FAG NU206-E-XL-TVP2 30 mm ID Roller Bearing, 62 mm OD

Schaeffler Cylindrical Roller Bearing, 30mm Inside Diameter, 62mm Outside Diameter - NU206-E-XL-TVP2

This cylindrical roller bearing offers exceptional performance and reliability in various industrial applications. With an inside diameter of 30mm and an outside diameter of 62mm, it is designed to accommodate high loads while maintaining smooth operation. This open cylindrical roller bearing is built with a PA66 cage for enhanced durability and efficiency.

This cylindrical roller bearing offers exceptional performance and reliability in various industrial applications. With an inside diameter of 30mm and an outside diameter of 62mm, it is designed to accommodate high loads while maintaining smooth operation. This open cylindrical roller bearing is built with a PA66 cage for enhanced durability and efficiency.

Features & Benefits

• Utilises a PA66 cage for improved resilience and performance• Dynamic load rating reaches 46000N, ideal for demanding usage• Facilitates high-speed applications with a reference speed of 9600rpm• Limiting speed of 16300rpm ensures suitability for high-speed operations• Designed as a parallel bore roller bearing to optimise fit and function

• Utilises a PA66 cage for improved resilience and performance

• Dynamic load rating reaches 46000N, ideal for demanding usage

• Dynamic load rating reaches 46000N, ideal for demanding usage

• Facilitates high-speed applications with a reference speed of 9600rpm

• Facilitates high-speed applications with a reference speed of 9600rpm

• Limiting speed of 16300rpm ensures suitability for high-speed operations

• Limiting speed of 16300rpm ensures suitability for high-speed operations

• Designed as a parallel bore roller bearing to optimise fit and function

• Designed as a parallel bore roller bearing to optimise fit and function

Applications

• Used in automation and mechanical systems for reliability• Suitable for high-speed in the aerospace industry• Ideal for electric motors requiring robust load support• Utilised in conveyor systems for enhanced movement efficiency• Effective in industrial machinery demanding high load ratings

• Used in automation and mechanical systems for reliability

• Suitable for high-speed in the aerospace industry

• Suitable for high-speed in the aerospace industry

• Ideal for electric motors requiring robust load support

• Ideal for electric motors requiring robust load support

• Utilised in conveyor systems for enhanced movement efficiency

• Utilised in conveyor systems for enhanced movement efficiency

• Effective in industrial machinery demanding high load ratings

• Effective in industrial machinery demanding high load ratings

What factors contribute to the bearing's performance in high-load applications?

The bearing features a robust design, with a static load rating of 37500N and a dynamic load rating of 46000N, allowing it to effectively manage significant stresses without compromising functionality.

The bearing features a robust design, with a static load rating of 37500N and a dynamic load rating of 46000N, allowing it to effectively manage significant stresses without compromising functionality.

How does the choice of cage material impact the bearing's operation?

The PA66 cage offers increased strength and reduced weight, ensuring smooth roller movement while enhancing the bearing’s longevity and reliability under various loads and speeds.

The PA66 cage offers increased strength and reduced weight, ensuring smooth roller movement while enhancing the bearing’s longevity and reliability under various loads and speeds.

Can this bearing be used in environments with high speeds?

Yes, the bearing is engineered with a reference speed of 9600rpm and a limiting speed of 16300rpm, making it suitable for high-speed applications while minimising wear and ensuring efficient operation.

Yes, the bearing is engineered with a reference speed of 9600rpm and a limiting speed of 16300rpm, making it suitable for high-speed applications while minimising wear and ensuring efficient operation.