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EWM HIGHTEC WELDING GmbH / Dr.Günter-Henle-Str. 8 / D-56271 Mündersbach / www.ewm-group.com /// simply more Evolution ® Blue Carl Cloos Schweißtechnik GmbH | D-35708 Haiger www.cloos.de World wide welding! www.teka.eu 0 800 / 835 22 25 [email protected] Training for a High Quality Standard GSI - Gesellschaft für Schweißtechnik International mbH • www.gsi-slv.de WELDING VALUE / Battery Charging Systems / Welding Technology / Solar Electronics / Time and again, our revolutionary ideas take the welding community by surprise. As they did with Cold Metal Transfer (CMT), a weld process that really is »cold« compared to conventional MIG/MAG welding. And that ensures a stable arc and exact process-control. CMT lets you weld joins between aluminium and steel, and light- gauge sheets from only 0.3 mm (0.01 in) thick. Other advantages: minimal spattering, excellent gap bridgeability, 100% reproducibility of results. Want to know more? Check out: www.fronius.com Issue 03 2011 Third “Schweisstec“ welding trade fair in the new Landesmesse Stuttgart in June 2011 Welding ferrous metals: How can you be sure of accurate preheat? Stress corrosion cracking of carbon steel in ethanol www.welding-and-cutting.info Technical journal for welding and allied processes The Welding Institute Precision in Detail Kjellberg Finsterwalde Plasma und Maschinen GmbH Germany · Leipziger Straße 82 · 03238 Finsterwalde Phone: +49 3531 – 500 0 · E-mail: [email protected] www.kjellberg.de/plasma Small holes, fine inside and outside contours: the precision of Contour Cut revolutionises plasma cutting of mild steel. A new technology without additional costs and components! Because Contour Cut is integrated as standard in all HiFocus systems. Issue 03 2011 Third “Schweisstec“ welding trade fair in the new Landesmesse Stuttgart in June 2011 Welding ferrous metals: How can you be sure of accurate preheat? Stress corrosion cracking of carbon steel in ethanol www.welding-and-cutting.info Technical journal for welding and allied processes The Welding Institute www.welding-and-cutting.info Get your free issue! Welder’s qualification test certificate ACCORDING TO EN ISO 9606-1:2013 Designation examples of this Standard INTERNATIONAL STANDARD dimension of test piece ISO 9606-1 ss nb 141 T BW FM4 S s3.6 D60 PH welding process product type type of weld filler material filler material grouping welding position weld details filler material grouping welding positions according to EN ISO 6947 PA flat position PB horizontal vertical position PC horizontal position PD horizontal overhead position PE overhead position PF vertical up position PG vertical down position H-L045 inclined position welding upwards J-L045 inclined position welding downwards PH pipe position for welding upwards PJ pipe position for welding downwards weld details BW butt weld ss single side welding mb material backing nb welding with no material backing gb gas backing fb flux backing bs welding from both sides ci consumable insert FW fillet weld sl single layer ml multi-layer 311 oxyacetylene welding lw leftward welding rw rightward welding welding processeses according to EN ISO 4063 111 manual metal arc welding 114 self-shielded tubular cored arc welding 121 submerged arc welding with solid wire electrod (partly mechanized) 125 submerged arc welding with tubular cored electrode (partly mechanized) 131 MIG welding with solid wire electrode 135 MAG welding with solid wire electrode 136 MAG welding with flux cored electrode 138 MAG welding with metal cored electrode 141 TIG welding with solid filler material (wire/rod) 142 autogenous TIG welding 143 TIG welding with tubular cored filler material (wire/rod) 145 TIG welding using reducing gas and solid filler material (wire/rod) 15 plasma arc welding 311 oxyacetylene welding filler material covered electrodes Route A A acid covering B basic covering or electrode core – basic C cellulosic covering R rutile covering or electrode core – rutile, slow-freezing slag RA rutile – acid covering RB rutile – basic covering RC rutile – cellulosic covering RR rutile – thick covering Route B 03 rutile basic covering 10 cellulosic covering 11 cellulosic covering 12 rutile covering 13 rutile covering 14 rutile + iron powder covering 15 basic covering 16 basic covering 18 basic + iron powder covering 19 limenite covering 20 iron oxide covering 24 rutile + iron powder covering 27 iron oxide + iron powder covering 28 basic + iron powder covering 45 basic covering 48 basic covering cored wire M metal cored electrode or metal powder P electrode core – rutile, fast-freezing slag V electrode core – rutile or basic/fluoride W electrode core – basic/fluoride, slow-freezing slag Y electrode core – basic/fluoride, fast-freezing slag Z electrode core – other types any other S solid wire electrode – solid rod nm no filler material types of weld BW butt weld FW fillet weld BW FW product types T Tube P Plate P T © DVS Media GmbH, Düsseldorf dimensions of test piece s deposited thickness t material thickness D outside tube diameter t s D www.dvs-ev.de/DVS-Pruefstellen Notified bodies for the welder‘s qualification test are regulated by European directives, regulations or standards which apply to approved certification personnel or to accreditation according to DIN EN ISO / IEC 17024 for the holding of the welder‘s qualification test. Group Filler material for welding of Examples of applicable standards FM1 Non-alloy and fine grain steels ISO 2560, ISO 14341, ISO 636, ISO 14171, ISO 17632 FM2 High-strength steels ISO 18275, ISO 16834, ISO 26304, ISO 18276 FM3 Creep-resisting steels Cr < 3,75 % ISO 3580, ISO 21952, ISO 24598, ISO 17634 FM4 Creep-resisting steels 3,75 < Cr < 12 % ISO 3580, ISO 21952, ISO 24598, ISO 17634 FM5 Stainless and heat-resisting steels ISO 3581, ISO 14343, ISO 17633 FM6 Nickel and nickel alloys ISO 14172, ISO 18247 plate flat position horizontal vertical position horizontal position horizontal overhead position overhead position vertical up position H-L045 inclined position welding upwards vertical up position vertical down position vertical down position J-L045 inclined position welding downwards b u t t w e l d s lle t w e l d s

