K1736-1 - Multi-Weld 350 Power Distribution Box

Streamline Your Multi-Operator Welding Operations

In high-volume industrial environments, managing power distribution for multiple welding stations can be a logistical challenge. The Lincoln Electric K1736-1 Distribution Box is engineered specifically to solve this problem for users of the Multi-Weld 350 system. This robust accessory serves as a central hub, allowing you to connect up to 10 Multi-Weld 350 units efficiently and safely. By consolidating connections, it reduces the complexity of cable runs across the job site, minimizing trip hazards and setup time.

High-Quality Construction

At the heart of the K1736-1 is a premium copper bus bar. Copper is chosen for its superior electrical conductivity and resistance to corrosion, ensuring that voltage drop is minimized even when multiple welders are drawing power simultaneously. This attention to material quality guarantees that each connected welder receives consistent power performance, which is critical for maintaining arc stability and weld quality across all stations.

Ready for Immediate Deployment

Lincoln Electric understands that time is money on a construction site or in a fabrication shop. That is why the K1736-1 Distribution Box comes complete with four "pig-tail" connectors included in the package. These connectors facilitate the immediate linking of your initial batch of welders, allowing your team to get to work faster. Whether you are setting up a temporary field operation or a permanent manufacturing line, this distribution box provides the reliability and ease of use that professional welders demand.

Designed for the Multi-Weld 350

This accessory is purpose-built for the Multi-Weld 350, ensuring perfect compatibility. It eliminates the guesswork involved in creating makeshift power distribution solutions, providing a factory-approved method for expanding your welding fleet's capacity. Its durable enclosure is built to withstand the rigors of industrial environments, protecting the internal bus bar and connections from debris and accidental impact.