loader

Specifications

  • Welding Method MMA - MIG/MAG - Gougeage à l'Arc
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 10
  • Max Welding Power (A) 550
  • Protection Fuse (A) 35
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) Intégré - Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 0
  • Length (mm) 0
  • Width (mm) 0
  • Height (mm) 0
local check

Specifications

  • Welding Method MMA - MIG/MAG - Gougeage à l'Arc
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 10
  • Max Welding Power (A) 300
  • Protection Fuse (A) 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 26
  • Length (mm) 250
  • Width (mm) 550
  • Height (mm) 640
local check

Specifications

  • Welding Method MMA - MIG/MAG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 10
  • Max Welding Power (A) 270
  • Protection Fuse (A) 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 19
  • Length (mm) 220
  • Width (mm) 290
  • Height (mm) 570
local check

Specifications

  • Welding Method MMA - MIG/MAG - Gougeage à l'Arc
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 10
  • Max Welding Power (A) 400
  • Protection Fuse (A) 20
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) Intégré - Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 36.5
  • Length (mm) 250
  • Width (mm) 630
  • Height (mm) 650
local check

Specifications

  • Welding Method MMA - MIG/MAG - Gougeage à l'Arc
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 10
  • Max Welding Power (A) 220
  • Protection Fuse (A) 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 25
  • Length (mm) 250
  • Width (mm) 550
  • Height (mm) 640
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Monophasée
  • Min Power Input (V) 230
  • Max Power Input (V) 230
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 20
  • Max Welding Power (A) 200
  • Protection Fuse (A) 16
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23S
  • Insulation Class -
  • Weight (kg) 11.8
  • Length (mm) 180
  • Width (mm) 470
  • Height (mm) 250
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Monophasée
  • Min Power Input (V) 230
  • Max Power Input (V) 230
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 20
  • Max Welding Power (A) 180
  • Protection Fuse (A) 16
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23S
  • Insulation Class -
  • Weight (kg) 10.6
  • Length (mm) 180
  • Width (mm) 470
  • Height (mm) 255
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Monophasée
  • Min Power Input (V) 230
  • Max Power Input (V) 230
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 20
  • Max Welding Power (A) 160
  • Protection Fuse (A) 20
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23S
  • Insulation Class -
  • Weight (kg) 7.8
  • Length (mm) 150
  • Width (mm) 230
  • Height (mm) 410
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method -
  • Min Power Input (V) 230
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 40
  • Max Welding Power (A) 545
  • Protection Fuse (A) 50/35
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 21
  • Insulation Class -
  • Weight (kg) 220
  • Length (mm) 480
  • Width (mm) 0
  • Height (mm) 0
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method -
  • Min Power Input (V) 230
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 40
  • Max Welding Power (A) 445
  • Protection Fuse (A) 35/20
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Intégré - Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 21
  • Insulation Class -
  • Weight (kg) 0
  • Length (mm) 480
  • Width (mm) 0
  • Height (mm) 0
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method Monophasée
  • Min Power Input (V) 230
  • Max Power Input (V) 230
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 20
  • Max Welding Power (A) 250
  • Protection Fuse (A) 25
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.2
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 21
  • Insulation Class -
  • Weight (kg) 71
  • Length (mm) 380
  • Width (mm) 720
  • Height (mm) 700
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method -
  • Min Power Input (V) 230
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 40
  • Max Welding Power (A) 300
  • Protection Fuse (A) 25 - 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Intégré - Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 21
  • Insulation Class -
  • Weight (kg) 0
  • Length (mm) 480
  • Width (mm) 0
  • Height (mm) 0
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method -
  • Min Power Input (V) 230
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 40
  • Max Welding Power (A) 385
  • Protection Fuse (A) 35 - 20
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.5
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Intégré - Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 21
  • Insulation Class -
  • Weight (kg) 0
  • Length (mm) 480
  • Width (mm) 0
  • Height (mm) 0
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method Monophasée
  • Min Power Input (V) 230
  • Max Power Input (V) 230
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 20
  • Max Welding Power (A) 200
  • Protection Fuse (A) 16
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.2
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 21
  • Insulation Class -
  • Weight (kg) 54
  • Length (mm) 380
  • Width (mm) 720
  • Height (mm) 700
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method Monophasée
  • Min Power Input (V) 230
  • Max Power Input (V) 230
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 30
  • Max Welding Power (A) 160
  • Protection Fuse (A) 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 0.8
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 21
  • Insulation Class -
  • Weight (kg) 52
  • Length (mm) 380
  • Width (mm) 720
  • Height (mm) 700
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 15
  • Max Welding Power (A) 300
  • Protection Fuse (A) -
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class -
  • Insulation Class -
  • Weight (kg) 0
  • Length (mm) 0
  • Width (mm) 0
  • Height (mm) 0
local check

