FAG 51102 Thrust Ball Bearing- Open Type 15mm I.D, 28mm O.D

This deep groove ball bearing is designed to accommodate both radial and axial loads within precision engineering applications. With an inside diameter of 15mm and an outside diameter of 28mm, this open type bearing is made from high-quality steel, ensuring durability and consistent performance. The axial deep groove structure provides reliable motion and is well-suited for various mechanical setups across different industries.

• Open type design allows for easy installation and maintenance
• Made from steel for increased load capacity and longevity
• 16.8 kN static load rating ensures reliability under heavy loads
• 10.5 kN dynamic load rating accommodates high-speed applications
• Single row design simplifies space requirements while maintaining functionality
• Parallel bore type enhances compatibility with numerous assemblies

• Used with automation equipment for smooth mechanical movement
• Ideal for electric motors requiring robust load management
• Suitable for electronic devices needing precision components
• Utilised in mechanical assemblies where space is limited
• Employed in thrust for effective load distribution

This bearing is designed to accommodate both radial and axial loads, making it versatile for various applications where combined loading is encountered.

The open type design allows for easy lubrication access and straightforward maintenance, enhancing the bearing's operational lifespan and efficiency.

The static load rating of 16.8 kN indicates the maximum load the bearing can withstand without permanent deformation, while the dynamic load rating of 10.5 kN indicates its ability to handle loads during movement without failure.

This bearing is particularly beneficial in sectors like automation, electronics, and mechanical engineering where precision and reliability are critical for operational effectiveness.

Steel provides enhanced strength and durability, allowing the bearing to resist wear and deformation, thus ensuring long-term performance in demanding applications.