首页> 外国专利> Monitoring distribution of galvanizing currents, comprises using direct current without electrical ripple or as unipolar or bipolar pulse current to electrode in electroplating systems as immersion bath or drum systems

Monitoring distribution of galvanizing currents, comprises using direct current without electrical ripple or as unipolar or bipolar pulse current to electrode in electroplating systems as immersion bath or drum systems

机译:监视镀锌电流的分布,包括使用无电波纹的直流电或作为浸入浴或鼓式系统的电镀系统中电极的单极或双极脉冲电流

摘要

Monitoring the distribution of galvanizing currents, comprises using a direct current without electrical ripple or as unipolar or bipolar pulse current to the electrode (2) in electroplating systems as immersion bath or drum systems, and on horizontal and vertical continuous electroplating equipment and anodizing plants. The two electrical conductors, for symmetry reasons have same size for electroplating currents at their accuracy or parallel depending on the circuit. The current is directed to an electronic measuring device by a single feed-through current transformers. Monitoring the distribution of galvanizing currents, comprises using a direct current without electrical ripple or as unipolar or bipolar pulse current to the electrode (2) in electroplating systems as immersion bath or drum systems, and on horizontal and vertical continuous electroplating equipment and anodizing plants. The two electrical conductors, for symmetry reasons have same size for electroplating currents at their accuracy or parallel depending on the circuit. The current is directed to an electronic measuring device by a single feed-through current transformers or looping current transformers (7). An independent claim is also included for device for monitoring the distribution of galvanizing currents as a direct current, comprising a measuring device with a feed-through current transformer or a looping current transformer through which anodic or cathodic galvanizing electrical currents to be monitored, are guided in their current direction opposite to conductors.
机译:监视镀锌电流的分布,包括在电镀系统(如浸浴或鼓式系统)中以及在水平和垂直连续电镀设备以及阳极氧化设备上,使用没有电波纹或作为单极或双极脉冲电流的直流电流流向电极(2)。出于对称的原因,这两个电导体具有相同的电镀电流大小,取决于电镀电路的精度,或者平行于电路。电流通过单个馈通电流互感器导向电子测量设备。监视镀锌电流的分布,包括在电镀系统(如浸浴或鼓式系统)中以及在水平和垂直连续电镀设备以及阳极氧化设备上,使用没有电波纹或作为单极或双极脉冲电流的直流电流流向电极(2)。出于对称的原因,这两个电导体具有相同的电镀电流大小,取决于电镀电路的精度,或者平行于电路。电流通过单个馈通电流互感器或环形电流互感器(7)导向电子测量设备。还包括用于监测作为直流电的镀锌电流分布的设备的独立权利要求,该设备包括具有馈通电流互感器或环形电流互感器的测量设备,通过该测量设备引导要监控的阳极或阴极镀锌电流。沿与导体相反的电流方向。

著录项

  • 公开/公告号DE102012014985A1

    专利类型

  • 公开/公告日2014-03-27

    原文格式PDF

  • 申请/专利权人 GALVACONSULT GMBH;

    申请/专利号DE20121014985

  • 发明设计人 STIEGLER HELMUT;HUEBEL EGON;

    申请日2012-07-27

  • 分类号C25D21/12;

  • 国家 DE

  • 入库时间 2022-08-21 15:37:57

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