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MIG/MAG-Lassen

MIG/MAG-Lassen. Stefan Dedeckere. Situering Mig-Mag lassen. lassen. vlambooglassen (elektrisch). gassmeltlassen (autogeen). elektrode lassen. MIG/MAG lassen. TIG lassen. Mig/Mag lassen. Betekenis. MIG lassen. MAG lassen. . . M  Metal I  Inert G  Gas. M  Metal

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MIG/MAG-Lassen

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  1. MIG/MAG-Lassen Stefan Dedeckere

  2. Situering Mig-Mag lassen lassen vlambooglassen (elektrisch) gassmeltlassen (autogeen) elektrode lassen MIG/MAG lassen TIG lassen

  3. Mig/Mag lassen.

  4. Betekenis MIG lassen. MAG lassen.   M Metal I Inert G Gas M Metal A Actief G Gas

  5. Boogtypen • Short arc  kortsluitbooglassen. • Spray arc  sproeibooglassen.

  6. Boog en uitsteeklengte.

  7. Beschermgas: Functie • De vlamboog afschermen tegen buitenlucht. • Ioniserende elementen toevoegen.

  8. Beschermgas: soorten

  9. Lasapparatuur

  10. Het draadaanvoersysteem.

  11. De toorts:soorten. • Trek systeem: • Normale toepassingen. • Trek duw systeem: • Moeilijke posities.

  12. Treksysteem.

  13. Trek duw systeem.

  14. Voordelen van MIG – Mag lassen. • Grote neersmeltsnelheid. • Men kan grote openingen dichtlassen. • Geen slak. • Geringe warmte-inbreng.

  15. Nadelen. • Grotere hoeveelheid straling. • Vochtgevoelig laswerk. • Moeilijk te hernemen.

  16. The End

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