Why do bearings need quantitative lubrication?

In the daily operation of industrial production and mechanical equipment, bearings are one of the key components, and their life and performance are crucial to the stability of the overall equipment. Among them, the addition of lubricating oil is an important link to ensure the smooth operation of bearings. Today, we explain in detail how to accurately add lubricating oil to bearings from multiple angles and different levels to improve the use effect and life of the equipment.

Different bearings require different types of lubricating oil, and environmental temperature, running speed, load and other factors will affect the choice of lubricating oil. In general, bearings with lower viscosity are selected for high-speed operation, while in heavy-duty environments, lubricants with higher viscosity and stronger pressure performance are required. Bearing lubrication can effectively reduce friction, reduce temperature, avoid wear and corrosion, which significantly improves the operating efficiency and service life of the equipment.

If the lubricating oil is added too little, the bearing friction will increase, the temperature will rise, and even burn; Adding too much lubricating oil will cause oil leakage and pollute the environment. Therefore, it is very important to control the amount of lubricating oil reasonably. Kent's line equipment is equipped with automatic dosing system, which can automatically adjust the amount of lubricating oil according to preset parameters and real-time monitoring data. Therefore, the motor bearings manufactured by Kent will be double-sided grease before leaving the factory, and no additional grease is required during the use of the bearings. This not only saves worry and effort, but also effectively avoids problems caused by improper addition of lubricating oil.

On the whole, the accurate addition of bearing lubricating oil is not only a basic operation in the maintenance of mechanical equipment, but also a key link to improve the life of equipment and ensure the stability of operation. In the daily operation of industrial production and mechanical equipment, bearings are one of the key components, and their life and performance are crucial to the stability of the overall equipment. Among them, the addition of lubricating oil is an important link to ensure the smooth operation of bearings. Today, we explain in detail how to accurately add lubricating oil to bearings from multiple angles and different levels to improve the use effect and life of the equipment.

Different bearings require different types of lubricating oil, and environmental temperature, running speed, load and other factors will affect the choice of lubricating oil. In general, bearings with lower viscosity are selected for high-speed operation, while in heavy-duty environments, lubricants with higher viscosity and stronger pressure performance are required. Bearing lubrication can effectively reduce friction, reduce temperature, avoid wear and corrosion, which significantly improves the operating efficiency and service life of the equipment.

If the lubricating oil is added too little, the bearing friction will increase, the temperature will rise, and even burn; Adding too much lubricating oil will cause oil leakage and pollute the environment. Therefore, it is very important to control the amount of lubricating oil reasonably. Kent's line equipment is equipped with automatic dosing system, which can automatically adjust the amount of lubricating oil according to preset parameters and real-time monitoring data. Therefore, the motor bearings manufactured by Kent will be double-sided grease before leaving the factory, and no additional grease is required during the use of the bearings. This not only saves worry and effort, but also effectively avoids problems caused by improper addition of lubricating oil.

On the whole, the accurate addition of bearing lubricating oil is not only a basic operation in the maintenance of mechanical equipment, but also a key link to improve the life of equipment and ensure the stability of operation.