Yoke Cam Follower NATR 8 PP, 8mm ID, 24mm OD

Support rollers of the NATR design incorporate cage-guided needle rollers and permit relatively high speed operation
The outer ring is guided by the side washers which are pressed on to the inner ring; the washers form gap-type seals with the outer ring
The outer ring is particularly thick-walled and intended for heavy loads and also shock loads
Operating temperature range is -30 to +100°C
Conforms to ISO 6278-1980 and ANSI/AFBMA Standard 16.1-1988 as well as ANSI/AFBMA Standard 16.1-1976

This cam follower is designed for flexibility in various industrial applications, such as cam drives and conveyor systems. Its sturdy construction and yoke-type design ensure effective operation across different track types, boosting operational efficiency. The integral sealing and relubrication features enhance service life and dependability in various environments.

• High radial load capacity for demanding conditions
• Axial guidance of the outer ring for stability
• Easy mounting design reduces installation time
• Sealed construction offers protection against contaminants
• Built-in relubrication feature simplifies maintenance
• Suitable for both dynamic and static load applications

• Utilised in cam drive systems for precise control
• Employed in conveyor setups for smooth operation
• Suitable for robotics requiring high-load capacity
• Used in machinery with roller bearings for reliability
• Implemented in automated systems for consistent performance

Regular relubrication through the designated hole will ensure optimal performance and longevity. It is advisable to check the lubrication periodically based on operational frequency and conditions.

Yes, it has a limiting speed of up to 5000r/min, making it suitable for high-speed operations across various industrial settings.

The dynamic load rating of 5280N indicates the maximum load it can handle during normal use while maintaining performance integrity.

The crowned profile helps maintain contact with the track, improving load distribution and reducing wear, thereby enhancing durability.