FAG 7007-B-XL-2RS-TVP 1 Row Angular Contact Ball Bearing - 35 mm ID, 62 mm OD 14 mm Race Width

Schaeffler 0 Extra Light Series Angular Contact Ball Bearing, 35mm Inside Diameter, 62mm Outside Diameter - 7007-B-XL-2RS-TVP

This angular contact ball bearing is ideal for precision applications in various industries. Designed for high performance, it features an inside diameter of 35mm and an outside diameter of 62mm, with a race width of 14mm. The bearing is classified as a single row angular contact type and incorporates sealing on both sides for enhanced durability and reliability.

This angular contact ball bearing is ideal for precision applications in various industries. Designed for high performance, it features an inside diameter of 35mm and an outside diameter of 62mm, with a race width of 14mm. The bearing is classified as a single row angular contact type and incorporates sealing on both sides for enhanced durability and reliability.

Features & Benefits

• Constructed from steel for increased strength and longevity• Sealed design prevents contamination and enhances lifespan• High dynamic load rating of 24.3kN ensures robust performance• Single row configuration allows for effective load distribution• Designed with parallel bore type for easy installation• Reliable performance in automation and mechanical applications

• Constructed from steel for increased strength and longevity

• Sealed design prevents contamination and enhances lifespan

• Sealed design prevents contamination and enhances lifespan

• High dynamic load rating of 24.3kN ensures robust performance

• High dynamic load rating of 24.3kN ensures robust performance

• Single row configuration allows for effective load distribution

• Single row configuration allows for effective load distribution

• Designed with parallel bore type for easy installation

• Designed with parallel bore type for easy installation

• Reliable performance in automation and mechanical applications

• Reliable performance in automation and mechanical applications

Applications

• Utilised in robotics for smooth movement and stability• Employed in electronic equipment for precision operations• Suitable for heavy machinery requiring durable components• Used in conveyor systems for reliable transport functions

• Utilised in robotics for smooth movement and stability

• Employed in electronic equipment for precision operations

• Employed in electronic equipment for precision operations

• Suitable for heavy machinery requiring durable components

• Suitable for heavy machinery requiring durable components

• Used in conveyor systems for reliable transport functions

• Used in conveyor systems for reliable transport functions

What load capacity can this bearing support in various applications?

With a static load rating of 17.2kN and a dynamic load rating of up to 24.3kN, this bearing can efficiently handle significant loads in both static and dynamic conditions, making it ideal for high-stress applications.

With a static load rating of 17.2kN and a dynamic load rating of up to 24.3kN, this bearing can efficiently handle significant loads in both static and dynamic conditions, making it ideal for high-stress applications.

How does the sealing arrangement benefit the operational lifespan?

The dual sealing arrangement effectively blocks dirt and moisture from entering the bearing, significantly reducing wear and tear, thus enhancing the operational lifespan under challenging conditions.

The dual sealing arrangement effectively blocks dirt and moisture from entering the bearing, significantly reducing wear and tear, thus enhancing the operational lifespan under challenging conditions.

What factors should be considered when installing this bearing?

It's crucial to ensure proper alignment during installation to prevent premature wear. Additionally, adequate lubrication should be applied based on operational speeds and load conditions to maintain optimal performance.

It's crucial to ensure proper alignment during installation to prevent premature wear. Additionally, adequate lubrication should be applied based on operational speeds and load conditions to maintain optimal performance.