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VarioSynergic 5000-2

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VarioSynergic 4000-2

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VarioSynergic 3400-2

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TransPuls Synergic 7200

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TransPuls Synergic 9000

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TransPuls Synergic 4000

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TransPuls Synergic 2700 MV

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TransPuls Synergic 2700

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TransPuls Synergic 3200

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TransPuls Synergic 3200 MV

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TransPuls Synergic 5000

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TransPocket 1500 TIG

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TransPocket 4000 Cel

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TransPocket 5000 Cel

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TransSteel 2500 Compact

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FRONIUS TPS/i robotics

Specifications

  • Welding Method 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) 3
  • Max Welding Power (A) 500
  • Protection Fuse (A) 35
  • High-frenquency / Contact Hautes Fréquences - 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 F
  • Weight (kg) 58.2
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 705
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Specifications

  • Welding Method 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) 3
  • Max Welding Power (A) 250
  • Protection Fuse (A) 16
  • High-frenquency / Contact Hautes Fréquences - 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 B
  • Weight (kg) 26.6
  • Length (mm) 250
  • Width (mm) 560
  • Height (mm) 435
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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) 3
  • Max Welding Power (A) 250
  • Protection Fuse (A) 16
  • High-frenquency / Contact Hautes Fréquences - 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 B
  • Weight (kg) 24.2
  • Length (mm) 250
  • Width (mm) 560
  • Height (mm) 435
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) 3
  • Max Welding Power (A) 300
  • Protection Fuse (A) 16
  • High-frenquency / Contact Hautes Fréquences - 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 B
  • Weight (kg) 24.2
  • Length (mm) 250
  • Width (mm) 560
  • Height (mm) 435
local check

Specifications

  • Welding Method 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) 3
  • Max Welding Power (A) 220
  • Protection Fuse (A) 16
  • High-frenquency / Contact Hautes Fréquences - 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 B
  • Weight (kg) 17.8
  • Length (mm) 180
  • Width (mm) 485
  • Height (mm) 390
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VarioSynergic 5000-2 Welding Units

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) 35
  • Max Welding Power (A) 500
  • 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) Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 156
  • Length (mm) 460
  • Width (mm) 890
  • Height (mm) 945
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Specifications

  • Welding Method 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) 3
  • Max Welding Power (A) 170
  • Protection Fuse (A) 16
  • High-frenquency / Contact Hautes Fréquences - 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 B
  • Weight (kg) 15
  • Length (mm) 180
  • Width (mm) 485
  • Height (mm) 344
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VarioSynergic 3400 Welding Units

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) 10
  • Max Welding Power (A) 340
  • 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
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 139
  • Length (mm) 460
  • Width (mm) 800
  • Height (mm) 945
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Specifications

  • Welding Method 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) 3
  • Max Welding Power (A) 400
  • Protection Fuse (A) 35
  • High-frenquency / Contact Hautes Fréquences - 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 F
  • Weight (kg) 39.8
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
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Specifications

  • Welding Method 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) 3
  • Max Welding Power (A) 500
  • Protection Fuse (A) 35
  • High-frenquency / Contact Hautes Fréquences - 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 F
  • Weight (kg) 39.8
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
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) 25
  • Max Welding Power (A) 250
  • 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 21
  • Insulation Class -
  • Weight (kg) 74
  • Length (mm) 380
  • Width (mm) 800
  • Height (mm) 680
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WTU 457 Welding Units

machine
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Le VarioStar est un générateur de soudage MIG/MAg commuté par paliers, qui assure des soudures de grande fiabilité et d’une qualité irréprochable. En effet, VarioStar se distingue par ses caractéristiques de soudage exceptionnelles, particulièrement lorsqu’il est utilisé dans les applications tôles minces. Il existe trois intensités de courant 150, 250 et 310 A, optimisés aussi bien pour le gaz mixte que pour le CO2. Les postes VarioStar sont pratiquement indestructibles grâce à leur construction robuste.

