Value Collection 80122351 Internal Snap Ring 1-11/16 in

Product Description

The VALUE COLLECTION 80122351 is an internal snap retaining ring designed to secure components within a bored housing by seating in a machined groove. Made from spring steel with a phosphate finish, this ring provides reliable axial retention in assemblies where a removable, reusable fastening solution is required. The nominal bore diameter is 1-11/16 inches, with a free outer diameter of 1.874 inches and a ring thickness of 0.062 inches. The groove width is 0.068 inches and groove depth is 0.052 inches. Machinists, maintenance technicians, and assembly professionals install this type of ring using internal snap ring pliers in standard bore applications.

This internal snap retaining ring is suited for use in light-to-medium duty mechanical assemblies including pumps, gearboxes, motors, and bearing housings where a 1-11/16 inch bore is present. The phosphate finish adds a base layer of corrosion resistance appropriate for indoor or protected environments. Sold in a package quantity of 10, this ring is well-suited for shop stock, maintenance kits, or production line use. The minimum order quantity is 1 package.

Key Features

• Internal snap ring design seats in a machined bore groove for axial component retention
• Spring steel construction provides consistent snap force and reusability
• Phosphate finish offers base-level corrosion resistance
• 1-11/16 inch nominal bore diameter with a 1.874 inch free outer diameter
• Groove width of 0.068 inches and groove depth of 0.052 inches for precise fit
• Sold in a 10-piece package with a minimum order quantity of 1

Compatibility

Designed as a standard internal snap retaining ring for mechanical assemblies with a 1-11/16 inch nominal bore diameter and a groove machined to 0.068 inches wide by 0.052 inches deep.

Installation Notes

Installation and removal require internal snap ring pliers sized for the bore diameter. Disengage all power and relieve any stored mechanical energy before servicing assemblies containing retaining rings. Inspect the groove for burrs or damage before seating the ring to ensure proper retention. Do not reuse rings that show signs of deformation or fatigue.