WELDABILITY TIG150 DC HF MACHINE INSTRUCTION MANUAL

WELDABILITY TIG150 DC HF MACHINE INSTRUCTION MANUAL PHONE : (+44) 0845 130 7757 FAX : (+44) 01462 482202 Email: info@weldability-sif.com Website: www.weldability-sif.com

GB EXPLANATION OF DANGER, MANDATORY AND PROHIBITION SIGNS. RO LEGENDĂ INDICATOARE DE AVERTIZARE A PERICOLELOR, DE I LEGENDA SEGNALI DI PERICOLO, D OBBLIGO E DIVIETO. OBLIGARE ŞI DE INTERZICERE. F LÉGENDE SIGNAUX DE DANGER, D'OBLIGATION ET PL OBJAŚNIENIA ZNAKÓW OSTRZEGAWCZYCH, NAKAZU I ZAKAZU. D'INTERDICTION. CZ VYSVĚTLIVKY K SIGNÁLŮM NEBEZPEČÍ, PŘÍKAZŮM A ZÁKAZŮM. D LEGENDE DER GEFAHREN-, GEBOTS- UND VERBOTSZEICHEN. SK VYSVETLIVKY K SIGNÁLOM NEBEZPEČENSTVA, PRÍKAZOM A E LEYENDA SEÑALES DE PELIGRO, DE OBLIGACIÓN Y PROHIBICIÓN. ZÁKAZOM. P LEGENDA DOS SINAIS DE PERIGO, OBRIGAÇÃO E PROIBIDO. SI LEGENDA SIGNALOV ZA NEVARNOST, ZA PREDPISANO IN NL LEGENDE SIGNALEN VAN GEVAAR, VERPLICHTING EN VERBOD. PREPOVEDANO. DK OVERSIGT OVER FARE, PLIGT OG FORBUDSSIGNALER. HR/SCG LEGENDA OZNAKA OPASNOSTI, OBAVEZA I ZABRANA. SF VAROITUS, VELVOITUS, JA KIELTOMERKIT. LT PAVOJAUS, PRIVALOMŲJŲ IR DRAUDŽIAMŲJŲ ŽENKLŲ N SIGNALERINGSTEKST FOR FARE, FORPLIKTELSER OG FORBUDT. PAAIŠKINIMAS. S BILDTEXT SYMBOLER FÖR FARA, PÅBUD OCH FÖRBUD. EE OHUD, KOHUSTUSED JA KEELUD. GR ΛΕΖΑΝΤΑ ΣΗΜΑΤΩΝ ΚΙΝΔΥΝΟΥ, ΥΠΟΧΡΕΩΣΗΣ ΚΑΙ ΑΠΑΓΟΡΕΥΣΗΣ. LV BĪSTAMĪBU, PIENĀKUMU UN AIZLIEGUMA ZĪMJU PASKAIDROJUMI. RU ЛЕГЕНДА СИМВОЛОВ БЕЗОПАСНОСТИ, ОБЯЗАННОСТИ И BG ЛЕГЕНДА НА ЗНАЦИТЕ ЗА ОПАСНОСТ, ЗАДЪЛЖИТЕЛНИ И ЗА ЗАПРЕТА. ЗАБРАНА. H A VESZÉLY, KÖTELEZETTSÉG ÉS TILTÁS JELZÉSEINEK FELIRATAI. DANGER OF ELECTRIC SHOCK - PERICOLO SHOCK ELETTRICO - RISQUE DE CHOC ÉLECTRIQUE - STROMSCHLAGGEFAHR - PELIGRO DESCARGA ELÉCTRICA - PERIGO DE CHOQUE ELÉTRICO - GEVAAR ELEKTROSHOCK - FARE FOR ELEKTRISK STØD - SÄHKÖISKUN VAARA - FARE FOR ELEKTRISK STØT - FARA FÖR ELEKTRISK STÖT - ΚΙΝΔΥΝΟΣ ΗΛΕΚΤΡΟΠΛΗΞΙΑΣ - ОПАСНОСТЬ ПОРАЖЕНИЯ ЭЛЕКТРИЧЕСКИМ ТОКОМ - ÁRAMÜTÉS VESZÉLYE - PERICOL DE ELECTROCUTARE - NIEBEZPIECZEŃSTWO SZOKU ELEKTRYCZNEGO - NEBEZPEČÍ ZÁSAHU ELEKTRICKÝM PROUDEM - NEBEZPEČENSTVO ZÁSAHU ELEKTRICKÝM PRÚDOM - NEVARNOST ELEKTRIČNEGA UDARA - OPASNOST STRUJNOG UDARA - ELEKTROS SMŪGIO PAVOJUS - ELEKTRILÖÖGIOHT - ELEKTROŠOKA BĪSTAMĪBA - ОПАСНОСТ ОТ ТОКОВ УДАР. DANGER OF WELDING FUMES - PERICOLO FUMI DI SALDATURA - DANGER FUMÉES DE SOUDAGE - GEFAHR DER ENTWICKLUNG VON RAUCHGASEN BEIM SCHWEISSEN - PELIGRO HUMOS DE SOLDADURA - PERIGO DE FUMAÇAS DE SOLDAGEM - GEVAAR LASROOK - FARE P.G.A. SVEJSEDAMPE - HITSAUSSAVUJEN VAARA - FARE FOR SVEISERØYK - FARA FÖR RÖK FRÅN SVETSNING - ΚΙΝΔΥΝΟΣ ΚΑΠΝΩΝ ΣΥΓΚΟΛΛΗΣΗΣ - ОПАСНОСТЬ ДЫМОВ СВАРКИ - HEGESZTÉS KÖVETKEZTÉBEN KELETKEZETT FÜST VESZÉLYE - PERICOL DE GAZE DE SUDURĂ - NIEBEZPIECZEŃSTWO OPARÓW SPAWALNICZYCH - NEBEZPEČÍ SVAŘOVACÍCH DÝMŮ - NEBEZPEČENSTVO VÝPAROV ZO ZVÁRANIA - NEVARNOST VARILNEGA DIMA - OPASNOST OD DIMA PRILIKOM VARENJA - SUVIRINIMO DŪMŲ PAVOJUS - KEEVITAMISEL SUITSU OHT - METINĀŠANAS IZTVAIKOJUMU BĪSTAMĪBA - ОПАСНОСТ ОТ ПУШЕКА ПРИ ЗАВАРЯВАНЕ. DANGER OF EXPLOSION - PERICOLO ESPLOSIONE - RISQUE D'EXPLOSION - EXPLOSIONSGEFAHR - PELIGRO EXPLOSIÓN - PERIGO DE EXPLOSÃO - GEVAAR ONTPLOFFING - SPRÆNGFARE - RÄJÄHDYSVAARA - FARE FOR EKSPLOSJON - FARA FÖR EXPLOSION - ΚΙΝΔΥΝΟΣ ΕΚΡΗΞΗΣ - ОПАСНОСТЬ ВЗРЫВА - ROBBANÁS VESZÉLYE - PERICOL DE EXPLOZIE - NIEBEZPIECZEŃSTWO WYBUCHU - NEBEZPEČÍ VÝBUCHU - NEBEZPEČENSTVO VÝBUCHU - NEVARNOST EKSPLOZIJE - OPASNOST OD EKSPLOZIJE - SPROGIMO PAVOJUS - PLAHVATUSOHT - SPRĀDZIENBĪSTAMĪBA - ОПАСНОСТ ОТ ЕКСПЛОЗИЯ. WEARING PROTECTIVE CLOTHING IS COMPULSORY - OBBLIGO INDOSSARE INDUMENTI PROTETTIVI - PORT DES VÊTEMENTS DE PROTECTION OBLIGATOIRE - DAS TRAGEN VON SCHUTZKLEIDUNG IST PFLICHT - OBLIGACIÓN DE LLEVAR ROPA DE PROTECCIÓN - OBRIGATÓRIO O USO DE VESTUÁRIO DE PROTEÇÃO - VERPLICHT BESCHERMENDE KLEDIJ TE DRAGEN - PLIGT TIL AT ANVENDE BESKYTTELSESTØJ - SUOJAVAATETUKSEN KÄYTTÖ PAKOLLISTA - FORPLIKTELSE Å BRUKE VERNETØY - OBLIGATORISKT ATT BÄRA SKYDDSPLAGG - ΥΠΟΧΡΕΩΣΗ ΝΑ ΦΟΡΑΤΕ ΠΡΟΣΤΑΤΕΥΤΙΚΑ ΕΝΔΥΜΑΤΑ - ОБЯЗАННОСТЬ НАДЕВАТЬ ЗАЩИТНУЮ ОДЕЖДУ - VÉDŐRUHA HASZNÁLATA KÖTELEZŐ - FOLOSIREA ÎMBRĂCĂMINTEI DE PROTECŢIE OBLIGATORIE - NAKAZ NOSZENIA ODZIEŻY OCHRONNEJ- POVINNÉ POUŽITÍ OCHRANNÝCH PROSTŘEDKŮ - POVINNÉ POUŽITIE OCHRANNÝCH PROSTRIEDKOV - OBVEZNO OBLECITE ZAŠČITNA OBLAČILA - OBAVEZNO KORIŠTENJE ZAŠTITNE ODJEĆE - PRIVALOMA DĖVĖTI APSAUGINĘ APRANGĄ - KOHUSTUSLIK KANDA KAITSERIIETUST - PIENĀKUMS ĢĒRBT AIZSARGTĒRPUS - ЗАДЪЛЖИТЕЛНО НОСЕНЕ НА ПРЕДПАЗНО ОБЛЕКЛО. WEARING PROTECTIVE GLOVES IS COMPULSORY - OBBLIGO INDOSSARE GUANTI PROTETTIVI - PORT DES GANTS DE PROTECTION OBLIGATOIRE - DAS TRAGEN VON SCHUTZHANDSCHUHEN IST PFLICHT - OBLIGACIÓN DE LLEVAR GUANTES DE PROTECCIÓN - OBRIGATÓRIO O USO DE LUVAS DE SEGURANÇA - VERPLICHT BESCHERMENDE HANDSCHOENEN TE DRAGEN - PLIGT TIL AT BRUGE BESKYTTELSESHANDSKER - SUOJAKÄSINEIDEN KÄYTTÖ PAKOLLISTA - FORPLIKTELSE Å BRUKE VERNEHANSKER - OBLIGATORISKT ATT BÄRA SKYDDSHANDSKAR - ΥΠΟΧΡΕΩΣΗ ΝΑ ΦΟΡΑΤΕ ΠΡΟΣΤΑΤΕΥΤΙΚΑ ΓΑΝΤΙΑ - ОБЯЗАННОСТЬ НАДЕВАТЬ ЗАЩИТНЫЕ ПЕРЧАТКИ - VÉDŐKESZTYŰ HASZNÁLATA KÖTELEZŐ - FOLOSIREA MĂNUŞILOR DE PROTECŢIE OBLIGATORIE - NAKAZ NOSZENIA RĘKAWIC OCHRONNYCH - POVINNÉ POUŽITÍ OCHRANNÝCH RUKAVIC - POVINNÉ POUŽITIE OCHRANNÝCH RUKAVÍC - OBVEZNO NADENITE ZAŠČITNE ROKAVICE - OBAVEZNO KORIŠTENJE ZAŠTITNIH RUKAVICA - PRIVALOMA MŪVĖTI APSAUGINES PIRŠTINES - KOHUSTUSLIK KANDA KAITSEKINDAID - PIENĀKUMS ĢĒRBT AIZSARGCIMDUS - ЗАДЪЛЖИТЕЛНО НОСЕНЕ НА ПРЕДПАЗНИ РЪКАВИЦИ. DANGER OF ULTRAVIOLET RADIATION FROM WELDING - PERICOLO RADIAZIONI ULTRAVIOLETTE DA SALDATURA - DANGER RADIATIONS ULTRAVIOLETTES DE SOUDAGE - GEFAHR ULTRAVIOLETTER STRAHLUNGEN BEIM SCHWEISSEN - PELIGRO RADIACIONES ULTRAVIOLETAS - PERIGO DE RADIAÇÕES ULTRAVIOLETAS DE SOLDADURA - GEVAAR ULTRAVIOLET STRALEN VAN HET LASSEN - FARE FOR ULTRAVIOLETTE SVEJSESTRÅLER - HITSAUKSEN AIHEUTTAMAN ULTRAVIOLETTISÄTEILYN VAARA - FARE FOR ULTRAFIOLETT STRÅLNING UNDER SVEISINGSPROSEDYREN - FARA FÖR ULTRAVIOLETT STRÅLNING FRÅN SVETSNING - ΚΙΝΔΥΝΟΣ ΥΠΕΡΙΩΔΟΥΣ ΑΚΤΙΝΟΒΟΛΙΑΣ ΑΠΟ ΣΥΓΚΟΛΛΗΣΗ - ОПАСНОСТЬ УЛЬТРАФИОЛЕТОВОГО ИЗЛУЧЕНИЯ СВАРКИ - HEGESZTÉS KÖVETKEZTÉBEN LÉTREJÖTT IBOLYÁNTÚLI SUGÁRZÁS VESZÉLYE - PERICOL DE RADIAŢII ULTRAVIOLETE DE LA SUDURĂ - NIEBEZPIECZEŃSTWO PROMIENIOWANIA NADFIOLETOWEGO PODCZAS SPAWANIA - NEBEZPEČÍ ULTRAFIALOVÉHO ZÁŘENÍ ZE SVAŘOVÁNÍ Í - NEBEZPEČENSTVO ULTRAFIALOVÉHO ŽIARENIA ZO ZVÁRANIA - NEVARNOST SEVANJA ULTRAVIJOLIČNIH ŽARKOV ZARADI VARJENJA - OPASNOST OD ULTRALJUBIČASTIH ZRAKA PRILIKOM VARENJA - ULTRAVIOLETINIO SPINDULIAVIMO SUVIRINIMO METU PAVOJUS - KEEVITAMISEL ERALDUVA ULTRAVIOLETTKIIRGUSEOHT - METINĀŠANAS ULTRAVIOLETĀ IZSTAROJUMA BĪSTAMĪBA - ОПАСНОСТ ОТ УЛТРАВИОЛЕТОВО ОБЛЪЧВАНЕ ПРИ ЗАВАРЯВАНЕ. DANGER OF FIRE - PERICOLO INCENDIO - RISQUE D'INCENDIE - BRANDGEFAHR - PELIGRO DE INCENDIO - PERIGO DE INCÊNDIO - GEVAAR VOOR BRAND - BRANDFARE - TULIPALON VAARA - BRANNFARE - BRANDRISK - ΚΙΝΔΥΝΟΣ ΠΥΡΚΑΓΙΑΣ - ОПАСНОСТЬ ПОЖАРА - TŰZVESZÉLY - PERICOL DE INCENDIU - NIEBEZPIECZEŃSTWO POŻARU - NEBEZPEČÍ POŽÁRU - NEBEZPEČENSTVO POŽIARU - NEVARNOST POŽARA - OPASNOST OD POŽARA - GAISRO PAVOJUS - TULEOHT - UGUNSGRĒKA BĪSTAMĪBA - ОПАСНОСТ ОТ ПОЖАР. DANGER OF BURNS - PERICOLO DI USTIONI - RISQUE DE BRÛLURES - VERBRENNUNGSGEFAHR - PELIGRO DE QUEMADURAS - PERIGO DE QUEIMADURAS - GEVAAR VOOR BRANDWONDEN - FARE FOR FORBRÆNDINGER - PALOVAMMOJEN VAARA - FARE FOR FORBRENNINGER - RISK FÖR BRÄNNSKADA - ΚΙΝΔΥΝΟΣ ΕΓΚΑΥΜΑΤΩΝ - ОПАСНОСТЬ ОЖОГОВ - ÉGÉSI SÉRÜLÉS VESZÉLYE - PERICOL DE ARSURI - NIEBEZPIECZEŃSTWO OPARZEŃ - NEBEZPEČÍ POPÁLENIN - NEBEZPEČENSTVO POPÁLENÍN - NEVARNOST OPEKLIN - OPASNOST OD OPEKLINA - NUSIDEGINIMO PAVOJUS - PÕLETUSHAAVADE SAAMISE OHT - APDEGUMU GŪŠANAS BĪSTAMĪBA - ОПАСНОСТ ОТ ИЗГАРЯНИЯ. DANGER OF NON-IONISING RADIATION - PERICOLO RADIAZIONI NON IONIZZANTI - DANGER