SKF NU 207 ECP/C3 35 mm ID Roller Bearing, 72 mm OD

SKF Cylindrical Roller Bearing, 35mm Inside Diameter, 72mm Outside Diameter - NU 207 ECP/C3

This cylindrical roller bearing is designed for high-speed applications in the mechanical and electrical industries. It ensures superior performance and reliability under varying loads. With an inside diameter of 35mm and an outside diameter of 72mm, it features a single-row design ideal for critical bearing applications.

This cylindrical roller bearing is designed for high-speed applications in the mechanical and electrical industries. It ensures superior performance and reliability under varying loads. With an inside diameter of 35mm and an outside diameter of 72mm, it features a single-row design ideal for critical bearing applications.

Features & Benefits

• Capable of handling dynamic loads up to 56kN for robust performance• Reference speed reached at 11,000 r/min maximises operational efficiency• High limiting speed of 12,000 r/min enhances suitability for high-speed bearings• Offers 1.1mm minimum edge radii for optimal installation versatility• Exceptional static load rating of 48kN ensures durability

• Capable of handling dynamic loads up to 56kN for robust performance

• Reference speed reached at 11,000 r/min maximises operational efficiency

• Reference speed reached at 11,000 r/min maximises operational efficiency

• High limiting speed of 12,000 r/min enhances suitability for high-speed bearings

• High limiting speed of 12,000 r/min enhances suitability for high-speed bearings

• Offers 1.1mm minimum edge radii for optimal installation versatility

• Offers 1.1mm minimum edge radii for optimal installation versatility

• Exceptional static load rating of 48kN ensures durability

• Exceptional static load rating of 48kN ensures durability

Applications

• Used with electric motors in automation processes• Suitable for gearboxes in mechanical• Effective in various electronic devices requiring precision movement• Utilised in equipment where high-speed operation is essential

• Used with electric motors in automation processes

• Suitable for gearboxes in mechanical

• Suitable for gearboxes in mechanical

• Effective in various electronic devices requiring precision movement

• Effective in various electronic devices requiring precision movement

• Utilised in equipment where high-speed operation is essential

• Utilised in equipment where high-speed operation is essential

What is the importance of the static load rating for operational efficiency?

The static load rating indicates the maximum load the bearing can sustain without permanent deformation, ensuring reliability and longevity in applications where heavy loads are frequent.

The static load rating indicates the maximum load the bearing can sustain without permanent deformation, ensuring reliability and longevity in applications where heavy loads are frequent.

How does the design of the non-metallic cage affect performance?

The non-metallic cage minimises weight while reducing friction, which contributes to enhanced speed and better overall efficiency in heavy-duty applications.

The non-metallic cage minimises weight while reducing friction, which contributes to enhanced speed and better overall efficiency in heavy-duty applications.

What maintenance practices ensure optimal performance of this component?

Routine inspections and the application of appropriate lubrication minimise wear and extend operational life, ensuring consistent performance throughout its life cycle.

Routine inspections and the application of appropriate lubrication minimise wear and extend operational life, ensuring consistent performance throughout its life cycle.

How can I determine compatibility with my machinery?

Check the bearing dimensions and load ratings against your machinery specifications to ensure proper fit and performance under application-specific load conditions.

Check the bearing dimensions and load ratings against your machinery specifications to ensure proper fit and performance under application-specific load conditions.

What are the implications of the high limiting speed?

A higher limiting speed allows for faster rotational capabilities, making this bearing suitable for applications where performance and speed are critical, such as in high-speed motors.

A higher limiting speed allows for faster rotational capabilities, making this bearing suitable for applications where performance and speed are critical, such as in high-speed motors.