SKF 3210 A double row angular contact ball bearing offers precise and reliable performance with a 50 mm inside diameter, 90 mm outside diameter, and 30.2 mm race width. Constructed from high-quality steel balls and a sheet metal cage, this bearing is designed for demanding industrial environments requiring durability and high load capacity.
The double row configuration provides improved load distribution, making it suitable for applications with heavy axial and radial loads. The open design facilitates easy lubrication and maintenance, which improves service life and operational efficiency, especially in environments where consistent lubrication is required.
Its high dynamic load rating of 51 kN and static load rating of 42.5 kN support robust performance under heavy loads. With a contact angle of 30 degrees, the bearing effectively manages combined loads, ensuring stability and reliability.
This bearing is engineered to function effectively at speeds up to 7000 rpm, making it ideal for automotive drivetrain components, industrial powered machinery, robotics precision movements, manufacturing equipment, and conveyor systems.
The SKF 3210 A bearing’s construction from steel balls and sheet metal cage ensures long-term durability and resistance to wear and tear, providing dependable operation in challenging industrial applications.
Double row design enhances load distribution for greater durability. Open type facilitates straightforward lubrication and maintenance. Steel balls combined with a sheet metal cage offer strength and longevity. Rated for speeds up to 7000 rpm, supporting high-speed machinery.
Supports dynamic loads up to 51 kN and static loads up to 42.5 kN. Contact angle of 30 degrees optimizes axial and radial load handling. Widely applicable in automotive, industrial machinery, robotics, and conveyor system applications.
Explore EnvMart’s extensive range of bearings and related components for industrial and mechanical solutions.
Explore more products in our Rotary Bearings & Housing Units category.
Comments (0)
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent