What are the tips for maintaining and maintaining water-cooled industrial chillers? Here is the introduction for everyone.

First, check the voltage regularly

Water-cooled industrial chillers have higher requirements for operating voltage. In order to achieve a safer use effect, in the actual use of water-cooled industrial chillers, it is necessary to provide a suitable voltage for water-cooled industrial chiller equipment in combination with the specific use environment. Ensure that water-cooled industrial chiller equipment operates within a safe range. Avoid problems due to voltage, causing various types of faults in the chiller, affecting the normal operation of the chiller, resulting in increased energy consumption and so on.

Second, regular inspection of refrigerant

The cooling effect of water-cooled industrial chillers is inextricably linked with refrigerant. In order to achieve better operation results, users need to perform comprehensive testing on the refrigerant regularly. Ensure that the refrigerant is in the normal range, avoid problems such as leakage due to leakage, etc., which seriously affect the cooling effect of the water-cooled industrial chiller.

Third, check the cooling system regularly

Water-cooled industrial chillers have higher working efficiency and inevitably generate more heat, in order to maintain the high efficiency of water-cooled industrial chillers. Regular inspection of the cooling system is essential to maintain the overall stability of the cooling system, helping to reduce various types of failures in water-cooled industrial chillers and avoiding high temperatures that can cause serious hazards to equipment.

Fourth, develop a suitable rest plan

In order to maintain the cooling effect of the chiller, it is necessary to provide rest time for the water-cooled industrial chiller equipment after running for a certain period of time. Only when sufficient rest time is maintained can the operation efficiency of the water-cooled industrial chiller be improved. Reduce the type of failure of the device due to high temperatures.