Practical Guides for the Industrial Technician!
"As an electrician tech, I've found Mr. Anderson's insight very helpful. Its a tremendous asset to find someone who has had years of actual work experience and for that person to take the time to share those experiences. I currently own three of his books; VFD Troubleshooting, RSLogix 500 and the RS Logix 5000, and appreciate his ability to make difficult and complex subjects understandable and applicable. I've found these to be great reference tools, that I keep with me on the job."
Electrical Journeyman / CCST
New to troubleshooting CNC control systems? If so, this book is a great place to gain insight into the devices and methods used to control complex motion and positioning systems. Motion Control for CNC & Robotics focuses upon the basics of motion control and positioning, helping to build the skills needed for CNC troubleshooting.
One of the most popular books in this series. It explains Pulse Width Modulated (PWM) drives; the configuring of necessary parameters, what those parameters do; and finally, how to effectively troubleshoot and use fault code diagnostics. Diagrams are used which illustrate, in easy to understand language, the different sections and components of a typical VFD.
This practical guide focuses on networks and protocols used in automation and process control applications. Many popular Fieldbus technologies are discussed, along with the integration of high speed networks such as FF-HSE, EtherNet/IP and PROFINET. Other topics include the use of “smart” I/O blocks, PLC technology, SCADA systems and other “intelligent” field devices used in modern DCS environments.
PLC Programming Series for SLC 500, MicroLogix, and ControlLogix controllers.
"The materials produced by Gary Anderson that concentrate on the Allen-Bradley SLC 500 series of PLC equipment are of great value in my estimation. The three books that I have, the first of this series, are cost effective and concise. I believe that if used to instruct a class of industrial electrical maintenance people, they will provide a good platform from which to teach. My plan for the work I do is to incorporate these texts into a week-long, 40-hour boot camp style of PLC training class. This will take any novice from beginner to solid technician and will enhance the more competent tech. I look forward to other materials that will be available from Mr. Anderson in the coming months and years. I would advise anyone seeking affordable PLC teaching materials to give these books a hard look".
Kenneth R. Ludington
Director Of Electrical Training
FusionTPM, Greensboro, North Carolina
Based on Allen Bradley’s SLC 500 family of PLC’s, the author takes you through the basic concepts and instructions used in ladder logic programming. The goal of this book is to provide a practical resource for those new to PLC technology and ladder logic programming; and to help you learn the necessary skills for writing your own PLC programs.
Building on instructions elements covered in book one, the Advanced Concepts book illustrates the use of more advanced techniques and instructions typically used in ladder programming. These topics include the usage of latching outputs, retentive timers, and analog scaling for input and output values.
This third installment of the series, serves as an instructional guide for developing a practical and more comprehensive knowledge of PLC ladder logic programming, and methods of diagnosing or isolating problems when they occur. Examples are given on using the status file, fault codes, data monitoring, and writing fault routines for efficient recovery when a fault occurs.
Focuses on learning how to program and use PID instructions in ladder logic programming. Special focus is given to configuring the parameters for this useful instruction; as well as analog scaling, and the procedures used in tuning the control loop of an application process.
This guide is a valuable resource for learning the concepts and instructions that control how program routines are executed. Some of the instructions discussed are the Jump To (JMP) and Label (LBL), the Jump to Subroutine (JSR), Subroutine (SBR) and Return (RET) instructions, the Master Control Reset (MCR) instruction, the Temporary End (TND) and Suspend (SUS) instructions used for debugging programs. Other important topics illustrated are the use of program interrupts, immediate updates, and good programming techniques.
Highlights essential techniques and practices for using RSLogix 5000 development software and the ControlLogix controller platform. It is meant specifically to help those who are familiar with basic PLC logic and control development, but are transitioning to Allen Bradley’s more powerful PAC control systems. It addresses key elements that are necessary for becoming proficient in building ControlLogix based projects.