TIMKEN X2S52375-2 Spacer

# Taper Roller Bearing Cone - TIMKEN X2S52375-2 Spacer The TIMKEN X2S52375-2 Spacer is an essential component designed to enhance the performance and reliability of taper roller bearing assemblies. Engineered with precision, this spacer ensures optimal spacing and alignment in various applications, making it a critical part of maintenance and repair operations in automotive and industrial settings. ## Key Features • **Material Composition**: Crafted from high-quality steel, ensuring durability and resistance to wear over time. • **Precision Engineering**: Designed to provide a perfect fit within bearing assemblies, minimizing friction and improving performance. • **Dimensions**: Features a height of 1.375 inches (35 mm), an inner diameter of 2.500 inches (63.5 mm), and an outer diameter of 3.250 inches (82.55 mm) for precise application compatibility. • **Load Capacity**: Capable of handling high radial and axial loads, making it suitable for demanding environments. • **Compatibility**: Specifically designed for use with TIMKEN tapered roller bearings, ensuring seamless integration and reliable performance. ## Applications • **Automotive**: Ideal for use in vehicle wheel hubs, transmissions, and differentials where tapered roller bearings are employed. • **Industrial Machinery**: Perfect for applications in manufacturing equipment, conveyors, and heavy machinery that require robust bearing solutions. • **Aerospace**: Suitable for aerospace applications where precision and reliability are critical under extreme conditions. ## Benefits • **Enhanced Performance**: The precise design of the spacer contributes to improved bearing alignment and reduced friction, leading to enhanced overall performance. • **Increased Reliability**: Built to withstand harsh operational conditions, ensuring a longer service life and reduced downtime. • **Efficiency**: Facilitates smoother operation of machinery and vehicles, contributing to better fuel efficiency and lower energy consumption. --- *Product information compiled with AI assistance for reference purposes.*