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Hands on PLC & classic controlling systems using A-B RSLogix,Siemens TIA Portal,Logixpro,FactoryI/O & Hardware projects

What you will learn

 

Design the different automation controlling circuit using switches , Relays , Contactors timers & circuit breakers

 

Design complete PLC ladder codes using Siemens TIA Portal , RSLogix500 , LogixPro

 

Implement factoryI/O sorting by height PLC automation system (COURSE PROJECT)

 

Implement the 2 out of 4 Automatic Transfer Switch( ATS) (COURSE PROJECT)

 

Learn about the PLC analog and digital signals and how to control each of them

 

Design the PLC temperature controlling system using Lm35 temp. sensor (software/hardware design)

 

Design the PLC temperature controlling system using PT100 temp. sensor (software/hardware design)

 

Design the PLC S7-1200 analog input ladder codes

 

Implement the Siemens S7-1200 PLC hardware wiring & configuration

 

Design the PLC Start/Stop controlling system (software/hardware design)

 

Implement the PLC industrial fans interlocking system (software/hardware design)

 

Implement the PLC industrial fans one-way automation system (software/hardware design)

 

Design the Door Automation system PLC design on Logixpro

 

Design the Silo Automation system PLC design on Logixpro

 

Get your hands on the basic & advanced Allen-Bradley PLC programming on RSLogix500 & logixpro simulator

 

Get your hands on the basic & advanced Siemens PLC programming on TIA Portal & PLCSIM simulator

 

Implement the industrial fans sequential operation PLC automation system (software/hardware design)

 

Implement the industrial fans closed loop PLC automation system (software/hardware design)

 

Implement the single bush button start/stop PLC automation system (software/hardware design)

 

Learn about the different types of proximity sensors (software/hardware design)

 

designs classic controlling system on EKTS software

 

Design the Start/Stop classic controlling system (software/hardware design)

 

Design the Three phase induction motor direction controlling system (software/hardware design)

 

Design the dahlander motor controlling system

 

Design the start/Delta classic controlling system (software/hardware design)

 


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Understand the working operation of different types of classic controlling timers TON ,TOF , TOR

 

Implement the optimized Star/Delta classic controlling system (software/hardware design)

 

Design the motors Closed loop controlling system (software/hardware design)

 

Design the motors one way controlling system (software/hardware design)

 

Implement the optimized Forward/Reverse classic controlling system (software/hardware design)

Description

here you will start from scratch practicing  PLC programming & controlling software designs to be more confident with
your PLC experience and skills.

“PLC , Automation control Classic controlling systems are one of the most important system for
any industrial system or factory “.

Hello there,

  • If the word ‘PLC’ baffles your mind and you want to master it, then this is for you.

  • If you want to start your career in PLC and classic controlling systems design and make money from it, then is for you.

  • If you want to learn how to design PLC automation system for any Project, then this course is for you.

  • If you get bored of the word ‘this course is for you’, then this course is for you.

  • if you love the controlling engineering.

     

Well, PLC and classing controlling systems are becoming  widely-used words on everybody’s tongue, and this is reasonable as most the buildings and industrial systems and factories must include the PLC for automation and classic controlling systems .

So we introduce to you the “Complete PLC & classic control (software/hardware) designs” course that you need in order to get your hand on the PLC and Automation design as this course collects most of the knowledge that you’ll need in your journey.

We believe that the brain loves to keep the information that it finds applicable, and that’s what we’re doing here in UNITED ENGINEERING, we give you years of practice from our instructor that have been gathered in just one an interesting dose.

