Any water that is too alkaline or too acidic can not meet the needs of industrial chillers, and even lead to unrecoverable corrosive failures after long-term operation of industrial chillers. Therefore, the use of water-cooled screw chillers must be combined with the use of high-quality water sources to avoid a large number of failures.
To maintain a steady state of cooling performance of water-cooled screw chillers, very strict requirements on water sources are required. In the daily use of chillers, if the company does not pay enough attention to the quality of the water source, then the equipment will produce a variety of sudden failures in the process of use. If the equipment generates more faults, it is difficult for the equipment to achieve an efficient space-reducing temperature in a short period of time. The slower the space temperature is lowered, the higher the cost of consumption of the enterprise, which is not conducive to the long-term safe use of the chiller.
Method / step
First, softness and hardness;
Because the water-cooled screw chiller needs to use abundant water source during operation, in the case of poor water quality, even if the chiller operates at high efficiency, it can not achieve the purpose of rapid cooling in a short time. The longer the equipment runs, the more energy is consumed, which affects the normal use of the chiller, and even the cost of using the chiller increases, which is not conducive to the long-term stable operation of the chiller. Only a water source with a suitable hardness can guarantee the stable operation of the chiller. If the water quality is hard, it will affect the operation of the chiller. Especially in the state of high efficiency operation, it is easy to cause various scale problems inside the chiller. After the scale accumulates to a certain extent, it will affect the normal use of the chiller.
Second, the water flow;
The water flow also affects the stable operation of the water-cooled screw chiller. If the water flow rate is too high or too low, it will restrict the operating efficiency of the equipment and even cause the cooling performance of the chiller to decrease. The ability to continuously increase the water flow within the rationalized range can increase the operational safety of the chiller while avoiding problems such as small water flow, and the operation of the chiller is affected, resulting in irreparable damage.
The use of water quality in chillers directly affects the stability of the equipment. The operation of the water-cooled chiller is inseparable from the water source. The better the water quality of the water source, the lower the probability that the enterprise runs the chiller to generate scale. The industrial chiller will continue to be used under the premise of eliminating the scale threat, and the operating failure range of the equipment is effectively reduced.
Third, the quality of water;
The chiller operating in a high quality water source works well. Due to water quality problems, industrial chillers often cause different types of faults. It is recommended to improve the water quality of industrial chillers and keep the water flow stable, which can effectively improve the production efficiency of chillers and reduce the failure rate of chillers. To reduce the cost of using the enterprise.