Distributor Consumables Catalogue - Lincoln Electric

Distributor Consumables CatalogueThe Performance You Need.The Quality You Expect. SMwww.lincolnelectric.com.au

table of contentsContact Us....................................................4Shielded Metal Arc Welding Electrodes ForUnalloyed Steel........................................5-11Welding Cast Iron..................................12-13Arc Air Gouging ........................................14Hard Surfacing Electrodes ..................15-16Welding Stainless Steel .......................17-18Choice Of Welding Consumables ForStainless Steel Applications................19-20Solid Wires For TIG & MIG Welding.........21Flux Cored Arc Welding Wires.............22-23Consumables Cross Reference List ........24Recommended Welders........................25-27

Shielded Metal Arc Welding electrodes Forunalloyed steelUNALLOYEDSTEELShielded Metal Arc Welding electrodesfor unalloyed steelRutile and basic coated electrodes that are used for welding unalloyed steel.Rutile electrodesRutile electrodes are the most generally used consumables. Typically for weldingGd 250 and Gd 300. Characterised by excellent weldability, soft arc and excellentslag detachability. The weld surface is sound and smooth.Basic electrodesIt is common practice to weld Gd 350 base material with basic electrodes.Sometimes basic electrodes are also used for root run welding in Gd 250 and Gd300, because basic electrodes enable bridging of large variations in root gaps.Basic electrodes have a harsher arc compared to rutile electrodes. The weld beadshave a less smooth appearance. Basic electrodes are generally used to meet highrequirements on impact properties.High recovery electrodesHigh recovery electrodes are electrodes containing with high amounts of ironpowder in the coating. There are rutile types as well as basic types of high recoveryelectrodes.These types of electrodes give a higher weld metal deposit rate perelectrode. High recovery electrodes are mainly used for fillet welding (2F position)and filling of joints in the downhand position. These electrodes can be used withdrag or contact welding techniques. The weld appearance is very smooth.Shielded Metal Arc Welding electrodesUNALLOYED STEELwww.lincolnelectric.com.au5

Shielded Metal Arc Welding electrodes Forunalloyed steelShielded Metal Arc Welding electrodesfor unalloyed steelProduct Conformance ApplicationsEASYARC TM 6013 AWS A5.1:E 6013General purpose all position electrode, including vertical up / down.Suitable for OCV transformers, hobby-transformers and inverters.EASYARC TM 6012 AWS A5.1:E 6012Fast freezing rutile type electrode for all positions, especially verticaldown and overhead. Very suitable for repair of rusty, dirty andpainted plate. One current setting for all positions.EASYARC TM 7014 AWS A5.1:E 7014Rutile based electrode for all positional welding. Iron powderaddition improves deposition rate over E6013 types.EASYARC TM 7024 AWS A5.1:E 7024Heavy coated high recovery (180%) electrode for fillet weldingand filling down hand joints. Smooth welding electrode with selfreleasing slag.EASYARC TM 7018 AWS A5.1:E 7018Basic-rutile covered electrode with 120% recovery for generalpurpose applications. Soft and good directed arc also at low currentvery suitable for open root runs, good X-ray quality and impact downto -30°C. Perfect for welding schools and novice welders.EASYARC TM 7016 AWS A5.1:E 7016Thin coated basic electrode for all applications and positions, exceptvertical down. Ideal for root runs and limited access.EASYARC TM 7018-1 AWS A5.1:E 7018-1Basic coated low hydrogen electrode for steels with strength upto Gd 400. All-round, operator friendly, basic electrode for manyapplications. Good impacts down to -40ºC.Shielded Metal Arc Welding ElectrodesUnalloyed SteelConarc 49CKryo 1AWS A5.1:E 7018 H4RAWS A5.1:E 7018-G- H4RBasic low hydrogen electrode for shipbuilding and general constructionsgenerally applicable in all positions except vertical down on ACas well as on DC. One current setting for all positions possible.High deposition rate.Basic all position offshore electrode with 1% Ni. Excellent mechanicalproperties at -60°C and very low hydrogen (

