FAG 429-B-2DRS-L278-SNZ1 RADIAL DEEP GROOVE BALL BEARINGS

# FAG Radial Deep Groove Ball Bearings FAG 429-B-2DRS-L278-SNZ1 Radial Deep Groove Ball Bearings are engineered for high performance and reliability across various applications. Designed by FAG, a leader in the bearing industry, these bearings are suitable for automotive, industrial, and aerospace applications where precision and durability are paramount. ## Key Features • **Design:** Single row angular contact design optimized for radial and axial loads, enhancing performance in both directions. • **Material Composition:** Constructed from high-quality bearing steel, ensuring exceptional hardness and wear resistance. • **X-life Technology:** Features advanced X-life technology, which significantly extends bearing service life and enhances load carrying capacity. • **Sealing Solutions:** Equipped with robust sealing systems that provide superior protection against dust and moisture, ensuring reliable operation in challenging environments. • **Dimensions:** Inner diameter: 78 mm, Outer diameter: 130 mm, Width: 29 mm, enabling compatibility with various machinery configurations. ## Applications • **Automotive Industry:** Ideal for use in engine components, transmissions, and wheel hubs where precision is critical. • **Industrial Machinery:** Suitable for industrial equipment requiring reliable operation under high loads and speeds. • **Aerospace Applications:** Designed to meet stringent aerospace standards, providing dependable performance in flight systems. ## Benefits • **Improved Performance:** The combination of X-life technology and high-quality materials results in reduced friction and lower operating temperatures, enhancing overall efficiency. • **Durability:** Robust sealing solutions ensure longevity and reduce maintenance needs, making these bearings a cost-effective choice for users. • **Versatile Compatibility:** Designed to fit a wide range of applications, providing flexibility for engineers and maintenance professionals. --- *Product information compiled with AI assistance for reference purposes.*