SKF 29318 E Tapered 90 mm ID Roller Bearing, 155 mm OD

SKF Spherical Roller Bearing, 90 mm ID, 155 mm OD - 29318 E

This SKF spherical roller bearing can accommodate heavy loads (both radial and axial) and tolerate initial misalignment and shaft deflections from shock loads. Its optimised design helps to increase load-carrying capacity. The tapered rollers are inclined at an angle toward the bearing's axis. This means that force from radial loads is channelled to help resist axial shocks. Part of the upgraded SKF Explorer range, this bearing's robust build quality ensures a long service life with reduced need for maintenance.

This SKF spherical roller bearing can accommodate heavy loads (both radial and axial) and tolerate initial misalignment and shaft deflections from shock loads. Its optimised design helps to increase load-carrying capacity. The tapered rollers are inclined at an angle toward the bearing's axis. This means that force from radial loads is channelled to help resist axial shocks. Part of the upgraded SKF Explorer range, this bearing's robust build quality ensures a long service life with reduced need for maintenance.

• Tapered bore type for radial and axial loads• Compact structure• High precision and accommodation of angular misalignment• Inside diameter of 90 mm• Outside diameter of 155 mm• Race width of 24.5 mm

• Tapered bore type for radial and axial loads

• Compact structure

• Compact structure

• High precision and accommodation of angular misalignment

• High precision and accommodation of angular misalignment

• Inside diameter of 90 mm

• Inside diameter of 90 mm

• Outside diameter of 155 mm

• Outside diameter of 155 mm

• Race width of 24.5 mm

• Race width of 24.5 mm

Application Information

• Industrial fans• Wind turbines• Mineral processing• Cement manufacture

• Industrial fans

• Wind turbines

• Wind turbines

• Mineral processing

• Mineral processing

• Cement manufacture

• Cement manufacture

Why does this spherical roller bearing have a tapered bore?

The tapered bore design in this bearing means the rollers are set at an angle, meeting at the bearing's axis. This means that radial loads are directed toward the axis and can increase the amount of axial shock force the bearing can withstand.

The tapered bore design in this bearing means the rollers are set at an angle, meeting at the bearing's axis. This means that radial loads are directed toward the axis and can increase the amount of axial shock force the bearing can withstand.