FAG Double Row Angular Contact Ball Bearing 12 mm ID, 32 mm OD, 15.9 mm Race Width 3201-BB-2Z-TVH

FAG 3201-BB-2Z-TVH is a double row angular contact ball bearing designed for demanding industrial applications requiring high radial and axial load capacity simultaneously. It features a 12 mm inside diameter, 32 mm outside diameter, and 15.9 mm race width, making it ideal for robust mechanical and rotary bearing units.

The bearing's steel cage and steel balls provide exceptional durability, while the shielded end type protects the internal components from dust and contaminants, enhancing service life and reliability in harsh environments.

With a contact angle of 25°, this bearing supports significant tilting moments, ensuring stable and quiet operation under load. It is rated for a maximum limiting speed of 18,400 rpm, making it suitable for high-speed industrial, manufacturing, and mechanical power transmission applications.

Its CN internal clearance and parallel bore type provide versatility for various mounting configurations and operational requirements. The Series 2 Light design demands a relatively rigid bearing arrangement to accommodate high load conditions effectively.

This angular contact ball bearing is widely used across industrial machinery, fluid power systems, manufacturing equipment, and HVAC applications where reliable and maintenance-efficient rotary bearing solutions are critical.

Designed to handle combined high radial and axial loads efficiently. Shielded construction minimizes contamination ingress, improving longevity. Steel cage and balls offer robust mechanical strength and wear resistance. High limiting speed allows incorporation in fast rotating machinery.

Supports tilting moments with a 25° contact angle and rigid bearing setup. Internal clearance CN is optimal for various assembly tolerances. Reliable performance suited for industrial, mechanical, and HVAC equipment. Explore EnvMart's collection for related FAG Ball Bearings and rotary bearing units for optimized machinery performance and durability.