- Pool Heat Pumps
- Electroheat ECO-V
Electroheat ECO-V
A pool heat pump will economically keep your pool warm 24 hours a day. Compared to gas and electric heaters, the Electroheat ECO V pool heat pump range use just a fraction of the energy to generate the same amount of heat and unlike solar heating; there is no reliance on the sun as the latent heat in the air is used. For every 1kW of electricity consumed, Electroheat can produce up to 8kW of heat.

The Electroheat ECO-V heat pump range are an ideal solution for heating:
- Swimming pools to extend the season
- Plunge pools
- Swim spas and spas
- Swimming pools for year round enjoyment
Models available: 12KW heat only, 17, 21, 25KW heat & cool models
Electroheat ECO-V inverter pool heat pumps have the following features:
- SMART CONTROLS for temperature management and self diagnosis
- INBUILT SAFETY DEVICES for water flow, refrigerant level and compressor startup delay
- POWERFUL HEAT TRANSFER through the coiled heat exchanger, maximising water contact
- TITANIUM DUAL COIL heat exchanger is highly resistant to ozone, iodine, baquacil, salt and chlorinated water
- LARGE BLUE FIN EVAPORATOR AREA to extract more ambient heat. Blue Fin coating provides additional protection against corrosion, especially for coastal installations.
- VARIABLE SPEED COMPRESSOR for improved efficiency and high performance
- WEATHERPROOF CABINET for outdoor installation
- R410A REFRIGERANT, ozone friendly and maximises performance
- AUTOMATIC HOT GAS DE-ICING Heats your pool even when the ambient air temperature is close to 0°
- R410A REFRIGERANT, ozone friendly and maximises performance
- Warranty – Residential
10 years – titanium heat exchanger
3 years – compressor
2 years – all other components
Warranty- Commercial – 1 year - Conditions apply, see the Waterco Limited warranty set out inthe Waterco Warranty Booklet or view it at www.waterco.com

ENERGY EFFICIENT INVERTER TECHNOLOGY
Electroheat ECO-V inverter pool heat pumps utilise a variable speed compressor to regulate the pool water temperature automatically and independently.
• inverter technology uses a variable speed compressor motor similar to a cars engine
• it slows down and speeds up as needed to hold a selected desired temperature or speed
• the desired temperature will be reached more quickly and maintained more efficiently
• inverter technology provides a more precise water temperature without the fluctuations and power wastage of fixed speed systems
• inverter technology is significantly more energy efficient with energy savings of between 15 – 30% over fixed speed systems
• the speed control of the compressor and fan motor also means quieter operation
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