Automaticlly Defrosting Swimming Pool Heat Pump Lower Running Noise 42kw Heating Capacity
Swimming Pool Heat Pump Lower Running Noise 42kw Heating capacity
Meeting lower running noise swimming pool heat pump water heater
Technology Specification
Product description
Heat pump used the heat from the air -20℃ below the cold coal recovery after compressed into a high temperature and high pressure refrigerant,
it needs to be heated by heat transfer of water or other medium,
make the heat efficiency of 400-500%.
Constant temperature swimming pool heat pump, Hot comfortable water for swimming
Swimming pool Parameters tables MDY10D-MDY300D
| MODEL | Unit | MDY10D | |
| Rated heating capacity | KW | 3.5 | |
| Average heating input power | KW | 0.8 | |
| Rated heating input current | A | 6 | |
| Max outlet water temp | ℃ | 35 | |
| COP | 3.8 | ||
| Power | V/Hz | 220V/50 | |
| Noise | Db(a) | 48 | |
| Dimension | W*D*H | mm | 1140×360×538 |
| Packing size | W*D*H | mm | 1180*380*680 |
| Unit weight | KG | 70 | |
| Refrigerant | R417A/R410 | ||
| Working air temp range | ℃ | (-20℃)—45℃ | |
| compressor | Type | Panasonic | |
| Air source heat exchanger | Type | Finned heat exchange | |
| Fan Type | axial flow fan | ||
| Hot water side heat exchange | Type | Titanium heat exchanger | |
| Water flow | L/H | 1200L/h | |
| Water pressure down | Kpa | 30 | |
| Pipe size(water connection) | DN | 50 | |
| MODEL | Unit | MDY15D | |
| Rated heating capacity | KW | 5.5 | |
| Average heating input power | KW | 1.25 | |
| Rated heating input current | A | 6 | |
| Max outlet water temp | ℃ | 35 | |
| COP | 3.8 | ||
| Power | V/Hz | 220V/50 | |
| Noise | Db(a) | 48 | |
| Dimension | W*D*H | mm | 1140×360×539 |
| Packing size | W*D*H | mm | 1180*380*680 |
| Unit weight | KG | 70 | |
| Refrigerant | R417A/R410 | ||
| Working air temp range | ℃ | (-20℃)—45℃ | |
| compressor | Type | Panasonic | |
| Air source heat exchanger | Type | Finned heat exchange | |
| Fan Type | axial flow fan | ||
| Hot water side heat exchange | Type | Titanium heat exchanger | |
| Water flow | L/H | 1800L/h | |
| Water pressure down | Kpa | 30 | |
| Pipe size(water connection) | DN | 50 | |
| MODEL | Unit | MDY20D | |
| Rated heating capacity | KW | 9 | |
| Average heating input power | KW | 1.84 | |
| Rated heating input current | A | 7 | |
| Max outlet water temp | ℃ | 35 | |
| COP | 3.8 | ||
| Power | V/Hz | 220V/50 | |
| Noise | Db(a) | 50 | |
| Dimension | W*D*H | mm | 1140×360×540 |
| Packing size | W*D*H | mm | 1180*380*680 |
| Unit weight | KG | 75 | |
| Refrigerant | R417A/R410 | ||
| Working air temp range | ℃ | (-20℃)—45℃ | |
| compressor | Type | Panasonic | |
| Air source heat exchanger | Type | Finned heat exchange | |
| Fan Type | axial flow fan | ||
| Hot water side heat exchange | Type | Titanium heat exchanger | |
| Water flow | L/H | 3500L/h | |
| Water pressure down | Kpa | 30 | |
| Pipe size(water connection) | DN | 50 | |
| MODEL | Unit | MDY30D | |
| Rated heating capacity | KW | 14 | |
| Average heating input power | KW | 3 | |
| Rated heating input current | A | 13/6 | |
| Max outlet water temp | ℃ | 35 | |
| COP | 4 | ||
| Power | V/Hz | 220V/380/50 | |
| Noise | Db(a) | 55 | |
| Dimension | W*D*H | mm | 1120*490*790mm |
| Packing size | W*D*H | mm | 1200*520*870mm |
| Unit weight | KG | 110 | |
| Refrigerant | R417A/R407C/R410A | ||
| Working air temp range | (-20℃)—45℃ | ||
| compressor | Type | Copeland | |
| Air source heat exchanger | Type | Finned heat exchange | |
| Fan Type | axial flow fan | ||
| Hot water side heat exchange | Type | Titanium heat exchanger | |
| Water flow | L/H | 5500L/h | |
| Water pressure down | Kpa | 40 | |
| Pipe size(water connection) | DN | 50 | |
| MODEL | Unit | MDY40D | |
| Rated heating capacity | KW | 16 | |
| Average heating input power | KW | 4 | |
| Rated heating input current | A | 18/9 | |
| Max outlet water temp | ℃ | 35 | |
| COP | 4.2 | ||
| Power | V/Hz | 380V/50 | |
