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Scheider PLC Course

Learn about the Schneider Electric System Integrator Packagesget employed Automation sector. This is a course in the Automation domain.
Scheider PLC Course

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Syllabus

This course is loaded with top tier content by driving personnel and industry specialists as recordings and Projects

Schneider Electric system integrator Packages

A system integrator could be an individual or an organization whose role is to integrate the component sub-system in a company to make sure that all of them are working together. It will simplify the communication between the internal systems in an organization. The major advantage of the system integration is that data can be accessed really easily and due to this production can be improved a lot and the operational costs will be reduced too.

System integration is inevitable in most organizations because it will provide good access to real-time data. Money and time could be saved a lot. The integration of physical and virtual components in an organization can be easily carried out by a system integrator so choosing a career in this field will secure your future. A system integrator will make sure that the data quality in an organization is proper and thus the organizational process can be easily carried out. The major role of a system integrator is to make sure that the application integration of an organization, computer networking, business process management, and manual computer programming is taking place properly.

What are the advantages of choosing the system integration course from ESDC India?

You will get a lot of expertise in the industrial market because you will be trained by industrial professionals. You will learn several things regarding framework reconciliation. Framework coordination will be required in most modern industries. Framework reconciliation is utilized in the automation sector. You will learn several things regarding industrial control systems such as SCADA, and DCS.

Best Scheider PLC Course Automation Training Centre Schneider Electric System Integrator Packages Bundle courses from ESDC.

Course Syllabus

  • Hardware Familiarization
  • Software Familiarization and IO configuration.
  • Distributed IO and Remote IO
  • Basic Programming
  • Timers
  • TON
  • TOF
  • TP
  • Counters
  • CTU
  • CTUD
  • Compare Blocks
  • Functional Compare blocks
  • Operation Blocks
    Functional Math blocks
  • Move Blocks
  • FIFO/LIFO
  • Scaling
  • Date and Time configuration
  • DFB creation and applications, Copying custom DFB to Another project with sample DFB
  • Programs
  • Subroutine
  • Configuring the Hot Standby Redundant Controller.
  • Trending tool.
  • Operator Screen
  • ePAC Troubleshooting Techniques
  • Hardware Configuration
  • Communication Configuration.
  • Introduction to Schneider Electric PLC-M241
  • Hardware Configuration
  • Software Familiarization—EcoStruxure Machine Expert
  • Basic Programming and Binary Concepts
  • Timers and Counters
  • Compare Blocks and Operational Blocks
  • OSR/OSF
  • Analog Scaling
  • Jump and Label
  • Subroutine
  • Security assignment and Configuration
  • Unlocking the Security using SD card.
  • Configuring Communication settings.
  • Introduction to Schneider Electric PLC-M221
  • Hardware Configuration
  • Software Familiarization—EcoStruxure Machine Expert-Basic
  • Basic Programming and Binary Concepts
  • Timers and Counters
  • Compare Blocks and Operational Blocks
  • OSR/OSF
  • Analog Scaling
  • Jump and Label
  • Subroutine
  • Security assignment and Configuration
  • Unlocking the Security using SD card
  • Configuring Communication settings
  • Introduction to Citect SCADA
  • Configuring Citect SCADA
  • Creating New Application and Windows.
  • Configuring Objects, Symbols and using of toolbar.
  • Introduction to Digital Tags
  • Introduction to animation links.
  • Introduction to Analog Tags.
  • Animating Objects (Filling, Moving, etc.).
  • Introduction to various script functions.
  • Window scripts.
  • Event Script
  • Introduction to Trends.
    • Real-time Trends
    • Historical Trends
  • Introduction to Alarms
    • Creating & Configuring Alarms.
    • Alarm History.
    • Alarm Acknowledgement
  • Process Analyst
  • Page Navigation
  • Security
  • Data logging to Excel.
  • Introduction to HMI
  • Configuring new Application
  • Configuration of Panels.
  • Configuring Objects, Symbols and using of toolbar.
  • Introduction to Digital Tags.
  • Introduction to animation links.
  • Introduction to Analog Tags.
  • Animating Objects (Filling, Moving, etc.).
  • Action Script
  • Introduction to Trends.
    • Real-time Trends
    • Historical Trends
    • Plot trends.
  • Introduction to Alarms
    • Creating & Configuring Alarms.
    • Active Alarms
    • Historical Alarms
    • Log Alarms
    • Alarm Acknowledgement.
  • Creation of Master panel.
  • Panel Navigation
  • Popup Panel.
  • Recipe
  • Security.
  • Introduction to VFD
  • Construction and Working
  • Setting Basic Parameters
  • Setting Control Options
  • Setting I/O’s, Speed reference and Breaking
  • Monitoring.
  • Introduction to SoMove Software and Configuration.
  • Configuring Parameters.
  • Monitoring and Controlling Several Functions
  • Introduction to Communication Protocols.
  • Introduction to Modbus Protocols.
  • Downloading and uploading of Project using USB, Ethernet in M580, M340, M241, M221.
  • Downloading the project to HMI using USB link.
  • Introduction to Serial Communication (RS485).
  • Communication between all Controllers, SCADA and HMI.
  • Data Exchange between VFD and Controllers (Serial Link).
  • Communication with Power Meter (Serial Link)
Our courses have been planned by industry specialists to assist understudies with accomplishing their fantasy professions

