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The Importance of Water Quality to Water Cooled Chillers

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The Importance of Water Quality to Water Cooled Chillers

 

Any water that is too alkaline or too acidic cannot meet the needs of industrial chillers, and may even lead to irreparable corrosive failures after long-term operation of industrial chillers. Therefore, the use of water-cooled chillers must be combined with the use of high-quality water sources to avoid equipment failure.

In order to keep the cooling performance of the water-cooled chiller in a stable state, it needs to have very strict requirements on the water source. In the daily use of the chiller, if the enterprise does not pay enough attention to the water quality, then various sudden failures will occur during the use of the equipment. If the equipment has many faults, it is difficult for the equipment to efficiently reduce the temperature in a short period of time. The slower the temperature reduction, the higher the cost of the enterprise, which is not conducive to the long-term safe use of the chiller by the enterprise.

1 The hardness of the water

Because the water-cooled chiller needs to utilize abundant water sources when operating, even if the water chiller operates with high efficiency, the purpose of rapid cooling cannot be achieved in a short period of time in the case of poor water quality. The longer the equipment runs, the more energy it consumes, which affects the normal use of the chiller by the enterprise, and even causes the cost of using the chiller to continue to increase, which is not conducive to the long-term stable operation of the chiller. Only a water source with suitable hardness and softness can ensure the stable operation of the chiller. If the water quality is relatively 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 enterprise.

2 Water flow

The water flow also affects the stable operation of the water-cooled chiller. If the water flow is too high or too low, the operating efficiency of the equipment will be marketed, and even the cooling performance of the chiller will decrease. Within the scope of rationalization, continuously increasing the water flow can increase the operating safety of the chiller, and at the same time avoid problems such as small water flow, which will affect the operation of the chiller and cause irreparable losses.

The quality of the water quality used by the chiller directly affects the stability of the equipment. The operation of a water-cooled chiller is inseparable from the water source. The better the quality of the water source, the lower the probability of scale production in the chiller when the enterprise operates the chiller. Continuing to use the industrial chiller under the premise of eliminating the threat of scale will effectively reduce the operating failure range of the equipment.

Chillers that operate in a high-quality water source work best. Due to the problem of water quality, different types of failures of industrial chillers are often caused. It is recommended that enterprises 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. Reduce business costs.

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