The FAG 6309-2Z is a single row deep groove ball bearing engineered for robust industrial applications, offering high efficiency with its sturdy steel construction and precise manufacturing. Featuring an inner diameter of 45 mm, an outer diameter of 100 mm, and a width of 25 mm, this bearing is designed to deliver both reliability and versatility in a range of mechanical environments.
Built with high-quality steel balls and a steel cage, the 6309-2Z bearing delivers optimal performance under demanding loads, both radial and axial. The double shielding (2Z suffix) ensures protection against dust and contamination, while retaining the lubricant for extended service intervals, reducing maintenance requirements and improving overall bearing life.
The deep groove design allows for smooth rotation, reduces friction, and supports high-speed operation with a limiting speed of up to 8100 rpm. The dynamic load rating is 56 kN, and static load rating is 31.5 kN, making it well-suited for heavy-duty manufacturing, mechanical power transmission, and fluid power equipment.
Installation is simplified with a cylindrical bore type, facilitating precise alignment and straightforward mounting in machinery. The single row configuration offers stable load distribution, consistent running, and minimal vibration, supporting improved noise levels and operational stability.
Applications for the FAG 6309-2Z bearing include industrial equipment, electrical motors, pumps, gearboxes, HVAC systems, agricultural machinery, and any environment that demands high-speed, reliable rotational movement. It is especially valuable in mechanical power transmission and fluid handling sectors.
Designed and manufactured in Germany, this bearing meets rigorous quality standards for strength, durability and performance, reflecting FAG's global reputation for technical excellence.
Explore more rotary bearings and housing units in the Ball Bearings category on EnvMart, or discover other FAG bearing solutions for industrial, manufacturing and commercial applications.
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