Browning 767918 Pillow Block Bearing 1-15/16 in Id

Product Description

The BROWNING 767918 is a two-bolt pillow block bearing designed for shaft support in industrial and commercial mechanical drive applications. It accepts a 1-15/16 inch straight bore and uses an eccentric lock collar to secure the bearing insert to the shaft. The housing is cast iron and the insert is manufactured from 52100 bearing steel. Static load capacity is 5,216 pounds and dynamic load capacity is 7,889 pounds. Overall assembly dimensions are 8 inches in length and 4-9/16 inches in height. The unit weighs 6.84 pounds. This bearing is suited for moderate-speed applications with a maximum rated speed of 3,000 RPM.

The 767918 is used in conveyor systems, fan shafts, pump mounts, and general power transmission assemblies where a standard two-bolt pillow block configuration is required. The cast iron housing provides rigidity in fixed-mount applications found in light industrial, agricultural, and HVAC equipment installations. Mounting centers are spaced 6-3/16 inches apart, and the base-to-center height is 2-1/4 inches, making this unit a direct fit in standard pillow block layouts within the VPE 200 series.

Key Features

• 1-15/16 inch straight bore with eccentric lock collar for secure shaft retention
• 52100 bearing steel insert for durability under radial and axial loads
• Cast iron housing for rigid fixed-mount performance
• 5,216 pound static load capacity and 7,889 pound dynamic load capacity
• Maximum shaft speed of 3,000 RPM
• Two-bolt mounting with 6-3/16 inch center-to-center spacing

Compatibility

Designed as an OEM-style replacement or direct-install pillow block bearing for two-bolt shaft support applications requiring a 1-15/16 inch bore within the BROWNING VPE 200 series.

Installation Notes

Installation is performed by qualified mechanical or HVAC technicians. Shut down and lock out all rotating equipment before mounting or replacing bearing assemblies. Align the housing to the shaft before tightening mounting bolts to avoid misalignment stress on the insert. Ensure the eccentric lock collar is secured in the correct rotational direction relative to shaft rotation per standard installation practice.