PLC & SCADA

PLC Programming of Siemens using PLC Controller Examples with SCADA.
For Electrical, Electronics, Instrumentation Engineers

Course Type

alternative

₹ 18228  

What You'll Learn ?

Connecting and configuring input/output devices.
Understanding the architecture and operation of PLCs.
Working with various field devices and sensors.
Creating PLC programs using ladder logic.
Establishing communication between PLC and PC.
To Learn Ladder Logic Programming.
Implementing timers, counters, jumps, and multi-interlocking
Learning the architecture and components of SCADA systems.
Creating SCADA windows for monitoring and control.
Applying knowledge to design and implement an industrial SCADA project.

Description

Course Description

PLC or Programmable Logic Controller is an industrial digital computer and its course makes you ready for the mechanical automation process in manufacturing units and construction buildings. You can use your expertise for the dynamic development, subsequent control, counters and timers, programming ease and control. PLC is generally used in industries which helps to eliminate the hard wiring compared with standard relay control circuits, improving productivity. PLC is a Robust Industrial computer which is nothing but a designed task of reading field tools and controlling actuators.

SCADA or Supervisory Control and Data Acquisition are used for the high-level process supervisory management. It is the control system that manages computers, networked data communications and graphical user interfaces. As well as, benefits real-time detection of faults in machinery, decreases the number of defects in the end result. However, the course of SCADA will help you to do Hardware, Software and Services. It is essentially a piece of software that is installed on a PC/Computer which acts as a Human Machine Interface.

Course objectives
  • To understand the generic architecture and constituent components of a Programmable Logic Controller.
  • To develop a software program using modern engineering tools and technique for PLC and SCADA.
  • To apply knowledge gained about PLCs and SCADA systems to real-life industrial application.

Roles in industry

PLCs and SCADA are used in many machines, in many industries. Some example of industries are given below:

  • Automotive industries
  • Automatic storage and retrieval system
  • Power distribution plants
  • Nuclear energy plants
  • Automatic parking systems
  • Robotics & automation industries
  • Bottle filling plant


Course Highlights

  • Pad Designer
  • Package Symbol & Package symbol wizard
  • Netlist creation
  • Component and board placement
  • Mechanical symbol placement
  • Manual and Automatic routing
  • Constraint Manager and Xsection
  • Blind, Buried and through-hole VIA
  • Copper shaping
  • Artwork/Gerber file creation
  • Plot Generation
  • PCB Fabrication Process