 

Our course is structured as follows:

 

  1. Discuss the different types of controlling switches (software/hardware) design .

  2. Discuss the different types of controlling Relays (software/hardware) design.

  3. Discuss the different types of controlling Contactors (software/hardware)design.

  4. Learn about the Overcurrent relays.

  5. Learn about the different kinds of circuit breakers.

  6. Learn about the PLC programming fundamental.

  7. Implement the PLC start stop controlling system(software/hardware) design.

  8. Design the Siemens S7-1200 PLC configuration, wiring & programming on TIA Portal.

  9. Design the industrial fans interlocking PLC automation system (software/hardware) design.

  10. Design the industrial fans One-way PLC automation system (software/hardware) design.

  11. Implement the Door PLC automation system on Logixpro simulator.

  12. Implement the Silo PLC automation system on Logixpro simulator.

  13. Learn about the Allen-Bradley PLC timers.

  14. Design the industrial fans sequential operation PLC automation system (software/hardware) design.

  15. Learn about the Allen-Bradley PLC counters.

  16. Design the single pushbutton Start/Stop PLC project (software/hardware)design.

  17. Discuss the different types of proximity sensors(software/hardware)design.

  18. Discuss the PLC analog signals controlling fundamentals & hardware applications.

  19. Design the PLC temperature controlling system using Lm35 temp. sensor (software/hardware) design.

  20. Design the PLC temperature controlling system using the RTD PT100 temp. sensor (software/hardware )design.

  21. Learn the Allen-Bradley advanced PLC programming with RSLogix500.

  22. Learn the Siemens advanced PLC programming with TIA portal.

  23. Implement the “advanced sorting by height” Factory I/O PLC automation system (first course project ).

  24. Design the Start/stop classic controlling system (software/hardware) design.

  25. Design the Three phase induction motor direction controlling system.

  26. Implement the Star/delta classic controlling system (software/hardware) design.

  27. Learn about the Dahlader motor Classic controlling system.

  28. Lean about the timers in classic controlling systems (software/hardware) design.

  29. Optimize the star/Delta classic controlling system (software/hardware) design.

  30. Design the motors closed loop classic controlling system(software/hardware) design.

  31. Design the motors one way controlling system(software/hardware) design.

  32. Optimize the Forward/Reverse classic controlling system (software/hardware) design.

  33. Implement the 2 out of 4 ATS (automatic transfer switch) controlling system (second course project ).

 

** At this course :

  • These tracks would be like a piece of cake to you.

  • You will start practicing yourself by solving excrescences and coding assignments to get your hands on PLC programing and
    real world projects implementation.

  • We’ll take you from the Scratch of Designing and Analysis.

  • You’ll learn with practical exciting method in order to understand without being bored.

All you need is an open mind and the passion to be successful!

 

** Our help in United Engineering 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!

 

English
language

Content

Basic automation tools and elements

Types of automation switches_1
Types of automation switches_2
Switches (hardware on workbench)
Controlling relays
Controlling relays (hardware on workbench )
controlling contactors
Controlling contactors (hardware on workbench )
Overcurrent relays
Circuit breakers protection working principle
Miniature circuit breaker types and characteristics
Molded case circuit breaker V.S air circuit breaker

—————— PLC for automation control ——————

Hello PLC !

PLC fundamentals

Introduction to PLC
Ladder programming language fundamentals
Build your first PLC code !
PLC motor start stop ladder code
latch and unlatch elements

Siemens S7-1200 hardware PLC configuration PLC on TIA portal

PLC S7-1200 hardware design
Wiring and configuration
Overview on Siemens TIA Portal
Start/Stop ladder PLC code on TIA Portal
Start/Stop PLC design (hardware on workbench)

Industrial fans interlocking PLC project

Fans interlocking ladder code on TIA portal
Fans interlocking ( TIA Portal ladder code + hardware on workbench)

Industrial fans one-way PLC project

One way fans sequence of operation
one way fans TIA portal PLC ladder code
One way industrial fans control PLC ( hardware on workbench)

Door automation system Logixpro PLC project

Analyzing door simulator automation components
PLC ladder code design on Logixpro step(1)
PLC ladder code design on Logixpro step(2)

Silo automation system Logixpro PLC project

Analyzing Silo simulator automation components
PLC ladder code design on Logixpro step(2)
PLC ladder code design on Logixpro step(3)
PLC ladder code design on Logixpro step(4)

Allen-Bradley PLC timers

Working principle of TON , TOFF ,TOR PLC timers
On delay timer PLC ladder code on Logixpro
Off delay & on retentive timers PLC ladder code on Logixpro

Industrial fans sequential operation automation system

Ladder code for Allen-Bradley PLC programming
Ladder code on TIA Portal + hardware on workbench

