Rotor Clip SH-43SS B100 External Retaining Ring 7/16 in

Product Description

The ROTOR CLIP SH-43SS B100 is an external retaining ring designed to secure components on 7/16-inch diameter shafts. Manufactured from 15-7 grade 632 stainless steel with a zinc finish, this ring seats in a 0.412-inch groove diameter and measures 0.025 inches thick. With a hardness rating of 69.5 to 73 HRC, it is built for demanding mechanical assemblies that require reliable axial retention. Licensed HVAC technicians, plumbers, millwrights, and industrial maintenance professionals install this type of ring as a standard fastener element in rotating assemblies, pumps, motors, and shaft-mounted components.

This external retaining ring is suited for use in mechanical assemblies where precise groove engagement is required on 7/16-inch shafts. Its compact free outside diameter of 0.66 inches and groove width of 0.029 inches make it appropriate for tight-tolerance industrial and commercial applications. It meets AMS-5529 and UNS S15700 standards and is manufactured to ISO 13485:2015 quality management requirements, supporting use in precision mechanical and medical device assembly environments.

Key Features

• Manufactured from 15-7 grade 632 stainless steel for corrosion resistance and high-strength performance
• Zinc finish provides additional surface protection
• Hardness of 69.5 to 73 HRC supports high-load axial retention
• Groove diameter of 0.412 inches with a tolerance of -0.002 to +0.002 inches ensures precise fitment
• Meets AMS-5529 and UNS S15700 fastener standards
• Manufactured under ISO 13485:2015 quality management system requirements

Compatibility

Designed as an OEM-style external retaining ring for 7/16-inch diameter shafts with a 0.412-inch groove diameter, suitable for use in industrial, commercial, and precision mechanical assembly applications.

Installation Notes

External retaining rings of this type are installed using snap ring pliers sized for external rings. Confirm shaft groove dimensions match the ring specifications before installation. Depressurize or de-energize the assembly and secure all rotating components before servicing. Avoid over-spreading the ring during installation to prevent deformation or loss of spring tension.