SKF 22228 CCK/W33 Tapered 140 mm ID Roller Bearing, 250 mm OD

SKF Roller Bearing, 140 mm ID, 250 mm OD - 22228 CCK/W33

Support a rotating shaft with this roller bearing from SKF. The bearing uses cylindrical rollers to handle radial and axial loads, so it's a versatile choice. It's composed of two separate rows of symmetrical rollers between two rings. The inner ring has two raceways and the outer ring has a single raceway. This construction lets the unit support a high dynamic load rating of 743 kN, making it suitable for heavy-duty applications. As it's made of steel, the bearing is strong and sturdy enough to deliver reliable performance. It's also highly durable and resistant to rust, so it will offer a long lifespan.

Support a rotating shaft with this roller bearing from SKF. The bearing uses cylindrical rollers to handle radial and axial loads, so it's a versatile choice. It's composed of two separate rows of symmetrical rollers between two rings. The inner ring has two raceways and the outer ring has a single raceway. This construction lets the unit support a high dynamic load rating of 743 kN, making it suitable for heavy-duty applications. As it's made of steel, the bearing is strong and sturdy enough to deliver reliable performance. It's also highly durable and resistant to rust, so it will offer a long lifespan.

• Tapered bore type• Compact structure• High precision• Inside diameter of 140 mm• Outside diameter of 250 mm• Race width of 68 mm

• Tapered bore type

• Compact structure

• Compact structure

• High precision

• High precision

• Inside diameter of 140 mm

• Inside diameter of 140 mm

• Outside diameter of 250 mm

• Outside diameter of 250 mm

• Race width of 68 mm

• Race width of 68 mm

Application Information

• Aerospace engineering• Industrial manufacturing• Power plants

• Aerospace engineering

• Industrial manufacturing

• Industrial manufacturing

• Power plants

• Power plants

Will this bearing work with a misaligned shaft?

Thanks to the bearing's cylindrical rollers and rounded inner ring, it can accommodate some initial misalignment of the shaft. This means that you'll have to carry out less maintenance to keep it functional.

Thanks to the bearing's cylindrical rollers and rounded inner ring, it can accommodate some initial misalignment of the shaft. This means that you'll have to carry out less maintenance to keep it functional.