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WPQR-report
WPQR- detailed report
WPQR-no.:
DE-2022-11-0000
DE-2024-05-0000
Producer:
Musterbau GmbH - Abt. Schweisstechnik -
Address:
Demostraße 21, 12345 Testhausen
Code/Testing standard:
BS EN ISO 15610:2003 | Qualification based on tested welding consumables
BS EN ISO 15611:2003 | Qualification based on previous welding experience
BS EN ISO 15612:2004 | Qualification by adoption of a standard welding procedure
BS EN ISO 15613:2004 | Qualification based on pre-production welding test
BS EN ISO 15614-1:2004 | Welding procedure test - Arc and gas welding of steels and arc welding of nickel and nickel alloys
BS EN ISO 15614-2:2005 | Welding procedure test - Arc welding of aluminium and its alloys
BS EN ISO 15614-3:2008 | Welding procedure test - Fusion welding of non-alloyed and low-alloyed cast irons
BS EN ISO 15614-4:2005 | Welding procedure test - Finishing welding of aluminium castings
BS EN ISO 15614-5:2004 | Welding procedure test - Arc welding of titanium, zirconium and their alloys
BS EN ISO 15614-6:2006 | Welding procedure test - Arc and gas welding of copper and its alloys
BS EN ISO 15614-7:2007 | Welding procedure test - Overlay welding
BS EN ISO 15614-8:2002 | Welding procedure test - Welding of tubes to tube-plate joints
BS EN ISO 15614-10:2005 | Welding procedure test - Hyperbaric dry welding
BS EN ISO 15614-11:2002 | Welding procedure test - Electron and laser beam welding
BS EN ISO 15614-12:2004 | Welding procedure test - Spot, seam and projection welding
BS EN ISO 15614-13:2005 | Welding procedure test - Resistance butt and flash welding
Range of qualification
Joint type:
fillet weld
butt weld
Welding process 1:
111 | Manual metal arc welding
112 | Gravity (arc) welding with covered electrode
114 | Self-shielded tubular cored arc welding
121 | Submerged arc welding with one wire electrode
125 | Submerged arc welding with tubular cored electrode
131 | Metal inert gas welding
135 | Metal active gas welding
136 | Tubular cored metal arc welding with active gas shield
138 | MAG welding with metal cored electrode
141 | Tungsten inert gas welding (with solid filler material)
142 | Tungsten inert gas welding without filler metal
143 | TIG welding with tubular cored filler material (wire/rod)
145 | Tungsten inert gas welding with reducing gas content
15 | Plasma arc welding
151 | Plasma MIG welding
152 | Powder plasma arc welding
185 | Magnetically impelled arc butt welding
21 | Spot welding
211 | Indirect spot welding
212 | Direct spot welding
22 | Seam welding
221 | Lap seam welding
222 | Mash seam welding
225 | Foil butt-seam welding
226 | Seam welding with strip
23 | Projection welding
231 | Indirect projection welding
232 | Direct projection welding
24 | Flash welding
241 | Flash welding with preheating
242 | Flash welding without preheating
25 | Resistance butt welding
29 | Other resistance welding processes
291 | HF resistance welding (high frequency resistance welding)
