Solution to the problem of central air conditioning condensation
How to solve the problem of condensation on the air outlet of the central air conditioner caused by high air humidity, and the coating is easy to crust?
To solve the problem, we must first understand the cause of the problem. The reason for condensation at the outlet of the central air conditioner is simple, because the indoor air humidity content is too high, and the temperature inside the house is also high, while the outlet temperature of the air conditioner is relatively low; high humidity and hot air encounters relatively low temperature emissions Condensation will occur in the mouth.
Solution to the problem of central air conditioning condensation
There are several ways to solve this problem. The first is to change the material of the connection between the exhaust vent and the exhaust pipe and use a wooden connection; the second method is to use ABS or wood exhaust; Close the doors and windows before the air conditioner, and turn on the dehumidification function at the same time, which can also greatly reduce the possibility of condensation on the air conditioner.
In addition to the above methods, you can also start with the details of life to avoid the occurrence of air conditioning condensation and paint shelling. For example: try to reduce the number of door openings to ensure the air-tightness between indoor and outdoor when the air conditioner is turned on; increase the air volume of the central air, adjust the wind speed to the highest level or open the regulating valve as much as possible; if the air outlet of the central air conditioner is on the side For air outlet, you can adjust the horizontal blinds to blow upwards as much as possible to prevent the blinds from flowing out after condensation; or increase the air supply temperature appropriately to improve the condensation of the central air conditioner.
If possible, a thin PE insulation board can also be attached to the side of the central air-conditioning vent, which can effectively prevent condensation caused by the encounter of cold and hot air, and avoid future coatings from shelling.
