Institute for Advanced Technology's Small-Caliber Launcher Automated Control System

M. Gard
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引用次数: 1

Abstract

The Institute for Advanced Technology's small-caliber launcher (SCL) continues to provide researchers with the ability to undertake railgun research in a cost-effective manner. Recently, one additional capacitor bank was added; with the option of a second for future expansion. The two create one module with maximum energy storage of 1.2 MJ. A dedicated programmable logic controller (PLC) based control system was also added. Several potential control systems were investigated thoroughly. A methodical approach was utilized to find the best solution by a grid analysis. The selected PLC, an Automation Direct DL405, is an inexpensive yet robust approach to control the SCL. The new system was designed with flexibility providing for ease of use and the ability to manipulate the system for diverse experiments. The new design enabled the opportunity to add functionality, including a hardwired emergency stop system, continual bank voltage readings, less operator intervention with more automation, the ability to fire half a capacitor bank, and a screen room that has integrity maintained during the shot process. The new gun line system has proven to meet its original design requirements.
先进技术研究所的小口径发射器自动控制系统
先进技术研究所的小口径发射装置(SCL)继续为研究人员提供以经济有效的方式进行轨道炮研究的能力。最近,又增加了一个电容器组;还有第二个选项,用于将来的扩展。两者创建一个模块,最大储能为1.2 MJ。还增加了一个专用的可编程逻辑控制器(PLC)为基础的控制系统。对几种潜在的控制系统进行了深入的研究。通过网格分析,采用系统的方法寻找最佳解决方案。所选择的PLC,自动化直接DL405,是一种廉价而强大的方法来控制SCL。新系统的设计具有灵活性,提供易于使用和操作系统的能力,以进行各种实验。新设计增加了功能,包括硬接线紧急停止系统、连续电压读数、自动化程度更高的操作人员干预更少、能够发射半个电容器组,以及在射击过程中保持完整性的屏幕室。新的炮管系统已被证明满足其最初的设计要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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