Jackle ProPuls 320 Compact, Operating Manual

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ProPuls 320C
Operating manual Page 49
For the welding processes MIG PULSE / DOUBLEPULSE / AUTOMATIC; all modes are available (pos. 3).
Thereby, the possible parameters can be set with functions Fx (pos. 4).
A detailed explanation can be found under the point 16 control elements.
Using the MODE button, the required welding process can be selected, e.g. MIG PULSE.
By pressing the MATERIAL button again, the material menu opens.
With the left dial (pos. 2), the desired material can be selected in a display.
By pressing the ENTER / OK button, the parameters are accepted.
Subsequently, set the required welding power via 1 of the 3 possibilities available:
- Welding voltage V
(pos. 7)
- Welding current A (pos. 1)
- material thickness mm (pos. 1)
These values are configured with the left dial (pos. 2). The respective value is shown in the right or left display.
The machine is now ready for welding.
For optimising the welding arc, the arc length (pos. 7) and the welding choke (pos. 7) can be configured
individually.
18.2 MIG/MAG Manual
NOTE:
All functions and parameters are exactly described under point 16 control elements.
The functional sequence is described.
Set the machine to the welding process MIG MANUAL.
The user must select the wire speed to between 0.6 and 22m/min with the left dial (pos. 2) and set the welding
voltage to between 10V and 40 V using the right dial (pos. 8) just like an ordinary MIG machine.
Attention: No automatic function in this welding process is active!
The set values are shown on the displays. During the welding process, the actual values are displayed. The
parameters can be changed during the welding process.
For the welding process MIG MANUAL, all modes (pos. 3) are available.
Thereby, the possible parameters can be set with functions Fx (pos. 4).
A detailed explanation can be found under the point 16 control elements.
18.3 Special process Cold – Pipe – Power Arc – Fastarc (all options)
NOTE:
All functions and parameters are exactly described under point 16 control elements.
The functional sequence is described.
The COLD arc is a modified short-circuit arc that has been developed especially for welding thin sheets, root
beads and for MIG brazing in all positions.
The welding programs included within the scope of supply allow a very high level of welding quality to be
achieved with an optimised arc and minimal change to metallurgical properties.
BENEFITS
- gap bridging (also vertical down)
- low heat input
- low distortion
- reduced risk of burn through fall-through of the smelt
- welding of materials with high levels of carbon as well as high-alloyed steels
- no damage to the zinc coating when MIG brazing
- saving material and energy costs
- good controllability in overhead