Industrial process in laboratory environment

Petr Skočík, P. Neumann
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引用次数: 1

Abstract

This contribution is focused on technical design, development and operation of real time laboratory model which demonstrates principles of industrial automation. The model uses specific multilevel interconnection (Internet/Ethernet - ASI bus) as an example of a higher level of communication between automation systems. The model consists of three interconnected reservoirs where the fluid levels are controlled. Height of the fluid column is measured by modern capacitive sensors and regulated at a constant level by actuators (pump and valves). Inputs and outputs of the system are connected to the central unit, PLC Simatic S7-200 from SIEMENS. Software tools correspond to the type of PLC, specifically a development environment STEP7 - Micro/Win is used. Data transfer from the central unit to the PC server of LABI system is via the LAN/Ethernet and OPC server software.
实验室环境下的工业过程
这一贡献集中在技术设计,开发和运行实时实验室模型,展示工业自动化的原理。该模型使用特定的多层互连(Internet/Ethernet - ASI总线)作为自动化系统之间更高级别通信的示例。该模型由三个相互连接的储层组成,其中流体水平受到控制。流体柱的高度由现代电容式传感器测量,并由执行器(泵和阀门)在恒定水平上调节。系统的输入和输出连接到中央单元,西门子的Simatic S7-200 PLC。软件工具与PLC类型相对应,具体采用STEP7 - Micro/Win开发环境。数据通过局域网/以太网和OPC服务器软件从中央单元传输到LABI系统的PC服务器。
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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