RADIATIONS NON IONISANTES - GEFAHR NICHT IONISIERENDER STRAHLUNGEN - PELIGRO RADIACIONES NO IONIZANTES - PERIGO DE RADIAÇÕES NÃO IONIZANTES - GEVAAR NIET IONISERENDE STRALEN - FARE FOR IKKE-IONISERENDE STRÅLER - IONISOIMATTOMAN SÄTEILYN VAARA - FARE FOR UJONISERT STRÅLNING - FARA FÖR ICKE JONISERANDE - ΚΙΝΔΥΝΟΣ ΜΗ ΙΟΝΙΖΟΝΤΩΝ ΑΚΤΙΝΟΒΟΛΙΩΝ - ОПАСНОСТЬ НЕ ИОНИЗИРУЮЩЕЙ РАДИАЦИИ - NEM INOGEN SUGÁRZÁS VESZÉLYE - PERICOL DE RADIAŢII NEIONIZANTE - ZAGROŻENIE PROMIENIOWANIEM NIEJONIZUJĄCYM - NEBEZPEČÍ NEIONIZUJÍCÍHO ZÁŘENÍ - NEBEZPEČENSTVO NEIONIZUJÚCEHO ZARIADENIA - NEVARNOST NEJONIZIRANEGA SEVANJA - OPASNOST NEJONIZIRAJUĆIH ZRAKA - NEJONIZUOTO SPINDULIAVIMO PAVOJUS - MITTEIONISEERITUDKIIRGUSTE OHT - NEJONIZĒJOŠA IZSTAROJUMA BĪSTAMĪBA - ОПАСТНОСТ ОТ НЕ ЙОНИЗИРАНО ОБЛЪЧВАНЕ. GENERAL HAZARD - PERICOLO GENERICO - DANGER GÉNÉRIQUE - GEFAHR ALLGEMEINER ART - PELIGRO GENÉRICO - PERIGO GERAL - ALGEMEEN GEVAAR - ALMEN FARE - YLEINEN VAARA - GENERISK FARE STRÅLNING - ALLMÄN FARA - ΓΕΝΙΚΟΣ ΚΙΝΔΥΝΟΣ - ОБЩАЯ ОПАСНОСТЬ - ÁLTALÁNOS VESZÉLY - PERICOL GENERAL - OGÓLNE NIEBEZPIECZEŃSTWO - VŠEOBECNÉ NEBEZPEČÍ - VŠEOBECNÉ NEBEZPEČENSTVO - SPLOŠNA NEVARNOST - OPĆA OPASNOST - BENDRAS PAVOJUS - ÜLDINE OHT - VISPĀRĪGA BĪSTAMĪBA - ОБЩИ ОПАСТНОСТИ. EYE PROTECTIONS MUST BE WORN - OBBLIGO DI INDOSSARE OCCHIALI PROTETTIVI - PORT DES LUNETTES DE PROTECTION OBLIGATOIRE - DAS TRAGEN EINER SCHUTZBRILLE IST PFLICHT - OBLIGACIÓN DE USAR GAFAS DE PROTECCIÓN - OBRIGAÇÃO DE VESTIR ÓCULOS DE PROTECÇÃO - VERPLICHT DRAGEN VAN BESCHERMENDE BRIL - PLIGT TIL AT ANVENDE BESKYTTELSESBRILLER - SUOJALASIEN KÄYTTÖ PAKOLLISTA - DET ER OBLIGATORISK Å HA PÅ SEG VERNEBRILLEN - OBLIGATORISKT ATT ANVÄNDA SKYDDSGLASÖGON - ΥΠΟΧΡΕΩΣΗ ΝΑ ΦΟΡΑΤΕ ΠΡΟΣΤΕΤΕΥΤΙΚΑ ΓΥΑΛΙΑ - ОБЯЗАННОСТЬ НОСИТЬ ЗАЩИТНЫЕ ОЧКИ - VÉDŐSZEMÜVEG VISELETE KÖTELEZŐ - ESTE OBLIGATORIE PURTAREA OCHELARILOR DE PROTECŢIE - NAKAZ NOSZENIA OKULARÓW OCHRONNYCH - POVINNOST POUŽÍVÁNÍ OCHRANNÝCH BRÝLÍ - POVINNOSŤ POUŽÍVANIA OCHRANNÝCH OKULIAROV - OBVEZNA UPORABA ZAŠČITNIH OČAL - OBAVEZNA UPOTREBA ZAŠTITNIH NAOČALA - PRIVALOMA DIRBTI SU APSAUGINIAIS AKINIAIS - KOHUSTUS KANDA KAITSEPRILLE - PIENĀKUMS VILKT AIZSARGBRILLES - ЗАДЪЛЖИТЕЛНО ДА СЕ НОСЯТ ПРЕДПАЗНИ ОЧИЛА. NO ENTRY FOR UNAUTHORISED PERSONNEL - DIVIETO DI ACCESSO ALLE PERSONE NON AUTORIZZATE - ACCÈS INTERDIT AUX PERSONNES NON AUTORISÉES - UNBEFUGTEN PERSONEN IST DER ZUTRITT VERBOTEN - PROHIBIDO EL ACCESO A PERSONAS NO AUTORIZADAS - PROIBIÇÃO DE ACESSO ÀS PESSOAS NÃO AUTORIZADAS - TOEGANGSVERBOD VOOR NIET GEAUTORISEERDE PERSONEN - ADGANG FORBUDT FOR UVEDKOMMENDE - PÄÄSY KIELLETTY ASIATTOMILTA - PERSONER SOM IKKE ER AUTORISERTE MÅ IKKE HA ADGANG TIL APPARATEN - TILLTRÄDE FÖRBJUDET FÖR ICKE AUKTORISERADE PERSONER - ΑΠΑΓΟΡΕΥΣΗ ΠΡΟΣΒΑΣΗΣ ΣΕ ΜΗ ΕΠΙΤΕΤΡΑΜΕΝΑ ΑΤΟΜΑ - ЗАПРЕТ ДЛЯ ДОСТУПА ПОСТОРОННИХ ЛИЦ - FEL NEM JOGOSÍTOTT SZEMÉLYEK SZÁMÁRA TILOS A BELÉPÉS - ACCESUL PERSOANELOR NEAUTORIZATE ESTE INTERZIS - ZAKAZ DOSTĘPU OSOBOM NIEUPOWAŻNIONYM - DOSTOP PREPOVEDAN NEPOOBLAŠČENIM OSEBAM - ZÁKAZ VSTUPU NEPOVOLANÝM OSOBÁM - ZABRANA PRISTUPA NEOVLAŠTENIM OSOBAMA - PAŠALINIAMS ĮEITI DRAUDŽIAMA - SELLEKS VOLITAMATA ISIKUTEL ON TÖÖALAS VIIBIMINE KEELATUD - NEPIEDEROŠĀM PERSONĀM IEEJA AIZLIEGTA - ЗАБРАНЕН Е ДОСТЪПЪТ НА НЕУПЪЛНОМОЩЕНИ ЛИЦА. WEARING A PROTECTIVE MASK IS COMPULSORY - OBBLIGO USARE MASCHERA PROTETTIVA - PORT DU MASQUE DE PROTECTION OBLIGATOIRE - DER GEBRAUCH EINER SCHUTZMASKE IST PFLICHT - OBLIGACIÓN DE USAR MÁSCARA DE PROTECCIÓN - OBRIGATÓRIO O USO DE MÁSCARA DE PROTEÇÃO - VERPLICHT GEBRUIK VAN BESCHERMEND MASKER - PLIGT TIL AT ANVENDE BESKYTTELSESMASKE - SUOJAMASKIN KÄYTTÖ PAKOLLISTA - FORPLIKTELSE Å BRUKE VERNEBRILLER - OBLIGATORISKT ATT BÄRA SKYDDSMASK - ΥΠΟΧΡΕΩΣΗ ΝΑ ΦΟΡΑΤΕ ΠΡΟΣΤΑΤΕΥΤΙΚΗ ΜΑΣΚΑ - ОБЯЗАННОСТЬ ПОЛЬЗОВАТЬСЯ ЗАЩИТНОЙ МАСКОЙ - VÉDŐMASZK HASZNÁLATA KÖTELEZŐ - FOLOSIREA MĂŞTII DE PROTECŢIE OBLIGATORIE - NAKAZ UŻYWANIA MASKI OCHRONNEJ - POVINNÉ POUŽITÍ OCHRANNÉHO ŠTÍTU - POVINNÉ POUŽITIE OCHRANNÉHO ŠTÍTU - OBVEZNOST UPORABI ZAŠČITNE MASKE - OBAVEZNO KORIŠTENJE ZAŠTITNE MASKE - PRIVALOMA UŽSIDĖTI APSAUGINĘ KAUKĘ - KOHUSTUSLIK KANDA KAITSEMASKI - PIENĀKUMS IZMANTOT AIZSARGMASKU - ЗАДЪЛЖИТЕЛНО ИЗПОЛЗВАНЕ НА ПРЕДПАЗНА ЗАВАРЪЧНА МАСКА. - 2 -

USERS OF VITAL ELECTRICAL AND ELECTRONIC DEVICES MUST NOT USE THE WELDING MACHINE - VIETATO L USO DELLA SALDATRICE AI PORTATORI DI APPARECCHIATURE ELETTRICHE ED ELETTRONICHE VITALI - UTILISATION DU POSTE DE SOUDAGE INTERDIT AUX PORTEURS D'APPAREILS ÉLECTRIQUES ET ÉLECTRONIQUES MÉDICAUX - TRÄGERN LEBENSERHALTENDER ELEKTRISCHER UND ELEKTRONISCHER GERÄTE IST DER GEBRAUCH DER SCHWEISSMASCHINE UNTERSAGT - PROHIBIDO EL USO DE LA SOLDADORA A LOS PORTADORES DE APARATOS ELÉCTRICOS Y ELECTRÓNICOS VITALES - È PROIBIDO O USO DA MÁQUINA DE SOLDA POR PORTADORES DE APARELHAGENS ELÉTRICAS E ELETRÔNICAS VITAIS - HET GEBRUIK VAN DE LASMACHINE IS VERBODEN AAN DE DRAGERS VAN VITALE ELEKTRISCHE EN ELEKTRONISCHE APPARATUUR - DET ER FORBUDT FOR DEM, DER ANVENDER LIVSVIGTIGT ELEKTRISK OG ELEKTRONISK APPARATUR, AT BENYTTE SVEJSEMASKINEN - HITSAUSKONEEN KÄYTTÖ KIELLETTY HENKILÖILLE, JOILLA ON ELIMISTÖÖN ASENNETTU SÄHKÖINEN TAI ELEKTRONINEN LAITE - FORBUDT Å BRUKE SVEISEBRENNEREN FOR PERSONER SOM BRUKER LIVSVIKTIGE ELEKTRISKE OG ELEKTRONISKE APPARATER - FÖRBJUDET FÖR PERSONER SOM BÄR ELEKTRISKA OCH ELEKTRONISKA LIVSUPPEHÅLLANDE APPARATER ATT ANVÄNDA SVETSEN - ΑΠΑΓΟΡΕΥΕΤΑΙ Η ΧΡΗΣΗ ΤΟΥ ΣΥΓΚΟΛΛΗΤΗ ΣΕ ΑΤΟΜΑ ΠΟΥ ΦΕΡΟΥΝ ΗΛΕΚΤΡΙΚΕΣ ΚΑΙ ΗΛΕΚΤΡΟΝΙΚΕΣ ΣΥΣΚΕΥΕΣ ΖΩΤΙΚΗΣ ΣΗΜΑΣΙΑΣ - ЗАПРЕЩАЕТСЯ ИСПОЛЬЗОВАНИЕ СВАРОЧНОГО АППАРАТА ЛИЦАМ С ЖИЗНЕННОВАЖНОЙ ЭЛЕКТРИЧЕСКОЙ И ЭЛЕКТРОННОЙ АППАРАТУРЫ - TILOS A HEGESZTŐGÉP HASZNÁLATA MINDAZOK SZÁMÁRA, AKIK SZERVEZETÉBEN ÉLETFENNTARTÓ ELEKTROMOS VAGY ELEKTRONIKUS KÉSZÜLEK VAN BEÉPÍTVE- SE INTERZICE FOLOSIREA APARATULUI DE SUDURĂ DE CĂTRE PERSOANE PURTĂTOARE DE APARATURĂ ELECTRICĂ ŞI ELECTRONICĂ VITALE - ZABRONIONE JEST UŻYWANIE SPAWARKI OSOBOM STOSUJĄCYM URZĄDZENIA ELEKTRYCZNE I ELEKTRONICZNE WSPOMAGAJĄCE FUNKCJE ŻYCIOWE - ZÁKAZ POUŽITÍ SVAŘOVACÍHO PŘÍSTROJE NOSITELŮM ELEKTRICKÝCH A ELEKTRONICKÝCH ŽIVOTNĚ DŮLEŽITÝCH ZAŘÍZENÍ - ZÁKAZ POUŽÍVANIA ZVÁRACIEHO PRÍSTROJA OSOBÁM POUŽÍVAJÚCIM ELEKTRICKÉ A ELEKTRONICKÉ ŽIVOTNE DÔLEŽITÉ ZARIADENIA - PREPOVEDANA UPORABA VARILNE NAPRAVE ZA OSEBE, KI UPORABLJAJO ELEKTRIČNE IN ELEKTRONSKE ŽIVLJENJSKO POMEMBNE NAPRAVE - ZABRANJENO JE KORIŠTENJE STROJA ZA VARENJE NOSITELJIMA ELEKTRIČNIH I ELEKTRONSKIH APARATA - ASMENIMS, SU GYVYBIŠKAI SVARBIAIS ELEKTRINIAIS AR ELEKTRONINIAIS PRIETAISAIS, SUVIRINIMO APARATU NAUDOTIS DRAUDŽIAMA - KEEVITUSAPARAADI KASUTAMINE ON KEELATUD ISIKUTELE, KES KANNAVAD MEDITSIINILISI ELEKTRIINSTRUMENTI JA ELUSTAMISSEADMEID - ELEKTRISKO VAI ELEKTRONISKO MEDICĪNISKO IERĪČU LIETOTĀJIEM IR AIZLIEGTS IZMANTOT METINĀŠANAS APARĀTU - ЗАБРАНЕНО Е ИЗПОЛЗВАНЕТО НА ЕЛЕКТРОЖЕНА ОТ ЛИЦА - НОСИТЕЛИ НА ЕЛЕКТРИЧЕСКИ И ЕЛЕКТРОННИ МЕДИЦИНСКИ УСТРОЙСТВА. PEOPLE WITH METAL PROSTHESES ARE NOT ALLOWED TO USE THE MACHINE - VIETATO L'USO DELLA MACCHINA AI PORTATORI DI PROTESI METALLICHE - UTILISATION INTERDITE DE LA MACHINE AUX PORTEURS DE PROTHÈSES MÉTALLIQUES - TRÄGERN VON METALLPROTHESEN IST DER UMGANG MIT DER MASCHINE VERBOTEN - PROHIBIDO EL USO DE LA MÁQUINA A LOS PORTADORES DE PRÓTESIS METÁLICAS - PROIBIDO O USO DA MÁQUINA AOS PORTADORES DE PRÓTESES METÁLICAS - HET GEBRUIK VAN DE MACHINE IS VERBODEN AAN DE DRAGERS VAN METALEN PROTHESEN - DET ER FORBUDT FOR PERSONER MED METALPROTESER AT BENYTTE MASKINEN - KONEEN KÄYTTÖ KIELLETTY METALLIPROTEESIEN KANTAJILTA - BRUK AV MASKINEN ER IKKE TILLATT FOR PERSONER MED METALLPROTESER - FÖRBJUDET FÖR PERSONER SOM BÄR METALLPROTES ATT ANVÄNDA MASKINEN - ΑΠΑΓΟΡΕΥΕΤΑΙ Η ΧΡΗΣΗ ΤΗΣ ΜΗΧΑΝΗΣ ΣΕ ΑΤΟΜΑ ΠΟΥ ΦΕΡΟΥΝ ΜΕΤΑΛΛΙΚΕΣ ΠΡΟΣΘΗΚΕΣ - ИСПОЛЬЗОВАНИЕ МАШИНЫ ЗАПРЕЩАЕТСЯ ЛЮДЯМ, ИМЕЮЩИМ МЕТАЛЛИЧЕСКИЕ ПРОТЕЗЫ - TILOS A GÉP HASZNÁLATA FÉMPROTÉZIST VISELŐ SZEMÉLYEK SZÁMÁRA - SE INTERZICE FOLOSIREA MAŞINII DE CĂTRE PERSOANELE PURTĂTOARE DE PROTEZE METALICE - ZAKAZ UŻYWANIA URZĄDZENIA OSOBOM STOSUJĄCYM PROTEZY METALOWE - ZÁKAZ POUŽITÍ STROJE NOSITELŮM KOVOVÝCH PROTÉZ - ZÁKAZ POUŽITIA STROJA OSOBÁM S KOVOVÝMI PROTÉZAMI - PREPOVEDANA UPORABA STROJA ZA NOSILCE KOVINSKIH PROTEZ - ZABRANJENA UPOTREBA STROJA OSOBAMA KOJE NOSE METALNE PROTEZE - SU SUVIRINIMO APARATU DRAUDŽIAMA DIRBTI ASMENIMS, NAUDOJANTIEMS METALINIUS PROTEZUS - SEADET EI TOHI KASUTADA ISIKUD, KES KASUTAVAD METALLPROTEESE - CILVĒKIEM AR METĀLA PROTĒZĒM IR AIZLIEGTS LIETOT IERĪCI - ЗАБРАНЕНА Е УПОТРЕБАТА НА МАШИНАТА ОТ НОСИТЕЛИ НА МЕТАЛНИ ПРОТЕЗИ. DO NOT WEAR OR CARRY METAL OBJECTS, WATCHES OR MAGNETISED CARDS - VIETATO INDOSSARE OGGETTI METALLICI, OROLOGI E SCHEDE MAGNETICHE - INTERDICTION DE PORTER DES OBJETS MÉTALLIQUES, MONTRES ET CARTES MAGNÉTIQUES - DAS TRAGEN VON METALLOBJEKTEN, UHREN UND MAGNETKARTEN IST VERBOTEN - PROHIBIDO LLEVAR OBJETOS METÁLICOS, RELOJES, Y TARJETAS MAGNÉTICAS - PROIBIDO VESTIR OBJECTOS METÁLICOS, RELÓGIOS E FICHAS MAGNÉTICAS - HET IS VERBODEN METALEN VOORWERPEN, UURWERKEN EN MAGNETISCHE FICHES TE DRAGEN - FORBUD MOD AT BÆRE METALGENSTANDE, URE OG MAGNETISKE KORT - METALLISTEN ESINEIDEN, KELLOJEN JA MAGNEETTIKORTTIEN MUKANA PITÄMINEN KIELLETTY - FORBUDT Å HA PÅ SEG METALLFORMÅL, KLOKKER OG MAGNETISKE KORT - FÖRBJUDET ATT BÄRA METALLFÖREMÅL, KLOCKOR OCH MAGNETKORT - ΑΠΑΓΟΡΕΥΕΤΑΙ ΝΑ ΦΟΡΑΤΕ ΜΕΤΑΛΛΙΚΑ ΑΝΤΙΚΕΙΜΕΝΑ, ΡΟΛΟΓΙΑ ΚΑΙ ΜΑΓΝΗΤΙΚΕΣ ΠΛΑΚΕΤΕΣ - ЗАПРЕЩАЕТСЯ НОСИТЬ МЕТАЛЛИЧЕСКИЕ ПРЕДМЕТЫ, ЧАСЫ ИЛИ МАГНИТНЫЕ ПЛАТЫЮ - TILOS FÉMTÁRGYAK, KARÓRÁK VISELETE ÉS MÁGNESES KÁRTYÁK MAGUKNÁL TARTÁSA - ESTE INTERZISĂ PURTAREA OBIECTELOR METALICE, A CEASURILOR ŞI A CARTELELOR MAGNETICE - ZAKAZ NOSZENIA PRZEDMIOTÓW METALOWYCH, ZEGARKÓW I KART MAGNETYCZNYCH - ZÁKAZ NOŠENÍ KOVOVÝCH PŘEDMĚTŮ, HODINEK A MAGNETICKÝCH KARET - ZÁKAZ NOSENIA KOVOVÝCH PREDMETOV, HODINIEK A MAGNETICKÝCH KARIET - PREPOVEDANO NOŠENJE KOVINSKIH PREDMETOV, UR IN MAGNETNIH KARTIC - ZABRANJENO NOŠENJE METALNIH PREDMETA, SATOVA I MAGNETSKIH ČIPOVA - DRAUDŽIAMA PRIE SAVĘS TURĖ TI METALINIŲ DAIKTŲ, LAIKRODŽIŲ AR MAGNETINIŲ PLOKŠTELIŲ - KEELATUD ON KANDA METALLESEMEID, KELLASID JA MAGENTKAARTE - IR AIZLIEGTS VILKT METĀLA PRIEKŠMETUS, PULKSTEŅUS UN ŅEMT LĪDZI MAGNĒTISKĀS KARTES - ЗАБРАНЕНО Е НОСЕНЕТО НА МЕТАЛНИ ПРЕДМЕТИ, ЧАСОВНИЦИ И МАГНИТНИ СХЕМИ. NOT TO BE USED BY UNAUTHORISED PERSONNEL - VIETATO L USO ALLE PERSONE NON AUTORIZZATE - UTILISATION INTERDITE AU PERSONNEL NON AUTORISÉ - DER GEBRAUCH DURCH UNBEFUGTE PERSONEN IST VERBOTEN - PROHIBIDO EL USO A PERSONAS NO AUTORIZADAS - PROIBIDO O USO ÀS PESSOAS NÃO AUTORIZADAS - HET GEBRUIK IS VERBODEN AAN NIET GEAUTORISEERDE PERSONEN - DET ER FORBUDT FOR UVEDKOMMENDE AT ANVENDE MASKINEN - KÄYTTÖ KIELLETTY VALTUUTTAMATTOMILTA HENKILÖILTÄ - BRUK ER IKKE TILLATT FOR UAUTORISERTE PERSONER - FÖRBJUDET FÖR ICKE AUKTORISERADE PERSONER ATT ANVÄNDA APPARATEN - ΑΠΑΓΟΡΕΥΣΗ ΧΡΗΣΗΣ ΣΕ ΜΗ ΕΠΙΤΕΤΡΑΜΕΝΑ ΑΤΟΜΑ - ИСПОЛЬЗОВАНИЕ ЗАПРЕЩАЕТСЯ ЛЮДЯМ, НЕ ИМЕЮЩИМ РАЗРЕШЕНИЯ - TILOS A HASZNÁLATA A FEL NEM JOGOSÍTOTT SZEMÉLYEK SZÁMÁRA - FOLOSIREA DE CĂTRE PERSOANELE NEAUTORIZATE ESTE INTERZISĂ - ZAKAZ UŻYWANIA OSOBOM NIEAUTORYZOWANYM - ZÁKAZ POUŽITÍ NEPOVOLANÝM OSOBÁM - ZÁKAZ POUŽITIA NEPOVOLANÝM OSOBÁM - NEPOOBLAŠČENIM OSEBAM UPORABA PREPOVEDANA - ZABRANJENA UPOTREBA NEOVLAŠTENIM OSOBAMA - PAŠALINIAMS NAUDOTIS DRAUDŽIAMA - SELLEKS VOLITAMATA ISIKUTEL ON SEADME KASUTAMINE KEELATUD - NEPILNVAROTĀM PERSONĀM IR AIZLIEGTS IZMANTOT APARĀTU- ЗАБРАНЕНО Е ПОЛЗВАНЕТО ОТ НЕУПЪЛНОМОЩЕНИ ЛИЦА. Symbol indicating separation of electrical and electronic appliances for refuse collection. The user is not allowed to dispose of these appliances as solid, mixed urban refuse, and must do it through authorised refuse collection centres. - Simbolo che indica la raccolta separata delle apparecchiature elettriche ed elettroniche. L'utente ha l'obbligo di non smaltire questa apparecchiatura come rifiuto municipale solido misto, ma di rivolgersi ai centri di raccolta autorizzati. - Symbole indiquant la collecte différenciée des appareils électriques et électroniques. L'utilisateur ne peut éliminer ces appareils avec les déchets ménagers solides mixtes, mais doit s'adresser à un centre de collecte autorisé. - Symbol für die getrennte Erfassung elektrischer und elektronischer Geräte. Der Benutzer hat pflichtgemäß dafür zu sorgen, daß dieses Gerät nicht mit dem gemischt erfaßten festen Siedlungsabfall entsorgt wird. Stattdessen muß er eine der autorisierten Entsorgungsstellen einschalten. - Símbolo que indica la recogida por separado de los aparatos eléctricos y electrónicos. El usuario tiene la obligación de no eliminar este aparato como desecho urbano sólido mixto, sino de dirigirse a los centros de recogida autorizados. - Símbolo que indica a reunião separada das aparelhagens eléctricas e electrónicas. O utente tem a obrigação de não eliminar esta aparelhagem como lixo municipal sólido misto, mas deve procurar os centros de recolha autorizados. - Symbool dat wijst op de gescheiden inzameling van elektrische en elektronische toestellen. De gebruiker is verplicht deze toestellen niet te lozen als gemengde vaste stadsafval, maar moet zich wenden tot de geautoriseerde ophaalcentra. - Symbol, der står for særlig indsamling af elektriske og elektroniske apparater. Brugeren har pligt til ikke at bortskaffe dette apparat som blandet, fast byaffald; der skal rettes henvendelse til et autoriseret indsamlingscenter. - Symboli, joka ilmoittaa sähkö- ja elektroniikkalaitteiden erillisen keräyksen. Käyttäjän velvollisuus on kääntyä valtuutettujen keräyspisteiden puoleen eikä välittää laitetta kunnallisena sekajätteenä. - Symbol som angir separat sortering av elektriske og elektroniske apparater. Brukeren må oppfylle forpliktelsen å ikke kaste bort dette apparatet sammen med vanlige hjemmeavfallet, uten henvende seg til autoriserte oppsamlingssentraler. - Symbol som indikerar separat sopsortering av elektriska och elektroniska apparater. Användaren får inte sortera denna anordning tillsammans med blandat fast hushållsavfall, utan måste vända sig till en auktoriserad insamlingsstation. - Σύμβολο που δείχνει τη διαφοροποιημένη συλλογή των ηλεκτρικών κια ηλεκτρονικών συσκευών. Ο χρήστης υποχρεούται να μην διοχετεύει αυτή τη συσκευή σαν μικτό στερεό αστικό απόβλητο, αλλά να απευθύνεται σε εγκεκριμένα κέντρα συλλογής. - Символ, указывающий на раздельный сбор электрического и электронного оборудования. Пользователь не имеет права выбрасывать данное оборудование в качестве смешанного твердого бытового отхода, а обязан обращаться в специализированные центры сбора отходов. - Jelölés, mely az elektromos és elektronikus felszerelések szelektív hulladékgyűjtését jelzi. A felhasználó köteles ezt a felszerelést nem a városi törmelékhulladékkal együttesen gyűjteni, hanem erre engedéllyel rendelkező hulladékgyűjtő központhoz fordulni. - Simbol ce indică depozitarea separată a aparatelor electrice şi electronice. Utilizatorul este obligat să nu depoziteze acest aparat împreună cu deşeurile solide mixte ci să-l predea într-un centru de depozitare a deşeurilor autorizat. - Symbol, który oznacza sortowanie odpadów aparatury elektrycznej i elektronicznej. Zabrania się likwidowania aparatury jako mieszanych odpadów miejskich stałych, obowiązkiem użytkownika jest skierowanie się do autoryzowanych ośrodków gromadzących odpady. - Symbol označující separovaný sběr elektrických a elektronických zařízení. Uživatel je povinen nezlikvidovat toto zařízení jako pevný smíšený komunální odpad, ale obrátit se s ním na autorizované sběrny. - Symbol označujúci separovaný zber