Rotor Clip TI-37ST Pa Internal Retaining Ring Steel

Product Description

The ROTOR CLIP TI-37ST PA is an internal self-locking retaining ring designed to secure components within a bored housing without requiring a groove. Manufactured from 1060/1090 steel with a phosphate finish, this ring seats inside a bore of 0.375 inches and provides a thrust load capacity of 76 pounds. The self-locking design eliminates the need for a machined groove in the housing bore, making it well suited for assemblies where groove machining is impractical. Ring thickness is 0.01 inches with a tight tolerance of -0.001 to 0.001 inches. It is installed by mechanical technicians and assemblers working in industrial, OEM, and maintenance repair environments.

This retaining ring is used in applications requiring internal axial retention of shafts, pins, or other cylindrical components within a bored housing. The 0.375-inch bore diameter and compact ring profile make it appropriate for small-bore assemblies across general industrial machinery, automotive components, fluid handling equipment, and precision mechanical assemblies. Its phosphate finish provides baseline corrosion resistance for indoor and controlled-environment applications. Minimum order quantity is 100 pieces per order.

Key Features

• Self-locking design seats directly in bore without a machined groove
• 76-pound thrust load capacity for reliable axial retention
• 1060/1090 steel construction with phosphate finish for corrosion resistance
• Tight ring thickness tolerance of -0.001 to 0.001 inches for consistent seating
• Hardness rated at Rockwell 15N 84-86 for durability under load
• Meets SAE 1060-1090 and ISO 13485:2016 standards

Compatibility

Designed as an OEM-style internal self-locking retaining ring for 0.375-inch bore diameter applications in general industrial and mechanical assemblies.

Installation Notes

Installation is performed by mechanical technicians or assemblers using retaining ring pliers or insertion tools appropriate for internal self-locking ring designs. Ensure the bore surface is clean and free of burrs before seating the ring. De-energize or lock out any equipment before servicing assemblies containing retaining rings. Do not over-compress the ring during installation, as permanent deformation will reduce load capacity.