KSM 1202 1200 Series Self-Aligning Ball Bearing (Made in Japan)

# Self-Aligning Ball Bearings The KSM 1202 1200 Series Self-Aligning Ball Bearing is a premier choice for applications requiring high reliability and durability. Designed specifically for optimal performance in various industrial environments, these bearings provide superior alignment capabilities and reduced friction. Engineered by KSM, a leader in high-vacuum components, this product is synonymous with quality and innovation. ## Key Features • **Self-Aligning Design**: Incorporates a spherical outer race, allowing for angular misalignments and ensuring smooth operation even under variable conditions. • **High Load Capacity**: Capable of handling both radial and axial loads, making it versatile for multiple applications. • **Quality Materials**: Manufactured using high-grade steel, which enhances strength and longevity while minimizing wear. • **Low Friction Performance**: Optimized for reduced friction, resulting in increased efficiency and extended service life. • **Standardized Dimensions**: Fits industry-standard sizes for easy installation and compatibility across various machinery and equipment. ## Applications • **Industrial Machinery**: Perfect for use in conveyor systems, pumps, and other rotating equipment where alignment issues may occur. • **Agricultural Equipment**: Ideal for farm machinery that operates in challenging environmental conditions, providing reliability and long service life. • **Automotive Components**: Used in various automotive applications where precision bearing performance is crucial. ## Benefits • **Enhanced Operational Efficiency**: Reduces downtime due to misalignment and wear, ensuring continuous operation of equipment. • **Long-Term Reliability**: Built to withstand harsh conditions, these bearings offer exceptional durability and performance longevity. • **Cost-Effective Solution**: The reduced maintenance needs and extended service intervals result in lower total ownership costs for users. --- *Product information compiled with AI assistance for reference purposes.*