Welding machine semi-automatic welding machine migomat TIG MIG/MAG MMA 250A IGBT Stamos Germany + wire 5kg

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Availability:
expected delivery
Brand:
Stamos Germany
Product code:
10020208 / 4250928641168

Specification

Sku:1007149
S-MIGMA 250.IGBTMulti-function semi-automatic weldingMIG, MAG, FCAW, TIG and MMAdistless welding current regulation (max 250 A) IGBT inverter technologyhigh degree of trouble-free efficient operation and fast switching between functions is resistant to short circuitsProductive features:
  • Versatility - the possibility of welding in MIG, MAG, FCAW, TIG and MMA modes ,
  • Practicality - suitable for machining elements made of various weldable metals,
  • Efficiency - the use of modern IGBT technology guarantees precise work and safety against short circuits,
  • Convenience - stepless knobs allow for precise setting of inductance, welding current and wire feed rate,
  • Mobility - comfortable handle and small size make it easy to carry the welding machine,
STAMOS devices have been made according to strict European standards and have passed tests for compliance with CE and RoHS. This guarantees a long service life and high quality of the device. Technical parameters:
  • - Model - S-MIGMA 250.IGBT
  • - Catalogue number - 2208
  • - Article status - New
  • - Power supply - 230 V / 50 Hz
  • - Rated input current - MIG 29.5 A / MMA 33 A / TIG 22.5 A
  • - Maximum input current - MIG 38 A / MMA 43 A / TIG 29 A
  • - Idle voltage - 62 V
  • - MIG current - 50 – 250 A
  • - Current MMA - 10 – 250 A
  • - TIG current - 10 – 250 A
  • - Welding current in the duty cycle 60% - 250 A (MIG/MMA/TIG)
  • - Welding current in the duty cycle 100% - 193 A (MIG/MMA/TIG)
  • - Duty cycle - 60%
  • - Welding thickness - 0,5 – 10 mm
  • - Diameter of TIG electrodes - 0,5 – 4 mm
  • - Electrode diameter MMA - 1,6 – 5 mm
  • - Cooling - Fan
  • - Handle cooling - Gas
  • - Hot Start - Yes
  • - Wire feeder - 2,5 – 13 m/min
  • - Cable with MMA holder - 1.4 m
  • - Ground wire - 1.3 m
  • - Cable with MIG holder - 1.75 m
  • - Cable with TIG holder - 3.7 m
  • - Safety class - IP21
  • - Insulation class - F
  • - Dimensions (LxWxH) - 54.00 x 24.00 x 41.00 cm
  • - Weight - 15,00 kg
  • - Shipping dimensions (LxWxH) - 64.00 x 34.50 x 44.50 cm
  • - Shipping weight - 27,05 kg
Working methods
  • MIG/MAG - With the MIG method, stainless steel, tin, copper and other non-ferrous metals can be conveniently bonded, while the MAG mode will work when welding low-alloy, high-alloy or structural non-alloy steels
  • MMA (coated electrode) – it will work indoors and outdoors. It does not require shielding gas and is suitable for welding thin materials (from a thickness of 1.5 mm), e.g. copper, iron, nickel, aluminum or alloys m.in steel and cast iron. Welds made by this method have good operational and mechanical values.
  • TIG – copes well with combining metals and their alloys, e.g. copper, aluminum, magnesium, nickel, titanium, steel and many others. It will work particularly well when machining very thin materials (with a thickness of 0.5 mm). This method can be used in any position – horizontal, vertical, flat and above the head, and its effect is a clean and precise weld that does not corrode.
  • FCAW (arc welding with core wire) - a method that does not require the use of shielding gas. Thanks to this, it will work well when working outdoors, in windy places. This mode is characterized by a large depth of melting.
Features:
  • Hot Start consists in a temporary increase in the welding current during arc ignition,
  • - Spatter makes the device automatically set the inductance, which allows for stable welding.
Included:
  • - Welding machine S-MIGMA 250.IGBT
  • - MIG holder
  • - TIG handle
  • - MMA cable
  • - Ground wire with ground terminal
  • - Wire 0.8 mm – spool 5 kg
  • - Cable for polarity change
  • - Long cap
  • - Bushings 2; 2.4 and 3.4 mm
  • - Housing clamping sleeve
  • - Ceramic nozzle – 3 pieces
  • - MIG electrodes – 2 pieces
  • - Collar
  • - Manual EN

Despite our best efforts, we cannot guarantee that the published technical data and photos do not contain inaccuracies or errors, which, however, cannot be a basis for claims.

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