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Danfoss / Eaton External Retaining Ring

Description & Features

The Eaton Char-Lynn external retaining ring is a versatile component designed for securing shafts in industrial applications. Known for its reliability, this retaining ring is part of the Danfoss Power Solutions lineup, ensuring compatibility and quality. Available in a variety of sizes, it is ideal for use in heavy-duty environments where precise retention is critical.

Engineered to meet the demands of retaining rings and clips, the Eaton Char-Lynn retaining ring offers a width of 0.6 inches, providing a robust fit for various machinery components. Its application in hydraulic systems is further supported by its inclusion in the Danfoss/Eaton product range, known for high-performance solutions in industrial settings.

SKU: 96098-056

Supplier Part Number (MPN): 96098-056

Specifications

Alternate Part Numbers Alternate Part Number MINO-00162X80680	Brand Danfoss – Hydraulics	Brand Danfoss Power Solutions	Pack Size 1.00	UOM EA	Features Available in a variety of sizes	ICC Retaining Rings and Clips	Language English	Net Pack Quantity Units EA	NMFC 125820	Product Width 0.60	Sub Brand None	Supplier Part Number 96098-056	Product Weight 0.50 lbs

Product Questions & Answers (2)

Question by: Brent S on Mar 7, 2026, 11:07 AM

need a retaining ring for a shaft, is this one meant for that kind of job?

Answer by: Customer Support on Mar 8, 2026, 11:31 AM

For shaft retention work, this external retaining ring is used to secure a shaft in industrial equipment where you need the ring to hold components in place.

Question by: Larry R on May 8, 2025, 6:14 PM

part number 96098-056, is that the external retaining ring, or am I looking at the wrong thing?

Answer by: Customer Support on May 10, 2025, 10:30 AM

You've got the right part. SKU 96098-056 is the Eaton Char-Lynn external retaining ring, sold under the Danfoss Power Solutions lineup. It's a standard external style, meaning it seats on the outside of a shaft to keep components from walking off or shifting under load.