Value Collection 80122344 Internal Snap Ring 1-5/8 in Bore

Product Description

The VALUE COLLECTION 80122344 is a spring steel internal snap retaining ring designed for 1-5/8 inch bore applications. It seats into a machined groove inside a bore to axially retain shafts, pins, bearings, and similar components. The ring has a free outside diameter of 1.804 inches and a ring thickness of 0.062 inches. A phosphate finish provides basic corrosion resistance and improves lubrication retention in service. Machinists, maintenance technicians, and mechanical assemblers install this type of ring across a broad range of light and heavy industrial assemblies.

This internal snap ring is suited for use in housings, gearboxes, pumps, motors, and general mechanical assemblies where a 1-5/8 inch nominal bore size is present. The phosphate-finished spring steel construction handles moderate loads and typical shop environments. It is sold in a package quantity of 10 rings, with a minimum order quantity of 1 package.

Key Features

• 1-5/8 inch bore diameter — fits 1.725 inch groove diameter with tight bilateral tolerance
• Spring steel construction provides consistent radial force and reliable retention
• Phosphate finish for corrosion resistance and improved lubrication retention
• Free outside diameter of 1.804 inches with a tolerance of -0.025 to +0.035 inches
• Groove width of 0.068 inches and groove depth of 0.050 inches for precise seating
• Ring thickness of 0.062 inches with a tolerance of -0.003 to +0.003 inches

Compatibility

Designed for internal snap ring grooves with a 1-5/8 inch nominal bore size and a groove diameter of 1.725 inches. Verify groove width, groove depth, and groove diameter tolerances against application drawings before installation.

Installation Notes

Internal snap rings of this type are installed and removed using internal snap ring pliers sized for the bore. Power down and de-energize any equipment before disassembly. Confirm the groove is clean and free of burrs before seating the ring to ensure full engagement around the groove circumference. Do not over-expand the ring during installation, as spring steel retaining rings can fracture or lose retention force if stressed beyond their elastic limit.