Astral Pool Heating Cooling Model AHP 080-R4 Dubai

Astral Pool Heating Cooling Model AHP 080-R4 Dubai | Heat Pump

We will tell you how to choose the best model for using “green” energy to produce heat to heat water. The principle of the system is presented in detail in the article submitted for viewing. Here you will learn how to install the unit and use it correctly in a domestic environment.

How does such a heat pump work?

Energy is everywhere, even in places that seem very cold to us. It’s just that this energy has a small potential. Heat pumps allow you to extract it from the environment and turn it into energy with high potential. In this condition, thermal energy can be used for heating.

However, heat pumps, like refrigerators, work on the Carnot principle. The refrigerator transfers thermal energy from the chamber to the surrounding space to create a cooling effect, and then the heat pump works in the opposite direction.

Such a system consists of two main parts – external and internal, between which there is a compressor and an evaporator. So the coolant circulates through a piping system located outside. At the same time, it absorbs energy dispersed in the central part of the earth, water, or air, depending on the type of pump.

The coolant then passes through the evaporator chamber, filled with a refrigerant (usually Freon). The refrigerant boils at a shallow temperature. Heated by contact with low-potential heat energy, it enters a gaseous state and enters the compressor.

Here the gas heats up and moves to the condenser. Then the refrigerant cools, returning to a liquid state again, and the heat it collects goes to the internal heating system, i.e. the house’s heating system or, in this case, the swimming pool. The episode repeats many times.

Of course, a certain amount of electricity is required to operate such a system, namely pumping units, without entering a system that cannot function.

However, the electricity needed for a heat pump is about four times less than heating water directly with an electric heater. With a power consumption of less than 2.5 kW, the heat pump can produce more than 10 kW of heat energy.

Are you looking for an Astral pool heating cooling model AHP-080-R4 supplier in Dubai? Heat excellent pumps are, of course, one of the best inventions in the field of heating systems. It enables practically free energy to be taken directly from the air, as well as from the ground or water. If you use a heat pump for the swimming pool, the cost of heating the water can be reduced considerably. Learn more about Astral Heat Pump AHP 200-R4.

All Astral AHP Heat Pump Models:-

Astral Swimming Pool Heating Cooling Model AHP 080-R4 Specification:-

TECHNICAL DATA SHEET FOR 50 HZ UNITS
SWIMMING POOL HEAT PUMP SPECIFICATIONS- (50HZ)
ASTRALPOOL HEATING COOLING MODEL:-		AHP 080-R4
Cooling Capacity	kW	25
Cooling Capacity	BTU/h	85300
Cooling Power Input	kW	8.4
Heating Capacity	kW	35
Heating Capacity	BTU/h	119400
Heating Power Input	kW	7.6
Running Current (C/H)	Amp	15.0/13.6
Power Supply	V/Hz	415V/3N～/50Hz
Compress Quantity	Nos.	2
Compress Type	–	scroll
Heat Exchanger	–	Twisted Double Coil Titanium Heat Exchanger
Fan Quantity	Nos.	2
Fan Power Input	W	260×2
Fan Speed	RPM	920
Fan Direction	–	vertical
CFM per Unit	–	4944
Noise	db(A)	61
Water Connection	mm	63
Water Flow Volume	m3/hr	8
Water Pressure Drop	kPA	15
Ambient Temperature	°C	-15~53
COP	–	4.61
EER	–	2.98
Refrigerant	–	R407C
Certification	–	Manufactured to CE Conformity
Net Dimension	mm	14907351130
Shipping Dimensions (l/w/h)	mm	15107901305
Net weight/Shipping weight	kg	226/249
Max Power Input	kW	10
Max Current Input	Amp	18

How to choose a suitable system?

The design features of the heat pump make it more resistant to moisture than any other water heating system. But you need to choose the right type of heat pump, i.e. determine the source of low-quality thermal energy.

The more stable the temperature of the medium, the more efficient the heat pump. In this regard, the land is considered the best option, but practical implementation requires the fulfilment of several difficult conditions.

It takes a spacious plot and large-scale earthworks. The pipes through which the water circulates must be placed in the thickness of the soil, so it is not always possible and convenient to meet this requirement. Ground-water heat pumps are rarely used in swimming pools.

Organizing a water heat pump is a little easier because water is an energy source. The best option is a nearby body of water: pond, lake, river, etc.

Not all landowners have access to such resources. An inexpensive solution is to lay water pipes in a well or well. This means an additional water source may need to be built in the area.

It takes less time and effort to install a heat pump that consumes the energy dissipated in the air mass. Powerful fans are used to organize intensive ventilation. There is also no need to lay pipes in the ground or drill a new well.

The efficiency of heating with an air source heat pump can be slightly lower than when using stable energy sources, such as earth or water. However, this model is ideal for use during the season from spring to autumn, not all year round. Most of the swimming pools in the areas are used during this time.

The heat pump can also be used with other heating systems, such as electric heating. Such models are sometimes combined with a gas or electric boiler to heat the house. This is especially suitable in harsh climate regions because heat pump efficiency decreases considerably at temperatures below -20 degrees.

A feature of any industrial heat pump model is its high price. You can reduce costs if you build such a device yourself. This is not a very difficult task. Many artisans have managed to deal with it. But industrial models are more reliable, efficient, and easier to control.

According to reviews, the expensive costs of the heat pump’s industrial model will pay for themselves in the first couple of years of operation and sometimes in just a few months. At the same time, it is imperative to choose a model whose power corresponds precisely to the object’s thermal requirements.