Four major manifestations of fluoride deficiency in industrial chillers

1. Increased compressor load
There are many reasons for the increase in compressor load, but if industrial chillers lack fluorine, the compressor load will inevitably increase. If the air and water cooling systems do not have poor heat dissipation faults, the reason for the increase in compressor load is often due to insufficient fluorine.

2. Cooling capacity decreases, cooling efficiency decreases
When the freezing capacity of industrial chillers decreases, there may be multiple reasons, but when the chiller lacks fluorine, especially in large quantities, the freezing capacity of the chiller will definitely decrease significantly, which will definitely affect the production efficiency of the enterprise.

3. High exhaust temperature
High exhaust temperature is a common phenomenon in industrial chillers. The pressure and thermometer at the exhaust end can clearly read the high and low exhaust temperature. High exhaust temperature is not a rare phenomenon. Many people face negative reactions when the exhaust temperature of the chiller is high. In fact, high exhaust temperature is due to abnormal operation of the oil separator and insufficient refrigeration lubricating oil.

4. High energy consumption and compressor wear
Insufficient refrigerant, industrial chillers cannot meet refrigeration needs, the outlet temperature of chilled water does not meet standards, the compressor increases load, meets the demand for chilled water outlet, consumes a lot of power resources, and the compressor wears out significantly.

That is to say, in many cases, the observation of fluoride deficiency is not simple, especially for large industrial industrial chillers. If there is a slight decrease in freezing capacity and efficiency, it is difficult to immediately detect it. It is recommended that the staff of chiller manufacturers can use electronic detectors for detection. The reason why the probability of insufficient fluorine is high is because there are problems with refrigerant management and refrigerant flow pipelines such as condensers, valves, etc. In the case of insufficient fluorine, leakage must be detected, the location of the leakage must be determined, and then capture must be carried out to confirm that the refrigerant is not leaking. After unsuccessful capture, the refrigeration machine must be started to operate.