Downhand welding, filling of jointsShielded Metal Arc Welding electrodes Forunalloyed steelApplicationElectrodeOptimal efficiency EASYARC TM 7024Narrow jointsEASYARC TM 7014Brittle slag, good slag detachability in everysituation.Horizontal fillet weldsApplicationSteel constructions, thin plateMedium structures,Higher welding speedStructures,rusty and dirty plate,high welding speedMedium structures,rusty and dirty plate,high welding speedLight structures in all positions,thin plateElectrodeEASYARC TM 6012Very smooth weldSelf releasing slagEASYARC TM 7024Very good weldabilityHigh recoveryEASYARC TM 6013Easy slag detachabilityBrittle slagEASYARC TM 7014Easy slag detachabilityBrittle slagEASYARC TM 6013Electrode type for general purpose.Shielded Metal Arc Welding ElectrodesUnalloyed Steelwww.lincolnelectric.com.au7

Shielded Metal Arc Welding electrodes FORunalloyed steelHorizontal vertical jointsApplicationLight steel structuresNice weld bead appearanceElectrodeEASYARC TM 6013EASYARC TM 6012Light steel structuresHigh impact propertiesEASYARC TM 7016RepairsBad preparationRust, dirtEASYARC TM 6012Vertical up weldingHigh recovery EASYARC TM 7014ApplicationFILLET WELDINGHigh impact (-20°C)Nice WeldingElectrodeEASYARC TM 7018 / EASYARC TM 7018-1 /Conarc 49CShielded Metal Arc Welding ElectrodesUnalloyed Steel8Low open voltage equipment EASYARC TM 6013V-JOINTS & BACKSIDEThick plateHigh impact (-20°)Medium thick plateHigh impact (-20°)Outdoor in all weather conditionsand windy environmentEASYARC TM 7018-1EASYARC TM 7016 / EASYARC TM 7018EASYARC TM 6012www.lincolnelectric.com.au

Overhead WeldingShielded Metal Arc Welding electrodes Forunalloyed steelApplicationFILLET WELDINGHigh impact (-20°C)ElectrodeEASYARC TM 7016 / EASYARC TM 7018 /EASYARC TM 7018-1 / Conarc 49CEasy Weldable EASYARC TM 6013Thick layersDifficult welder positionV-JOINTS & BACKSIDEHigh impact (-20°)EASYARC TM 6012EASYARC TM 7016 / EASYARC TM 7018 /Conarc 49CEasy weldable EASYARC TM 6013Outdoor in all weather conditionsand windy environmentEASYARC TM 6012Vertical DOWN weldingApplicationDifficult circumstancesBad preparationDirt, rustLight conditionsThin to medium plateElectrodeEASYARC TM 6012EASYARC TM 7014Shielded Metal Arc Welding ElectrodesUnalloyed Steelwww.lincolnelectric.com.au9

Shielded Metal Arc Welding electrodes FORunalloyed steelRoot runs in open jointsApplicationGood EquipmentTrained WeldersOutdoor in all weather conditionsand windy environmentElectrodeEASYARC TM 7016 / Conarc 52 /Conarc 51EASYARC TM 6012Pipe weldingApplicationHigh impact propertiesThin wall pipeAll weatherElectrodeEASYARC TM 7016 / EASYARC TM 7018 /EASYARC TM 7018-1 / Conarc 49CEASYARC TM 6013 / EASYARC TM 6012Thin Plate (1.5 to 3 mm)Shielded Metal Arc Welding ElectrodesUnalloyed SteelApplicationElectrodeHorizontal EASYARC TM 6013All positions incl. vertical down EASYARC TM 601210www.lincolnelectric.com.au

Shielded Metal Arc Welding electrodes Forunalloyed steelAS/NZS 4855-B Classification of covered electrodes for manualmetal arc welding of non alloy and fine grain steelsE 4918 - G A U H5RHDM [ml/100g]moistureresistantcoatingThis exampleis for Kryo 1H5= max.5H10= max.10H15= max.15also meets 47J impacts atspecified temperaturesas weldedchemical composition, principle alloying element(M, N, MN, CC, etc... G= any agreed composition)type of electrode covering,welding positions & type ofcurrentmin. tensile strengthcovered electrodeSymbolMin. tensilestrength MPa43 43049 49055 55057 570Shielded Metal Arc Welding ElectrodesUnalloyed Steel*further electrode classification examples can be found in CH 10 of AS/NZS 4855-Bwww.lincolnelectric.com.au11

