KP3364-2 - Lincoln Electric Magnum PRO Robotic Jump Liner .052-1/16

Precision Wire Feeding for Robotic Automation

The Lincoln Electric KP3364-2 Jump Liner is a critical component engineered for high-performance automated welding environments. Designed specifically for use with Magnum PRO Robotic Torches, this jump liner bridges the gap in the wire feeding path, ensuring seamless delivery of the electrode to the contact tip. It is calibrated to accommodate wire diameters ranging from .052 inches to 1/16 inches (1.3 mm to 1.6 mm), making it a versatile solution for heavy-duty fabrication tasks requiring thicker wire gauges.

In robotic welding cells, consistent wire feeding is paramount to maintaining weld quality and preventing system faults. The KP3364-2 is particularly distinct because it is designed for torch configurations featuring a wire brake. The wire brake mechanism requires specific internal geometry to function correctly without snagging or shaving the wire. This jump liner provides the necessary conduit support at this critical junction, minimizing friction and preventing the "bird-nesting" that can occur in high-speed automated processes.

Manufactured to Lincoln Electric's rigorous OEM standards, this liner ensures dimensional accuracy and material durability. Using genuine Lincoln parts helps maintain the integrity of the entire welding system, protecting the investment in robotic equipment. By ensuring a smooth path for the welding wire, the KP3364-2 contributes to stable arc characteristics, reduced spatter, and overall superior weld bead aesthetics. It is an essential consumable for facility managers and welding engineers focused on maximizing uptime and efficiency in their robotic welding operations.

Regular inspection and replacement of jump liners are recommended as part of a preventative maintenance schedule. Worn liners can lead to erratic feeding, arc instability, and increased contact tip wear. Integrating the KP3364-2 into your maintenance inventory ensures that your Magnum PRO Robotic system continues to operate at peak performance levels.