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MIG/MAG: welding
with automatic wire feed. In MIG welding
argon (rarely helium) is used as shielding gas, this process is
preferably used for non-ferrous metals and stainless steel. The MAG
process uses CO2 or a mixed gas of argon, CO2 and O2 as
shielding gas and is mainly used for welding of non-ferrous metals and
stainless steeland is mainly used for simple and low-alloy steel such
as construction steel.
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Settings according to wire thickness: If you set the wire thickness (0.6 | 0.8 | 1), an ampere (A) and wire feed speed adapted to the selected wire thickness appears. The amperage can be changed within the given range. .
- In SPL Mode, amps and volts can be set independently. A higher volt slows the wire speed down. A lower volt accelerates the wire feed. This is a great advantage when an individual setting is required. With the help of the job memory the settings can be saved and easily reused at a later date.
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inductance:
The device has a continuously adjustable choke.
This smoothes the welding current and changes the rate of current rise
so that the weld seam quality and precision is improved.
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2
cycles/4 cycles (MIG/MAG and TIG)
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MMA/STICK/E-HAND:
coated electrodes are used - in this
process the electrodes are arc carrier and filler metal in one.
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Hotstart:
Each time the welding unit is restarted,
overcurrent is provided to support the ignition of the arc.
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Arc
Force: Melted material is transferred to the workpiece
more easily. Prevents the arc from going out if this material causes
contact between the electrode and the molten pool.
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Anti-Stick
automatically switches off the welding generator
if the electrode sticks to the workpiece and has to be removed by hand
without damaging the electrode clampto be damaged.
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DC
TIG welding ( optional: only possible
with additional hose package and cables): Welding of almost all metals
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Lift
Arc: The ignition takes place on contact with the
workpiece, then the torch can be lifted and welding process starts with
the selected parameters.
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modern IGBT
(Insulated Gate Bipolar Transistor) enables fast and therefore low-loss
switching of electrical currents
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Overheating protection
