Best PLC/SCADA Course Training Company in Mohali
The principles of SCADA and PLC systems, which are frequently used in tandem with one another, are covered in-depth in a course from Future Finders. The fundamental ideas will be illustrated with examples from real-world SCADA and PLC systems in the water, electrical, and process sectors using a variety of case studies.
This training is a great chance to network with other professionals and pick up crucial new skills and knowledge for your upcoming SCADA or PLC project. Case studies will cover the most recent applications of SCADA, PLC technology, and basics, even though the course concentrates on practical industrial subjects highlighting current advances.
PLC SCADA 6 Weeks Summer Industrial Training with Live Project is provided by Future Finders in Mohali for Mtech, Btech CSE, MCA, and BCA students. Recently, The Skilled Development Company was listed among the top five PLC SCADA summer training institutions. The instructors and the setting in which the students are studying determine the essential competencies of the PLC SCADA summer training. For Mohali’s PLC SCADA summer training with an internship letter, our instructors have created unique practical projects. Our practical modules, created by our teachers, are blended with the industry compliance syllabus throughout the six-week PLC SCADA summer training in Mohali.
Such cooperation in Mohali’s PLC SCADA summer industrial training aids in teaching students the necessary skills. The PLC SCADA summer training program’s whole practical curriculum complies with worldwide industry standards. Because it offers students inexpensive training fees, Future Finders is regarded as one of Mohali’s top PLC SCADA summer internship providers. Participants receive a job placement service and top-notch Android summer training.
A PLC (or programmable logic controller) and SCADA (supervisory control and data acquisition), though some would say that SCADA is a plant’s complete control system incorporating hardware and software parts, vary primarily in that a PLC is hardware and SCADA is (usually) software. Despite their differences in semantics, both are employed in industrial contexts, and they are frequently used in tandem, but they are still two quite different systems.
What is the PLC?
PLCs are made to regulate intricate industrial operations, including the operation of machinery and motors. They are completely expandable to an operation’s needs and easy to programme. Additionally, they are used to gather data from the systems they manage.
Since PLCs are capable of completing considerably more sophisticated tasks than the traditional relays and timers formerly used to operate industrial machines, they represent an improvement over those devices.
What is SCADA?
A central system called SCADA is utilised to oversee and control plant operations. It usually takes the form of computer software, and one of its primary purposes is to serve as an interface for commercial machinery (or Human-Machine Interface, or HMI). In other words, it enables users to submit commands, track data from equipment, modify their programming, etc.
PLCs and other devices are frequently used in combination with SCADA systems; in fact, some would argue that a PLC is a component of a SCADA system. Commands are typed into the HMI to modify the processes that the system controls using data from PLCs and Remote Terminal Units (RTUs).
What connection do PLCs have to SCADA?
The basis of a predictive maintenance programme is an automated system for prescribing maintenance activities that are created when SCADA software and PLCs are used together. This is how it operates:
- The PLC receives data from sensors on particular assets.
- The PLC converts the data into a format that the software can use.
- The software’s HMI allows users to view the data.
- A maintenance work order is produced if the data goes over or below specific limits.
For instance, if a turbine exhibits excessive vibration, sensors would convey that information via the system, and user readouts would cause a service order to be initiated. In this instance. PLCs serve as relay points and controllers for certain assets, while SCADA software regulates the overall system.
MODULE 1: PLC (Programmable Logic Control)
- Brief Description of a Control System.
- Micro Controller, PID Controller, PLC Controller.
- History & Need of Industrial Automation.
- Application of Industrial Automation.
- Basic Components of Automation.
- Hardware Classification of Automation.
- History of PLC
- Difference between relay, contactor & PLC logic PLC architecture
- A detailed description of different PLC modules & cards
- Application and Advantage of PLCs.
- Architecture of a PLC.
- Source and Sink type of PLC.
- Programming Language of a PLC.
- Hardware over View of Mitsubishi series of PLC.
- Controls Wiring of PLC.
- Data files used in a PLC.
- Interfacing with Relay.
- Control circuit designing with feedback concept.
- Interfacing proximity sensor with PLC.
- Communication with PC.
- Wiring different field device to PLC.
- Simulator analysis of a PLC Programming.
