Siemens inverter engineering application and troubleshooting examples Published: 2013
Introduction This book combines the application status of Siemens inverters in China, and briefly introduces the basic knowledge of inverters and the application knowledge of Siemens inverters. It systematically describes the engineering design of Siemens inverter frequency control systems and the electromagnetic compatibility of inverter frequency control systems. Engineering design, parameter setting and debugging of variable frequency speed regulating system, engineering application examples of Siemens variable frequency speed regulating system, fault information and troubleshooting examples of Siemens frequency converter. The subject matter of this book is novel and practical, rich in content, easy to understand, and simple in text. It has high practical value. This book can be used for engineering and technical personnel engaged in the research and development, design, application, and maintenance of variable frequency speed regulation technology in the fields of electrical transmission, automatic control, electrical automation, and home appliances. Teachers of electrical transmission, industrial automation, and other professional teachers in colleges and technical colleges Student reading reference.
Preface Chapter 1 Overview 1.1 Basic knowledge of inverter 1.1.1 Basic principle and general classification of inverter 1.1.2 Structure of inverter 1.1.3 Control method and classification of inverter 1.1.4 PWM method 1.2 Introduction of Siemens inverter 1.2 .1 Classification of Siemens Inverter 1.2.2 Characteristics of Siemens Inverter 1.2.3 Characteristics and Application Fields of Siemens Inverter Chapter 2 Frequency Converter Speed Control System Engineering Design 2.1 Selection of Inverter 2.1.1 Selection of Inverter 2.1. 2 Selection of Inverter Power 2.2 Features and Applications of Inverter Options 2.2.1 Braking Options for Frequency Conversion Speed Regulation System 2.2.2 Reactors and Filter Options Chapter 3 Electromagnetic Compatibility Engineering Design of Frequency Conversion Speed Regulation System 3.1 Electromagnetic compatibility of inverter 3.1.1 Analysis of electromagnetic compatibility of inverter 3.1.2 Design rules for electromagnetic compatibility of frequency conversion speed regulation system 3.2 Generation and suppression of inverter harmonics 3.2.1 Generation and harm of inverter harmonics 3.2 .2 Harmonic interference suppression measures 3.3 Electromagnetic interference and suppression measures of frequency conversion systems 3.3.1 Sources and propagation channels of electromagnetic interference of frequency conversion systems 3.3.2 Anti-electromagnetic interference measures in frequency conversion speed regulation systems 3.3.3 In frequency conversion speed regulation systems Common mode noise and suppression 3.3.4 Anti-interference measures of the control loop around the inverter 3.3.5 Anti-interference of the inverter software Chapter 4 Parameter setting and debugging of the inverter speed control system 4.1 Parameter setting of the inverter 4.1.1 Parameter 4.1.2 Frequency setting of the frequency converter 4.1.3 Correct setting of the frequency-to-frequency ratio of the frequency converter 4.1.4 Process of start-stop and acceleration / deceleration of the frequency converter 4.1.5 Application of multi-function terminals of the frequency converter 4.1.6 Frequency converter torque Lifting function 4.1.7 DC braking function of inverter 4.1.8 Example of parameter setting of Siemens inverter 4.2 Debugging of frequency conversion speed regulation system 4.2.1 Debugging conditions of frequency conversion speed regulation system 4.2.2 Operation of frequency converter 4.2.3 Frequency conversion Chapter 5 Application Examples of Siemens Frequency Conversion Speed Regulation System Engineering 1 Application Examples of SIMOVERTMV Medium Voltage Frequency Converter on Blower 2 Application Examples of ECO Frequency Converter on Drain Pump 3 Application Examples of MM440 Frequency Converter on Feedwater Pump 4 Application example of MASTERDRIVE6SE inverter on crane 5 Application example of ER440 inverter on linkage production line 6 Example of communication between S7-PLC based on PROFIBUS-DP and Master series inverter 7 S7-300 / 400 based on PROFIBUS-DP and 6SE 70 series inverter communication example 8 MMV series inverter remote control and data communication example 9 ECO series inverter remote monitoring machine data communication Chapter 6 Siemens inverter fault information and troubleshooting examples 6.1 Siemens inverter fault information 6.2 Siemens Troubleshooting reference of inverter