Welding Cast IronWelding Cast IronAll types of cast iron have a high carbon content i.e.: 3-4%. Welding withmatching consumables is only possible when preheating at 600-800°C willbe applied and direct post weld heat-treating will be carried out. This methodof welding is known as “hot welding cast iron” and is sometimes used duringproduction of new cast iron products.For repair welding of cast iron in most cases nickel and nickel-iron consumablesare used. These consumables are suitable for welding many types of cast iron.Pre-heating and post weld heat treating is not necessary. This is known as “coldwelding cast iron”.Grey and nodular cast iron can be welded successfully. White cast iron has avery high hardness and can not be welded with acceptable results.Practical hintsPreheatingIn general cast iron is not being preheated. If parts are very heavy, sometimespreheating up to 300°C is applied. In such cases the whole part must bepreheated and continuous welding shall be carried out until the job is finished.The material must be kept at preheat temperature during the total welding period.After welding, slow cooling in a furnace or under insulation (blanket) is preferred.Welding Cast IronHammeringIf during cold welding of cast iron free shrinkage is not possible it is necessary tohammer each weld bead. This is almost always the situation with repair welding.By hammering the stresses, caused by welding shrinkage, will be lowered andpartly reversed to compressive stresses. This will lower the total residual stress inthe subject. Preferable consumables are the RepTec Cast 31 or RepTec Cast 1.Weld with low heat input, this means a small diameter electrode. Choose at leastone size (diameter) smaller than which would be used for welding mild steel.12www.lincolnelectric.com.au

Welding Cast IronWelding cast iron continued...Length of weld beads must be 5 to 10 cm. Directly after welding the weld bead mustbe hammered, before cooling down! With powerful hammering the weld bead will bedeformed which will reverse the shrinkage stresses. Every hammer blow must resultin a visual deformation of the weld bead. Interpass temperature must be kept below100°C.Cast iron saturated with oilCast iron that has been in contact with oil for longer periods can give problems duringwelding. During welding the oil will burn and form gases, which result in weld metalporosity.Repair grey and nodular cast ironApplicationSoft weld metalWelded area to be goodmachineableElectrodeRepTec Cast 1Higher strengthVery good weldabilityRepTec Cast 31Welding Cast Ironwww.lincolnelectric.com.au13

Arc Air GougingArc Air GougingRemoval of internal defects, preparation of bevelAn electric arc is generated between the tip of a carbon electrode (graphite) and the workpiece. The metal is melted by the electric arc and blown away by the air jet, thus leavinga clean groove. The process is simple to apply (using the same power source as SMAwelding with an open circuit voltage of at least 60V), has a high metal removal rate, andgouge profile can be good controlled. DC+ (electrode positive) is normally preferred forun-low and high alloyed steel but AC (required special electrodes) is more effective forcast iron, copper and nickel alloys. The electrode is a graphite (carbon) rod which has acopper coating to reduce electrode erosion. The gouging torch is normally operated with acompressed air line. Air pressure should be at least 6 bar.The air stream is directed at the arc from behind the electrode and sweeps under the tipof the electrode. The width of the groove is determined by the diameter of electrode, butdepth is dictated by the angle of electrode to the workpiece and rate of travel. Dressing bygrinding the side-walls of the gouge should be carried out.Applications:►General repair and maintenance►In metal fabrication and casting finishing►In construction, mining, chemical and petroleum technology►Is flexible, efficient and cost effective on practically any metal as;►carbon steel, un-and low alloyed steel, high alloyed steel as stainless steel►grey, malleable and ductile cast iron►aluminium and copper and nickel alloysDC Gouging Carbons4.8mmArc air Gouging6.3mm8.0mm9.5mm12.7mmJointed Gouging Carbons9.5mm13.20mm16.0mm19.0mm14www.lincolnelectric.com.au

Hard Surfacing ElectrodesHard SurfacingElectrodesHard surfacing electrodes are applied to give steel parts a hard surface layer. TheWearshield electrodes result in a weld metal with a high carbon content also withelements as for example chromium,molybdenum and tungsten. The combination ofthese elements results in high hardnesses. Wearshield electrodes can not be appliedfor welding joints in general.The choice of a surfacing electrode always depends on thetype of wear. Further care has to be taken of the resistance to shock and impact on thesurfaced part. The service temperature of the component plays an important role too.For a correct selection of surfacing electrodes it is important to know that an increasingwear resistance gives a decreasing shock and impact resistance.ElectrodeTypeHARDNESSHRCHBApplicationsConarc 85 25 250Very high resistance against shock and impact loads.Axes, guide rolls, dredge and shovel bucket teeth andchains.WearshieldBU-30WearshieldFrogmangWearshield60(E)35 33040 40060 600Specially for build up and buttering applications. Also applicablefor metal to metal wear.High resistance on metal to metal wear and light abrasionfor bucket links, bucket bases, guide rolls, tractor rolls andcrane wheels.High recovery electrode produces a primary carbide welddeposit. Suited to applicationds of severe abrasion; egcrusher rolls, shovel lips, augers, cement mill pants.Hard Surfacing Electrodes15www.lincolnelectric.com.au

