Yoke Cam Follower NATR 17 PP, 17mm ID, 40mm 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 a yoke-type component designed for optimal support rollers with axial guidance. Featuring a roller diameter of 40mm and a bore size of 17mm, it provides exceptional performance in various mechanical applications. Its robust steel construction ensures durability, while the specified static load rating stands at 15kN and dynamic load rating at 12.5kN.

• Designed for reduced friction in heavy-duty applications
• Axial guidance improves stability during operation
• Enhanced load ratings provide excellent performance under stress
• Maximum speed of up to 3400rpm for high-efficiency machinery
• Compact dimensions allow for easy integration into tight spaces

• Used with automated machinery for consistent motion
• Suitable for in electrical and electronic equipment
• Implemented in mechanical systems requiring precise movement
• Utilised in robotics for seamless component interaction

The steel construction provides resistance to wear and tear, while the specified load ratings ensure it can withstand both static and dynamic pressures effectively. This combination makes it suitable for continuous use in demanding environments.

Choosing this yoke-type cam follower stems from its axial guidance, which significantly enhances stability and precision in motion. The ability to handle specified load ratings without compromising performance is also a crucial consideration.

Yes, its dimensions and load capacity make it a viable replacement for standard rollers, particularly in systems that require additional support and stability under varying operational conditions.