Q: What are the reasons for the high oil temperature in the hydraulic station?

Answer: The main reasons for the high oil temperature in hydraulic stations include:

1. Overloading of the hydraulic system results in excessive friction and energy loss, leading to an increase in oil temperature
2. Excessive or insufficient hydraulic oil increases friction and energy loss, or the circulation speed of the oil in the system increases, making it difficult to dissipate heat in a timely manner
3. Oil contamination, such as impurities, moisture, or gas mixing, increases the friction of the oil, leading to an increase in oil temperature
4. Leakage in the system leads to oil loss, reducing the lubrication and cooling effectiveness of the system
5. Oil aging leads to a decrease in oil performance and thermal conductivity over time
6. Poor heat dissipation of hydraulic system, such as radiator or cooler not working or poor heat dissipation effect.

Q: How to deal with high oil temperature in hydraulic stations?

Answer: The processing methods include:

1. Check the oil system of the hydraulic station, remove blockages or replace components with high resistance to ensure smooth oil flow
2. Reasonably adjust the working load of the hydraulic station to avoid overloading and reduce friction losses
3. Regularly inspect and maintain the cooling system of the hydraulic station to ensure good cooling effect of the radiator. Consider increasing the number of radiators or enhancing their cooling capacity
4. Regularly check and replace the oil in the hydraulic station to avoid oil contamination affecting friction and reduce heat generation
5. In high temperature environments, cooling devices for hydraulic systems can be added, such as adding fans or installing coolers, to improve heat dissipation efficiency
6. During use, pay attention to controlling the working time and load of the hydraulic system to avoid excessive use leading to high oil temperature.

Through the above measures, the problem of high oil temperature in the hydraulic station can be effectively solved, ensuring the normal operation of the hydraulic system and extending its service life.