Heat Transfer Oil Secondary Circulation System

Heat Transfer Oil Secondary Circulation System is a device that uses heat transfer medium for dynamic temperature control of fluid cooling and heating. It is used in high-precision industries such as pharmaceuticals, chemicals, and semiconductors to help customers complete process temperature control equipment. It is equipped with reaction kettles, distillation, evaporators, and rotary evaporators. Such as biochemical experimental equipment, to control the cooling and heating of heat transfer medium or reaction material.

The power switch of the control box of the transformer cooling system of the Heat Transfer Oil Secondary Circulation System adopts a dual power supply automatic switching device. Its main function is to automatically switch between the main and standby working power sources. When the common power supply fails, it will automatically switch to the backup power supply. When both power sources are normal, the normal power source is working, and the backup power source is in a standby state.

Heat Transfer Oil Secondary Circulation System Programmable controller (PLC) is the control of the execution part of the air cooler control device. It receives various status signals from the transformer to control the execution part. When the transformer of the equipment is put into operation, the main cooler is put into operation, that is, the working group cooler is in operation. The auxiliary cooler is controlled according to the oil surface temperature of the transformer, winding temperature, load signal, etc. The auxiliary cooler can be started as follows.

The power of the entire system of the Heat Transfer Oil Secondary Circulation System is provided by the compressor. The compressor is equivalent to moving an object from a low potential to a high potential. In the system, its purpose is to transfer the low-temperature gas It is compressed into high-temperature gas by the compressor, and then the gas exchanges heat with other media in the heat exchanger. Therefore, the quality of the compressor will directly affect the cooling effect of the entire Heat Transfer Oil Secondary Circulation System.

The function of the condenser of the Heat Transfer Oil Secondary Circulation System is to cool the high-temperature and high-pressure refrigerant superheated steam discharged from the compressor into a liquid or a gas-liquid mixture. The heat released by the refrigerant in the condenser is taken away by the cooling medium (water or air), and the liquid low-temperature refrigerant is easily evaporated at low pressure, converted into vapor and absorbs the heat of the cooled medium to achieve the purpose of refrigeration.