Features and applications of turntable bearing

The turntable bearing is an important part of many automobiles and machine tool equipment. There are multiple models of the turntable bearings. There is no need to support the body in the work. As long as the gap between the support to the face and the work surface is maintained, the turntable can be balanced. It can be selected as needed, and the scope of use is also very wide. Generally applicable to the precision transmission parts in the machine, in which aspects of the specific turntable bearings are used. Essence

1. The characteristics of the rotor bearing

The rotor bearing is generally suitable for tolerance of radial load (rotating torque) greater than 10N.M, and axial load does not exceed 20n.m. The roller and steel of the roller of the turntable bearing are carburized on the surface, and the surface hardness is high, which is suitable for occasions with impact loads.

The rolling roads are generally produced in precision processing methods, and their diameter can be selected as needed; inner and outer circles are demolished to facilitate maintenance and replacement. There are multiple models in the rotor bearing, which can be selected as needed. The turntable bearing is an overall component composed of high -precision, high -performance steel ball and graphite, and is mainly used in precision rotation instruments.
Rotor bearing
Second, the application of the rotor bearing

The turntable bearing is a high -precision, large carrying capacity, high stability, and high stability. It is widely used in the field of aerospace industry, petrochemical production and mechanical manufacturing industry. The roller of the rotor bearing is precisely processed, so there is no special requirements for the material. According to the application field, you can choose different brands of materials. The scope of the rotor bearing is wide, which is generally suitable for the precision transmission parts in the machine.

The characteristic of the rotor bearing is determined by the structure of the bearings. There is only one set of support in the entire structure. It does not require supporting body in the work. balance.