Electric actuator is a drive device that is widely used in various industrial and mechanical equipment, such as automated production lines, logistics equipment, medical equipment, etc. The operating environment may include a variety of conditions such as temperature, humidity and dust. In order to ensure that the actuator can be used reliably over a long period of time, the actuator is usually maintained with grease. Baoxing Lubricants will share the precautions required for the maintenance process.
Application of electric actuator grease to the maintenance of electric actuators:
1. Applying: Apply an appropriate amount of lubricating grease evenly to the friction surface of the electric actuator to ensure that the coating is uniform and there is no residue. The lubricating grease can be properly heated during the application process to improve its fluidity.
2. Regular inspection: It is recommended to check the lubrication of the electric push rod regularly, and if it is found that the lubrication is insufficient or the grease is deteriorated, the lubricating grease should be replenished or replaced in time.
3. Cleaning: During use, if there are impurities or dust on the friction surface of the electric actuator, it should be cleaned in time. At the same time, lubrication system components such as oil cups and oil ducts should also be cleaned regularly.
4. Replacement: Replace the failed or polluted lubricating grease regularly according to the actual situation and equipment requirements. When replacing, the entire lubrication system should be thoroughly cleaned to ensure that there is no residual old oil and impurities.
The selection and application of grease for electric actuator applications is a key link to ensure the normal operation and prolong the service life of the equipment. In practical applications, the appropriate lubricating grease should be selected according to the specific working environment and use conditions of the electric actuator, and the correct application and maintenance methods should be followed. Only in this way can we give full play to the performance advantages of electric actuators and improve the work efficiency and service life of the equipment.