
The student will learn the difference between PLC Programming and PLC Configuration.
Explore PLC programming using an output-based thinking approach to design, implement, and optimize automated control sequences.
Follow the training roadmap for PLC programming in PLC Programming 100, outlining a clear path to build foundational knowledge and practical skills.
The AND logic function block. The trainee will understand how the AND logic block works.
The OR logic function block. The trainee will understand how the OR logic block works.
The XOR logic function block. The trainee will understand how the XOR logic block works.
The NOT logic function block. The trainee will understand how the NOT logic block works.
The SR logic function block. The trainee will understand how the SR logic block works.
The RS logic function block. The trainee will understand how the RS logic block works.
The R-TRIG logic function block. The trainee will understand how the R-TRIG logic block works.
The F-TRIG logic function block. The trainee will understand how the F-TRIG logic block works.
This lecture will teach the student how to remotely access the Remote PLC using portable teamviewer and an internet access.
This lecture will teach the student how to use 4-mation environment in coding and testing the PLC program.
CODE THE FBD PLC PROGRAM BELOW AND TEST.
CODE THE FBD PLC PROGRAM BELOW AND TEST.
DEVELOP A PLC PROGRAM USING FBD and TEST.
Explore the ton time on delay function block, covering input logic, timing diagram, and how ET and PT determine when output Q becomes true.
Activate the TOF time-off delay function block and learn its left-to-right logic flow, set a preset time, simulate input transitions, and observe the Q output per the timing diagram.
Explore the equal function block, also called the AQ function block, in PLC programming, and learn to compare inputs to produce true output while observing 0 1 and 0 2.
Learn to use the add function block to compute the sum of in0_1 and in0_2 values, simulate inputs, observe the output, and verify the function block operates correctly.
Explain how the subtract function block works with left-to-right logic, using inputs in 0 1 and in 0 2 to compute their difference as the output.
PLC-based carpark monitoring concepts and techniques, applying programming logic to monitor occupancy and manage alerts and controls.
THE WHAT?
The heart of every control systems is a PLC or Programmable Logic Controller. The PLC is behind most products and industries.
1. The water in your tap, behind it is a water treatment process which involves Control Systems.
2. The electricity in your households came from power plants. The power generation process involves Control Systems.
3. The fuel that is running our cars and industries. The oil exploration, extraction and refinery processes involves Control Systems.
4. The multi-vitamins and medicine that you get from the pharmacies or hospitals. Manufacturing it is a very stringent process which involves Control Systems.
THE WHY?
If you are an engineer or an engineering student. Learning how to program a PLC is an important skill set that will take you to a very rewarding career.
THE HOW?
In this course, we will be teaching you how to program a PLC in a universal approach, that you can even perform your PLC logic development on paper.
We will be using Function Block Diagram PLC programming language, because it is used by most of the big industries like Oil & Gas, Water Treatment, Power Generation, Petrochemical and Pharmaceutical.