Continuous rainstorms, hot and humid weather not only severely affected people's daily lives, but also caused a lot of trouble to factories or enterprises. How to control the humidity of the indoor environment in workshops and warehouses is a very important task. The high humidity in the production environment of the factory not only hinders normal production, and has a great impact on product quality, but also poses great safety hazards. In addition, raw materials and their finished products will absorb moisture when the relative humidity in the air is higher than the relative humidity standard required by the processing technology stored in the warehouse, resulting in varying degrees of impact and harm. So in this environment, industrial dehumidifiers were born.
Normal temperature dehumidifiers are generally composed of compressors, heat exchangers, fans, water tanks, shells and controllers. Its working principle is to use a fan to suck moisture into the machine and process it through a heat exchanger. At this time, the water molecules in the air condense into droplets, and then the treated dry air is discharged out of the machine. Such a circulating operation can reduce the humidity. Keep it within a reasonable and stable range.
Regardless of the mechanical equipment, the energy-saving effect is what people need. Industrial dehumidifiers are large-scale electromechanical equipment. How to use them correctly can maximize the efficiency of dehumidifiers and save energy at the same time?
When choosing an industrial dehumidifier, you need to choose an appropriate dehumidifier according to the area of the required dehumidification site to avoid using a large dehumidifier to dehumidify and cause energy waste; a small dehumidifier for dehumidification in a large space has a small dehumidification effect.
In the process of transportation and installation of industrial dehumidifiers, vibration and tilting will inevitably occur, which will cause the displacement of refrigerant in the compressor. If it is powered on immediately at this time, the compressor will not work normally, even if the machine can run, the noise will be very loud and the dehumidification efficiency will be low. Therefore, it is necessary to let the dehumidifier stand for more than 4 hours to allow the refrigerant in the compressor to return to its original place before use.
After turning on the dehumidifier, you should try to put it in a standby state, do not open and close frequently, so as to greatly reduce the damage to the performance of the machine, and at the same time, it will not cause a lot of waste of electricity. Cut off the power immediately after power failure to prevent sudden power and large current from impacting the dehumidifier and damaging the dehumidifier.
As far as the installation location is concerned, it is recommended that the dehumidifier be placed in a well-ventilated place with a flat floor, and placed on the side of the wall and should not be close to the wall. In this way, the humid air can be drawn into the dehumidifier as soon as possible, and the dry air can be quickly circulated to every corner of the plant to achieve a better dehumidification effect.
The air duct (inlet and outlet) or filter of the dehumidifier should be cleaned regularly. There is a lot of dust in the factory and warehouse. The dehumidifier has been used for a long time and the air inlet is easy to block, causing the air inlet to be unsmooth. The intake air cannot be discharged in time, which will cause the air in the dehumidifier to not be discharged in time, which will affect the dehumidification effect, so we need to clean the dehumidifier regularly. The frequency of use of the dehumidifier will directly affect the performance of the dehumidifier.