elektrických a elektronických zariadení. Užívateľ nesmie likvidovať toto zariadenie ako pevný zmiešaný komunálny odpad, ale je povinný doručiť ho do autorizovaný zberní. - Simbol, ki označuje ločeno zbiranje električnih in elektronskih aparatov. Uporabnik tega aparata ne sme zavreči kot navaden gospodinjski trden odpadek, ampak se mora obrniti na pooblaščene centre za zbiranje. - Simbol koji označava posebno sakupljanje električnih i elektronskih aparata. Korisnik ne smije odložiti ovaj aparat kao običan kruti otpad, već se mora obratiti ovlaštenim centrima za sakupljanje. - Simbolis, nurodantis atskirų nebenaudojamų elektrinių ir elektroninių prietaisų surinkimą. Vartotojas negali išmesti šių prietaisų kaip mišrių kietųjų komunalinių atliekų, bet privalo kreiptis į specializuotus atliekų surinkimo centrus. - Sümbol, mis tähistab elektri- ja elektroonikaseadmete eraldi kogumist. Kasutaja kohustuseks on pöörduda volitatud kogumiskeskuste poole ja mitte käsitleda seda aparaati kui munitsipaalne segajääde. - Simbols, kas norāda uz to, ka utilizācija ir jāveic atsevišķi no citām elektriskajām un elektroniskajām ierīcēm. Lietotāja pienākums ir neizmest šo aparatūru municipālajā cieto atkritumu izgāztuvē, bet nogādāt to pilnvarotajā atkritumu savākšanas centrā. - Символ, който означава разделно събиране на електрическата и електронна апаратура. Ползвателят се задължава да не изхвърля тази апаратура като смесен твърд отпадък в контейнерите за смет, поставени от общината, а трябва да се обърне към специализираните за това центрове. - 3 -

ENGLISH INDEX page page 1. GENERAL SAFETY CONSIDERATIONS FOR ARC WELDING... 5 5.1.2 Assembling the welding cable-electrode holder clamp... 6 2. INTRODUCTION AND GENERAL DESCRIPTION... 5 5.2 HOW TO LIFT THE WELDING MACHINE... 6 2.1 INTRODUCTION... 5 5.3 POSITION OF THE WELDING MACHINE... 6 2.2 OPTIONAL ACCESSORIES... 5 5.4 CONNECTION TO THE MAIN POWER SUPPLY... 6 3. TECHNICAL DATA... 5 5.4.1 Plug and socket... 6 3.1 DATA PLATE... 5 5.5 CONNECTION OF THE WELDING CABLES... 6 3.2 OTHER TECHNICAL DATA... 6 5.5.1 TIG welding... 6 4. DESCRIPTION OF THE WELDING MACHINE... 6 5.5.2 MMA WELDING... 7 4.1 BLOCK DIAGRAM... 6 6. WELDING: DESCRIPTION OF THE PROCEDURE... 7 4.1.1 Welding machine with LIFT strike... 6 6.1.1 General principles... 7 4.1.2 Welding machine with HF/LIFT strike... 6 6.1.2 HF and LIFT strike... 7 4.2 CONTROL DEVICES, ADJUSTMENT AND CONNECTION... 6 6.1.3 Procedure... 7 4.2.1 COMPACT welding machine with LIFT strike... 6 6.1.3.1 Welding modes for welding machines with LIFT strike... 7 4.2.1.1 Front panel... 6 6.1.3.2 Welding modes for welding machines with HF/LIFT strike... 7 4.2.1.2 Back panel... 6 6.2 MMA WELDING... 7 4.2.2 Welding machine with HF/LIFT strike... 6 6.2.1 Comments... 7 4.2.2.1 Front panel... 6 6.2.2 Procedure... 7 4.2.2.2 Back panel... 6 7. MAINTENANCE... 7 4.2.3 Remote control... 6 7.1 ROUTINE MAINTENANCE... 7 5. INSTALLATION... 6 7.1.1 Torch... 7 5.1 ASSEMBLY... 6 7.2 EXTRAORDINARY MAINTENANCE... 7 5.1.1 Assembling the return cable-clamp... 6 8. TROUBLESHOOTING... 7 INVERTER WELDING MACHINES FOR TIG AND MMA WELDING DESIGNED FOR INDUSTRIAL AND PROFESSIONAL USE. Note: In the following text the term welding machine" will be used. 1. GENERAL SAFETY CONSIDERATIONS FOR ARC WELDING The operator should be properly trained to use the welding machine safely and should be informed about the risks related to arc welding procedures, the associated protection measures and emergency procedures. (Refer also to the IEC TECHNICAL SPECIFICATION or CLC/TS 62081 : INSTALLATION AND USE OF EQUIPMENT FOR ARC WELDING). - Class A equipment: This welding machine conforms to technical product standards for exclusive use in an industrial environment and for professional purposes. It does not assure compliance with electromagnetic compatibility in domestic dwellings and in premises directly connected to a low-voltage power supply system feeding buildings for domestic use. - Avoid direct contact with the welding circuit: the no-load voltage supplied by EXTRA PRECAUTIONS WELDING OPERATIONS: - In environments with increased risk of electric shock. - In confined spaces. - In the presence of flammable or explosive materials. the welding machine can be dangerous under certain circumstances. MUST BE evaluated in advance by an Expert supervisor and must always be - When the welding cables are being connected or checks and repairs are carried out in the presence of other people trained to intervene in carried out the welding machine should be switched off and disconnected emergencies. from the power supply outlet. Technical protection measures MUST BE taken as described in 5.10; A.7; A.9. - Switch off the welding machine and disconnect it from the power supply outlet of the IEC TECHNICAL SPECIFICATION or CLC/TS 62081. before replacing consumable torch parts. - The operator MUST NOT BE ALLOWED to weld in raised positions unless - Make the electrical connections and installation according to the safety rules safety platforms are used. and legislation in force. - VOLTAGE BETWEEN ELECTRODE HOLDERS OR TORCHES: working with - The welding machine should be connected only and exclusively to a power more than one welding machine on a single piece or on pieces that are source with the neutral lead connected to earth. connected electrically may generate a dangerous accumulation of no-load - Make sure that the power supply plug is correctly connected to the earth voltage between two different electrode holders or torches, the value of which protection outlet. may reach double the allowed limit. - Do not use the welding machine in damp or wet places and do not weld in the An expert coordinator must use measuring instruments to determine the rain. existence of a risk and should take suitable protection measures as detailed in - Do not use cables with worn insulation or loose connections. 5.9 of the IEC TECHNICAL SPECIFICATION or CLC/TS 62081. RESIDUAL RISKS - Do not weld on containers or piping that contains or has contained flammable - IMPROPER USE: it is hazardous to use the welding machine for any work other liquid or gaseous products. than that for which it was designed (e.g. de-icing mains water pipes). - Do not operate on materials cleaned with chlorinated solvents or near such substances. - Do not weld on containers under pressure. 2. INTRODUCTION AND GENERAL DESCRIPTION - Remove all flammable materials (e.g. wood, paper, rags etc.) from the working 2.1 INTRODUCTION area. This welding machine is a power source for arc welding, made specifically for TIG (DC) - Provide adequate ventilation or facilities for the removal of welding fumes welding with HF or LIFT strike and MMA welding with coated electrodes (rutile, acid, near the arc; a systematic approach is needed in evaluating the exposure basic). limits for the welding fumes, which will depend on their composition, The specific characteristics of this regulation system (INVERTER), i.e. high speed and concentration and the length of exposure itself. precise regulation, mean the welding machine gives excellent results. - Keep the gas bottle (if used) away from heat sources, including direct Regulation with the inverter system at the input of the power supply line (primary) sunlight. means there is a drastic reduction in the volume of both the transformer and the levelling reactance. This allows the construction of a welding machine with extremely reduced weight and volume, enhancing its advantages of easy handling and transportation. 