MMA-400SiC
High-efficiency SiC inverter arc welding machine delivering 330A at 100% duty cycle for continuous industrial MMA welding.
MMA-400SiC Specifications
Core model data for selection, deployment planning, and application matching.
Next-generation SiC efficiency with true continuous-duty output for industrial MMA welding.
The official Taumaco page positions MMA-400SiC as a silicon carbide inverter welding source delivering 330A at 100% duty cycle, 85% efficiency, hot start and arc force functions, long-cable support up to 50 meters, and stable continuous operation in industrial environments.
Silicon Carbide Advantage
- Uses next-generation silicon carbide power semiconductor technology.
- Officially described with 85% efficiency and enhanced thermal performance.
- High inverter frequency is positioned to deliver smoother welding with reduced spatter.
- The SiC platform is presented as a major upgrade in welding power-source design.
Continuous Welding Performance
- 330A output at 100% duty cycle enables continuous operation without cooling downtime.
- Arc Force and Hot Start functions support penetration, easy ignition, and weld quality.
- The product page also highlights smooth low-current operation with reduced spatter.
- At only 11.3 kg net weight, it combines continuous-duty capability with a compact footprint.
Compatibility & Workspace Range
- Compatible with 3-phase power systems and generators across a 320~415V input range.
- Works with welding rods from Phi2.5 mm to Phi5.0 mm for wider application coverage.
- Supports welding cables up to 50 meters for more flexible jobsite reach.
- Air cooling, overheat protection, IP21S enclosure level, and H-grade insulation support industrial deployment.
Applications & Advantages
- Ideal for remote construction sites where generator use and long cable runs matter.
- Well suited to heavy industrial manufacturing because 100% duty cycle supports uninterrupted production.
- Useful for precision welding tasks where arc-force and hot-start control improve weld quality.
- Main advantages are SiC efficiency, uninterrupted 330A output, and strong field-ready flexibility.
Select mini inverter, portable MMA, industrial DC stick, or transformer and SCR arc welders by input supply, duty cycle, and job demand.
This arc-welding lineup covers compact ARC mini inverters, standard MMA inverter models, high-output IGBT and SiC industrial power sources, SCR heavy-duty DC machines, and BX1 or transformer T-series AC welders for structural steel, repair work, and workshop production.
ARC Mini And Portable MMA
- ARC120, ARC140, ARC160, and ARC180 cover portable DC inverter arc welding for mobile service and everyday repair work.
- MMA 3.2, MMA 4.0, MMA 5.0, MMA 160, and MMA-160H extend portable MMA coverage for general electrode welding tasks.
- Choose this group when easy transport, simple setup, and routine stick-welding flexibility matter most.
Workshop And Industrial DC Models
- MMA-160D, MMA 200, MMA-200D, MMA 250 1-PH, MMA 250 3-PH, and MMA-250D serve workshop and site welding with broader output and input options.
- MMA-400IGBT, MMA-500IGBT, MMA-630IGBT, MMA-400SiC, and MMA-500SiC support heavier DC arc welding for fabrication, production, and industrial work.
- Select this group when higher current reserve, longer duty performance, or generator-friendly industrial inverter capability is required.
Transformer AC And SCR Heavy Duty
- BX1-400, BX1-500, BX1-630, MMA-400T, MMA-500T, and MMA-630T represent transformer AC arc welding for durable heavy fabrication use.
- MMA-500SCR and MMA-630SCR add higher-output SCR-controlled DC arc welding for demanding industrial steel applications.
- These models fit buyers who prioritize robust machine construction, stable high-current output, and conventional heavy-duty workshop layouts.
Verify package scope and application suitability before order confirmation.
Published specifications, standard delivery scope, and accessory ratings are for reference only and may change without notice. Included electrode holders, work clamps, welding leads, input cables or plugs, shoulder straps, remote controls, Dinse-style connectors, and other accessories may vary by model, package, and destination market. Before supply, confirm the required arc-welding process, AC or DC output type, input power, output current, duty cycle, supported electrode size, cable length, and applicable local compliance requirements for the intended application.