12v to 48v 50A Zvs Induction Heating for Metal Smelting
In this video I'm going to look at and test a 12v to 48v 40 amp 1800 watt ZVS circuit which is an induction heater so I'm going to test it with my power supply that I created in my previous video and also try to melt the aluminum using the graphite crucible although the recommended current for this circuit is only 35 amps continuous but the printed circuit can handle a maximum current of 50 amps.
Around 300A at 150kHz in the inductor making it possible to highlight the consequences of the induced current in an aluminum block: Laplace forces responsible for levitation and Joule effect responsible for the heating leading to the melting of the block. The surface tension of aluminum allows it to remain in a "ball"; the levitation of other metals is much less easy.
12v to 48v 50A Zvs Induction Heating for Metal Smelting
In this video I'm going to look at and test a 12v to 48v 40 amp 1800 watt ZVS circuit which is an induction heater so I'm going to test it with my power supply that I created in my previous video and also try to melt the aluminum using the graphite crucible although the recommended current for this circuit is only 35 amps continuous but the printed circuit can handle a maximum current of 50 amps.
Around 300A at 150kHz in the inductor making it possible to highlight the consequences of the induced current in an aluminum block: Laplace forces responsible for levitation and Joule effect responsible for the heating leading to the melting of the block. The surface tension of aluminum allows it to remain in a "ball"; the levitation of other metals is much less easy.
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