Energy Saving China Heating System Manufacturer R290 DC Inverter Heat Pump

US$2,890.00
1-49 Pieces
US$2,500.00
50-4,999 Pieces
US$2,100.00
5,000+ Pieces
Port:
Yantian, China
Production Capacity:
3000sets/Month
Payment Terms:
L/C, T/T

Last Login Date:

Jul 14, 2025

Business Type:

Manufacturer/Factory, Trading Company

Main Products:

Heat Pump, Air Source Heat Pump, Air to Water Heat Pump, Water Source Heat Pump, Swimming Pool Heat Pump, Geothermal Heat Pump, Double Source Heat Pump, Water Tank, Water Heater

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Product Description

Company Info

Basic Info.

Model NO.
CG030V4P
Energy Efficiency Grade
a+++
Heat Temperature
10-70
Work Environment
Common Heat Pump
Heat Source
Heating Type
Other
Certification
CE, ISO9001, CCC, CB, RoHS
OEM
Welcome OEM & ODM
Trademark
SPRSUN
Specification
1165*490*960mm
Origin
Guangzhou
HS Code
8418612090

Product Description

SPRSUN R290 DC Inverter Air Source Heat Pumps



The SPRSUN R290 DC Inverter Air-to-Water Heat Pump is designed with Panasonic DC Inverter Compressor and DC Inverter Fan Motor to meet stringent requirements for eco-friendliness, efficiency, stability, and quietness. In addition to utilizing R290 green gas and inverter technology, the new unit is also rated with an A+++ energy label, reducing energy bills for residential uses. As an ideal choice of multiple functions (heating, cooling and/or hot water), the R290 heat pump has the following significant features compared with the R410/R32 series.
 
  1. Lower GWP with Eco-friendly refrigerant R290
The new SPRSUN DC Inverter Air Source Heat Pumps specially adopt R290 refrigerant with global warming potential (GWP) as low as 3.3. Compared with R290, R410A refrigerant actually has a high GWP value and high greenhouse gas effect. As an environment-friendly refrigerant, R290 has many advantages, making it very suitable for the application of low-temperature heat pump heating in the cold areas.
 
  1. Higher Efficiency with SHIMGE Inverter Water Pump
The SHIMGE DC Inverter Water Pump with water flow feedback is safe and reliable, with a long life and low noise. The use of high-efficiency frequency conversion water pump can automatically adjust the water flow under partial load through variable-frequency self-adjustment. It can operate efficiently and reduce the energy consumption of water pump operation, so as to achieve significant energy saving for the heat pump system.
 
  1. Better Energy Consumption Monitoring with Power Data Module
This is a useful tool for households to efficiently monitor the energy savings of the DC inverter heat pump at real time. The power data module of the new R290 heat pump unit displays the current input power, able to display monthly power consumption/total power consumption.
 
  1. Reduced Electrical Energy with Smart Grid Ready Heat Pump
The integration of a "SG-Ready" (Smart-Grid-Ready) heat pump is an advanced form of sector coupling of electricity and heat - often also called "Power-to-Heat" application. The control ensures that the heat pump slightly overheats the thermal storage at times when PV surplus electricity is available, in order to then save electrical energy at times when there is no cheap surplus electricity.
 
  1. Max. Outlet Water Temperature Reaches 75 ˚ C
By combining eco-friendly R290 natural refrigerant and inverter heating technology, the new heat pump is able to operate from -25°C to 45ºC, maintaining high COP and reliable stability. More importantly, its max. outlet water temperature reaches 75ºC without electric heating.
 
