Setting Possibilities - Migatronic OMEGA2 ADVANCED II Kurzanleitung

Programs
No: Wire Material Gas
P001 MMA
P003 Manuel MIG/MAG CO /Mix
2
P004 ArcGouging
P101 Ø 0.8 mm Fe SG2ER70S6 CO
2
P102 Ø 1.0 mm Fe SG2ER70S6 CO
2
P103 Ø 1.2 mm Fe SG2ER70S6 CO
2
P104 Ø 1.6 mm Fe SG2ER70S6 CO
2
P106 Ø 0.6 mm Fe SG2ER70S6 CO
2
P109 Ø 0.9 mm Fe SG2ER70S6 CO (100)
2
P111 Ø 0.8 mm Fe SG2ER70S6 ArCO (82/18)
2
P112 Ø 1.0 mm Fe SG2ER70S6 ArCO (82/18)
2
P113 Ø 1.2 mm Fe SG2ER70S6 ArCO (82/18)
2
P114 Ø 1.6 mm Fe SG2ER70S6 ArCO (82/18)
2
P115 Ø 1.0 mm Fe SG2ER70S6 ArCO (92/8)
2
P116 Ø 0.6 mm Fe SG2ER70S6 ArCO (82/18)
2
P117 Ø 1.6 mm Fe SG2ER70S6 ArCO (92/8)
2
P118 Ø 1.2 mm Fe SG2ER70S6 ArCO (92/8)
2
P119 Ø 0.9 mm Fe SG2ER70S6 ArCO (82/18)
2
P120 Ø 0.9 mm Fe SG2ER70S6 ArCO (92/8)
2
P124 Ø 1.4 mm Fe SG2ER70S6 ArCO (82/18)
2
P129 Ø 1.4 mm Fe SG2ER70S6 ArCO (92/8)
2
P132 Ø 1.0 mm Fe SG2ER70S6 ArO (97/3)
2
P133 Ø 1.2 mm Fe SG2ER70S6 ArO (97/3)
2
P152 Ø 1.0 mm Fe SG2 PowerArc ArCO (82/18)
2
P153 Ø 1.2 mm Fe SG2 PowerArc ArCO (82/18)
2
P155 Ø 1.4 mm Fe SG2 PowerArc ArCO (82/18)
2
P157 Ø 1.2 mm Fe SG2 PowerArc ArCO (92/8)
2
P159 Ø 1.4 mm Fe SG2 PowerArc ArCO (92/8)
2
P166 Ø 1.0 mm Fe SG2 PowerArc ArHeCO O (91/4/2/3)
2 2
P167 Ø 1.2 mm Fe SG2 PowerArc ArHeCO O (91/4/2/3)
2 2
P172 Ø 1.0 mm Fe SG2 PowerArc ArO (97/3)
2
P173 Ø 1.2 mm Fe SG2 PowerArc ArO (97/3)
2
P193 Ø 1.2 mm Innershield None
Machine No: Wire Material Gas
All P194 Ø 1.6 mm Innershield None
All P199 Ø 0.9 mm Innershield None
400/550 P201 Ø 0.8 mm ER 316 LSi ArCO
All P202 Ø 1.0 mm ER 316 LSi ArCO
All P203 Ø 1.2 mm ER 316 LSi ArCO
400/550 P204 Ø 1.6 mm ER 316 LSi ArCO
400/550 P209 Ø 0.9 mm ER 316 LSi ArCO
All P311 Ø 0.8 mm AlMg5 ER5356 Ar
All P312 Ø 1.0 mm AlMg5 ER5356 Ar
All P313 Ø 1.2 mm AlMg5 ER5356 Ar
All P314 Ø 1.6 mm AlMg5 ER5356 Ar
400/550 P319 Ø 0.9 mm AlMg5 ER5356 Ar (100)
400/550 P352 Ø 1.0 mm AlSi5 ER4043 Ar
All P353 Ø 1.2 mm AlSi5 ER4043 Ar
All P354 Ø 1.6 mm AlSi5 ER4043 Ar
400/550 P359 Ø 0.9 mm AlSi5 ER4043 Ar (100)
400/550 P369 Ø 0.9 mm AlMg3Mn ER5554 Ar (100)
All P403 Ø 1.2 mm FCW215 FeRutil ArCO
All P404 Ø 1.6 mm FCW215 FeRutil ArCO
400/550 P423 Ø 1.2 mm FCW115 FeMetal ArCO
400/550 P424 Ø 1.6 mm FCW115 FeMetal ArCO
All P425 Ø 1.4 mm FCW115 FeMetal ArCO
400/550 P444 Ø 1.6 mm FCW215 FeRutil CO (100)
2
400/550 P445 Ø 1.6 mm FCW115 FeMetal CO (100)
2
400/550 P446 Ø 1.6 mm FCW PZ6111-HS CO (100)
2
400/550 P453 Ø 1.2 mm FCW217 FeRutil ArCO
400/550 P457 Ø 1.2 mm PZ6138 FeRutil ArCO
400/550 P483 Ø 1.2 mm FCW CrNi E316LT-1 ArCO
400/550 P501 Ø 0.8 mm CuAl8 Brazing Ar
400/550 P502 Ø 1.0 mm CuAl8 Brazing Ar
400/550 P509 Ø 0.9 mm CuAl8 Brazing Ar (100)
400/550 P561 Ø 0.8 mm CuSi3 Brazing Ar
All P562 Ø 1.0 mm CuSi3 Brazing Ar
P569 Ø 0.9 mm CuSi3 Brazing Ar (100)
50113771 N

