Reference steps for daily cleaning and maintenance of constant temperature and humidity chamber waterway
The water required for the temperature and humidity experiment of the constant temperature and humidity chamber is generally a special water tank to supply water. If you use general tap water, will it affect it? Generally, the humidity effect of tap water can be achieved, but if you use tap water for humidity water for a long time, it will be easy in the water pipe If scale occurs, it is recommended that customers use pure water or distilled water. The loop instrument constant temperature and humidity chamber is equipped with return water for reuse, so the cost does not need to be too large, and it is better for water pipes, water tanks, waterways, etc.
It can be seen from the above that the daily cleaning and maintenance of the waterway of the constant temperature and humidity chamber is particularly important. Cleaning and maintenance can refer to the following steps:
1) First, open the door of the constant temperature and humidity chamber room and turn off the main power supply;
2) Turn the drain valve open, the water will be drained back to the lower tank through the return pipe, and all the water will be drained back to the lower bucket;
3) Pull out the return pipe, and pull up the water motor power cord connector and the pumping motor outlet pipe;
4) At this time, there will be water leaking from the outlet of the pumping motor. This is a normal phenomenon. Please press the water outlet of the pumping motor with your fingers, and quickly pour out the water in the lower bucket;
5) After that, all parts of the components can be cleaned;
6) After cleaning, put the lower bucket to its original position, and plug the power cord connector of the pumping motor of the return pipe and the water outlet of the pumping motor back in;
7) Open the lid of the lower bucket and pour distilled water or pure water, and the drain valve is closed;
8) Finally, turn on the main power supply, and the water will automatically be pumped from the lower bucket and pumping motor to the various components of the water system.
