基于可编程控制器和人机界面的印尼低速风洞改进自动运行控制设计

Franky Surya Parulian, M. Riyadi, I. Z. Pane, Muhamad Muflih
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引用次数: 0

摘要

在印度尼西亚低速隧道(ILST)的应用中,对风洞运行的控制可以确定数据的有效性和每天完成的测试次数。当前的运行控制机制仍然是手动和单独完成的,对于一个测试模型配置有一系列测量,人力资源效率低下,数据采集可能不同,并且使用电力的成本相当昂贵。因此,本次研发活动提出了一种风洞自动运行控制系统,该系统利用SCADA软件和PLC,将多个工厂设施和基于人机界面(HMI)的ILST数据采集与瀑布法相结合。这旨在提高多个测试模型配置的一个测量系列中的风洞运行,具有高数据采集精度、更快更容易的操作,以降低运行成本。这种自动操作控制可以使操作时间比手动操作快两倍,成本低61%。设计结果将在空气动力学模型测试的实施阶段使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Design of Improved Automatic Operation Control of Indonesian Low- Speed Wind Tunnel Based on Programmable Logic Controller and Human Machine Interface
In the application of the Indonesian Low-Speed Tunnel (ILST), the control of wind tunnel operations can determine the validity of the data and the number of tests achieved daily. The current operation control mechanism is still done manually and separately with one series of measurements for one test model configuration, inefficient human resources, acquisition of data that can be different, and the cost of using electric power is quite expensive. Therefore, this research and development activity proposes a wind tunnel automatic operation control system that integrates several plant facilities and ILST data acquisition based on Human Machine Interface (HMI) with the Waterfall method, using SCADA software and PLC. This aims to improve wind tunnel operation in one measurement series for multiple test model configurations with high data acquisition accuracy, faster and easier operation to reduce operating costs. This automatic operation control can increase operation time two times faster and 61% cheaper than manual operation. The design results will be used at the implementation stage in aerodynamic model testing.
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