Design of the Tensile Testing Machine Computer Control System Based on MCGS

Fei Hu, Wenqing Yin, C. Chen
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引用次数: 2

Abstract

In order to solve the problems caused by using traditional materials in the experiments, such as complicated operation process, poor control, low testing accuracy, inconvenience of recording test data, lack of timely data processing and so on, the control of the tensile test must be improved. This paper in details analyzes the operational principle of the tensile test machine, on which a tensile test machine control program is proposed based on MCGS. By selecting the appropriate sensor and using PCI_1716 data acquisition card, a tensile testing machine control system's hardware platform is founded. The control system software based on MCGS, can monitor the process of tensile testing, display and record real-time testing data. Practice has proved that the tensile testing machine control system has many advantages of high accuracy, good real-time, stability, easy operation etc, which can meet the needs of practical applications.
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基于MCGS的拉力试验机计算机控制系统设计
为了解决在实验中使用传统材料所带来的操作流程复杂、控制性差、试验精度低、试验数据记录不方便、数据处理不及时等问题,必须提高对拉伸试验的控制。本文详细分析了拉伸试验机的工作原理,在此基础上提出了一种基于MCGS的拉伸试验机控制程序。通过选择合适的传感器,采用PCI_1716数据采集卡,搭建了拉力试验机控制系统的硬件平台。该控制系统软件基于MCGS,能够对拉伸试验过程进行监控,实时显示和记录试验数据。实践证明,该拉力试验机控制系统具有精度高、实时性好、稳定性好、操作方便等优点,能够满足实际应用的需要。
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