Rotor Clip TX-9ST Pa Retaining Ring 3/32 Inch Shaft

Product Description

The ROTOR CLIP TX-9ST PA is an external self-locking retaining ring designed for use on small-diameter shafts measuring 3/32 inches (0.0938 inches). Manufactured from SAE 1060-1090 steel with a phosphate finish, this ring seats directly onto the shaft without requiring a groove, using three prongs to grip and hold position under load. The ring measures 0.326 inches in free outside diameter and 0.010 inches in thickness, making it suited for compact assemblies where space is limited. It is installed by maintenance technicians and mechanical assemblers working on precision equipment, small motors, and light mechanical subassemblies.

This retaining ring is used in applications requiring a secure axial stop on shafts in the 3/32-inch range. Typical install scenarios include small electric motors, instrumentation components, light-duty actuators, and compact mechanical assemblies found in HVAC equipment, appliances, and industrial machinery. The phosphate finish provides baseline corrosion resistance for indoor and sheltered environments. Minimum shaft diameter is 0.091 inches and maximum shaft diameter is 0.097 inches, so shaft size must be verified before installation.

Key Features

• Self-locking three-prong design requires no shaft groove for installation
• Shaft diameter range: 0.091 inches minimum to 0.097 inches maximum
• Free outside diameter of 0.326 inches suits compact clearance envelopes
• Ring thickness of 0.010 inches with a tolerance of -0.001 to +0.001 inches
• Hardness rated at 84-86 HR15N for consistent grip under thrust load
• Phosphate finish provides baseline corrosion protection for indoor use

Compatibility

Designed as an OEM-style external self-locking retaining ring for 3/32-inch shafts in compact mechanical assemblies. Verify shaft diameter falls within 0.091 to 0.097 inches before installation.

Installation Notes

Installation is performed with retaining ring pliers appropriate for external self-locking ring styles. Confirm shaft diameter is within the specified range before seating the ring; an undersized or oversized shaft will compromise holding force. No groove preparation is required, but the shaft end should be free of burrs and debris before ring application. Always depressurize or de-energize the associated assembly before servicing any mechanical fasteners or retaining components.