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

Reliable Wire Feeding with Lincoln Electric

The Lincoln Electric Outlet Guide (W4017700) is an essential component for maintaining the efficiency and reliability of your MIG welding wire feeder. Designed to accommodate wire diameters from .035 inches up to 1/16 inches, this guide plays a critical role in the wire drive assembly. It is positioned immediately after the drive rolls, serving as the bridge that directs the welding wire into the gun cable or liner. By providing a precise path, it prevents the wire from wandering, buckling, or "birdnesting"—a common issue that can halt production and damage equipment.

Manufactured to Lincoln Electric's high standards, this outlet guide is built from durable materials capable of withstanding the friction and wear associated with continuous wire feeding. Over time, guides can develop grooves or become clogged with shavings, which increases drag on the wire and leads to erratic arc performance. Replacing your outlet guide with this genuine OEM part ensures that your wire feeder operates as intended, delivering a smooth and consistent wire speed to the weld puddle.

This component is particularly important when switching between different wire sizes within the .035" to 1/16" range. Using the correct guide size ensures that the wire is fully supported without being constricted. Whether you are welding with solid mild steel wire, flux-cored wire, or aluminum, maintaining the integrity of the feed path is key to achieving high-quality welds. The W4017700 is easy to install, making it a quick maintenance fix that yields significant improvements in process stability.

Key Benefits for Industrial Welders

Investing in genuine Lincoln Electric parts like the W4017700 Outlet Guide protects your larger equipment investment. Poorly fitting aftermarket guides can cause premature wear on drive rolls and gun liners. By choosing the correct outlet guide, you ensure optimal alignment, reduce the strain on the drive motor, and minimize the risk of feed failures during critical welding tasks.