P-702 型离心泵 A、B、C 的损坏分析 PT.阿尔普石油工业公司

Keigen Abdullah Barafi, A’rasy Fahruddin
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引用次数: 0

摘要

泵是一种可以通过管道介质将流体从一个地方移动到另一个地方的设备,它通过向被移动的流体添加能量来实现这种连续移动。离心泵是工业中常见的一种泵,其工作原理是叶轮在原动机的驱动下旋转作为流体传输元件。泵性能的突然下降和运行的不稳定往往会成为严重的问题,并破坏整个系统的性能。振动分析是成功进行预测性维护的关键,因为从振动模式(症状)中可以看出旋转设备的运行状况。泵中的气蚀和腐蚀可能会引发振动。泵长期在气蚀状态下连续运行会导致流体周围的通道壁表面被侵蚀,从而形成孔洞。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Damage Analysis Of P-702 Centrifugal Pump A, B, C PT. Alp Petro Industry
A pump is a device that can move fluid from one place to another through a piping medium by adding energy to the fluid being moved and this occurs continuously. Centrifugal pumps, as a type of pump that is often found in industry, work on the principle of rotation of the impeller as a fluid transfer element driven by a prime mover. Sudden drops in pump performance and instability in operation often become serious problems and disrupt overall system performance. Vibration analysis is the key to successful predictive maintenance because the condition of rotating equipment in operation can be seen in the vibration patterns (symptoms). Vibration can be triggered by cavitation and corrosion in the pump. Continuous operation of the pump in a cavitation state for a long period of time causes the surface of the channel walls around the flow to be eaten away, resulting in holes.
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