FAG 22316-E1-XL-K K Tapered 80 mm ID Roller Bearing, 170 mm OD

The FAG Spherical Roller Bearing is designed with precision and durability in mind, making it an ideal choice for various industrial applications. It boasts a tapered bore configuration with a taper ratio of 1:12, ensuring enhanced load distribution and reliability under demanding conditions. Engineered to comply with DIN 635-2 standards, this bearing's robust construction provides exceptional performance in both radial and axial load scenarios.

The FAG Spherical Roller Bearing is designed with precision and durability in mind, making it an ideal choice for various industrial applications. It boasts a tapered bore configuration with a taper ratio of 1:12, ensuring enhanced load distribution and reliability under demanding conditions. Engineered to comply with DIN 635-2 standards, this bearing's robust construction provides exceptional performance in both radial and axial load scenarios.

Normal internal clearance supports stable performance in varying operational conditionsDesigned for high speed applications with a commendable limiting speedOffers effective axial load support in both single and double directionsVersatile lubrication options available to cater to different operational needsSignificantly reduces the risk of misalignment due to static and dynamic error tolerance

Normal internal clearance supports stable performance in varying operational conditions

Designed for high speed applications with a commendable limiting speed

Designed for high speed applications with a commendable limiting speed

Offers effective axial load support in both single and double directions

Offers effective axial load support in both single and double directions

Versatile lubrication options available to cater to different operational needs

Versatile lubrication options available to cater to different operational needs

Significantly reduces the risk of misalignment due to static and dynamic error tolerance

Significantly reduces the risk of misalignment due to static and dynamic error tolerance