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Research on the Monitoring Technique of Non-Contact Running Status of Cooling Tower Fan Blades

机译:冷却塔风扇叶片非接触式运行状态监测技术研究

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This paper presents a new monitoring method of non-contact blade status - blade tip timing monitoring method based on the principle of discontinuous phase principle, and a new monitoring system of non-contact running status of cooling tower fan blades is developed on the basis of the technology of single-chip microcomputer (SCM) and the blade tip timing monitoring method. The monitoring system is controlled by the SCM and has real-time monitoring to the blade. The pulse signal which is collected by the sensor is processed by the SCM. Through using the timing and interrupt function of SCM, the pulse signal is analysed and processed, when the blade breaks down and deforms, the system will shut down the fan and output a forecast alarm, so the blade accident will be prevented. It is proved that the monitoring method can greatly improve the reliability of the fan running status and the fault diagnosis and effectively prevent the default of the blades, so the monitoring system has a wide application value.
机译:本文介绍了一种新的监控方法的非接触式状态 - 刀片尖端定时监测方法,基于不连续阶段原理的原理,以及冷却塔风扇叶片的非接触式运行状态的新监控系统单芯片微型计算机(SCM)和叶片尖端定时监测方法技术。监控系统由SCM控制,并且对刀片具有实时监控。由传感器收集的脉冲信号由SCM处理。通过使用SCM的时序和中断功能,分析脉冲信号并处理,当刀片分解并变形时,系统将关闭风扇并输出预测报警,因此将防止刀片事故。事实证明,监测方法可以大大提高风扇运行状态的可靠性和故障诊断,有效地防止刀片的默认值,因此监控系统具有广泛的应用价值。

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