Value Collection 80122245 Internal Snap Retaining Ring

Product Description

The VALUE COLLECTION 80122245 is an internal snap retaining ring designed to secure components within a bored housing or assembly. Manufactured from spring steel with a phosphate finish, this ring fits a 1-1/16 inch nominal bore diameter and has a free outer diameter of 1.18 inches. The ring thickness is 0.05 inches, and it seats in a groove measuring 0.056 inches wide by 0.034 inches deep. Machinists, maintenance technicians, and industrial assemblers install this type of ring where a reliable internal retaining solution is needed without threading or welding.

This internal snap ring is suited for use in bored housings found in mechanical assemblies, gearboxes, pumps, motors, and similar industrial or trade equipment. The phosphate finish provides a basic level of corrosion resistance and lubricity. It is appropriate for light-duty to moderate-duty applications where a standard internal groove retaining ring is specified by the assembly design.

Key Features

• Spring steel construction for reliable radial spring force and consistent retention
• Phosphate finish for corrosion resistance and reduced friction during installation
• 1-1/16 inch nominal bore diameter with a free OD of 1.18 inches
• Groove width of 0.056 inches and groove depth of 0.034 inches for precise fit
• Ring thickness of 0.05 inches with a tight tolerance of plus or minus 0.002 inches
• Groove diameter tolerance of -0.004 to +0.005 inches for consistent seating

Compatibility

Designed as an OEM-style replacement or direct-fit internal snap retaining ring for bored housings with a 1-1/16 inch nominal internal groove diameter meeting standard snap ring groove specifications.

Installation Notes

Internal snap retaining rings are installed by machinists or maintenance technicians using internal snap ring pliers sized to match the ring. Always power down and de-energize equipment before disassembling any housing or bearing assembly. Ensure the groove dimensions match the ring specifications before installation, as an improperly sized groove can cause the ring to slip or fail under load. Inspect the ring for deformation before reuse and replace if any distortion is present.