This article highlights top books on programmable logic controllers (PLCs) that help readers grasp fundamentals, ladder logic, programming techniques, and practical applications. From introductory guides to advanced reference texts, these selections cover theory, practical implementation, and real-world industry contexts. Use the summaries and buying guide to compare approaches and choose the PLC book that best fits your goals, whether you’re studying for certification, teaching a course, or tackling industrial automation projects.
| Product | Author/Brand | Amazon Link |
|---|---|---|
| ISE Programmable Logic Controllers | Frank D. Petruzella (Author) | https://www.amazon.com/dp/1265150494?tag=readravelin-20 |
| Loose Leaf for Programmable Logic Controllers | Frank D. Petruzella (Author) | https://www.amazon.com/dp/1264446845?tag=readravelin-20 |
| Programmable Logic Controllers | Max Rabiee (Author) | https://www.amazon.com/dp/1649259867?tag=readravelin-20 |
| Technician’s Guide to Programmable Controllers | Terry Borden (Author), Richard Cox (Author) | https://www.amazon.com/dp/0357622499?tag=readravelin-20 |
| Programmable Logic Controllers: Principles and Applications | Glen A. Mazur (Author), William J. Weindorf (Author) | https://www.amazon.com/dp/0826913962?tag=readravelin-20 |
Summary: The following five titles are selected for their clear explanations, practical examples, and broad appeal to students and professionals. Each entry includes an overview of typical topics, who will benefit, and how the book can be used as a study or reference tool in automation and control environments.
ISE Programmable Logic Controllers
The ISE Programmable Logic Controllers book provides a structured approach to understanding PLC systems, typically covering PLC architecture, instruction sets, and programming concepts. While specific features aren’t listed here, readers can expect a balance of theory and practical examples aimed at students and early professionals. The author, Frank D. Petruzella, is known for accessible explanations that bridge classroom lessons with real-world applications. This title is often used in introductory courses and as a core reference for lab work and project-based learning. It is suitable for readers seeking a foundational text that can support certification study or first steps into automation projects.
Loose Leaf for Programmable Logic Controllers
This loose-leaf edition by Frank D. Petruzella is designed for flexibility in classroom or lab settings. It often emphasizes modular, hands-on learning with modular content that can be customized to fit a course syllabus or training program. Readers can expect concise explanations, practical exercises, and lab activities aligned with PLC programming principles. The loose-leaf format is particularly useful for instructors seeking to tailor the content to specific hardware platforms or industry contexts, while students benefit from targeted practice problems and step-by-step workflows.
Programmable Logic Controllers
Max Rabiee’s Programmable Logic Controllers presents a contemporary perspective on PLCs, blending foundational material with modern topics such as human-machine interfaces and integration with other automation technologies. While specific features aren’t listed here, the title is positioned as a practical reference for students and practicing technicians who want clear explanations paired with examples of programming and troubleshooting. This book can serve as a steady reference as readers move from basic concepts to more complex control systems and real-world applications.
Technician’s Guide to Programmable Controllers
The Technician’s Guide to Programmable Controllers targets practitioners and advanced students who seek practical, job-ready knowledge. The authors listed include Terry Borden and Richard Cox, indicating a collaborative approach that covers hands-on techniques, troubleshooting, and best practices in industrial settings. Readers can expect accessible language combined with real-world scenarios that illustrate how PLCs are used to automate processes, monitor systems, and optimize performance. This title is well-suited for ongoing professional development and on-the-job reference material.
Programmable Logic Controllers: Principles and Applications
Programmable Logic Controllers: Principles and Applications by Glen A. Mazur and William J. Weindorf presents a structured exploration of PLC theory combined with practical applications. While features are not individually listed here, the book typically includes fundamental concepts such as ladder logic programming, input/output configurations, and PLC system design considerations, along with examples that demonstrate how PLCs control machines, processes, and automation tasks. It is a solid reference for upper-level students, engineers, and technicians seeking a deeper understanding of PLC design and application in diverse industries.
Buying Guide: Key PLC Book Considerations
- Audience and depth: Choose based on your experience level. Introductory texts suit beginners, while advanced guides are better for technicians and engineers seeking deeper system design insights.
- Programming focus: If your goal is hands-on programming, prioritize books with extensive ladder logic examples, programming exercises, and lab activities. For broader systems engineering, look for coverage of architecture, I/O, networking, and HMI integration.
- Edition and updates: PLC technology evolves quickly. Prefer titles that reflect modern hardware platforms and current industry practices. Loose-leaf or updated editions can be advantageous for schools and ongoing training.
- Supplemental materials: Look for accompanying exercises, online resources, and lab guides that align with your course or training objectives.
- Format and usability: Consider your teaching or learning environment. Loose-leaf formats offer customization, while traditional hardcovers or e-books may suit personal study better.
- Application context: Some books emphasize industrial automation, while others provide broader control theory. Align the choice with your intended field—manufacturing, process control, or educational settings.
- Reference value: A reliable PLC reference book with well-organized chapters, clear diagrams, and indexability saves time during troubleshooting and project planning.
Across these titles, readers gain access to foundational concepts, programming techniques, diagnostics, and real-world application examples. The right PLC book can serve as a steady reference during coursework, lab sessions, certification preparation, or professional development for automation personnel. Consider your goals, hardware context, and preferred learning style when selecting the best fit from the options above.