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Air heat pump is the modern alternative, environmental safe and energy recycling system which is the main source of air. Such equipment is designed for heating, cooling and hot water industrial and private objects of different sizes. The uniqueness of such a heat pump is that it uses approximately 70-75% of low-grade energy from the air and only 25-30% - electricity
Specifications:
Thermal characteristics:
Heating capacity kW - 21,59
ratio converted. - 5,33
A7 / W35:
Power consumption kW - 4,05
Thermal characteristics:
Heat kW - 21,56
ratio converted. - 3,76
A7 / W50:
Power consumption kW - 5,74
Thermal characteristics:
Heat kW - 18,92
ratio converted. - 4,65
A2 / W35:
Power Consumption, kW - 4,07
Thermal characteristics:
Heat kW - 19,12
transformed coefficient. - 3,35
A2 / W50:
Power consumption kW - 5,71
Thermal characteristics:
Heat kW - 19,27
ratio converted. - 2,71
A2 / W60:
Power Consumption, kW - 7,12
Thermal characteristics:
Heat kW - 14,38
transformed coefficient. - 2.55
A-10 / W50:
Power Consumption, kW - 5.65
Refrigerant Type - R407C
compressor Type - Spiral
Electrical Characteristics 3F 50Hz:
voltage, V - 380
Max. compressor capacity, kW - 7,67
Inrush current, A - 94,5
Pump Performance:
inner loop, l / s - 1,04
Noise level dB - 55
Dimensions:
Ext. Unit W / D / B, mm - 520/540/1500
Ext. unit W / H / V, mm - 790/1210/900
method of operating a heat pump air
Working air heat pump based on the principle of air-water, which is similar to the operation of air conditioners, but this has two important differences:
heat during operation and cools down the coolant heating circuit, and not air in the room;
equipment performs the additional function of providing premises with hot water
. air heat pump consists of a compressor, expansion valve, evaporator and condenser. First fan air is heated in the heat pump, then it enters the evaporator, which is connected to a closed system. This system contains coolant which enters at a low temperature in a gaseous state. When blowing air evaporator, the refrigerant passes to a gaseous state. Next, using the compressor the gas is compressed and reaches the desired temperature, after which the heat is transferred through the condenser in the heating system of the premises. Simultaneously, the refrigerant is returned to the liquid state, to heat the next portion of the heat
AIC air heat pump operating according to the principle of air-water, can be used:.
as the sole source heat.
as the primary, but in conjunction with other sources of heat (gas, solid fuel boiler).
The main components of the heat pump type air-water are outdoor and indoor unit. To connect the heat pump to the heating system of the premises, it is necessary to lay in the ground insulated supply line and return line of action is also needed laying electric wires connecting
This type of installation has its advantages, to be brought to the attention of:.
simplicity and ease in obtaining heat from the ambient air;
installation of the pump system on the foundation, which is equipped with a special device for removing condensate;
through electronic wire and laying the pipeline in the ground, they maximize protected.
The main advantages of air-source heat pumps Aik
The air source heat pump is an efficient source of heat even in cold weather, and its use quickly pays for itself. To improve the efficiency of the air pump, it can be used in conjunction with underfloor heating. In practice, it is proved that even if the use of standard radiators, in this type of heating costs will be lower as compared with gas or solid-
The main advantages of the thermal air pumps are:.
not expensive installation method that makes such models of pumps most economical option compared with other thermal equipment;
no additional operating costs and the need for constant maintenance;
automation equipment allows to set the desired temperature range for a long time;
a high level of fire safety and so on.