What is the performance of the spherical bearing axial load?

Since the structural form and working mechanism of the spherical bearing axial load are completely different from those of the rolling bearing, the joint bearing has its own technical characteristics and maintenance requirements.

Spherical bearing axial load
The allowable operating temperature of the spherical bearing axial load is mainly determined by the mating material between the sliding surfaces of the bearing. In particular, the sliding surface of the plastic material of the self-lubricating joint bearing has a downward trend in the bearing capacity at high temperatures. When the sliding surface material of a lubricated spherical bearing axial load is paired with steel/steel, the allowable operating temperature depends on the allowable operating temperature of the lubricant. However, for all lubricated and self-lubricating joint bearings, they can be used in the temperature range of -30 ° C ~ +80 ° C, and maintain the correct bearing capacity.

Spherical bearing axial load
The inclination of the spherical bearing axial load is much larger than that of the generally adjustable rolling bearing. It is suitable for use in the bearing parts where the concentricity is not required. The inclination of the spherical bearing axial load depends on the size, type, sealing device and bearing form of the bearing. Differently, the general radial bearing has an inclination angle of 3° to 15°, the angular contact spherical load has an inclination angle of 2° to 3°, and the thrust joint bearing has an inclination range of 6° to 9°.

Spherical bearing axial load
In any case, the matching of the spherical bearing axial load shall not cause uneven deformation of the ferrule. The selection of the matching property and grade shall be determined according to the working conditions such as bearing type, support form and load size.

Loading and unloading of spherical bearing axial load
The loading and unloading of the spherical bearing axial load should follow the principle that the force applied by assembly and disassembly cannot be transmitted directly through the spherical sliding surface. In addition, auxiliary loading and unloading tools, such as sleeves, detachers, etc., should be used to directly and uniformly apply the loading and unloading force applied by the outside to the ferrule to be fitted, or to perform load-free loading and unloading by an auxiliary method such as heating.

Spherical bearing axial load installation
When assembling the spherical bearing axial load series, it is necessary to leave the position of the segment of the accidental circle. In order to avoid the load directly acting on the segmentation surface, the segmentation surface should be maintained at a right angle to the direction.

Spherical bearing axial load lubrication
When the speed of the applied load and the oscillating motion are small, the oil-filled spherical bearing axial load can be operated without lubrication. However, in general, it is necessary to replenish the oil regularly. It is recommended that the lubrication cycle be appropriately shortened during initial installation and operation.

The spherical bearing axial load can be used without lubrication. However, if lithium soap based grease is added prior to operation, the life of the joint bearing will be extended. If the grease is injected into the space around the bearing, the joint bearing will be more effective in protecting against the invasion of dust and foreign matter.

ZYSL company specializes in spherical bearing axial load for many years. All raw materials and accessories have been carefully selected to ensure a good user experience.

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