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193635 - Miller External Retaining Ring .394 Shaft C-Style

Packaging: 1 PER EA
$9.91/EA $6.48/1 PER EA only $6.48/EASave 35%

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OVERVIEW

Miller 193635 External Retaining Ring Overview

The Miller 193635 is a specialized external retaining ring designed to secure components onto a shaft within various industrial and welding assemblies. Often referred to as a C-clip or snap ring, this component plays a critical role in mechanical systems by preventing lateral movement of parts such as bearings, gears, pulleys, or drive rolls. Engineered to precise specifications, this particular ring is sized for a shaft diameter of 0.394 inches, ensuring a tight and reliable fit that maintains the structural integrity of the assembly during operation.

Constructed from high-quality spring steel or comparable durable materials, the Miller 193635 offers excellent resilience and memory, allowing it to expand over the shaft during installation and snap back into the groove securely. Its thickness of 0.025 inches is calculated to fit standard groove widths associated with this shaft size, minimizing play and vibration. In the context of welding equipment, such as wire feeders or power sources, even small components like retaining rings are vital. A loose or missing ring can lead to component misalignment, feeding issues, or internal damage to the machine.

Technical Specifications and Application

This retaining ring features a "C" style design, which is one of the most common and versatile configurations for external retention. The open design allows for installation using standard snap ring pliers or, in some cases, specialized applicators, making maintenance and repair tasks straightforward for technicians. When replacing a retaining ring, it is crucial to match the dimensions exactly. The 0.394-inch (approximately 10mm) shaft requirement is specific; using a ring designed for a different diameter can result in failure under load.

Why Choose Genuine Miller Parts?

Opting for the genuine Miller 193635 ensures compatibility with your Miller Electric equipment. While generic fasteners exist, OEM parts are manufactured to the exact tolerances required by the original engineering design. This guarantees that the radial force exerted by the ring is sufficient to hold components in place without over-stressing the groove. Whether you are rebuilding a drive assembly or performing routine maintenance on a shop floor, having the correct hardware on hand reduces downtime and ensures the longevity of your welding assets. This part is sold individually, allowing you to order the exact quantity needed for your repair.

Additional Information
Packaging Description:1 Per Ea
Product Type:Retaining Ring
Style:External C-Style
Thickness:0.025 in
Material:Steel
----- new values below ----
Product Type:Retaining Ring
Style:External C-Style
Shaft Diameter:0.394 in
Thickness:0.025 in
Material:Steel
Brand:Miller
Packaging Description:1 Per Ea

INCLUDED

  • (1) Retaining Ring, External .394 Shaft x .025 Thk C Style

APPLICATIONS

  • Welding machine repair and maintenance
  • Securing drive rolls or internal components on shafts
  • General industrial equipment maintenance requiring .394" shaft rings
  • Replacement of worn or lost retaining clips in Miller equipment

FAQ

This retaining ring is designed for a shaft diameter of 0.394 inches.

The ring has a thickness of 0.025 inches.

Yes, the Miller 193635 is a genuine Original Equipment Manufacturer part from Miller Electric.

This is an external C-style retaining ring.

You should verify fitment by checking your machine's parts manual or looking up the serial number on the Miller website.

While it can sometimes be installed with other tools, using proper external snap ring pliers is recommended for safe and easy installation.

While generic clips exist, using the specific Miller 193635 ensures the correct thickness and tension for the groove designed in your Miller equipment.

Using the wrong size can lead to the ring slipping out of the groove, causing components to come loose and potentially damaging the machine.