Browning 767676 Pillow Block Bearing 3/4 Inch Bore

Product Description

The BROWNING 767676 is a VPS 100 series pillow block bearing designed for industrial shaft support applications. It features a 3/4-inch straight bore with a set screw locking mechanism and a cast iron housing surrounding a 52100 bearing steel ball insert. The unit measures 5 inches overall length and 2-17/32 inches overall height, with a static load capacity of 1,444 pounds and a dynamic load capacity of 2,611 pounds. Rated to 4,000 RPM, this pillow block suits moderate-speed rotating equipment found in conveyor systems, agricultural machinery, and light industrial drives. Installation is handled by maintenance mechanics and millwrights.

The BROWNING 767676 is suited for two-bolt mounting configurations in both indoor and sheltered outdoor industrial environments. The 3-3/4-inch center-to-center bolt spacing and 1-5/16-inch base-to-center height make it compatible with standard mounting plates and channel frames. The VPS 100 series is a common choice for replacement or new-build shaft support on conveyors, fans, and general power-transmission assemblies where a straight-bore, set-screw-locked unit is specified.

Key Features

• 3/4-inch straight bore with set screw locking for positive shaft retention
• 52100 bearing steel ball insert for durability under radial load
• Cast iron housing rated to 1,444 pounds static and 2,611 pounds dynamic load capacity
• 4,000 RPM maximum speed rating for moderate-speed applications
• Two-bolt mounting pattern with 3-3/4-inch hole center-to-center spacing
• VPS 100 series design for straightforward OEM-style replacement

Compatibility

Designed as an OEM-style replacement pillow block bearing for two-bolt shaft support applications requiring a 3/4-inch straight bore in the VPS 100 series.

Installation Notes

Pillow block bearings are installed by qualified maintenance mechanics or millwrights. Shut down and lock out all power to the drive system before removing or installing the bearing per LOTO procedures. Align the shaft carefully before tightening set screws to avoid inducing preload on the bearing insert. Verify mounting surface flatness to prevent housing distortion that could shorten bearing service life.