1.The fit between the bearing and the bearing housing: The outer ring of the bearing is spherical in shape and fits with the bearing housing with a spherical inner hole. This spherical fit design is its core structural feature, which endows the bearing with an automatic self-aligning function.
2.Bearing housing form: The bearing housing is of a suspended structure with three installation holes, all located on one side of the shaft center. It is suitable for occasions where the installation space is limited and other ordinary bearing units cannot be used.
3.Good self-aligning performance: It can automatically correct the axis deviation caused by installation errors or shaft bending, adjust the axis deviation caused by shaft deflection, eccentricity, etc., prevent the bearing from bearing abnormal loads, ensure the stable operation of the equipment, and effectively compensate for errors such as non-coincidence of the axis and deformation of the installation bottom surface during installation.
4.Easy installation: No additional bearing box design is required. It can be directly installed at the designated position of the main unit through bolts. It is convenient to use and can be installed quickly, saving installation time and cost.
5.Strong load-bearing capacity: The outer spherical structure increases the contact area. Compared with ordinary bearings, it can withstand greater radial loads and certain axial loads, making it suitable for various working scenarios with high load-bearing capacity requirements.
6.Convenient maintenance: Some models are equipped with oil injection holes, which facilitate the replenishment of grease, effectively extending the service life of the bearings and reducing the risk of failure caused by poor lubrication.
