951786001 - Miller XMT 350 CC/CV MIGRunner Package with 20 Series Feeder

Industrial Multi-Process Powerhouse

The Miller XMT 350 CC/CV MIGRunner Package (951786001) represents a top-tier solution for fabrication shops, construction sites, and heavy equipment repair facilities requiring versatility and unyielding power. At the heart of this system is the XMT 350 CC/CV power source, renowned for its flexibility and arc stability. Capable of delivering up to 350 amps of welding output, this machine handles a wide array of processes including MIG (GMAW), Stick (SMAW), TIG (GTAW), Flux-Cored (FCAW), and Air Carbon Arc Cutting and Gouging (CAC-A). Its Constant Current (CC) and Constant Voltage (CV) capabilities ensure optimal arc characteristics regardless of the process selected, maintaining stability across a 20-60V range.

One of the standout technical features of the XMT 350 is its input voltage flexibility. Designed to operate on 208-575V, single- or three-phase power, this unit utilizes Auto-Line technology to automatically accept any input voltage within that range without manual linking, making it exceptionally easy to deploy across different job sites with varying power infrastructures. The unit is also built to withstand harsh industrial environments; Miller's Wind Tunnel Technology prevents abrasive dust and particles from damaging internal components, while the Fan-On-Demand cooling system operates only when needed, reducing noise and airborne contaminants.

This MIGRunner package pairs the power source with the robust 20 Series Wire Feeder. Known for its simplicity and durability, the 20 Series feeder ensures consistent wire delivery for high-volume MIG applications. The package is mounted on the heavy-duty MIGRunner Cart, which organizes the power source, feeder, and gas cylinder into a single, mobile unit. Included in the box are a Bernard BTB 300 MIG gun, essential 2/0 weld cables, a regulator/flowmeter, and gas hose, providing a complete, ready-to-weld system that minimizes setup time and maximizes productivity.