|Port:||guangzhou port, gaoming port|
|Payment Terms:||L/C,D/A,D/P,T/T,Western Union,MoneyGram,Transfer|
|Storage / Tankless:||Storage|
|Place of Origin:||Guangdong China|
|Heating Capacity/btu:||12,624-27,294 BTU/h|
|Heating Capacity:||10-25 kw/h|
|Rated Hot Water Temperature:||55℃|
|Use:||House, Small Office, hotel|
|Housing Material:||Stainless Steel, Color Steel|
|Refrigerant:||R22/ / R410|
|After-sales Service Provided:||Free spare parts|
|Cooling Capacity:||9-21 kw/h|
|Type:||Air Source Heat Pump|
|Compressor Brand:||Copeland ZW|
|Working Ambient Temperature:||-5~40℃/ -25~40℃|
|Cooling Capacity/btu:||30,000-71,000 BTU/h|
|Packaging Detail:||waterproof-film and wooden mount|
Top fans air energy heat pump
10-25 kw/h (34,000-85,000 btu/h)
9-21 kw/h (30,000-71,000 btu/h)
hot water supply, heating and cooling for hotels, hotels, families, offices, factories, schools, dormitories and hospitals.
Rated input power
Rated input current
Max input power
Max input current
Rated water volume
Max hot water temperature
Rated hot water temperature
Outlet rated pressure
Max pressure/min pressure
Inlet rated pressure
Working Ambient temperature
Rated of waterproof
Anti electric shock
If you need to purchase another model or change the configuration, please contact customer service customize.
Suggested cycle water pump and rated water flow
Pum-102EH/ 5.0m³ (without)
Pum-200EH/ 7m³ (without)
Pum-200EH/ 8m³ (without)
Pum-400EH/ 9m³ (without)
Pure Copper 6 spiral casing
Pipe Size Connector Size
9.52 internally ribbed tube L type
electronic expansion valve
waterproof-film and wooden mount
The high-efficiency heat exchanger which makes the system safe water temperature reach 60 degrees, small coolant circuit clips,
reduce oil accumulation. no internal joints, reduce refrigerant leaks. and self-cleaning capabilities, making the unit long
The economizer supplementary air cycle can improve the efficiency of the single-stage screw compression refrigeration cycle,
increase the cooling capacity, and reduce the compressor exhaust temperature
Heat pump knowledge and FAQ
1. What is a heat pump? What kinds of heat pumps are divided into? Which parts are mainly composed of?
Heat pump is a kind of efficient heat transfer equipment. It can obtain low-grade heat from air, water or soil, and output high-grade heat through the work of electric driven compressor. According to different heat sources, heat pump can be divided into three types: air source heat pump, water source heat pump and ground source heat pump. The heat pump is mainly composed of compressor, condensation system, throttling system, evaporation system and intelligent control system.
2. Why can heat pumps save energy?
Heat pump is to carry heat through electric driven compressor, which needs to remove a small amount of electricity during operation. It consumes 1 unit of electricity and can carry 2-10 times the heat of electricity, so it can greatly save energy. The heat pump water heater can also use the low price of electricity to produce hot water and store it in the heat preservation water tank, which can save energy and cost.
3. What are the advantages of heat pump water heater compared with traditional water heater?
The heat pump water heater is a low-carbon energy-saving product, which has the advantages of high efficiency, energy saving, safety and reliability, green environmental protection, intelligent and durable. It can be used 24 hours a year, free from the bad weather such as overcast, rain, snow and night, and does not produce any exhaust gas, waste water, waste residue discharge. The operation cost of heat pump water heater is only 1 / 4 of that of electric water heater and 1 / 3 of that of fuel oil and gas water heater.
4. What industries and places are heat pumps suitable for?
Heat pump can be used as domestic hot water heating equipment and industrial production heating equipment. Domestic hot water applications such as family, villa, school, hospital, factory dormitory, hotel, restaurant, restaurant, beauty salon, swimming pool, living area heating and other dormitory hot water supply. Heating for industrial production such as electroplating, bleaching and dyeing, drying and other industrial purposes.
5. Is there any difference between heat pump and solar water heater?
Solar water heater must rely on direct sunlight or radiation to achieve the heating effect, while heat pump is to absorb heat from air, water or soil and exchange heat with water to achieve the heating effect
6. Selection standard of hot water heat pump unit
In winter, the hot water consumption is the largest. Generally, the selection of heat pump hot water unit is based on the coldest weather and the largest water consumption in winter. The longest running time of the unit is not more than 16 hours. The total hot water consumption is calculated as follows: shower 5L / person; bathtub 300L / person; bucket 3L / person; hair salon shampoo 30 / person; hotel 15) l / room. The configuration ratio of main machine and water tank in the south is 1:0.9 ~ 0.7. The configuration ratio of main machine and water tank in the north is 1:0.7 ~ 0.5.
7. Selection standard of heating heat pump hot water unit
In winter, the heat of the heating thunder is the largest, and the selection of the hot water unit of the heat pump is generally based on the coldest weather in winter. The longest running time of the unit is not more than 16 hours. Reference model of heating area: 3P with 6 square meters; 5p with 100 square meters; 10p with 200 square meters; 15p with 280 square meters; 20 with 400 square meters. The reference factors for heating are the lowest ambient temperature in winter, the temperature needed in the room, the degree of heat preservation of the house, the purpose of the house, etc. Floor heating pipe and fan coil can be used for indoor heating, and special attention shall be paid not to use radiator. Because the radiator is made of cast iron, the heat transfer temperature difference is large, resulting in temperature rise. Such low efficiency of heat transfer will result in energy saving and waste of electric energy. This will also lead to rust, and rust will be attached to the water heat exchanger of the air energy heat pump host, which will reduce the heat transfer efficiency and host life, and will block the filter, which will cause the host alarm to stop working.