INA Sestava s plochou klecí Jednoduchý 3 mm 13.8 mm

Schaeffler Series FF Flat Cage Assembly, 9 Needle Rollers, 3mm Roller Diameter - FF3020/0-2

This flat cage assembly is a crucial component designed for precision engineering applications. Crafted with nine needle rollers, it boasts a roller diameter of 3mm and a length of 13.8mm, optimising performance in various mechanical systems. The assembly measures 60mm in length and 20mm in width, making it a compact solution for high-load environments, ensuring effective load distribution and functionality.

Features & Benefits

• High static load capacity of 133,200N for durability
• Dynamic load capacity of 47,800N supports rigorous applications
• Closed end design enhances reliability in performance
• Single configuration simplifies installation and maintenance

Applications

• Used in automation systems requiring robust bearing solutions
• Ideal for mechanical assemblies with space constraints
• Utilised in electronic devices requiring reliable movement components
• Effective in industrial settings where precision is paramount

What is the significance of the needle roller type in this assembly?

The needle roller type enhances load-carrying capacity and reduces friction, making it ideal for applications that require efficient motion and longevity. With the rollers lining the cage, they distribute loads evenly, minimising wear.

How does the closed end design contribute to its functionality?

The closed end design prevents foreign particles from entering, protecting the internal components and ensuring a longer lifespan and consistent performance under challenging conditions.

Can this assembly be integrated into existing mechanical systems easily?

Yes, the compact dimensions and single configuration allow for straightforward integration into various mechanical systems without complex adjustments. It streamlines maintenance while enhancing overall operational efficiency.

What industries benefit most from using this assembly?

Industries such as automation, electronics, and mechanical engineering benefit significantly, as they often require high-load capacity bearings for precise movement and reliability in their operations.