The Bearing Vibration Signal Collecting System Based on STM32F103C8T6

Abstract:

Vibration signal collecting is an important step in rolling bearing fault diagnosis process. The collected signal can exhibit effectiveness of the fault depend on the signal collecting system. Combine the attribute of the rolling bearing, a new signal collecting system base on the STM32F103C8T6 is designed in this paper. The new system is made of supply circuit, signal conditioning circuit, AD conversion circuit and communication module.

• Periodical: Advanced Materials Research (Volumes 971-973)
• Pages: 1376-1379
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.971-973.1376
• Online since: June 2014
• Authors: Zhong Hu Yuan*, Man Yang Xu, Xiao Xuan Qi
• Keywords: Rolling Bearing, Signals Collecting, STM32F103C8T6, Vibration Signal

References

[1] Zhihua Liu. UAV fault prediction and the research of health management technology. Journal of Beijing University of Chemical Industry. Vol. 46(2007), pp.166-168.

[2] Shunming Li, Xianglian Li. Modern analysis technology technology and application of vibration signal, edited by Bangren Cheng, Beijing: National Defense industry Press (2008).

[3] Qian Zhang. Base on vibration signal of bearing state detection and fault diagnosis methods research. Electronics Science and Technology. Vol. 21(2012), pp.725-729.

[4] Cui Li, Xiaomin Li, Meifang Zhong. The intelligent application of piezoelectric acceleration sensor. Research and Exploration in Laboratory. Vol. 24(2010), pp.861-865.

[5] Zhaofeng Lu, Min Qin, He Chen, Ying Zhang. Piezoelectric and speed sensor application in vibration measurement system research. Instrument Technique and Sensor. Vol. 151(2007), pp.230-236.

[6] Zhaoxia Zhou, Jianxin Wang. Design and implementation of the engine vibration signal acquisition system. Chinese Agricultural Mechanization. Vol. 22(2008), pp.1073-1080.

[7] Tieqiao Guo. The vibration signal collecting and analysis system based on ARM design. Electron Mass. Vol. 23(2011), pp.445-449.

[8] Yaping Sun. Portable data collecting instrumental USB communication and noise module design. Journal of dalian university of technology. Vol. 12(2008), pp.55-57.

[9] Sida Peng. The design and implementation of low-frequency engine vibration signal collecting system. Techniques of Automation and Applications. Vol. 23(2012), pp.713-715.

[10] Jingjing Wang, Yuhai Gu, Xiawei Wang. The design of the spindle vibration signal acquisition system. Journal of Beijing Information Science & Technology University: Natural Science. Vol. 27(2013), pp.414-416.

[11] Qing Hu. UAV flight control system design based on STM32. Journal of Nanjing University of Aeronautics and Astronautics: Natural Science. Vol. 25(2012), pp.333-336.

[12] Jiangong Xu. MicroSD card reader based on STM32F103XX. Embedded Technology. Vol. 15(2011), pp.313-317.

[13] Xuefei Zhang, Yixing Jiang, Jian Li. Vibration signal collecting system based on MCU. Instrument Technique and Sensor. Vol. 15(2012), pp.487-492.