311 | Oxy-acetylene welding
312 | Oxy-propane welding
313 | Oxy-hydrogen welding
41 | Ultrasonic welding
42 | Friction welding
44 | Welding by high mechanical energy
441 | Explosive welding
45 | Diffusion welding
47 | Oxy-fuel gas pressure welding
48 | Cold pressure welding
71 | Aluminothermic welding
72 | Electroslag welding
73 | Electrogas welding
74 | Induction welding
75 | Light radiation welding
753 | Infrared welding
77 | Percussion welding
78 | Stud welding
782 | Resistance stud welding
91 | Brazing
911 | Infrared brazing
912 | Flame brazing
913 | Laser beam brazing
914 | Dip brazing
916 | Induction brazing
918 | Resistance brazing
919 | Diffusion brazing
921 | Furnace brazing
922 | Vacuum brazing
923 | Dip-bath brazing
924 | Salt-bath brazing
925 | Flux-bath brazing
926 | Immersion brazing
93 | Other brazing processes
94 | Soldering
941 | Infrared soldering
942 | Flame soldering
943 | Furnace soldering
944 | Dip soldering
945 | Salt-bath soldering
946 | Induction soldering
947 | Ultrasonic soldering
948 | Resistance soldering
949 | Diffusion soldering
951 | Wave soldering
952 | Soldering with soldering iron
954 | Vacuum soldering
956 | Drag soldering
96 | Other soldering processes
97 | Braze welding
971 | Gas braze welding
972 | Arc braze welding
973 | Gas metal arc weld brazing Gas metal arc braze welding, USA
Welding process 2:
111 | Manual metal arc welding
112 | Gravity (arc) welding with covered electrode
114 | Self-shielded tubular cored arc welding
121 | Submerged arc welding with one wire electrode
125 | Submerged arc welding with tubular cored electrode
131 | Metal inert gas welding
135 | Metal active gas welding
136 | Tubular cored metal arc welding with active gas shield
138 | MAG welding with metal cored electrode
141 | Tungsten inert gas welding (with solid filler material)
142 | Tungsten inert gas welding without filler metal
143 | TIG welding with tubular cored filler material (wire/rod)
145 | Tungsten inert gas welding with reducing gas content
15 | Plasma arc welding
151 | Plasma MIG welding
152 | Powder plasma arc welding
185 | Magnetically impelled arc butt welding
21 | Spot welding
211 | Indirect spot welding
212 | Direct spot welding
22 | Seam welding
221 | Lap seam welding
222 | Mash seam welding
225 | Foil butt-seam welding
226 | Seam welding with strip
23 | Projection welding
231 | Indirect projection welding
232 | Direct projection welding
24 | Flash welding
241 | Flash welding with preheating
242 | Flash welding without preheating
25 | Resistance butt welding
29 | Other resistance welding processes
291 | HF resistance welding (high frequency resistance welding)
311 | Oxy-acetylene welding
312 | Oxy-propane welding
313 | Oxy-hydrogen welding
41 | Ultrasonic welding
42 | Friction welding
44 | Welding by high mechanical energy
441 | Explosive welding
45 | Diffusion welding
47 | Oxy-fuel gas pressure welding
48 | Cold pressure welding
71 | Aluminothermic welding
72 | Electroslag welding
73 | Electrogas welding
