18.4kw Heat Pump Water Heater
1.10 year's manufacturer
2.Provide OEM service
3.ISO, CCC and CE
4.High COP, 75%Energy-saving
Heat Pump Water Heater(Air heat pump)
1.10 year's manufacturer
2.Provide OEM service
3.ISO, CCC and CE
4.High COP, 75%Energy-saving
5. Automatical high/low pressure protection
6. Service life can reach up to 15 years, Low maintenance cost
7. Low noise, Safety, Easy installation, Intelligentized
manipulation
8.15 Patent of heat pump
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Heat Pump:
Heat Pump Water Heater(air heat pump)
1.Easy to install , low cost on it , low consumption
2.Enery saveing , input power 4.6KW, Output 18.4KW
3.Coated metal and stainless steel can use for cabnet
4.Accept customer's design if big quantity
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MD50D Heat Pump Water Heater
Technology parameters:
| MODEL | Unit | ASH18 |
| Rated heating capacity | KW | 18.4 |
| water flow | L/h | 5500 |
| Average heating input power | KW | 4.6 |
| Rated heating input current | A | 9 |
| Max outlet water temp | °C | 60 |
| Power | V/Hz | 380/50 |
| Noise | Db(a) | <60 |
| Dimension | W*D*H | mm | 1270*660*1390 |
| Unit weight | KG | 162 |
| Refrigerant | - | R417A/R407C/R404A |
| Working air temp range | - | (-20°C)—45°C |
| compressor | Type | - | Copeland Scroll |
| Air source heat exchanger | Type | - | Finned heat exchange |
| Fan Type | - | axial flow fan |
| Hot water side heat exchange | Type | - | Coil heat exchanger |
| Water flow | L/H | 5500L/h |
| Water pressure down | Kpa | 48 |
| Pipe size | DN | 25 |
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Heat Pump Water Heater:
1. uniques:
1).Janpanese Panasonic or American Copeland scroll compressor.
2).Evaporator is larger than usual size to keep its high
efficiency.
3).Water pressure reaches 0.6Mpa-0.9Mpa.
4).Full automaticlly start and stop according to setup temperature.
5).LCD touch- screen controller.2
2.Automatic control:
1).High/low pressure protection and sufficient water flow
protection,automatic units on/off timeclock
2).Automatic reversing defrosting function enables units to work
reliablely in hard winter
3).Units run automaticlly according to setted water temperature.
2.Special defrosting technology makes the heat pump more
efficient,higher COP
3.Special heat exchanger designs provide excellent performance at
low ambient temerature and high humidity.
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