Electrical Control Design for real industrial applications
Learn all about electrical control systems, circuit design, and component classifications in this comprehensive course. From contactors and circuit breakers to relays and timers, you’ll gain a deep understanding of the fundamentals. With practical exercises and lab sessions, you’ll be able to apply your knowledge to real-world scenarios. Perfect for electrical engineers, technicians, and automation system designers. Start your journey towards mastering electrical control design today!
What you’ll learn
- you’ll learn all types of electrical control systems and their classifications
- you’ll have a perfect revision for Basics of Electrical Power system
- How can you calculate the C.B rating and Cable sizing
- you’ll learn everything about Contactor & Circuit breakers (MCB-MCCB-ACB), internal construction, classifications, wiring and applications
- you’ll learn everything about Electric switches & Fuses (push button-selector switch- …etc.), internal construction, classifications, wiring and applications
- you’ll learn about Electrical Relays (mech relay- SSR- latch relay), internal construction, classifications, wiring and applications
- you’ll learn about all types of faults and their reasons, after that we’ll discuss the required protection devices
- you’ll learn about all types of protection devices (over-under voltage relay & phase sequence failure relay & total protection relay) in details
- you’ll learn everything about Overload relay, internal construction, classifications, wiring and applications
- we’ll discuss all types of Timers ( On-delay timer & 24 hours timer & pneumatic timer ), internal construction, classifications, wiring and applications
- we’ll have a good revision for all types of Elec machines ( DC & AC ), internal construction, classifications, wiring and applications
- you’ll learn how can you read the data on the nameplate of the motor
- we’ll make a lot of Control circuits, like star/Delta, Forward/Reverse, 3 3ph I.M as sequence and another circuits like that in both ways (theoretical & EKTS)
- you’ll work perfectly on EKTS software to make a simulation for any control circuit you want
- we’ll discuss almost all types of (Sensors and Encoders), internal construction, classifications, wiring and applications
- you’ll have the ability to read any control Diagram for Modification or implementation
- we’ll have a separated section for methods of starting (DOL- Star/Delta- Soft starter- VFD- Auto-transformer) all of them in details
- we’ll have discuss the soft starter and VFD in details, internal construction, classifications, wiring and applications
- you’ll learn the ATS circuits and what’s the difference between (O.T.T & C.T.T) ATS circuits
- we’ll design ATS circuits for old and new Generators
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Hello guys in Our Course you will learn All steps to Make a Full Electrical Control Design for any Project, in our Course we will discuss all Basic components in details after that we’ll make a Full Electrical Control Design for about 15 applications
This course is designed to teach students how to design an Electrical Control circuit to perform a specific desired function. Taking this course will give students a much better understanding for the most complicated Electrical control systems which they will face in the Industrial sector in the real life. so our course aims to teach students the fundamentals of Electrical Control design. Starting from Basic Components ( Contactor – C.B – Relays – Timers – Elec switches – Fuses – Protection devices – Sensors – Encoders ), then we’ll discuss the basic concepts for the Design like ” latching – Interlocking – controlling from different places ..etc.”, after that we’ll make designing for many Electrical control circuits manually and using EKTS software for simulation.
This course is structured in such a way that each section is dedicated to a specific topic in regards to Electrical Control Design. The lectures contained in each section describe in detail the different tools and techniques used to design Electrical Control circuits.
There are assignments and Exercises throughout this course that students can use them to exam themselves, also we have a separated section for Lab, so you can get the most benefit from this course.
Plan of Our Course will be like that :
1- section (1) : ( Introduction )
– introduction for Electrical Control systems
– basics of Electrical Power system
2- section (2) : ( Basic Components for Electrical Control system )– Contactor and all types of Circuit Breakers ( MCB – MCCB – ACB ) in details
– How to calculate C.B rating and cable Sizing– Electric switches (Push buttons – Selector switch …etc.) and Fuses in details
– Electrical Relays (mechanical relay – SSR – Latch relay)
– All Types of Faults in the Electrical control system
– Protection Devices (Over-under Voltage relay & phase sequence-failure relay & Total protection device)
– Overload relay in details– All types of Timers ( On-delay timer – 24 hours timer – Star/Delta timer – pneumatic timer )
3- section (3) : ( Lab for all Basic components )
we’ll see all these components in the practical life and the way of wiring for them
4- section (4) : ( Fast Revision for Electrical machines )
– DC machines in details, principle of operation, internal construction and their applications
– AC machines in details, principle of operation, internal construction and their applications
– How can you read the data on the nameplate of the motor5- section (5) : ( Designing of Electrical Control circuits )
– Start/Stop for 3ph I.M
– Start/Stop for 2 3ph I.M ( Latching – Interlocking Concepts )– Star/Delta circuit manually and Automatically in details
– Start/Stop from different places concept
– Forward/Reverse Concept
– Star/Delta & Forward/Reverse control circuit
– 3Three 3ph I.M as sequence one after another– Advanced 4 applications
– Solutions of the First assignment
6- section (6) : ( Electrical sensors and Encoders )– what’s the difference between sensor and actuator
– Limit switches and reed switch in details– wiring of all sensors in the practical life
– Proximity sensors ( Inductive & Capacitive ) in details
– photoelectric sensors ( through beam – retro reflective – diffused ) in details
– Level sensors ( float switch – Optical – Capacitive – Conductive – Tuning fork switch ) in details
– Rotary Encoders ( incremental & absolute ) in details– wiring of Encoder in the practical life
7- section (7) : ( Methods of starting for 3ph I.M )– why do we need for the methods of starting !!!
– How can you calculate the starting current for the motor using the nameplate data– DOL direct on line, Star/Delta , Soft starter, VFD variable frequency drive and Auto-transformer
– Soft Starter device in details
– VFD in details
– wiring for the soft starter and VFD in the practical life8- section (8) : ( ATS circuits )
– Basic components for the Automatic Transfer switch circuit
– what’s the difference between O.T.T and C.T.T circuits– ATS circuit in details for the new Generator
– ATS circuit in details for the old Generator** Our help in ” Power Tech Academy “ is always available to you if you get stuck or have a question !!!
our support is legendary in Udemy–> So don’t hesitate and click ” Buy Now ” button so you can begin on the right path!
Who this course is for:
- Anyone who wants to learn and practice Classic control and different Automation controlling systems & designs from scratch to the advanced level
- Electrical ,Controlling ,Electronics engineers
- maintenance engineers
- Industrial , production engineers
- electrical technicians and Students of Engineering
- Automation systems designers
