DIAC 01:Programmable Logic Controllers
(Ladder + FBD) |
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DIAC 0 5 : Process Instrumentation
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- Electronics basics
- PLC Fundamentals
- PLC Types & Architecture
- Wiring Source & Sink Concepts
- Wiring Different Field devices to PLC
- Introduction to PLC Programming Software
- Ladder Diagrams ,FBD
- Basic/Advance Instructions
- Faultfinding/Troubleshooting, Documentation
- Communication with SCADA Software
- Hands on Experience on Real time applications
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- Basic control systems
- Transmitters / sensors used in industrial applications
- Photoelectric, Proximity, Encoders
- Temperature Measuring (RTD, Thermocouple, Thermistor)working principle, types, selection guidelines.
- Flow Measurement, Working principle, types
- Pressure Measurement, Working principle, types
- Measurement, Working principle, types
- Load measurement, Load cells
- Solenoid valves, Control valves, Smart transmitters
- Instrument transformers (CT, PT)
- Closed & Open loop control
- Process controllers (On-off, PID)
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| DIAC 02: Supervisory Control & Data
Acquisition |
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| DIAC 06: HMI (Human machine interface) |
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- Introduction to SCADA
- Introduction to graphics and animation
- Creating database of Tags
- Real time & Historical Trends
- Using Alarms & Events
- Application of scripts
- Communication with PLC
- Communication with Microsoft applications
- Net DDE Communication
- Fault finding / Troubleshooting
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- Starting with HMI
- Creating applications, Creating Tags
- Downloading / Uploading programs
- Creating Alarm Messages
- Communication with PLC
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| DIAC 0 3: Motion control (Drives and Motors) |
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| DIAC 07: Panel Designing & AutoCAD |
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- AC Motors, Operations & limitations
- DC Motors, Operations
- Motor Starters: DOL, Star-Delta
- Drives AC, DC, Stepper, Servo (Theory + Practical).
- Hardwired Control
- Communication Control
- Criteria for Drives Selection
- arameter Programming
- Soft starters and their advantages
over conventional starters
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- Introduction to switchgears & accessories
- Basics of Control & Power Drawings
- Load Management (connected load, running load, load factor)
- Indications (Ammeters, Voltmeters, PF & KW meters)
- Preparation of General Arrangement Diagrams, Bus Bar sizing
- Preparation of power & control circuits in AutoCAD
- General wiring Guidelines / practices
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| DIAC 04: Distributed Control System |
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- Introduction to DCS
- DCS applications
- Processor, I/O Modules, Communication, Bus,
Redundancy
- Application Difference between PLC & DCS
- Hands-on Practical on DCS Systems
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- Node ,Port ,Drivers, Topologies, Hardware
- Different Industrial Network:DH-485P,Eternet IP ,Device Net, Control Net
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| DIAC 10PCB Designing and Manufacturing |
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- ntroduction to 8051/52 Microcontrollers.
- Interfacing of Display Devices like (LED's, LCD'S)
- Interfacing and control of Motors (DC, Stepper and Gear Motors)
- Interfacing of Analog to Digital (ADC) & Digital to Analog (DAC)
- Interfacing of MCU 51/52 with Serial Communication Techniques
- Interfacing and Control of Digital Sensors and Analog Sensors.
- Introduction and Interfacing of Serial Interrupts, Timers and Counters
- Programming language Embedded C with basics of C language
- Software used to interface different modules is 'KEIL uVision 3'
- Major Project to be done by the Students.
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- Introduction to PCB.
- Introduction to various device technologies.
- Introduction to software (ORCAD v9.1).
- Getting started with ORCAD Capture.
- Creating a schematic Using symbol Libraries.
- Creating/Editing part symbol and symbol library.
- Creating Netlist file and setting user properties.
- Introduction to ORCAD Layout.
- Introduction to various component packages and their significance.
- Placement/Orientation of part foot print on PCB.
- Consideration of Heat dissipation by parts.
- Consideration of current in deciding Track width.
- Introduction to various soldering techniques.
- Using ORCAD Library Manager.
- Creating and Editing footprints.
- Design Rule Check(DRC) and System setting.
- Post Processing.
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