Hard Surfacing ElectrodesHard SurfacingApplicationsHard Surfacing Electrodes16www.lincolnelectric.com.au

Welding Stainless SteelWelding Stainless SteelWhat is stainless steel?The most important alloying element in stainless steel is chromium. A high chromiumcontent in steel results in corrosion- and heat resistance. Corrosion attack of thesesteels is prevented by a very thin, closed, chrominum oxide layer on the steel surface.To be stainless the steel needs a minimum of 12-14% chromium and a clean, smoothsurface. Higher chromium contents result in higher corrosion resistance. The chromiumcontent can vary from 12 to 30% for the various stainless steel types. For bettermechanical properties and even better corrosion resistance other alloying elements asnickel, molybdenum, titanium and niobium are added. Nickel is used up to 20% andmolybdenum up to about 5%.Stainless steels types:Ferritic chromium steel: this type contains more than 12% chromium and has a lowcarbon content (

Welding Stainless SteelTreatment of stainless steelStainless steel is supplied in optimal condition. This means that the material has anoptimal chromium-oxide layer on the surface which implies that one should:►take care that stainless steel stays clean during storage, handling and transport;►prevent unnecessary damage or pollution of the material;►work clean, prevent damage, keep the material free of contaminants like dirt, oil, metalgrinding; oil and dirt in the weld joint will cause porosity in the weld metal and anincrease of the carbon content;►do not walk on stainless steel. Prints of rubber soles on (warm) plate are very difficultto clean and can cause corrosion.ToolsTools used with stainless steels like clamps and moulds shall be of stainless steelor have stainless steel surfaces to prevent contamination with other metal particles.Cleaning of welds and surrounding area shall be done with stainless steel brushes.Further care shall be taken during welding that the clamps are very well fastened,to prevent local temperature increases due to higher local electrical resistance. Thisprevents damage of the material surface. Pre- and post cleaning of stainless steels bydisc grinding, assure that the grinding discs used may only be used for stainless steels.Prevent deep, sharp grooves in the joint preparation. This can cause lack of fusionMachine grind in the joint direction, not perpendicular to it.Prevent contamination of thesurrounding area during grinding.Welding Stainless SteelTack weldingWith tack welding it must be considered that stainless steel has a high coefficient oflinear expansion resulting in more shrinkage when welded. Take care that the jointopening is big enough due to the high linear thermal expansion and make long tackwelds. For example in 4-mm plate tack welds should be at least 40 mm long and placedat max. 150mm intervals. Tack welds must be produced with matching consumables.Stainless steel electrodesStainless steel electrodes shall be stored dry and clean. Electrodes exposed to highhumidity can cause serious pores in the weld metal. Furthermore, they result in morespatter, causing loss of recovery and contamination of the material to be welded.ThePrimalloy range of stainless steel electrodes are manufactured to minimise moisture pickup and hence less prone to weld metal porosity.18www.lincolnelectric.com.au

Choice of welding consumables forstainless steels applicationsStainless SteelsApplicationsChoice of welding consumablesChoice of electrodes depends on material to be welded. The composition of weld metalmust be at least at the same level as plate material regarding Cr, Ni, Mo etc.·►Plate 304/304L- use Primalloy 308L►Plate 316/316L- use Primalloy 316L►Use Primalloy electrodes for fillet welding and filling of joints;►Use Arosta electrodes for out of position welding and root runs. They are also verysuitable for pipe welding vertical up;►For welding unalloyed/mild steel to chromium- and chromium-nickel stainless steelbuffer electrodes use: Primalloy 309L. Primalloy 309LMo is possible too, but 309L ispreferred for thickness >12,5mm to reduce the risk of embrittlement.►For repair welding of difficult weldable steels such as tool- and spring steel use:Primalloy 312;►For welding 12% manganese steel, armour plate, surfacing of rail and as a buffer forcladding use: Primalloy 309LStainless steel electrodes can be welded on AC or DC polarity. For less spatter, betterweldability and smooth bead appearance, DC+ polarity is preferred.Choice of welding consumables forStainless Steel Applicationswww.lincolnelectric.com.au19

