Schaeffler Cam Follower, 19mm Roller Diameter, 32mm Roller Length - KRV19-X-PP-A This cam follower is a high-performance component designed for various mechanical applications. Renowned for its robust construction, it features a roller diameter of 19mm and an 8mm bore size. The steel material ensures durability, while the eccentric design enhances tracking accuracy during operation. With a static load rating of 8000 N and a dynamic load rating of 5400 N, this component is ideal for scenarios requiring reliable load management. Features & Benefits • High static load rating of 8000 N supports heavy-duty applications
• Dynamic load rating of 5400 N ensures reliable performance under motion
• Roller diameter of 19mm provides stability and minimal friction
• Eccentric bearing type optimises alignment and reduces wear
• Stud type design facilitates easy installation in assemblies
• Constructed from steel for enhanced strength and long-term use Applications • Used with conveyor systems for smooth operation
• Ideal for robotics in automated machinery setups
• Suitable for use in precision engineering equipment
• Employed in automotive for effective power transmission
• Utilised in manufacturing processes where high load capabilities are required What advantages does the eccentric design offer in mechanical systems? The eccentric design significantly improves alignment during operation, which minimises wear on associated components and enhances overall efficiency, making it suitable for high-precision environments. How does the static load rating impact application selection? A high static load rating like 8000 N allows for better performance in applications where heavy loads are static or at rest, ensuring the longevity and reliability of the component under demanding conditions. What maintenance practices ensure optimal performance of a cam follower? Regular inspections for wear and lubrication are essential to maintain smooth operation. Keeping the bearing track clean and ensuring proper alignment can prevent premature failure.