907716 - MAXSTAR 400 (AUTO-LINE 208-575 V)

Miller® Maxstar® 400 208-575 V

Exceptional performance - the finest DC TIG/Stick machine available, providing outstanding arc performance and product reliability.

QuietPulse™: QuietPulse is activated by changing the waveshape for DC pulse welding, creating a slower, more fluid transition between the background and peak amperage to create the least possible audible noise. DC TIG Features: Exceptionally smooth and precise arc for welding exotic materials. High-speed DC TIG pulse controls - Pulse frequency capable of pulsing 5000 pulses per second. Pulsing adds arc stability, reduces heat input and warpage and can increase travel speeds. Other parameters include peak amperage, peak time and background amperage. Stick Features: Tailored arc control (DIG) allows the arc characteristics to be changed for specific applications and electrodes. Smooth running 7018 or stiffer, more penetrating 6010. Hot Start™ adaptive control provides positive arc starts without sticking. Blue Lightning™ - High Frequency Arc Starter: For more consistent non-contact starts and greater reliability compared to traditional HF arc starters. Program memory: Program memory features 9 independent program memories that maintain/save your parameters. Cooler Power Supply (CPS): An integrated 120-volt dedicated-use receptacle to power the Coolmate™ 3.5. The power switch on the Dynasty also activates the receptacle to help prevent torch failure. Meter Calibration: Allows meters to be calibrated for certification. Auto-Line Power Management Technology: Allows for any input voltage hookup (208 - 575 V) with no manual linking, providing convenience in any job setting. Ideal solution for dirty or unreliable power. Upgradeable and Expandable: Front panel memory card data port provides the ability to easily upgrade software and expand product features. Visit MillerWelds.com/tigsoftware for the latest software upgrades and expansions. Cooler-On-Demand™: Feature operates the auxiliary cooling system only when needed, reducing noise, energy use, and airborne contaminants pulled through the cooler.