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The Design and Application of Distributed Mill's Monitoring and Diagnostic System Base on LabVIEW

机译:基于LabVIEW的分布式磨机监控诊断系统的设计与应用

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This paper researched on the PL-TCM pickling cold rolling mill of WISCO which was introduced from Mitsubishi - Hitachi Company. Design a mill monitoring and diagnostic system by LabVIEW, which can realize the new functions such as collecting, processing, displaying and storing the parameters such as mill rolling force, motor current and voltage, rotational speed, vibration; history data playback; time domain, Frequency Domain, time-Frequency domain analysis. The PL-TCM unit began to emerge obvious thickness fluctuations from the original ±2μm to ±5μm since February in 2009, created 1726 tons inferior materials in this month. This system is used to diagnosis the fault of strip thickness by analysing various parameters which may affect the thickness in time-domain, frequency-domain and time-frequency domain, and has discovered the source of influence. Under the guidance of this result, we have resolved the problem by using a fixed repair early in march. The thickness fluctuation restored to within ±2μm, which avoided the further losses to the enterprise.
机译:本文对三菱日立公司引进的武钢PL-TCM酸洗冷轧机进行了研究。利用LabVIEW设计轧机监控诊断系统,可以实现轧机轧制力,电机电流电压,转速,振动等参数的采集,处理,显示和存储等新功能。历史数据回放;时域,频域,时频域分析。自2009年2月以来,PL-TCM装置的厚度开始出现明显的波动,从原来的±2μm变为±5μm,本月产生了1726吨劣质材料。该系统通过分析可能影响时域,频域和时频域厚度的各种参数来诊断带材厚度故障,并找到了影响的根源。在此结果的指导下,我们已通过在三月初进行固定修复来解决此问题。厚度波动恢复到±2μm以内,避免了企业的进一步损失。

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