FAG Single Row Deep Groove Ball Bearing 15 mm ID, 42 mm OD, 13 mm Race Width, Steel Cage & Balls 6302-2Z

FAG 6302-2Z is a high-quality Single Row Deep Groove Ball Bearing, featuring a 15 mm inside diameter, 42 mm outside diameter, and 13 mm race width. Manufactured with bearing steel for races and steel balls enclosed in a steel cage, this bearing is designed to deliver smooth, reliable high-speed rotary motion with minimal friction.

This bearing is double shielded on both sides, helping to retain lubricant and prevent contaminants, which reduces maintenance and extends bearing life. The neutral CN internal clearance suits general-purpose fits and ensures stable bearing operation under various load conditions.

Rated for a limiting speed of 19,000 rpm with a static load rating of 5.4 kN and dynamic load rating of 11.9 kN, it supports fluctuating radial loads and resists deformation under stationary situations. The cylindrical bore type enables secure press or slip fits to matching shafts and housings.

Applications for the FAG 6302-2Z bearing include spindle and motor assemblies requiring high rotational speeds, compact gearboxes with space constraints, portable power tools that benefit from reduced maintenance, and conveyor idlers operating in dusty environments.

Deep groove design provides robust radial load support. Double steel shields protect internal components and retain lubricant. Steel cage and bearing steel materials ensure durability and wear resistance. Internal clearance CN offers neutral radial play for versatility.

High speed rating suitable for demanding mechanical assemblies. Static and dynamic load ratings accommodate diverse load conditions. Cylindrical bore allows proper mounting on shafts and housings. Suitable for industrial, manufacturing, and mechanical applications.

This FAG Ball Bearing is a reliable component for industrial machinery and equipment, supporting efficient and durable rotary movement. Browse related FAG bearings and rotary bearing units on EnvMart for comprehensive mechanical solutions.