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KP2920-5 - Lincoln Electric Thru-Arm Robotic Breakaway Disk KP2920-5

Packaging: 1 Per Ea
$326.42/EA $210.14/1 Per Ea only $210.14/EASave 36%

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OVERVIEW

Keep Your Robot Running with Genuine Lincoln Parts

In the high-stakes world of robotic welding, downtime is the enemy. The Lincoln Electric KP2920-5 Breakaway Disk is your first line of defense against extended outages caused by torch collisions. Designed for thru-the-arm robotic systems, this component is built to take the hit so your robot doesn't have to. Whether you are running a high-volume automotive line or a specialized fabrication cell, having a reliable mounting system for your MIG gun is crucial for consistent arc-on time.

This breakaway disk isn't just a piece of metal; it's a precision-engineered mount that holds your torch in perfect alignment. When a robot moves at high speeds, even a fraction of a millimeter of play in the mount can lead to wandering welds and rework. The KP2920-5 provides a rigid, secure connection that keeps the torch exactly where it needs to be, ensuring that every bead lands in the joint. If a crash does occur, the disk is designed to facilitate the breakaway action, triggering the robot's emergency stop to prevent catastrophic damage to the arm or the gun neck.

Easy Maintenance and Replacement

Maintenance teams know that swapping out damaged components needs to be fast and error-free. Because the KP2920-5 is a genuine Lincoln Electric part, it installs effortlessly onto compatible thru-the-arm systems without the need for modification or "making it fit." This plug-and-play reliability means you can get your cell back up and running in minutes, not hours.

Why Choose OEM?

Using genuine Lincoln Electric parts like the KP2920-5 ensures that you maintain the manufacturer's specifications for your equipment. Aftermarket copies may look similar but often lack the precise tolerances required for accurate TCP (Tool Center Point) maintenance. By sticking with the KP2920-5, you are investing in the longevity of your torch, the safety of your robot, and the quality of your final product. Don't let a worn or inferior mount compromise your welding automation; trust Lincoln Electric to keep your operation smooth and profitable.

Additional Information
Brand:Lincoln Electric
Packaging Description:1 Per Ea
Product Type:Breakaway Disk
Application:Robotic Welding, Thru-the-Arm Systems
Compatibility:Lincoln Electric Robotic Torches

INCLUDED

  • 1 x Lincoln Electric KP2920-5 Breakaway Disk
  • Installation Hardware (if applicable)

APPLICATIONS

  • Automated MIG/MAG welding cells
  • Thru-the-arm robotic welding systems
  • High-volume automotive manufacturing
  • Heavy equipment fabrication
  • General industrial automation

FAQ

The KP2920-5 serves as a mounting interface that secures the welding torch to the robot arm while providing collision protection by allowing the torch to displace or 'break away' upon impact.

No, the KP2920-5 is specifically designed for Lincoln Electric thru-the-arm robotic welding systems. It is not intended for over-the-arm configurations or non-compatible brands.

It provides a rigid and precise mounting surface that ensures the torch returns to the exact same position after maintenance, which is critical for maintaining accurate TCP.

A damaged disk can cause the torch to be misaligned, leading to off-seam welds, poor quality, and potential damage to the robot if the collision protection fails to trigger.

It is a durable component meant for long-term use, but it should be replaced if it sustains damage from a severe collision or shows signs of wear that affect alignment.

Yes, it is designed for standard maintenance installation. However, proper torque specs and alignment procedures should be followed according to the robot's manual.

Typically, the disk is sold as the unit itself. You may need to reuse existing hardware or purchase a separate mounting kit depending on your specific torch setup.

Thru-the-arm robots route cables through the center of the wrist axis. This disk is shaped to accommodate that central cabling, unlike solid-mount disks for over-the-arm robots.