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 single row angular contact ball bearing, manufactured by SKF, is a high-quality product designed for a variety of industrial applications. With an inside diameter of 25mm and an outside diameter of 62mm, this steel ball bearing offers exceptional dynamic and static load ratings, making it suitable for demanding environments. The plain race type and open type sealing arrangement provide reliability and durability in operation.

• Single row angular contact ball bearing for high load capacity
• Steel material construction for durability
• Open type sealing arrangement for easy maintenance
• Plain race type for smooth operation
• High dynamic load rating of 24.2 kN for heavy-duty applications
• High static load rating of 14 kN for stable performance

• Essential for conveyor systems in manufacturing, ensuring smooth operation and minimal downtime
• Ideal for industrial pumps and compressors requiring reliable performance with a 62mm outside diameter
• Can be used for agricultural machinery, providing robust support and longevity in demanding field conditions
• Suitable for automotive applications, offering durability and precision in steering and suspension systems

This SKF ball bearing has a high dynamic load rating of 24.2 kN, making it suitable for applications requiring heavy loads.

The steel construction and open type sealing arrangement make this bearing suitable for operation in challenging conditions.

Yes, it is designed for use in mechanical machinery and industrial equipment.