Browning 1069111 Type G Split Taper Bushing 5/8 Bore

Product Description

The BROWNING 1069111 is a Type G split taper sprocket bushing designed for use in mechanical power transmission applications. Machined from iron, this bushing features a 5/8-inch bore with a 3/16-inch keyway width and 3/32-inch keyway depth, providing a secure, keyed shaft connection. The outside diameter measures 2 inches, and the bushing is rated for a maximum torque of 95 inch-pounds. Thread size is 1/4 x 5/8. Licensed HVAC and mechanical service technicians, millwrights, and industrial maintenance professionals install this component when building or servicing drive assemblies that use split taper sprockets and sheaves.

This bushing is intended for use with split taper sprockets and sheaves in conveyor, fan, pump, and general-purpose drive systems. Split taper bushings are commonly found in both commercial and light industrial settings where shaft-mounted drive components require quick, precise installation and removal without special pullers or presses. The Type G series is a standardized bushing form factor recognized across multiple sprocket and sheave product lines.

Key Features

• Type G split taper bushing design for secure, concentric shaft mounting
• 5/8-inch bore with 3/16-inch keyway width and 3/32-inch keyway depth
• 2-inch outside diameter
• Maximum torque rating of 95 inch-pounds
• Iron construction for durability in industrial drive applications
• 1/4 x 5/8 thread size for standard fastening hardware

Compatibility

Designed for use with split taper sprockets and sheaves. Specific system compatibility should be verified against the sprocket or sheave manufacturer specifications for Type G bushing fitment.

Installation Notes

Installation is typically performed by a millwright, industrial maintenance technician, or experienced mechanical professional. De-energize and lock out the drive system fully before installing or removing the bushing. Ensure the shaft and bore are clean and free of burrs before assembly. Tighten mounting screws in a gradual, alternating pattern to seat the taper evenly and avoid misalignment.