The Complete PLC Software/Hardware full Automation Bootcamp

 

 

 

 

Description

The Complete PLC Software/Hardware full Automation Bootcamp course. Here, you start practicing PLC programming and controlling software designs from the beginning so that you can be more confident about your PLC experience and skills. PLC, automation control systems is one of the most important systems for any industrial or factory system.

If the word “PLC” boggles your mind and you want to master it, this is for you.

If you want to start your career in PLC and classical control system design and earn money from it, then it is for you.

If you want to learn how to design a PLC automation system for any project, this course is right for you.

If you are tired of the words “this course is for you”, then this course is for you.

If you love control engineering.

PLC and class control systems are becoming buzzwords in everyone’s language, and it makes sense because most buildings, industrial systems, and factories should include PLCs for automation and classic control systems. The course structure is as follows:

  1. Discuss the different types of design of control switches (software/hardware).
  2. Discuss the different types of controller relay design (software/hardware).
  3. Discuss the different types of controller contactor designs (software/hardware).
  4. Get to know overcurrent relays.
  5. Learn about different types of circuit breakers.
  6. Learn the basics of PLC programming.
  7. Implement PLC Start Stop Control System Design (Software/Hardware).
  8. Design the configuration, wiring and programming of the Siemens S7-1200 PLC in the TIA Portal.
  9. PLC automation system design (software/hardware) of interconnected industrial fans.
  10. Design of industrial fans, one-way PLC automation system (software/hardware) design.
  11. Implement Door PLC automation system in Logixpro simulator.
  12. Implement the Silo PLC automation system in the Logixpro simulator.
  13. Get to know Allen Bradley PLC timers.
  14. PLC automation system design (software/hardware) sequential operation of industrial fans.
  15. Get to know Allen Bradley PLC counters.
  16. Single button PLC Start/Stop project design (software/hardware).
  17. Discuss the different design types of proximity sensors (software/hardware).
  18. Discuss PLC analog signals controlling hardware principles and applications.
  19. Design PLC temperature control system using Lm35 temperature. Sensor design (software/hardware).
  20. Design a PLC temperature control system using PT100 temperature RTD. Sensor design (software/hardware).
  21. Learn advanced Allen-Bradley PLC programming with RSLogix500.
  22. Learn advanced Siemens PLC programming with TIA Portal.
  23. Implementation of “advanced sorting based on height” I/O PLC factory automation system (first term project).
  24. Classic start/stop control system design (software/hardware).
  25. Designing a three-phase induction motor direction control system.
  26. Implement a classic Star/Delta control system design (software/hardware).
  27. Get to know the classic Dahlader engine control system.
  28. Pay attention to timers in the design of classical control systems (software/hardware).
  29. Optimize classical star/delta control system design (software/hardware).
  30. Designing the classic closed-loop control system of motors (software/hardware).
  31. Design of unidirectional motors, control system (software/hardware) design.
  32. Optimize the design of classic Forward/Reverse control system (software/hardware).
  33. Implement 2 out of 4 ATS (Automatic Transfer Switch) control system (second term project).

What you will learn in The Complete PLC Software/Hardware full Automation Bootcamp

Design full PLC ladder codes using Siemens TIA Portal, RSLogix500, LogixPro.

Design various automation control circuits using switches, relays, contactor timers and circuit breakers.

Implementation of sorting factory I/O based on the height PLC automation system (course project)

Implementation of 2 out of 4 Automatic Transfer Switches (ATS) (Course Project)

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

Design PLC temperature control system using Lm35 temperature. Sensor (software/hardware design)

Design a PLC temperature control system using PT100 temperature. Sensor (software/hardware design)

Design PLC S7-1200 analog input ladder codes

Implement Siemens S7-1200 PLC hardware wiring and configuration

PLC Start/Stop control system design (software/hardware design)

Implementation of PLC industrial fan locking system (software/hardware design)

Implementation of one-way automation system of PLC industrial fans (software/hardware design)

PLC design of door automation system in Logixpro

PLC Design Design silo automation system in Logixpro

Get basic and advanced Allen-Bradley PLC programming in RSLogix500 and logixpro simulator

Get basic and advanced Siemens PLC programming in TIA Portal and PLCSIM simulator.

Implementation of PLC automation system for sequential operation of industrial fans (software/hardware design)

Implementation of closed loop PLC automation system for industrial fans (software/hardware design)

Implementation of PLC automation system, single bush button start/stop (software/hardware design)

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

Classical control system design on EKTS software

Classic Start/Stop control system design (software/hardware design)

Design of three-phase induction motor direction control system (software/hardware design)

Design the Dahlander engine control system

Classic Start/Delta control system design (software/hardware design)

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

Implementation of optimized classic Star/Delta control system (software/hardware design)

Design of motors, closed loop control system (software/hardware design)

Motor design, one-way control system (software/hardware design)

Implementation of optimized forward/reverse classical control system (software/hardware design)

 

The Complete PLC Software/Hardware full Automation Bootcamp course is suitable for people who

Anyone who wants to learn and practice PLC and various automation control systems and designs from scratch to advanced level.

Electrical, control, electronics engineers

Maintenance engineers

Industrial engineers, production

PLC programmers

Electrical technicians

Designers of automation systems

 

The Complete PLC Software/Hardware Full Automation Bootcamp course details

Training level: beginner to advanced

Training duration: 22 hours and 6 minutes

Number of courses: 146

 

Prerequisites of The Complete PLC Software/Hardware full Automation Bootcamp course

 

computer !

passion to learn !