SKF FRB 13.5 - 200 High-Precision Radial Roller Bearing for Heavy Industrial Machinery

The SKF FRB 13.5 - 200 is engineered as a robust, high-capacity radial roller bearing designed to withstand extreme loads and challenging operating environments typical in mining, paper production, and large gearboxes. This specialized bearing features case-hardened steel rings and precision-ground rollers, optimized to deliver superior rigidity and minimal running noise. The internal geometry is specifically configured to maximize dynamic load rating (C), ensuring extended service life even under continuous operation and moderate misalignment. Utilizing a high-strength machined brass cage (M designation), the FRB 13.5 - 200 maintains optimal roller spacing and lubrication flow, significantly reducing internal friction and heat generation for applications requiring high reliability at medium speeds. Choosing the SKF FRB 13.5 - 200 guarantees reduced total cost of ownership (TCO) by dramatically minimizing unplanned downtime and extending maintenance intervals. As a flagship SKF product, it leverages decades of material science and manufacturing precision, offering performance tolerances that exceed industry standards (P5 class). Our dedicated lubrication channels and optimized surface finishes ensure maximum grease life and efficiency, critical factors for MRO professionals focused on asset longevity. Invest in SKF quality for reliable, sustained operation where bearing failure is not an option.

Key Features

• High-Strength Machined Brass Cage (M): Provides superior stability and heat dissipation at elevated operating speeds.
• P5 Precision Tolerances: Ensures low vibration, reduced noise, and increased running accuracy for critical applications.
• Case-Hardened Rings: Offers exceptional resistance to shock loads and prolonged operational fatigue.
• Optimized Roller Geometry: Maximizes load zone contact, drastically extending bearing service life and reliability.
• SKF Explorer Class Performance: Manufactured to rigorous standards for enhanced uptime and lower maintenance requirements.

Technical Specifications