951953001 - Miller Deltaweld 350 MIGRunner with Intellx Elite Dual Feeder & Aluma-Pro Gun

Miller Deltaweld 350 MIGRunner with Intellx Elite Dual Feeder & XR-Aluma-Pro Plus

The Miller Deltaweld 350 MIGRunner Package (951953001) is a comprehensive industrial welding solution designed for manufacturing environments requiring versatility and high performance. This system pairs the robust Deltaweld 350 power source with the advanced Intellx Elite Dual Wire Feeder and the XR-Aluma-Pro Plus push-pull gun, creating a station capable of handling both steel and aluminum welding tasks with minimal downtime for changeovers. The system operates on 208/230/460 V input power, supporting both single and three-phase configurations, making it adaptable to various facility power grids.

At the core of this package is the Deltaweld 350, which bridges the gap between legacy simplicity and modern pulsed MIG technology. It features Accu-Pulse, a process that provides a 28% wider operating window compared to traditional CV MIG. This results in a more forgiving arc that compensates for variations in operator technique, reducing training time and weld defects. The machine is rated for 350 Amps at 100% duty cycle (and up to 400+ Amps at lower duty cycles), ensuring it can withstand the rigors of heavy industrial manufacturing, structural steel fabrication, and transportation equipment production.

The inclusion of the Intellx Elite Dual Feeder is a significant productivity booster. It allows operators to keep two different types of wire (e.g., aluminum and steel) spooled and ready to weld. The package includes the XR-Aluma-Pro Plus 25-foot push-pull gun, specifically engineered for reliable aluminum wire feeding, and a Bernard BTB 300 Amp 15-foot gun for standard steel applications. The Elite feeder offers advanced features such as new arc control for better welds with minimal adjustment and memory buttons to store weld programs. The system also utilizes ArcConnect technology for next-generation communication between the feeder and power source, and Fan-On-Demand to minimize airborne contaminants entering the machine.