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Predictive Maintenance supported by Advanced Process Control (APC) opens new equipment engineering and manufacturing opportunities

机译:通过高级过程控制(APC)支持的预测维护开启了新设备工程和制造机会

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In the last decade, new, approaches like Equipment Fault Detection Control (FDC or. EDC), improved data storages, extended Manufacturing Execution Systems (MES) using multivariate & stochastic analysis, empowered Advanced (Automated) Process Control (APC) have been introduced to efficiently support equipment and product industrialization phases from Research & Development (R&D) to manufacturing. This article, concerned with predictive maintenance, emphasizes how APC tools, embedded in a coherent framework of methods, statistical applications and data, are now in aposition to be used.. as an equipment and industrial engineering performance booster. Based on the fact that yield, cycle time, cost reduction and the majority of scraps are linked to. Overall Equipment Efficiency (OEE) and equipment drifts, this paper covers an approach to work On equipment reliability and defining an 'Equipment Health Factor" (EHF).
机译:在过去的十年中,新的方法如设备故障检测控制(FDC或。EDC),使用多变量和随机分析的改进的数据存储,延长的制造执行系统(MES),赋予了高级(自动化)过程控制(APC)有效地支持从研发(R&D)到制造业的设备和产品产业化阶段。本文有关预测性维护,强调如何嵌入在一致的方法,统计应用和数据框架中的APC工具,现在是留在留下的。作为设备和工业工程性能助推器。基于产量,循环时间,降低成本和大部分废料的事实。整体设备效率(OEE)和设备漂移,本文涵盖了一种用于设备可靠性和定义“设备健康因子”(EHF)的方法。

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