Design and Implementation of Universal Multifunctional Flywheel Test System

doi:10.11985/2023.02.004

Abstract

Abstract:

The flywheel is the actuator of a space satellite, and its performance determines whether the satellite can operate normally. The current flywheel test system has a single function, and the manual efficiency of regular calibration of the test system is low. Focusing on actual demand, a multi-functional generalized automatic test platform is developed. Based on QT, a flywheel test platform is developed, which can take into account multi-model and multi-protocol modular software, and can complete the series/parallel test of the self-defined timing function of the 6-way flywheel control board, and realize the one-click test and the regular automatic calibration function. After experimenting and practically results, the test system solves the problem that a test system can only test one flywheel product in the traditional sense, and improve the test efficiency. In practical applications, it solves the complex operation problem of manual calibration by metrological calibration personnel during regular calibration, and overcomes a series of problems that are prone to errors and low accuracy.

Key words: Flywheel, modularization, automatic test, string/parallel test, automatic calibration

CLC Number:

TM721

WU Ke, ZHONG Zeyu, GAO Xuesong, YANG Donglei, WANG Jie, KONG Xiaohong, CHI Xiaoni. Design and Implementation of Universal Multifunctional Flywheel Test System[J]. Journal of Electrical Engineering, 2023, 18(2): 26-33.

Figures/Tables 8

References 20

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名称	单板模式	整机模式	结果评定
性能通信兼容转接模块	一、二次电源测试	速度模式	满足
	驱动信号采集	力矩模式	满足
	转速转差采集	通信模式	满足
	模拟轴承温度		满足
	集成功率驱动		满足
	RS422/485		满足
	CAN		满足
	兼容多种接插件		满足

第X通道	1	2	3	4	5	6
校准时间/min	13	14	15	14	13	12
平均误差θ	3	4	3.5	3.6	4.1	4.4