Value Collection P20078 Split Ring 0.97in Od Spring Steel

Product Description

The VALUE COLLECTION P20078 is a zinc-plated split ring designed for mechanical fastening and shaft retention applications. Manufactured from Grade 2 spring steel, this ring provides reliable holding force and resistance to loosening under vibration and load. With an outside diameter of 0.97 inches, an inside diameter of 0.802 inches, and a thickness of 0.11 inches, the P20078 fits standard shaft and bore configurations requiring a compact retention solution. It is installed by maintenance technicians, mechanical assemblers, and trades professionals working on rotating equipment, pumps, and drive assemblies.

This split ring is suited for use in light to medium-duty mechanical assemblies where axial retention of components on a shaft or in a bore is required. Typical applications include pump impeller retention, motor shaft assemblies, and general industrial fastening. The zinc-plated finish provides a baseline level of corrosion resistance appropriate for indoor and protected environments. This product is sold individually per package with a minimum order quantity of 100 units.

Key Features

• Grade 2 spring steel construction for consistent retention force and durability
• Zinc-plated finish for baseline corrosion protection in protected environments
• Outside diameter of 0.97 inches and inside diameter of 0.802 inches for precise shaft fitment
• Thickness of 0.11 inches for compact axial footprint in tight assemblies
• Split ring design allows installation without specialized snap ring pliers in many configurations

Compatibility

Designed as a standard-dimension split ring for mechanical assemblies requiring a 0.802-inch inside diameter retention component on shafts or in bores of compatible sizing.

Installation Notes

Installation should be performed by qualified mechanical or maintenance technicians familiar with shaft retention hardware. Ensure the shaft and seating groove are clean and free of burrs before installing the ring. Proper seating tools should be used to fully engage the ring and confirm it is locked in position before returning the assembly to service. Do not reuse a split ring that has been deformed or overstressed during removal.