Defrosting principle of refrigerating dehumidifier When a compressor-type dehumidifier is used in a relatively low temperature environment (generally below 10 degrees Celsius), it will cause frosting in the dehumidifier heat exchange system, and this process is unavoidable, so the compressor-type dehumidifier is at ambient temperature. In the lower case, the defrosting state is periodically entered. At this time, the dehumidification machine stops the compressor operation first, and uses the evaporator heating wire (part of the heat exchange system) to heat the temperature of the heat exchange plate, and then outputs through the fan to produce a defrost effect. This time-consuming needs to be determined by the ambient temperature. The lower the ambient temperature, the longer it takes. In the defrosting process, the compressor-type dehumidifier cannot perform dehumidification work, so the compressor-type dehumidifier is dehumidified in a low temperature environment. The effect is not ideal. For dehumidification environments with low ambient temperatures, a new rotary dehumidifier can be purchased. The working principle of the rotary dehumidifier 1. The dehumidification runner is made of ceramic fiber paper with a temperature resistance of 500 ° C or higher. After the honeycomb rotor is made through a molding machine, and then the silica gel is coated between the ceramic fibers, the dehumidification runner does not burn and Delilysis and other issues. Since its dehumidification function utilizes physical rather than chemical action, it does not produce any harmful chemicals. 2. The dehumidification principle of the rotary dehumidifier uses the silica gel coated on the runner to physically adsorb the moisture in the air onto the porous synthetic silica gel, and then adsorbs it on the silica gel in the regeneration zone of the runner. The water vapor of the hole is heated and vaporized to the inlet of the AC heat exchanger to form high-temperature and high-humidity air, and then the heat exchanger which has been cooled by the indoor cold and humid air is cooled, and the condensed water is discharged due to the difference in dew point. Working principle of electroosmosis dehumidifier The energy of the electroosmotic dehumidifier comes from the electromagnetic pulse generator, and a microprocessor controlled electronic device produces a pulsed magnetic field of about 50 Hz with the aid of a toroidal coil. The magnetic field acts on the polar water molecules in the wall, so that the water molecules are rearranged and gradually migrate downward into the soil, which solves the problem of the wall being wet due to capillary action. LED Faucets, LED Light Faucet, LED Kitchen Faucets
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