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: Soft-start. Use to adjust wire feed rate as welding starts, in order to optimise
arc strike.
The actual welding settings (wire speed, welding current and voltage) are shown in the
top section of the display.
Synergic mode settings (Fig. L-3).
Press and hold the knob C-5 for at least 3 seconds to access the material, thread
diameter and gas type settings menu. (Fig. L-4). The welding machine sets itself
automatically in the best operation conditions established by the different synergy
curves that are saved. The user only has to select the material thickness to begin
welding.
The user can also customise the following welding parameters (Fig. L-5):
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: Arc correction according to preset arc voltage.
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: Wire feed speed.
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: Material thickness.
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: Welding current.
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: Electronic reactance correction according to preset value.
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: Burn-back correction. Use to correct the wire burn-back time when welding
is stopped in relation to the preset time.
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welding is stopped.
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: Welding current SLOPE DOWN. Used to gradually reduce the current on
releasing the torch button.
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: Inrush current.
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: Duration of inrush current. If the parameter is set to zero, this function is
disabled.
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welding.
N.B.: The current welding parameters, wire feeding speed and material thickness are
related to each other based on a synergic curve.
The actual welding settings (wire speed, welding current and voltage) are shown in the
top section of the display.
This is enabled automatically when the thickness selected is less or equal to 1.5 mm.
Description: the particular instantaneous control of the welding arc and the ultra rapid
correcting of parameters minimize current spikes, something that is characteristic of
Short Arc transfer procedures, to the advantage of a low thermal load on the piece
to be welded. The result, on the one hand, is reduced deformation of materials and,
welding seam that is easy to model.
Advantages:
- easy welding of thin materials;
- decreased deformation of material;
- stable arc even when working with low currents;
- rapid and accurate spot welding;
- easier coupling of spaced sheets.
Pulse mode settings (Fig. L-6).
Press and hold the knob C-5 for at least 3 seconds to access the material, thread
diameter and gas type settings menu. (Fig. L-4). The welding machine sets itself
automatically in the best operation conditions established by the different synergy
curves that are saved. The user only has to select the material thickness to begin
welding.
Pulse mode settings (Fig. L-7).
PoP mode is used to perform pulse welding with 2 current levels (I
duration of T2 and T1 respectively.
The following variables are available compared to the PULSE operating mode:
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: Secondary welding current;
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: Secondary arc correction according to preset arc voltage;
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: Secondary wire feed speed;
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: Secondary material thickness;
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: Duration of I
current;
2
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: Duration of I
current.
1
ROOT MIG or DEEP MIG mode settings (Fig. L-8).
The settings available are the same as those for synergistic mode (see 7.2).
Press the knob (Fig. C-5) for at least 3 seconds to access the parameter settings
menu.
It is possible to set 4 different torch push-button control modes:
Welding begins when the torch push-button is pressed and ends when the push-
button is released.
Welding begins when the torch push-button is pressed and released, and ends only
when the torch push-button is pressed and released a second time. This mode is
useful for long welding operations.
Welding begins when the torch push-button is pressed and released. Each time it is
pressed/released it switches from current (I
versa. It only terminates when the torch push-button is pressed for a certain set time.
Used for MIG/MAG spot welding with control of welding duration.
The welding machine recognizes automatically the G.R.A. connection. On the display
there appears the symbol
is activated. It is possible to disable the G.R.A. function, by following the instructions
reported in chap. 12. In this case on the display there appears the symbol
- It is essential to follow the recommendations provided by the manufacturer on the
electrode packaging which indicates the correct electrode polarity and relative rated
current.
- Welding current is regulated to suit the diameter of the electrode being used and the
type of soldering to be performed; an example of the currents used for the various
electrode diameters can be seen below:
1.6
2.0
2.5
3.2
4.0
5.0
6.0
8.0
- One can see that for the same diameter electrode, high levels of current will be
welding.
- The mechanical characteristics of the welded joint are determined by the intensity
of the selected current and also other welding parameters such as the length of the
arc, the operating speed and position, the diameter and quality of the electrodes
(to ensure correct conservation, use special packaging or containers to store and
protect the electrodes against humidity).
and I
) with a
2
1
- Keeping the mask IN FRONT OF YOUR FACE, rub the tip of the electrode on the
piece to be welded, moving as if striking a match; this is the most correct method for
igniting the arc.
- As soon as the arc has struck, try to keep the electrode at a distance from the
workpiece that is equivalent to the diameter of the electrode being used, and keep
this distance as constant as possible while welding; remember that the electrode
angle while moving forward must be approx. 20-30 degrees.
- At the end of the welding seam, take the electrode end slightly back as to the forward
to switch off the arc (Aspects of the welding seam - FIG. M).
The user can customise the following welding parameters (Fig. L-11):
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: Welding current measured in Amperes.
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: This is the initial "HOT START" overcurrent, the display shows the
percentage increase as to the value of the selected welding current. This adjustment
improves starting.
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: This is the dynamic "ARC-FORCE" overcurrent, the display shows the
percentage increase as to the value of the pre-selected welding current. This
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symbol) to current (I
2
1
. When the torch pushbutton is pressed, the G.R.A.
30
40
60
90
120
170
230
320
symbol) and vice-
.
50
80
110
140
180
250
350
500
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