FRACAS提高了生产底线

E. Cota, L. Gullo
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引用次数: 3

摘要

故障报告分析和纠正措施系统(FRACAS)流程和程序提供长期纠正措施和短期指令,以降低返工成本,提高生产吞吐量并减少材料损失。每种故障模式都会在正常的构建操作过程成本上增加一个故障周期(FP),包括故障排除和返工活动的成本,这会增加单位生产成本(UPC)。长期的纠正措施消除了失效模式,从而降低了它们的间隔到达率,从而减少了偏离正常生产工艺流程并进入FP的测试单元的数量。短期指令以这样一种方式描述故障模式,以提供一组确定的故障排除和返工程序,以恢复被测单元(UUT)的性能可接受性,从而减少FP成本和进入故障排除积压的被测单元的数量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FRACAS improves production bottom line
Failure Reporting Analysis and Corrective Action System (FRACAS) process and procedures provide long-term corrective actions and short-term directives that reduce the cost of rework, increase production throughput and reduce lost material. Each failure mode adds a Failure Period (FP) to the normal build operation process cost, involving cost for troubleshooting and rework activities, which increases the Unit Production Costs (UPC). Long-term corrective actions eliminate failure modes, which reduce their inter-arrival rate, thereby reducing the number of tested units that deviate from the normal production process flow and enter an FP. Short-term directives characterize failure modes in such a manner as to provide a deterministic set of troubleshooting and rework procedures to restore the Unit Under Test (UUT) to performance acceptability and therefore reduce the FP cost and the number of tested units that enter a troubleshooting backlog.
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