K1900-1 - Lincoln Electric Paralleling Kit for DC-1500 Power Sources

Unleash 3000 Amps of Welding Power

For professional welders and industrial fabricators facing the toughest jobs, the Lincoln Electric K1900-1 Paralleling Kit is the key to unlocking extreme power. Designed to work exclusively with the legendary DC-1500 power sources, this kit enables the connection of two machines to function as one unified power plant. The result is a massive 3000 Amps of welding output, ready to handle the thickest sections and the most intensive processes available in the industry today.

In the world of heavy fabrication, duty cycle is king. The K1900-1 respects this requirement by supporting a 100% duty cycle at the full 3000 Amp output. This means you can run continuous beads, perform deep gouging, or operate automated systems around the clock without fear of overheating or equipment failure. It effectively doubles your capacity, turning two standard heavy-duty machines into a super-heavy-duty station capable of performing tasks that single machines simply cannot touch.

This kit is particularly valuable for shops that need flexibility. Instead of dedicating floor space to a permanent 3000A machine that might see sporadic use, you can utilize your existing DC-1500s individually for standard work and combine them using the K1900-1 only when the mega-projects arrive. This versatility maximizes asset utilization and ROI, allowing your shop to bid on larger contracts without permanent capital expansion. The kit ensures that both machines work in perfect harmony, providing a smooth and consistent arc.

The K1900-1 is a specialized item, reflecting its nature for top-tier industrial applications. It comes with the necessary components to link the machines safely and effectively. When you are welding thick ship hulls, massive bridge girders, or heavy earth-moving equipment, you need power you can trust. The Lincoln K1900-1 delivers that power, backed by the quality and engineering excellence of Lincoln Electric. Ensure your shop is ready for any challenge, no matter how big, with this essential paralleling solution.