Savitribai Phule Pune University, Maharashtra, Electrical Engineering Semester 7, PLC and SCADA Applications Syllabus

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Unit - 1 Introduction to PLC
Unit I
Introduction to PLC
1.1 Role of automation in Industries
1.2 Benefits of automation
1.3 Necessity of PLC
1.4 Definition of PLC
1.5 History of PLC
1.6 Types – FixedModularDedicated
1.7 Overall PLC system
1.8 Power supply
1.9 CPU
1.10 Programmer monitor
1.11 PLC Input and output modules along with Interfaces
1.12 Specifications
1.13 Advantages and Disadvantages
1.14 Selection criteria of PLC
Unit - 2 Interfacing of PLC with I/O devices
Unit 2
Interfacing of PLC with IO Devices
2.1 Input on off devices
2.2 Analog input devices
2.3 Output on off devices
2.4 Analog output devices
Unit - 3 Programming of PLC
Unit III
Programming of PLC
3.1 Program languages of a PLC input
3.2 Ladder Diagram fundamentals
3.3 Rules for proper construction of ladder diagram Timer and counter types along with timing diagrams
3.4 Reset instruction
3.5 Latch instruction MCR master control relay and control zones Developing ladder logic for Sequencing of motors
3.6 ON OFF Tank level control
3.7 ON OFF temperature control
3.8 Elevator
3.9 Bottle filling plant
3.10 Car parking
3.11 Traffic light controller
Unit - 4 Advanced Function and Application of PLC
Unit – IV
Advanced Function and Application of PLC
4.1 Analog PLC operation and PLC analog signal processing
4.2 PID principles
4.3 Typical continuous process control curves
4.4 Simple closed loop systems
4.5 Closed loop system using Proportional Integral and Derivative PID
4.6 PID Modules
4.7 PID tuning
4.8 Adjust and observe tuning method
4.9 AC motor starter
4.10 AC motor overload protection
4.11 DC motor control with ac power source
4.12 Variable speed [Variable frequency] AC motor drive
4.13 PLC Applications in developing systems Tank level controller using analog signals
4.14 Temperature controller using RTD
4.15 Speed control of electric motor
Unit - 5 SCADA System
Unit– V
SCADA System
5.1 SCADA Evolution
5.2 SCADA definition
5.3 SCADA system architecture
5.4 SCADA system desirable properties
5.5 Advantages of SCADA system
5.6 Disadvantages of SCADA system
5.7 SCADA Architecture
5.8 SCADA systems in operation and control of interconnected power system
5.9 Functions and features of SCADA systems
5.10 Automatic substation control
5.11 Energy management systems EMS
5.12 System operating states
5.13 Petroleum Refining
5.14 Conventional electric power generation
5.15 Water purification system
5.16 Benzene production [Chemical plant]
Unit - 6 SCADA Protocols
Unit –VI
SCADA Protocols
6.1 Open systems interconnection OSI Model
6.2 TCPIP protocol
6.3 The MODBUS Model
6.4 The DNP3 Protocol
6.5 UCA 2.0 and IEC61850 Standards
6.6 Control and Information Protocol
6.7 Device Net
6.8 ControlNet
6.9 EthernetIP
6.10 FFB
6.11 Profibus
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Other Subjects of Semester-1
Control system ii
Power system operation and control
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