| Noise | Db(a) | 55 | |
| Dimension | W*D*H | mm | 1120*490*1270 |
| Packing size | W*D*H | mm | 1200*520*1440 |
| Unit weight | KG | 160 | |
| Refrigerant | R417A/R407C/R410A | ||
| Working air temp range | (-20℃)—45℃ | ||
| compressor | Type | Copeland | |
| Air source heat exchanger | Type | Finned heat exchange | |
| Fan Type | axial flow fan | ||
| Hot water side heat exchange | Type | Titanium heat exchanger | |
| Water flow | L/H | 6500L/h | |
| Water pressure down | Kpa | 45 | |
| Pipe size(water connection) | DN | 50 | |
| MODEL | Unit | MDY50D | |
| Rated heating capacity | KW | 19 | |
| Average heating input power | KW | 4.4 | |
| Rated heating input current | A | 9 | |
| Max outlet water temp | C | 35 | |
| COP | 4.2 | ||
| Power | V/Hz | 380V/50 | |
| Noise | Db(a) | 55 | |
| Dimension | W*D*H | mm | 1120*490*1270 |
| Packing size | W*D*H | mm | 1200*520*1350 |
| Unit weight | KG | 160 | |
| Refrigerant | R417A/R407C/R410A | ||
| Working air temp range | (-20C)—45C | ||
| compressor | Type | Copeland | |
| Air source heat exchanger | Type | Finned heat exchange | |
| Fan Type | axial flow fan | ||
| Hot water side heat exchange | Type | Titanium heat exchanger | |
| Water flow | L/H | 7500L/h | |
| Water pressure down | Kpa | 45 | |
| Pipe size(water connection) | DN | 50 | |
| MODEL | Unit | MDY60D | |
| Rated heating capacity | KW | 26 | |
| Average heating input power | KW | 6 | |
| Rated heating input current | A | 12 | |
| Max outlet water temp | ℃ | 35 | |
| COP | 4.2 | ||
| Power | V/Hz | 380/50 | |
| Noise | Db(a) | 60 | |
| Dimension | W*D*H | mm | 1120*490*1270 |
| Packing size | W*D*H | mm | 1200*520*1350 |
| Unit weight | KG | 210 | |
| Refrigerant | R417A/R407C/R410A | ||
| Working air temp range | (-20℃)—45℃ | ||
| compressor | Type | Copeland | |
| Air source heat exchanger | Type | Finned heat exchange | |
| Fan Type | axial flow fan | ||
| Hot water side heat exchange | Type | Titanium heat exchanger | |
| Water flow | L/H | 9000L/h | |
| Water pressure down | Kpa | 48 | |
| Pipe size(water connection) | DN | 50 | |
| MODEL | Unit | MDY100D | |
| Rated heating capacity | KW | 42 | |
| Average heating input power | KW | 9.2 | |
| Rated heating input current | A | 18 | |
| Max outlet water temp | C | 35 | |
| COP | 4.2 | ||
| Power | V/Hz | 380V/50 | |
| Noise | Db(a) | 60 | |
| Dimension | W*D*H | mm | 1450×760×1060 |
| Packing size | W*D*H | mm | 1520*760*1190mm |
| Unit weight | KG | 289 | |
| Refrigerant | R417A/R407C/R410A | ||
| Working air temp range | (-20C)—45C | ||
| compressor | Type | Copeland | |
| Air source heat exchanger | Type | Finned heat exchange | |
| Fan Type | axial flow fan | ||
| Hot water side heat exchange | Type | Titanium heat exchanger | |
| Water flow | L/H | 15000L/h | |
| Water pressure down | Kpa | 54 | |
| Pipe size(water connection) | DN | 63 | |
| MODEL | Unit | MDY150D | |
| Rated heating capacity | KW | 50 | |
| Rated Cooling capacity | KW | 37 | |
| Average input power | KW | 11 | |
| Rated input current | A | 24 | |
| Max outlet water temp | C | 38 | |
| COP | 4.5 | ||
| Power | V/Hz | 380V/50 | |
| Noise | Db(a) | 60 | |
| Dimension | W*D*H | mm | 1450×760×1060 |
| Packing size | W*D*H | mm | 1520*760*1190mm |
| Unit weight | KG | 320 | |
| Refrigerant | R417A/R407C/R410A | ||
| Working air temp range | (-20C)—45C | ||
| compressor | Type | Copeland | |
| Air source heat exchanger | Type | Finned heat exchange | |
| Fan Type | axial flow fan | ||
| Hot water side heat exchange | Type | Titanium heat exchanger | |
| Water flow | L/H | 18000L/h | |
| Water pressure down | Kpa | 54 | |
| Pipe size(water connection) | DN | 63 | |
| MODEL | Unit | MDY200D | |
| Rated heating capacity | KW | 84 | |
| Average heating input power | KW | 19 | |
| Rated heating input current | A | 35 | |
| Max outlet water temp | ℃ | 35 | |
| COP | 4.5 | ||
| Power | V/Hz | 380V/50 | |
| Noise | Db(a) | 65 | |
| Dimension | W*D*H | mm | 1990*980*2080 |
