GYS KRYPTON 321 DC TRI Mode D'emploi page 36

User manual
• E-Weld (activated on the welding cycle)
This mode allows for constant power welding by measuring arc length variations in real time to ensure consistent bead width and penetration.
In cases where the assembly requires careful control of the welding energy, E-Weld mode guarantees that the machine will respect the welding
power regardless of the torch's position in relation to the workpiece.
Standard (constant current)
2 mm
D
E-Weld (constant power)
5 mm
D
TIG - ADVANCED MENU
It is possible to access the advanced weld cycle settings. To access these advanced settings:
1- Press and hold the thumbwheel (> 3 seconds)
SEt UP
2-
By scrolling with the thumbwheel, the following advanced settings can be selected:
Parameter
I.St
Bearing current at the
start of the weld
I_Start
t.St
Dwell time at the start of
the weld
T_Start
I.So
Bearing current at the
end of the weld
I_Stop
t.So
Dwell time at the end of
the weld
T_Stop
Sha
Pulse waveform
CHOICE OF ELECTRODE DIAMETER
Electrode Ø (mm)
1
1.6
2
2.5
3.2
4
36
Translation of the original
instructions
10 mm
5 mm
D D
10 mm
2 mm
D D
Con FIG.
Setting Standard
1 - 200 % X
0.00 - 60 sec. X
1 - 100 % X
0.0 - 60 sec. X
Sin Sinusoidal
tri Triangle
Sqa Square
trA Trapezium
DC TIG
Pure tungsten Tungsten with oxides
10 > 75
60 > 150
75 > 180
130 > 230
160 > 310
275 > 450
Approx. = 80 A per mm Ø
The grayed-out areas are not available in this mode.
Multi
Spot
Pulse
Spot
welding
X -
X -
X -
X -
- X -
10 > 75
60 > 150
100 > 200
170 > 250
225 > 330
350 > 480
KRYPTON 231 DC FV / 321 DC TRI
Weld
SETUP
PRESS 3''
Multi
Tack
Tack
The stage before the current
upslope.
Stage after the current
downslope.
The square waveform is
the traditional method of
pulse welding, but is noisy
at high frequencies. Other
shapes are available to suit
specific penetration and noise
requirements.
JOB