K3562-1 - AutoDrive 4R220/4R100 Bracket for Fanuc 100iD

Precision Mounting for AutoDrive Wire Feeders

The Lincoln Electric K3562-1 is a specialized mounting bracket developed to secure AutoDrive 4R220 and AutoDrive 4R100 wire feeders directly to the casting of Fanuc 100iD robots. In robotic welding applications, the rigidity of the wire feeder mounting is critical. Any vibration or play in the mounting system can translate to inconsistencies in wire delivery, affecting arc stability and weld quality. This bracket is engineered to provide a zero-movement connection, ensuring that the wire feeder performs optimally throughout the robot's full range of motion.

Constructed from high-grade materials, the K3562-1 withstands the mechanical stresses inherent in robotic welding environments. The Fanuc 100iD is a high-performance robot known for its speed and versatility; this bracket is designed to match those capabilities without adding unnecessary bulk or weight that could impede the robot's payload capacity. The mounting pattern aligns perfectly with the robot's interface, allowing for a straightforward bolt-on installation that reduces setup time and maintenance requirements.

For welding engineers and maintenance technicians, the "Easy Build Your System" philosophy behind this product means less time fabricating custom brackets and more time focusing on weld parameters. The bracket positions the AutoDrive feeder in an orientation that optimizes the wire path from the drum to the torch, reducing friction and wear on liners. This is particularly important for the 4R220 and 4R100 feeders, which are designed for high-precision wire delivery.

This kit typically includes the necessary hardware to attach the bracket to the robot arm. By utilizing this OEM-specified mounting solution, you ensure compliance with Lincoln Electric's installation guidelines, protecting your investment in the AutoDrive system. It is suitable for a wide range of applications, including general fabrication, pipeline work, and heavy structural welding where Fanuc automation is utilized.