Welders Certification designation acc. to EN ISO 9606-1

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Detailed Welders Certification designation according to EN ISO 9606-1

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Page 1: Welders Certification designation acc. to EN ISO 9606-1

EWM HIGHTEC WELDING GmbH / Dr.Günter-Henle-Str. 8 / D-56271 Mündersbach / www.ewm-group.com/// simply more

Evolution®Blue

Carl Cloos Schweißtechnik GmbH | D-35708 Haiger www.cloos.de

World wide welding!

www.teka.eu 0 800 / 835 22 [email protected]

DVS_Anzeige_08-2013.indd 1 28.8.2013 09:33:00

Training for a High Quality Standard

GSI - Gesellschaft für Schweißtechnik International mbH • www.gsi-slv.de

Anzeige_Poster_Schweissverfahren_engl.indd 1 26.04.2012 15:09:19

WELDING VALUE

/ Battery Charging Systems / Welding Technology / Solar Electronics

/ Time and again, our revolutionary ideas take the welding community by surprise.

As they did with Cold Metal Transfer (CMT), a weld process that really is »cold«

compared to conventional MIG/MAG welding. And that ensures a stable arc and exact

process-control. CMT lets you weld joins between aluminium and steel, and light-

gauge sheets from only 0.3 mm (0.01 in) thick. Other advantages: minimal spattering,

excellent gap bridgeability, 100% reproducibility of results. Want to know more?

Check out: www.froniu

s.com

Issue

032011

Third “Schweisstec“ welding trade

fair in the new Landesmesse

Stuttgart in June 2011

Welding ferrous metals:

How can you be sure of

accurate preheat?

Stress corrosion cracking of

carbon steel in ethanol

www.welding-and-cutting.info

Technical journal for welding and allied processes

The Welding

Institute

Battery Charging Systems / W/ W/ elding Welding W

Technology / Solar Electronics

/ Solar Electronics

/

ain, our revolutionary ideas take the welding community by surprise.

ith Cold Metal Transfer (CMT), a weld process that really is »cold«

compared to conventional MIG/MAG welding. And that ensures a stable arc and exact

process-control. CMT lets you weld joins between aluminium and steel, and light-

sheets from only 0.3 mm (0.01 in) thick. Other advantages: minimal spattering,

ap bridgeability, 100% reproducibility of results. Want to know more?

www.www.www fronius.com

Issue

032011

Third “Schweisstec“ welding trade

fair in the new Landesmesse

Stuttgart in June 2011

Welding ferrous metals:

How can you be sure of

accurate preheat?

Stress corrosion cracking of

carbon steel in ethanol

www.welding-and-cutting.info

Technical journal for welding and allied processes

The The WeWelding lding

InstituteInstitute

Precision in Detail

Kjellberg Finsterwalde Plasma und Maschinen GmbH

Germany · Leipziger Straße 82 · 03238 Finsterwalde

Phone: +49 3531 – 500 0 · E-mail: [email protected]

www.kjellberg.de/plasma

Small holes, fine inside and outside contours:

the precision of Contour Cut revolutionises

plasma cutting of mild steel.

A new technology without additional

costs and components!

