How a Heat Pump works
Electroheat extracts heat energy from the surrounding air and transfers the heat energy to the water of the swimming pool. Electroheat works like a reversed air conditioner, using an evaporator, a compressor, and condenser to heat
water instead of cooling air.
Step 1 Capture
The fan circulates air through the outer evaporator air coil that acts as a heat collector and absorbs heat from the ambient air. The liquid refrigerant in the air coil absorbs the available heat in the air transforming it to a gas.
Step 2 Transfer
The compressor then receives the warmed refrigerant and intensifi es the heat. The intensely hot refrigerant is then pumped into the heat exchanger (condenser).
Step 3 Heat Exchange
The heat from the hot refrigerant fl owing inside the heat exchanger is then transferred to the pool water, via the surface of the heat exchanger’s coils.
Step 4 The cycle begins again
The refrigerant is then ready to restart the process and flows into the evaporator air coil to collect heat again.
Low running costs
Due to their high efficiency, heat pumps have low running costs. Heat pumps only require energy to operate a compressor and a fan motor, using low amperage in the process. The ElectroHeat produces up to five times more heat energy than the electrical power it consumes. This means that for every 1kW of electricity consumed, ElectroHeat can produce up to 5 kW of heat. An electroheat will offer you significant operating cost savings versus fossil fuel heaters.They can save you up to 50% over natural gas heaters and over 500% against electrical heaters
Latest in Technology and Design
Electroheat heat pumps incorporate the latest technology in
design and construction. At the heart of the Electroheat are
Scroll compressors and Titanium heat exchangers.
Automated Controls
Simply program your desired pool water temperature and let the Electroheat do
the rest. Protection devices have been built into the heater for ease of operation and to increase the durability of the product.
• Auto defrost control to eliminate frost on the evaporator in cold temperature conditions.
• Auto Flow switch to shut the system when there is no water flow.
• High /low pressure auto reset to shut the system and compressor in the event of low or high pressure.
• Compressor protection via time delay – A time delay is incorporated into the system, allowing the refrigerant pressures to equalise before the compressor starts/restarts.
Titanium Heat Exchanger
A Titanium Heat Exchanger offers total protection against erosion and corrosion. Titanium metal’s corrosion resistance is due to a stable, protective, strongly adherent oxide film. This film forms instantly when a fresh surface is exposed to air or moisture. Titanium is resistant to: chlorinated water, ozone, iodine, Baquacil, bromine and salt water.
Optional Indoor ducting kit available, please call for availability and price.
Any Questions Please call 0845 680 0854 or email sales@funfantastic.com
