SKF Tapered Roller Bearing, 85mm Inside Diameter, 150mm Outside Diameter - 32217 This tapered roller bearing is a crucial component in various machinery applications, designed for optimal performance through precise engineering. With an inside diameter of 85mm and an outside diameter of 150mm, it ensures a robust and seamless fit. The bearing features a cylindrical bore and supports single-row configurations, making it an ideal choice for applications requiring reliable load handling. Features & Benefits • High dynamic load rating of 263kN for enhanced performance
• Static load rating of 285kN supports heavy-duty usage
• Sheet metal cage provides strength while minimising weight
• Reference speed of 3600 r/min for efficient operation
• Limiting speed of 4300 r/min allows for versatile requirements
• Optimised for high-load scenarios in industrial settings Applications • Used for automation machinery for improved efficiency
• Ideal for electrical equipment to ensure reliable operation
• Ideal for heavy machinery and automotive
• Suitable for various assembly lines requiring robust components What impact do the load ratings have on operational efficiency? The dynamic load rating of 263kN and static load rating of 285kN significantly enhance operational efficiency by enabling the bearing to withstand substantial forces during machinery operation, thus prolonging service life. How does the sheet metal cage benefit the bearing's performance? The sheet metal cage contributes to reduced weight without sacrificing strength, ensuring that the bearing performs effectively in demanding environments while maintaining overall reliability. What are the installation considerations for optimal performance? Proper alignment during installation is essential, and following a tapered bearing installation guide will facilitate accurate positioning, ensuring the bearing operates within its intended load capacities. What types of environments are best suited for this bearing? This bearing thrives in industrial settings where heavy loads and high speeds are common, making it perfect for environments such as manufacturing plants and automotive facilities. How does the fatigue limit load influence design choices? The fatigue limit load of 33.5kN informs designers about the bearing's endurance under repeated stress, guiding material selection and configuration to optimise longevity and resist wear.