INTRODUCTION PLC CONTROLLER (OMRON)

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PLC are industrial microcontroller systems (in more recent times we meet processors instead of microcontrollers) where hardware and software are specifically adapted to industrial environment. The key to their success is the fact that you don't have to learn a new programming language to program them. How do they work exactly ? How to connect a simple sensor ? How to program in ladder diagram ? In this book you will find answers for this question and more... Chapter I Operating system Introduction 1.1 Conventional control panel 1.2 Control panel with a PLC controller 1.3 Systematic approach to designing a process control system Chapter II Introduction to PLC controllers Introduction 2.1 First programmed controllers 2.2 PLC controller parts 2.3 Central processing Unit –CPU 2.4 Memory 2.5 PLC controller programming 2.6 Power supply 2.7 Input to PLC controller 2.8 Input adjustment interface 2.9 PLC controller output 2.10 Output adjustment interface 2.11 Extension lines Chapter III Connecting sensors and output devices 3.1 Sinking-Sourcing concept 3.2 Input lines 3.3 Output lines Chapter IV Architecture of a specific PLC controller Introduction 4.1 Why OMRON? 4.2 CPM1A PLC controller 4.3 PLC controller output lines 4.4 PLC controller input lines 4.5 Memory map for CPM1A PLC controller Chapter V Relay diagram Introduction 5.1 Relay diagram 5.2 Normally open and Normally closed contacts 5.3 Short example Chapter VI SYSWIN, program for PLC controller programming Introduction 6.1 How to connect a PLC controller to a PC 6.2 SYSWIN program installation 6.3 Writing a first program 6.4 Saving a project 6.5 Program transfer to PLC controller 6.6 Checkup of program function 6.7 Meaning of tool-bar icons 6.8 PLC controller function modes 6.9 RUN mode 6.10 MONITOR mode 6.11 PROGRAM-STOP mode 6.12 Program execution and monitoring 6.13 Program checkup during monitoring 6.14 Graphic display of dimension changes in a program Chapter VII Examples Introduction 7.1 Self-maintenance 7.2 Making large time intervals 7.3 Counter over 9999 7.4 Delays of ON and OFF status 7.5 Alternate ON-OFF output 7.6 Automation of parking garage for 100 vehicles 7.7 Operating a charge and discharge process 7.8 Automation of product packaging 7.9 Automation a storage door Appendix A Expanding the number of I/O lines Introduction A.1 Differences and similarities A.2 Marking a PLC controller A.3 Specific case Appendix B Detailed memory map for PLC controller Introduction B.1 General explanation of memory regions B.2 IR memory region B.3 SR memory region B.4 AR memory region B.5 PC memory region Appendix C PLC diagnostics Introduction C.1 Diagnostic functions of a PLC controller C.2 Errors C.3 Fatal errors C.4 User defined errors C.5 Failure Alarm –FAL(06) C.6 Severe Failure Alarm –FALS(07) C.7 MESSAGE –MSG(46) C.8 Syntax errors C.9 Algorithm for finding errors in a program Appendix D Numerical systems Introduction D.1 Decimal numerical system D.2 Binary numerical system D.3 Hexadecimal numerical system Appendix E Detailed set of instructions Disini terdapat tutorial tentang pemrograman PLC Omron. Lebih jelasnya kalian bisa klik satu-satu.