These single row angular bearings have a high and low shoulder on both raceways. This allows a large number of balls to be accommodated in the bearing to give it a relatively high loading capacity.

The bearings have a contact angle of 40° and are therefore ideal for withstanding high axial loads
They are non-separable and can tolerate relatively high speeds

These single row angular-contact ball bearings can only accept axial loads in one direction. The bearings must therefore be mounted against a second, conventional bearing.

This ball bearing is precisely designed to enhance performance in various applications. It plays a crucial role in machinery by providing a stable support structure that minimises friction and wear. Featuring a single row angular contact design, this product ensures dependable operation in various environments, making it a common choice across manufacturing, automation, and robotics sectors.

• Constructed from durable steel for longevity
• Open type design allows for straightforward maintenance
• Efficiently handles high dynamic loads
• Non-metallic cage reduces weight and improves performance
• Suitable for applications requiring parallel bore types
• Offers optimised clearance for smooth functioning

• Used in electric motors and generators
• Commonly applied in robotics to facilitate smooth movement
• Employed in automation equipment for enhanced efficiency
• Utilised in conveyors to reduce friction during operation

The product has a static load rating of 47.5kN and a dynamic load rating of 68.9kN, ensuring it can endure substantial pressures during operation.

Proper alignment during installation is essential to maximise performance and longevity, as misalignment may adversely affect operation.

While designed for versatility, operating it in extreme conditions may require additional protective measures to maintain optimal performance.

The frequency of maintenance checks depends on usage conditions

Yes, its angular contact configuration makes it well-suited for high-speed operations, enabling efficient rotation.