Spherical bearings have a capacity to carry high loads tolerate shocks loads, and are self aligning. As they can tolerate limited speeds, spherical bearings are used in vibrators, shakers, conveyors, speed reducers, transmissions, and other heavy machinery. Spherical ball bearings are made in varying radial thickness and axial widths to accommodate different loads.
Spherical plain bearings can accommodate a shaft or rod with varying misalignment. They consist of a plain bearing, with a ball bushing, inside a cylindrical housing. The housing may have a liner of different material to minimize friction or provide self-lubrication. Many ball and liner materials are available with different ratings for load capacity and lubrication requirements.
Spherical bearings are relatively maintenance-free. Spherical plain bearings and plain bushes are suitable for applications involving swivel movements, high alternating loads, very high radial loads with a unilateral load direction and high shock loads
Typical design attributes may include large bores, spherical rollers accommodate heavy radial loads while permitting axial loading and relative misalignment between the housing and the shaft. More contact area, inner rings to resist cracking, allowance for static or dynamic misalignment, and expansion capabilities are other features.
|Minimum Order Quantity||250 Onwards|
|Material Grade||SAE 52100|
|Clearance||P4, P5, P6|
|Usage/Application||Pumps, Mechanical fans & blowers, Mining and construction equipment , Gearboxes , Wind turbines|
|Is It Customised||Customisation|
The Spherical Roller Bearings has two rows of rollers, a common sphere outer ring raceway and two inner ring raceways inclined at an angle to the bearing axis. The center point of the sphere in the outer ring raceway is at the bearing axis
· Mechanical fans & blowers
· Mining and construction equipment
· Wind turbines
· Continuous casting machines
· Material handling
· Pulp & paper processing equipment
· Marine propulsion & offshore drilling
· Precise pressure distribution
· Superior for rigorous misalignment conditions
· Superior for extreme applications
· Capable of supporting heavy loads
· Frictionless rotation