Single-row taper roller bearings can only take axial loads in one direction. The forces generated in the bearing by radial loads, and the force acting axially, must be offset by an external counter force. This is why in practice single-row taper bearings are mounted against a second taper roller bearing.

Dimensions comply with data in DIN ISO 355 and DIN 720, 1979

This tapered roller bearing is designed to handle high radial and axial loads in one direction, making it suitable for various mechanical applications. Its sturdy construction ensures longevity and consistent performance, meeting the requirements of professionals in sectors such as automation, electronics, electrical, and mechanical industries. Featuring a cylindrical bore design, this component is integral to the efficiency and dependability of machinery.

• High load capability with a dynamic load rating of 50000N
• Optimised for high-speed operation with a reference speed of 9000r/min
• Single row design enhances capability for axial loads
• Metal construction provides strength and resilience
• Open-ended design allows for straightforward cleaning and lubrication
• Performance metrics reduce fatigue under operational stress

• Used in gearboxes for effective power transmission
• Suitable for motor assemblies requiring precise alignment
• Applied in conveyor systems to manage substantial loads
• Utilised in robotic arms and automation equipment
• Employed in automotive components to enhance stability

Installation involves securely placing the bearing within its seating and ensuring correct alignment and lubrication for optimal performance.

The open design allows for easier access during maintenance, facilitating cleaning and lubrication without needing to disassemble adjacent components.

Yes, it is specifically designed to manage both types of loads, offering versatility for various applications.

A high-viscosity lubricant is generally recommended to ensure smooth operation under different loads and speeds.

Yes, it can be used alongside other bearing types, provided that the load and speed requirements are compatible.