Praise from Readers
“Highly practical, rich in content, and full‑color illustrations throughout – very easy to understand.”
“Everything is in color, which makes it quite accessible for absolute beginners. The content is all solid knowledge, easy to grasp. I recommend it for novices.”

★ Bestselling electrician series! Over 60 print runs, more than 500,000 copies sold. Featured on the Dangdang (China's largest online book retailer) Industrial Technology bestseller chart.
★ Illustrated + video + case studies – from beginner to expert in electrician practice.
★ Tailor-made for electricians: essential for beginners, a handy reference for veterans.

This series includes 6 volumes:
"Hands-On Electrician: Mastering Circuits, Wiring and Maintenance (Full-Color Step-by-Step)"
"Hands-On Electronics: Mastering Components (Full-Color Step-by-Step)"
"Hands-On PLC Programming (Full-Color Step-by-Step)"
"Hands-On Electrician: Quick Reference for Circuits, Wiring and Maintenance"
"Hands-On Electronics: Quick Reference for Component Testing and Soldering"
"Hands-On PLC Programming: Quick Reference"

PLC programming is an essential professional skill for anyone working in the electrical and electronic fields.

Based on typical case studies, this book comprehensively and meticulously introduces the fundamentals of PLC programming, programming languages, programming methods, touch panels, and PLC control applications. Contents include: basics of electrical control circuits, types and functional features of PLCs, functional characteristics and control relationships of electrical components, PLC structure and working principles, PLC programming methods and software, Siemens PLC ladder diagrams, Siemens PLC statement lists, Siemens PLC programming, Mitsubishi PLC ladder diagrams, Mitsubishi PLC statement lists, Mitsubishi PLC programming, PLC touch panels, and practical PLC programming case studies.

The book uses full‑color illustrations, detailed explanations, and a combination of theory and practice. The content progresses from basic to advanced, with easy‑to‑understand language, making it very accessible for learners.

To enhance the learning experience, the book adopts a new teaching model with micro‑video explanations. QR codes are printed next to key knowledge points and illustrations. Readers can scan the QR codes with their mobile phones to watch corresponding instructional videos in real time, helping them grasp the knowledge easily. This not only facilitates learning but also greatly improves learning efficiency.

This book is suitable for beginners in electrical and electronic fields, professional technicians, as well as teachers and students in vocational schools, training institutions, and electronics enthusiasts.

Chapter 1: Basics of Electrical Control Circuits (p.2)
1.1 DC and DC Circuits
1.2 AC and AC Circuits

Chapter 2: Types, Functions, Applications, and Product Introduction of PLCs (p.12)
2.1 Types of PLCs
2.2 Functional Applications of PLCs
2.3 PLC Product Introduction

Chapter 3: Functional Features and Control Relationships of Electrical Components (p.27)
3.1 Power Switches
3.2 Push Buttons
3.3 Limit Switches
3.4 Contactors
3.5 Thermal Relays
3.6 Other Common Electrical Components

Chapter 4: PLC Structure, Composition, and Working Principle (p.44)
4.1 PLC Structure and Composition
4.2 Working Principle of PLCs

Chapter 5: PLC Programming Methods and Software (p.71)
5.1 PLC Programming Methods
5.2 PLC Programming Software

Chapter 6: Siemens PLC Ladder Diagrams (p.89)
6.1 Structure of Siemens PLC Ladder Diagrams
6.2 Programming Elements of Siemens PLC Ladder Diagrams

Chapter 7: Siemens PLC Statement Lists (p.99)
7.1 Structure of Siemens PLC Statement Lists
7.2 Characteristics of Siemens PLC Statement Lists

Chapter 8: Siemens PLC Programming (p.106)
8.1 Bit Logic Instructions
8.2 Timer Instructions
8.3 Counter Instructions
8.4 Comparison Instructions
8.5 Arithmetic Instructions
8.6 Logic Operation Instructions
8.7 Program Control Instructions
8.8 Move Instructions
8.9 Shift/Rotate Instructions
8.10 Data Conversion Instructions
8.11 Communication Instructions

Chapter 9: Mitsubishi PLC Ladder Diagrams (p.145)
9.1 Structure of Mitsubishi PLC Ladder Diagrams
9.2 Programming Elements of Mitsubishi PLC Ladder Diagrams

Chapter 10: Mitsubishi PLC Statement Lists (p.157)
10.1 Structure of Mitsubishi PLC Statement Lists
10.2 Characteristics of Mitsubishi PLC Statement Lists

Chapter 11: Mitsubishi PLC Programming (p.166)
11.1 Basic Logic Instructions
11.2 Practical Logic Instructions
11.3 Basic Move Instructions
11.4 Comparison Instructions
11.5 Data Processing Instructions
11.6 Loop and Shift Instructions
11.7 Arithmetic Operation Instructions
11.8 Logic Operation Instructions
11.9 Binary Floating‑Point Arithmetic Instructions
11.10 Program Flow Instructions

Chapter 12: PLC Touch Panels (p.197)
12.1 Siemens Smart 700 IE V3 Touch Panel
12.2 Installation and Connection of Siemens Smart 700 IE V3
12.3 WinCC flexible SMART Configuration Software
12.4 Mitsubishi GOT‑GT11 Touch Panel
12.5 GT Designer3 Touch Panel Programming

Chapter 13: Practical PLC Programming Case Studies (p.229)
13.1 Siemens PLC Programming for Surface Grinder Control
13.2 Siemens PLC Programming for Lathe Control
13.3 Siemens PLC Programming for Automatic Car Wash Control
13.4 Mitsubishi PLC Programming for Ventilation Alarm Control
13.5 Mitsubishi PLC Programming for Electric Hoist Control
13.6 Mitsubishi PLC Programming for Concrete Mixer Control
13.7 Mitsubishi PLC Programming for Radial Drilling Machine Control