FAG 21316-E1-XL Cylindrical 80 mm ID Spherical Roller Bearing, 170 mm OD

The FAG Spherical Roller Bearing is designed for robust performance even in demanding applications, offering a significant advantage in reliability and flexibility. Constructed without a central rip, it features a cylindrical bore type and a reliable sheet metal cage that provides excellent load distribution. With its standard relubrication feature, the bearing ensures sustained performance through long service intervals. This product serves as a crucial component in various industrial mechanisms, ideally suited to accommodate both radial and axial loads.

The FAG Spherical Roller Bearing is designed for robust performance even in demanding applications, offering a significant advantage in reliability and flexibility. Constructed without a central rip, it features a cylindrical bore type and a reliable sheet metal cage that provides excellent load distribution. With its standard relubrication feature, the bearing ensures sustained performance through long service intervals. This product serves as a crucial component in various industrial mechanisms, ideally suited to accommodate both radial and axial loads.

Cylindrical bore type allows for easy mounting and alignmentRobust construction ensures suitability for high load and dynamic applicationsTemperature resistance allows operation in a wide range of environmental conditionsFeatures a significant dynamic axial load factor ensuring stability under varying loads

Cylindrical bore type allows for easy mounting and alignment

Robust construction ensures suitability for high load and dynamic applications

Robust construction ensures suitability for high load and dynamic applications

Temperature resistance allows operation in a wide range of environmental conditions

Temperature resistance allows operation in a wide range of environmental conditions

Features a significant dynamic axial load factor ensuring stability under varying loads

Features a significant dynamic axial load factor ensuring stability under varying loads