Choice of welding consumables forstainless steels applicationsA selection of the most usedstainless steel electrodesProduct Conformance ApplicationsPrimalloy 308LAWS A5.4:E308L-16All position rutile-basic stainless steel electrode for welding AISI304L and similar steel grades.Matching core wire. Smooth weldbead, good wetting, easy slag detachability.Primalloy 316L AWS A5.4:E 316L-16All position rutile-basic stainless steel electrode for welding AISI316L and similar steel grades. Minimum Mo content weld metal of2.7%. Matching core wire. Smooth weld bead, good wetting, easyslag detachability.Primalloy 309LAWS A5.4:E309L-16Rutile-basic high CrNi alloyed buffer electrode for welding stainlesssteel to mild steel and root passes or buffer layer in 304L clad steel.High resistance to embrittlement.Primalloy 309LMoAWS A5.4:E309MoL-16High CrNiMo alloyed all position rutile-basic electrode with highcorrosion resistance. Especially developed for welding stainlesssteel to mild steel and root runs in 316L clad. Max. plate thickness inbuttwelds - 12 mm. Also suitable for repair welding in dissimilar jointsand steels difficult-to-weld.Primalloy 312AWS A5.4:E312-16Rutile-basic high CrNi alloyed all positioned electrode. Excellent forrepair welding. Good choice for diificult to weld steels eg; armourplate, High C steel, Mn steels.Choice Of Welding Consumables ForStainless Steel Applications20www.lincolnelectric.com.au

Solid wires forTIG & MIG weldingTIG & MIGWELDINGSolid Wires/ RodsUnalloyed/mild steelTIG welding-wire LNT 25 and the MIG welding wires Ultramag S4 & S6 are solidwires for unalloyed steel types Gd250, Gd300 and Gd350. Ultramag wire is especiallydeveloped for perfect feedability properties, no disturbance of wire feeding, no cloggingof the liner system, very low tip wear, low spatter and constant quality.Ultramag can be supplied on the standard 15 kg. spools and in 250 kg / 350kg. bulkpackaging to reduce time loss in changing over spools.ProcessWireISO or AS/NZS 1167.2ClassificationTIG-Welding LNT 25 AS/NZS 1167-2 R3Lincoln TIG S6AS/NZS 1167-2 R6MIG-Welding UltraMag S4/S6 ISO14341-B G49A 3UM/C S4/S6Stainless SteelHigher quality solid wires with good feedability, nice weldability and low impurity level.ProcessISO ClassificationWelding of stainless steel304L321(service temperature

Welding wiresFlux Cored ArcFlux Cored ArcWelding WiresUnalloyed/mild steelFor unalloyed/mild steel as well as for stainless steel there are flux cored wiresavailable. Flux cored wires are in general used for high productivity welding incombination with a smooth bead appearance and perfect wetting. The risk of lack offusion and pores is minimal. Flux cored wire welding is a very reliable welding processgiving good mechanical properties. It is very suitable for automation and mechanisation.Outershield wires for unalloyed /mild steelStandard Outershield wires are available in diameters 1.2 to 1.6 mm. The currentdensity of these wires is much higher than that of solid wires. This results in a higherdeposition rate in kg. weld metal per unit of time, so higher productivity resulting inlower production costs can be achievedOutershield 71MXThis is a rutile type all position flux cored wire with excellent weldability to be usedspecifically with mixed gas 75% Ar, 25% CO 2. It has an easy detachable slag. Due tothe slag support it is very applicable for welding vertical up. No problems with saggingof the weld pool. This makes it possible to weld with high currents to increase thedeposition rate. Root run welding on ceramic backing gives a perfect wetting on thereverse side and a nice smooth bead appearance.Outershield 71CXThis wire has the same properties as the Outershield 71MX, but is especiallydeveloped in combination with 100% CO 2shielding gas.Welding WiresFlux Cored Arc22Outershield MC 710-HThis is a metal cored wire with very high current density. This means that theOutershield MC 710-H can be welded at very high currents. A 1.2-mm wire can be usedfor fillet welding and joint filling up to 350 Amps at 100% duty cycle the deposition ratewill be about 8 kg/hr. This affects the productivity costs very positively. Metal coredwires are less sensitive to welding on plate / mill scale; the weld is smooth and soundand the wetting is nice.www.lincolnelectric.com.au

