
Package Price:
$28,125.43/1 Per EaUsually ships within 3-5 business days
The Lincoln Electric AutoDrive S Wire Feeder Wire Brake One-Pak (K4306-120ICW) is a comprehensive solution designed specifically for the integration of high-performance wire feeding onto the Fanuc Arc Mate 120iCW robotic arm. This package exemplifies Lincoln Electric's commitment to streamlining industrial automation by bundling the advanced AutoDrive S servo-driven feeder with custom-engineered mounting hardware and a critical wire brake assembly. By providing a single SKU for the complete setup, Lincoln Electric reduces procurement complexity and ensures 100% mechanical compatibility out of the box.
The core of this package, the AutoDrive S, is engineered for the rigors of modern automated manufacturing. It utilizes digital servo control to deliver wire with exceptional precision, communicating directly with Power Wave power sources via ArcLink. This digital tether allows for rapid data exchange, ensuring that wire feed speeds are adjusted in real-time to match the welding waveform requirements. The inclusion of the Wire Brake is particularly significant for robotic applications involving complex paths or touch-sensing routines; it mechanically halts the wire to prevent unspooling or movement when the arc is off, ensuring consistent stick-out for the next ignition cycle.
For facility managers and automation engineers, the K4306-120ICW represents a plug-and-play upgrade or installation for Fanuc cells. The mounting brackets are precision-machined to fit the specific casting of the 120iCW arm, ensuring a rigid mount that does not interfere with the robot's range of motion. This secure mounting is crucial for maintaining the Tool Center Point (TCP) accuracy over thousands of cycles.
| Additional Information |
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| Brand:Lincoln Electric |
| Packaging Description:1 Per Ea |
| Compatible Robot:Fanuc Arc Mate 120iCW |
| Product Type:Robotic Wire Feeder Package |
| Series:AutoDrive S |
| Included Features:Wire Brake |
| Communication Protocol:ArcLink |