KSM 1309 K 1300 Series Self-Aligning Ball Bearing (Made in Japan)

# Self-Aligning Ball Bearings The KSM 1309 K 1300 Series Self-Aligning Ball Bearing is engineered for high-performance applications requiring precise alignment and reduced friction. Designed with advanced materials and sophisticated engineering, these bearings are ideal for various industrial applications in the automotive and manufacturing sectors. ## Key Features • **Self-Aligning Design**: Features a unique spherical outer race that accommodates misalignments, ensuring smooth operation even under variable load conditions. • **Material Construction**: Manufactured from high-quality chrome steel, providing excellent wear resistance and durability. • **Ball Complement**: Incorporates a robust ball complement for enhanced load distribution and reduced friction, resulting in improved efficiency. • **Operating Temperature Range**: Capable of operating effectively within a temperature range of -30°C to +120°C, suitable for diverse environments. • **Sealing Options**: Available with optional seals and shields, offering protection against dust and contamination while maintaining lubrication. ## Applications • **Automotive Industry**: Ideal for use in various automotive components, including wheels, transmissions, and drive shafts. • **Manufacturing Equipment**: Commonly used in conveyor systems, robotics, and industrial machinery where precise alignment is critical. • **General Engineering**: Suitable for a wide range of engineering applications requiring reliable performance and minimal maintenance. ## Benefits • **Enhanced Performance**: The self-aligning feature minimizes friction and wear, leading to extended service life and reduced maintenance costs. • **Operational Efficiency**: Reduces energy consumption by maintaining optimal alignment, contributing to overall system efficiency. • **Versatile Application**: Designed to meet the demands of multiple industries, making it a reliable choice for OEMs and industrial operations. --- *Product information compiled with AI assistance for reference purposes.*