Value Collection 80122450 Internal Snap Ring 29/64 in 50pk

Product Description

The VALUE COLLECTION 80122450 is a spring steel internal snap retaining ring designed to secure components within a bored housing by seating into a machined groove. With a 29/64 inch nominal bore diameter and a free outer diameter of 0.498 inches, this ring fits standard internal groove applications across a range of mechanical assemblies. Ring thickness is 0.025 inches, and the groove it seats into measures 0.029 inches wide by 0.012 inches deep. The phosphate finish provides baseline corrosion resistance for general industrial and mechanical service environments. This ring is installed by machinists, millwrights, maintenance technicians, and assembly workers using snap ring pliers.

This internal snap ring is suited for use in shafts, bores, and housing assemblies where axial retention of bearings, bushings, pins, or other cylindrical components is required. The 29/64 inch bore size targets small-bore applications common in light machinery, power transmission assemblies, pumps, motors, and precision mechanical devices. This listing covers a package quantity of 50 rings, making it practical for production line use, maintenance stock, or bench repair operations.

Key Features

• Internal snap ring design seats into a machined bore groove for axial component retention
• 29/64 inch nominal bore diameter with 0.498 inch free outer diameter
• Spring steel construction provides reliable snap-back force and long service life
• Phosphate finish for general corrosion resistance in service environments
• Groove width tolerance of 0.000 to 0.003 inches ensures consistent seating
• Package quantity of 50 rings per order

Compatibility

Designed as an OEM-style replacement or stock component for internal snap ring groove applications with a 29/64 inch bore diameter and a groove measuring 0.029 inches wide by 0.012 inches deep.

Installation Notes

Internal snap rings require internal snap ring pliers sized for the bore diameter. Always power down or de-energize any machine before servicing components that use retaining rings. Inspect the groove for burrs or damage before installation, as groove irregularities can cause improper seating or ring failure under load. Do not reuse rings that have been removed, as spring fatigue may compromise retention force.