74 | Induction welding
75 | Light radiation welding
753 | Infrared welding
77 | Percussion welding
78 | Stud welding
782 | Resistance stud welding
91 | Brazing
911 | Infrared brazing
912 | Flame brazing
913 | Laser beam brazing
914 | Dip brazing
916 | Induction brazing
918 | Resistance brazing
919 | Diffusion brazing
921 | Furnace brazing
922 | Vacuum brazing
923 | Dip-bath brazing
924 | Salt-bath brazing
925 | Flux-bath brazing
926 | Immersion brazing
93 | Other brazing processes
94 | Soldering
941 | Infrared soldering
942 | Flame soldering
943 | Furnace soldering
944 | Dip soldering
945 | Salt-bath soldering
946 | Induction soldering
947 | Ultrasonic soldering
948 | Resistance soldering
949 | Diffusion soldering
951 | Wave soldering
952 | Soldering with soldering iron
954 | Vacuum soldering
956 | Drag soldering
96 | Other soldering processes
97 | Braze welding
971 | Gas braze welding
972 | Arc braze welding
973 | Gas metal arc weld brazing Gas metal arc braze welding, USA
Material group:
1.1 | Steels with a specified minimum yield strength ReH <= 275 N/mm2
1.2 | Steels with a specified minimum yield strength 275 N/mm2 < ReH <= 360
1.3 | Normalized fine-grain steels with a specified minimum yield strength ReH > 360 N/mm2
1.4 | Steels with improved atmospheric corrosion resistance whose analysis may exceed the requirements for the individual elements as indicated in group 1
2 | Thermomechanically treated fine-grain steels and cast steels with a specified minimum yield strength ReH > 360 N/mm2
2.1 | Thermomechanically treated fine-grain steels and cast steels with a specified minimum yield strength 360 N/mm2 < ReH <= 460 N/mm2
2.2 | Thermomechanically treated fine-grain steels and cast steels with a specified minimum yield strength ReH > 460 N/mm2
3 | Quenched and tempered and precipitation-hardened fine-grain steels except stainless steels with a specified minimum yield strength ReH > 360 N/mm2
3.1 | Quenched and tempered fine-grain steels with a specified minimum yield strength 360 N/mm2 < ReH <= 690 N/mm2
3.2 | Quenched and tempered fine-grain steels with a specified minimum yield strength ReH > 690 N/mm2
3.3 | Precipitation-hardened fine-grain steels except stainless steels
4 | Low vanadium alloyed Cr-Mo-(Ni) steels with Mo <= 0,7 % and V <= 0,1 %
4.1 | Steels with Cr <= 0,3 % and Ni <= 0,7 %
4.2 | Steels with Cr <= 0,7 % and Ni <= 1,5 %
5 | Cr-Mo steels free of vanadium with C <= 0,35 %
5.1 | Steels with 0,75 % <= Cr <= 1,5 % and Mo <= 0,7 %
5.2 | Steels with 1,5 % < Cr <= 3,5 % and 0,7 % < Mo <= 1,2 %
5.3 | Steels with 3,5 % < Cr <= 7,0 % and 0,4 % < Mo <= 0,7 %
5.4 | Steels with 7,0 % < Cr <= 10,0 % and 0,7 % < Mo <= 1,2 %
6 | High vanadium alloyed Cr-Mo-(Ni) steels
6.1 | Steels with 0,3 % <= Cr <= 0,75 %, Mo <= 0,7 % and V <= 0,35 %
6.2 | Steels with 0,75 % < Cr <= 3,5 %, 0,7 % < Mo <= 1,2 % and V <= 0,35 %
6.3 | Steels with 3,5 % < Cr <= 7,0 %, Mo <= 0,7 % and 0,45 % <= V <= 0,55 %
6.4 | Steels with 7,0 % < Cr <= 12,5 %, 0,7 % < Mo <= 1,2 % and V <= 0,35 %
