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电-氧切割的实质是用高頻或声頻电流的感应器沿切割位置移动的方法来代暫氧炔焰进行加热,金屬的切割則仍利用氧气流。試驗中采用—60型高頻振蕩器作为高頻电流的电源,线圈式感应器直接与降压变压器的二次綫圈連接,切割器的咀子位于感应器线圈的空腔中心,切割咀靠止动螺釘与切割工件表面保持一定距离,这样安置感应线圈和切割咀可以切割任何外形的零件。
The essence of electro-oxygen cutting is the use of high frequency or acoustical current sensors moving along the cutting position to temporarily suspend the oxyacetylene flame while the metal cutting still utilizes oxygen flow. Test -60-type high-frequency oscillator as a high-frequency current power supply, coil inductor directly connected to the secondary coil of the step-down transformer, cutter Tsui is located in the inductor coil cavity center, cutting Tsui stop Moving screw and cutting the workpiece surface to maintain a certain distance, so placed induction coil and cutting Tsui can cut any shape of the parts.