Value Collection 80122195 Internal Snap Ring 3/4 in Bore 20 Pack

Product Description

The VALUE COLLECTION 80122195 is an internal snap retaining ring designed to secure components within a bored housing or shaft assembly. Sized for a 3/4-inch nominal bore diameter, this ring seats into a machined internal groove to prevent axial movement of mating parts. It is stamped from spring steel with a phosphate finish that provides a baseline level of corrosion resistance. The ring measures 0.831 inches free outer diameter with a thickness of 0.035 inches. Groove engagement dimensions are 0.039 inches wide and 0.023 inches deep. This type of fastener is a standard component in mechanical assemblies across HVAC equipment, pump housings, motors, and general industrial applications.

Internal snap retaining rings in the 3/4-inch bore size are commonly used in residential and light commercial equipment wherever a recessed groove is machined into a bore to retain a bearing, bushing, pin, or shaft. Typical install scenarios include motor end-bell assemblies, fan shaft housings, pump impeller retainment, and gearbox applications. This listing includes a package quantity of 20 rings, making it practical for shops or technicians who service multiple units at a time.

Key Features

• 3/4-inch nominal bore diameter with 0.831-inch free outer diameter
• Spring steel construction provides reliable radial tension within the groove
• Phosphate finish offers baseline corrosion and wear resistance
• Ring thickness of 0.035 inches fits standard internal groove profiles
• Groove width of 0.039 inches with a depth of 0.023 inches for precise seating
• Sold in a package of 20 rings to support multi-unit service needs

Compatibility

Designed as a standard internal snap retaining ring for use in 3/4-inch bored housings machined to accept a 0.039-inch wide internal groove, consistent with common mechanical assembly standards.

Installation Notes

Installation and removal of internal snap rings requires internal snap ring pliers sized for the bore diameter. Verify groove dimensions against the ring specifications before installation to ensure proper seating and retention. Always relieve system pressure, disconnect power, and isolate the assembly before disassembling any mechanical housing. Do not reuse a ring that has been over-expanded or shows visible deformation, as spring tension will be compromised.