Best Electrical Motor Books for Learning Its Configurations and Control System

This amazing book contains a lot of very useful and practical information about motors and how to interface and control them from your projects. Because the book refers to some current-day equipment like Raspberry Pi, Arduino etc. All the chapters are arranged very smartly.

What you'll learn-

• Working principals of electrical motors
• Motor choosing
• Program motor control with Arduino Mega, Raspberry Pi
• Uses of gear-motors
• Linear motors to improve speed
• Functional electronic speed control (ESC)
• Quadcopter building

This book offers you a new design which gives you maximum flexibility and instructional needs. Specific topics are organized into the section to section with modular instructions. 

What you'll learn-

• The latest motor control and integrated systems
• Motor starters and motor drives
• Detailed on PLCs
• Semiconductors
• Control devices
• Essential troubleshooting procedures
• Electrical safety
  

This excellent introductory textbook gives the beginning to work with drives. It will be the best choice for anyone who needs a primer details on the electromagnetic principles of motors.

What you'll learn-

• Understanding the capabilities and limitations of electrical motors
• Most widely used modern motors
• Detailed on the brushless servo motor
• Additional diagrams
• Various workout examples

This book covered many aspects from basic motor controls to the variable motor functions. All the fundamental data organized a very specific way that any beginners can understand and learn them easily.

What you'll learn-

• Skills required in an advanced manufacturing environment
• Mechanical and electrical power
• Fluid power system
• Basic electrical and motor theory
• Examples of industrial applications
• Troubleshooting skills
  

This book covers a broad range of controls from reading control schematics, traditional electrical controls such as contractors, starters, relays etc. You can find all the essential information on controlling the industrial motor from the very basic to advanced level.

What you'll learn-

• Basic relay control systems
• Programmable logic controllers
• Solid state devices 
• Easy-to-follow instructions 
• Industrial maintenance 
• Solid state relays
• Detailed on  Variable frequency drives

This complete reference book offers comprehensive coverage of the entire electrical field and its equipment, including troubleshooting and repair. You can easily know how to interpret schematics and drawings and safely work with all electrical components and systems on the job site.

What you'll learn-

• Control circuits and diagrams
• Magnetism and solenoids
• Electric motors
• Timers and sensors
• Three-phase controllers
• Motor control and protection
• Power generation
• Power distribution systems
• Safety in the workplace
• Programmable controllers

This book covers electric Motor Control systems and serves as a great overview. It offers classification, operation, wiring, safety, installation, troubleshooting, codes etc. If you want to familiarize yourself with motor control systems, this book will give you all about that.

What you'll learn-

• Electric motor operation
• Control and maintenance
• Troubleshooting techniques
  
• Basic on motor repair
  

This book gives you all the information about sensing devices and great graphics with fruitful information about the electrical motor. It's written easy to understand format without all unnecessary formulas.

What you'll learn-

• 20 Tech-cheks
• Multiple choice questions
• Over 150 Worksheets
• Problems with practical design
• Appendix of data sheets
• Detailed on motor integrated system

This book is a great reference that covers a lot of material and has great illustrations. It will introduce the reader to a broad range of motor types and control systems. Also, it includes coverage of how motors operate in conjunction with their associated control circuitry.

What you'll learn-

• Electrical motor operation
• Control and maintenance
• Older and newer motor technologies
• Electronic motor drives
• Programmable logic controllers
• Troubleshooting techniques

This book gives you details on motor classification, the design of motor components, model setup and material to power losses, All the topics are organized in a way that which can be helpful not only for the graduate engineer but also for the academic researchers.

What you'll learn-

• Detailed on the design and manufacture of motor
• Discussion on the analysis and calculation of motor power 
• Motor vibration and acoustic noise issues
• Optimization and applications
• Case study
  

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