High-quality Heating And Cooling
Product origin :China
Delivery time :20 days after payment
Supply capacity :5000units/month
AIM air to water heat pump systems for heating and Cooling – about three times as efficient as a fossil fuel system! A AIM heat pump offers total comfort, all year round, providing instant heating and cooling.
Cooling: Air-cooled chiller uses shell and tube evaporator to have water heat exchange with the refrigerant, refrigerant system absorption heat from water, the water cooling down, through the role of the compressor and bring heat to condenser, and then through cooling fan to outside.
Heating: Air-cooled chiller uses fin type evaporator to extracts latent heat from the air and compresses it to amplify then the hot gas exchanges heat with water in the condenser, after refrigerant system give heat to water, the gas cooling down, through expansion valve and return to evaporator.
Maximise energy efficiency
Minimise fuel bills
Minimise CO2 emissions
Use renewable energy in your home
Enjoy a greener way of heating your home
Air source heat pump air to water Air-Cooled Chiller 6-200kw
1. Combine with under floor heating, radiators or fan coil units
AIM offers highly efficient split and monobloc air to water heat pump solutions, which are ideal if you have under floor heating, low temperature radiators or fan coil units.
2. Add heating for optimal comfort
Both the AIM split and monobloc air to water heat pump models can be configured to offer heating only or heating and cooling to keep your new home wonderfully comfortable, all year round.
3.Compatible with solar collectors
AIM split and monobloc air to water heat pumps can be connected to solar collectors, for even greater efficiencies. The solar energy helps to deliver 60% of your hot water energy needs throughout the year.
4. Full solutions range
Optimise energy efficiency and comfort levels in your new home with a versatile AIM heat pump system.
|Horse power (HP)||5||6||10||12|
|Heating capacity (kW)||14.7||19.8||27.5||40|
|Cooling capacity (kW)||12.5||18||25||37.8|
|Heating power input (kW)||4.2||6.2||8.6||12.5|
|Cooling power input (kW)||4.6||6.5||8.8||13.5|
|Heating current input (A)||8.6||11||17||22|
|Cooling current input||9.2||12||18||24|
|Max current input||10.32||13.2||20.4||26.4|
|Power supply (V/Ph/Hz)||380/3/50||380/3/50||380/3/50||380/3/50|
|Refrigerant / Charge(kg)||R22,R410A /4||R22,R410A /4.5||R22,R410A/4*2||R410A / 4.5*2|
|Compressor No. (pcs)||1||1||2||2|
|Heating water outlet temp range||20||40/45℃||40/45℃||40/45℃|
|Cooling water outlet temp range||7/12℃||7/12℃||7/12℃||7/12℃|
|Water flow (m³/h)||5||6||10||15|
|Water side pressure loss||35Kpa||35Kpa||35Kpa||35Kpa|
|Water flow pressure drop||0.01-0.02 Mpa||0.01-0.02 Mpa||0.01-0.02 Mpa||0.01-0.02 Mpa|
|Max pressure of suction / discharge||0.8 / 2.8Mpa||0.8 / 2.8Mpa||0.8 / 2.8Mpa||0.8 / 2.8Mpa|
|Running noise dB(A)||68||≤68||≤68||≤68|
|Protection / Anti-electric shock rate||IPX4 / Class I||IPX4 / Class I||IPX4 / Class I||IPX4 / Class I|
|Running ambient temp.||-10~+43℃||-10~+43℃||-10~+43℃||-10~+43℃|
|Net weight (kg)||125||138||230||300|
|Top type dimension (LxWxH)||717x717x960=0.49m³||805x805x960=0.62m³||1424x1424x960=1.95m³||1600x1600x960=2.46m³|