Mastering VFD from Basic to Advance

Mastering VFD from Basic to Advance, available at $59.99, has an average rating of 4.5, with 54 lectures, based on 60 reviews, and has 424 subscribers.

You will learn about VFD Variable Frequency Drive (VFD) AC Drive Inverter LSIS This course is ideal for individuals who are Students or Field Engineers It is particularly useful for Students or Field Engineers.

Enroll now: Mastering VFD from Basic to Advance

Summary

Title: Mastering VFD from Basic to Advance

Price: $59.99

Average Rating: 4.5

Number of Lectures: 54

Number of Published Lectures: 54

Number of Curriculum Items: 54

Number of Published Curriculum Objects: 54

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

VFD

Variable Frequency Drive (VFD)

AC Drive

Inverter

LSIS

Who Should Attend

Students

Field Engineers

Target Audiences

Students

Field Engineers

This VFD course covers the functions of major modern VFDs. In my course I am using LSIS VFD (LS brand is derived from LG Company). The contents included in this course is related to Hardware, installation, theoretical, Start/Stop options, functions (basic & advance), IOs, Protection parameters and Diagnostics.

In any VFD there can be 100+ functions. Not all are relevant! my practical experience allowed me to hand-pick the function which I ever used in my career.

Why I made this course?I didn’t wanted my experience to just stick with me, neither I wish to die with it, I wanted to deliver. So, once you will have to work on VFD (especially LSIS brand), I will be able to provide big help, from installation guide to commissioning. In a way you all will be helpful to me, for my growth.

How can I help?Once you are done with the course, and you might be looking forward for some advice, so I will be able to communicate. Since your completion of course will enable us to understand terms. I can provide detailed stuff which will include parameters and

Are all VFDs same?Generally unless the VFD is designed for special application have same concepts and mostly common function. The reason I choose LS VFD is because there drives are economical, and easy to read (thanks to keypad) which shows descriptive functions.

Which brand I will be using? LSIS

What If course is NOT what I am look for?In that case you have 30 days payback guarantee, please claim refund.

What If I do not understand certain topic or there is some topic which need more elaboration? You can always contact me for that, and I will be happy to give more details. If I feel that I should add content, I will create and add.

What is not included in this course? I didn’t included Permanent Magnet Motor Drives, I also didn’t included Multi-Motor function, and neither Solar panel based VFD solution. These each topic deserves a separate course. However, if you are facing these applications, I will help you with parameters and tips.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: What I need to know for VFD Selection?

Chapter 2: Installation & Recommendations

Lecture 1: Power Section

Lecture 2: Control Section

Lecture 3: Control Section – Continue

Lecture 4: Motor Section

Chapter 3: Basic Parameters

Lecture 1: How to navigate on VFD?

Lecture 2: Motor Parameters

Lecture 3: Motor Name & Parameter Setting

Lecture 4: What is Command Source?

Lecture 5: What is Frequency Source?

Lecture 6: Command Source (using Keypad)

Lecture 7: Command Source ( as Terminals)

Lecture 8: Frequency Source (as Keypad)

Lecture 9: Frequency Source (as Potentiometer)

Lecture 10: Speed Control using UP/DOWN function

Lecture 11: Acceleration and Deceleration Concept

Lecture 12: Acceleration and Deceleration Setting

Lecture 13: Max Freq vs Delta Freq

Lecture 14: Understanding V/f Pattern – Theory

Lecture 15: Understanding V/f

Lecture 16: Torque Boost

Lecture 17: Multi Speed

Lecture 18: 3-Wire Control Method

Lecture 19: Power On Run

Lecture 20: Dwell Theory

Lecture 21: Dwell Practical Demo

Chapter 4: Motor Start/Stop Methods

Lecture 1: Motor Start/Stop Methods introduction

Lecture 2: Motor Free-run/Coasting

Lecture 3: DC Start/Stop Thoery

Lecture 4: DC Start/Stop Practical

Lecture 5: DC Start/Stop Practical (Continued)

Lecture 6: Flying Start

Lecture 7: S-curve Start/Stop Pattern

Chapter 5: Advance Parameters

Lecture 1: Carrier Frequency

Lecture 2: Auto Tuning Theory

Lecture 3: Auto Tuning Practical

Lecture 4: Auto Torque Boost Practical

Lecture 5: Auto Torque Boost Explained

Lecture 6: What is PID?

Lecture 7: PID Demo

Lecture 8: Vector Control

Lecture 9: Torque Control

Chapter 6: Additional Topics

Lecture 1: Useful Input functions Part 1

Lecture 2: Useful Input functions Part 2

Lecture 3: Run Enable

Lecture 4: Useful Output Functions

Lecture 5: Analog Input/Output functions Part 1

Lecture 6: Analog Input/Output functions Part 2

Lecture 7: Analog Output

Chapter 7: Motor Protection Parameters

Lecture 1: Motor Protection Parameters

Lecture 2: Stall Prevention Function

Chapter 8: Diagnostics

Lecture 1: Useful Diagnostic Functions

Chapter 9: The End

Lecture 1: Final Thoughts

Instructors

M Areeb Tahir
VFD Expert | Electronic Engineer

Rating Distribution

1 stars: 0 votes

2 stars: 1 votes

3 stars: 6 votes

4 stars: 20 votes

5 stars: 33 votes

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