Skip to Main Content

KP52094-035 - Lincoln Electric .035 Onboard Wire Feeder Drive Roll Set

Packaging: 1 Per Ea
$1,496.89/EA $874.35/1 Per Ea only $874.35/EASave 42%

Usually ships within 3-5 business days

SKU: KP52094-035 Categories: ,

OVERVIEW

Optimize Your Wire Feeding with Genuine Lincoln Parts

The Lincoln Electric KP52094-035 Onboard Feeder Drive Roll Kit is an essential maintenance component designed to keep your welding operations running smoothly. Specifically engineered for use with .035 inch (0.9 mm) welding wire, this kit ensures that your wire feeder delivers a consistent and reliable supply of filler metal to the weld puddle. Inconsistent feeding can lead to a host of welding issues, including burn-back, irregular arc starts, and poor bead appearance. By utilizing genuine Lincoln Electric drive rolls, you guarantee precise traction that moves the wire effectively without crushing or deforming it.

This kit is tailored for onboard feeders, typically found on specific Lincoln Electric engine-driven welders and compact wire feeder units. The package includes two precision-machined drive rolls and the necessary set screws for a complete installation. Replacing worn drive rolls is a critical aspect of preventative maintenance; over time, the grooves in the rolls can wear down or become clogged with debris, leading to wire slippage. Installing the KP52094-035 kit restores the mechanical grip needed for optimal performance, ensuring that your equipment operates at the high standards Lincoln Electric is known for.

Why Choose OEM Drive Rolls?

Using Original Equipment Manufacturer (OEM) parts like the KP52094-035 protects your investment. Lincoln Electric manufactures these rolls to exact tolerances, ensuring perfect alignment with the wire guides and liner. Generic aftermarket rolls may not fit as precisely, which can cause premature wear on other feeder components or lead to feeding friction. Whether you are working in a fabrication shop or out in the field, relying on genuine Lincoln parts minimizes downtime and maximizes productivity.

Installation and Compatibility

Installing this drive roll kit is straightforward, allowing operators to switch wire sizes or replace worn components quickly. The included set screws ensure the rolls are securely fastened to the drive shaft, preventing loosening during high-vibration operations. This kit is specifically designed for solid wire applications requiring the .035-inch diameter configuration. Always verify your feeder's model compatibility to ensure this onboard feeder kit is the correct match for your machine.

Additional Information
packaging-description:1 Per Ea
----- new values below ----
Wire Diameter:.035 in., 0.9 mm
Accessory Type:Drive Roll Kit
Compatible Feeder Type:Onboard Feeder
Brand:Lincoln
Packaging Description:1 Per Ea

INCLUDED

  • 2 x Drive Rolls (.035 in. / 0.9 mm)
  • 1 x Set Screw Assembly

APPLICATIONS

  • MIG/MAG welding with solid wire
  • Automotive repair and fabrication
  • General industrial maintenance
  • Field welding with engine-driven welders
  • Structural steel fabrication

FAQ

This drive roll kit is specifically designed for use with .035 inch (0.9 mm) welding wire.

The kit includes two (2) drive rolls and the necessary set screws for installation.

No, this kit is designed specifically for Lincoln Electric "Onboard" feeders. Please check your welder's manual or parts list to confirm compatibility with the KP52094 series.

Drive rolls should be replaced when the grooves become worn or smooth, causing the wire to slip even under correct tension settings, or if the feeding becomes erratic.

This kit is typically designed with V-grooves for solid wire. Flux-cored wire usually requires knurled drive rolls to prevent crushing the softer wire. Check if a knurled option is available for your specific wire type.

Yes, this is a genuine Lincoln Electric OEM replacement part, ensuring proper fit and performance.

You will typically need a hex key (Allen wrench) to tighten the set screws included in the kit.

Using the wrong size drive roll results in poor traction (if too large) or wire deformation (if too small), both of which lead to poor arc stability and feeding issues.