Browning 767495 Pillow Block Bearing 1-7/16 Inch Bore

Product Description

The BROWNING 767495 is a cast iron pillow block bearing in the VPS 300 series, designed to support rotating shafts in industrial and mechanical drive applications. It accepts a 1-7/16 inch straight bore and uses a ball bearing insert made from 52100 bearing steel. The two-bolt housing holds the insert secure with a set screw lock type. With a static load capacity of 4,467 pounds and a dynamic load capacity of 7,340 pounds, this unit is built for moderate-to-heavy radial load service. Maximum operating speed is 3,500 RPM. Millwrights, maintenance mechanics, and industrial equipment technicians are the primary installers.

This pillow block is suited for conveyor systems, agricultural equipment, material handling machinery, and general industrial drive train assemblies where a two-bolt, cast iron housing is the specified mounting style. The overall height of 4-3/16 inches and an overall length of 7-1/4 inches keep the footprint compact for inline shaft support. The base-to-center height of 2-1/8 inches and the 5-17/32 inch distance between mounting hole centers allow for straightforward bolt pattern layout on standard structural steel or fabricated bases.

Key Features

• 1-7/16 inch straight bore with set screw locking for positive shaft retention
• Ball bearing insert manufactured from 52100 bearing steel for durability under radial load
• Cast iron housing provides rigid support and corrosion resistance in typical industrial environments
• 4,467 pound static load capacity and 7,340 pound dynamic load capacity
• 3,500 RPM maximum speed rating suitable for moderate-speed drive applications
• Two-bolt mounting pattern with 5-17/32 inch center-to-center spacing

Compatibility

Designed as an OEM-style replacement or new-installation pillow block bearing for two-bolt cast iron housing applications requiring a 1-7/16 inch bore in the VPS 300 series.

Installation Notes

Installation is typically performed by millwrights or maintenance mechanics familiar with power transmission components. Before mounting, ensure the shaft and housing bore are clean and free of burrs. Torque the mounting bolts evenly and set the locking screws against the shaft flat where applicable per standard drive component practice. Verify shaft alignment after final mounting to avoid premature bearing wear.