SKF Bearing Unit Insert, 50mm Inside Diameter, 90mm Outside Diameter - YAR 210-2RF This bearing unit insert offers exceptional performance for various applications in industrial settings. With an inside diameter of 50mm and an outside diameter of 90mm, this stainless steel bearing unit effectively manages both static and dynamic loads. Designed for heavy-duty operations, it is an ideal choice for users in the automation, electronics, electrical, and mechanical industries. Features & Benefits • Composed of stainless steel for enhanced durability
• Capable of supporting static loads up to 23200 N
• Designed to handle dynamic loads of up to 35100 N
• High load rating bearings suitable for demanding applications
• Precise dimensions ensure compatibility with industrial machinery
• Ideal for use in high-performance environments Applications • Used in robotics and automated machinery
• Ideal for conveyor systems and material handling
• Utilised in electrical control panels and motors
• Employed in heavy equipment for enhanced performance What is the significance of the load ratings for this unit? The static load rating of 23200 N indicates the maximum load capacity under stationary conditions, while the dynamic load rating of 35100 N signifies its performance under moving conditions. This ensures that the bearing can handle both heavy loads without compromising its integrity. How does the stainless steel construction benefit the bearing's performance? The stainless steel material provides resistance to corrosion and wear, making it suitable for environments that may expose it to moisture or contaminants. This enhances the longevity and reliability of the bearing in various applications. Can this bearing unit be used in high-temperature environments? While the technical specifications do not include temperature limits, stainless steel bearings are generally more resistant to elevated temperatures compared to other materials. However, it is advisable to consult specific guidelines for operating conditions to ensure optimal performance.