SKF Bearing Inserts 35mm ID 72mm OD YAR 207-2RF

For use with self-lube sealed bearing units or with user's own housings. Bearings are secured onto the shaft with a set-screw lock. When the axial load exceeds the limiting value, a shoulder should be provided on the shaft for the bearing inner ring to abut against so that the axial load is not transmitted through the set screws

This is a steel bearing insert designed for various industrial applications. The bearing features an inside diameter of 35mm and an outside diameter of 72mm, providing robust performance in demanding environments. It is engineered to handle substantial loads while ensuring durability and reliability, making it a crucial component in both mechanical and electrical systems.

• Offers a static load rating of 15,300N for enhanced durability
• Delivers a dynamic load rating of 25,500N ensuring high performance
• Incorporates a standard inner ring for easy adaptability
• Designed with a limiting speed of 3,200 r/min for operational efficiency
• Features a compact weight of 0.45kg for manageable handling
• Utilises a hexagonal set screw for secure mounting

• Used for machinery that requires high load capacity bearings
• Suitable for automation systems demanding precision and reliability
• Ideal for electrical devices where space is limited
• Used for mechanical needing robust performance under load
• Ideal for installations requiring easy mounting and adjustment

A limiting speed of 3,200 r/min allows for efficient operation in high-speed applications, maximising productivity while ensuring longevity in mechanical systems.

Steel provides exceptional strength and durability, allowing for high load capabilities and resistance to wear, which is essential for demanding applications.

The hexagonal set screw allows for a firm and adjustable connection, ensuring stability during operation and mitigating risks of loosening over time.

Ensuring proper shaft tolerances is crucial for optimising performance, as this affects the longevity and efficiency of the bearing's operation within its designated application.