Browning 767967 Pillow Block Bearing 2-3/16 in Id

Product Description

The BROWNING 767967 is a cast iron pillow block bearing designed to support rotating shafts in industrial and mechanical drive applications. It houses a 52100 steel insert with a 2-3/16 inch bore and uses a set screw locking mechanism to secure the shaft in place. With a static load capacity of 6,601 pounds and a dynamic load capacity of 9,752 pounds, this unit handles demanding radial loads in conveyor, fan, pump, and general power transmission setups. The overall height is 4-31/32 inches and the overall length is 8-13/16 inches, making it a compact but robust bearing block suited for fixed mounting on flat surfaces. Installation is performed by qualified mechanics or millwrights working on rotating equipment.

The BROWNING 767967 is used in industrial machinery where a shaft requires rigid, supported mounting at a fixed point. Typical applications include conveyors, blowers, agricultural equipment, and light-to-medium industrial machinery. The mounting hole center distance of 6-15/16 inches and a base-to-center height of 2-1/2 inches allow straightforward bolt-down installation on standard machinery frames and mounting pads. The set screw design provides positive shaft retention without requiring a keyed shaft, though keyed shafts can also be used.

Key Features

• 2-3/16 inch bore with set screw locking for positive shaft retention
• 52100 steel insert for high hardness and wear resistance
• 6,601 pound static load capacity and 9,752 pound dynamic load capacity
• Cast iron housing provides rigidity and vibration damping
• Mounting hole center distance of 6-15/16 inches for standard frame bolt patterns
• Base-to-center height of 2-1/2 inches for consistent shaft alignment

Compatibility

Designed as an OEM-style replacement or direct-fit pillow block bearing for industrial shaft support applications requiring a 2-3/16 inch bore and a cast iron housed unit with set screw locking.

Installation Notes

Installation and replacement should be performed by a qualified mechanic or millwright. De-energize and lock out all power to the drive system before removing or installing any bearing block. Ensure the mounting surface is flat and clean before torquing mounting fasteners, and verify shaft alignment after installation to prevent premature bearing wear. Do not use impact tools when tightening the set screws against the shaft.