Solution to condensation and water dripping from the air supply vent:

To put it simply, condensation at the air outlet means: the temperature on the air outlet surface is too different from the indoor ambient temperature (or the temperature around the air outlet). Especially in summer weather when the humidity in the room is high, the dew point temperature of the air is high. When the supply air temperature is lower than the dew point temperature of the air in the room, condensation and condensed water will form on the louver outlet of the air conditioner, especially This is a normal phenomenon during the first period of time when the machine is started, especially for multi-line fluorine systems. Because the refrigerant temperature is low and the supply air temperature is low, the possibility of condensation is greater. The water system can improve the temperature by adjusting the water temperature. Supply air temperature is improved.

1. Condensation at the air outlet is generally caused by too much indoor humidity. Be sure to close the doors and windows of the air-conditioned room tightly to prevent hot and humid outdoor air from penetrating into the air-conditioned room.

2. Try to adjust the wind speed to the highest level or open the regulating valve as much as possible. If it is a side air outlet, adjust the horizontal louver to blow upward as much as possible to prevent the louver from flowing out after becoming encamped.

3. Wooden Air Vents are least prone to condensation, followed by ABS Air Vents. ABS air vents are also very good anti-condensation air vents. Try not to use aluminum alloy air vents.

4. If it is a louvered air outlet, you can adjust the blade angle at the edge to generate large turbulence at the outlet and increase the induced wind at the edge, which will also be helpful to solve the problem.

5. A thin PE insulation board can be pasted on the edge of the existing air-conditioning outlet to increase the thermal insulation and reduce the temperature difference.

6. The louver air outlet can change the outlet wind direction to a certain extent by adjusting the blade angle at the edge, which may be helpful to solve the condensation problem.

7. Increase the set temperature.