Browning 767393 Pillow Block Bearing 2-7/16 Inch Bore

Product Description

The BROWNING 767393 is a two-bolt pillow block bearing unit in the VPE 200 series, designed for general industrial shaft support applications. The unit accepts a 2-7/16 inch straight bore and uses an eccentric lock collar to secure the shaft. The cast iron housing encloses a 52100 bearing steel ball insert rated for a static load capacity of 8,150 pounds and a dynamic load capacity of 11,789 pounds. Overall dimensions are 9.5 inches in length and 5.5625 inches in overall height. Maximum rated speed is 2,500 RPM. This unit is installed by millwrights and maintenance technicians on industrial drive systems, conveyors, fans, and similar rotating equipment.

The 767393 pillow block is suited for commercial and industrial settings where moderate-to-heavy radial loads are carried on horizontal or slightly inclined shaft arrangements. The two-bolt mounting pattern with 7.4375 inch center-to-center spacing simplifies drop-in replacement in existing frames. The 2.75 inch base-to-center height and 7/8 inch flange height allow integration into standard mounting structures without modification. Applications include material handling equipment, agricultural machinery, and HVAC fan shaft assemblies requiring reliable fixed-bearing support.

Key Features

• 2-7/16 inch straight bore with eccentric lock collar for positive shaft retention
• Cast iron housing provides durability in demanding industrial environments
• 52100 bearing steel ball insert rated to 8,150 pounds static and 11,789 pounds dynamic load capacity
• Two-bolt mounting with 7-13/32 inch hole center-to-center spacing
• Maximum operating speed of 2,500 RPM
• VPE 200 series construction for consistent cross-reference fitment

Compatibility

Designed as an OEM-style replacement pillow block bearing unit for industrial shaft support applications requiring a 2-7/16 inch bore, two-bolt mounting, and eccentric locking in the VPE 200 series configuration.

Installation Notes

Installation is performed by qualified millwrights or maintenance technicians. Disconnect and lock out all power to the drive system before removing or installing bearing units. Ensure the mounting surface is flat and the bolt holes are aligned before torquing fasteners. Inspect shaft condition and diameter tolerance prior to installing the eccentric collar to confirm proper fit and prevent premature bearing wear.