Rotor Clip TI-75ST Pa Internal Retaining Ring 0.75in

Product Description

The ROTOR CLIP TI-75ST PA is a self-locking internal retaining ring designed to secure components within a bored housing without requiring a groove. Manufactured from 1060/1090 grade steel with a phosphate finish, this ring seats inside a 0.75-inch bore and holds position through radial tension alone. Ring thickness measures 0.015 inches with a tight tolerance of -0.002 to +0.002 inches, ensuring consistent fit across precision assemblies. Thrust load capacity is rated at 76 pounds. Hardness is Rockwell 15N 84-87. This ring is installed by HVAC technicians, millwrights, and mechanical assemblers working on rotating or sliding shaft assemblies.

This retaining ring is suited for light-duty internal groove-free retention applications in both residential and commercial mechanical assemblies. It is commonly used in pump housings, motor end caps, and similar bored components where a traditional grooved ring cannot be used. The self-locking design eliminates the need for groove machining, making it a practical choice for field repairs and OEM production runs alike. MOQ is 100 units; package quantity is 1.

Key Features

• Self-locking internal design requires no bore groove for retention
• 1060/1090 steel construction with phosphate finish for corrosion resistance
• 0.015-inch ring thickness with tight tolerance of -0.002 to +0.002 inches
• 76-pound thrust load capacity suitable for light mechanical assemblies
• Rockwell 15N 84-87 hardness for consistent performance under load
• Conforms to SAE 1060-1090 and ISO 13485:2016 standards

Compatibility

Designed for internal self-locking retention in bored housings with a 0.75-inch inside diameter. Suitable for applications where groove-machined bore rings are not feasible.

Installation Notes

Installation is typically performed by a licensed mechanic or assembly technician using retaining ring pliers sized for internal self-locking rings. Ensure the bore is clean and free of burrs before seating the ring. De-energize or power down all associated equipment before servicing any rotating assembly. Do not reuse a ring that has been removed, as the self-locking tension may be compromised after extraction.