Welding wiresFlux Cored ArcOutershield MC 715-HThis wire is a like the Outershield MC710-H with higher mechanical properties. It is agoodalternative for basic wires regarding mechanical properties and better weldability.Outershield 81Ni1-HThe rutile flux cored wire Outershield 81Ni1-H is alloyed with nickel. Especiallydeveloped for heavy mining constructions. The wire has an excellent weldability incombination with excellent mechanical properties down to -50°C.ApplicationOut of position very suitable for vertical up androotruns on ceramicsFillet weldingFilling of jointsHigh depositionFlux Cored WireOutershield 71MX (mixed gas)Outershield 71CX(CO 2) /Outershield 81Ni1-HOutershield MC 710-HOutershield 81Ni1-H (1.6 & 2.0mm)Cor-A-Rosta flux cored wires for welding stainless steelCor-A-Rosta flux cored wires, available in diameters 1.2mm, have an excellentweldability. They can be welded with 100% CO 2and 80% Ar 20% CO 2mixed gas.The weld bead surface is very smooth, the weldability very good and weld spattersare minimal if the correct parameters are used. These wires can be welded withconventional equipment and compared to the solid wires, the deposition rate byposition welding is 30% higher.ApplicationFlux Cored WireWelding of stainless steel304L321 (Service temp.< 350°C)347 (Service temp.< 350°C)Cor-A-Rosta 304LWelding of stainless steel316L318 (Service temp.< 350°C)Welding stainless steel to mild steelCor-A-Rosta 316LCor-A-Rosta 309LWelding WiresFlux Cored Arcwww.lincolnelectric.com.au23

Welding Cross Reference wires List ForConsumablesCross Reference ListConsumablesCross Reference ListConsumables Cross Reference ListCovered electrodes un/lowalloyedEASYARC TM 6013EASYARC TM 6012EASYARC TM 7014EASYARC TM 7024TIG-wiresMIG-WiresFlux coredwiresOutershield 71MXOutershield 71CXOutershield MC710-HEASYARC TM 7018 LNT 25 Ultramag S4 Outershield MC715-HEASYARC TM 7018-1 Lincoln TIG S6 Ultramag S6Conarc 49CLincoln ER705-2Kryo 1 LNT Ni 1 LNM Ni 1 Outershield 81Ni1-HCast iron stick electrodesReptec Cast 1 LNT NiTi LNM NiTi -Reptec Cast 31 LNM NiFe -Hardfacing stick electrodesConarc 85 - LNM MoNiVa -Wearshield BU-30 - - Lincore 33Wearshield Fragmang - - Lincore 40-OWearshield 60 (E) - - Lincore 60-OStainless steel stick electrodesPrimalloy 308L Lincoln TIG 308 LSi Lincoln MIG 308 LSi Cor-A-Rosta 304LPrimalloy 316L Lincoln TIG 316 LSi Lincoln MIG 316 LSi Cor-A-Rosta 316LPrimalloy 309LMo Lincoln TIG 309 LSi Lincoln MIG 309 LSi Cor-A-Rosta 309LMoPrimalloy 309L Lincoln TIG 309 LSi Lincoln MIG 309 LSi Cor-A-Rosta 309LPrimalloy 312 - - -Repair and maintenance stick electrodesNiCro 70/15 Mn LNT NiCro 70/19 LNM NiCro 70/19 -Primalloy 312 - - -- Lincoln MIG 30724www.lincolnelectric.com.au

