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Development of On-Line Monitoring Systems for High Temperature Components in Power Plants

机译:发电厂高温部件在线监测系统的开发

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摘要

To accurately detect deformation and extend the component life beyond the original design limits, structural safety monitoring techniques have attracted considerable attention in the power and process industries for decades. In this paper an on-line monitoring system for high temperature pipes in a power plant is developed. The extension-based sensing devices are amounted on straight pipes, T-Joints and elbows of a main steam pipeline. During on-site monitoring for more than two years, most of the sensors worked reliably and steadily. However, the direct strain gauge could not work for long periods because of the high temperature environment. Moreover, it is found that the installation and connection of the extensometers can have a significant influence on the measurement results. The on-line monitoring system has a good alarming function which is demonstrated by detecting a steam leakage of the header.
机译:为了准确地检测变形并延长组件寿命,使其超出原始设计限制,数十年来,结构安全监视技术已在电力和过程工业中引起了相当大的关注。本文开发了电厂高温管道在线监测系统。基于扩展的传感设备安装在主蒸汽管道的直管,T型接头和弯头上。在超过两年的现场监视过程中,大多数传感器都可靠,稳定地工作。但是,由于高温环境,直接应变仪无法长期工作。此外,发现引伸计的安装和连接可能对测量结果产生重大影响。在线监测系统具有良好的报警功能,这通过检测集管的蒸汽泄漏来证明。

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