Angular Contact Bearings are ideally suited to applications requiring high rotating speeds, combined radial and axial loads and a high degree of stiffness and running accuracy.

High Performance - They have a high load carrying capacity and thus allow smaller bearings to be used while still providing long service life
Quieter and Cooler Running - With their optimal inner geometry, they run quieter and cooler and can tolerate longer maintenance intervals
Precise Shaft Guidance - Due to precision manufacturing processes, almost all SKF angular contacts exceed standard tolerances, to provide a smoother, truer running shaft with less heat and fewer vibrations
High Temperature Capability - They can withstand relatively high operating temperatures without significant loss of dimensional stability

This angular contact ball bearing is suitable for applications that require precise and consistent operation. With a double row configuration, it effectively distributes loads and maintains efficiency across various mechanical and automation systems. Its open type sealing arrangement adds versatility while ensuring dependable performance in critical operations.

• Designed for dual load capacity for enhanced performance
• Open type sealing facilitates maintenance and accessibility
• Constructed from steel for strength and durability
• CN clearance optimises operational efficiency
• Static load rating provides stability in dynamic environments
• Non-metallic cage material minimises friction and wear

• Ideal for precision machinery in automation
• Used in electrical devices needing high-speed rotation
• Employed in mechanical assemblies to reduce friction
• Assists effectively in support structures within conveying systems

Yes, it is designed for high-speed applications, making it appropriate for a variety of industrial uses.

Expect a static load rating of 30kN and a dynamic load rating of 40.5kN, making it suitable for extensive applications.

The CN clearance is optimal for balancing performance under varied operational conditions, ensuring smooth functionality.