Specifications

  • Welding Method TIG
  • power supply method Triphasée
  • Min Power Input (V) 230
  • Max Power Input (V) 500
  • 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) 450
  • Protection Fuse (A) 50 - 80
  • 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 H
  • Weight (kg) 221.5
  • Length (mm) 740
  • Width (mm) 995
  • Height (mm) 655
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VarioSynergic 5000 Welding Units

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) 35
  • Max Welding Power (A) 500
  • 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
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 156
  • Length (mm) 460
  • Width (mm) 890
  • Height (mm) 945
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VarioSynergic 4000-2 Welding Units

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) 30
  • Max Welding Power (A) 400
  • 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) Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 147.5
  • Length (mm) 460
  • Width (mm) 890
  • Height (mm) 945
local check

VarioSynergic 4000 Welding Units

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) 30
  • Max Welding Power (A) 400
  • 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
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 147.5
  • Length (mm) 460
  • Width (mm) 890
  • Height (mm) 945
local check

VarioSynergic 3400-2 Welding Units

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) 10
  • Max Welding Power (A) 340
  • 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) Séparé
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 139
  • Length (mm) 460
  • Width (mm) 800
  • Height (mm) 945
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) 310
  • 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 21
  • Insulation Class -
  • Weight (kg) 92
  • Length (mm) 380
  • Width (mm) 800
  • Height (mm) 680
local check

Specifications

  • Welding Method 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) 3
  • Max Welding Power (A) 220
  • Protection Fuse (A) 16
  • High-frenquency / Contact Hautes Fréquences - 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 B
  • Weight (kg) 16.8
  • Length (mm) 180
  • Width (mm) 485
  • Height (mm) 390
local check

Specifications

  • Welding Method MIG/MAG - Brasage MIG
  • power supply method Triphasée
  • Min Power Input (V) 380
  • Max Power Input (V) 460
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 500
  • 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
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 37.4
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
local check

TransPuls Synergic 7200 Welding Units

Specifications

  • Welding Method MIG/MAG - TIG - Brasage MIG
  • power supply method Triphasée x2
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 720
  • 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) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 35.2
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
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TransPuls Synergic 9000 Welding Units

Specifications

  • Welding Method MIG/MAG - TIG - Brasage MIG
  • power supply method Triphasée x2
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 6
  • Max Welding Power (A) 900
  • 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) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 72
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 480
local check

TransPuls Synergic 4000 Welding Units

Specifications

  • Welding Method MIG/MAG - TIG - Brasage MIG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 320
  • 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) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 35.2
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method -
  • Min Power Input (V) 380
  • Max Power Input (V) 460
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 10
  • Max Welding Power (A) 350
  • 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) Intégré
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class -
  • Weight (kg) 26.5
  • Length (mm) 300
  • Width (mm) 747
  • Height (mm) 497
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TransPuls Synergic 2700 MV Welding Units

Specifications

  • Welding Method MIG/MAG - TIG - Brasage MIG
  • power supply method Triphasée
  • Min Power Input (V) 380
  • Max Power Input (V) 460
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 270
  • Protection Fuse (A) 25 - 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 B
  • Weight (kg) 27
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
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TransPuls Synergic 2700 Welding Units

Specifications

  • Welding Method MIG/MAG - TIG - Brasage MIG
  • power supply method -
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 270
  • 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 B
  • Weight (kg) 27
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
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TransSynergic 9000 Welding Units

Specifications

  • Welding Method MIG/MAG
  • power supply method Triphasée x2
  • 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) 6
  • Max Welding Power (A) 900
  • 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) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 72
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 480
local check

TransSynergic 7200 Welding Units

Specifications

  • Welding Method MIG/MAG - TIG - Brasage MIG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 720
  • 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 23
  • Insulation Class F
  • Weight (kg) 35.2
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
local check

TransSynergic 5000 Welding Units

Specifications

  • Welding Method MIG/MAG - Brasage MIG
  • 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) 3
  • Max Welding Power (A) 500
  • Protection Fuse (A) 63 - 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) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 35.6
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
local check

TransSynergic 4000 Welding Units

Specifications

  • Welding Method MIG/MAG
  • power supply method Triphasée
  • Min Power Input (V) 200
  • Max Power Input (V) 460
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 400
  • 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) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 35.2
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
local check

Specifications

  • Welding Method 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) 3
  • Max Welding Power (A) 500
  • Protection Fuse (A) 35
  • High-frenquency / Contact Hautes Fréquences - 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 F
  • Weight (kg) 35.6
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
local check

Specifications

  • Welding Method 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) 3
  • Max Welding Power (A) 300
  • Protection Fuse (A) 16
  • High-frenquency / Contact Hautes Fréquences - 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 23
  • Weight (kg) 28.1
  • Length (mm) 250
  • Width (mm) 560
  • Height (mm) 435
local check

Specifications

  • Welding Method MIG/MAG
  • power supply method -
  • Min Power Input (V) 380
  • Max Power Input (V) 460
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 10
  • Max Welding Power (A) 500
  • 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) Intégré
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class -
  • Insulation Class -
  • Weight (kg) 30.15
  • Length (mm) 300
  • Width (mm) 747
  • Height (mm) 497
local check

