Reducer is increasingly widely used in our industrial production industry, but sometimes it can cause machine overheating due to improper operation and internal reasons. If this situation persists for too long, it will cause damage to the motor, which in turn will affect our work efficiency. Therefore, in order to ensure better operation of the device, some cooling work will be carried out. Many people are not yet familiar with this aspect. Don't worry, today the editor will give you a detailed introduction to several cooling methods for reducers.
1. Water cooling
The reducer generates heat due to the transportation and compression of gas, which must be transmitted from the rotor to the housing and dissipated.
2. Oil film cooling of rotor
This method involves connecting an oil pipeline at the inlet of the reducer and using evenly dripping cooling oil to remove the heat from the rotor.
3. Air cooling
The so-called wet reducer refers to the compressed air drawn in by intermediate or dual stages, which is then transmitted through a combination muffler with comprehensive absorption and phase difference.
4. Internal cooling of rotor
In order to make the reducer work under higher pressure difference, a more effective method can be adopted, which is to cool the rotor with circulating oil, inject oil holes and oil diameter shaft heads at both ends of the pump shaft, and discharge from the other end through the inner wall of the rotor.
In summary, there are many cooling methods for gearboxes, which requires us to choose different cooling methods according to different actual situations when working, so as to make the effect play out in different usage situations. Of course, we also need to have a detailed understanding of the device before using it, so as to avoid the occurrence of equipment failures or problems caused by improper operation due to unfamiliarity with the device.
Language
