Rotor Clip DSH-14SG External Retaining Ring 14mm Din 471

Product Description

The ROTOR CLIP DSH-14SG is a metric external retaining ring engineered for shaft retention applications. It seats in a precision-machined groove on a 14 mm shaft, holding an outer groove diameter of 13.4 mm. The ring is formed from 420 stainless steel with a phosphate finish, providing corrosion resistance and surface lubricity. Ring thickness measures 1.00 mm, and groove width is 1.10 mm with a groove depth of 0.30 mm. This part conforms to DIN 471 and is manufactured under ISO 13485:2015 quality standards. It is installed by maintenance technicians, millwrights, and mechanical assemblers working with precision shaft assemblies across industrial and mechanical service environments.

This retaining ring is suited for shaft retention in mechanical assemblies requiring a DIN 471 compliant external circlip. Typical applications include electric motors, gearboxes, pump shafts, and general mechanical assemblies where a 14 mm shaft diameter is present. The phosphate finish makes it compatible with applications that may see light lubrication or moderate moisture exposure. Sold in a package quantity of 5 rings per order.

Key Features

• Fits 14 mm shaft diameter with a 13.4 mm groove diameter
• 420 stainless steel construction for corrosion and wear resistance
• Phosphate finish provides surface lubricity and mild corrosion protection
• Conforms to DIN 471 fastener standard
• Manufactured under ISO 13485:2015 quality management standards
• Metric dimensioning throughout for compatibility with DIN-standard assemblies

Compatibility

Designed as a DIN 471 compliant external retaining ring for 14 mm shafts. Suitable for use in any mechanical assembly specifying a DIN 471 external circlip at this nominal shaft size.

Installation Notes

External retaining rings are installed and removed using circlip pliers sized for external DIN 471 rings. Always power down and de-energize equipment before servicing shaft assemblies. Inspect the shaft groove for burrs or damage before installation to ensure proper ring seating and retention. Do not overstress the ring during installation by spreading it beyond its free diameter more than necessary.