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KP2095-13 - Lincoln Electric KP2095-13 Replacement Liner Spring Assembly

Packaging: 1 Per Ea
$20.08/EA $13.84/1 Per Ea only $13.84/EASave 31%

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SKU: KP2095-13 Categories: ,

OVERVIEW

Precision Engineering for Reliable Wire Feeding

The Lincoln Electric KP2095-13 Liner Spring is a specialized component designed to maintain the operational efficiency of Lincoln Electric wire feeding systems. In the realm of industrial welding, the consistency of wire delivery is paramount to achieving high-quality welds. This liner spring acts as a critical interface within the gun or feeder assembly, ensuring that the welding wire traverses the path from the drive rolls to the contact tip with minimal resistance and optimal alignment.

Manufactured to exacting tolerances, the KP2095-13 features an inner diameter (ID) of 0.131 inches (3.3 mm) and an outer diameter (OD) of 0.310 inches (7.9 mm). These dimensions are critical for preventing lateral movement of the wire, which can lead to erratic arc characteristics or physical jams known as "bird-nesting." The spring's length of 7.62 inches is specifically calibrated for the assemblies it is intended to service, ensuring a perfect fit without the need for modification or force during installation.

Constructed from high-grade spring steel, this component offers superior resilience and fatigue resistance. In continuous welding operations, components are subjected to thermal cycling and mechanical stress. The material composition of the KP2095-13 ensures that it retains its shape and tension over time, resisting the deformation that often plagues inferior aftermarket substitutes. Using genuine OEM parts like this liner spring is essential for preserving the warranty status of your equipment and ensuring that all sub-systems function as engineered.

For maintenance professionals and welding engineers, the KP2095-13 represents a preventative measure against production stoppages. Regular inspection of the wire path is recommended, and replacing the liner spring at the first sign of wear or distortion can save hours of troubleshooting later. Whether utilized in automated robotic cells or manual MIG stations, this Lincoln Electric component delivers the reliability required for high-stakes industrial fabrication.

Additional Information
Packaging Description:1 Per Ea
----- new values below ----
Inner Diameter:0.131 in (3.3 mm)
Outer Diameter:0.310 in (7.9 mm)
Length:7.62 in
Product Type:Liner Spring
Brand:Lincoln
Packaging Description:1 Per Ea

INCLUDED

  • 1 x Lincoln Electric KP2095-13 Liner Spring

APPLICATIONS

  • MIG/MAG welding wire feeding systems
  • Lincoln Electric MIG gun maintenance
  • Industrial fabrication workshops
  • Automotive repair and manufacturing
  • Robotic welding cell maintenance
  • Heavy equipment repair

FAQ

The KP2095-13 has an inner diameter (ID) of 0.131 inches (3.3 mm), an outer diameter (OD) of 0.310 inches (7.9 mm), and a total length of 7.62 inches.

Yes, this is a genuine OEM Lincoln Electric component, ensuring perfect compatibility and performance with Lincoln equipment.

The liner spring supports and guides the welding wire within the feeder or gun assembly, preventing kinks and ensuring smooth wire delivery to the contact tip.

Inspect the spring for kinks, compression, or excessive debris buildup. If the wire is feeding erratically or dragging, the spring may be worn or damaged.

This part is specifically engineered for Lincoln Electric systems. While dimensions may match other brands, we recommend using it only with compatible Lincoln equipment to ensure safety and performance.

It is manufactured from high-durability spring steel designed to maintain tension and resist deformation under industrial use.

Typically, small replacement parts like this do not include separate instructions. Please refer to your MIG gun or wire feeder's service manual for the correct installation procedure.

If the bird-nesting is caused by a gap or kink in the wire path where the spring is located, replacing it can resolve the issue. However, check drive roll tension and liner condition as well.