Heat pumps are a great alternative to gas heaters and are designed to efficiently and consistently heat a swimming pool using electricity. This technology is based on the same principals employed by air conditioners and refrigerators. The heat pump extracts latent heat from the atmosphere, with 80% of the required power coming from the air. The warmer it is, the better it works.
Our Vortex range offers solutions for heating and cooling, as well as automatic mode to suit all pool temperature requirements and weather conditions.
Refer to model specifications.
The spiral titanium heat exchanger ensures maximum heat transfer and is more efficient than standard heat exchangers.
Variable speed compressor technology creates higher efficiencies by only drawing the power it needs based on the pool heating requirements.
The Heatseeker Vortex inverter heat pump range allows users to easily control their heat pump remotely with the Full Inverter iOS & Android app.
The Heatseeker Vortex inverter heat pumps are designed to heat the pool by extracting heat from the outside air. The unique and innovative DC inverter technology uses a variable-speed compressor which offers greater efficiency and lower operating costs. The spiral titanium heat exchanger combined with the super-quiet operation and soft start technology further enhances the efficiency and lifespan of the Heatseeker Vortex heat pump.
The Heatseeker VortexPro offers the ability to dynamically vary the working frequency of the inverter compressor, boasting even greater performance. This, coupled with the synchronisation of the fan and compressor speeds, optimises air flow to and from the heat pump. The enhanced technology of the VortexPro provides up to 50% higher efficiency with a COP of up to 15 compared to an on/off heat pump.
The Heatseeker VortexC commercial heat pump range is designed to cope with the demands of aquatic facilities, regardless of size and location.
The VortexC inverter heat pumps are the most efficient way to heat a commercial pool with low operating costs.