7 | Ferritic, martensitic or precipitation-hardened stainless steels with C <= 0,35 % and 10,5 % <= Cr <= 30 %
7.1 | Ferritic stainless steels
7.2 | Martensitic stainless steels
7.3 | Precipitation-hardened stainless steels
8 | Austenitic stainless steels, Ni <= 31 %
8.1 | Austenitic stainless steels with Cr <= 19 %
8.2 | Austenitic stainless steels with Cr > 19 %
8.3 | Manganese austenitic stainless steels with 4 % < Mn <= 12 %
9 | Nickel alloy steels with Ni <= 10,0 %
9.1 | Nickel alloy steels with Ni <= 3,0 %
9.2 | Nickel alloy steels with 3,0 % < Ni = 8,0 %
9.3 | Nickel alloy steels with 8,0 % < Ni <= 10,0 %
10 | Austenitic ferritic stainless steels (duplex)
10.1 | Austenitic ferritic stainless steels with Cr <= 24 %
10.2 | Austenitic ferritic stainless steels with Cr > 24 %
11 | Steels covered by group 1 except 0,25 % < C <= 0,85 %
11.1 | Steels as indicated in group 11 with 0,25 % < C <= 0,35 %
11.2 | Steels as indicated in group 11 with 0,35 % < C <= 0,5 %
11.3 | Steels as indicated in group 11 with 0,5 % < C <= 0,85 %
21 | Pure aluminium with <= 1 % impurities or alloy content
22 | Non-heat-treatable alloys
22.1 | Aluminium-manganese alloys
22.2 | Aluminium-magnesium alloys with Mg <= 1,5 %
22.3 | Aluminium-magnesium alloys with 1,5 % < Mg <= 3,5 %
22.4 | Aluminium-magnesium alloys with Mg > 3,5 %
23 | Heat-treatable alloys
23.1 | Aluminium-magnesium-silicon alloys
23.2 | Aluminium-zinc-magnesium alloys
24 | Aluminium-silicon alloys with Cu <= 1 %
24.1 | Aluminium-silicon alloys with Cu <= 1 % and 5 % < Si <= 15 %
24.2 | Aluminium-silicon-magnesium alloys with Cu <= 1 % 5 % < Si <= 15 % and 0,1 % < Mg <= 0,80 %
25 | Aluminium-silicon-copper alloys with 5 % < Si <= 14 % 1 % < Cu <= 5 % and Mg <= 0,8 %
26 | Aluminium-copper alloys with 2 % < Cu <= 6 %
31 | Copper with up to 6 % Ag and 3 % Fe
32 | Copper-zinc alloys
32.1 | Copper-zinc alloys, binary
32.2 | Copper-zinc alloys, complex
33 | Copper-tin alloys
34 | Copper-nickel alloys
35 | Copper-aluminium alloys
36 | Copper-nickel-zinc alloys
37 | Copper alloys, low-alloyed (less than 5 % other elements) not covered by groups 31 to 36
38 | Other copper alloys (5 % or more other elements) not covered by groups 31 to 36
41 | Pure nickel
42 | Nickel-copper alloys (Ni-Cu) with Ni => 45 %, Cu => 10 %
43 | Nickel-chromium alloys(Ni-Cr-Fe-Mo) with Ni => 40 %
44 | Nickel-molybdenum alloys (Ni-Mo) with Ni <= 45 %, Mo => 32 %
45 | Nickel-iron-chromium alloys (Ni-Fe-Cr) with Ni => 31 %
46 | Nickel-chromium-cobalt alloys (Ni-Cr-Co) with Ni => 45 %, Co => 10 %
47 | Nickel-iron-chromium-copper alloys (Ni-Fe-Cr-Cu) with Ni => 45 %
48 | Nickel-iron-cobalt alloys (Ni-Fe-Co-Cr-Mo-Cu) with 31 % <= Ni <= 45 % and Fe => 20 %
51 | Pure titanium
51.1 | Titanium with O2 < 0,20 %
51.2 | Titanium with 0,20 % < O2 <= 0,25 %
51.3 | Titanium with 0,25 % < O2 <= 0,35 %
51.4 | Titanium with 0,35 % < O2 <= 0,40 %
52 | Alpha alloys (Alloys covered by group 52 are: Ti-0,2Pd Ti-2,5Cu Ti-5Al-2,5Sn Ti-8Al-1Mo-1V Ti-6Al-2Sn-4Zr-2Mo Ti-6Al-2Nb-1Ta-0,8Mo)
