FAG 22311-E1-XL-C3 Cylindrical 55 mm ID Roller Bearing, 120 mm OD

The FAG Spherical Roller Bearing is designed to accommodate heavy radial and axial loads in both directions. Featuring an innovative design with a cylindrical bore and a sheet metal cage, this bearing excels in situations requiring robustness and precision. Its dynamic axial load capacity makes it well-suited for demanding applications, while its temperature resilience of up to 200 °C ensures reliable operation in extreme conditions. The bearing's capacity for relubrication and its standard clearance feature contribute to ease of maintenance, further enhancing its suitability for a variety of industrial applications. Ideal for use where misalignment may occur, this bearing stands out for its exceptional durability and efficiency.

The FAG Spherical Roller Bearing is designed to accommodate heavy radial and axial loads in both directions. Featuring an innovative design with a cylindrical bore and a sheet metal cage, this bearing excels in situations requiring robustness and precision. Its dynamic axial load capacity makes it well-suited for demanding applications, while its temperature resilience of up to 200 °C ensures reliable operation in extreme conditions. The bearing's capacity for relubrication and its standard clearance feature contribute to ease of maintenance, further enhancing its suitability for a variety of industrial applications. Ideal for use where misalignment may occur, this bearing stands out for its exceptional durability and efficiency.

Standard relubrication feature simplifies maintenance proceduresOperates effectively within a wide temperature range catering to diverse environmentsExhibits high fatigue load limits supporting prolonged service life

Standard relubrication feature simplifies maintenance procedures

Operates effectively within a wide temperature range catering to diverse environments

Operates effectively within a wide temperature range catering to diverse environments

Exhibits high fatigue load limits supporting prolonged service life

Exhibits high fatigue load limits supporting prolonged service life