FAG 30/8-B-2RS-TVH Double Row Angular Contact Ball Bearing- Both Sides Sealed 8mm I.D, 22mm O.D

This angular contact ball bearing is designed for precision applications, featuring a bore diameter of 8mm and an outside diameter of 22mm. The product falls within the extra light series and includes a robust double-row design that ensures high performance in demanding environments. With a width of 11mm and made from durable steel, this sealed ball bearing offers reliability in various settings, making it a suitable choice for automation and mechanical engineering tasks.

• Double row design provides enhanced load distribution
• Both sides sealed for superior contamination protection
• High dynamic load capacity of 5.1kN ensures reliable performance
• Glass-fibre reinforced cage enhances durability and strength
• Lightweight construction at approximately 0.022kg improves efficiency

• Used in systems requiring high precision
• Employed in electrical equipment for stability and performance
• Suitable for robotics where space and weight are critical
• Ideal for high load capacity needs in compact designs

The double-row configuration allows for greater load capacity and stability, enabling it to handle both radial and axial loads effectively, making it ideal for applications that require reliability under various stress conditions.

This bearing is designed for grease lubrication, specifically with low-noise ball bearing grease, ensuring smooth operation and reduced wear, particularly in environments where maintenance might be challenging.

The contact seals on both sides significantly enhance the bearing's resistance to dust and moisture, helping to prolong its lifespan and maintain optimal functionality even in harsh conditions.

The bearing can operate effectively within a temperature range of -20°C to 100°C, making it suitable for diverse industrial applications that may experience various thermal conditions.

Constructed from steel, this ball bearing provides strength and durability, ensuring minimal deformation under high loads, thus retaining its performance characteristics over extended periods of use in demanding situations.