Single row cylindrical roller bearing NUP2311-E-TVP2 FAG

NUP2311-E-TVP2 FAG Cylindrical Roller Bearing - Exceptional Performance and Durability

The NUP2311-E-TVP2 FAG cylindrical roller bearing is designed for high-performance applications, providing outstanding reliability and efficiency. This single-row bearing is ideal for various industrial applications, ensuring smooth operation and reduced friction in machinery.

Advantages and Benefits of NUP2311-E-TVP2 FAG Bearing

• High Durability: Made from high-quality bearing steel, this bearing offers exceptional resistance to wear and tear, ensuring a long service life.
• Normal Internal Clearance: With a CN internal clearance, it provides optimal performance in a wide range of temperatures and operating conditions.
• Non-Metallic Cage: The non-metallic cage design minimizes friction and enhances the bearing's overall efficiency.
• Cylindrical Bore: The cylindrical bore allows for easy installation and alignment, making it user-friendly for various applications.
• Compact Design: With an outer diameter of 120 mm and an inner diameter of 55 mm, this bearing is suitable for compact machinery setups.

Applications of NUP2311-E-TVP2 FAG Bearing

This cylindrical roller bearing is widely used in various industries, including:

• Automotive industry for engine components
• Manufacturing machinery for enhanced operational efficiency
• Agricultural equipment to ensure reliable performance
• Construction machinery for heavy-duty applications

Quality Assurance from SCHAEFFLER

Manufactured by SCHAEFFLER, a renowned leader in bearing technology, the NUP2311-E-TVP2 FAG bearing guarantees top-notch quality and performance. With a strong reputation for innovation and excellence, SCHAEFFLER ensures that each product meets the highest industry standards.

Don't miss out on the opportunity to enhance your machinery's performance with the NUP2311-E-TVP2 FAG cylindrical roller bearing. Check the price now or add to your cart to experience the benefits of superior engineering and reliability.