Automation Industrial Control

What you'll learn
The concept of electrical control and its types
Electrical circuits and control elements
Working principle of classical industrial control
Electrical symbols used and methods for drawing circuits
Components of classic industrial control circuits
Loads and electric motors
Circuits of industrial classic control for operating electrical machines
Connecting and operating control circuit for 1 phase motor
Connecting and operating control circuit for 3 phase motor
Connecting and operating control circuit for 3 phase motor in two different rotation directions
Connecting and operating control circuit for 3 phase motor in two different rotation directions to move an object over a specified distance
Connecting and operating control circuit for 3 phase motor by Star Delta method
Connecting and operating control circuit for 3 phase motor in two different rotation directions by Star Delta method
Connecting and operating control circuit for
Connecting and operating control circuit for automatic transfer between two electrical sources ( grid - generator)
Programmable logic control working principle ( PLC )
Programmable logic control components
Features, types and specifications of programmable logic controllers
Requirements
White board or notebook for drawing electrical symbols and circuits
Download a program for drawing electrical circuits ( Circuit Shop )
Practical laboratory for assembling, connecting and operating control panels
Description
The comprehensive course for all automatic electrical control systems from zero to professionalism with a large number of training lectures on Udemy.A course concerned with the theoretical and practical aspects of the most important components of automated industrial control systems, including:1- Industrial Classic Control2- Programmable Logic Controller (PLC)In this course, you will learn in detail the connection and operation of the important classic industrial control circuits in production factories and commercial establishments, as we present them to you with sound, image and movement as if you were in a practical laboratory.In this course, you will learn Programmable Logic Controllers PLC, the principle of operation of manufactured devices and components, and methods of programming them to operate circuits in factories and production lines.The course targets all those interested in the field of electricity and automatic control systems, including engineers, technicians, workers and others. I attend all the videos and I am ready to answer all your questions and inquiries.Industrial control includes electrical installations, but is currently moving towards automated installations. This requires a wide range of technical skills, including wiring and cable piping, tools, devices, and control posts. The specialist in this field must be able to design circuits, program PLCs, adjust transmission system parameters, and set up interactive interfaces.
Overview
Section 1: Electric Control Concept
Lecture 1 Introduction
Lecture 2 What is electrical control ?
Lecture 3 The need for electrical control
Lecture 4 A practical example of comparison between automatic control and human control
Section 2: Electrical Control Components
Lecture 5 The electrical source for feeding the circuit
Lecture 6 Electrical connectors and wires
Lecture 7 Voltage and frequency of the electric circuit
Lecture 8 The electric current of the electric circuit
Lecture 9 Power and control circuits
Section 3: Symbols used in Industrial Control Circuits
Lecture 10 Connecting
Lecture 11 Grounding and Earthing
Lecture 12 Batteries
Lecture 13 Single Pole Single Throw
Lecture 14 Single Pole Double Throw
Lecture 15 DC and AC Power Supply
Lecture 16 Indicator Bulbs
Lecture 17 Electrical Coil
Lecture 18 Variable Resistor
Lecture 19 Relay
Lecture 20 Contactor
Lecture 21 Hour Meter
Lecture 22 Alternator
Lecture 23 Motors
Lecture 24 Water Pump
Lecture 25 Pressure Switch
Lecture 26 Fuel Level Sensor
Lecture 27 Air Filter
Lecture 28 Oil Pressure Sensor
Lecture 29 Temperature Sensor
Lecture 30 Thermal Overload
Lecture 31 Thermal Relay
Lecture 32 Fuse
Lecture 33 1 Phase Circuit Breaker
Lecture 34 3 Phase Circuit Breaker
Lecture 35 How do we draw an electric circuit?
Section 4: Classic Industrial Control
Lecture 36 Working principle of classical industrial control
Lecture 37 Applications of classical Industrial Control System
Lecture 38 Components used in classic industrial control circuits
Section 5: Components of Classic Industrial Control
Lecture 39 Main Source of classic industrial circuits
Lecture 40 Circuit Breakers and working principle
Lecture 41 Types of Circuit Breakers
Lecture 42 Characterization of Circuit Breakers
Lecture 43 Curves of Circuit Breakers
Lecture 44 Classification of Circuit Breakers
Lecture 45 Trip Characteristics of Circuit Breakers
Lecture 46 How to choose the appropriate circuit breaker in electrical circuits ?
Lecture 47 ELCB - Earth Leakage Circuit Breaker
Lecture 48 Electrical Contactors
Lecture 49 Difference between Contactor, Circuit breaker and Relay
Lecture 50 How to choose the appropriate Contactor ?
Lecture 51 Types of Contactors
Lecture 52 Thermal Overload Relay
Lecture 53 Overload Relay Trip Casses and Curves
Lecture 54 Magnetic Overload Relay
Lecture 55 Phase Sequence Relay / Phase Failure Device
Lecture 56 Connecting method of Phase Failure Device
Lecture 57 Timer Relay and working principle
Lecture 58 Pushbuttons ON/OFF
Lecture 59 Selector Switchs
Lecture 60 Electrical Loads / Motors
Section 6: Connecting and Operating Industrial Classic Control Circuits
Lecture 61 Control circuit for running 3 phase motors
Lecture 62 Idea of reversing rotation of a motor
Lecture 63 Nameplate of Motors
Lecture 64 Control circuit for running 3-phase motors in two reverse directions
Lecture 65 Limit Switchs in industrial devices and machinery
Lecture 66 Control circuit for running a two-way motor with an End distance
Lecture 67 Idea of Star Delta connections
Lecture 68 Control circuit for running 3-phase motors in a Star-Delta method
Lecture 69 Control of running 3 phase motors in two different rotation in Star Delta method
Lecture 70 Work Idea of Water Pumps and Well Submersibles
Lecture 71 Control components to operate water pumps and submersible wells
Lecture 72 Comprehensive control circuit for running water pumps and well submersibles
Lecture 73 Automatic Transfer Circuits ATS
Lecture 74 A- Automatic transfer circuit between two electrical sources (grid - generator)
Lecture 75 B- Automatic transfer circuit between two electrical sources (grid - generator)
Section 7: Programmable Logic Control System (PLC)
Lecture 76 Introduction to Programmable Logic Control
Lecture 77 Why do we use Programmable Logic Control?
Lecture 78 Working principle of PLC device
Lecture 79 Features, Uses, Types of PLC devices
Section 8: Programmable Logic Controller Components
Lecture 80 Power Source
Lecture 81 Input and Output Unit
Lecture 82 Central Processing Unit (CPU)
Lecture 83 Programming Unit
Lecture 84 Memory Unit
People who are interested in automated control systems and factory operating systems.,Specialists, Engineers and Electrical workers.


Homepage

https://www.udemy.com/course/automation-industrial-control/

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