Setting possibilities

Machine
Setting
All
Primary parameters:
All
1 Welding current (MMA)
(98/2) All
1 Welding current (MIG)
2
(98/2) All
2
Wire feed speed (MIG)
(98/2) 400/550
2
Thickness of material (MIG)
(98/2) 400/550
2
2 Arc length
(98/2) All
2
Secondary parameters:
All
1 Arc power (MMA)
All
3 Hotstart (MMA)
All
1 Inductance (MIG)
400/550
All 2 Gas pre flow (MIG)
All
3 Soft start (MIG)
All
4 Hotstart time (MIG)
400/550
5 Slope down (MIG)
All
6 Burnback (MIG)
All
7 Gas post flow (MIG)
(82/18) All
2
8 DUO Plus TM (MIG)
(82/18) 400/550
2
9 Stop amp (MIG)
(82/18) All
2
t Spot time
(82/18) 400/550
2
G Gas
(82/18) 400/550
2
400/500
r Remote control
400/500
400/500
C Cooling
(82/18) All
2
L Lock function
(82/18) All
2
(82/18) 400/550 U Cable compensation
2
All
All
All
All
All
All
QUICKGUIDE
OMEGA ADVANCED II
2
Area Step
2T/4T (MIG)
from 15A to max. output 1
Area depends on 1 Depending on program
program
0.1
0.1
-9.9 - +9.9 0.1 0.0
0 - 150 1
0 - 100 1
-5.0 - +5.0 0.1 0.0
0.0 - 10.0 0.1 0.2
Off = – – – / 1.5 - Max. 0.1 1.5
0.0 - 10.0 0.1 Depending on program
0.0 - 10.0 0.1 0.2
1 - 30 1 5
0.0 - 10.0 0.1 3.0
0 - 50 1 25
0 - 100 1 50
0.0 - 50.0 0.1 0.0
Synergic ±50%
Manual 0.5 - 27 l
0 = internal
1 = torch control
2 = remote control
ON / OFF
ON / OFF
0 = standard
1 = cable compensation
UK
Factory setting Unit
Tack (MIG)
70 A
A
m/min
mm
0.0 V
25 %
25 %
0.0 -
0.2 s
1.5 m/min
s
0.0 s
5 ms
3.0 s
- %
- %
0.0 s