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Development of rail roads health monitoring technology regarding stressing of contact-wire catenary system

机译:接触线接触网受力铁路健康监测技术的发展

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Authors describe an unique technical solution of catenary with block-polispast compensators for tension remote monitoring organization they propose. The diagnostic device based on strain gauge included in the system of overhead line health monitoring is described. Also results of experiments with the device at a real monitoring object are given. The diagnostic device has an independent power supply based on solar batteries. Diagnostic data are transmitted using radio channel with frequency of 868.7 MHz to the diagnostic data hub. The offered technical solution of catenary tension monitoring is used on the St. Petersburg - Moscow speedy line of the Russian rail roads.
机译:作者介绍了一种悬链线独特的技术解决方案,它们采用了块状橡胶补偿器,用于他们提出的张力远程监控组织。描述了架空线健康监测系统中包括的基于应变仪的诊断设备。还给出了在实际监视对象上使用该设备进行实验的结果。诊断设备具有一个基于太阳能电池的独立电源。使用868.7 MHz频率的无线电信道将诊断数据传输到诊断数据集线器。所提供的悬链线张力监测技术解决方案用于俄罗斯铁路的圣彼得堡-莫斯科快速线。

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