With the rapid development of industrial enterprises, the operating status and stability of mechanical and electrical equipment are of vital importance for the safe and economic operation of the factory. Especially, the operating indicators of rotating machinery directly affect the operation quality of the equipment. Once any abnormalities occur, it will cause tremendous losses to the enterprise. The vast majority of faults in rotating machinery are closely related to mechanical movement or equipment vibration. Vibration state monitoring has the characteristics of directness, real-time nature and wide coverage of fault types. Vibration state monitoring is the core part of various predictive maintenance technologies for rotating equipment. Therefore, adopting effective means to conduct real-time monitoring of equipment vibration is an essential measure to ensure the safe operation of the enterprise, a clear sign of improving the enterprise's equipment management level, and an important component for achieving enterprise intelligence and informatization.