Description
Product details
Output Current Range 400 Amp Phase 3 Phase Working Voltage 220V Insulation Class H Cooling Forced Air Compatible Rods 10 mm Wire Feed Speed 20 m/min Frequency 60Hz Open circuit voltage 65V Voltage setting range 34V Welding current @60% duty cycle 400A Welding current @100% duty cycle 310 A Enclosure class IP21 Efficiency maximum current 85 % Power factor maximum current 0.93 Wire feeder speed control Stepless Wire feeder dimensions 280x460x200 mm (HxLxW) Power source dimensions 525x590x295 mm (HxLxW) Wire feeder weight 9.5 kg Power source weight 56 kg Overview: The MIG 400 Heavy Duty Welding Machine is designed for industrial and large-scale fabrication needs. Built to deliver consistent and high-performance MIG/MAG welding, it is ideal for use in workshops, manufacturing plants, construction sites, and heavy engineering industries. Key Features: High Output Power: Delivers up to 400 Amps of welding current, suitable for welding thick materials and prolonged usage. IGBT Inverter Technology: Advanced IGBT (Insulated Gate Bipolar Transistor) ensures energy efficiency, stable arc, and reduced power consumption. Heavy-Duty Cycle: High duty cycle rating (60% or more at full load), allowing for continuous operation in demanding work environments. Digital Display & Control Panel: Easy-to-read digital meters for voltage and amperage monitoring. Precise control knobs for fine-tuning parameters. Wire Feeder Compatibility: Compatible with external 4-roll wire feeders for smooth and consistent wire feeding. Multi-Process Capabilities: Supports MIG/MAG welding, and in some models, additional functions like MMA (stick welding) or flux-cored welding. Built for Durability: Rugged metal housing with built-in cooling fans and thermal protection for long service life. Safety Features: Includes overheat, overcurrent, and undervoltage protections to ensure operator safety and machine longevity. Applications: Heavy fabrication Automotive industry Shipbuilding Structural steel work Machinery manufacturing



