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A step closer towards maintenance free gear

机译:更接近维护自由装备的一步

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摘要

A difficult to predict electrical failure is the continuity failure. Pressure junctions are common problem sources for continuity failures. Available tools to search for pressure junction problems include low resistance testing, temperature monitoring using physical contact between sensor and heated part, pyrometer temperature monitoring, infrared photography and visual inspection. While each method is effective, each of these methods has one or more disadvantages. This paper will describe a breakthrough patented method of directly calculating conductor and pressure junction impedance, resistance and reactance, using the noisy, harmonic laden, switching transient laced (in other words, normal) load current flowing through an electrical distribution system. This technique, then, provides the solution to the problem of how to detect a conductor path impedance change of only a few tens of micro-ohms using conventional protective and metering devices without the need to de-energize the equipment or without the need to inject currents.
机译:难以预测电气故障是连续性故障。压力交叉点是连续性故障的常见问题来源。用于搜索压力交界问题的可用工具包括低电阻测试,使用传感器和加热部分之间的物理接触,高温计温度监测,红外摄影和目视检查的温度监测。虽然每种方法都是有效的,但是这些方法中的每一种都具有一个或多个缺点。本文将描述使用嘈杂,谐波载花的直接计算导体和压力结阻抗,电阻和电抗的突破性的专利方法。然后,这种技术提供了如何使用传统的保护和计量装置检测仅检测几十微米欧姆的导体路径阻抗变化的问题,而无需将设备或不需要注入设备电流。

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