SKF Double Row Angular Contact Ball Bearing 15 mm ID, 35 mm OD, 15.9 mm Race Width 3202 A-2ZTN9/MT33

SKF 3202 A-2ZTN9/MT33 double row angular contact ball bearing features precise engineering tailored for high-load and high-speed applications. With a 15 mm inside diameter, 35 mm outside diameter, and 15.9 mm race width, this bearing is designed for use in precision machinery and high-speed rotating equipment.

Equipped with a shield on both sides, it protects the internal components from dust and moisture, ensuring reliable operation under various environmental conditions. The bearing combines steel ball material and a non-metallic cage, providing enhanced strength, durability, and low friction.

This bearing has a contact angle of 30°, an internal clearance of CN tolerance, and a limiting speed of 18000 rpm, making it suitable for automotive, industrial, and conveyor applications requiring efficient load handling at high rotation speeds. The bearing’s dynamic load rating of 11.2 kN supports demanding operational environments.

Applications span across demanding industrial sectors including automation, mechanical systems, electronics, and material handling equipment. It is produced in Bulgaria and belongs to SKF's 2 Light series, optimized for performance and longevity.

The double row angular contact design improves load handling capabilities. The bearing is shielded on both sides to guard against contamination. Constructed from steel for enhanced strength and longevity. Non-metallic cage allows for effective separation of the balls.

Capable of withstanding dynamic loads of up to 11.2 kN. Designed to fit standard parallel bore types. Suitable for high-speed rotating machinery with speeds up to 18000 rpm. Recommended regular cleaning and lubrication to maintain performance.

This product fits within the Rotary Bearings & Housing Units category on EnvMart and is a reliable choice for applications demanding stability, durability, and precision. Browse more SKF Ball Bearings and related components to suit your mechanical and fluid power needs.