2.2 OPTIONAL ACCESSORIES - Use adequate electrical insulation with regard to the electrode, the work piece - MMA welding Kit. and any (accessible) earthed metal parts in the vicinity. - TIG welding Kit. This is normally achieved by wearing gloves, shoes, head coverings and - Argon gas bottle adapter. clothing designed for this purpose and by using insulating platforms or mats. - Pressure reducing valve with gauge. - Always protect your eyes using masks or helmets with special actinic glass. - TIG welding torch. Use special fire-resistant protective clothing and do not allow the skin to be - Self-darkening mask: with fixed and adjustable glass. exposed to the ultraviolet and infrared rays produced by the arc; other people - Welding current return cable complete with earth clamp. in the vicinity of the arc should be protected by shields of non-reflecting - Manual remote control with 1 potentiometer. curtains. - Manual remote control with 2 potentiometers. - Pedal remote control. - TIG Pulse remote control (if present). - Gas connector and pipe for hook-up with Argon bottle. 3. TECHNICAL DATA - The flow of the welding current generates electromagnetic fields (EMF) around 3.1 DATA PLATE (FIG. A) the welding circuit. The most important data regarding use and performance of the welding machine are Electromagnetic fields can interfere with certain medical equipment (e.g. Pace- summarised on the rating plate and have the following meaning: makers, respiratory equipment, metallic prostheses etc.). 1- Protection rating of the covering. Adequate protective measures must be adopted for persons with these types of 2- Symbol for power supply line: medical apparatus. For example, they must be forbidden access to the area in 1~: single phase alternating voltage; which welding machines are in operation. 3~: three phase alternating voltage. This welding machine conforms to technical product standards for exclusive use 3- Symbol S: indicates that welding operations may be carried out in environments with in an industrial environment for professional purposes. It does not assure heightened risk of electric shock (e.g. very close to large metallic volumes). compliance with the basic limits relative to human exposure to electromagnetic 4- Symbol for welding procedure provided. fields in the domestic environment. 5- Symbol for internal structure of the welding machine. 6- EUROPEAN standard of reference, for safety and construction of arc welding The operator must adopt the following procedures in order to reduce exposure to machines. electromagnetic fields: 7- Manufacturer's serial number for welding machine identification (indispensable for - Fasten the two welding cables as close together as possible. technical assistance, requesting spare parts, discovering product origin). - Keep head and trunk as far away as possible from the welding circuit. 8- Performance of the welding circuit: - Never wind welding cables around the body. - U 0 : maximum no-load voltage (open welding circuit). - Avoid welding with the body within the welding circuit. Keep both cables on the - I 2/U 2: current and corresponding normalised voltage that the welding machine can same side of the body. supply during welding. - Connect the welding current return cable to the piece being welded, as close - X : Duty cycle: indicates the time for which the welding machine can supply the as possible to the welding joint. corresponding current (same column). It is expressed as %, based on a 10 minutes - Do not weld while close to, sitting on or leaning against the welding machine cycle (e.g. 60% = 6 minutes working, 4 minutes pause, and so on). (keep at least 50 cm away from it). If the usage factors (on the plate, referring to a 40 C environment) are exceeded, - Do not leave objects in ferromagnetic material in proximity of the welding the thermal safeguard will trigger (the welding machine will remain in standby until circuit. its temperature returns within the allowed limits). - Minimum distance d= 20 cm (Fig. S). - A/V-A/V: shows the range of adjustment for the welding current (minimum maximum) at the corresponding arc voltage. - 5 -

9- Technical specifications for power supply line: - ANTI STICK protection: automatically shuts down the welding machine if the - U 1: Alternating voltage and power supply frequency of welding machine (allowed electrode sticks to the material being welded so that it can be removed manually limit ±10%). without damaging the electrode holder clamp. - I : Maximum current absorbed by the line. 11- Green LED if on this means power is present at output, in the torch or on the 1 max - I : Effective current supplied. electrode (only for 3-phase model). 1eff 12- Potentiometer BI-LEVEL current adjustment, 0 100% scale (only for 3-phase 10- : Size of delayed action fuses to be used to protect the power line. model). 11-Symbols referring to safety regulations, whose meaning is given in chapter 1 General safety considerations for arc welding. 4.2.2.2 Back panel (FIG. G) 1 - Power supply cable 2p + (W) for single phase, or 3p + (W) for 3-phase. Note: The data plate shown above is an example to give the meaning of the symbols and 2 - Main switch O/OFF - I/ON. numbers; the exact values of technical data for the welding machine in your possession must be checked directly on the data plate of the welding machine itself. 3 - Pipe fitting for gas tube connection (gas regulator cylinder - machine). 4 - Remote regulators connector. 3.2 OTHER TECHNICAL DATA - WELDING MACHINE: see table 1 (TAB.1) 4.2.3 Remote control - TORCH: see table 2 (TAB.2) Using the special 14-pin connector on the back, it is possible to attach different types of remote control to the welding machine. Each device will be recognised automatically The welding machine weight is shown in table 1 (TAB. 1). and can be used to adjust the following parameters: - Remote control with one potentiometer: 4. DESCRIPTION OF THE WELDING MACHINE turning the potentiometer knob will change the main current from the minimum to the 4.1 BLOCK DIAGRAM The welding machine consists basically of power modules made on PCB's, optimised to achieve outstanding reliability and reduced maintenance. maximum. The main current is adjusted only and exclusively by the remote control. - Pedal remote control: The current value is determined by the position of the pedal. In TIG 2-STROKE mode pressing the pedal gives the start command to the machine instead of the torch button (if present). - Remote control with two potentiometers: the first potentiometer adjusts the main current. The second potentiometer adjusts another parameter, depending on the active welding mode. When this potentiometer is turned the display will show the changing value of the parameter (which can no longer be controlled with the knob on the panel). In MMA mode it regulates ARC FORCE and in TIG mode, for welding machines with HF/LIFT strike it adjusts the SLOPE DOWN. - TIG-PULSE remote control (for the TWIN CASE welding machine and 3-phase model with HF/LIFT strike): used for TIG welding with pulsed direct current, with the possibility of remote control adjustment of the most important parameters: base current intensity, pulsed current intensity, duration of pulsed current, period of pulsed current. This procedure gives greater control of heat transfer, making it possible to weld materials that are thin or have a tendency for hot cracking, and it is also suited to welding pieces of varying thickness and dissimilar steels such as stainless and low- carbon steel. The TIG PULSE remote control is only active in TIG DC 2-stroke and 4-stroke. 4.1.1 Welding machine with LIFT strike (FIG. B) 1- Input single phase or 3-phase power supply line, rectifier unit and levelling capacitors. 