EWM PHOENIX 421 EXPERT forceArc - Page 140

Appendix B
JOB Mapping
140 Item No.: 099-004833-EWM01
PHOENIX M3.10 / M3.11 / M3.40 JOBs
Job-Nr./ job-no.
Verfahren / process
Material/ material
Gas / gas
Draht-durch-messer
/wire dia-meter (mm)
Verfahren / process
Material / material
Gas / gas
Draht-durch-messer
/wire dia-meter (mm)
Verfahren / process
Material/ material
Gas / gas
Draht-durch-messer
/wire dia-meter (mm)
Verfahren / process
Material / material
Gas / gas:
Draht-durch-messer
/wire dia-meter (mm):
Verfahren / process:
Material/ material:
Gas / gas:
Draht-durch-messer
/wire dia-meter (mm):
Verfahren / process:
Material/ material:
Gas / gas:
Draht-durch-messer
/wire dia-meter (mm):
68
MIG/MAG /
MIG/MAG
CrNiMn
Ar/He/O
2
Ar/He/CO
2
15-30% He
1,2
Auftragsschweißen /
GMA-Surfacing
CrNiMn
Ar/He/O
2
Ar/He/CO
2
15-30% He
1,2
Metall - Fülldraht /
Metal - Flux-Cored Wire
CrNiMn
Ar/He/O
2
Ar/He/CO
2
15-30% He
1,2
Rutil - Fülldraht /
Rutil - Flux-Cored Wire
CrNiMn
Ar/He/O
2
Ar/He/CO
2
15-30% He
1,2
Basisch -Fülldraht /
Basic - Flux-Cored Wire
CrNiMn
Ar/He/O
2
Ar/He/CO
2
15-30% He
1,2
69
MIG/MAG /
MIG/MAG
CrNiMn
Ar/He/O
2
Ar/He/CO
2
15-30% He
1,6
Auftragsschweißen /
GMA-Surfacing
CrNiMn
Ar/He/O
2
Ar/He/CO
2
15-30% He
1,6
Metall - Fülldraht /
Metal - Flux-Cored Wire
CrNiMn
Ar/He/O
2
Ar/He/CO
2
15-30% He
1,6
Rutil - Fülldraht /
Rutil - Flux-Cored Wire
CrNiMn
Ar/He/O
2
Ar/He/CO
2
15-30% He
1,6
Basisch -Fülldraht /
Basic - Flux-Cored Wire
CrNiMn
Ar/He/O
2
Ar/He/CO
2
15-30% He
1,6
70
MIG/MAG /
MIG/MAG
CrNiMn
1-5% H
2
0,8
Auftragsschweißen /
GMA-Surfacing
CrNiMn
1-5% H
2
0,8
Metall - Fülldraht /
Metal - Flux-Cored Wire
CrNiMn
1-5% H
2
0,8
Rutil - Fülldraht /
Rutil - Flux-Cored Wire
CrNiMn
1-5% H
2
0,8
Basisch -Fülldraht /
Basic - Flux-Cored Wire
CrNiMn
1-5% H
2
0,8
MIG/MAG /
MIG/MAG
CrNiMn
0-2% N
2
0,8
71
MIG/MAG /
MIG/MAG
CrNiMn
1-5% H
2
1,0
Auftragsschweißen /
GMA-Surfacing
CrNiMn
1-5% H
2
1,0
Metall - Fülldraht /
Metal - Flux-Cored Wire
CrNiMn
1-5% H
2
1,0
Rutil - Fülldraht /
Rutil - Flux-Cored Wire
CrNiMn
1-5% H
2
1,0
Basisch -Fülldraht /
