Centrifugal chiller unit

The centrifugal chiller adopts high-quality centrifugal compressor, and introduces the scientific research achievements of Industrial Technology Research Institute, a scientific research institution in Taiwan, China, China, and NREC, a professional centrifuge consulting company in the United States;

　　Centrifugal chiller unitCharacteristics:

1. High reliability: high quality centrifugal compressor is adopted, and scientific research achievements of Industrial Technology Research Institute, a scientific research institution in Taiwan, China, China, and NREC, a professional centrifuge consulting company in the United States are introduced;

2. The unit adopts a fixed orifice plate throttling device, and each set of orifice plates is customized according to the performance of the centrifuge and the unit, achieving the best matching degree with the unit performance;

3. Centrifugal compressor: The centrifugal compressor is a two-stage compressor that uses a high-strength alloy main shaft, a closed impeller made of high-strength aluminum alloy material, and high-precision precision gears inside;

4. Spray type (falling film) evaporator: The refrigerant entering the evaporator is sprayed downwards from the top of the heat exchange tube array.

　　Centrifugal chiller unitFunction of:

1. The cooling capacity of the chiller varies depending on the ambient temperature and outlet water temperature;

2. The actual heat generation of the equipment may also vary due to different workpieces, molds, parameters, etc;

3. After using a chiller, the temperature drops, and the surface temperature of connecting pipelines, water tanks, oil tanks, molds, spindles, and equipment will be lower than the ambient temperature, which will absorb heat and increase the load;

4. In practical applications of industrial cooling, many situations cannot be accurately calculated using the above methods, and can only be estimated through empirical data, analogy with similar equipment, and other methods.

5. Any calculation method may have deviations, resulting in the actual selection of refrigeration units being too large or too few, so the above method is only for reference;