RBC 2 1/4 Track Roller 22,22x57,15x31,75

Heavy-Duty Track Roller for Industrial Systems

Stable Construction and High Durability

Dimensions and Industrial Applications

Main Description:
The RBC 2 1/4 track roller with dimensions 22,22x57,15x31,75 mm is designed for industrial guidance and load-support applications. Engineered to carry radial loads, this rolling element ensures smooth linear or rotational motion within machinery and transport systems.

Track rollers are widely used in industrial applications such as production lines, conveying systems, automation equipment and specialized machinery. Similar in function to a ball bearing in rotational assemblies, a track roller provides controlled rolling contact along a guide surface or track. Its robust construction reduces friction, limits wear and improves overall mechanical stability.

Manufactured with precision tolerances, the RBC 2 1/4 roller offers high durability and resistance to dynamic loads. It can operate as an independent rolling component or as part of a larger bearing unit or bearing housing assembly. Proper dimensional matching 22,22 mm bore diameter, 57,15 mm outer diameter and 31,75 mm width ensures secure installation and reliable performance.

In demanding industrial environments, track rollers must withstand vibration, impact and continuous operation. This RBC roller is suitable for maintenance departments, machine manufacturers and service companies requiring dependable motion control components.

By improving guidance accuracy and reducing mechanical stress, the RBC 2 1/4 track roller contributes to longer service life and optimized machine performance.

FAQ

1. What is the RBC 2 1/4 track roller used for?
It is used for guiding and supporting moving parts in industrial machinery and conveyor systems.

2. What loads can it carry?
It is primarily designed to handle radial loads in track or guide applications.

3. How do I select the correct track roller size?
Match the bore diameter, outer diameter and width to your mechanical design requirements.

4. Can it replace a ball bearing?
Not directly, but it performs a similar rolling function in guidance systems rather than enclosed bearing assemblies.

5. Where is it commonly applied?
In production lines, automation equipment, transport systems and heavy-duty industrial machinery.