Quiet DC Inverter R32 Residential Swimming Pool Heat Pump System
R32 DC Inverter Pool Heat Pump The R32 DC Inverter Pool Heat Pump provides comfortable and consistent water temperature control for residential swimming pools. With variable-speed compressor technology and low-noise operation, it is well suited to homes where pool equipment operates close to living ...
DC Inverter Heat Pump System
,R32 Swimming Pool Heat Pump System
,Residential Swimming Pool Heat Pump System
R32 DC Inverter Pool Heat Pump
The R32 DC Inverter Pool Heat Pump provides comfortable and consistent water temperature control for residential swimming pools. With variable-speed compressor technology and low-noise operation, it is well suited to homes where pool equipment operates close to living and outdoor leisure areas.
Using R32 refrigerant, the heat pump extracts available heat from the surrounding air and transfers it to the pool water. Its inverter-driven system adjusts heating output according to actual demand, helping maintain stable water temperature without unnecessary full-power operation.
Variable-Speed Technology for Stable Heating
The DC Inverter compressor continuously adapts its operating speed to the required heating capacity. When the pool needs more heat, the system increases output; as the target temperature is reached, it can reduce capacity for smoother operation.
This variable-speed approach helps provide:
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Consistent pool water temperature
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Better part-load performance
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Reduced energy consumption
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Fewer frequent compressor starts
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More stable daily operation
Designed for Quiet Residential Operation
Noise is an important consideration for residential pool installations. The Quiet R32 DC Inverter Pool Heat Pump is optimized for environments where equipment may be located near villas, gardens, patios, or other outdoor living spaces.
Its coordinated compressor and fan operation helps reduce operating noise while maintaining reliable heating performance, making it a practical choice for villa pools and private residential swimming pools.
Efficient Air-to-Water Heating
The system uses ambient air as its heat source and transfers the captured thermal energy into the pool water. Compared with conventional direct electric heating, this air-source process provides an efficient way to maintain comfortable swimming temperatures.
The inverter system further supports efficient operation by matching heat output to the actual pool heating requirement rather than continuously running at maximum capacity.
Residential-Friendly Design
With a clean and streamlined appearance, the unit can be integrated into a variety of outdoor pool environments without disrupting the overall setting.
Typical applications include:
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Residential swimming pools
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Villa and private pools
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Garden pools
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Luxury home pool systems
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Pool renovation and upgrade projects
For pool equipment distributors, contractors and system integrators, OEM/ODM cooperation and bulk supply can be supported according to project requirements.
| Model / Specifications | PW010-KZXYC-H | PW015-KZXYC-H | PW020-KZXYC-H | PW030-KZXYC-H | PW040-KZXYC-H | PW050-KZXYC-H | PW060-KZXYC-H | |
|---|---|---|---|---|---|---|---|---|
| Advised pool volume (m³) | ① | 15~30 | 20~40 | 25~50 | 30~60 | 40~75 | 55~100 | 55~100 |
| Operating air temperature (°C) | -7~43°C | |||||||
| Performance Condition: Air 27°C, Water 26°C, Humidity 80% | ||||||||
| Heating capacity (kW) | 7.50~1.92 | 9.50~2.10 | 11.00~2.50 | 14.00~3.15 | 17.00~3.75 | 20.00~4.00 | 24.00~4.80 | |
| Heating capacity (Btu) | 25500~6528 | 32300~7140 | 37400~8500 | 47600~10710 | 57800~13090 | 68000~13600 | 81600~16320 | |
| Consumed power (kW) | 1.15~0.13 | 1.46~0.14 | 1.83~0.17 | 2.15~0.21 | 2.62~0.25 | 3.33~0.27 | 4.00~0.32 | |
| COP | 6.5~14.8 | 6.5~15.0 | 6.0~14.7 | 6.5~15.0 | 6.5~15.0 | 6.0~14.8 | 6.0~15.0 | |
| COP at 50% capacity | 10.5 | 11 | 11 | 10.5 | 11 | 11 | 11 | |
| Performance Condition: Air 15°C, Water 26°C, Humidity 70% | ||||||||
| Heating capacity (kW) | 5.80~1.42 | 7.2~1.50 | 8.5~1.65 | 10.7~2.40 | 13.0~2.65 | 15.6~2.85 | 18.7~3.42 | |
| Heating capacity (Btu) | 19720~4828 | 24480~5100 | 28900~5610 | 36380~8160 | 44200~9010 | 53040~9690 | 63580~11630 | |
| Consumed power (kW) | 1.15~0.20 | 1.43~0.21 | 1.77~0.23 | 2.12~0.34 | 2.58~0.36 | 3.25~0.40 | 3.89~0.49 | |
| COP | 5.0~7.1 | 5.0~7.2 | 4.8~7.2 | 5.0~7.1 | 5.0~7.4 | 4.8~7.0 | 4.8~7.0 | |
| COP at 50% capacity | 6.5 | 6.5 | 6.5 | 6.5 | 6.5 | 6.5 | 6.5 | |
| Performance Condition: Air 35°C, Water 28°C, Humidity 80% | ||||||||
| Cooling capacity (kW) | 4 | 5.2 | 6 | 7.2 | 8.6 | 10.1 | 11.8 | |
| General Specifications | ||||||||
| Sound pressure at 1m | dB(A) | 38~48 | 38~48 | 40~50 | 42~51 | 43~52 | 43~53 | 44~54 |
| Sound pressure of 50% capacity at 1m | dB(A) | 40 | 40 | 41 | 43 | 44 | 44 | 45 |
| Sound pressure at 10m | dB(A) | 18~25 | 18~25 | 19~26 | 22~27 | 23~30 | 24~31 | 25~32 |
| Heat exchanger | Spiral titanium tube in PVC shell | |||||||
| Casing | ABS plastic casing black color | |||||||
| Refrigerant | R32 | |||||||
| Power supply | 220V~230V/1 Ph/50Hz~60Hz | |||||||
| Water connection (mm) | Φ50 | |||||||
| Rated input current at air 15°C (A) | 5.1~0.9 | 6.3~0.9 | 7.8~1.0 | 9.3~1.5 | 11.3~1.6 | 14.3~1.8 | 17.8~2.3 | |
| Advised water flux (m³/h) | 2~4 | 2~4 | 3~5 | 4~6 | 6~9 | 8~10 | 9~12 | |
| Water pressure drop (max) | kPa | 5 | 5 | 8 | 10 | 12 | 15 | 15 |
| Net weight / Gross weight (kg) | 56/68 | 56/68 | 58/70 | 64/76 | 72/86 | 72/86 | 80/94 | |
| Product size (mm) | 1000X396X640 | 1000X396X640 | 1000X396X640 | 1000X396X640 | 1125X416X765 | 1125X416X765 | 1125X416X765 | |
| Operating water temperature (°C) | Heating | 9~40°C | ||||||
| Operating water temperature (°C) | Cooling | 9~35°C | ||||||
| ① The advised pool volumes are valid under ideal conditions: Air 27°C, Water 26°C, Humidity 80%, Pool covered with an isothermal cover. Note: The data above is for reference only,please refer to the nameplate on the unit if for more specific data. |
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