TransPuls Synergic 3200 Welding Units

Specifications

  • Welding Method MIG/MAG - TIG - Brasage MIG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 320
  • 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 23
  • Insulation Class F
  • Weight (kg) 35.6
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
local check

TransPuls Synergic 3200 MV Welding Units

Specifications

  • Welding Method MIG/MAG - TIG - Brasage MIG
  • power supply method Triphasée
  • Min Power Input (V) 200
  • Max Power Input (V) 460
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 320
  • 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) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class -
  • Insulation Class -
  • Weight (kg) 35.6
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
local check

TransPuls Synergic 5000 Welding Units

Specifications

  • Welding Method MIG/MAG - TIG - Brasage MIG
  • power supply method Triphasée
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 500
  • 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) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 35.6
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
local check

Specifications

  • Welding Method MIG/MAG - TIG - Brasage MIG
  • power supply method -
  • Min Power Input (V) 0
  • Max Power Input (V) 0
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 0
  • Max Welding Power (A) 0
  • 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

TransTig 1750 Puls Welding Units

Specifications

  • Welding Method TIG
  • power supply method -
  • Min Power Input (V) 0
  • Max Power Input (V) 0
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 0
  • 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) 9.1
  • Length (mm) 0
  • Width (mm) 0
  • Height (mm) 0
local check

Specifications

  • Welding Method 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) 3
  • Max Welding Power (A) 220
  • Protection Fuse (A) 16
  • High-frenquency / Contact Hautes Fréquences - 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 B
  • Weight (kg) 16.8
  • Length (mm) 180
  • Width (mm) 485
  • Height (mm) 390
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Monophasée - Triphasée
  • Min Power Input (V) 230
  • Max Power Input (V) 460
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 250
  • Protection Fuse (A) 16 - 32
  • High-frenquency / Contact Hautes Fréquences - 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) 25.9
  • Length (mm) 250
  • Width (mm) 560
  • Height (mm) 435
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) 3
  • Max Welding Power (A) 250
  • Protection Fuse (A) 16
  • High-frenquency / Contact Hautes Fréquences - 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 B
  • Weight (kg) 24.2
  • Length (mm) 250
  • Width (mm) 560
  • Height (mm) 435
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Triphasée
  • Min Power Input (V) 200
  • Max Power Input (V) 460
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 300
  • Protection Fuse (A) 16 - 32
  • High-frenquency / Contact Hautes Fréquences - 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 B
  • Weight (kg) 25.9
  • Length (mm) 250
  • Width (mm) 560
  • Height (mm) 435
local check

Specifications

  • Welding Method TIG
  • power supply method Triphasée
  • Min Power Input (V) 200
  • Max Power Input (V) 460
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 400
  • Protection Fuse (A) 35 - 63
  • High-frenquency / Contact Hautes Fréquences - 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 F
  • Weight (kg) 42
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
local check

Specifications

  • Welding Method 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) 3
  • Max Welding Power (A) 500
  • Protection Fuse (A) 35
  • High-frenquency / Contact Hautes Fréquences - 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 F
  • Weight (kg) 39.8
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
local check

MagicWave 1700 Job Welding Units

Specifications

  • Welding Method 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) 3
  • Max Welding Power (A) 170
  • Protection Fuse (A) 16
  • High-frenquency / Contact Hautes Fréquences - 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 B
  • Weight (kg) 15
  • Length (mm) 180
  • Width (mm) 485
  • Height (mm) 344
local check

MagicWave 2200 Job Welding Units

Specifications

  • Welding Method 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) 3
  • Max Welding Power (A) 220
  • Protection Fuse (A) 16
  • High-frenquency / Contact Hautes Fréquences - 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 B
  • Weight (kg) 17.8
  • Length (mm) 180
  • Width (mm) 485
  • Height (mm) 390
local check

Specifications

  • Welding Method TIG
  • power supply method Monophasée - Triphasée
  • Min Power Input (V) 230
  • Max Power Input (V) 460
  • Current nature (alternating / direct) Alternatif - Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 250
  • Protection Fuse (A) 16 - 32
  • High-frenquency / Contact Hautes Fréquences - 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) 26.6
  • Length (mm) 250
  • Width (mm) 560
  • Height (mm) 435
local check

