Research on the Design of Intelligent Data Acquisition Platform for Wireless Monitoring of Rotating Machinery Based on Arm

Author:

Suo Xiangfeng,Han Xue

Abstract

Abstract Rotating machinery is the most extensive type of machinery in the industry, which is the key equipment in many industries. Therefore, once the rotating machinery fails, it will cause huge economic losses, which requires us to monitor and diagnose the equipment status. Therefore, the rotating mechanical equipment must have an intelligent data acquisition system, which can collect the state of mechanical operation. Through real-time information collection, the rotating machinery can be monitored and diagnosed in real time, which will reduce the accident shutdown rate and maintenance costs. Therefore, the rotating machinery can reduce the production cost, which will avoid rabbit accidents and ensure the safety of production. Arm is an embedded computer system, which can be used for intelligent data collection flexibly. Firstly, this paper analyzes the application of embedded system in the rotating machinery monitoring system. Then, the hardware scheme and software of the system are designed.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference5 articles.

1. Photoelectric encoder selection and synchronous motor speed and rotor position measurement [J];Yu;Electric drive,2006

2. Fault diagnosis system of turbine governing system [J];Bao;Thermal power engineering.,2000

3. Knowledge acquisition of vibration pattern symptoms of rotating machinery [J];Lu;Power station system engineering.,2000

4. Study on fault characteristics of large turbogenerators [J];Shi;Chinese Journal of electrical engineering.,2000

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