EN
-
22
BA-0014 • 2020-06-05
10 Operation/welding
inoMIG 350/400/500
10 Operation/welding
10.1 2-/4-step, spot (MC1–2), crater filling (MC1)
You can tap on the operating button (pos.
) to switch between 2-step, 4-step, 2-step spot (MC1–2) and
2T/4T crater filling (MC1). The activated function is indicated by the LEDs.
10.2 Material selection (MC1–2)
When you briefly tap the material button, the material type (e.g. steel) appears on the left-hand display, the
gas (e.g. CO
2
) on the middle display and the wire diameter (e.g. 1.0 mm) on the right-hand display. You
can then turn the left knob to make the required material selection. The last selection shown on the display
is adopted.
K
Knob for adjusting the welding power in the middle display
L
Knob for setting the material type, adjusting the arc length (AUTO-
), setting the wire speed in
m/min (HAND-
), and changing all values in the left-hand display
M
Operating button for switching between 2-step, 4-step and 2-step spot (tap)
N
LED indicator showing whether 2-step, 4-step or 2-step spot is active
O
Display of wire speed in m/min (HAND-
) or adjustment of the arc length in the range −3.0 V
to +3.0 V (AUTO-
), flashing dot: HOLD function active
Pos. Description
Fig. 16
Crater filling program MC1 (Led S)
Operating mode
Description
2-step
Press the torch trigger and the arc is ignited after the gas pre-flow time (PrG) with
the pre-defined hotstart current (CSC). Once the hotstart time (tCSC) has ended,
the welding current drops to the pre-defined welding at slope-down speed
(SLO). Release the torch trigger and the welding current drops to the pre-defined
crater end welding current (CEC) at slope-down speed (SLO). Once the end
crater time (tCEC) ends, the arc is extinguished. The shielding gas continues to
flow for the set time (PoG).
4-step
Press the torch trigger and the arc is ignited with the pre-defined hotstart current
(CSC). The welding current remains at this level. Release the torch trigger and
the welding current drops to the pre-defined welding current at the pre-defined
slope-down speed (SLO). Press the torch trigger and the welding current drops to
the pre-defined crater end current (CEC) at the pre-defined slope-down speed
(SLO). Release the torch trigger and the arc is extinguished. The shielding gas
continues to flow for the set time (PoG).
Содержание inoMIG 350
Страница 51: ...inoMIG 350 400 500 21 Schaltpläne BA 0014 2020 10 15 DE 51 Abb 27 Maschine mit Koffer ...
Страница 52: ...DE 52 BA 0014 2020 10 15 21 Schaltpläne inoMIG 350 400 500 Abb 28 Kompakt Maschine mit Koffer ...
Страница 53: ...inoMIG 350 400 500 21 Schaltpläne BA 0014 2020 10 15 DE 53 21 2 inoMIG 500 Abb 29 inoMIG 500 Standard ...
Страница 54: ...DE 54 BA 0014 2020 10 15 21 Schaltpläne inoMIG 350 400 500 Abb 30 inoMIG 500 mit MC R Platine im Koffer ...
Страница 55: ...inoMIG 350 400 500 Notizen BA 0014 2020 10 15 DE 55 Notizen ...
Страница 105: ...inoMIG 350 400 500 21 Circuit diagrams BA 0014 2020 06 05 EN 51 Fig 27 Machine with case ...
Страница 106: ...EN 52 BA 0014 2020 06 05 21 Circuit diagrams inoMIG 350 400 500 Fig 28 Compact machine with case ...
Страница 107: ...inoMIG 350 400 500 21 Circuit diagrams BA 0014 2020 06 05 EN 53 21 2 inoMIG 500 Fig 29 inoMIG 500 standard ...
Страница 108: ...EN 54 BA 0014 2020 06 05 21 Circuit diagrams inoMIG 350 400 500 Fig 30 inoMIG 500 with MC R PCB in case ...
Страница 109: ...inoMIG 350 400 500 Notes BA 0014 2020 06 05 EN 55 Notes ...
Страница 110: ...EN 56 BA 0014 2020 06 05 Notes inoMIG 350 400 500 Notes ...
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