Browning 767357 Pillow Block Bearing 0.625 in Id Vple 200

Product Description

The BROWNING 767357 is a VPLE 200 Series pillow block bearing designed for industrial rotating shaft applications. It features a 0.625-inch straight bore and a cast iron housing with a 52100 bearing steel insert, providing solid load-bearing performance in demanding environments. The unit carries a static load capacity of 1,444 pounds and a dynamic load capacity of 2,611 pounds, making it well suited for moderate-to-heavy radial loads. An eccentric locking collar secures the bearing insert to the shaft. Licensed HVAC, mechanical, and millwright technicians as well as industrial maintenance professionals typically install this type of component.

This pillow block is used in conveyor systems, fans, blowers, pump assemblies, and similar rotating equipment found in commercial and light industrial settings. The two-bolt mounting base allows straightforward installation on flat mounting surfaces. With a maximum rated speed of 7,500 RPM, it accommodates a broad range of motor-driven shaft applications. The VPLE 200 Series design follows standard pillow block dimensional conventions, simplifying replacement in existing equipment frames.

Key Features

• 0.625-inch straight bore with eccentric lock collar for positive shaft retention
• Cast iron housing provides durability in industrial environments
• 52100 bearing steel insert for reliable load handling
• Static load capacity of 1,444 pounds and dynamic load capacity of 2,611 pounds
• Maximum shaft speed rating of 7,500 RPM
• Two-bolt mounting base with 3.625-inch center-to-center bolt spacing

Compatibility

Designed as an OEM-style replacement pillow block bearing for industrial rotating shaft equipment requiring a 0.625-inch bore two-bolt pillow block in the VPLE 200 Series form factor.

Installation Notes

Installation should be performed by qualified mechanical or maintenance personnel with the driven equipment fully de-energized and locked out per OSHA lockout/tagout procedures. Align the shaft carefully before tightening the eccentric locking collar to avoid inducing bearing preload. Do not use an impact driver directly on the locking collar. Verify mounting surface flatness to prevent housing distortion that could reduce bearing service life.