Three phase DC power source that provides outstanding multiprocess capabilities. Engineered to provide exceptional performance across the whole spectrum of arc welding processes. 300 amps at 100% Duty Cycle
Miller's Dimension Series of the three-phased, CC/CV DC power sources provide outstanding versatility, plus the endurance to handle demanding industrial applications. Engineered to provide exceptional performance across a variety of arc welding processes.
DC Multiprocess capability, versatility and outstanding arc performance in CV (MIG) and CC (Stick, TIG).
Built-in arc control for Stick welding allows operators more flexibility when welding in tight areas where sticking electrodes is a problem.
Line voltage compensation keeps welding parameters constant even when input voltages change ±10%. Eliminates need to change welding parameters throughout the day.
Unique Fan-On-Demand™ cooling system operates only when needed. Reduces contaminants drawn into the machine and excess noise in work areas.
15 amp 115 VAC duplex receptacle allows operators the flexibility to run grinders, drills, coolers, etc. from power source without the need for additional 115 VAC power in weld area.
Power efficient for exceptional value and return on your investment.
Digital meters for presetting or monitoring welding voltage or amperage for more precise control.
Remote control capability allows operators fine tuning capability at an extended distance.
Hot Start™
- Used on some Stick (SMAW) machines to make it easier to start difficult-to-start electrodes. Used for arc starting only.
Thermal Overload Protection
- Internal components are protected from damage by thermal overload protection which automatically shuts down the unit if duty cycle is exceeded or air flow and cooling are restricted.
Process
- MIG (GMAW)
- Stick (SMAW)
- TIG (GTAW)
- Flux Cored (FCAW)
- Air Carbon Arc (CAC-A) Cutting and Gouging (1/4 in carbons)
Applications
- Pipe Welding
- Fabrication
- Shipbuilding
- Heavy Manufacturing
- Maintenance and Repair
- Construction
