Factors affecting the cooling capacity of the chiller of the chemical reactor cooling system

There are various types of chillers, such as air-cooled chillers, water-cooled chillers, etc. But no matter what the chiller is, there are some factors that affect the cooling capacity of the chiller.

A cooler is an energy-saving device that is cooled by air compression or refrigerant circulation. The following factors affect the cooling capacity of the chiller:

1. Compressor power: The higher the power, the higher the cooling capacity. Depending on the size of the model, choose a different type of compressor. For example, a small chiller is a piston type, a large type is a spiral type, a centrifugal type, or the like.

2. Water temperature (different evaporation temperature, different cooling capacity): The higher the water temperature, the greater the cooling capacity, the lower the water temperature, and the smaller the cooling capacity.

3. Pump power: The amount of water circulation directly affects the heat transfer rate.
The form of the evaporator and the condenser are divided into a water tank coil test, a shell tube type, a stainless steel plate type and the like.

4. Heat transfer material: The copper tube has the best heat transfer effect.

The above are factors that affect the cooling capacity of the chiller. If you have any questions about the chemical reactor cooling system, please feel free to contact LNEYA.COM/sales@lneya.com