Because Contour Cut is integrated as

standard in all HiFocus systems.

Issue

032011

Third “Schweisstec“ welding trade

fair in the new Landesmesse

Stuttgart in June 2011

Welding ferrous metals:

How can you be sure of

accurate preheat?

Stress corrosion cracking of

carbon steel in ethanol

www.welding-and-cutting.infoTechnical journal for welding and allied processes

The Welding Institute

www.welding-and-cutting.info

Get your free issue!

Welder’s qualification test certificate

ACCORDING TO EN ISO 9606-1:2013

Designation examples of this Standard

INTERNATIONAL STANDARD

dimension of test piece

ISO 9606-1 ss nb141 T BW FM4 S s3.6 D60 PH

welding process

product type

type of weld

� ller material

� ller material grouping welding position

weld details

� ller material grouping

welding positionsaccording to EN ISO 6947

PA � at positionPB horizontal vertical positionPC horizontal positionPD horizontal overhead positionPE overhead positionPF vertical up positionPG vertical down positionH-L045 inclined position welding upwardsJ-L045 inclined position welding downwardsPH pipe position for welding upwardsPJ pipe position for welding downwards

weld detailsBW butt weld ss single side welding mb material backingnb welding with no material backinggb gas backingfb � ux backingbs welding from both sidesci consumable insert

FW � llet weld sl single layerml multi-layer 311 oxyacetylene welding lw leftward weldingrw rightward welding

welding processesesaccording to EN ISO 4063

111 manual metal arc welding 114 self-shielded tubular cored arc welding 121 submerged arc welding with solid wire electrod (partly mechanized) 125 submerged arc welding with tubular cored electrode (partly mechanized) 131 MIG welding with solid wire electrode 135 MAG welding with solid wire electrode 136 MAG welding with � ux cored electrode 138 MAG welding with metal cored electrode 141 TIG welding with solid � ller material (wire/rod) 142 autogenous TIG welding 143 TIG welding with tubular cored � ller material (wire/rod) 145 TIG welding using reducing gas and solid � ller material (wire/rod) 15 plasma arc welding 311 oxyacetylene welding

� ller materialcovered electrodesRoute AA acid covering B basic covering or electrode core – basic C cellulosic covering R rutile covering or electrode core – rutile, slow-freezing slag RA rutile – acid covering RB rutile – basic covering RC rutile – cellulosic covering RR rutile – thick covering

Route B03 rutile basic covering 10 cellulosic covering 11 cellulosic covering 12 rutile covering 13 rutile covering 14 rutile + iron powder covering 15 basic covering 16 basic covering 18 basic + iron powder covering 19 limenite covering 20 iron oxide covering 24 rutile + iron powder covering 27 iron oxide + iron powder covering 28 basic + iron powder covering 45 basic covering 48 basic covering

cored wireM metal cored electrode or metal powder P electrode core – rutile, fast-freezing slag V electrode core – rutile or basic/� uoride W electrode core – basic/� uoride, slow-freezing slag Y electrode core – basic/� uoride, fast-freezing slag Z electrode core – other types

any otherS solid wire electrode – solid rodnm no � ller material

types of weldBW butt weldFW � llet weld

BW

FW

product typesT TubeP Plate

PT

© D

VS

Med

ia G

mbH

, Düs

seld

orf

dimensions of test pieces deposited thicknesst material thicknessD outside tube diameter

t

s

D

www.dvs-ev.de/DVS-Pruefstellen Noti� ed bodies for the welder‘s quali� cation test are regulated by European directives, regulations or standards which apply to approved certi� cation personnel or to accreditation according to DIN EN ISO / IEC 17024 for the holding of the welder‘s quali� cation test.

Group Filler material for welding of Examples of applicable standards

FM1 Non-alloy and � ne grain steels ISO 2560, ISO 14341, ISO 636, ISO 14171, ISO 17632

FM2 High-strength steels ISO 18275, ISO 16834, ISO 26304, ISO 18276

FM3 Creep-resisting steels Cr < 3,75 % ISO 3580, ISO 21952, ISO 24598, ISO 17634

FM4 Creep-resisting steels 3,75 < Cr < 12 % ISO 3580, ISO 21952, ISO 24598, ISO 17634

FM5 Stainless and heat-resisting steels ISO 3581, ISO 14343, ISO 17633

FM6 Nickel and nickel alloys ISO 14172, ISO 18247

plate � at position

horizontal vertical position

horizontal position

horizontal overhead position

overhead position

vertical up position

H-L045 inclined position welding upwards

vertical up position

vertical down position

vertical down position

J-L045 inclined position welding downwards

butt welds

� llet welds