FAG 16003-A-2RSR 1 Row Deep Groove Ball Bearing - 17 mm ID, 35 mm OD

The FAG Deep Groove Ball Bearing is a precision engineered solution designed for a vast array of applications, merging reliability with high performance. Built with an internal design variant to enhance overall functionality, this bearing boasts dual contact seals to ensure longevity and robust performance even in challenging conditions. The product features a steel sheet metal cage that not only contributes to its strength but also helps in maintaining the integrity of the lubricant.

The FAG Deep Groove Ball Bearing is a precision engineered solution designed for a vast array of applications, merging reliability with high performance. Built with an internal design variant to enhance overall functionality, this bearing boasts dual contact seals to ensure longevity and robust performance even in challenging conditions. The product features a steel sheet metal cage that not only contributes to its strength but also helps in maintaining the integrity of the lubricant.

Offers dual sealing for enhanced protection against contaminantsSteel sheet metal cage ensures improved lubrication retentionOptimised for both radial and axial loads facilitating versatile applicationsStabilised dimensions provide consistent performance and precise fittingLightweight design contributes to overall system efficiency and reduces operational strain

Offers dual sealing for enhanced protection against contaminants

Steel sheet metal cage ensures improved lubrication retention

Steel sheet metal cage ensures improved lubrication retention

Optimised for both radial and axial loads facilitating versatile applications

Optimised for both radial and axial loads facilitating versatile applications

Stabilised dimensions provide consistent performance and precise fitting

Stabilised dimensions provide consistent performance and precise fitting

Lightweight design contributes to overall system efficiency and reduces operational strain

Lightweight design contributes to overall system efficiency and reduces operational strain