- Uploading, Downloading & Monitoring programs.
- Introduction to SFD, Instruction List and Ladder Logic. Monitoring/Modifying Data table values.
- Hands on experience on real time applications.
- Fault finding/troubleshooting and documentation.
- Why I/O configuration is required?
- How the I/O modules are addressed for AB & Siemens – PLCs
- First steps with the programming device Introducing the basic ladder logic
- Instructions, contacts, coils, and PLC scan.
- A look at the instructions covered in all PLCs.
- Each instruction being illustrated by application specific program examples The instructions covered are:- NO/NC, Set, Reset, Timers, Counters, Comparison, Arithmetic, Logical & Move functions
- An introduction to communication options available for the type of PLCs
- Comparison b/w Gate, Relay ladder & PLC logic.
- Description of using Memory bit in a programming.
- Mathematical Concept ADD, SUB, MUL, DIV and etc.
- Logical Concept AND, ANI, OR, ORI, EXOR, NOT etc.
- Special Function MOV, SET, RST, CMP, INC, DEC.
- Programming based on Timer and Counter.
- Advance Control function programming.
- Introduction to SCADA Software.
- Creating new SCADA Project.
- GUI Designing.
- Tag Substitutions.
- Dynamic Process Graphic.
- Real Time and Historical Trend.
- Alarms & Event.
- Recipe Management.
- Attaching controls to graphic object, Sizing, Blinking, Filling, Analog Entry, Movement of Objects and Visibility.
- SCADA and Networking.
- Communication with PLC.
- Interfacing SCADA via Excel, via PLC, via Relay, via Motor/LED. Fault finding/Troubleshooting.
- Creating a new SCADA application
- Creating Database of Tags
- Creating & Editing graphic display with animation
- Data Entry / Start Stop command
- Analog entry
- Creating & Accessing Real-time Trends
- Creating & Accessing Historical Trends
- Creating Alarms & Events
- Writing logic through script
- Application script
- Data Change
- Window script
- Special functions
- Connectivity with the different hardware
- Communication protocols
- Communication with PLC
- Communication with Data Acquisition System Connectivity between software
- Communication with Excel
- Communication with Visual Basic
- Commissioning the network nodes
- Troubleshooting the application
- Fundamentals of AC Drive
- Block diagram of AC drive
- Configuration of different drives
- Control of drive with and without PLC
- Various applications of AC Drive
- Interfacing with PLC
- Basic principle of Relay working.
- Making AND, OR gate, NOT gate logic circuit.
- Interfacing relay with sensor.
- Relay based Control designing.
- Interconnection between Different Relay & Switch`s.
- DOL Starter.
- Forward And Reverse DOL.
- Star Delta Starter (including timer).
- Interlocking Circuit.
- Inching process.
- Contactor Based control Diagram.
- Basic Principle of Industrial Timer.
- Delay generation.
- Wiring connection of timer to the different device.
- Controlling switching between different devices.
- Interfacing with relay and contactor.
- Alarm generation.
- Introduction to various Sensors/Instrumentation used in Industry.
- Temperature measurement (Thermocouple, RTD, thermistor).
- Working on the proximity sensor.
- Introduction to limit switch.
- Working on the photo electric sensor.
- Temperature controller.
- Level sensor.
- Flow measurement and its working principle.
- Pressure measurement and its working principle.
- LVDT Displacement Sensor.
- Load and level measurement.
- Solenoid valve working and it`s Principle.
- Making Switches by using Sensor.
- Highlight of PLC/SCADA Course
- Ladders fabrications
- Gates formation
- Holding circuits
- Relay/Automation concepts
- Feedback concepts
- Zelio Soft Applications
- Switches interfacing
- Timers concept
- Sink & Source concept
- Latching/Leading effect
- Counters applications
- Contacts formation
- RS Link/ RSLogix 500 concepts
- Micrologix 1100 series interfacing
|PLC/SCADA Course Fee and Duration|
|Track||Regular Track||Weekend Track||Fast Track|
|Course Duration||150 - 180 days||28 Weekends||90- 120 days|
|Hours||2 hours a day||3 hours a day||6+ hours a day|
|Training Mode||Live Classroom||Live Classroom||Live Classroom|