Programmable Logic Controllers: Industrial Control
Written by Khaled Kamel,Eman Kamel
434 pages, about 9 hours of reading
Chaptra reads alongside you — AI insights, chapter breakdowns and reader discussions for every book. Join free
About this book
Read it with a club
Small groups reading the same books and talking as they go.
News
- 1 member
- 1,813 discussions
- Active 6h ago
Read Programmable Logic Controllers: Industrial Control alongside people who are reading it too.
Also here: News Bulletin, Just Joking....
Chaptra Prime — paid clubs, every club feature, and unlimited reading support, for $5 a month or $60 once.
See PrimeReading guide
Themes, characters and key ideas in Programmable Logic Controllers: Industrial Control, written by Chaptra AI.
- about 40 hours
- intermediate
- educational
- technical
- instructive
Programmable Logic Controllers: Industrial Control by Khaled Kamel and Eman Kamel serves as a foundational textbook for understanding the principles, programming, and applications of PLCs. It systematically covers the essential hardware components, various programming languages with a strong emphasis on Ladder Logic, and the practical implementation of PLCs in industrial automation. The book aims to equip readers with the knowledge and skills necessary to design, program, and troubleshoot control systems, making complex concepts accessible for students and professionals alike. Its comprehensive approach bridges theoretical understanding with real-world industrial relevance.
“A Programmable Logic Controller (PLC) is an industrial computer control system that continuously monitors the state of input devices and makes decisions based on a custom program to control the state of output devices.”
Key themes
- Sequential Control Logic
- This theme focuses on the design and implementation of control sequences, where actions occur in a specific order based on predefined conditions. It emphasizes the structured approach to programming PLCs, particularly using Ladder Logic, to manage the progression of a process through various states and transitions.
- Automation Principles
- This theme explores the fundamental concepts behind automating industrial processes, including efficiency, repeatability, reliability, and cost reduction. It delves into how PLCs enable these principles by executing predefined logic without human intervention, ensuring consistent product quality and optimized production cycles.
- Safety in Control Systems
- This theme underscores the paramount importance of designing PLC control systems with inherent safety measures to protect personnel, equipment, and the environment. It discusses concepts like emergency stops, interlocking, fault detection, and fail-safe design, ensuring that system failures do not lead to hazardous conditions.
Worth discussing
Discuss the advantages and disadvantages of using PLCs compared to traditional relay logic for industrial control applications.
Chapter-by-chapter breakdowns, character arcs and the full thematic analysis come with a free account.
Discussions
No one has started one yet
Questions this book opens up
No discussions yet
Be the first to start a discussion about this book!
Sign up to start the discussionReviews
No reviews yet
Be the first to review this book!