Schaeffler Bearing, 16mm Inside Diameter, 26mm Outside Diameter - KSO16-PP This bearing is a high-performance linear ball bearing designed for smooth and precise linear motion applications. With an inner diameter of 16mm and outer diameter of 26mm, it features a length of 36mm, making it an ideal choice for various automation and mechanical projects. The design includes seals, enhancing its durability and longevity in operation. Features & Benefits • High dynamic load rating of 1430 N for reliable performance
• Static load rating of 1550 N handles greater weight loads
• Open design for easy access and maintenance
• Sealed construction provides protection from contaminants
• Suitable for linear motion applications in various industries
• Exceptional durability from well-engineered materials Applications • Used for linear motion in automation systems
• Ideal for requiring consistent performance
• Applied in precision machinery and industrial equipment
• Utilised in robotics for smooth movement tracking
• Effective in electrical and mechanical systems' movement How does the sealed design contribute to the performance and lifespan of this component? The sealed design protects the internal mechanism from dust and moisture, significantly reducing wear and tear, which enhances the bearing's lifespan and maintains optimal performance under various conditions. What load capacities can be expected from this type of bearing? It offers a dynamic load rating of 1430 N and a static load rating of 1550 N, making it suitable for handling substantial loads in industrial settings. In what scenarios would an open linear bearing be preferred over a sealed type? Open linear bearings are preferred when easy access for maintenance is required, allowing for quicker inspection and lubrication without disassembly. What types of environments can this bearing operate effectively in? This bearing is designed for use in environments where there may be exposure to contaminants, thanks to its sealed construction, making it suitable for industrial and mechanical environments.