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定子冷却水应用在发动机设备中,可以起到降温的作用,可以保证发动机在长时间运转的过程中中,不会因为过热而出现故障。定子冷却水在应用的过程中,有时会出现电导率过大的问题,由于定子冷却水属于循序水,在循环利用的过程中,冷却水会出现杂质,这会影响定子冷却水功能的发挥。电导率增大后会导致发动机出现故障或者损坏,本文对定子冷却水电导率增大的原因进行了分析,还提出了改进的方法,希望对相关工作者提供一定帮助,采取有效的措施避免定子冷却水电导率升高。
Stator cooling water used in engine equipment, can play a role in cooling, to ensure that the engine during long hours of operation, not because of overheating and failure. Stator cooling water in the process of application, and sometimes there will be excessive conductivity problems, because the stator cooling water is a sequential water, recycling process, the cooling water will appear impurities, which will affect the stator cooling water function. After the conductivity is increased, it will lead to the engine failure or damage. In this paper, the reason why the stator cooling water conductivity is increased is analyzed, and the improved method is also proposed, hoping to help the relevant workers and take effective measures to avoid the stator Cooling water conductivity increased.