Rotating equipment fault diagnosis method and system based on test matrix, and readable storage medium

Abstract

The invention relates to a rotating equipment fault diagnosis method and system based on a test matrix, and a readable storage medium. The Rotating equipment fault diagnosis method comprises the stepsof: setting a sampling interval time, generating a plurality of groups of sample data of different time nodes, and carrying out the standardization of the plurality of groups of sample data to obtainstandard sample data; establishing a test matrix according to the standard sample data, and preprocessing the test matrix to obtain result information; acquiring a fault diagnosis sequence accordingto the result information, and generating fault information; generating prompt information according to the fault information, and sending the prompt information to the platform; and generating a maintenance strategy according to the original operation data of the rotating equipment by means of the platform.

Description

technical field [0001] The invention relates to a method for diagnosing a fault of rotating equipment, in particular to a method for diagnosing a fault of rotating equipment based on a test matrix, a system and a readable storage medium. Background technique [0002] The existing fault diagnosis of rotating equipment is only to detect the simple vibration signal of the rotating equipment, and evaluate the state of the rotating equipment based on this. In this way, the fault diagnosis of the monitored rotating equipment has a large deviation, which is difficult to be accurate and effective In addition, during the operation of the rotating equipment, it has a certain amount of noise, and the noise of the rotating equipment itself will also affect the judgment of the rotating equipment failure. [0003] In order to be able to carry out accurate fault diagnosis on rotating equipment, it is necessary to develop a matching system for control. By obtaining all fault test sequences,...

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Problems solved by technology

[0002] The existing fault diagnosis of rotating equipment is only to detect the simple vibration signal of the rotating equipment, and evaluate the state of the rotating equipment based on this. In this way, the fault diagnosis of the monitored rotating equipment has a large deviation, which is difficult to be accurate and effective In addition, during the operation of the rotating equipment, it has a certain amount of noise, and the noise of the rotating equipment itself will also affect the judgment of the rotating equipment failure.

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