Specifications

  • Welding Method TIG
  • power supply method Monophasée - Triphasée
  • Min Power Input (V) 200
  • Max Power Input (V) 460
  • Current nature (alternating / direct) Alternatif - Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 300
  • Protection Fuse (A) 16 - 32
  • High-frenquency / Contact Hautes Fréquences - 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) 30
  • Length (mm) 250
  • Width (mm) 560
  • Height (mm) 435
local check

Specifications

  • Welding Method TIG
  • power supply method Triphasée
  • Min Power Input (V) 200
  • Max Power Input (V) 460
  • Current nature (alternating / direct) Alternatif - Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 400
  • Protection Fuse (A) 35 - 63
  • High-frenquency / Contact Hautes Fréquences - 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 F
  • Weight (kg) 60
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 705
local check

Specifications

  • Welding Method TIG
  • power supply method Triphasée
  • Min Power Input (V) 200
  • Max Power Input (V) 460
  • Current nature (alternating / direct) Alternatif - Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 3
  • Max Welding Power (A) 500
  • Protection Fuse (A) -
  • High-frenquency / Contact Hautes Fréquences - 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 F
  • Weight (kg) 0
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 705
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 Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 10
  • Max Welding Power (A) 140
  • 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 B
  • Weight (kg) 4.7
  • Length (mm) 110
  • Width (mm) 315
  • Height (mm) 200
local check

TransPocket 1500 TIG Welding Units

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) 10
  • Max Welding Power (A) 150
  • 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 B
  • Weight (kg) 4.7
  • Length (mm) 110
  • Width (mm) 315
  • Height (mm) 200
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Monophasée
  • Min Power Input (V) 380
  • Max Power Input (V) 460
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 15
  • Max Welding Power (A) 250
  • Protection Fuse (A) 16
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 5
  • 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 F
  • Weight (kg) 12.5
  • Length (mm) 180
  • Width (mm) 430
  • Height (mm) 320
local check

Specifications

  • Welding Method MMA - TIG
  • power supply method Triphasée
  • Min Power Input (V) 380
  • Max Power Input (V) 460
  • Current nature (alternating / direct) Continu
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 15
  • Max Welding Power (A) 350
  • Protection Fuse (A) -
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 7
  • 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) 18
  • Length (mm) 190
  • Width (mm) 490
  • Height (mm) 390
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TransPocket 4000 Cel 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) Continu
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 10
  • Max Welding Power (A) 380
  • 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) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 36.1
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
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TransPocket 5000 Cel 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) Continu
  • Inverter technology / step regulated Onduleur
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 10
  • Max Welding Power (A) 480
  • 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) -
  • Max Coil of Wire Diameter (mm) 0
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class 23
  • Insulation Class F
  • Weight (kg) 37
  • Length (mm) 290
  • Width (mm) 625
  • Height (mm) 475
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AccuPocket Welding Units

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AccuPocket est un système de soudage MMA qui pour la première fois au monde, fonctionne avec une batterie lithium-ion rechargeable haute performance. \r\nL\'énergie en courant continu est directement disponible. Pas de conversion AC/DC via le réseau.\r\n

Specifications

  • Welding Method MIG/MAG
  • power supply method Three-phase
  • Min Power Input (V) 400
  • Max Power Input (V) 0
  • Current nature (alternating / direct) AC
  • Inverter technology / step regulated Inverter
  • Duty cycle (A - %) 100 - 190
  • Intensity Input (A) 0
  • Min Welding Power (A) 20
  • Max Welding Power (A) 100
  • Protection Fuse (A) 190
  • High-frenquency / Contact -
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 2.4
  • Wire feeder (integrated / separated) Integrated
  • Max Coil of Wire Diameter (mm) 300
  • Max Coil of Wire Weight (kg) 44
  • IP Protection Class -
  • Insulation Class A
  • Weight (kg) 0
  • Length (mm) 623
  • Width (mm) 579
  • Height (mm) 1070
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TPS i Welding Units

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TPS/i est un génie universel. Un système entièrement repensé, de A à Z, qui améliore sensiblement les caractéristiques de soudage, qui optimise la communication homme/machine et qui est facilement manipulable. Sa conception modulaire s\'adapte facilement aux besoins de chaque utilisateur. Avec TPS/i, le soudage du futur se conjugue au présent.

