FAG 6306ZR RADIAL DEEP GROOVE BALL BEARINGS

# FAG 6306ZR RADIAL DEEP GROOVE BALL BEARINGS The FAG 6306ZR Radial Deep Groove Ball Bearing is a high-precision bearing designed for optimal performance in a variety of automotive and industrial applications. Utilizing FAG's advanced engineering, this bearing ensures reliability and longevity, making it an essential component in machinery and vehicles requiring smooth operation and reduced friction. ## Key Features • **Type:** Radial Deep Groove Ball Bearing • **Size:** 30 mm inner diameter, 72 mm outer diameter, 19 mm width • **Material:** High-grade chrome steel for enhanced durability and resistance to wear • **Sealing:** ZR (metal shield) design for improved protection against contaminants • **Performance:** Capable of operating at high speeds and under radial loads, with a dynamic load rating of 12, 000 N ## Applications • **Automotive:** Suitable for use in engines, transmissions, and wheel hubs, ensuring efficient power transfer and reduced friction. • **Industrial Machinery:** Ideal for applications in conveyor systems, pumps, and gearboxes where reliability and precision are crucial. • **Compatibility:** Designed to fit a wide range of standard shafts and housings, making it versatile for multiple setups. • **Environmental Suitability:** Performs well in both clean and moderately contaminated environments due to its sealing technology. ## Benefits • **Enhanced Performance:** The deep groove design allows for high-speed operation and accommodates both radial and axial loads, optimizing machine efficiency. • **Increased Lifespan:** With FAG’s X-life technology, the bearing exhibits lower friction and heat generation, leading to an extended service life. • **Robust Protection:** The ZR seal effectively protects against dust and moisture, ensuring consistent performance even in challenging conditions. • **Cost-Effective Solution:** Reduces maintenance costs and downtime, providing long-term value for both automotive and industrial applications. --- *Product information compiled with AI assistance for reference purposes.*