FAG 61809-Y 1 Row Deep Groove Ball Bearing -

The FAG Deep Groove Ball Bearing is engineered for excellence, offering a robust solution for various industrial applications. It is designed with a brass sheet metal cage to enhance durability and performance even in challenging environments. This bearing variant supports a wide operational temperature range, ensuring reliability whether in high or low temperature scenarios. Its cylindrical bore type facilitates easy mounting, while the precision construction guarantees minimal internal clearance and optimal load ratings.

The FAG Deep Groove Ball Bearing is engineered for excellence, offering a robust solution for various industrial applications. It is designed with a brass sheet metal cage to enhance durability and performance even in challenging environments. This bearing variant supports a wide operational temperature range, ensuring reliability whether in high or low temperature scenarios. Its cylindrical bore type facilitates easy mounting, while the precision construction guarantees minimal internal clearance and optimal load ratings.

Designed for high performance with minimum maintenance requirementsOptimised for radial and axial loads which ensuring versatility across applicationsCylindrical bore type allows for straightforward installation with minimal adjustmentsProvides exceptional load ratings which ensuring reliability under demanding conditionsLightweight design without compromising on strength and durability

Designed for high performance with minimum maintenance requirements

Optimised for radial and axial loads which ensuring versatility across applications

Optimised for radial and axial loads which ensuring versatility across applications

Cylindrical bore type allows for straightforward installation with minimal adjustments

Cylindrical bore type allows for straightforward installation with minimal adjustments

Provides exceptional load ratings which ensuring reliability under demanding conditions

Provides exceptional load ratings which ensuring reliability under demanding conditions

Lightweight design without compromising on strength and durability

Lightweight design without compromising on strength and durability