SKF RSTO 5 TN 7 mm ID Roller Bearing Needle, 16 mm OD

SKF Support Roller, 7mm Inside Diameter, 16mm Outside Diameter - RSTO 5 TN

This support roller is a crucial component in various industrial applications, designed to optimise performance in mechanical systems. With a unique through bore and dimensions of 7mm inside diameter and 16mm outside diameter, this roller is engineered to handle a range of operational demands effectively. Utilising needle roller technology, it ensures smooth motion with minimal friction, enhancing overall efficiency.

This support roller is a crucial component in various industrial applications, designed to optimise performance in mechanical systems. With a unique through bore and dimensions of 7mm inside diameter and 16mm outside diameter, this roller is engineered to handle a range of operational demands effectively. Utilising needle roller technology, it ensures smooth motion with minimal friction, enhancing overall efficiency.

Features & Benefits

• Made of high-quality steel for durability and strength• Fatigue limit load capability of 0.27kN increases longevity• One-row design reduces internal friction for smoother operation• Through bore configuration facilitates easier installation

• Made of high-quality steel for durability and strength

• Fatigue limit load capability of 0.27kN increases longevity

• Fatigue limit load capability of 0.27kN increases longevity

• One-row design reduces internal friction for smoother operation

• One-row design reduces internal friction for smoother operation

• Through bore configuration facilitates easier installation

• Through bore configuration facilitates easier installation

Applications

• Used in automation systems for enhanced movement control• Suitable for conveyor systems requiring reliable support• Incorporated in machinery where space is limited• Applicable in electrical and electronic devices for precision• Utilised in mechanical assemblies demanding robust bearings

• Used in automation systems for enhanced movement control

• Suitable for conveyor systems requiring reliable support

• Suitable for conveyor systems requiring reliable support

• Incorporated in machinery where space is limited

• Incorporated in machinery where space is limited

• Applicable in electrical and electronic devices for precision

• Applicable in electrical and electronic devices for precision

• Utilised in mechanical assemblies demanding robust bearings

• Utilised in mechanical assemblies demanding robust bearings

What are the load ratings for this support roller?

The static load rating is 2.5kN, while the dynamic load rating is 2.51kN, ensuring durability under various conditions.

The static load rating is 2.5kN, while the dynamic load rating is 2.51kN, ensuring durability under various conditions.

How does the design of this roller support its application in high-speed environments?

The roller's design, which features a limiting speed of 8000r/min, ensures it can perform efficiently at high speeds without compromising stability.

The roller's design, which features a limiting speed of 8000r/min, ensures it can perform efficiently at high speeds without compromising stability.

What materials are used in the construction of this roller?

The support roller is constructed from steel, which provides significant strength and helps maintain performance under load.

The support roller is constructed from steel, which provides significant strength and helps maintain performance under load.

Can this product be used in environments with varying loads?

Yes, its design accommodates fluctuations in load, ensuring consistent operation across different applications.

Yes, its design accommodates fluctuations in load, ensuring consistent operation across different applications.

What installation considerations should be taken into account?

When installing, ensure that the roller is aligned properly to maintain optimal performance and minimise wear on surrounding components.

When installing, ensure that the roller is aligned properly to maintain optimal performance and minimise wear on surrounding components.