Why did the wet bulb drip in the constant temperature and humidity test chamber come from

If the constant temperature and humidity test chamber has water shortage alarm, overpressure alarm, load alarm, etc., how to solve them? I think this problem is not the common failure of the constant temperature and humidity test chamber, but can be solved by manual practical operation such as calibration. Therefore, users should not worry when this problem occurs. Because the processing method is very simple and the speed is also fast, there is no need to worry about affecting the experiment.

This time, we want to understand a more in-depth problem. That is, there are water droplets coming out of the dry bulb temperature tube at the top right of the personal studio of the constant temperature and humidity test box. Because it is very influential to the experiment, I am very worried about this problem. We will show a solution to many users below. First of all, for the reason of this situation, open the door of the personal studio, and you will see a lot of spare parts on the top right of the personal studio. The normal order of all things should be the same, including the overheat protection device, the temperature sensor, the dry bulb temperature tube. It is also not allowed to remove manufacturers with more overall strength. They will combine the overheat protection device and the temperature sensor on a single controller, In the working room, it means temperature sensor, temperature sensor and dry bulb temperature tube, while the ambient humidity sand cloth is suspended on the temperature sensor, and the bottom is immediately immersed outside the dry bulb temperature tube. If water drops, it can be observed by opening the tailgate. What we must do next is to give:

First of all, check the water channel to see if the water valve is too large, causing too much water flow. If the water inlet valve is turned down immediately, it can.

Secondly, check whether the moisturizing time is set too frequently, which causes excessive moisturizing. If so, expand the interval of moisturizing time, which will reduce the frequency.

Finally, check whether the road surface of the laboratory is leveled. The slanted angle of view will also cause the water in the wet bulb pipe to be uneven, and then drop water. At this time, it is OK to move the equipment to the leveled road surface for application.

Finally, check whether the water level wire box of the water channel on the right side of the constant temperature and humidity test box is too high, resulting in too much water coming in. At this time, the water level wire box must be adjusted. Another proposal is that when adjusting the water level wire box, it should be communicated with the project engineer of the technical discipline to solve the problem.

If the fault cannot be determined based on the above inspection, you can call or email us, and we will try our best to solve it for you.