Book Image

Learning RSLogix 5000 Programming, - Second Edition

By : Austin Scott, Austin Scott
Book Image

Learning RSLogix 5000 Programming, - Second Edition

By: Austin Scott, Austin Scott

Overview of this book

Understanding programmable logic controller (PLC) programming with Rockwell Software’s Logix Designer and the Studio 5000 platform, which includes ControlLogix, CompactLogix, and SoftLogix, is key to building robust PLC solutions. RSLogix 5000/Studio 5000’s Logix Designer are user-friendly IEC 61131-3-compliant interfaces for programming the current generation of Rockwell Automation Controllers using Ladder Diagram (LD), Function Block Diagram (FBD), Structured Text (ST), and Sequential Function Chart (SFC). This second edition of Learning RSLogix 5000 Programming guides you through the technicalities and comes packed with the latest features of Studio 5000, industrial networking fundamentals, and industrial cybersecurity best practices. You’ll go through the essential hardware and software components of Logix, before learning all about the new L8 processor model and the latest Studio 5000 architecture to build effective integrated solutions. Entirely new for this edition, you’ll discover a chapter on cybersecurity concepts with RSLogix 5000. The book even gets you hands-on with building a robot bartender control system from start to finish. By the end of this Logix 5000 book, you’ll have a clear understanding of the capabilities of the Logix platform and be able to confidently navigate Rockwell Automation Literature Library resources.
Table of Contents (21 chapters)
1
Section 1: Introduction to RSLogix
7
Section 2: Logix Programming Basics
14
Section 3: Advanced Logix Programming

Summary

In this chapter, we learned about the types of modules that are available in the Logix controller family. We introduced the basic module terminology that is commonly used in the industry and the procedure for adding modules to our project, as well as demonstrated the methods for addressing the module values. We enumerated the available modules for the Logix platform, learned how to configure them, and explored their use in a Logix project. We also introduced methods for identifying module features by their Logix module catalog numbers and introduced the address tree that a typical I/O module creates. You now know how to select and add I/O modules to your projects, modify the module configurations, and reference their real-time values using the recommended best practices.

In the next chapter, we will begin to work with RSLogix or Studio 5000 to write ladder logic.