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An Implement 1.5 MHz of Induction Heating for Aluminum Based on Vacuum Tube Oscillator Circuit

机译:基于真空管振荡电路的铝制铝的诱导加热装置实现1.5MHz

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This paper presents an implement 1.5 MHz induction heating for aluminum based on vacuum tube oscillator circuit. It is operated by supplying input voltage 220 V/50 Hz to transformer with 220 V/2.4 kV then rectify form AC to DC voltage, which is then supplied to vacuum tube oscillator circuit. It produce an AC voltage, which has the waveform with high frequency close to the resonance frequency. This paper shows the heat up for aluminum with 0.95 kilowatt power and switching frequency at 1.5 MHz, consequently the circulating current at the induction coil and the work piece, causing heat at the work piece. Experimental results, induction hardening had a high power factor equal to 0.993 in a heat up aluminum rod with 10-mm diameter from room temperature to 600 °C within time about 60 second at the maximum full load power.
机译:本文介绍了基于真空管振荡器电路的铝的实现1.5MHz感应加热。通过将输入电压220 V / 50Hz提供给变压器,然后用220V / 2.4kV向变压器提供操作,然后整流形式AC至DC电压,然后提供给真空管振荡器电路。它产生交流电压,具有高频接近谐振频率的波形。本文显示了铝的加热,铝为0.95千瓦的电源和开关频率为1.5 MHz,因此在感应线圈和工件处循环电流,导致工件上的热量。实验结果,感应硬化在升温铝棒中具有等于0.993的高功率因数,在最大载荷动力下在约60秒内从室温至600°C的10mm直径为600°C。

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