Large industrial chiller manufacturer with air source heat pump

The air-energy chiller is made using the principle that the refrigerant absorbs a large amount of heat when the pressure is released. It mainly consists of four parts: compressor refrigerant circulation system, water circulation system, and heat exchange system. After passing through the compressor, the refrigerant is compressed into a liquid and transported by a pump to the evaporator. The pressure decreases in the evaporator and the refrigerant changes to a gaseous state. During the evaporation process it absorbs a large amount of heat from the surrounding circulating water. Thereby the temperature of the passing circulating water drops to achieve the purpose of cooling the circulating water.
. Key indicators
Energy consumption ratio The air energy chiller processes water. Because the specific heat of water is relatively large, the energy consumption caused by cooling it is also relatively large. Therefore, the energy consumption ratio of the chiller is a key indicator. That is the ratio of output power to input power. The larger the ratio, the better the performance of the chiller.
Compressor performance The compressor is the heart of the entire chiller. Its performance stability and lifespan are directly related to the overall performance and lifespan of the chiller. The chillers of Lanling Aquarium all use Japanese Panasonic or American Copeland compressors. The performance is naturally extraordinary.
The place where the evaporator exchanges heat and cold. The water chiller produced by Lanling Aquarium uses pure titanium as the evaporator. Resistant to strong acid and alkali, strong pressure resistance.
. Product Classification Standards
According to functional division, we can divide chillers into heat pumps, chillers, and dual-purpose cooling and heating machines. According to the location of the air outlet, it can be divided into top air outlet type and side air outlet type. According to the energy source, it can be divided into air source and ground source. There are also many choices for refrigerant (refrigerant) such as r, r/r, r, etc. Different refrigerants have different evaporation temperatures, so we can choose the most suitable refrigerant according to the actual needs of customers.
.Product Specifications
. -d
. -d <-r Circulating aquaculture, factory aquaculture farms, constant temperature nurseries, biological filtration procedures in sewage treatment plants, water treatment in the chemical industry, Household hot water, bath center water heating, etc.