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首页> 外文会议>2017 27th EAEEIE Annual Conference >Functional Safety and Industrial Communication Associated for the Smart Factory
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Functional Safety and Industrial Communication Associated for the Smart Factory

机译：与智能工厂相关的功能安全和工业通讯

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摘要

Traditionally, machines safety were realized with hardwired circuits; today, there is a growing trend to use programmable electronic technology such as programmable logic controllers (PLCs). The present paper introduces an innovative platform designed to be used in industrial automation practical work. The platform includes the different technologies used in functional safety: safe relays, safe programmable logic controllers that can be programmed with the specific software of each manufacturer, various safe sensors, and actuators. For building a safety application system with a safety PLC or a safety relay and eventually an associated safety network, users shall consider to not only a safety programming but also technology, configuration, installation, operation, and maintenance. So the platform allows to students to acquire the theoretical knowledge and experimental technical skills in industrial safety and to realize the choice, design and the setting of the appropriate structure of the control system for the required availability and safety. The proposed laboratory experimental pieces of training are focusing on functional safety in factory automation with the last technologies used in the industry. The various experimental stations of the platform are described. This innovative platform developed will be employed by Bachelor and Master students. Students are part-time workers for one or two years in the industrial engineering domain at the Electrical Engineering department of University Claude Bernard of Lyon, France.
机译：传统上，机器安全是通过硬接线电路实现的；如今，使用可编程电子技术（例如可编程逻辑控制器（PLC））的趋势正在增长。本文介绍了一种设计用于工业自动化实际工作的创新平台。该平台包括功能安全中使用的不同技术：安全继电器，可以使用每个制造商的特定软件进行编程的安全可编程逻辑控制器，各种安全传感器和执行器。为了构建具有安全PLC或安全继电器以及最终相关安全网络的安全应用系统，用户不仅应考虑安全程序，还应考虑技术，配置，安装，操作和维护。因此，该平台使学生能够获得有关工业安全的理论知识和实验技术技能，并实现针对所需可用性和安全性的控制系统的适当结构的选择，设计和设置。拟议的实验室实验培训内容侧重于采用行业中使用的最新技术的工厂自动化中的功能安全性。描述了平台的各种实验站。开发的创新平台将由学士和硕士生使用。学生是法国里昂大学克劳德·伯纳德大学电气工程系工业工程领域的兼职工人，为期一年或两年。

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