951667 - Miller Dynasty 210 Wireless Complete Package (Water Cooled)

Advanced AC/DC TIG Welding System

The Miller Dynasty 210 Wireless Foot Control Complete Package (951667) represents a significant leap forward in precision welding technology. At the heart of this system is the Dynasty 210 power source, an inverter-based machine renowned for its superior arc performance and energy efficiency. This specific configuration is designed for industrial environments where flexibility, mobility, and safety are paramount. The package integrates the power source with the Coolmate 1.3 water cooler and the Small Runner Cart, creating a mobile welding station that is ready for immediate deployment.

One of the defining technical features of this package is the inclusion of the Wireless Foot Control. By eliminating the control cable, Miller has removed a common trip hazard and a frequent point of failure in busy workshops. This wireless system utilizes robust communication protocols to ensure instant responsiveness and precise amperage control, matching the performance of wired alternatives without the tether. The machine itself features Miller's Auto-Line Power Management Technology, which allows for hookup to single-phase or three-phase electrical service from 120 to 480 volts without any manual linking mechanisms. This makes the Dynasty 210 incredibly versatile for facilities with varying power infrastructures.

Technically, the Dynasty 210 offers an amperage range of 1 to 210 A, with a rated output of 210 A at 18 V (60% duty cycle). It supports advanced waveform control, allowing operators to select between Advanced Squarewave, Soft Squarewave, Sine, and Triangular waves to tailor the arc characteristics to the specific application—whether it is wetting out the puddle on aluminum or achieving deep penetration on steel. The Blue Lightning high-frequency (HF) arc starter ensures non-contact arc initiation, reducing tungsten contamination. The Pro-Set feature simplifies setup by providing pre-set controls for balance, frequency, and pulse parameters, optimized by Miller's engineering team for general applications.