R290 Domestic Monoblock Top-Blow Air Source Heat Pump JMU70HCINV

Multifunction, High-Efficiency, 7 kW

The R290 Domestic Monoblock Heat Pump provides an energy efficient heating and cooling solution for homes. Using R290 refrigerant, this top-blow unit earns an A+++ rating for low power consumption. The monoblock design allows flexible installation under windows or on walls. Despite compact size, it delivers reliable climate control from -25°C to +43°C. The electronic control system maintains steady temperatures while optimizing efficiency. With its quiet operation, smart controls and app connectivity, the R290 Monoblock brings customized comfort and savings to your home.

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Inverter Heat Pump 7 kW JMU70HCINV Efficiency Chart

Ambient (dry bulb) temperature-25-20-15-7271520253543
Heating Capacity(W) (outlet temperature 55℃)169830263916493458246769724875808463924010310
Heating Capacity(W) (outlet temperature 41℃)1790328040105050598668927512817690241033911651
Heating Capacity(W) (outlet temperature 35℃)1887344042515101600069507994893198521097211989
Power (W) (outlet temperature 55℃)11961847201721842349255023252190224122902400
Power (W) (outlet temperature 41℃)11201720180019401975199820432087212821682218
Power (W) (outlet temperature 35℃)10791630165216711690170017541899193719742004
COP (outlet temperature 55℃)1.42 1.64 1.94 2.26 2.48 2.65 3.12 3.46 3.78 4.03 4.30 
COP (outlet temperature 41℃)1.60 1.91 2.23 2.60 3.03 3.45 3.68 3.92 4.24 4.77 5.25 
COP (outlet temperature 35℃)1.75 2.11 2.57 3.05 3.55 4.09 4.56 4.70 5.09 5.56 5.98 
Water production (kg/h) (water temperature 15 to 55℃)36.50 65.05 84.18 106.06 125.19 145.51 155.80 162.94 181.92 198.62 221.63 


Heating Capacity Curve at Different Ambient Temperatures

The Heating Capacity Curve Graph of 7.0kW(R290)Heating, Cooling&DHW Heat Pump at Different Ambient Temperatures


COP Curve Graph at Different Ambient Temperatures

The COP Curve Graph of 7.0kW(R290)Heating, Cooling&DHW Heat Pump at Different Ambient Temperatures


Water Production(kg/h) Curve Graph at Different Ambient Temperatures

The Water Production Curve Graph of 7.0kW(R290)Heating, Cooling&DHW Heat Pump at Different Ambient Temperatures

Parameters

ModelJMU70HCINV
Heating Capacity Range (kW)2.4-7
Heating (A7/6℃,W30/35℃)Heating Capacity (kW)7.5
Power Input (kW)1.76
COP4.25
Heating (A-12℃,W36/41℃)Heating Capacity (kW)4.1
Power Input (kW)1.58
COP2.6
Heating (A7/6℃,W40/45℃)Heating Capacity (kW)7.8
Power Input (kW)2.13
COP3.66
Heating (A7/6℃,W47/55℃)Heating Capacity (kW)7
Power Input (kW)2.27
COP3.08
Cooling (A35/24℃,W23/18℃)Cooling Capacity (kW)5.2
Power Input (kW)1.48
EER3.51
Cooling (A35/24℃,W12/7℃)Cooling Capacity (kW)4.5
Power Input (kW)1.66
EER2.71
Max Power Input (kW)2.5
Max Current (A)11.96
Wifi ControlYes
ControllerLED
Power Supply220V~240V/50Hz/60Hz
Operating Air Temp.(℃)-25~43
Max.Outlet Water Temp(℃)75
RefrigerantR290
Fan Quantity1
Compressor BrandGMCC (Rotary)
Brand of EEVSANHUA
Brand of 4-way valveSANHUA
Circulating pumpInverter type / Built-in
Heat ExchangerPlate heat exchanger
Casing MaterialGalvanized Sheet
Water Pipe Connection (inch)G3/4"(female thread)
Noise Level at 1m dB(A)55
Water Flow (m³/h)1.38
Water Pressure Drop (kPa)13
Min/Max heating water pressure (bar)2.0/10.0
Net Dimensions ( L/W/H ) mm620/620/830
Package Dimensions ( L/W/H ) mm730/670/980
Net Weight KG75
Gross Weight KG90
Loading quantity 20GP/40GP,40HQ pcs48/102/102


FAQs

The top-blow design is a departure from traditional side-blow setups, intended to minimize the heat pump’s impact on its surroundings while optimizing performance.

The primary goal of the “Top-Blow” design is to reduce the heat pump’s impact on the environment around it, creating a more efficient and less obtrusive solution.

Yes, the top-blow design retains the heat pump’s capability to provide effective heating during colder periods and cooling during warmer seasons, ensuring year-round comfort.

Absolutely, this heat pump aligns with the growing demand for energy-efficient solutions, making it an eco-friendly choice for those aiming to reduce their carbon footprint.

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