矿井脱水系统中的采矿设备诊断-实例研究

Rafał Rogowski, Sylwia Werbińska-Wojciechowska
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引用次数: 0

摘要

由于设备的类型和复杂性,或在恶劣(甚至极端)条件下工作,矿山的维护问题尤为重要。在这种情况下,需要确保机器的持续/定期维护,识别潜在危险并确保操作安全似乎是一个挑战。此外,从经济和技术/组织的角度来说,选择一种适当的维修方法对矿山来说是至关重要的。本研究旨在介绍在矿井脱水系统中执行操作任务的水泵诊断测试的初步结果。此外,本研究还着重对矿井脱水系统的基本要素和研究的技术对象进行了详细的论述。并对所研究的水泵在矿井脱水系统中的运行提出了初步的运行试验方案。这样就可以讨论2023年第一季度的试验结果。测试使用了三种基本的诊断方法:振动分析、热成像和声学测试。并指出了今后研究的可能方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mining equipment diagnostics in a mine shaft dewatering system – case study
Maintenance issues in mines are particularly important due to the type and complexity of equipment in operation or working in hostile (even extreme) conditions. In this context, the need to ensure continuous/regular maintenance of machinery, identify potential hazards and ensure operational safety seems to be a challenge. Moreover, selecting an appropriate maintenance method is crucial for a mine, both economically and in technical/organizational terms. This study aims to present the preliminary results of diagnostic tests for pumps performing operational tasks in a mine shaft dewatering system. In addition, this study focused on a detailed discussion of the basic elements of the mine shaft dewatering system and the technical objects studied. A preliminary operational test plan for the investigated pumps operating in the mine shaft dewatering system is also presented. This enabled a discussion of the results obtained from the tests of the first quarter of 2023. The tests used three basic diagnostic methods: vibration analysis, thermal imaging and acoustic testing. Potential directions for further research in the analyzed area were also indicated.
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