RS PRO 3206A-2Z Double Row Angular Contact Ball Bearing is engineered for applications demanding high running accuracy, as well as the ability to handle both radial and axial loads efficiently. Featuring a 30° contact angle on each row, this design enhances the rigidity of the bearing and provides excellent support for loads in both directions, ensuring stable performance at high rotational speeds up to 10,000 rpm.
The bearing utilizes high-quality steel materials for the cage, race, and balls, contributing to its durability and long operational life. Its shielded end design minimizes contamination risk and supports proper lubrication retention, which reduces maintenance requirements and potential downtime.
With a static load rating of 19.99 kN and a dynamic load rating of 29.4 N, this bearing is suited for demanding environments found in industry sectors such as industrial manufacturing, automotive applications, material handling, and agriculture.
The double row angular contact ball bearing design simplifies installation, as it eliminates the need to pair separate bearings, making it faster and more cost-efficient to fit into assemblies. The precision parallel bore further ensures tight, secure fitting to shafts, facilitating smooth rotational movement.
Manufactured under the RS PRO brand, this model 3206A-2Z bearing is made in China and comes in new condition, offering confidence in quality and performance standards. Constructed for high-speed and accurate load handling operations.
Shielded ends prevent contamination and retain lubrication. Robust steel materials used throughout the bearing components. Supports industrial, automotive, and agricultural applications. Double row design enhances rigidity and load capacity.
Precision bore for secure, efficient attachment. Explore more high-quality ball bearings and rotary bearing units within the Industrial Machines & Instruments category at EnvMart to meet your specific application needs.
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