SKF NA 4910 Cylindrical Roller Bearing is a precision-engineered component with a 50 mm inside diameter, 72 mm outside diameter, and 22 mm race width, designed for demanding industrial and mechanical applications.
This bearing features a compact single-row design, constructed from high-quality steel for robust performance. Its shielded end type and sheet metal cage provide excellent protection and smooth roller guidance to reduce wear and friction during operation.
Capable of handling high radial loads, the bearing boasts a static load rating of 85 kN and a dynamic load rating of 47.3 kN, making it suitable for heavy-duty applications requiring durability and reliability.
The bearing supports limiting speeds up to 8000 rpm, ensuring effective performance in high-speed machinery such as gearboxes, automotive drivetrain systems, electric motors, and construction equipment.
Thanks to its cylindrical bore and precise internal clearance (CN), this Roller Bearing fits various shaft and housing designs while maintaining tight tolerances essential for industrial engineering requirements.
Manufactured in Germany, the SKF NA 4910 adheres to rigorous quality standards, delivering long service life and operational efficiency across various sectors including manufacturing, automotive, construction, and automation technology.
Constructed with robust steel for long-lasting durability. Features a fatigue limit load of 10.8 kN to sustain repeated stress cycles. Sheet metal cage design ensures effective roller guidance. Single-row rollers enable compact mounting in constrained spaces.
Supports applications requiring high radial load capacity and high rotation speeds. Suitable for use in gearboxes, electric motors, and drivetrain components. Shielded ends protect against contaminants and extend bearing lifespan.
Explore the SKF bearing range and related mechanical components on EnvMart for high-quality, reliable solutions tailored to industrial applications.
Comments (0)
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent