Value Collection 30894 Set Screw Shaft Collar 3/4 in Steel

Product Description

The VALUE COLLECTION 30894 is a set screw style shaft collar designed to locate, space, and retain components on rotating or stationary shafts. Machined from steel, this collar features a 3/4 inch outside diameter, a 0.375 inch bore diameter, and a 3/8 inch width. The set screw design allows secure fastening directly to the shaft without requiring keyways or additional hardware. This type of collar is a standard component in mechanical drive assemblies and is installed by millwrights, maintenance technicians, and mechanical tradespeople across industrial and commercial applications. Sold in a pack of 5.

Set screw shaft collars are used in a wide range of mechanical systems including conveyor drives, pump assemblies, motor shafts, and general power transmission equipment. The 0.375 inch bore accommodates standard fractional shafting. This collar is suited for light to moderate duty applications where axial positioning and component retention are required. The compact 3/8 inch width makes it appropriate for installations with limited shaft spacing.

Key Features

• Set screw fastening style for direct shaft retention without keyways
• 3/4 inch outside diameter and 0.375 inch bore for standard fractional shafting
• 3/8 inch width suits tight axial spacing requirements
• Steel construction for durability in mechanical drive environments
• Pack of 5 units per order for stocking and maintenance inventory

Compatibility

Designed as a standard set screw shaft collar for use on 0.375 inch diameter fractional shafts in mechanical drive and power transmission assemblies.

Installation Notes

Installation is performed by qualified mechanical or maintenance technicians. De-energize and lock out all power to the equipment before working on any rotating assembly. A properly sized hex key or Allen wrench is required to tighten the set screw against the shaft. Verify shaft surface condition before installation to ensure secure seating and prevent collar migration under load.