MIG 400SiC

MIG Welding Machines

Need to find something?
Give it a search for what you are looking for!


MIG-400SiC Silicon Carbide Technology Welding Machine | Professional Performance

MIG-400SiC Silicon Carbide Technology Welding Machine

Product Overview

SiC Technology

Advanced Power Source

Next-generation Silicon Carbide technology for superior welding performance and 85% efficiency

Multi-Process

Versatile Welding Capability

Supports both MIG/MAG and MMA welding processes with 400A display current

100% Duty Cycle

Continuous Operation

Full 350A output with 100% duty cycle at 40°C for uninterrupted welding

Key Features & Benefits

Silicon Carbide Technology

  • Next-generation SiC power semiconductors for superior performance
  • Higher efficiency (85%) compared to traditional welding technology
  • Improved power density in a compact 15.3 kg package

Process-Specific Output Modes

  • Constant voltage output for MIG/MAG welding applications
  • Constant current output for MMA arc welding applications
  • Dual process capability with 400A display current

Industrial-Grade Performance

  • 100% duty cycle at 350A output for continuous operation
  • Wide input voltage tolerance (320~415V) for stable performance
  • 7-Pin control interface for advanced system integration

Technical Specifications

Real Maximum Output Current
350A
For both MIG/MAG and MMA processes
Duty Cycle @ 40°C
100%
Continuous operation at full 350A output
Silicon Carbide Technology
SiC
Next-generation welding power source technology
Model
MIG-400SiC
Customizable upon request
Power Specifications
Power Frequency
50 Hz
Rated Input Voltage
3 Phase; 380V ±10%
Permissible Input Voltage Range
320~415 V
Rated Input Capacity
16.5 KVA
Rated Input Current
25 A
Performance
Display Current
400 A
Customizable upon request
Output No-load Voltage
68.5 V
Gas Shielded Welding Current Range
0-350 A
Manual Welding Current Range
0-350 A
Rated Duty Cycle (40°C)
100%
Output Current at 100% Duty Cycle
350 A
Efficiency
85%
Power Factor
0.8 (Cosφ)
Output Mode (MIG/MAG)
Constant Voltage
For stable MIG/MAG welding process
Output Mode (MMA)
Constant Current
For stable arc welding process
Features
Technology
Silicon Carbide Technology
Welding Process
MMA, MIG/MAG
Applicable Welding Wire
0.8--1.2 mm
Control Interface
7-Pin Interface
Quick Connector
DK50B-300A
Protection
Overheat
Cooling Method
Air Cooling
Enclosure/Standards/Approvals
Insulation Class
H Grade
Enclosure Protection Level
IP21S
Dimensions and Weight
Net Weight
15.3 kg
Gross Weight
18 kg
Dimensions (L×W×H)
467 × 219 × 366 mm

Compatibility

Generator Compatibility

Designed for stable operation with compatible generators, making it suitable for remote locations and construction sites

Wire Compatibility

Supports welding wire diameters from 0.8 mm to 1.2 mm, accommodating a wide range of welding applications

Industrial Power Systems

Compatible with three-phase power systems (380V ±10%) with permissible voltage range of 320~415V for workshop and factory environments

Applications

Heavy-Duty Manufacturing

100% duty cycle at 350A makes it ideal for continuous production environments and demanding industrial applications

Fabrication Workshops

Multi-process capability with both MIG/MAG and MMA processes provides versatility for diverse fabrication requirements

Construction and Field Work

Generator compatibility, robust design, and IP21S protection make it suitable for on-site welding operations

Product Advantages

Advanced SiC Technology

Silicon Carbide (SiC) technology offers superior performance, higher efficiency, and better thermal management compared to traditional welding power sources

Operational Efficiency

85% power efficiency combined with 0.8 power factor reduces energy consumption and operational costs in production environments

Reliability and Protection

Built-in overheat protection, H-grade insulation, and IP21S enclosure ensure reliable operation in industrial environments

Summary

Next-Generation Technology

MIG-400SiC features advanced Silicon Carbide technology for superior welding performance with 85% efficiency in a compact package

Industrial-Grade Performance

400A display current with 350A output at 100% duty cycle for both MIG/MAG and MMA processes in demanding applications

Versatile Integration

7-Pin control interface, DK50B-300A quick connector, and wide input voltage tolerance ensure seamless integration in various work environments

EN 60974-1: Welding Power Sources and Plasma Cutting Systems
EN 50199: Electromagnetic Compatibility (EMC) Standards
Low Voltage Directive (LVD)
Electromagnetic Compatibility (EMC) Directive

MIG Welding Machines Series

Explore our specialized range of MIG welding power sources engineered for versatility and performance. Our machines deliver consistent wire feeding, stable arc characteristics, and precise control for professional welding results across diverse applications.

Key Features

Advanced Technology

  • Synergic control systems for automatic parameter optimization

  • Multi-voltage capability for workshop and field use

  • Pulse MIG technology for reduced spatter and improved control

  • Digital displays for accurate parameter monitoring

Professional Design

  • Heavy-duty wire feeding mechanisms for consistent operation

  • Integrated wire spools with adjustable brake systems

  • 4-roll drive systems for reliable wire feeding

  • Quick-change polarity for easy transition between welding processes

Safety Features

  • Electronic overload protection for machine longevity

  • Thermal shutdown protection for critical components

  • Torch cooling systems for extended operation

  • EMC compliance for electrical safety standards

Applications

  • Automotive fabrication and repair

  • Sheet metal manufacturing

  • Structural steel fabrication

  • Production welding operations

  • Aluminum and stainless steel welding

  • Thin material applications

Technical Support

Our technical team provides comprehensive support including:

  • Wire and gas selection guidance

  • Drive roll configuration assistance

  • Process parameter optimization

  • Performance troubleshooting

Legal Notice

All specifications and features mentioned are subject to model variation. Product capabilities should be verified for specific applications. All trademarks mentioned are property of their respective owners.