FAQs on Schneider Electric System Integrator Packages

I need to know more about industrial automation course?
Industrial automation is a technology we use in order to reduce human activities and to make machines or industrial processes to work automatically. By doing so we can reduce cost as well as improve productivity and quality in a company. PLC, known as Programmable Logic Controller is the base controller for automation.
 
Then we have monitoring software like SCADA, Supervisory Control and Data Acquisition System which we can use to design a particular area of control and it is mainly used to data acquisition and supervisory control.
Along with that Field devices like sensors, transducers etc. can also be used to implement full automation.
What are the course contents you cover in your syllabus?

a.) A three and a half months full course which is known as Post Graduate Diploma in Industrial Automation (PGDIA) which covers 7 brands of PLCs (SIEMENS, Allen Bradley, ABB, Schneider Electric, Omron, Delta, GE Fanuc), 5 SCADAs (Intouch, Factory Talkview, WinCC, Vijeo Citect and iFix), VFD, HMI, MCC Panel wiring and designing, PAC
(Programmable Automation Controller), P&FI and DCS (Distributed Control System)

 

b.) The next course is a two months course – Advanced Diploma in Industrial Automation (ADIA) with 6 PLCs, 3 SCADAs, VFD, HMI, MCC Panel, P&FI and DCS can also be included.

 

C.) The third is the One-month course Certified Automation Engineering (CAE) with 6 PLCs, 2 SCADAs, VFD, P&FI.

I am a mechanical graduate. can I choose industrial automation as my career?

Yes of course. Being a mechanical engineer, most of the people say that industrial automation is related to electrical, instrumentation electronics field, but in reality, even mechanical domain sectors are also using automation for their manufacturing units, factories, piping plants as well as rig areas. Valves all are controlled by PLC only and plants can be monitored using SCADA. An automation engineer with a mechanical background will always be an advantage for factory/manufacturing units. In most of the countries especially European and western countries, you can see that more mechanical engineers work in Industrial Automation field as there more factories/manufacturing units etc.

 

We will cover from basics only so that irrelevant of the branch you completed you can choose automation as your career. Actually, automation is a combination of electrical, electronics, mechanical, hydraulics and instrumentation.

Why should I choose ESDC for industrial automation training? What I get after completing my course from here?

ESDC has over 21 years of experience in Marine and Industrial Automation. With field experienced service engineers as trainers, students or working professionals get a real time knowledge with applications in industrial automation.

We have a syllabus which cover world class automation applications including IIOT also. So, after completing your course in SMEClabs, you will be able to work in industrial automation field without any struggle as we cover almost all topics including installations, wiring, designing, troubleshooting, configuration etc which is essential to work even as a freelancer in industrial automation.

Talk to our career counsellors to get flexible payment options.

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