Basic - Flux-Cored Wire
CrNiMn
1-5% H
2
1,0
MIG/MAG /
MIG/MAG
CrNiMn
0-2% N
2
1,0
72
MIG/MAG /
MIG/MAG
CrNiMn
1-5% H
2
1,2
Auftragsschweißen /
GMA-Surfacing
CrNiMn
1-5% H
2
1,2
Metall - Fülldraht /
Metal - Flux-Cored Wire
CrNiMn
1-5% H
2
1,2
Rutil - Fülldraht /
Rutil - Flux-Cored Wire
CrNiMn
1-5% H
2
1,2
Basisch -Fülldraht /
Basic - Flux-Cored Wire
CrNiMn
1-5% H
2
1,2
MIG/MAG /
MIG/MAG
CrNiMn
0-2% N
2
1,2
73
MIG/MAG /
MIG/MAG
CrNiMn
1-5% H
2
1,6
Auftragsschweißen /
GMA-Surfacing
CrNiMn
1-5% H
2
1,6
Metall - Fülldraht /
Metal - Flux-Cored Wire
CrNiMn
1-5% H
2
1,6
Rutil - Fülldraht /
Rutil - Flux-Cored Wire
CrNiMn
1-5% H
2
1,6
Basisch -Fülldraht /
Basic - Flux-Cored Wire
CrNiMn
1-5% H
2
1,6
MIG/MAG /
MIG/MAG
CrNiMn
0-2% N
2
1,6
74
MIG/MAG /
MIG/MAG
AlMg 100% Ar 0,8
MIG/MAG /
MIG/MAG
AlMg
Ar/He
15-70% He
0,8
75
MIG/MAG /
MIG/MAG
AlMg 100% Ar 1,0
MIG/MAG /
MIG/MAG
AlMg
Ar/He
15-70% He
1,0
76
MIG/MAG /
MIG/MAG
AlMg 100% Ar 1,2
MIG/MAG /
MIG/MAG
AlMg
Ar/He
15-70% He
1,2
77
MIG/MAG /
MIG/MAG
AlMg 100% Ar 1,6
MIG/MAG /
MIG/MAG
AlMg
Ar/He
15-70% He
1,6
78
MIG/MAG /
MIG/MAG
AlMg
Ar/N
2
Ar/He/N
2
0-2% N2
0,8
79
MIG/MAG /
MIG/MAG
AlMg
Ar/N
2
Ar/He/N
2
0-2% N2
1,0
80
MIG/MAG /
MIG/MAG
AlMg
Ar/N
2
Ar/He/N
2
0-2% N2
1,2
81
MIG/MAG /
MIG/MAG
AlMg
Ar/N
2
Ar/He/N
2
0-2% N2
1,6
82
MIG/MAG /
MIG/MAG
AlSi 100% Ar 0,8
MIG/MAG /
MIG/MAG
AlSi
Ar/He
15-70% He
0,8
83
MIG/MAG /
MIG/MAG
AlSi 100% Ar 1,0
MIG/MAG /
MIG/MAG
AlSi
Ar/He
15-70% He
1,0
84
MIG/MAG /
MIG/MAG
AlSi 100% Ar 1,2
MIG/MAG /
MIG/MAG
AlSi
Ar/He
15-70% He
1,2
85
MIG/MAG /
MIG/MAG
AlSi 100% Ar 1,6
MIG/MAG /
MIG/MAG
AlSi
Ar/He
15-70% He
1,6
86
MIG/MAG /
MIG/MAG
AlSi
Ar/N
2
Ar/He/N
2
0-2% N2
0,8
87
MIG/MAG /
MIG/MAG
AlSi
Ar/N
2
Ar/He/N
2
0-2% N2
1,0
88
MIG/MAG /
MIG/MAG
AlSi
Ar/N
2
Ar/He/N
2
0-2% N2
1,2
89
MIG/MAG /
MIG/MAG
AlSi
Ar/N
2
Ar/He/N
2
0-2% N2
1,6
90
MIG/MAG /
MIG/MAG
Al99 100% Ar 0,8
MIG/MAG /
MIG/MAG
Al99
Ar/He
15-70% He
0,8
91
MIG/MAG /
MIG/MAG
Al99 100% Ar 1,0
MIG/MAG /
MIG/MAG
Al99
Ar/He
15-70% He
1,0
© 2007, EWM Hightec Welding GmbH Mündersbach, technische Änderungen vorbehalten! 4 / 10 06.08.2007