SKF NU211ECP 55 mm ID Cylindrical Roller Bearing, 100 mm OD

SKF Cylindrical Roller Bearing, 55mm Inside Diameter, 100mm Outside Diameter - NU211ECP

This cylindrical roller bearing is designed for high-performance applications, featuring an inside diameter of 55mm and an outside diameter of 100mm. Known for its reliable durability, this product is ideal for various industrial environments. With a race width of 21mm, it efficiently accommodates axial and radial loads, making it suitable for demanding operational conditions.

This cylindrical roller bearing is designed for high-performance applications, featuring an inside diameter of 55mm and an outside diameter of 100mm. Known for its reliable durability, this product is ideal for various industrial environments. With a race width of 21mm, it efficiently accommodates axial and radial loads, making it suitable for demanding operational conditions.

Features & Benefits

• Non-metallic cage enhances resistance to corrosion• Open type design enables easy lubrication access• Single row configuration optimises load distribution• Capable of handling dynamic loads up to 96.5kN• High reference speed reaches up to 7500 rpm• Efficiently withstands static loads rated at 95kN

• Non-metallic cage enhances resistance to corrosion

• Open type design enables easy lubrication access

• Open type design enables easy lubrication access

• Single row configuration optimises load distribution

• Single row configuration optimises load distribution

• Capable of handling dynamic loads up to 96.5kN

• Capable of handling dynamic loads up to 96.5kN

• High reference speed reaches up to 7500 rpm

• High reference speed reaches up to 7500 rpm

• Efficiently withstands static loads rated at 95kN

• Efficiently withstands static loads rated at 95kN

Applications

• Utilised in automation machinery for reliable operation• Suitable for electronic devices requiring high-speed performance• Employed in mechanical systems for reduced friction• Ideal for equipment in electrical needing durability

• Utilised in automation machinery for reliable operation

• Suitable for electronic devices requiring high-speed performance

• Suitable for electronic devices requiring high-speed performance

• Employed in mechanical systems for reduced friction

• Employed in mechanical systems for reduced friction

• Ideal for equipment in electrical needing durability

• Ideal for equipment in electrical needing durability

What is the significance of a non-metallic cage in this bearing?

The non-metallic cage provides enhanced resistance to corrosion, which is critical in environments with moisture or chemicals, extending the overall lifespan of the bearing and maintaining performance stability.

The non-metallic cage provides enhanced resistance to corrosion, which is critical in environments with moisture or chemicals, extending the overall lifespan of the bearing and maintaining performance stability.

How does the open design impact lubrication?

The open design allows for straightforward lubrication access, making maintenance easier and ensuring that the bearing operates under optimal conditions for longer periods.

The open design allows for straightforward lubrication access, making maintenance easier and ensuring that the bearing operates under optimal conditions for longer periods.

What load ratings should I take into account when selecting this bearing?

It supports a static load rating of 95 kN and a dynamic load rating of 96.5 kN, ensuring it meets the demands of various applications while providing reliable performance under load.

It supports a static load rating of 95 kN and a dynamic load rating of 96.5 kN, ensuring it meets the demands of various applications while providing reliable performance under load.

What are the benefits of using a single row cylindrical roller bearing?

A single row configuration ensures optimal load handling and compactness, making it suitable for applications with space constraints while effectively managing radial forces.

A single row configuration ensures optimal load handling and compactness, making it suitable for applications with space constraints while effectively managing radial forces.

In which scenarios would this bearing be most effective?

It excels in high-speed environments with varying loads, particularly in automation and mechanical systems, where performance and reliability are paramount.

It excels in high-speed environments with varying loads, particularly in automation and mechanical systems, where performance and reliability are paramount.