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In-situ predictive maintenance by vibration analysis for Cryogenic Pilot Plant for Tritium and Deuterium Separation

机译:用于vibration和氘分离的低温试点工厂的振动分析现场预测维护

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摘要

Maintenance is the assembly of all technical and organizational measures, which are linked in order to keep the equipment availability to perform their specific functions. Predictive maintenance and inspections performed during operation can eliminate a crash event by taking necessary measures to avoid such a situation. Thus, stopping the machine for intervention is planned according the predictions. Predictive maintenance can become a mandatory requirement for operation of an international standard. Predictive Maintenance can be applied to any equipment, whether; physical parameters like vibration, temperature, pressure, current and resistance can be measured. Engineering limits for the measurement of physical parameters must be established if the problem is detected before excessive damage occurs. Correcting the problem at the roots is the purpose of all predictive efforts. The research done in this paper highlights the importance of applying a predictive maintenance program.
机译:维护是所有技术和组织措施的总成,所有这些技术和组织措施被链接在一起,以保持设备可用以执行其特定功能。在操作过程中进行有计划的维护和检查,可以通过采取必要的措施来避免此类情况,从而避免撞车事故。因此,根据预测计划停止机器进行干预。预测性维护可能成为操作国际标准的强制性要求。预测性维护可以应用于任何设备,无论是否;可以测量振动,温度,压力,电流和电阻等物理参数。如果在过度损坏发生之前发现问题,则必须建立物理参数测量的工程极限。从根本上纠正问题是所有预测工作的目的。本文完成的研究突出了应用预测性维护程序的重要性。

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