53 | Alpha-beta alloys (Alloys covered by group 53 are: Ti-3Al-2,5V Ti-6Al-4V Ti-6Al-6V-2Sn Ti-7Al-4Mo)
54 | Near-beta and beta alloys (Alloys covered by group 54 are: Ti-10V-2Fe-3Al Ti-13V-11Cr-3Al Ti-11,5Mo-6Zr-4,5Sn Ti-3Al-8V-6Cr-4Zr-4Mo)
61 | Pure zirconium
62 | Zirconium with 2,5 % Nb
71 | Grey cast irons with specified tensile strength or Brinell hardness
72 | Spheroidal-graphite cast irons with specified mechanical properties
72.1 | Spheroidal-graphite cast irons, ferrite type, with specified tensile strength, 0,2 % proof stress, elongation and specified impact resistance values
72.2 | Spheroidal-graphite cast irons, ferrite type, with specified tensile strength, 0,2 % proof stress and elongation or specified Brinell hardness
72.3 | Spheroidal-graphite cast irons EN-GJS-500-7 and EN-GJS-450-10 (if > 20 % perlite) or specified Brinell hardness
72.4 | Spheroidal-graphite cast irons, perlite type, with specified tensile strength, 0,2 % proof stress and elongation or specified Brinell hardness
73 | Malleable cast irons
74 | Austempered ductile cast irons
75 | Austenitic cast irons
76 | Cast irons excepting groups 71 to 75
31 | Copper
46 | Nickel
51.1 | Titan
Thickness of material:
≥
≤
mm
inch
Corner weld thickness:
≥
Execution of the weld:
Tube outside diameter:
≥
Sweat addition material:
Manufacturer's name:
Shielding gases:
DIN EN ISO 14175 | Air Liquide
DIN EN ISO 14175 - I1 - Ar | Air Liquide
DIN EN ISO 14175 - I3 - ArHe5 Hallo | Air Liquide
DIN EN ISO 14175 - M20 - ArC -8 | Air Liquide
ISO 14175 - C1 | Air Liquide
ISO 14175 - I1 | Air Liquide
ISO 14175 - I1 - Ar | Air Liquide
ISO 14175 - I1 - Ar | Air Liquide
ISO 14175 - I1 - Ar | Air Liquide
ISO 14175 - I3 | AIR LIQUIDE
ISO 14175 - M12 | AIR LIQUIDE
ISO 14175 - M12 - ArC - 2 | Air Liquide
ISO 14175 - M12 - ArHeC - 15/2 | Air Liquide
ISO 14175 - M13 - ArO - 2 | Air Liquide
ISO 14175 - M14 - ArHeCO - 4/3/2 | Air Liquide
ISO 14175 - M20 | AIR LIQUIDE
ISO 14175 - M20 - ArC - 8 | Air Liquide
ISO 14175 - M20 - ArHeC - 20/8 | Air Liquide
ISO 14175 - M21 - ArC - 18 | Air Liquide
ISO 14175 - M21 - Arc - 18 | Air Liquide
ISO 14175 - M21 - ArC - 18 | Air Liquide
ISO 14175 - M22 - ArO - 4 | Air Liquide
ISO 14175 - M22 - ArO - 8 | Air Liquide
ISO 14175 - M23 - ArCO - 5/5 | Air Liquide
ISO 14175 - M24 - ArHeCO - 26,5/8/0,5 | Air Liquide
ISO 14175 - M31 - ArC - 30 | Air Liquide
ISO 14175 - N5 - NH - 10 | Air Liquide
ISO 14175 - N5 - NH - 10 | Air Liquide
ISO 14175 - N5 - NH - 15 | Air Liquide
ISO 14175 - N5 - NH - 20 | Air Liquide
ISO 14175 - N5 - NH - 30 | Air Liquide
ISO 14175 - N5 - NH - 5 | Air Liquide
ISO 14175 - R1 - ArH - 10 | Air Liquide
ISO 14175 - R1 - ArH - 7,5 | Air Liquide
ISO 14175 - Z - ArHeHC - 30/2/0,12 | Air Liquide
ISO 14175 - Z - ArHeHN - 15/2/0,015 | Air Liquide
ISO 14175 I1 | Air Products
ISO 14175 - M21 - ArC 18 | Air Products
ISO 14175 I1 | Dratec Draht-Technik
ISO 14174 -S - A A B 1 56 AC H5 1-16 | Lincoln Electric
ISO 14175 - C1 | Linde AG
