Water Cycle Air Souce Heat Pump

Water Cycle Air Souce Heat Pump Manufacturer, Supplier, Exporter, Factory in China

Telephone: +86-757-85213698
Fax: +86-757-85213699
Address: Songxia Industry Zone, Shishan, Nanhai, Foshan, Guangdong, China 528234
We are an expert China manufacturer, supplier and factory, which has been experienced for producing Water Cycle Air Souce Heat Pump products etc. We aim at serve our customers in the finest quality products, competitive price with prompt delivery. Customer's growth is our growth and we'd like to create mutual benefits for each other in long term cooperation. We always ensure dedicated products through quality control and keep to breed professional workers. Please be free to contact with us for more details.
Water Cycle Air Souce Heat Pump - DRS-14
Model: DRS-14
Water Cycle Air Souce Heat Pump
Heating capacity: 24kW    COP: 3.22
Dimensions (HxWxD): 1140x1210x900 mm

Daishiba Air to water Heat pump provides heating for commercial application. Using free renewable energy from the air and earth the units are highly-efficient with low running costs, low carbon emissions and are able to be integrated with energy systems such as solar, boiler.  
 
1) Shell and Tube heat exchanger compact in structure, high in efficiency and easy in disassembling for cleaning. Less possibly to be blocked by dirt accumulated on tube wall.
2) The heat exchanger adopts advanced V design which raise the system heat exchanging efficiency about 30%.
3) Low operating noise. It adopts high efficient scroll compressor and fan of advanced technology, featuring a low operating noise.
4) Wide application: The air to water heat pump systems is widely applied in the commercial sector suitable for office building, hotel, school, restaurant and etc.     
5) High outlet water temp up to 55 degree.

With advanced science and technology, our company develops and manufactures various kinds of

Water Cycle Air Souce Heat Pump

. We will continue to innovate on our technology, management, services and business to meet future challenges and fulfill our responsibilities.