SynMag 2600/3100/3600/4100/5100
8 Welding programmes
BA-0006 • 2020-02-08
EN - 17
SynMag 3600/4100/5100
Use the knob in Fig. 13 pos. J on page EN-15 to set the spot welding time. The process sequence
is as follows:
• Step 1: Press and hold the torch trigger. The shielding gas flows. The arc ignites.
• Step 2: The arc automatically goes out after the set time has elapsed. The shielding gas continues
to flow for a brief period.
MIG/MAG 4-step welding
SynMag 2600/3100/3600/4100/5100
The process sequence is as follows:
• Step 1: Press and hold the torch trigger. The shielding gas flows and the arc ignites.
• Step 2: Release the torch trigger. Weld with the set energy value.
• Step 3: Press and hold the torch trigger. The arc goes out.
• Step 4: Release the torch trigger. The gas post flow time elapses. The welding process is finished.
MIG/MAG 2-step welding
SynMag 2600/3100/3600/4100/5100
The process sequence is as follows:
• Step 1: Press and hold the torch trigger. The shielding gas flows. The arc ignites.
• Step 2: Release the torch trigger. The arc goes out. The shielding gas continues to flow. The welding
process is finished.
8 Welding programmes
8.1 SynMag 2600
8.2 SynMag 3100
Tab. 5
SynMag 2600
welding programmes
Programme
Rec. level
Material
Wire Ø
Shielding gas
1
1–12
St
0.8
82 Ar / 18 CO²
2
1–12
St
1.0
82 Ar / 18 CO²
3
1–11
VA
0.8
97.5 Ar / 2.5 CO²
4
1–12
VA
1.0
97.5 Ar / 2.5 CO²
5
1–11
Alu
1.0
Argon
6
1–12
Alu
1.2
Argon
7
1–12
CuSi
0.8
Argon
8
1–12
CuSi
1.0
Argon
Tab. 6
SynMag 3100
welding programmes
Programme
Rec. level
Material
Wire Ø
Shielding gas
1
1–12
St
0.8
82 Ar / 18 CO²
2
1–12
St
1.0
82 Ar / 18 CO²
3
1–12
St
1.2
82 Ar / 18 CO²
4
1–10
VA
0.8
97.5 Ar / 2.5 CO²
5
1–12
VA
1.0
97.5 Ar / 2.5 CO²
6
1–12
VA
1.2
97.5 Ar / 2.5 CO²
7
1–10
Alu
1.0
Argon
8
1–12
Alu
1.2
Argon
