uses an evaporator to cool and dehumidify the air and recover the condensation heat of the system to compensate for the heat lost in the air due to cooling and dehumidification. It is an efficient and energy-saving dehumidification method. It has been widely used in industry, medicine, food, electronics, special glass production, grain, wood and other places which require high dehumidification and temperature control.
Pipeline Dehumidifier has the advantage of intelligent control, convenient and fast.
The microcomputer control system can start or stop the operation of a system compressor according to the refrigeration environment cooling load and system operation, and realize that the operation time of each system is basically the same. This not only ensures the efficient operation of the whole machine but also prolongs the service life of the unit. It is equipped with Chinese LCD controller with complete functions and simple operation. Fault self-check prompt function provides convenience for your use and protection.
Pipeline Dehumidifier is characterized by a high-efficiency fan, comfort, and energy saving.
The high-efficiency centrifugal fan adopts the integral design of wind turbine and motor, which can effectively ensure the coaxiality of the equipment. The machine has large air volume, high static pressure and low noise, which makes it very comfortable to use. The application of soft connection in its steel frame structure ensures that when the fan works at high speed, the external transmission of vibration is greatly reduced and the noise pollution is further reduced.
Pipeline Dehumidifier is a powerful heat exchanger, which saves electricity and is reliable.
The condenser adopts shell-and-tube or sleeve structure with high heat transfer ability. It has good heat dissipation and can effectively prevent pipeline blockage. It is simple and convenient to protect and has a longer service life. The evaporator adopts the fin structure of mechanical expanding tube plate and matches the copper tube with internal thread structure and the flow-sharing diverter head, which not only enlarges the heat transfer area but also ensures the heat transfer efficiency of evaporation. Under the action of the fan with large air volume, the heat transfer of the unit will be more abundant and efficient.