Miller XMT 350 CC/CV Multiprocess Welder – 208–575V

Miller XMT 350 CC/CV Multiprocess Welder

907161

The Miller XMT 350 CC/CV is a heavy-duty multiprocess welding power source built for demanding industrial environments such as construction, shipbuilding, railcar manufacturing, heavy equipment, fabrication, repair shops and power generation.

This CC/CV model supports MIG, flux-cored, Stick, TIG and air carbon arc cutting and gouging. It uses Miller Auto-Line technology, allowing connection to 208–575V input power without manual linking and supporting both single-phase and three-phase operation.

The XMT 350 CC/CV delivers up to 350 amps at 60% duty cycle on three-phase power and up to 300 amps at 60% duty cycle on single-phase power. Constant-current output ranges from 5–425 amps, while constant-voltage output ranges from 10–38 volts.

The standard CC/CV model includes a 14-pin receptacle for compatible wire feeders, spool guns and remote controls. Other features include Adaptive Hot Start, Infinite Arc Control, Lift-Arc TIG starting, Auto Remote Sense, Fan-On-Demand cooling and Wind Tunnel Technology.

The 907161 model is the standard 208–575V Auto-Line power source without auxiliary power. Wire feeders, welding guns, TIG torches, running gear and other accessories are selected separately.

Key Features

• MIG, flux-cored, Stick and TIG welding
• Air carbon arc cutting and gouging
• 208–575V Auto-Line input
• Single-phase and three-phase operation
• 350A at 34VDC, 60% duty cycle on three-phase
• 300A at 32VDC, 60% duty cycle on single-phase
• 5–425A CC output range
• 10–38V CV output range
• 14-pin accessory receptacle
• Compatible with wire feeders, spool guns and remote controls
• Lift-Arc TIG starting
• Adaptive Hot Start
• Infinite Arc Control
• Auto Remote Sense
• Fan-On-Demand cooling
• Wind Tunnel Technology
• Dual digital meters
• Dinse-style weld connections
• Rated for 1/4-inch carbon arc gouging
• Capable of 5/16-inch carbon arc gouging
• 80 lb. net weight

Included Equipment

• XMT 350 CC/CV power source
• Two Dinse-style connectors