TIMKEN 6214-RS Ball Deep Groove Radial <12 OD ISO

# Bearings The TIMKEN 6214-RS Ball Deep Groove Radial Bearing is engineered for high-performance applications, providing exceptional reliability and efficiency in various operational environments. Designed with precision, this bearing features a deep groove construction that accommodates radial and axial loads, ensuring optimal performance in demanding industrial settings. ## Key Features • **Construction:** Deep groove design optimizes load-carrying capabilities, allowing for both radial and axial loading. • **Material:** Crafted from high-quality steel, ensuring durability, strength, and resistance to wear under heavy loads. • **Sealing:** Equipped with rubber seals on both sides, providing enhanced protection against contaminants and moisture while retaining lubricant. • **Dimensions:** Outer diameter of 12 inches, with a bore diameter and width designed to fit standard applications in automotive and industrial machinery. • **Performance Rating:** Designed to operate efficiently at high speeds, making it suitable for a wide range of applications requiring precision and reliability. ## Applications • **Automotive Industry:** Ideal for use in wheel hubs, transmissions, and various engine components where reliability and performance are critical. • **Industrial Machinery:** Extensively used in conveyor systems, pumps, and gearboxes, providing long-lasting performance in high-demand environments. • **Compatibility:** Designed to meet ISO standards, ensuring compatibility with existing systems and ease of integration. ## Benefits • **Enhanced Reliability:** The sealed design protects against dirt and moisture ingress, extending service life and reducing maintenance intervals. • **High Efficiency:** Engineered for minimal friction, leading to improved energy efficiency and reduced operational costs. • **Versatile Performance:** Suitable for a diverse range of applications, making it a versatile choice for various industrial and automotive needs. --- *Product information compiled with AI assistance for reference purposes.*