GP60——CR14型高频感应加热设备安装后,第一次试熔钢时,发现功率输出不佳,不能使钢材熔化。在改变了阳极冷却水管长度、熔炉坩埚壁厚、电感、反馈电容、栅极偏压电阻和炉料尺寸大小等之后,获得了较理想的工作状态和比较快的熔炼速度。又根据试验结果,对该设备功率输出不佳的原因作了分析。 After the installation of GP60 - CR14 high frequency induction heating equipment, when the first trial of molten steel was found, the power output was not good and the steel could not be melted. After changing the length of the anode cooling water pipe, the wall thickness of the crucible, the inductance, the feedback capacitance, the grid bias resistance and the size of the charge, a better working condition and a faster smelting speed are obtained. According to the test results, the reasons for the poor power output of the device were analyzed.