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Discharge mechanism of the high-voltage inverter device.

机译:高压逆变器装置的放电机理。

摘要

Discharge feature 1 being the discharge feature which discharges the residual electric charge of the high tension inverter device, discharge terminal P, N and the discharge resistance 4 which are jointed to the positive electrode side and cathode side of the condenser which is possessed in the inverter circuit which is enclosed to the electrolysis cell inverter 6 of the high tension inverter device and has with the short-circuiting means 5 which discharge the residual electric charge of the aforementioned condenser by the fact that it shorts discharge terminal P and N when it continues. Short-circuiting means 5, as it is possessed inside wind tunnel section 8, as discharge resistance 4 and the revolving shaft it is possessed near the destal of the rotary section 11 which exposes from the destal of 11 which has conductor C1 and C2 which it continues and wind tunnel section 8, the case of aforementioned discharge revolving shaft 11 the time have with the short circuit operating member 12 which shorts discharge terminal P and N with conductor C1 and C2 for the shaft center by the fact that it makes move.
机译:放电特征1是使高压逆变器装置的残留电荷放电的放电特征,放电端子P,N和放电电阻4结合在逆变器所具有的电容器的正极侧和阴极侧。该电路被封闭在高压逆变器装置的电解池逆变器6中,并且具有短路装置5,该短路装置5通过在继续使放电端子P和N短路的同时使上述电容器的残留电荷放电。在风洞部段8内部具有短路装置5,在放电部4和旋转轴附近具有短路部件5,旋转部件11的基底从具有导体C1和C2的11的底座暴露出来。风洞部8继续进行,在上述放电旋转轴11的情况下,短路操作部件12通过移动使轴心的导体C1,C2使放电端子P,N短路,从而短路操作部件12。

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