- MIG/MAG standard welding machine, step switch controlled, water-cooled
- Decompact, mobile, can be lifted by crane and moved by fork lift
- 4-roller wire feed equipped for 1.0 mm + 1.2 mm steel wires
- Powerful cooling system with centrifugal pump, pressure switch and 7 l tank. Temperature-controlled pump and fan
- 5 m mains supply lead
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Wega 601 FDW |
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MIG/MAG |
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Setting range for welding current |
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50 A - 600 A |
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Duty cycle at ambient temperature |
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25 °C |
40 °C |
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45 % |
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– |
600 A |
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60 % |
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600 A |
– |
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100 % |
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450 A |
450 A |
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Open circuit voltage |
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60 V |
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Mains frequency |
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50 Hz / 60 Hz |
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Mains fuses (slow-blow) |
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3 x 32 A |
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Mains voltage (tolerances) |
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3 x 400 V (-15 % - +15 %) |
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Max. connected load |
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36.7 kVA |
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Recommended generator power |
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50 kVA |
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Dimensions, machine, LxWxH in mm |
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960 x 560 x 1010 |
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Weight, machine |
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228 kg |
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Switching steps |
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12 (3) |
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Protection classification |
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IP 23 |
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Insulation class |
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H |
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Cooling output |
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1200 W (1l/min) |
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Tank capacity |
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7 l |
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Flow rate |
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5 l/min |
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Standards |
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IEC 60 974-1; -5; -10 / CE / S-Safety sign / EMC class A |
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The perfect start Optimised ignition characteristics plus creep start and free-burn functions ensure reproducible ignition of the arc. |
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Self-explanatory and clear operating concepts M1.02 – classical operation, all settings directly accessible M2.20 – simplest possible operating concept with digital display for all welding data M2.40 – Synergic one-knob operation with easy selection of material, wire and gas type via JOB list and digital display |
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Excellent welding properties Fine welding voltage adjustment and optimised welding choke guarantee perfect adaptation to different materials. Saturn and Wega with additional taps. |
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Tried-and-tested operation The operating point is selected using the step switch and wire feed controller |
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Practical: robust metal casing Phosphatised, powder-coated sheet steel – corrosion-resistant, ideal for tough applications |
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Minimised finishing work for high cost-effectiveness Low-spatter joining with short arc and spray arc – using argon, CO2 or mixed gases. This saves time and costs. |
