How to get Lab Equivalent Oil Analysis 24/7

Q4 Materials Science
Neil Conway, C. Giebeler, B. Wiesent
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引用次数: 0

Abstract

The established process for oil condition monitoring is to periodically take a sample and have it analysed in an oil laboratory. These laboratory measurements are governed by various technical standards (ASTM,DIN etc.) and customers rely on this periodic data to react to oil condition trends and/or step functions, to plan servicing and maintenance and to reduce asset downtime from failure. Real-time oil condition monitoring systems based on dielectric or impedance analysis of the oil have been available for some time but they only provide summary parameters that are hard to interpretate as they do not correlate with the laboratory oil analysis. In this paper we discuss the development of Spectrolytic’s Oil Condition Monitoring systems (FluidInspectIR®) and how, by working closely with our customers, we have developed a robust and affordable range of oil condition monitoring systems that gives our clients meaningful and understandable real time data of the same parameters and in the same units as they are commonly receive it from their oil laboratory analysis. These systems provide the customer the comfort of having quantitative and accurate key oil condition data at the touch of a button, while still utilising their standard practices through oil laboratory measurement to validate the predicted key oil parameters by the inline system.
如何获得实验室全天候当量油分析
油品状态监测的既定程序是定期取样并在油品实验室进行分析。这些实验室测量由各种技术标准(ASTM,DIN等)管理,客户依靠这些定期数据来对油况趋势和/或阶跃函数做出反应,计划维修和维护,并减少资产故障停机时间。基于油的介电或阻抗分析的实时油状态监测系统已经问世一段时间了,但它们只能提供概要参数,很难解释,因为它们与实验室油分析不相关。在本文中,我们讨论了Spectrolytic的油状态监测系统(FluidInspectIR®)的发展,以及如何通过与客户密切合作,开发出强大且价格合理的油状态监测系统,为客户提供具有相同参数和相同单元的有意义且可理解的实时数据,因为他们通常从油品实验室分析中获得数据。这些系统为客户提供了一键即可获得定量和准确的关键油况数据的舒适性,同时仍然使用他们的标准做法,通过油品实验室测量来验证在线系统预测的关键油参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Tribologie und Schmierungstechnik
Tribologie und Schmierungstechnik Materials Science-Surfaces, Coatings and Films
CiteScore
0.50
自引率
0.00%
发文量
22
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