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K4306-1520ID - Lincoln AutoDrive S Robotic Wire Feeder Package for ABB IRB 1520iD

Packaging: 1 Per Ea
$42,188.14/EA $26,367.59/1 Per Ea only $26,367.59/EASave 37%

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OVERVIEW

Precision Robotic Wire Feeding for ABB Systems

The Lincoln Electric AutoDrive® S Wire Feeder One-Pak® (K4306-1520ID) represents the pinnacle of robotic welding integration, specifically engineered for the ABB IRB 1520iD robot arm. This comprehensive package addresses the critical challenges of automated fabrication—specifically arc initiation and wire feed consistency—by leveraging advanced servo-motor technology. Unlike traditional DC motor feeders, the AutoDrive S utilizes a high-response servo system that synchronizes perfectly with the Power Wave® power source platform, allowing for instantaneous control over wire acceleration and deceleration.

At the core of this system is the revolutionary Touch-Retract™ starting technology. In standard robotic welding, the wire is often driven into the workpiece until the arc flares, creating explosive spatter and potentially damaging the contact tip. The AutoDrive S mitigates this by gently touching the wire to the workpiece and then physically retracting it as the arc initiates at a low current. This "soft start" mechanism virtually eliminates spatter at the start of the weld, ensuring a clean ignition and preserving the integrity of the copper contact tip. For high-volume automotive and general fabrication environments, this translates to significantly reduced downtime for tip changes and nozzle cleaning.

This One-Pak® is a turnkey solution designed to simplify the procurement and installation process. It bundles the K4303-1 AutoDrive S Feeder with the specific mounting brackets, torch cable assembly, and front-end consumables required for the ABB IRB 1520iD. By ensuring all components—from the breakaway disk to the gun tube and liner—are matched to the specific robot geometry, Lincoln Electric guarantees optimal performance and cable management. The result is a robotic cell that delivers consistent, high-quality welds with superior cycle times and lower operational costs.

Engineers and facility managers will appreciate the direct integration with the Power Wave platform, which provides deep data analytics and process control. The synergy between the feeder's servo mechanics and the power source's waveform control allows for precise deposition and adaptability to complex weld paths, making the K4306-1520ID an essential upgrade for precision manufacturing.

Additional Information
Brand:Lincoln Electric
Packaging Description:pack of 1
Compatible Robot:ABB IRB 1520iD
Feeder Model:AutoDrive S (K4303-1)
Technology:Touch-Retract Starting, Servo-Driven
System Compatibility:Power Wave Platform
Application:Robotic Welding, Automotive Fabrication

INCLUDED

  • Feeder (K4303-1)
  • Mounting Bracket (K4254-3)
  • Torch Cable Assembly (KP4305-1520ID)
  • Breakaway Disk (KP2920-7)
  • Housing (K4308-3)
  • Nose Cone (K4307-1)
  • Gun Tube (KP3355-45)
  • Nozzle (KP2743-1-62R)
  • Diffuser (KP2747-1)
  • Insulator (KP2773-1)
  • Contact Tip (KP2745-045)
  • Liner (KP42-4045-6)

APPLICATIONS

  • Automotive Manufacturing
  • General Robotic Fabrication
  • High-Volume Production Welding
  • Precision Component Assembly
  • Structural Steel Robotics

FAQ

This One-Pak is specifically designed for the ABB IRB 1520iD robot arm.

Touch-Retract starting is a feature where the wire feeder gently touches the wire to the workpiece and then retracts it to initiate the arc at a low current, virtually eliminating spatter.

No, the One-Pak packages are supplied unassembled. Installation of the brackets, feeder, and torch components is required.

The AutoDrive S is designed to work in synergy with the Lincoln Electric Power Wave platform.

A servo-driven feeder offers precise control over wire acceleration and deceleration, ensuring consistent wire feed speeds and enabling advanced starting routines like Touch-Retract.

Yes, it includes a nozzle, diffuser, insulator, contact tip, and liner, along with the gun tube and nose cone.

By using a softer, cleaner start mechanism, the system reduces the electrical and mechanical stress on the contact tip during arc initiation, reducing wear and burnback.

A One-Pak bundles all necessary components—feeder, mounting hardware, cables, and consumables—under a single part number, ensuring compatibility and simplifying the ordering process.