A Heat pump is positioned as close as possible to the swimming pool filtration system. It is designed to be used out doors and does not require any covering against the elements. In fact if a Heat Pump is covered during operation it will not perform optimally.
There is no attention required by a Heat Pump as with air conditioner. Simply remove any leaves, grass, paper, etc. which occasionally collects from the air. The pool chemistry should always remain balanced. The evaporator grills are coated to prevent corrosion. However if you live near a salt-water environment you may want to hose down the outside evaporator coil to help prevent the build up of salt and rust.
Yes. However it all depends on the size of the pool and the time of year. Heat pumps are made to maintain pool temperature on a daily basis. If the heat pump is sized properly to the pool size, once the desired temperature is reached it will automatically maintain that temperature all month long.
Electricity is sold by a unit called kilowatt-hour. One kilowatt-hour is equal to 3412 BTU. BTU stands for British Thermal Unit. It is a unit of measure that some heat pump manufacturers use on their specifications.
COP stands for Coefficient of performance ie. The ratio of power output to power input. This is dependent on the ambient air temperature and the temperature of the water of the swimming pool. It tells you the energy efficiency rating of the heat pump.
As with all swimming pool heating systems you are advised to use a pool cover when the swimming pool is not in use. This will keep evaporation (the greatest heat loss) to a minimum and so reduce the overall pool heating costs and unwanted frustrations. A pool cover can cut total heat loss by 50% to 95%.
Aquark’s heat pumps are adopt top quality components, even without a lick of maintenance, a pool heat pump easily lasts 10 to 20 years. But, with good maintenance, our pool heat pump can literally last a lifetime.
The Main Pillars of the new EU F-Gas Rules are to reduce emissions and to move towards lower GWP solutions. This involves a phase down in the consumption of HFCs and a reduction of 37% by 2020 and 79% by 2030. By 2025 Single Split A/C systems with less than 3kg refrigerant charge should contain a refrigerant with a GWP.
R32 has similar working pressure to R410A around 12-26 Bar (174-377 Psi), however R32 has better capability to exchange heat-load than R410A and delivers higher capacity than R410A making the systems more efficient.
R32 has a lower GWP than R410 and uses 30% less refrigerant charge to produce an equal load capacity. As a result the total CO2 emission can be reduced by around 77%.
Generally the lower the GWP the higher the level of flammability, R32 is no different. R32 has been given the Classification A2L and is classified Flammable category A2. Classification to Directive 67/548/EEC & 1999/45/EC: F+; R12 Extremely flammable. Accordingly only experienced and properly instructed persons should handle gases under pressure.