ISO 14175 - I1 | Linde AG
ISO 14175 - I2 | Linde AG
ISO 14175 - I3 - ArHe - 15 | Linde AG
ISO 14175 - I3 - ArHe - 30 | Linde AG
ISO 14175 - I3 - ArHe - 50 | Linde AG
ISO 14175 - I3 - ArHe - 70 | Linde AG
ISO 14175 - I3 - ArHe - 90 | Linde AG
ISO 14175 - M12 - ArC - 2.5 | Linde AG
ISO 14175 - M12 - ArHeC - 20/2 | Linde AG
ISO 14175 - M12 - ArHeC - 50/2 | Linde AG
ISO 14175 - M13 - ArO - 1 | Linde AG
ISO 14175 - M13 - ArO - 3 | Linde AG
ISO 14175 - M20 - ArC - 10 | Linde AG
ISO 14175 - M20 - ArC - 15 | Linde AG
ISO 14175 - M20 - ArHeC - 30/10 | Linde AG
ISO 14175 - M21 - ArC - 18 | Linde AG
ISO 14175 - M21 - ArC - 25 | Linde AG
ISO 14175 - M22 - ArO - 8 | Linde AG
ISO 14175 - M23 - ArCO - 5/4 | Linde AG
ISO 14175 - M23 - ArHeOC - 18/3,1/2 | Linde AG
ISO 14175 - M25 - ArCO - 13/4 | Linde AG
ISO 14175 - N2 - ArN - 2 | Linde AG
ISO 14175 - N2 -ArN - 3 | Linde AG
ISO 14175 - N4 - ArNH - 2/1 | Linde AG
ISO 14175 - N5 - NH - 10 | Linde AG
ISO 14175 - N5 - NH - 15 | Linde AG
ISO 14175 - N5 - NH - 20 | Linde AG
ISO 14175 - N5 - NH - 30 | Linde AG
ISO 14175 - N5 - NH - 5 | Linde AG
ISO 14175 - R1 - ArH - 10 | Linde AG
ISO 14175 - R1 - ArH - 2 | Linde AG
ISO 14175 - R1 - ArH - 35 | Linde AG
ISO 14175 - R1 - ArH - 5 | Linde AG
ISO 14175 - R1 - ArH - 6,5 | Linde AG
ISO 14175 - Z - AC+NO - 18/0,03 | Linde AG
ISO 14175 - Z - ArHe+NO - 15/0,03 | Linde AG
ISO 14175 - Z - ArHe+NO - 50/0,03 | Linde AG
ISO 14175 - Z - ArHeC 50/0,05 | Linde AG
ISO 14175 - Z - ArHeHC 30/2/0,05 | Linde AG
ISO 14175 - Z - ArHeNC - 5/5/0,05 | Linde AG
ISO 14175 - Z- Ar+NO - 0.03 | Linde AG
ISO 14175 - C1 | Messergroup
ISO 14175 - I1 | Messergroup
ISO 14175 - M20 | Messergroup
ISO 14175 - M21 | Messergroup
ISO 14175 - M21 | Messergroup
ISO 14175 - M22 | Messergroup
ISO 14175 - R1 | Messergroup
ISO 14175 - R1 | Messergroup
ISO 14175 - R1 | Messergroup
ISO 14175 - R1 | Messergroup
ISO 14175 - I1 - Ar | PRAXAIR
ISO 14175 - M20 - ArC - 8 | PRAXAIR
ISO 14175 - M20 - ArC - 8 | PRAXAIR
ISO 14175 - M21 - ArC - 18 | PRAXAIR
ISO 14175-M20-ArC-85 | Praxair
ISO 14175-M21-ArC18 | Riesner Gase
ISO 14175 - C1 | Westfalen AG
ISO 14175 - I1 - Ar | Westfalen AG
backing gas:
DIN EN ISO 14175 | Air Liquide
DIN EN ISO 14175 - I1 - Ar | Air Liquide
DIN EN ISO 14175 - I3 - ArHe5 Hallo | Air Liquide
DIN EN ISO 14175 - M20 - ArC -8 | Air Liquide
ISO 14175 - C1 | Air Liquide
ISO 14175 - I1 | Air Liquide
ISO 14175 - I1 - Ar | Air Liquide
ISO 14175 - I1 - Ar | Air Liquide
ISO 14175 - I1 - Ar | Air Liquide
ISO 14175 - I3 | AIR LIQUIDE
ISO 14175 - M12 | AIR LIQUIDE
ISO 14175 - M12 - ArC - 2 | Air Liquide
ISO 14175 - M12 - ArHeC - 15/2 | Air Liquide
ISO 14175 - M13 - ArO - 2 | Air Liquide
ISO 14175 - M14 - ArHeCO - 4/3/2 | Air Liquide
ISO 14175 - M20 | AIR LIQUIDE
ISO 14175 - M20 - ArC - 8 | Air Liquide
ISO 14175 - M20 - ArHeC - 20/8 | Air Liquide
ISO 14175 - M21 - ArC - 18 | Air Liquide
ISO 14175 - M21 - Arc - 18 | Air Liquide
ISO 14175 - M21 - ArC - 18 | Air Liquide
ISO 14175 - M22 - ArO - 4 | Air Liquide
