What axial loads are deep groove ball bearings suitable for?

Deep groove ball bearings are a common type of bearing widely used in mechanical transmission systems. They have the advantages of simple structure, smooth operation and strong load-bearing capacity. They can not only withstand high radial loads, but also certain axial loads. Although deep groove ball bearings are not designed to withstand axial loads, they can still effectively withstand certain axial forces in some specific applications.
The axial load capacity of deep groove ball bearings mainly depends on the design of their inner and outer rings and the contact angle of the balls. Compared with angular contact ball bearings, deep groove ball bearings have a smaller contact angle, which means that their ability to withstand axial loads is relatively limited. However, deep groove ball bearings can still withstand a certain degree of axial load, especially in occasions with light loads and a relatively stable use environment.
In practical applications, deep groove ball bearings are usually used to withstand light axial loads. For example, in equipment such as motors, pumps, and fans, deep groove ball bearings can withstand certain radial and axial loads at the same time. The axial loads in these equipment are usually not too large, so deep groove ball bearings can perform well in these occasions.
The axial load bearing capacity of deep groove ball bearings is closely related to their size, material and lubrication status. When subjected to axial load, the contact surface of the ball is subjected to compression force, so in applications with heavy loads, the life of the bearing may be relatively short. In order to increase the service life and performance of the bearing, it is necessary to maintain good lubrication during use and ensure that the load does not exceed its rated load range.
For applications that need to withstand large axial loads, angular contact ball bearings or thrust ball bearings designed specifically for carrying axial loads are usually selected. However, in some light loads or equipment with low axial load requirements, deep groove ball bearings are still an economical and efficient choice. Through reasonable design and selection, deep groove ball bearings can balance radial and axial loads and provide reliable performance.
Deep groove ball bearings are suitable for bearing certain axial loads, especially when the load is light and the axial load is not dominant. In order to ensure the stability of the bearing and extend its service life, it should be avoided to exceed its load capacity during use, and it should be kept well lubricated and maintained.