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K3573-3 - Lincoln Electric 4R Feeder Mount for ABB IRB2600ID

Packaging: 1 Per Ea
$615.22/EA $384.51/1 Per Ea only $384.51/EASave 38%

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OVERVIEW

Precision Integration for Robotic Welding Automation

The Lincoln Electric K3573-3 4R Feeder IRB2600ID Mounting Bracket is a critical component designed to bridge the gap between high-performance wire delivery systems and advanced robotic manipulators. Specifically engineered for the ABB IRB2600ID robot, this bracket facilitates the secure attachment of Lincoln Electric's 4R100 and 4R200 Robotic Wire Feeders. In the realm of automated welding, the rigidity and alignment of the wire feeder are paramount; any instability can lead to inconsistent wire feeding, arc instability, and ultimately, weld defects. This mounting solution addresses those challenges by providing a robust, vibration-resistant platform tailored to the robot's unique kinematics.

Optimized for Integrated Dressing (ID)

The "ID" in IRB2600ID stands for Integrated Dressing, a design where process cables are routed inside the robot's upper arm and wrist. This configuration reduces cable interference and wear but requires specialized mounting hardware that does not obstruct the internal routing paths. The K3573-3 is meticulously designed to respect the geometry of the IRB2600ID, ensuring that the wire feeder is positioned optimally for wire delivery without compromising the robot's range of motion or the integrity of the internal cabling. This seamless integration is vital for maintaining the high uptime and productivity expected in modern manufacturing environments.

Robust Construction and Reliability

Constructed from industrial-grade materials, the K3573-3 mounting bracket is built to withstand the rigorous accelerations and decelerations typical of high-speed robotic welding. By firmly anchoring the 4R feeder to the robot manipulator, it minimizes the mechanical stress on the feeder drive rolls and motor. This stability ensures that the wire feed speed remains constant relative to the contact tip, a crucial factor in achieving consistent penetration and bead profile. For facility managers and automation engineers, choosing the correct OEM mounting hardware like the K3573-3 means reduced maintenance intervals and a lower risk of equipment failure.

Seamless System Compatibility

This bracket is part of Lincoln Electric's comprehensive ecosystem of robotic welding solutions. It is pre-drilled and tapped to match the mounting footprint of the 4R100 and 4R200 feeders exactly, eliminating the need for custom fabrication or modification on the shop floor. The kit includes the necessary hardware to bolt the bracket to the robot casting, streamlining the installation process during system integration or retrofitting.

Additional Information
Brand:Lincoln Electric
Packaging Description:1 Per Ea
Compatible Robot Model:ABB IRB2600ID
Compatible Wire Feeders:4R100, 4R200
Product Type:Mounting Bracket
Application:Robotic Welding Automation

INCLUDED

  • 1 x K3573-3 Mounting Bracket Assembly
  • Mounting Hardware Kit
  • Installation Instructions

APPLICATIONS

  • Automated MIG/MAG welding cells
  • Robotic fabrication lines using ABB IRB2600ID robots
  • High-volume automotive parts manufacturing
  • Heavy equipment robotic assembly
  • Precision structural steel welding automation

FAQ

The K3573-3 bracket is specifically designed for Lincoln Electric's 4R100 and 4R200 Robotic Wire Feeders.

This mounting bracket is engineered exclusively for the ABB IRB2600ID robotic arm.

No, the design accommodates the 'Integrated Dressing' (ID) feature of the IRB2600ID, ensuring internal cables are not obstructed.

Yes, the kit typically includes the necessary bolts and hardware to attach the bracket to the robot and the feeder to the bracket.

No, the bolt pattern and geometry are specific to the ABB IRB2600ID. Using it on other robots would likely require significant modification and is not recommended.

Robotic arms move at high speeds and accelerations. A specific bracket ensures the wire feeder is rigidly attached to prevent vibration that could disrupt the welding arc.

It is constructed from heavy-duty metal (typically steel or aluminum alloy) designed to withstand industrial environments and support the weight of the feeder.

This bracket mounts the wire feeder drive unit. In most robotic setups, the large wire spool or drum is located remotely (e.g., on the floor or a separate stand), not on the robot arm itself.