  1. Better User Friendliness with Additional Features
  1. Intelligent humanized controller, which collect opinions to optimize the operation interface
  2. The controller has a built-in linkage switch interface, which can be seamlessly connected to the temperature controller;
  3. The unit has built-in solar auxiliary heating, which can be seamlessly connected with solar auxiliary heating;
  4. The main interface can quickly switch the fan mode (normal, economic, night, silent);
  5. The panel structure is revised to support 86 box installation; The 485-communication port of the panel supports communication with the temperature controller.
Unit Name DC Inverter Air Source Heat Pumps (Monoblock Type)
Model CGK030V4LP-BCGK040V4LP-BCGK050V4LP-BCGK060V4LP-BCGK-030V4LP-BCGK-040V4LP-BCGK-050V4LP-BCGK-060V4LP-B
Power Supply / RefrigerantV/Hz/Ph220-240/50/1 - R290220-240/50/1 - R290220-240/50/1 - R290220-240/50/1 - R290380-420/50/3 - R290380-420/50/3 - R290380-420/50/3 - R290380-420/50/3 - R290
Max. Heating Capacity (A7ºC/W35ºC)kW8.5111521.88.5111521.8
C.O.P (A7ºC/W35ºC)W/W4.414.434.454.464.424.424.414.46
Heating Capacity Min./Max.(A7ºC/W35ºC)kW3.91/8.505.06/11.006.90/15.0010.03/21.803.91/8.505.06/11.006.90/15.0010.03/21.80
Heating Power Input Min./Max.(A7ºC/W35ºC)W739/1927952/24831292/33711874/4888737/1923954/24891304/34011874/4888
C.O.P Min./Max.(A7ºC/W35ºC)W/W4.41/5.294.43/5.324.45/5.344.46/5.354.42/5.304.42/5.304.41/5.294.46/5.35
Max. Heating Capacity(A7ºC/W45ºC)kW8.210.614.420.98.210.614.420.9
C.O.P (A7ºC/W45ºC)W/W3.533.543.563.573.543.543.533.57
Heating Capacity Min./Max.(A7ºC/W45ºC)kW3.75/8.164.86/10.566.62/14.409.63/20.933.75/8.164.86/10.566.62/14.409.63/20.93
Heating power input Min./Max.(A7ºC/W45ºC)W933/23131202/29801632/40452367/5865931/23081205/29861647/40822367/5865
C.O.P Min./Max.(A7ºC/W45ºC)W/W3.53/4.023.54/4.043.56/4.063.57/4.073.54/4.033.54/4.033.53/4.023.57/4.07
Max. Cooling Capacity(A35ºC/W18ºC)kW7.810.013.719.97.810.013.719.9
E.E.R (A35ºC/W18ºC)W/W3.423.443.453.463.433.433.423.46
Cooling Capacity Min./Max.(A35ºC/W18ºC)kW3.57/7.754.61/10.036.29/13.689.15/19.883.57/7.754.61/10.036.29/13.689.15/19.88
Cooling Power Input Min./Max.(A35ºC/W18ºC)W905/22651166/29181582/39622294/5745903/22601168/29251597/39972294/5745
E.E.R Min./Max.(A35ºC/W18ºC)W/W3.42/3.943.44/3.963.45/3.983.46/3.993.43/3.953.43/3.953.42/3.943.46/3.99
Max. Cooling Capacity(A35ºC/W7ºC)kW5.57.19.614.05.57.19.614.0
E.E.R(A35ºC/W7ºC)W/W2.742.752.762.772.742.742.742.77
Cooling Capacity Min./Max.(A35ºC/W7ºC)kW2.51/5.473.25/7.084.44/9.656.45/14.022.51/5.473.25/7.084.44/9.656.45/14.02
Cooling Power Input Min./Max.(A35ºC/W7ºC)W725/1997934/25731268/34921839/5064723/1992936/25781280/35241839/5064
E.E.R Min./Max.(A35ºC/W7ºC)W/W2.74/3.472.75/3.482.76/3.502.77/3.512.74/3.482.74/3.482.74/3.472.77/3.51
Max Power Input kW2.893.725.067.332.883.735.107.33
Max CurrentA13.8317.8224.1935.086.097.8810.7715.47
Wire diametermm²4.06.06.06.02.52.54.04.0
Fuse or circuitbreakerer A25A32A40A40A13A16A20A20A
CompressorType - Quantity/System Twin Rotary - 1Twin Rotary - 1Twin Rotary - 1Twin Rotary - 1Twin Rotary - 1Twin Rotary - 1Twin Rotary - 1Twin Rotary - 1
FanQuantity 11221122
Airflowm3/h30003500500055003000350050005500
Rated powerW100120200210100120200210
Water Side Heat ExchangerType Plate Heat ExchangerPlate Heat ExchangerPlate Heat ExchangerPlate Heat ExchangerPlate Heat ExchangerPlate Heat ExchangerPlate Heat ExchangerPlate Heat Exchanger
Water Pressure DropkPa2021232520212325
Piping ConnectionInchG1"G1"G1"G1"G1"G1"G1"G1"
Pump model/APM25-9-130APM25-9-130APM25-12-130APM25-12-130APM25-9-130APM25-9-130APM25-12-130APM25-12-130
Max Water Pump Headm 9  9  12  12  9  9  12  12 
Allowable Water FlowMin./Rated./Max.L/S0.250.410.680.330.530.880.450.721.190.651.041.740.250.410.680.330.530.880.450.721.190.651.041.74
Noise Level dB(A)5960616259606162
Net Dimension(L×D×H)mm1110*475*8101110*475*9601110*475*13551110*475*13551110*475*8101110*475*9601110*475*13551110*475*1355
Packing Dimension(L×D×H)mm1165*490*9601165*490*11001165*490*15201165*490*15201165*490*9601165*490*11001165*490*15201165*490*1520
Packing Dimension(L×D×H)mm1200*540*9701200*540*11201200*540*15101200*540*15101220*540*9701200*540*11201200*540*15101200*540*1510
Net Weightkg8810512412488105124124
Gross Weight kg105120150150105120150150
Gross Weightkg116126161161116126161161
Operation Ambint Temp.(ºC)-25~45
Operation water Temp.(ºC)10~70(DHW)
Operation water Temp.(ºC)10~70(Heating)
Operation water Temp.(ºC)12~30(Cooling)
Note:  (1) Heating condition: water inlet/outlet temperature: 30ºC/35ºC, Ambient temperature: DB 7ºC/WB 6ºC;
            (2) Heating condition: water inlet/outlet temperature: 40ºC/45ºC, Ambient temperature: DB 7ºC/WB 6ºC;
              (3) Cooling condition: water inlet/outlet temperature: 23ºC/18ºC, Ambient temperature: DB35ºC/WB24ºC;
            (4) Cooling condition: water inlet/outlet temperature: 12ºC/7ºC, Ambient temperature: DB35ºC/WB24ºC;
   0.91.52.41.21.93.21.62.64.32.33.76.20.91.52.41.21.93.21.62.64.32.33.76.2

 
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