Invertec ® 135S/150S/170SBuilt for the jobThe Invertec® 135S, 150S and 170S from Lincoln Electric offers a range of machinesbuilt with the job in mind. These stick machines are suited to a variety of applicationsand working environments, ensuring that there will be a machine to meet your needs.Across the range, these designs have focused on providing excellent welding andstarting behaviour in a robust and reliable package. From this foundation, each unitis further equipped with a unique set of features and capabilities to guarantee thereis a machine perfect for your application. Welding machines need to be tough. AtLincoln Electric we know that modern equipment needs to be capable of handlingharsh environmental conditions. That is why we have built this range in a robust metalcase with large rubber corners and push control buttons for added protection. Ruggedand robust on one hand, portable on another; the Invertec 135S, 150S and 170S arelightweight and easy to handle in any situation.Features►Robust design: Unique rubber corners, metal housing andpush control buttons to withstand tough environmentalconditions.►Built in VRD- Invertec ® 150S and 170S, for additionaloperator saftey.►Premium arc: Advanced Lincoln technology and Lincolnknow-how guarantees to make these machines weld tooptimum performance every time.►Power Surplus: Additional power for superior arc control.►Auto Adaptive Arc Force standard on the 150S and 170S.►Built in “hot Start”, standard on the 150S and 170S.►Long cables: Primary power extension cables up to 60mcan be used with the 150S and 170S.►Generator ready (150S and 170S ).sTICK & TiG wELDERSrECOMMENDED wELDERSProcess• Stick• Lift TIGRECOMMENDED CONSUMABLES• SteelEASYARC TM 6012, 6013, 7016, 7018• Stainless steelPrimalloy 308L, 316L, 309mo, 312Unit Includes• 2m input cable and plug• Carrying strap• Welding leads• Carry casePRODUCT NUMBER• K12033-2-P Invertec ® 135S Package• K12034-2-P Invertec ® 150S Package• K12035-2-P Invertec ® 170S PackageKEY OPTIONS• PC9FV-41 Powercraft PC9G 4m, TIG Torch• PC9FV-8I Powercraft PC9G 8m, TIG Torch• LE250-RG002 Lincoln Electric ® ArgonFlowmeterinputoutputTECHNICAL SPECIFICATIONSProductInvertec ®135SInvertec ®150SInvertec ®170SItem NumberK12033-2-PPrimaryVoltageCurrentRange(A)10-120K12034-2-P 240V/1ph 10-140K12035-2-P 10-160Rated Output120A/24.8V@25%70A/22.8V@100%140A/25.6V@30%90A/23.5V@100%160A/26.4V@35%100A/24V@100%FuseSize(A)(slow)Weight(kg)DimensionsHxWxD (mm)Protection/InsulationClass10 4.6 224 x 148 x 315 IP2115 6.715 7.0244 x 148 x 365 IP23Stick & TIG WeldersRecommended Welderswww.lincolnelectric.com.au25

Parts &LabourmIG WeldersmIG wELDERSrECOMMENDED wELDERSPower MIG ® 180CThe Professional’s ChoiceProcess• MIG• Flux-cored (Innershield)LINCOLN ELECTRIC3Year warrantyPERFOR M ANCEPLUSPROTECTIO NWhether you are a farmer or a fabricator, an auto body shop or a backyardmechanic, the Power MIG ® 180C helps you get the job done! It is a portable wirewelder designed for use with industrial 240 volt input power, so you can weld onthicker material—up to 4,8 mm with MIG welding and 12.7 mm with gas-less fluxcoredwelding. Lincoln ® Diamond Core Technology and the rugged industrialdrive system will make it easy to get great results on steel, stainless or aluminium.Compare performance,features and price...you will settle on Power MIG ® .Features►Designed for 0.6-0.8 mm solid MIG wire and 0.9-1.2mm flux-cored wireInnershield ®►For welding 0.6-8 mm mild steel plate, stainless steel and aluminium.►Connects to 240V, 16 amp outlet.►Step less voltage control for precise adjustments.►Built-in “burnback” function insures proper wire stickout after each weld withno sticking in the weld puddle.►Large, easy-to-set knobs provide voltage control and full range continuouswire feed speed control.RECOMMENDED CONSUMABLES• SteelUltramag ® S6• Flux-coredInnershield ® NR211-MP• AluminiumSuperGlaze ® 4043, 5356Unit Includes• Input cable and plug• MIG gun• Guide tubes and drive roll (0.6mm-0.9mm)• 0.9kg wire spool (0,6mm)• 0,45kg Innershield wire (NR211-MP 0.9mm)• Work clamp and cableKEY OPTIONS• K2532-1• K2528-1• K2377-1• K520MAGNUM 100SG spoolgun (aluminium weldingInnershield ® Kit, 1.2mmCanvas CoverUndercarriageinputoutputMIG WeldersRecommended WeldersTECHNICAL SPECIFICATIONSProductPower MIG ®180CItemNumberPrimary Voltage(50-60HZ)CurrentRange(A)Rated OutputFuseSize (A)(slow)Weight(kg)Dimensions HxWxD(mm)Protection/InsulationClassK2668-1 240V/1ph 30-180 130A/20V@25% 16 30 357 x 258 x 472 IP23 / H26www.lincolnelectric.com.au

