Three-step strategy to extend the service life of the chiller

1. Check whether the chiller has malfunctions [水冷器]

Under normal circumstances, the chillers used in the factory run 24 hours a day. Since then, the chillers will be somewhat worn out, and various failures may occur if the quality is slightly poor. Therefore, the chiller factory recommends that before daily use of the chiller, the first effective troubleshooting, the overhaul of the whole machine, check whether the power switch is normal, check whether the safety status of the fuse is good, and the connection of other parts of the chiller Whether it is normal or not, make sure that everything is long before it can start to run. After using the chiller, you should also perform certain checks to see if there are any malfunctions caused by the use. If it is found, the chiller should be overhauled in time.

2. Start and stop the chiller correctly [industrial chiller]

Many of the chillers used by customers have many faults caused by operational errors. It can be seen that the start and stop of the chiller are very important. A poor start may affect the service life of the chiller. The chiller factory recommends that it should be correct. Carry out the start and stop of the chiller, effectively maintain the chiller, and increase the service life.

3. Clean the water chiller when not in use [Freezer]

The cleaning of the chiller is an important aspect of maintaining the chiller. When the chiller (including screw chiller, air-cooled chiller, water-cooled chiller, low-temperature chiller, open chiller, etc.) is not in use for a long time, all parts of the chiller should be cleaned and filtered. After the net surface is cleaned and maintained in all aspects, the chiller can be packaged to prevent dust and other debris from entering the chiller.

As for the cleaning of the chiller, the editor recommends regular cleaning, at least once a month. Cleaning can effectively remove dirt and improve the working efficiency of the chiller.

Doing the above three points can ensure the normal operation of the chiller to the greatest extent and extend the service life of the chiller, so that the chiller can continue to cool and achieve the goal of improving production efficiency.