Modeling Control Systems With IEC 61499 For Industrial Automation Robotics And Sensor Networks A Hands On Practical Guide To Distributed Control System Design And Real World Applications

IEC 61499 Based Modeling of Distributed Control Systems
✔️ 2nd Edition, 248 pages, English, single copy practical guide

Designed for researchers, engineers, and students working with networked automation, this hands-on guide shows how to model distributed control systems using IEC 61499. It covers defining applications and systems, distributing applications on devices, function blocks, structuring applications, service interface function blocks, event blocks, and real-world industrial examples. The second edition reflects updates to the function block model and the XML exchange format for model artefacts, aligning with current industry practices.

✅ Author: Robert Lewis
✅ Edition: 2nd
✅ Pages: 248
✅ Language: English
✅ Topics include IEC 61499 concepts, function blocks, event blocks, and XML exchange format

💡 What is IEC 61499 modeling used for in distributed automation control?

This handy guide explains how the standard helps design modular, distributed control across automation networks. - supports modular function blocks across hardware - enables distributed applications across devices and networks - uses XML artefacts for model exchange and integration - helps engineers design, implement, and troubleshoot complex control systems ✝️