ISO 14175 - M22 - ArO - 8 | Air Liquide
ISO 14175 - M23 - ArCO - 5/5 | Air Liquide
ISO 14175 - M24 - ArHeCO - 26,5/8/0,5 | Air Liquide
ISO 14175 - M31 - ArC - 30 | Air Liquide
ISO 14175 - N5 - NH - 10 | Air Liquide
ISO 14175 - N5 - NH - 10 | Air Liquide
ISO 14175 - N5 - NH - 15 | Air Liquide
ISO 14175 - N5 - NH - 20 | Air Liquide
ISO 14175 - N5 - NH - 30 | Air Liquide
ISO 14175 - N5 - NH - 5 | Air Liquide
ISO 14175 - R1 - ArH - 10 | Air Liquide
ISO 14175 - R1 - ArH - 7,5 | Air Liquide
ISO 14175 - Z - ArHeHC - 30/2/0,12 | Air Liquide
ISO 14175 - Z - ArHeHN - 15/2/0,015 | Air Liquide
ISO 14175 I1 | Air Products
ISO 14175 - M21 - ArC 18 | Air Products
ISO 14175 I1 | Dratec Draht-Technik
ISO 14174 -S - A A B 1 56 AC H5 1-16 | Lincoln Electric
ISO 14175 - C1 | Linde AG
ISO 14175 - I1 | Linde AG
ISO 14175 - I2 | Linde AG
ISO 14175 - I3 - ArHe - 15 | Linde AG
ISO 14175 - I3 - ArHe - 30 | Linde AG
ISO 14175 - I3 - ArHe - 50 | Linde AG
ISO 14175 - I3 - ArHe - 70 | Linde AG
ISO 14175 - I3 - ArHe - 90 | Linde AG
ISO 14175 - M12 - ArC - 2.5 | Linde AG
ISO 14175 - M12 - ArHeC - 20/2 | Linde AG
ISO 14175 - M12 - ArHeC - 50/2 | Linde AG
ISO 14175 - M13 - ArO - 1 | Linde AG
ISO 14175 - M13 - ArO - 3 | Linde AG
ISO 14175 - M20 - ArC - 10 | Linde AG
ISO 14175 - M20 - ArC - 15 | Linde AG
ISO 14175 - M20 - ArHeC - 30/10 | Linde AG
ISO 14175 - M21 - ArC - 18 | Linde AG
ISO 14175 - M21 - ArC - 25 | Linde AG
ISO 14175 - M22 - ArO - 8 | Linde AG
ISO 14175 - M23 - ArCO - 5/4 | Linde AG
ISO 14175 - M23 - ArHeOC - 18/3,1/2 | Linde AG
ISO 14175 - M25 - ArCO - 13/4 | Linde AG
ISO 14175 - N2 - ArN - 2 | Linde AG
ISO 14175 - N2 -ArN - 3 | Linde AG
ISO 14175 - N4 - ArNH - 2/1 | Linde AG
ISO 14175 - N5 - NH - 10 | Linde AG
ISO 14175 - N5 - NH - 15 | Linde AG
ISO 14175 - N5 - NH - 20 | Linde AG
ISO 14175 - N5 - NH - 30 | Linde AG
ISO 14175 - N5 - NH - 5 | Linde AG
ISO 14175 - R1 - ArH - 10 | Linde AG
ISO 14175 - R1 - ArH - 2 | Linde AG
ISO 14175 - R1 - ArH - 35 | Linde AG
ISO 14175 - R1 - ArH - 5 | Linde AG
ISO 14175 - R1 - ArH - 6,5 | Linde AG
ISO 14175 - Z - AC+NO - 18/0,03 | Linde AG
ISO 14175 - Z - ArHe+NO - 15/0,03 | Linde AG
ISO 14175 - Z - ArHe+NO - 50/0,03 | Linde AG
ISO 14175 - Z - ArHeC 50/0,05 | Linde AG
ISO 14175 - Z - ArHeHC 30/2/0,05 | Linde AG
ISO 14175 - Z - ArHeNC - 5/5/0,05 | Linde AG
ISO 14175 - Z- Ar+NO - 0.03 | Linde AG
ISO 14175 - C1 | Messergroup
ISO 14175 - I1 | Messergroup
ISO 14175 - M20 | Messergroup
ISO 14175 - M21 | Messergroup
ISO 14175 - M21 | Messergroup
ISO 14175 - M22 | Messergroup
ISO 14175 - R1 | Messergroup
ISO 14175 - R1 | Messergroup
ISO 14175 - R1 | Messergroup
ISO 14175 - R1 | Messergroup
ISO 14175 - I1 - Ar | PRAXAIR
ISO 14175 - M20 - ArC - 8 | PRAXAIR
ISO 14175 - M20 - ArC - 8 | PRAXAIR
ISO 14175 - M21 - ArC - 18 | PRAXAIR
ISO 14175-M20-ArC-85 | Praxair
ISO 14175-M21-ArC18 | Riesner Gase
ISO 14175 - C1 | Westfalen AG
ISO 14175 - I1 - Ar | Westfalen AG
arc Current / polarity:
Transfer modes:
welding position:
Licensing
WPS: 0
pWPS: 0