The operating temperature of the industrial chiller is mainly controlled by the compressor. The temperature change caused by the compressor is mainly the refrigerant inside the compressor. When it is used, the refrigerant is compressed by the compressor into the condenser for heat exchange to become low temperature and high pressure. The gas is then exchanged with the liquid to be cooled through the capillary to the cold discharge tube. After the heat exchange is completed, the refrigerant becomes a high temperature and high pressure gas and returns to the compressor. Generally, the temperature of the cold water of an industrial chiller is controlled by a compressor, and the compressor controls the refrigeration by controlling the refrigerant. In fact, temperature control has nothing to do with your refrigeration, just an indicator.
The industrial chiller is applied to the cooling of plastic processing machinery forming molds, which can greatly improve the surface finish of plastic products, reduce the surface marks and internal stress of plastic products, so that the products do not shrink or deform, facilitate the demoulding of plastic products, and accelerate the product stereotype. Greatly improve the production efficiency of plastic molding machines. The chiller is used in CNC machine tools, coordinate boring machines, grinding machines, machining centers, combination machine tools, and various types of precision machine tool spindle lubrication and hydraulic system transmission medium cooling, which can well control the oil temperature, effectively reduce the thermal deformation of the machine tool, and improve the machine tool. Processing accuracy.
Water-cooled chiller directly freezes the refrigeration principle in the electroplating (oxidation) industry: The water in the bottom tank of the cooling tower is sent to the condenser of the industrial chiller through the water pump to cool the condenser, and then flows back to the cooling tower for spraying. The fan on the top of the cooling tower cools the water and then flows back to the bottom of the cooling tower, so that it runs back and forth. The condenser dissipates heat while the refrigerant inside is liquefied, and then flows into the evaporator in the cold gun to evaporate, and absorbs heat when evaporating, thereby cooling the sulfuric acid (tank) in the cold gun, and the sulfuric acid after cooling is transported to the pump through the pump. Electroplating (oxidation) tanks, such a cyclic process.
