pressure gauge (Mpa)
6.
Instructions for use
Important:
Check that the pool pump is circulating the water with an adequate water flow.
6.1. Initial startup of the heat pump
1. Checks to be performed before starting the heat pump
• The pool hose connections must be tight,
• The unit must be standing upright, be stable and be on a completely level surface.
• The power supply cable must not be exposed to sharp or hot objects
2. Additional checks must be performed by a qualified technician:
82
-5 ~ 5
/
0.68 ~ 0.93
/
/
10 ~ 15
15 ~ 20
1.3 ~ 1.8
1.5 ~ 1.9
MV-1400-10-2021 . © Alle rettigheder forbeholdes Swim & Fun A(S
Switched off
5 ~ 15
15 ~ 25
/
/
0.93 ~ 1.25
1.25 ~ 1.64
Running
/
/
20 ~ 25
25 ~ 30
1.6 ~ 2.3
1.9 ~ 2.8
25 ~ 35
/
1.64 ~ 2.1
/
30 ~ 35
2.1 ~ 3.5
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