Arc Welding

MAXI I

THE BEST SOLUTION FOR THE MOST COMMON WELDING CHALLENGES
MIG-MAG INVERTER EQUIPMENT WITH SEPARATE WIRE FEEDER
MAXI i inverters represent the evolution of the conventional step adjustment MIG equipment, with a modern inverter integrated into a sturdy metallic structure and a simple control, which always grants good welding performances.
MIG/MAG
Good welding performance
MAXI i keep exactly the adjustment simplicity of the conventional MIG equipment, with two single knobs to set Voltage and Wire speed offering the pleasure to set welding parameters as wished.
Simple, strong and reliable
MAXI i represent an optimal choice for industrial applications, medium and large fabrication work where a simple, strong and easy-to-use equipment is needed for replacement of the old step adjustment MIG equipment with a much higher energy efficiency.

Other Characteristics

  • Very good arc characteristics, optimized for most common materials.
  • Great robustness due to solid metallic main structure
  • Energy saving to operate the power source cooling fan and torch water cooling only when necessary
  • Excellent arc striking always precise and efficient
  • Reduced energy consumption
  • Digital ammeter/voltmeter with hold function of the last welding parameters
  • MAXI i W’s are fitted with an integrated water cooling

MAXI I: Technical Features

TECHNICAL DATA MAXI i
406 406 w 506 506 w
Three phase input 50/60 Hz V +20% -20% 400 400 400 400
Input Power @ I2 Max kVA 17 17,5 23,5 24
Delayed Fuse (l eff) A 16 16 20 20
Power Factor / cos φ 0,92/0,99 0,92/0,99 0,94/0,99 0,94/0,99
Efficiency Degree 0,87 0,87 0,87 0,87
Open circuit voltage V 50 50 56 56
Current range A 20-400 20-400 20-500 20-500
Duty cycle at (40°C) A 100% 280 280 330 330
A 60% 320 320 400 400
A 35% 400 400 500 500
Wires Ø mm 0,6-1,6 0,6-1,6 0,6-1,6 0,6-1,6
Standards EN 60974-1 • EN 60974-5 • EN 60974-10
Protection Class IP 23S 23S 23S 23S
Dimensions (LxWxH) mm 1000 x 500 x 710 1000 x 500 x 930 1000 x 500 x 710 1000 x 500 x 930
Weight kg 48 61 52 65