Kwikpump Domestic Standard Heat Pump 2530W – Rust Free Areas – Inland
Kwikpump Domestic Standard Heat Pump 2530W – Rust Free Areas – Inland
Kwikpump Domestic Standard Heat Pump 2530W – Rust Free Areas – Inland
Kwikpump Domestic Standard Heat Pump 2530W – Rust Free Areas – Inland

Kwikpump Domestic Standard Heat Pump 2530W – Rust Free Areas – Inland

  • HP-003
  • Uses only ⅓ of the electricity of a geyser.
  • Used with an electric geyser or solar geyser.
  • Works in all weather conditions.
  • Available in Standard and Supreme models.
  • Available heating capacities 2530W, 2850W and 5500W.

  • Domestic application in households to heat water in electric geysers and solar water heaters.
  • Can be used for other applications where hot water is readily used, such as hairdressing salons and spas.
  • Works in all weather conditions and even at night.
  • Micro -computer controlled with timer function, the heat pump automatically starts up and stops according to the water temperature and the temperature setting.

  • Super sized evaporator coil with high efficiency hydrophilic aluminium fin and inner grooved copper pipe, provides higher performance in cold weather conditions.
  • High efficiency heat exchanger.
  • Provides the same amount of hot water at a third of the cost.
  • Environmentally friendly, free of pollutions thereby reducing global green house effects.

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Description
  • Electricity consumption is only used to transfer heat from the surrounding environment, such as air.
  • The heat pump has the ability to absorb heat (not create heat) and transfer heat by means of a refrigerant, which captures the heat in the ambient air and transfers it to heat water.
  • The fan on the heat pump circulates air through the outer evaporator that acts as a heat collector. The liquid refrigerant in the evaporator absorbs the available heat in the ambient air, transforming it into refrigerant. The refrigerant is then pumped into a compressor. When this warmed refrigerant is compressed, it intensifies or concentrates the heat, similar to a magnifying glass to the sun.
  • This intensely hot refrigerant is then pumped into a heat exchanger condenser where the actual heat transfer takes place. As the water passes through the heat exchanger, the hot gas gives up its heat to the cooler water. The refrigerant returns to a liquid state and is pumped through an expansion valve and then into an evaporator air coil, which starts the process all over again.

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