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Pool Heater, 230 V/3000 Watt

  • Electric pool heating
  • connector Ø 32 mm
  • for pools up to approx. 15,000 l

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Electric pool heating for pools up to approx. 15,000 l. Output 230 V/max. 3,000 W, circuit breaker, connector Ø 32 mm.

Elektrische Poolheizung
Für Aufstellpools bis ca. 15.000 l Wasserinhalt
230 V/max. 3.000 W
Anschluss Ø 32 mm
Inkl. Poolthermometer

Swimming pool hose, length 1.5 m, Ø 32 mm
Required quantity for your set: 1
Plastic hose clamp Ø 32 mm
Required quantity for your set: 1
Seal for hose connection
Required quantity for your set: 1
Pool heater, model HT30220
Required quantity for your set: 1
Pool Thermometer
Required quantity for your set: 1
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FAQs from category Heat pumps:

There is water in the pressure gauge, what can I do?

The liquid in the pressure gauge is not water, but a stabilising liquid (similar to glycerine). This liquid causes the pointer to remain stationary even under strong vibrational loads (which occur with heat pumps).

Liquid is dripping from the bottom of the heat pump, what can I do?

This is condensation water that drips off automatically. 

I have a pool without D 50 connections, what can I do?

Use the 50 mm / 38 mm adapter supplied. You can attach a 38 mm swimming pool hose using hose clamps and Teflon tape.

Is the heat pump suitable for salt water?

All Steinbach air heat pumps are equipped with a titanium heat exchanger and can be used for salt water pools with a salt concentration of up to 0.5 %.

Do I need an additional pump in addition to the heat pump?

Yes, the air source heat pump is always integrated into the existing filter circuit after the filter system. Note that the filter pump has the required minimum water flow rate.

Why does my water not get warm or only slowly?

The most powerful heating is of no use if the following factors are not taken into account: Pools with a cover, e.g. solar cover, have a lower heat loss. Insulated pools have a much lower heat loss than pools without insulation. The filter runtime and thus the operating time of the additional heating must be taken into account. Wait 24 - 48 h until the set temperature is reached. The higher the temperature difference between the pool water and the outside temperature, the higher the energy loss. Take external influences into account. Heat loss can occur due to cold or strong wind. Minimise the flow rate of the heat pump within the minimum water flow rate of (depending on the heat pump model*) , so that the residence time in the heat pump is longer. *4 m³/h-6 m³/h = 049202, 6 m³/h-8 m³/h = 049207

Symbol photos

The pictures shown are just for reference, the actual product may differ.