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Lasernet fines optical wear debris monitor a navy shipboard evaluation of cbm enabling technology

机译:Lasernet罚款光学磨损碎片监控海军舰船对CBM启用技术的评估

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Online or in-situ analysis of wear debris in machinery lubricating systems has the potential to provide fault-specific information in a timely manner to support CBM diagnostics and prognosis. This analysis can avoid catastrophic failures and enables improved cost-effective asset-managemnt phiolosphies, especially in the area of timely maintenance and reduction of maintenance indusced failures. Essential to achieving these goals are technologies that can provide reliable early identification of mechanical faults and the degree of machinery performance degradation. The LASERNET FINES instrument delivers a technology that has significant potential in these areas. This instrument determines the type, severity and rate of progression of mechanical faluts by measuring the size distributions.rate of production and the morphological characteristics of debris particles in fluids. Although the system is in advanced development useful information can be gained by in-situ shipboard evaluation of the technology.
机译:机械润滑系统中磨损碎片的在线或原位分析有可能及时提供特定于故障的信息,以支持CBM诊断和预后。这种分析可以避免灾难性故障,并可以提高成本效益的资产管理系统,尤其是在及时维护和减少维护行业故障方面。实现这些目标必不可少的技术是可以提供可靠的机械故障的早期识别以及机械性能下降的程度。 LASERNET FINES仪器提供的技术在这些领域具有巨大的潜力。该仪器通过测量尺寸分布,生产率和流体中碎屑颗粒的形态特征来确定机械松驰的类型,严重程度和进展速度。尽管该系统处于高级开发阶段,但可以通过船上对该技术进行现场评估来获得有用的信息。

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