基于Arduino的地下电缆故障测距仪:硬件设计

Tijjani Nabeel Aminu, N. A. Algeelani, Samer A. Algailani, Ali Ahmed Salem
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引用次数: 0

摘要

地下断层定位是许多部门和各种工业单位的典型做法。每当系统发生故障时,由于某种原因,与有缺陷的电线有关的修复过程变得困难,因为无法追踪故障电缆的位置。因此,本文的研究目的是确定从源站到准确位置的地埋电缆断线的位置。本研究将有助于方便地识别和定位地下电缆故障,而不必因电缆故障检测困难而在修复或更换整条电缆之前挖掘整条电缆。此外,在试图检测故障时,有助于减少由于损坏而造成的收入损失。硬件实现通过组装所需的功能组件来演示如何实现故障检测和定位。该硬件版本的原型使用了通用项目板,显示了故障检测和定位系统的物理原型。结果表明,所提出的系统是准确的,它能够指示故障的位置。其精度取决于指令代码或实例中的规格,显示的小数数取决于微控制器程序中的规格。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Arduino based Underground Cable Fault Distance Locator: Hardware Design
The underground fault location is typical practice in many sectors and in various industrial units. Whenever a system failure occurs, for some reason, the repair process related to the defective wire becomes difficult because it is not possible to trace the position of the faulty cable. Therefore, the purpose of this research paper is to determine the location of the buried cable broken lines from the source station to the exact location. This research will help to easily identify and locate underground cable failure without digging the entire length of the cable before repairing or replacing the entire cable due to the difficulties of detection of the cable fault. In addition, helps to reduce loss of income due to damage when trying to detect faults. Hardware implementation was done by assembling the functional components required to demonstrate how fault detection and location can be realized A general purpose project board was used for this hardware version of the prototype, which shows the physical prototype of the fault detection and location system. Results shows the accuracy of the proposed system, where it was capable of indicating the fault location. The accuracy depends on the specifications in the instruction codes 'or instance, the number of decimals displayed depends on specifications in the microcontroller program.
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