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W4017700 - Lincoln Electric Wire Feeder Outlet Guide .035-1/16

Packaging: pack of 1
$20.98/EA $13.03/pack of 1 only $13.03/EASave 38%

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OVERVIEW

Optimize Your Wire Drive System

The Lincoln Electric W4017700 Outlet Guide is a precision-engineered replacement part designed to facilitate the smooth transfer of welding wire from the drive rolls into the MIG gun. Compatible with wire diameters ranging from .035" (0.9 mm) to 1/16" (1.6 mm), this guide is a versatile component suitable for a wide variety of welding applications, from light fabrication to heavy structural work. In any wire feeding system, the transition point from the drive rolls to the conduit is a critical area where wire deformation or jamming is most likely to occur. This outlet guide mitigates those risks by containing the wire and directing it straight into the liner.

Constructed for longevity and performance, the W4017700 features a hardened bore that resists the abrasive action of the moving wire. This is especially critical when using flux-cored or metal-cored wires, which can be more abrasive than solid wires. A worn outlet guide can introduce unnecessary friction into the system, causing the wire to slip at the drive rolls or chatter at the contact tip. Regular inspection and replacement of the outlet guide are recommended as part of a preventative maintenance schedule to ensure your welding operations run without interruption.

Installation is straightforward, allowing operators to swap out the guide quickly when changing wire sizes or performing maintenance. This specific guide covers a broad range of popular wire sizes, making it a convenient stock item for shops that handle multiple welding processes. It is compatible with various Lincoln Electric wire feeders and industrial welding systems that utilize this style of drive assembly.

Technical Performance and Compatibility

Using the correct outlet guide is just as important as selecting the right drive rolls. If the guide is too large, the wire may buckle under the compression force; if it is too small, it will drag. The W4017700 is calibrated perfectly for the .035" to 1/16" range, providing the necessary support for both push and push-pull systems. Ensure your Lincoln Electric equipment continues to perform at peak efficiency by utilizing only genuine replacement parts designed to meet the original factory specifications.

Additional Information
Brand:Lincoln Electric
Wire Diameter:0.035", 1/16"
Packaging Description:1 Per Ea
Component Type:Outlet Guide
Compatible Wire Sizes:0.035 in (0.9 mm), 0.045 in (1.2 mm), 0.052 in (1.4 mm), 1/16 in (1.6 mm)
Application:Wire Feeding

INCLUDED

  • 1 x Outlet Guide (.035" - 1/16")

APPLICATIONS

  • MIG Welding (GMAW)
  • Flux-Cored Arc Welding (FCAW)
  • Industrial Fabrication
  • Automotive Repair
  • Structural Steel Welding
  • Heavy Equipment Manufacturing

FAQ

The outlet guide directs the welding wire from the drive rolls into the MIG gun liner, preventing the wire from buckling or tangling (birdnesting) at the feeder exit.

This outlet guide is designed for wire diameters ranging from .035 inches (0.9 mm) to 1/16 inches (1.6 mm).

It should be replaced when you notice grooves worn into the bore, or if you experience inconsistent wire feeding. It is also good practice to check it whenever you change drive rolls.

Yes, the W4017700 is a genuine OEM part manufactured by Lincoln Electric.

Yes, as long as the aluminum wire diameter falls within the .035" to 1/16" range, though specific nylon or teflon guides are sometimes preferred for very soft aluminum to prevent shaving.

It fits many Lincoln Electric wire feeders, but not all. You should check your specific wire feeder's parts manual or breakdown to confirm compatibility with part number W4017700.

Using a guide that is too large can cause the wire to buckle. Using one that is too small will cause excessive friction and drag, leading to feeding problems.

The guide typically slides into the drive roll assembly housing and is secured by a set screw or retaining clip, depending on the specific feeder model.