Trailblazer 330 Diesel

907849

Reliable engine-driven welders with unbeatable arc performance, providing the smoothest, most stable arc in the industry. Trailblazer exclusive technologies — advanced Auto-Speed- deliver superior runtimes, increase fuel efficiency, and improve engine-driven welder performance. Also, the ArcReach.

Product Number	907849
Welding Process:	Stick (SMAW), MIG (GMAW), Flux-cored (FCAW), DC TIG (GTAW), Air carbon arc (CAC-A) cutting and gouging
Output Range:	DC 20–330 A & 12,000 watts peak, 10,500 watts continuous
Rated Output:	DC stick 20–330 A MIG/flux-cored 15–40 V DC TIG 20–330 A
Auxiliary Power Output:	12,000 watts peak, 10,500 watts continuous
Applications:	Fabrication, Maintenance, Repair, Structural steel work, Sheet metal, Pipe

An easy-to-use digital interface speeds up machine setup and makes it less complicated.
Exceptional Arc Performance – Easy arc starts and less spatter.
Easy Maintenance – With its intuitive design, the daily maintenance of our engine-driven welder is fast and easy.
Auto-Speed Technology – Advanced Auto-Speed technology automatically adjusts engine speed to match weld and battery charge demands — reducing fuel consumption, maintenance costs, and noise for a safer, more efficient jobsite.
Separate Weld and Auxiliary Power – Full auxiliary power at any setting.
ArcReach Technology – ArcReach technology uses existing weld cables to communicate process adjustment commands back to the engine-driven welder. With an ArcReach system, amperage & voltage are conveniently located at the operator’s fingertips – not back at the power source.
Dynamic DIG – Unlike conventional DIG that provides a preset amount of short-clearing current, Miller’s proprietary Dynamic DIG works on a time-based algorithm that automatically adjusts the amount of current required to clear a short. What does this mean? A smoother, more consistent arc that can be tailored to match the application, material, fit-up, and welder technique.
Quiet Pulse is activated by changing the wave shape for DC pulse welding, creating a slower, more fluid transition between the background and peak amperage to create the least possible audible noise.