By Lincoln Electric ®PowerCRAFT Inverter130/160/180The PowerCRAFT 130, 160 and 180 inverter machines are intended to be used forlight to medium duty welding application. They are an ideal choice for maintenance,small repairs & general fabrication. The PowerCRAFTmachines are designed to beused with 6013 & 7018 type electrodes up to 4.0mm in diameter.The PowerCRAFT inverter machines are very compact, lightweight and come witha shoulder strap for ease of transportation. Accessories are included, so the machinesare ready to weld out of the box.Features►Small and light weight yet powerful4.7kg- PowerCRAFT 1306.8kg- PowerCRAFT 1606.8kg- PowerCRAFT 180►Four unique units: Different outputs, performance andfeatures, fit any customer requirements.►Built-in VRD: Increases operator safety in environmentswith increased hazard of electric shock.►Generator Compatiable: Ideal for site use.►Lift TIG: For arc starting without tungsten contamination.►Auto Arc Force: For a stable arc with low spatter levels asstandard.►Built in “hot Start”: For excellent arc striking.►Anti- Sticking.►Thermally protected: For longer life.►Easy to set Output Control: Calibrated dials.►Ready to weld with accessories.Process• Stick• Lift TIGRECOMMENDED CONSUMABLES• SteelEASYARC TM 6012, 6013, 7016, 7018• Stainless steelPrimalloy 308L, 316L, 309mo, 312Unit Includes• 3 metre input cable with integrated plug• 3 metre work return lead with work clamp• 3 metre welding lead with electrode holder• Carry casePRODUCT NUMBER• K69016-1 PowerCRAFT Inverter 130• K69018-1 PowerCRAFT Inverter 160• K69019-1 PowerCRAFT Inverter 180KEY OPTIONSPowerCRAFT Inverter 130• PC9FV-41 Powercraft PC9G 4m, TIG Torch• PC9FV-8I Powercraft PC9G 8m, TIG TorchPowerCRAFT Inverter 160/180• PC17FV-41 Powercraft PC17G 4m, TIG Torch• PC17FV-8I Powercraft PC17G 8m, TIG Torchinputstick & tig weldersrECOMMENDED wELDERSoutputTECHNICAL SPECIFICATIONSProductItem Number130 K69016-1PrimaryVoltageCurrentRange(A)20-130A240 V/1/50-60Hz160 K69018-1 20-160A(± 10%)180 K69019-1 20-180ARated Output130A @ 25%,75A @ 60%160A @ 25%,112A @ 60%180A @ 22%,88A @ 100%FuseSize(A)(slow)Weight(kg)DimensionsHxWxD (mm)10 4.7 190 x 110 x33015 6.815 6.8230 x 140 x 360Protection/InsulationClassIP21S/HStick & TIG WeldersRecommended Welders27www.lincolnelectric.com.au

CUSTOMER ASSISTANCE POLICYThe business of The Lincoln Electric Company is manufacturing and selling high quality weldingequipment, consumables, and cutting equipment. Our challenge is to meet the needs of our customersand to exceed their expectations. On occasion, purchasers may ask Lincoln Electric for advice orinformation about their use of our products. We respond to our customers based on the best informationin our possession at that tivme. Lincoln Electric is not in a position to warrant or guarantee such advice,and assumes no liability, with respect to such information or advice. We expressly disclaim any warrantyof any kind, including any warranty of fitness for any customer’s particular purpose, with respect to suchinformation or advice. As a matter of practical consideration, we also cannot assume any responsibilityfor updating or correcting any such information or advice once it has been given, nor does the provisionof information or advice create, expand or alter any warranty with respect to the sale of our products.Lincoln Electric is a responsive manufacturer, but the selection and use of specific products sold byLincoln Electric is solely within the control of, and remains the sole responsibility of the customer. Manyvariables beyond the control of Lincoln Electric affect the results obtained in applying these types offabrication methods and service requirements.Subject to Change – This information is accurate to the best of our knowledge at the time of printing.www.lincolnelectric.com.auEC00177 06-12