Structure and characteristics of outer spherical bearing assembly with seat:

The inner structure of deep groove ball type

The interior of the bearing is the same structure as the 6200 and 6300 deep groove ball bearings, which can withstand radial and axial loads, and the noise is also very low.

Interchangeability between bearing and housing:

There is interchangeability between the bearing and the bearing seat, and when necessary, you can only exchange the bearing at any time, which is very convenient.

Spherical bearing with seat is a combination of bearing and bearing seat to form a whole. Because an appropriate amount of high-quality grease has been injected into the bearing in advance, it only needs to remain in the original state to the spindle and can be operated immediately. Therefore, there is no need to worry about foreign matter mixing into the bearing in the operation, which is very convenient and can avoid unexpected trouble that may occur when the actual security of the Beijing area.

High quality and beautiful adhesive coating

Due to the coating material on the outer surface of the bearing seat, the baking paint of the melamine resin series is used, so the adhesion of the coating film is good, and the beautiful luster can be maintained for a long time. This kind of paint, because it is a light blue color, so no matter what kind of mechanical device, it will be very coordinated.

Easy to install on the spindle:

The method of installing the outer spherical bearing with seat on the main shaft includes two hexagonal setting screws on one end of the inner ring, which are used to install the fixing screw method on the fixed shaft. The inner diameter of the inner ring is a cone pass, a fastening sleeve method installed by fastening sleeve and a eccentric sleeve method installed by eccentric sleeve. The outer rim of the convex part of the end face of the bearing inner ring and the inner rim center of the concave part of the eccentric sleeve end are staggered ER open type. There is also the EE type that the center of the concave inner circumference of the bearing inner ring end face and the convex part of the eccentric sleeve end outer circumference are staggered, forming a wedge on that circumference, and the wedge solidifies the shaft and the inner ring.