Electric Motor Control

Course Curriculum

Chapter 1: Electrical Control and Protective Devices

Lecture 1: Promo

Lecture 2: Circuit Breakers

Lecture 3: Fuses

Lecture 4: Overload Relay

Lecture 5: Push Button

Lecture 6: Selector Switches

Lecture 7: Contactor

Lecture 8: Contactor Coil

Lecture 9: Limit Switches

Lecture 10: Limit Switch – Connection

Lecture 11: Relay

Lecture 12: Timer

Lecture 13: over-current relay , over-voltage and under-voltage relay

Lecture 14: Pressure Switches

Lecture 15: Float Switches

Lecture 16: Flow Switches

Lecture 17: Proximity Sensors

Lecture 18: Photoelectric Sensors

Lecture 19: Solenoid Valve

Chapter 2: Sizing Motor Panel – NEC

Lecture 1: Motor Full Load Current

Lecture 2: Cable

Lecture 3: Fuse

Lecture 4: Circuit Breaker

Lecture 5: Overload Protection

Lecture 6: Contactor

Lecture 7: Main Feeder

Lecture 8: Main Circuit Breaker

Chapter 3: Low Voltage Networks Design – IEC

Lecture 1: Working Example

Lecture 2: Transformer Selection

Lecture 3: Transformer Types

Lecture 4: Transformer Vector Group

Lecture 5: Transformer Grounding

Lecture 6: Circuit Breaker Selection

Lecture 7: Cable Selection

Lecture 8: Voltage Drop Test

Lecture 9: Short Circuit Test

Chapter 4: Electric Control Circuits

Lecture 1: Motor Power Circuit Practical Wiring

Lecture 2: Single Motor Control Circuit Start/Stop From one Location

Lecture 3: Control Circuit Start/Stop from one Location – Wiring

Lecture 4: Execution Recommendations

Lecture 5: Devices and Contacts Arrangement

Lecture 6: Motor Operation With Indicators

Lecture 7: Motor Operation With Indicators- Circuit Simulation

Lecture 8: Motor Operation With Indicators – Practical Wiring

Lecture 9: Control Panel Operating Voltage

Lecture 10: How To Get Voltage of The Control Circuit

Lecture 11: Single Motor Start/Stop From Two Locations

Lecture 12: conveyor Control Circuit

Lecture 13: Automatic Water Pump Control Circuit

Lecture 14: Single Motor Start/Stop From Three Locations

Lecture 15: Two Motors Power Circuit Practical Wiring

Lecture 16: Two Motors Run Independently Circuit Design

Lecture 17: Two Motors Stop Simultaneously in case of overload

Lecture 18: Motor Can't Run until The another Run

Lecture 19: Motor Disconnected automatically after operating the another

Lecture 20: Motor Can't Stop Until Stop The another

Lecture 21: Start Motor and Stop another at The Same Time

Lecture 22: Work on EKTS

Lecture 23: Three Motors Each Starts After The Previous

Lecture 24: Two Motors Start Automatically After The First

Lecture 25: Reversing Motor Rotation

Lecture 26: Reversing Motor Rotation Control Circuit Reduced

Lecture 27: Elevator Control Circuit – Design

Lecture 28: Elevator Control Circuit – Simulation

Lecture 29: Single Phase Motor Control

Lecture 30: Motor Braking Power Circuit

Lecture 31: Motor Braking Control Circuit

Lecture 32: motor starts after a period of time from running another motor

Lecture 33: Motor disconnects automatically after starting the another motor

Lecture 34: Star and Delta Connection

Lecture 35: Star Delta Motor Starter

Lecture 36: Power in Start and Delta Connection

Lecture 37: Star/Delta Terminals

Lecture 38: Star/Delta Power and Control Circuit With Timer

Chapter 5: Earthing System – Bonus Section

Lecture 1: Earthing System Definition

Lecture 2: Types of Earthing Networks

Lecture 3: TT Earthing System

Lecture 4: IT Earthing System

Lecture 5: TN Earthing System

Lecture 6: Components of Earthing System

Lecture 7: PEC Selection