石油质量在线监控系统的设计与测试_外文翻译.doc
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石油质量在线监控系统的设计与测试_外文翻译,摘要本文总结了作者对石油质量传感器的应用与测试。当机器处于高速运转状态时，燃油保持正常的流动性是至关重要的。因此在本文中，作者描述了石油感应原理，而且在实践中验证了石油质量传感器自动检测石油质量的能力，并详细而精确地对石油污染物进行了分类。该传感器能进行流体检测，能根据化学规律...
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石油质量在线监控系统的设计与测试_外文翻译
摘要
本文总结了作者对石油质量传感器的应用与测试。当机器处于高速运转状态时，燃油保持正常的流动性是至关重要的。因此在本文中，作者描述了石油感应原理，而且在实践中验证了石油质量传感器自动检测石油质量的能力，并详细而精确地对石油污染物进行了分类。该传感器能进行流体检测，能根据化学规律对污染物进行分类，并能具体地估计污染物变化趋势，实施更高层次的通信协议，从而最终检测出石油的质量或污染程度。正如作者测试时所做的一样，石油质量监控系统的传感器设计成一个能够直接插入油管的塞子。作者还提出了对实验方法、压力反馈润滑系统和预防污染的总体看法以及测试结果。同时作者对石油质量检测系统进行了为期6个月测试，并在石油的变质界限下验证了多个污染物的分类。
关键词：润滑油污染，润滑油分析技术，状态监测和内燃机油，设备监控
Abstract
The paper summarizes the author’s application and testing of an oil quality sensor for diesel engine applications. Maintaining healthy fluid systems is critical to keeping machinery in a high readiness state. The authors describe the oil sensing principles and recent experiences proving the sensor’s ability to autonomously assess oil quality and classify specific diesel oil contaminants. The sensor includes both analog and digital electronics enabling the sensor to perform fluid interrogations, operate contaminant classifier algorithms, trend specific estimated contaminants, implement higher-level communications protocols and ultimately enable prognostics of future oil quality or contaminant level. The sensor design enables direct insertion into a drain plug or fluid circulation line, as done in the current testing effort. The authors provide an overview of the experimental approach, pressure-fed lubrication system, seeded fault contamination plan, and test results. The main result of the 6-month test program was demonstrated classification of multiple contaminants below the condemning limit of each.
Key Words: Lubricant Contamination, Lubricant Analytical Techniques, Condition Monitoring, Internal Combustion Engine and Oils, Equipment Monitoring.
摘要
本文总结了作者对石油质量传感器的应用与测试。当机器处于高速运转状态时，燃油保持正常的流动性是至关重要的。因此在本文中，作者描述了石油感应原理，而且在实践中验证了石油质量传感器自动检测石油质量的能力，并详细而精确地对石油污染物进行了分类。该传感器能进行流体检测，能根据化学规律对污染物进行分类，并能具体地估计污染物变化趋势，实施更高层次的通信协议，从而最终检测出石油的质量或污染程度。正如作者测试时所做的一样，石油质量监控系统的传感器设计成一个能够直接插入油管的塞子。作者还提出了对实验方法、压力反馈润滑系统和预防污染的总体看法以及测试结果。同时作者对石油质量检测系统进行了为期6个月测试，并在石油的变质界限下验证了多个污染物的分类。
关键词：润滑油污染，润滑油分析技术，状态监测和内燃机油，设备监控
Abstract
The paper summarizes the author’s application and testing of an oil quality sensor for diesel engine applications. Maintaining healthy fluid systems is critical to keeping machinery in a high readiness state. The authors describe the oil sensing principles and recent experiences proving the sensor’s ability to autonomously assess oil quality and classify specific diesel oil contaminants. The sensor includes both analog and digital electronics enabling the sensor to perform fluid interrogations, operate contaminant classifier algorithms, trend specific estimated contaminants, implement higher-level communications protocols and ultimately enable prognostics of future oil quality or contaminant level. The sensor design enables direct insertion into a drain plug or fluid circulation line, as done in the current testing effort. The authors provide an overview of the experimental approach, pressure-fed lubrication system, seeded fault contamination plan, and test results. The main result of the 6-month test program was demonstrated classification of multiple contaminants below the condemning limit of each.
Key Words: Lubricant Contamination, Lubricant Analytical Techniques, Condition Monitoring, Internal Combustion Engine and Oils, Equipment Monitoring.
