Browning 767511 Pillow Block Bearing 2-3/16 in Id Vps 300

Product Description

The BROWNING 767511 is a VPS 300 Series pillow block bearing designed for industrial rotating shaft applications. It features a 2-3/16 inch straight bore and a cast iron housing with a 52100 bearing steel ball insert secured by a set screw lock. Static load capacity is 8,150 pounds and dynamic load capacity is 11,789 pounds, making it suitable for moderate-to-heavy radial load applications. The unit weighs 11 pounds and mounts on a two-bolt base with 7-13/32 inch center-to-center bolt spacing. Licensed millwrights, maintenance mechanics, and industrial technicians are the primary installers.

This pillow block is applied in industrial and commercial mechanical systems where a mounted bearing unit is required to support a rotating shaft at a fixed point. Typical installations include conveyor drives, fan shaft assemblies, pump mounts, and similar rotating equipment. The VPS 300 Series is built for applications requiring a maximum shaft speed of 2,500 RPM. The overall height of 5-9/16 inches and base-to-center height of 2-3/4 inches suit standard shaft alignment layouts in both new construction and replacement service.

Key Features

• 2-3/16 inch straight bore accommodates standard shaft sizes in that dimension range
• Set screw lock type for secure shaft retention without adapter sleeves
• Cast iron housing provides rigidity and durability in industrial environments
• 52100 bearing steel ball insert for reliable load handling
• 8,150 pound static load capacity and 11,789 pound dynamic load capacity
• Two-bolt mounting base with 7-13/32 inch bolt hole center-to-center spacing
• Rated to 2,500 RPM maximum shaft speed

Compatibility

Designed as an OEM-style replacement or new-installation pillow block bearing for industrial rotating shaft applications requiring a 2-3/16 inch bore, two-bolt mount, and VPS 300 Series dimensional envelope.

Installation Notes

Installation should be performed by a qualified millwright or maintenance mechanic. De-energize and lock out all power to the driven equipment before removing or installing any bearing unit. Ensure shaft and mounting surface are clean and free of burrs before seating the bearing. Torque mounting bolts and set screws per the equipment manufacturer's specifications using calibrated hand tools; do not overtighten set screws, as this can damage the shaft or bearing bore.