Product Introduction:
32SBT52 The structure of the spherical plain bearing is mainly composed of an inner ring with outer sphere and an outer ring with inner sphere.The bearing is generally used for swinging motion of low speed. Due to the sliding surface of spherical shape, the bearing is used for tilted movement in certain Angle range ( the self-aligning movement),when the nonconcentricity between the supporting shaft and the shaft shell is bigger, the bearing can still work normally.

Angular contact radial spherical plain bearings have sphered sliding surfaces on the inner and in the outer ring which are arranged at an angle to the bearing axis.They are therefore particularly suitable for carrying combined (radial and axial) loads.
A single angular contact spherical plain bearing can only accept axial loads acting in one direction. Under radial loads, a force acting in the axial direction is produced in the bearing which must always be opposed by an equal force acting in the opposite direction. Therefore, the bearings are usually adjusted against a second bearing.
If two angular contact spherical plain bearings are arranged so that their sphere centers coincide, a spherical plain bearing is obtained which can accommodate heavy radial loads as well as heavy axial loads in both directions.