
In this lesson you will Learn about the different components used in Motor Starters.
In this Lesson you will learn what a Contactor is and how it works.
In this Lesson you will learn how to test a 3 Phase Motor.
In this Lesson you will Learn how to read and understand the Name Plate on a 3 Phase Motor.
In this Lesson you will Learn about Power Factor in a Motor.
In this Lesson you will Learn what Motor Speed is and What Slip means on a Motor.
In this Lesson you will Learn how to connect the 3 Phase Motor in a Star or Delta Connection.
In this Lesson you will Learn how to use a Starter to change the direction of the Motor.
In this Lesson you will Learn how different timers work and how they should get connected.
In this Lesson you will Learn how a Star Delta Starter works and how to connect it.
In this Lesson you will Learn how to connect a Motor that needs to change direction to a Star Delta Starter. So we mix Forward Reverse and Star Delta Starters on a 3 Phase Motor.
In this Lesson you will Learn how the Main Circuit works for Sequence Starting Circuits.
In this Lesson you will Learn how Sequence Starting works and how to design a Sequence Starting Circuit.
This is a second Lesson on Sequence Starting that is slightly more advanced.
This is the last and a more advanced Sequence Starter.
In this Lesson you will Learn how the Oscillating Panel works and how to Wire it.
In this Lesson you will Learn how to Brake a Motor using Direct Current injection.
In this Lesson you will Learn how an Auto Transformer is used to reduce the Start Up Amps in a Motor Starter.
In this Lesson you will Learn how Resistors that are connected to a Slip Ring motor are used to Start a Motor.
In this Lesson you will Learn how to control a Dual Speed motor with Contactors.
In this Lesson you will Learn how to control a Dual Speed Motor with a Selector Switch.
In this Lesson you will Learn how to test your circuit for correctness before starting it.
In this Lesson you will Learn locate a fault on your starter.
In this Lesson you will Learn how a Sigle Phase motor works with a Start Capacitor.
In this Lesson you will Learn how a Single Phase Run Capacitor motor works.
In this Lesson you will Learn how a Single Phase Capacitor Start and Run Motor works.
In this Lesson you will Learn how to connect the Single Phase Capacitor Start and Run Motor to a Lead.
In this Lesson you will Learn how to Connect a Single Phase Motor to a Forward Reverse Starter.
In this Lesson you will Learn how to Connect a Cord to a Single Phase Motor.
In this Lesson you will Learn how to Test a Single Phase Motor.
In this Lesson you will Learn the difference between Soft Starters and VSD and how they get Connected.
Learn how electric motors, contactors, overloads, DOL starters, star-delta starters, timers and control circuits work in a clear, practical way.
This course is designed for beginners, electrical assistants, apprentices and anyone preparing for electrical trade test theory.
Stop guessing motor circuits and start understanding how they really work.
This course is designed for electricians, apprentices, and anyone serious about real electrical skills — not just theory.
Whether you’re preparing for a trade test, improving your job prospects, or learning from scratch, this course gives you step-by-step, practical training you can actually use.
What You’ll Learn:
How electric motors work (made simple)
* Direct Online (DOL) starters explained
* Star-Delta starters step-by-step
* Forward & reverse motor control
* How to read and understand wiring diagrams
* Fault finding using real techniques
Why This Course Is Different:
* Practical, real-world training
* No unnecessary theory
* Easy-to-follow video lessons
* Learn at your own pace
* Certificate of completion
Who This Course Is For:
Electricians & apprentices
Maintenance technicians
Beginners wanting real skills
Anyone preparing for electrical trade tests
Enroll today and take control of motors & starters with confidence.
This course is built to give you the confidence to work with motors and starters in real-world situations. You will not only understand how systems operate, but also how to diagnose problems quickly and accurately. By the end, you’ll have practical skills that set you apart and make you more valuable in any electrical environment.