2- Transistor switching bridge (IGBT) and drivers: commutes the rectified power supply voltage to high frequency alternating voltage and adjusts the power according to the required welding current/voltage. 3- High frequency transformer: the voltage converted by block 2 powers the primary winding; its function is to adjust the voltage and current to the values needed for the arc welding procedure and at the same time to form galvanic separation of the welding circuit from the power supply line. 4- Secondary rectifier bridge with levelling inductance: commutes the alternating voltage/current supplied by the secondary winding into very low ripple direct current/voltage. 5- Control and adjustment electronics: they control the welding current value instantaneously and compare it with the operator's setting; they modulate the control impulses from the IGBT drivers that make the adjustment. They determine the dynamic response of the current during electrode melting/fusion (instantaneous short circuits) and supervise the safety systems. 6- Welding machine operation control logic; sets the welding cycles, controls the actuators, supervises the safety systems. 7- Settings panel and display of parameters and operating modes. 5. INSTALLATION 8- Remote control. 4.1.2 Welding machine with HF/LIFT strike (FIG. C) WARNING! CARRY OUT ALL INSTALLATION OPERATIONS AND 1- Input: 1-phase power supply, rectifier unit and levelling capacitors. ELECTRICAL CONNECTIONS WITH THE WELDING MACHINE COMPLETELY 2- Transistor switching bridge (IGBT) and drivers: commutes the rectified power SWITCHED OFF AND DISCONNECTED FROM THE POWER SUPPLY OUTLET. supply voltage to high frequency alternating voltage and adjusts the power THE ELECTRICAL CONNECTIONS MUST BE MADE ONLY AND EXCLUSIVELY BY according to the required welding current/voltage. AUTHORISED OR QUALIFIED PERSONNEL. 3- High frequency transformer: the voltage converted by block 2 powers the primary winding; its function is to adjust the voltage and current to the values needed for the 5.1 ASSEMBLY arc welding procedure and at the same time to form galvanic separation of the 5.1.1 Assembling the return cable-clamp (FIG. H) welding circuit from the power supply line. 5.1.2 Assembling the welding cable-electrode holder clamp (FIG. I) 4- Secondary rectifier bridge with levelling inductance: commutes the alternating voltage/current supplied by the secondary winding into very low ripple direct 5.2 HOW TO LIFT THE WELDING MACHINE current/voltage. All the welding machines described in this handbook should be lifted using the handle or 5- Control and adjustment electronics: they control the welding current value strap supplied if provided for the particular model (fitted as described in FIG. L). instantaneously and compare it with the operator's setting; they modulate the control impulses from the IGBT drivers that make the adjustment. 5.3 POSITION OF THE WELDING MACHINE They determine the dynamic response of the current during electrode melting/fusion Choose the place to install the welding machine so that the cooling air inlets and outlets (instantaneous short circuits) and supervise the safety systems. are not obstructed (forced circulation by fan, if present); at the same time make sure that 6- Welding machine operation control logic; sets the welding cycles, controls the conductive dusts, corrosive vapours, humidity etc. will not be sucked into the machine. actuators, supervises the safety systems. Leave at least 250mm free space around the welding machine. 7- Settings panel and display of parameters and operating modes. 8- HF strike generator. 9- Protective gas solenoid valve EV. WARNING! Position the welding machine on a flat surface with sufficient 10-Remote control. carrying capacity for its weight, to prevent it from tipping or moving hazardously. 4.2 CONTROL DEVICES, ADJUSTMENT AND CONNECTION 4.2.1 COMPACT welding machine with LIFT strike 5.4 CONNECTION TO THE MAIN POWER SUPPLY 4.2.1.1 Front panel (FIG. D) - Before making any electrical connection, make sure the rating data of the welding 1 - Positive quick plug (+) to connect welding cable. machine correspond to the mains voltage and frequency available at the place of 2- GREEN LED : Connection to the mains, machine ready to work. installation. 3 - YELLOW LED: normally off, when ON it means that the welding current cannot flow - The welding machine should only be connected to a power supply system with the due to one of the following faults: neutral conductor connected to earth. - Thermal protection: inside the machine the temperature is excessive. The - To ensure protection against indirect contact use residual current devices of the machine is ON but does not deliver current until a normal temperature is reached. following types: Once this happens the re-start is automatic. - Mains over/undervoltage protection: the machine is blocked: the power supply - Type A ( ) for single phase machines; voltage is 15% above or below the rating plate value. WARNING: Exceeding the - Type B ( ) for 3-phase machines. upper voltage limit, as above, will cause serious damage to the device. - To comply with the requirements of the EN 61000-3-11 (Flicker) standard we - ANTI STICK protection: automatically shuts down the welding machine if the recommend connecting the welding machine to interface points of the power supply electrode sticks to the material being welded so that it can be removed manually that have an impedance of less than: without damaging the electrode holder clamp. - Zmax =0.21 ohm, for single phase welding machines with absorbed current greater 4 - TIG/MMA mode selector: than 16A; - Zmax =0.31 ohm, for single phase welding machines with absorbed current less - TIG WELDING than or equal to 16A; - Zmax = 0.283 ohm, for 3-phase welding machine. - The welding machine does not fall within the requisites of IEC/EN 61000-3-12 - MMA ELECTRODE WELDING standard. 5 - Negative quick plug (-) to connect welding cable. Should it be connected to a public mains system, it is the installer's responsibility to 6- Potentiometer to regulate welding current with graduated scale in Amps, which verify that the welding machine itself is suitable for connecting to it (if necessary, also allows regulation during welding. consult the distribution network company). 4.2.1.2 Back panel (FIG. E) 5.4.1 Plug and socket 1 - power supply cable 2p + (W). - Single phase welding machines with absorbed currents that are less than or equal to 2 - General luminous switch O/OFF - I/ON. 16A are supplied from the factory with a power supply cable connected to a 3 - Remote control connector. standardised plug (2P+T) 16A \250V - Single phase welding machines with absorbed currents greater than 16A and 3-4.2.2 Welding machine with HF/LIFT strike phase machines are supplied with a power supply cable that is to be connected to an 4.2.2.1 Front panel (FIG. F) appropriately sized standardised plug, (2P+T) for single phase models and (3P+T) for 1- Potentiometer to regulate welding current with graduated scale in Amps, which 3-phase models. Prepare a power outlet protected by fuses or by an automatic circuitalso allows regulation during welding. breaker; the appropriate earth terminal should be connected to the earth conductor 2- TIG 2T, TIG 4T and MMA mode selector: (yellow-green) of the power line. 3- GREEN LED : Connection to the mains, machine ready to work. - Table (TAB.1) shows the recommended delayed fuse sizes in amps, chosen 4- Selector with 2 positions for TIG start modes: HF mode (high frequency,) according to the max. nominal current supplied by the welding machine, and the LIFT mode. nominal voltage of the main power supply. 5- Potentiometer for adjusting current down slope time in TIG mode. In MMA mode for adjusting ARC FORCE. Graduated 0-100% scale. 