PLC Programming Course in Sri Lanka

INTRO Section 1 (Introduction)

What is a PLC?
Why use a PLC?
Internal Architecture of a PLC
Operation of CPU, RAM, ROM, Clock, RTC and other internals)
Introduction to Inside Electronics (Relays, Optocouplers, ect)

LOGIC Section 2 (Number Systems & Digital Logic)

Digital vs Analogue
Introduction to Number Systems
Binary Numbers, 1’s Compliment, 2’s compliment, signed numbers
Hexadecimal and Octal number systems
BCD Numbers
Number conversions
Perform arithmetic operations
Introduction to Gates (AND, OR, NOT, NAND, NOR, XOR, XNOR)
Solving & Designing Gate Systems
Simplifying Methods (Minterms / K - Maps)

CONTACTORS Section 3 (Contactor Logic Design)

Introduction to Contactor based Designs
Mecanical Timers / Contactors
Teqchniques To Design Contactor Logics Systems

FBD Section 4 (Introduction to FBD Programming)

Basic FBD Blocks (AND/OR/SET/Reset/Output/ect...)
Techniques For designing FBD Programs
Timers / Counters
During The Course we'll finish all the FBD Instructions available

LADDER Section 5 (Introduction to Ladder Programming)

Introduction to PLC Scanning Cycle
Basic Ladder elements(Normally Open, Normally Close, Output)
How to implement ladder for a given Logic system(Techniques)
Positive transition, Negative transition
Immediate Input / Outputs
Set / Reset Coils
Program with FBD (Functional Block Diagrams)
Timers (ON Delay, OFF Delay, Retentive)
Counters (UP, DOWN, UP / DOWN)

MEMORY Section 6 (PLC Memory Map)

Why PLCs need a memory map?
Special Memory registers and their Purposes
Direct addressing and Indirect addressing
Compare Instructions
Integer Math Instructions
Real Math Instructions

ADVANCED Section 7 (Advanced Ladder Instructions)

Move Instructions
Table Instructions
Logical Operations
Shift and Rotate Instructions
Conversion Instructions
Program Control Commands
Data Conterting Commands

TECHNIQUES Section 8 (Programming Techniques)

Why we need programming techniques?
How they become useful when programming
Introduction to flow charts
State diagrams
Advanced programming Methods (Based on c language)

STL Section 9 (STL Programming)

Why experienced programmers use STL?
Introduction to logic stack
Logic stack operations
Implement programs with STL

SUB/INT Section 10 (Subroutines and Interrupts)

Reasons for using subroutines
Local variables and global variables
Using subroutines in our programs
Why we need interrupts?
IO / Timer and Timed interrupts
Use interrupts in our programs

PWM/PTO/HC Section 11 (PWM / PTO / High Speed Counters)

PWM (Pulse Width Modulation)
PTO (Pulse Train Output)
HSC (High Speed Counters)

ADC/DAC Section 12 (Analog Inputs / Outputs)

Explaining Analog to Digital Conversion
Explaining Digital to Analog Conversion
A to D Related Practicals
D to A Related Practicals

COMMUNICATION Section 13 (PLC Communications (RS232))

Introductions to PLC Communications
Establish a Communication Between Two PLCs
Establish a Communication Between PLC and PC (RS232)
Control the PLC via Computer

HMI Section 14 (HMI Programming)

Introduction to OP320A Text Display
Introduction to 7inch Touch Displays
Do Lot of Practicals Using above HMIs

PID Section 15 (Introduction to Control Systems)

Introduction to Control Systems
Explaining PID Algorithm & Related Industrial Applications
PID Simulation

WEB Section 16 (Introduction to WEB Applications)

Introduction to Web design and Developing
Design Websites Using HTML and CSS
Publish and Hosting
Introduction to HTTP Requests
Control PLC Using a WEB Application
Update Real Time PLC Data on WEB

SCADA Section 17 (Introduction to SCADA)

Explaining SCADA Systems & Application
Practicing SCADA Softwares
Introduction to PLC Networking

VB Section 18 (Introduction to VB Applications)

Introduction to Software Desgining
Introduction to Visual Basic
Develop Software Interfaces for Communicating With The PLC
Display Real time PLC Data on a Software
Data Logging (Text, Database)

PRACTICALS (All The Practicals and Projects During the Course)

Contactors / Relays / Timers Based Logic System Design
Induction Motor Practical using Contactors Timers (Forward / Reverse, Star - Delta)
PLC Wiring Practical (Interface Sensors / Push buttons / Output Loads to The PLC)
Design an Industrial Counter Using a PLC (Seven Segments)
PLC Based Advanced Traffic Light Control System
Design a DC Motor Controller (PWM Practical)
Design a Conveyor System
PLC Based Full Home Automation System (DTMF Mobile Phone / RS232)
PLC Based Intelligent Security System
High Speed Counter Practical
IO / Timer Interrupt Practical
Control The PLC Through a PC Dekstop (RS232 Serial Communication Practical)
Design Visual Basic Softwae Interfaces To Control The PLC
HMI Programming (Text Displays / HMIs)
Controlling Large Stepper Motors (PTO Practical)
Controlling AC Servo Mtors (PTO Practical)
HMI Controlled Home Automation System
Connect Load Cell and upload readings to a database (Analog Input/Output Practicals)
Elevator Control System Using a PLC
Railway Control System Using a PLC
Web Control Home Automation System

PLC PROGRAMMING & AUTOMATION

COURSE DURATION

FOUR AND HALF MONTH

DATE & TIME

SUNDAY FROM 8.30 AM TO 5.00 PM

LOCATION

PANNIPITIYA

COURSE FEES

RS 20,000/= (CAN PAY BY 3 MONTHS INSTALMENTS)

FIRST DAY FREE FOR YOU TO DECIDE...

ON COMPLETION YOU CAN GET SLIR CERTIFICATE