PI 500 HP DC-AC/DC Welding Units

Specifications

  • Welding Method MMA - TIG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Alternatif - Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 5
  • Max Welding Power (A) 500
  • Protection Fuse (A) 32
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Intégré
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 77
  • Length (mm) 545
  • Width (mm) 980
  • Height (mm) 1090
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Alternatif - Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 5
  • Max Welding Power (A) 350
  • Protection Fuse (A) 25
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Intégré
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 72
  • Length (mm) 545
  • Width (mm) 980
  • Height (mm) 1090
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 5
  • Max Welding Power (A) 350
  • Protection Fuse (A) 16
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 31
  • Length (mm) 250
  • Width (mm) 550
  • Height (mm) 640
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 5
  • Max Welding Power (A) 350
  • Protection Fuse (A) 25
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 31
  • Length (mm) 250
  • Width (mm) 550
  • Height (mm) 640
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 5
  • Max Welding Power (A) 350
  • Protection Fuse (A) 25
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 30
  • Length (mm) 250
  • Width (mm) 550
  • Height (mm) 640
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Alternatif - Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 5
  • Max Welding Power (A) 250
  • Protection Fuse (A) 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 25
  • Length (mm) 220
  • Width (mm) 360
  • Height (mm) 520
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 5
  • Max Welding Power (A) 250
  • Protection Fuse (A) 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 23
  • Length (mm) 220
  • Width (mm) 360
  • Height (mm) 520
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Monophasée
  • Min Power Input (V) 230
  • Max Power Input (V) 230
  • Current nature (alternating / direct) Alternatif - Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 5
  • Max Welding Power (A) 200
  • Protection Fuse (A) 16
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 24
  • Length (mm) 220
  • Width (mm) 360
  • Height (mm) 520
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Monophasée
  • Min Power Input (V) 230
  • Max Power Input (V) 230
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 5
  • Max Welding Power (A) 200
  • Protection Fuse (A) 16
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 22
  • Length (mm) 220
  • Width (mm) 360
  • Height (mm) 520
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 5
  • Max Welding Power (A) 200
  • Protection Fuse (A) 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 20
  • Length (mm) 220
  • Width (mm) 360
  • Height (mm) 520
local check

Specifications

  • Welding Method MMA - MIG/MAG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 40
  • Max Welding Power (A) 500
  • Protection Fuse (A) 32
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) Intégré - Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 0
  • Length (mm) 55
  • Width (mm) 0
  • Height (mm) 0
local check

Specifications

  • Welding Method MMA - MIG/MAG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 15
  • Max Welding Power (A) 400
  • Protection Fuse (A) 20
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) Intégré - Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 0
  • Length (mm) 55
  • Width (mm) 0
  • Height (mm) 0
local check

Specifications

  • Welding Method MMA - MIG/MAG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 15
  • Max Welding Power (A) 300
  • Protection Fuse (A) 16
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 0
  • Length (mm) 55
  • Width (mm) 0
  • Height (mm) 0
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 5
  • Max Welding Power (A) 500
  • Protection Fuse (A) 32
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.6
  • Wire feeder (integrated / separated) Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 33
  • Length (mm) 250
  • Width (mm) 550
  • Height (mm) 640
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method Triphasée
  • Min Power Input (V) 230
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 20
  • Max Welding Power (A) 180
  • Protection Fuse (A) 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 21
  • Insulation Class -
  • Weight (kg) 57
  • Length (mm) 380
  • Width (mm) 720
  • Height (mm) 700
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method Triphasée
  • Min Power Input (V) 230
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 20
  • Max Welding Power (A) 200
  • Protection Fuse (A) 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.2
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 21
  • Insulation Class -
  • Weight (kg) 64
  • Length (mm) 380
  • Width (mm) 720
  • Height (mm) 700
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 20
  • Max Welding Power (A) 250
  • Protection Fuse (A) 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 1.2
  • Wire feeder (integrated / separated) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 21
  • Insulation Class -
  • Weight (kg) 66
  • Length (mm) 380
  • Width (mm) 720
  • Height (mm) 700
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 300
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 10
  • Max Welding Power (A) 220
  • Protection Fuse (A) 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) Intégré
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 25
  • Length (mm) 250
  • Width (mm) 550
  • Height (mm) 640
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 10
  • Max Welding Power (A) 220
  • Protection Fuse (A) 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) Intégré
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 54
  • Length (mm) 570
  • Width (mm) 960
  • Height (mm) 870
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 10
  • Max Welding Power (A) 270
  • Protection Fuse (A) 10
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) Intégré
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 26
  • Length (mm) 250
  • Width (mm) 550
  • Height (mm) 640
local check