Industrial fans closed loop automation system

Fans closed loop sequence of operation
Ladder code on logixpro for Allen-Bradley PLC programming
Ladder code on TIA Portal + hardware on workbench

Allen-Bradley PLC counters

Counters UP and Down in logixpro
Counters OSR
Solving silo automation bug with counters

single pushbutton start/stop PLC project

PLC ladder code in Logixpro
Ladder code on TIA Portal + hardware on workbench

Automation proximity sensors

Optical proximity sensors
Inductive & capacitive proximity sensors
Proximity sensors selection & parameters

Allen-Bradley RSLogix500 advanced PLC programming

ONS OSR OSF
Comparators
Math functions_1
math functions_2
Move instruction
JMP and LBL instruction
JSR instruction

Siemens TIA Portal advanced PLC programming

Bit logics
(TP , TON , TOF TONR )Timers
Additional timers instructions
( CTU , CTD , CTUD ) Counters
Comparators instructions
Math functions_1
Math functions_2
Jump instruction

Analog signals control

digital Vs analog signals
PLC analog to digital conversion (ADC)
PLC digital to analog conversion (DAC)
Resolution of PLC analog input module

Analog input controlling project

TIA portal PLC code for analog input control
Analog input simulation project
Analog input control (hardware on workbench)

Lm35 temperature sensor controlling system

Working principle of Lm35 temperature sensor
Temperature automation system (hardware on workbench)

PT100 RTD sensor controlling automation system

Working principle of PT100 temperature sensor
PLC code for PT100 temperature automation
Temperature automation system (hardware on workbench)

First course project

Overview on the sorting by height system
Ladder coding design step(1)
Ladder coding design step(2)
Ladder coding design step(3)

———————Classic controlling systems———————

welcome to classic controlling section

Start/Stop classic controlling system

Start/Stop system working principle
Start/Stop system (hardware on workbench)
start/stop system (EKTS simulation)

Three phase induction motor direction control

Concept behind phase sequence
Motor direction control
Motor direction control (hardware on workbench)
Motor direction control (EKTS simulation)

Star/Delta classic controlling system

Connection of Star/Delta three phase induction motor
Working principle of Star Delta controlling system
Star/Delta controlling circuit design
Star/Delta controlling system (hardware on workbench)
Star Delta system (EKTS simulation)

Dahlander motor classic controlling system

Dahlander motor working principle and wiring diagram
Dahlander motor controlling system design

Timers in classic controlling systems

TON , TOF , TOR working principle
Controlling timers (hardware on workbench)

Industrial Motors sequential operation classic controlling system

Working principle of motors sequential operation
Motors sequential operation control (hardware on workbench)
Motors sequential operation control (EKTS simulation)

Optimized Star/Delta Classic controlling system

Working principle of Star/Delta system with timers
Star/Delta with timers (hardware on workbench)
Star Delta with timers (EKTS simulation)
note on star delta with timers (hardware on workbench)

Motors closed loop classic controlling system

Working principle of motors in closed loop control
Motors closed loop control(hardware on workbench)
Motors closed loop control (EKTS simulation)

Motors one way classic controlling system

working principle of motors one way control
Motors one way controlling circuits
Motors one way control (hardware on workbench)
Motors one way control (EKTS simulation)

Optimized motor Forward/Reverse classic controlling system

Forward/Reverse with timers working principle
Forward/Reverse with timers controlling circuit
forward reverse with timers (hardware on workbench)
forward reverse with timers (EKTS simulation)

—————————–Second Course project—————————–

welcome to this hero section !

two out of four Automatic transfer switch controlling system ( ATS control)

Air circuit breaker controlling elements_1
Air circuit breaker controlling elements_2
Air circuit breaker controlling elements_3
ATS working principle
Overview on two out of four ATS system
Two out of four ATS truth table
Overview on ATS controlling circuit
Automatic transfer input trick
T1 sub-controlling circuit step(1)
T1 sub-controlling circuit step(2)
T2 sub-controlling circuit
Generator sub-controlling circuit
Coupler sub-controlling circuit