GYS AUTOPULSE 320-T3 Manual Del Usuario página 32

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Idiomas disponibles
  • ES

Idiomas disponibles

Energie
MIG-MAG WELDING
• GMAW/MIG-MAG Manual
Settings
Designation
Wire speed
Voltage
Self
Pre-gas
Post gaz
I Start
Creep speed
Approach voltage
Hot Start
Hot Start
Hot Start
Crater filler
Crater filler
Crater filler
Burn Back
Access to some welding parameters depends on the selected display mode: Settings/User Level: Easy, Expert, Advanced.
• Standard MIG-MAG/GMAW (Dynamic STD)
The Standard mode allows high quality welding on most ferrous materials such as steel, stainless steel, but also copper and its alloys, titanium... The
many possibilities of current and gas management allow you to perfectly control your welding operation, from the priming to the final cooling of your
weld bead.
Settings
Designation
Thickness
Speed
32
AUTOPULSE 320-T3
Hold
Thermal coeff.
Adjustable
settings
0.5 - 20 m/min
Quantity of filler metal deposited and indirectly the welding intensity.
10 - Umax
Sets the welding power.
Smoothes more or less the welding current. To be adjusted according to the welding
-4 > +4
position.
0 - 25 secs.
Torch purge time and to protect the area with gas before ignition
Duration for which gas is released after the arc has stopped. It protects the weld pool
0 - 25 secs.
and the electrode against oxidisation when the metal is cooling down.
-4 > +4
Adjust the starting current
50 - 200 %
Speed of the wire before starting
10-100 %
Initial ignition voltage
10-250 %
Hot Start Speed
10-250 %
Hot Start Voltage
0-10 secs.
Hot Start Duration (Can be trigger managed in 4T mode)
10-100 %
Bearing speed at the end of welding
10-100%
Bearing tension at the end of welding
Duration of the bearing at the end of the weld (Can be managed with the trigger in 4T
0-10 secs.
mode)
-4 > +4
Wire cutting current
Adjustable
settings
The synergy allows for fully automatic settings. Adjusting the thickness
0.1 - Th. max
automatically sets the right voltage and wire speed.
0.5 - 20 m/min
Quantity of filler metal deposited and indirectly the welding intensity.
See chapter «ENERGY MODE» on pages
following.
Description & advice
Description & advice
EN
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