About Course

The VFD (Variable Frequency Drive) Course is designed to provide learners with the theoretical knowledge and practical skills required to understand, install, configure, program, and troubleshoot variable frequency drives used in industrial motor control applications.

The course starts with the fundamentals of VFDs and electric motors, covering the internal components of a drive, motor and drive nameplate interpretation, technical manuals, drive selection, installation requirements, and essential operating precautions.

It then focuses on practical VFD operation and programming, including motor parameter configuration, drive programming menus, fixed and variable speed control, analog signal control, potentiometer connections, proximity sensor integration, multifunction digital inputs, stopping methods, DC braking, and drive protection functions.

In addition, the course covers the integration of VFDs with Programmable Logic Controllers (PLCs) using both conventional hardwired control and industrial communication protocols. Learners will explore MODBUS communication over RS485, communication card installation and configuration, and practical applications involving PLC-based control of one or multiple VFDs.

Through a combination of theoretical explanations and practical demonstrations, participants will develop the skills needed to work with VFDs in industrial environments and understand how drives, sensors, and PLCs work together in automated systems.

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What Will You Learn?

  • Electrical Engineers: Those seeking to improve their knowledge of electric motor control and industrial VFD applications.
  • Automation and Control Engineers: Professionals who want to develop practical skills in VFD programming, wiring, and PLC integration.
  • Industrial Maintenance Engineers and Technicians: Individuals responsible for maintaining motors, machinery, production lines, and industrial drive systems.
  • PLC Engineers and Technicians: Those interested in controlling VFDs through digital and analog signals, as well as industrial communication protocols.
  • Electrical Engineering and Technical Institute Graduates: Graduates seeking practical skills that can support their careers in industrial electricity and automation.
  • Industrial Technicians and Production Personnel: Individuals working with machines, pumps, fans, mixers, conveyors, and other equipment that requires variable-speed motor control.
  • Beginners in VFD Technology: Learners with basic electrical knowledge who want to progress from VFD fundamentals to practical programming and PLC communication applications.
  • Key Topics Covered:
  • VFD fundamentals and AC motor speed control principles.
  • Internal VFD components and drive operation.
  • Motor and drive nameplate interpretation and manual reading.
  • VFD selection, installation, and operating precautions.
  • Drive programming and motor parameter configuration.
  • Fixed and variable speed control.
  • Analog signal and potentiometer-based speed control.
  • Proximity sensor wiring and programming.
  • Multifunction inputs and contactor control circuits.
  • Stopping methods, DC braking, protection functions, and fault handling.
  • PLC-to-VFD integration using hardwired control.
  • MODBUS RTU communication over RS485.
  • PLC-based control of single and multiple VFDs.
  • By the end of the course, learners will have a solid foundation in VFD operation, wiring, programming, and industrial integration, preparing them to apply these skills in motor control, industrial automation, and maintenance tasks.

Course Content

Lectures

  • Lecture 1
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  • Lecture 2
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  • Lecture 3
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  • Lecture 4
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  • Lecture 5
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  • Lecture 6
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  • Lecture 7
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  • Lecture 8
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  • Lecture 9
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  • Lecture 10
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  • Lecture 11
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  • Lecture 12
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  • Lecture 13
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  • Lecture 14
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  • Lecture 15
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  • Lecture 16
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  • Lecture 17
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  • Lecture 18
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  • Lecture 19
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  • Lecture 20
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  • Lecture 21
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  • Lecture 22
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  • Lecture 23
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  • Lecture 24
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  • Lecture 25
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  • Lecture 26
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  • Lecture 27
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  • Lecture 28
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  • Lecture 29
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  • Lecture 30
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  • Lecture 31
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  • Lecture 32
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  • Lecture 33
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  • Lecture 34
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  • Lecture 35
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  • Lecture 36
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  • Lecture 37
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  • Lecture 38
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  • Lecture 39
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  • Lecture 40
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  • Lecture 41
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  • Lecture 42
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  • Lecture 43
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  • Lecture 44
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  • Lecture 45
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  • Lecture 46
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  • Lecture 47
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  • Lecture 48
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  • Lecture 49
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