How do I calculate Warmte-inbreng lassen?

To calculate Warmte-inbreng lassen: Enter Arc voltage U, Welding current I, Travel speed v and other values. Click Calculate. INDUGRID computes the result instantly using the formula: Q [kJ/mm] = (U [V] × I [A] × 60) / (v [mm/min] × 1000) × k. No registration required.

What units does the Warmte-inbreng lassen calculator use?

The Warmte-inbreng lassen calculator uses the following units: V, A, mm/min. SI units are used by default.

Is the Warmte-inbreng lassen calculator free?

Yes. The INDUGRID Warmte-inbreng lassen calculator is completely free, requires no account or login, and works on desktop and mobile browsers.

Lassen & Verbindingstechniek

Warmte-inbreng lassen

Bereken de warmte-inbreng per lengte-eenheid bij booglasprocessen (MIG, MAG, TIG, MMA). Warmte-inbreng beïnvloedt de microstructuur, de warmte-beïnvloede zone en mechanische eigenschappen.

Eenheden:

in LinkedIn

💡Warmte-inbreng bepaalt de HAZ-grootte en afkoelsnelheid. Te hoog → grove korrels, verminderde taaiheid. Te laag → onvolledige versmelting, risico op waterstofscheuren. EN 1011 specificeert maximale warmte-inbreng per materiaal/dikte.

Q [kJ/mm] = (U [V] × I [A] × 60) / (v [mm/min] × 1000) × k

Invoer

Boogspanning U iGemeten boogspanning in Volt. Typisch: MIG/MAG 18–32V, TIG 10–20V, MMA 22–28V.

Lasstroom I iLasstroom in Ampère. Typisch: MIG/MAG 100–350A, TIG 50–250A.

Lassnelheid v iLassnelheid in mm/min. Typisch: MIG/MAG 200–600, TIG 100–300 mm/min.

mm/min

Thermisch rendement k iThermisch rendementfactor k conform EN 1011. MIG/MAG: 0,8, TIG: 0,6, SAO: 1,0, MMA: 0,8.

Resultaat

Warmte-inbreng Q [kJ/mm] —

Warmte-inbreng Q [kJ/m] —

Beoordeling —