Specifications

  • Welding Method -
  • power supply method -
  • Min Power Input (V) 340
  • Max Power Input (V) 400
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 0
  • Max Welding Power (A) 400
  • 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) 300
  • Max Coil of Wire Weight (kg) 0
  • IP Protection Class -
  • Insulation Class -
  • Weight (kg) 0
  • Length (mm) 300
  • Width (mm) 0
  • Height (mm) 510
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TransSteel 2500 Compact Welding Units

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Pour un soudage en acier parfait ! Idéal en atelier ou sur catier ! \r\nOnduleur monophasé. La version MV peut fonctionner sur du 230V mono ou 380V\r\nen triphasé (Intensité de 180A maximum sous 1 x 230 V)\r\nDévidage 4 galets\r\nNorme EN 1090

Specifications

  • Welding Method MIG/MAG
  • power supply method Three-phase
  • Min Power Input (V) 400
  • Max Power Input (V) 400
  • Current nature (alternating / direct) AC
  • Inverter technology / step regulated Inverter
  • Duty cycle (A - %) 100 - 430
  • Intensity Input (A) 0
  • Min Welding Power (A) 0
  • Max Welding Power (A) 520
  • Protection Fuse (A) -
  • High-frenquency / Contact 100
  • Min Electrode Diameter (mm) 0
  • Max Electrode Diameter (mm) 0
  • Min Wire Diameter (mm) 0.6
  • Max Wire Diameter (mm) 0
  • Wire feeder (integrated / separated) Separated
  • Max Coil of Wire Diameter (mm) 300
  • Max Coil of Wire Weight (kg) 2.4
  • IP Protection Class IP23S
  • Insulation Class A
  • Weight (kg) 20
  • Length (mm) 620
  • Width (mm) 210
  • Height (mm) 445
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FRONIUS TPS/i robotics Welding Units

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En tant que fournisseur global de même qu’en tant que fabricant systèmes, Fronius a fait de la perfection son credo. Après TPS i version manuelle, Fronius lance TPS i robotics, pour un confort d'utilisation et une performance encore plus grands ! Avec TPS/i Robotics, le client dispose dès le départ d'un système de soudage sophistiqué, flexible, visionnaire, bien pensé, simple, ultra performant et au potentiel d'évolution extraordinaire. TPS/i robotics fonctionne comme un cerveau, avec des automatismes pré-intégrés et des process de soudage spécialement conçus qui facilitent grandement la tâche du soudeur. En résumé, des process de soudage encore plus stables, plus rapides et plus propres. -> Augmentation de la vitesse de soudage -> Projections invisibles -> Grande adaptabilité (pulsé, standard, nouveaux process PMC et LSC..) -> Stabilisateur de longueur d’arc -> Nombreuses interfaces -> Interconnexion entre les composants et totale compatibilité avec les robots www.tps-i.com

Specifications

  • Welding Method -
  • power supply method -
  • Min Power Input (V) 340
  • Max Power Input (V) 0
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 0
  • Max Welding Power (A) 400
  • 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) 300
  • Width (mm) 300
  • Height (mm) 510
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TransPocket 150/180 Welding Units

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Voici la nouvelle génération de systèmes de soudage conçue pour l’électrode enrobée (jusqu’à 4mm de diamètre) et le soudage TIG. Le générateur est muni de la technologie PFC qui lui permet d’augmenter la stabilité de l’arc malgré de fortes variations de tension, d’abaisser l’intensité du circuit primaire mais aussi d’utiliser de longs câbles d’alimentation. Il est également équipé d’un onduleur digital à résonnance numérique qui adapte les caractéristiques de la source de courant et facilite l’amorçage. De par sa conception compacte et robuste, le Transpocket est parfaitement adapté à un emploi mobile sur chantiers.

/ Technologie PFC (Power Factor Correction), permet d’avoir une
plage d’utilisation très souple
/ Onduleur digital à résonnance, adapte les caractéristiques de la
source de courant grâce à une combinaison avec un stabilisateur
électronique
/ Paramètre ECO réglable lorsque la machine n’est pas utilisée
/ Torche de soudage up/down disponible, permet la modification
de l’intensité directement sur la torche de soudage
/ Soudage TIG 2 temps, 4 temps (modèle TP150 TIG, TP180 TIG)
ainsi qu’en mode pulsé
/ Extrêmement robuste avec des dimensions compactes et des
poignées ergonomiques pour la manipulation

Specifications

  • Welding Method -
  • power supply method -
  • Min Power Input (V) 0
  • Max Power Input (V) 0
  • Current nature (alternating / direct) -
  • Inverter technology / step regulated -
  • Duty cycle (A - %) -
  • Intensity Input (A) 0
  • Min Welding Power (A) 0
  • Max Welding Power (A) 0
  • 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
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