WiseThin+-kortbueproces
Optimeret kortbueproces til tyndplade- og positionssvejsning.
- Hjem
- Specialprocesser
- WiseThin+
20 % hurtigere svejsning
Svejs hurtigere i forhold til traditionel kortbuesvejsning.
40 % lavere udgifter til beskyttelsesgas
Lavere udgifter til beskyttelsesgas på grund af muligheden for at bruge CO₂.
25 % lavere varmetilførsel
Lavere varmetilførsel giver mindre deformation og mindre efterbehandling.
Højere svejsehastighed og bedre kvalitet
WiseThin+ er en specielt tilpasset kortbueproces til manuel og automatiseret tyndpladesvejsning. Processen i WiseThin+ bygger på en nøjagtig måling af spændingen og styring af strømmen. Svejseegenskaber som blandgas ved svejsning med ren CO₂. Udvider parametervinduet og reducerer dermed behovet for at bruge mindre tråddiametre. Bløde, behagelige lysbueegenskaber. Fremragende svejseegenskaber til pladetykkelser 0,8 ... 3,0 mm. Reducerer varmeinput og dermed også deformationer – fremragende tænding af lysbuen ved hæftesvejsning og start/stop.
20 % hurtigere svejsning med WiseThin+
WiseThin+-svejsning har fremragende svejseegenskaber til positionssvejsning af tykkere plader. Lysbuen er stabil og let at håndtere, og lyden fra lysbuen er altid ensartet på grund af den stabile kortslutning. Smeltebadet flyder jævnt til kantsømmen, og der er ingen risiko for kærvdannelse. Som følge heraf er der ingen sprøjt. Stilling PF, 1,2 mm Fe massiv tråd, Ar+ CO₂ eller CO₂ beskyttelsesgas, pladetykkelse 6,0 mm + 6,0 mm, Wfs = 2,65 m/min → I = 105 A og U = 18,5 V, Finjustering +1,5.
Spar 40 % på beskyttelsesgassen
Med den optimerede WiseThin+-svejseproces kan du svejse med CO₂-beskyttelsesgas og stadig opnå samme kvalitet som med blandgas. Det giver en besparelse på 40 % på gasomkostningerne.
Produktiv tyndplade- og positionssvejsning med WiseThin+
Den optimerede kortbueproces er velegnet til svejsning af både tyndplader og tykkere plader i forbindelse med positionssvejsning, selv ved brede svejsesømme og varierende spalteåbninger. Giver en lysbue uden svejsesprøjt med en præcis digital styring.
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