5.5 CONNECTION OF THE WELDING CABLES 6- Positive quick plug (+) to connect welding cable. 7- Negative quick plug (-) to connect welding cable. 8- Pipe fitting for connection of the TIG torch gas tube. WARNING! BEFORE MAKING THE FOLLOWING CONNECTIONS MAKE 9- Connector for connection torch pushbutton cable. SURE THE WELDING MACHINE IS SWITCHED OFF AND DISCONNECTED FROM 10- YELLOW LED: normally off, when ON it means that the welding current cannot flow THE POWER SUPPLY OUTLET. 2 due to one of the following faults: Table (TAB. 1) gives the recommended values for the welding cables (in mm ) - Thermal protection: inside the machine the temperature is excessive. The depending on the maximum current supplied by the welding machine. machine is ON but does not deliver current until a normal temperature is reached. Once this happens the re-start is automatic. 5.5.1 TIG welding - Mains over/undervoltage protection: the machine is blocked: the power supply Connecting the torch voltage is 15% above or below the rating plate value. WARNING: Exceeding the - Insert the torch current cable into the appropriate quick terminal (-). Connect the upper voltage limit, as above, will cause serious damage to the device. three-pin connector (torch button) to the appropriate socket (if present). Connect the - 6 -

torch gas pipe to the appropriate connector (if present). SLOPE DOWN function (if it has been set) to reach the minimum welding current The Connecting the electrode-holder clamp welding cable minimum current will be maintained until the button is released to terminate the - On the end take a special terminal that is used to close the uncovered part of the welding cycle and start the post gas phase. electrode. If, on the other hand, you release the button while the SLOPE DOWN function is This cable is connected to the terminal with the symbol (+) proceeding, the welding cycle will terminate immediately and the post gas phase will Connection to the gas bottle start (FIG.Q). - Screw the pressure reducing valve to the gas bottle valve, if necessary inserting the special reduction adapter supplied as an accessory. 6.2 MMA WELDING - Connect the gas inlet pipe to the pressure-reducing valve and tighten the band 6.2.1 Comments supplied. - It is most important that the user refers to the maker's instructions indicated on the - Loosen the adjustment ring nut on the pressure-reducing valve before opening the stick electrode packaging. This will indicate the correct polarity of the stick bottle valve. electrode and the most suitable current. - Open the valve on the bottle and adjust the quantity of gas (l/min) according to the - The welding current must be regulated according to the diameter of the electrode in suggestions for use given in the table (TAB. 3); if it is necessary to adjust the gas flow use and the type of the joint to be carried out: see below the currents corresponding during welding this should always be done by adjusting the ring nut on the pressure to various electrode diameters: reduction valve. Make sure there are no leaks in the piping and connectors. ø Electrode (mm) Welding current (A) WARNING! Always close the gas bottle valve at the end of the job. min. max. 1.6 25-50 5.5.2 MMA WELDING 2 40-80 Almost all coated electrodes are connected to the positive pole (+) of the power source; 2.5 60-110 as an exception to the negative pole (-) for acid coated electrodes. 3.2 80-160 Connecting the electrode-holder clamp welding cable 4 120-200 On the end take a special terminal that is used to close the uncovered part of the 5 150-280 electrode. - The user must consider that, according to the electrode diameter, higher current This cable is connected to the terminal with the symbol (+) values must be used for flat welding, whereas for vertical or overhead welds lower Connecting the welding current return cable current values are necessary. This is connected to the piece being welded or to the metal bench supporting it, as close - As well as being determined by the chosen current intensity, the mechanical as possible to the join being made. characteristics of the welded join are also determined by the other welding This cable is connected to the terminal with the symbol (-) parameters i.e. arc length, working rate and position, electrode diameter and quality (to store the electrodes correctly, keep them in a dry place protected by their packaging or containers). 6. WELDING: DESCRIPTION OF THE PROCEDURE - The properties of the weld also depend on the ARC-FORCE value (dynamic 6.1.1 General principles TIG welding is a welding procedure that exploits the heat produced by the electric arc behaviour) of the welding machine. The setting for this parameter can be made (when that is struck, and maintained, between a non-consumable electrode (tungsten) and the available) at the control panel, or else using the remote control with 2 potentiometers. piece to be welded. The tungsten electrode is supported by a torch suitable for - It should be noted that high ARC-FORCE values achieve better penetration and allow transmitting the welding current to it and protecting the electrode itself and the weld pool welding in any position typically with basic electrodes, low ARC-FORCE values give a from atmospheric oxidation, by the flow of an inert gas (usually argon: Ar 99.5) which softer, spray-free arc typically with rutile electrodes. The welding machine is also equipped with HOT START and ANTI STICK devices to flows out of the ceramic nozzle (FIG. M). guarantee easy starts and to prevent the electrode from sticking to the piece. TIG DC welding is suitable for all low- and high-carbon steels and the heavy metals, copper, nickel, titanium and their alloys. For TIG DC welding with the electrode to the (-) terminal the electrode with 2% cerium 6.2.2 Procedure (grey band). - Holding the mask IN FRONT OF THE FACE, strike the electrode tip on the workpiece It is necessary to sharpen the tungsten electrode axially on the grinding wheel, as as if you were striking a match. This is the correct strike-up method. shown in FIG. N, making sure that the tip is perfectly concentric to prevent arc deviation. WARNING: do not hit the electrode on the workpiece, this could damage the It is important to carry out the grinding along the length of the electrode. This operation electrode and make strike-up difficult. should be repeated periodically, depending on the amount of use and wear of the - As soon as arc is ignited, try to maintain a distance from the workpiece equal to the electrode, or when the electrode has been accidentally contaminated, oxidised or used diameter of the electrode in use. Keep this distance as much constant as possible for incorrectly. the duration of the weld. Remember that the angle of the electrode as it advances To achieve a good weld it is absolutely necessary to use the exact electrode diameter should be of 20-30 grades. - At the end of the weld bead, bring the end of the electrode backward, in order to fill the with the exact current, see the table (TAB.3). weld crater, quickly lift the electrode from the weld pool to extinguish the arc. The electrode usually protrudes from the ceramic nozzle by 2-3mm, but this may reach 8mm for corner welding. CHARACTERISTICS OF THE WELD BEAD (FIG. R) Welding is achieved by fusion of the edges of the joint. For properly prepared thin pieces (up to about 1mm) weld material is not needed (FIG. O). 