电解精炼中金属带定位测量-eddy

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发布日期：2014-04-30 浏览： 次

电解精炼过程中，为了减少能源消耗，需要尽量缩小金属带和电极之间的距离，这需要非常精确的金属带定位。金属带进入电解槽之前，需通过装有9个电涡流传感器的定位量杆。驱动器根据金属带的几何形状变化调整电极位置，或者当超出限定范围时，倒回到初始位置。

In the electrolytic refinement of thin sheets electrical losses are minimised by a small distance between strip and anode. This requires exact strip guidance.Before the strip enters the coating tank it is guided and measured between two measuring bars with nine eddy-current sensors each.Actuators are initiated and change the position of the anodes in accordance with the strip geometry, or initiate a return to the starting position if limit values are exceeded.