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PLC and frequency converter introduction knowledge and practice class

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  • Data language: Chinese version
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Introduction to PLC and Inverter Knowledge and Practice Classes Published: 2011 Edition Introduction "PLC and Inverter Introductory Knowledge and Practice Classes" is a book about PLCs and inverters. The main content includes PLC introduction, PLC composition and principle, PLC The use of programming software and the development of application systems, basic instructions and applications, step instructions and applications, function instructions and applications, the structure and principle of inverters, the use of inverters, and the selection, installation and maintenance of inverters. In order to allow beginners to master PLC and inverter easily and quickly by reading wooden books, "PLC and inverter introduction and practical classroom" follows the principle of gradual progress in chapter content arrangement, focusing on easy-to-understand language expression. A large number of forms and pictures are used in the form. In addition, bold and shaded text is used on the weight and key content of the book, so that readers can grasp and remember the content. "Introduction to Knowledge and Practice of PLC and Inverter" is suitable as a self-study book for learning about PLC and inverter. It is also suitable as a PLC and inverter textbook directory for electrical majors in vocational colleges. Chapter 7 Introduction to PLC 1.1 Introduction to PLC
1.1.1 Definition of PLC
1.1.2 Classification of PLC
1.1.3 Features of PLC 1.2 Comparison of PLC Control and Relay Control
1.2.1 Relay forward control circuit
1.2.2 PLC forward control circuit
1.2.3 Comparison of PLC control, relay and single-chip microcomputer control Chapter 2 PkC composition and principle
2.1.1 PLC block diagram
2.1.2 PLC parts 2.2 Operating principle of PLC
2.2.1 PLC working mode
2.2.2 PLC user program execution process 2.3 Mitsubishi FX series PLC introduction
2.3.1 naming method of FX series PLC model
2.3.2 Performance comparison of FX series PLC and related technical indicators.
Chapter 3 Use of PLC Programming Software and Development of Application System 3.1 Programming Language
3.1.1 Ladder Diagram Language
3.1.2 Statement List Language
3.1.3 SFC Sequence Function Diagram Language 3.2 Use of Mitsubishi FXGP / WIN.C Programming Software
3.2.1 Software installation and startup
3.2.2 Programming
3.2.3 Program Conversion and Transmission 3.3 Programming Rules and Techniques for Ladder Diagrams
3.3.1 Rules for Ladder Programming
3.3.2 Ladder Programming Skills 3.4 Programming Device for Mitsubishi FX2N Series PLC
3.4.1 Introduction to Programming Devices (Software)
3.4.2 Types and Numbers of Mitsubishi FX Series PLC Programming Devices 3.5 PLC Application System Development Process
3.5.1 PLC Application System Development Process
3.5.2 Examples of PLC application system development Chapter 4 Basic instructions and application 4.1 Basic instructions
4.1.1 Logic Fetch and Drive Instructions (LD, LDI, OUT)
4.1.2 Contact series instruction (AND, ANI)
4.1.3 Contact Parallel Instructions (OR, ORI)
4.1.4 Parallel Instructions (ORB) for Series Circuit Blocks
4.1.5 Series Instructions (ANB) for Parallel Circuit Blocks
4.1.6 Edge detection instructions (LDP, LDF, ANDP, ANDF, ORP, ORF)
4.1.7 Multiple output instructions (MPS, MRD, MPP)
4.1.8 Master and master reset instructions (MC, MCR)
4.1.9 Invert instruction (INV)
4.1.10 Set and Reset Instructions (SET, RST)
4.1.11 Pulse Differential Output Instructions (PLS, PLF)
4.1.12 No Operation Instructions (NOP)
4.1.13 Program end instruction (END)
4.2 PLC basic control circuit and ladder diagram
4.2.1 Start, self-lock and stop control circuits and ladder diagrams
4.2.2 Forward and reverse interlock control circuit and ladder diagram
4.2.3 Multi-control circuit and ladder diagram
4.2.4 Timing control circuit and ladder diagram
4.2.5 Combination of timer and counter to extend timing control circuit and ladder diagram
4.2.6 Multiple output control circuit and ladder diagram
4.2.7 Overload alarm control circuit and ladder diagram
4.2.8 Flicker control circuit and ladder diagram 4.3 Application examples of basic instructions
4.3.1 Fountain Control
4.3.2 Traffic light control Chapter 5 Step instructions and applications 5.1 State transition diagram and step instructions
5.1.1 Sequence control and state transition diagram
5.1.2 Step instruction
5.1.3 State transition diagram branching method 5.2 Step instruction application example
5.2.1 PLC control of liquid mixing device (single branch method)
...
Chapter 6 Function Instructions and Applications Chapter 7 Structure and Principle of Inverter Chapter 8 Use of Inverter Chapter 9 Selection, Installation and Maintenance of Inverter

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PLC、变频器入门知识与实践课堂 PLC and inverter introduction knowledge and practice class

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