| Packing size | W*D*H | mm | 2080×1150×2130 |
| Unit weight | KG | 650 | |
| Refrigerant | R417A/R407C/R410A | ||
| Working air temp range | (-20℃)—45℃ | ||
| compressor | Type | Copeland | |
| Air source heat exchanger | Type | Finned heat exchange | |
| Fan Type | axial flow fan | ||
| Hot water side heat exchange | Type | Titanium heat exchanger | |
| Water flow | L/H | 28000L/h | |
| Water pressure down | Kpa | 60 | |
| Pipe size(water connection) | DN | 63 | |
| MODEL | Unit | MDY300D | |
| Rated heating capacity | KW | 100 | |
| Average heating input power | KW | 25 | |
| Rated heating input current | A | 45 | |
| Max outlet water temp | ℃ | 35 | |
| COP | 4.5 | ||
| Power | V/Hz | 380V/50 | |
| Noise | Db(a) | 68 | |
| Dimension | W*D*H | mm | 1990*980*2080 |
| Packing size | W*D*H | mm | 2080×1150×2130 |
| Unit weight | KG | 650 | |
| Refrigerant | R417A/R407C/R410A | ||
| Working air temp range | (-20℃)—45℃ | ||
| compressor | Type | Copeland | |
| Air source heat exchanger | Type | Finned heat exchange | |
| Fan Type | axial flow fan | ||
| Hot water side heat exchange | Type | Titanium heat exchanger | |
| Water flow | L/H | 45000L/h | |
| Water pressure down | Kpa | 60 | |
| Pipe size(water connection) | DN | 63 | |
Swimming pool heat pump heating:
1. High efficiency & energy saving
2. Safe & Comfort
3. Convenient & widely to use
4. Swimming Pool Heat Pump heating:
- Swimming pool heat pump can save you up to 80% in operating cost whether you just want to extend your swimming season or swim all year round in a warm comfortable pool.
- With special designed heat exchangers, Swimming pool heat pump can give you the perfect water temperature without a big increase in your power bill, our swimming pool heat pump is a perfect selection to your in-ground swimming pool or sea.
- The product can be widely installed at any kind of places, such as constant temperature swimming pools, sauna constant hot water system and supplying domestic hot water to home.
Swimming Pool Heat Pump heating:
* Long operating life
Using the advanced titanium in PVC or Nickel – copper in PVC shell & tube heat exchangers, which can resist corrosion from chlorine in the water.
* Economical and high efficiency
Using the more efficient heat pump technology, compared to other ordinary hot water equipment (for example, combustion oil boiler, comb-ussion gas boiler and electrical boiler),it reduces operation cost by 65%~80%,moreover,it produces little pollution for environment.
* Innovative design, easy installation and replacement.
Mono block (single unit conclusion) design, the unit is remarkable compact and easy to install.
* Advanced control
It is extremely easy to control the swimming pump unit because of the built-in computer with its intelligent control and LCD display.
* Use safely
Swimming pool/bath/hotel heat pump water heater
Advantage feature
- Excellent outlook design wins high appreciation
- Compact structure and good demountability
- Patented 100% titanium Heat exchanger in PVC & INOX Shell
- Intelligent Microcomputer controller
- High efficiency compressor with R417A / R407C / R410 refrigerant
- Air exchanger with hydrophilic coating
- Automatic defrosting function included
- Low noise.
- FAQ
- What is your advantage, comparing with other water heaters?
-
- A: Avoiding electric water heater leakage, dry, high power consumption.
B: Avoiding the drawbacks of gas water heater, such as producing harmful gases,- Fits and starts etc.
C: Energy efficient, safety and environmental protection, all-weather operation, easy to use.
- What details do you need?
A: Pool: Length, width, depth.
B: Ambient temperature.
C: Water input and output temperature.
- Will it be too trouble to use air water heater?
Easy to use, once set, always have hot/cool water
- How long is the life of air water heater
Life span is 12-15 years
- .How many years guarantee?
1 years
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.

