Value Collection BD30920 Set Screw Shaft Collar 3 in Steel

Product Description

The VALUE COLLECTION BD30920 is a set screw style shaft collar designed to locate, space, and retain components on rotating or stationary shafts. Machined from steel, it provides reliable clamping force through a set screw that locks the collar firmly to the shaft. With a 3-inch outside diameter and a 7/8-inch width, this collar suits medium to large shaft assemblies where precise axial positioning is required. It is commonly installed by mechanical technicians, millwrights, and industrial maintenance professionals working on motor-driven equipment, conveyor systems, and power transmission assemblies.

This shaft collar is suited for use in industrial and commercial mechanical assemblies where shaft component retention is needed. Typical applications include motor shaft positioning, bearing retention, gear and pulley spacing, and general power transmission setups. The steel construction handles demanding environments where durability and resistance to deformation under load are priorities. Sold in a package quantity of two, making it practical for paired installations or replacement stock.

Key Features

• Set screw locking style for secure, tool-accessible shaft retention
• 3-inch outside diameter suits medium to large shaft assemblies
• 7/8-inch width provides stable axial positioning along the shaft
• Steel construction for durability in demanding mechanical environments
• Package quantity of 2 for paired or backup installations

Compatibility

Designed as an OEM-style replacement or standard-fit shaft collar for industrial and commercial power transmission assemblies requiring a 3-inch OD set screw collar.

Installation Notes

Installation is typically performed by a millwright, mechanical technician, or maintenance professional. De-energize and lock out all associated machinery before installing or adjusting shaft collars in accordance with OSHA lockout/tagout procedures. Use the appropriate hex key to tighten the set screw securely against the shaft. Avoid over-tightening, which can deform the shaft surface or damage the collar threads.