Tritan RABR10S Spherical Insert Bearing 0.625 in Id

Product Description

The TRITAN RABR10S is a spherical insert bearing designed for use in industrial and mechanical drive applications where shaft misalignment is a concern. With a 0.625 inch bore ID and a 1.575 inch OD, this bearing accommodates a standard 5/8 inch shaft. It carries a dynamic load capacity of 2,110 pounds and a static load capacity of 1,060 pounds. The spherical outer ring allows the bearing to self-align within a housing unit, compensating for minor angular shaft deflection. It is typically installed by maintenance technicians and mechanical contractors working on conveyor systems, agricultural equipment, fan shafts, and general industrial machinery.

The RABR10S is suited for light-to-medium duty rotating shaft applications in both industrial and commercial settings. It is commonly pressed or locked into a pillow block or flanged housing unit where the spherical seat of the housing accepts the bearing insert. Typical installations include conveyor lines, blower shafts, pump drive trains, and similar power transmission assemblies. This bearing is sold individually and is appropriate for repair and replacement work where a standard 5/8 inch bore insert bearing is required.

Key Features

• 0.625 inch bore ID fits standard 5/8 inch diameter shafts
• 1.575 inch OD for compatibility with matching housing units
• 2,110 pound dynamic load capacity for reliable performance under rotating loads
• 1,060 pound static load capacity provides resistance to stationary loading
• Spherical outer ring enables self-alignment to compensate for shaft misalignment
• Sold as a single unit with a minimum order quantity of 1

Compatibility

Designed as an OEM-style replacement insert bearing for standard pillow block and flanged housing units accepting a 0.625 inch bore spherical insert bearing.

Installation Notes

Installation should be performed by a qualified mechanical technician. Always de-energize and lock out the drive system before removing or installing bearings. Use a bearing press or appropriate drive tool to seat the insert bearing squarely into its housing without applying force through the rolling elements. Verify shaft diameter and housing bore dimensions before installation to ensure proper fit and seating.