Browning 767867 2-bolt Flange Bearing 2 Inch Id Cast Iron

Product Description

The BROWNING 767867 is a cast iron 2-bolt flange bearing unit designed to support rotating shafts in industrial and mechanical drive applications. It features a 2-inch inside diameter and accepts shafts locked in place via a set screw mechanism. The unit measures 8.5 inches in overall length and 5.25 inches in overall height, with a bearing width of approximately 2.109 inches. With a static load capacity of 6,601 pounds and a dynamic load capacity of 9,752 pounds, this flange unit is built for demanding duty cycles where reliable shaft support is critical. It is installed by millwrights, maintenance mechanics, and equipment technicians in industrial settings.

This flange bearing is suited for use in conveyor systems, fan shaft assemblies, pump drives, and general power transmission equipment. The two-bolt mounting configuration simplifies installation on frames and equipment housings where full four-bolt flanges are not required. The 7.25-inch center-to-center mounting hole spacing and 5/8-inch bolt size allow straightforward alignment during installation. This unit is appropriate for both new equipment builds and replacement applications in manufacturing, agricultural, and facility maintenance environments.

Key Features

• 2-inch inside diameter with set screw shaft lock for positive retention
• Cast iron housing provides rigid support and resistance to mechanical shock
• 52100 steel insert for high load tolerance and wear resistance
• 6,601 lb static load capacity and 9,752 lb dynamic load capacity
• 2-bolt flange mount with 7.25-inch between mounting hole centers
• 5/8-inch bolt size for standard hardware compatibility

Compatibility

Designed as an OEM-style replacement 2-bolt flange bearing for industrial shaft support applications requiring a 2-inch bore and cast iron housing construction.

Installation Notes

Installation is typically performed by qualified millwrights or maintenance mechanics. Shut down and lock out all power to the drive system before removing or installing the bearing unit. Align the shaft carefully before tightening the set screws to avoid premature wear, and verify mounting surface flatness to prevent housing distortion. Consult applicable ANSI and OSHA lockout/tagout procedures before beginning work.