7. MAINTENANCE For thicker pieces it is necessary to use filler rods of the same composition as the base material and with an appropriate diameter, preparing the edges correctly (FIG. P). To achieve a good weld the pieces should be carefully cleaned and free of oxidation, oil, WARNING! BEFORE CARRYING OUT MAINTENANCE OPERATIONS MAKE grease, solvents etc. SURE THE WELDING MACHINE IS SWITCHED OFF AND DISCONNECTED FROM THE MAIN POWER SUPPLY. 6.1.2 HF and LIFT strike HF strike: The electric arc is struck without contact between the tungsten electrode and the piece being welded, by means of a spark generated by a high frequency device. This strike mode does not entail either tungsten inclusions in the weld pool or electrode wear and gives an easy start in all welding positions. 7.1 ROUTINE MAINTENANCE ROUTINE MAINTENANCE OPERATIONS CAN BE CARRIED OUT BY THE OPERATOR. 7.1.1 Torch Procedure: - Do not put the torch or its cable on hot pieces; this would cause the insulating Press the torch button, bringing the tip of the electrode close to the piece (2-3mm), wait materials to melt, making the torch unusable after a very short time. for the arc strike transferred by the HF pulses and, when the arch has struck, form the - Make regular checks on the gas pipe and connector seals. weld pool on the piece and proceed along the joint. - Accurately match collet and collet body with the selected electrode diameter in order If there are difficulties in striking the arc even though the presence of gas is confirmed to avoid overheating, bad gas diffusion and poor performance. and the HF discharges are visible, do not insist for long in subjecting the electrode to HF - At least once a day check the terminal parts of the torch for wear and make sure they action, but check the integrity of the surface and the shape of the tip, dressing it on the are assembled correctly: nozzle, electrode, electrode-holder clamp, gas diffuser. grinding wheel if necessary. At the end of the cycle the current will fall at the slope down - Before using the welding machine, always check the terminal parts of the torch for setting. wear and make sure they are assembled correctly: nozzle, electrode, electrodeholder clamp, gas diffuser. LIFT strike: The electric arc is struck by moving the tungsten electrode away from the piece to be 7.2 EXTRAORDINARY MAINTENANCE welded. This strike mode causes less electrical-radiation disturbance and reduces EXTRAORDINARY MAINTENANCE OPERATIONS SHOULD BE CARRIED OUT tungsten inclusions and electrode wear to a minimum. ONLY AND EXCLUSIVELY BY SKILLED OR AUTHORISED ELECTRICAL- Procedure: MECHANICAL TECHNICIANS. Place the tip of the electrode on the piece, using gentle pressure. Press the torch button right down (only for HF/LIFT models) and lift the electrode 2-3mm with a few moments' delay, thus striking the arc. Initially the welding machine supplies a current I, after a WARNING! BEFORE REMOVING THE WELDING MACHINE PANELS AND BASE few moments the welding current setting will be supplied. At the end of the cycle the WORKING INSIDE THE MACHINE MAKE SURE THE WELDING MACHINE IS current will fall to zero at the slope down setting (only for HF/LIFT models). SWITCHED OFF AND DISCONNECTED FROM THE MAIN POWER SUPPLY OUTLET. 6.1.3 Procedure 6.1.3.1 Welding modes for welding machines with LIFT strike If checks are made inside the welding machine while it is live, this may cause - Adjust the welding current to the desired value using the knob; if necessary adjust it serious electric shock due to direct contact with live parts and/or injury due to during welding to the actual heat transfer needed. direct contact with moving parts. - Make sure the gas outflow is correct. - Inspect the welding machine regularly, with a frequency depending on use and the - To interrupt welding, lift the electrode quickly from the piece. dustiness of the environment, and remove the dust deposited on the transformer, reactance and rectifier using a jet of dry compressed air (max. 10bar). 6.1.3.2 Welding modes for welding machines with HF/LIFT strike - Do not direct the jet of compressed air on the electronic boards; these can be cleaned TIG mode with 2T sequence: with a very soft brush or suitable solvents. - Press the torch button right down, strike the arc keeping at 2-3mm from the piece. - At the same time make sure the electrical connections are tight and check the wiring - Adjust the welding current to the desired value using the knob; if necessary adjust it for damage to the insulation. during welding to the actual heat transfer needed. - At the end of these operations re-assemble the panels of the welding machine and - Make sure the gas outflow is correct screw the fastening screws right down. - To interrupt welding release the torch button, causing the current to decrease to - Never, ever carry out welding operations while the welding machine is open. nothing gradually (if the SLOPE DOWN function is enabled) or immediate extinction 8. TROUBLESHOOTING of the arc with subsequent post gas. TIG mode with 4T sequence: - The first time the button is pressed it will strike the arc with base current I. When the IN CASE OF UNSATISFACTORY FUNCTIONING, BEFORE SERVICING MACHINE BASE button is released the current increases to the welding current value; this value is also OR REQUESTING ASSISTANCE, CARRY OUT THE FOLLOWING CHECK: maintained when the button is released. If you keep the button pressed down the - Check that the welding current, which is regulated by the potentiometer with a current will decrease according to the SLOPE DOWN function (if it has been set) to graduated amp scale, is correct for the diamter and electrode type in use. reach the minimum welding current The minimum current will be maintained until the - Check that when general switch is ON the relative lamp is ON. If this is not the case button is released to terminate the welding cycle and start the post gas phase. then the problem is located on the mains (cables, plugs, outlets, fuses, etc.) If, on the other hand, you release the button while the SLOPE DOWN function is - Check that the yellow led (ie. thermal protection interruption- either over or proceeding, the welding cycle will terminate immediately and the post gas phase will undervoltage or short circuit) is not lit. start. - Check that the nominal intermittance ratio is correct. In case there is a thermal protection interruption, wait for the machine to cool down, check that the fan is TIG mode with 4T sequence (BI-LEVEL) (only for TWIN CASE and 3-phase working properly. models): - Check the mains voltage: if the value is too high or too low the welding machine will be - 4T BI-LEVEL TIG mode (for the TWIN CASE welding machine with HF/LIFT strike) is stopped. only available with dual potentiometer remote control, I B can be adjusted with the - Check that there is no short-circuit at the output of the machine: if this is the case Slope Down /Arc Force potentiometer of the welding machine. If there is no dual eliminate the incovenience. potentiometer control IB is 25% of the current setting. - Check that all connections of the welding circuit are correct, particularly that the work - The first time the button is pressed it will strike the arc with the base current setting clamp is well attached to the workpiece, with no interferring material or surface- I BASE. When the button is released the current increases to the welding current value; coverings (ie. Paint). this value is also maintained when the button is released. Every time the button is - Protective gas must be of appropriate type (Argon 99,5%) and quantity. pressed after that (the time between pressure and release should be short) the current will vary between the BI-LEVEL parameter setting I B and the main current value I A. If you keep the button pressed down the current will decrease according to the - 7 -