Exam Details
| Subject | programmable logic controller and scada | |
| Paper | ||
| Exam / Course | b.e(electrical and electronics engineering) | |
| Department | ||
| Organization | SETHU INSTITUTE OF TECHNOLOGY | |
| Position | ||
| Exam Date | May, 2017 | |
| City, State | tamil nadu, pulloor |
Question Paper
Reg. No.
B.E. B.Tech. DEGREE EXAMINATION, MAY 2017 Elective Electrical and Electronics Engineering 01UEE904 PROGRAMMABLE LOGIC CONTROLLER AND SCADA (Regulation 2013) Duration: Three hours Maximum: 100 Marks Answer ALL Questions PART A (10 x 2 20 Marks)
1. List out the different programming techniques of PLC.
2. List the general classifications of PLCs.
3. Define MCR instruction.
4. What standard format is used for PLC math instructions.
5. Define SCADA.
6. Name the three primary subsystems of a SCADA system.
7. Why SCADA systems are implemented?
8. Define state estimation.
9. Give any four real time applications of PLC.
10. List the applications of SCADA.
Question Paper Code: 31381
2
31381
PART B x 16 80 Marks)
11. Describe how the I/O modules connect to the processor in a modular type PLC configuration. Or Explain the operation timers and counters of PLC with an example.
12. Discuss the use of math instructions of PLC for automatic control of upper and lower set point limits. Or Summarize the steps to follow when commissioning a PLC installation. Also discuss about trouble shooting.
13. Explain the various architectures of SCADA with relevant diagram. Or Illustrate the functions, benefits and shortcomings of common communications technologies used in SCADA systems.
14. Elaborate in detail about the IEC 61850 SCADA system architecture. Or Discuss the automatic substation control using SCADA with block diagram.
15. Create a ladder diagram for speed control application using PLC. Or Discuss the SCADA applications in power systems.
B.E. B.Tech. DEGREE EXAMINATION, MAY 2017 Elective Electrical and Electronics Engineering 01UEE904 PROGRAMMABLE LOGIC CONTROLLER AND SCADA (Regulation 2013) Duration: Three hours Maximum: 100 Marks Answer ALL Questions PART A (10 x 2 20 Marks)
1. List out the different programming techniques of PLC.
2. List the general classifications of PLCs.
3. Define MCR instruction.
4. What standard format is used for PLC math instructions.
5. Define SCADA.
6. Name the three primary subsystems of a SCADA system.
7. Why SCADA systems are implemented?
8. Define state estimation.
9. Give any four real time applications of PLC.
10. List the applications of SCADA.
Question Paper Code: 31381
2
31381
PART B x 16 80 Marks)
11. Describe how the I/O modules connect to the processor in a modular type PLC configuration. Or Explain the operation timers and counters of PLC with an example.
12. Discuss the use of math instructions of PLC for automatic control of upper and lower set point limits. Or Summarize the steps to follow when commissioning a PLC installation. Also discuss about trouble shooting.
13. Explain the various architectures of SCADA with relevant diagram. Or Illustrate the functions, benefits and shortcomings of common communications technologies used in SCADA systems.
14. Elaborate in detail about the IEC 61850 SCADA system architecture. Or Discuss the automatic substation control using SCADA with block diagram.
15. Create a ladder diagram for speed control application using PLC. Or Discuss the SCADA applications in power systems.
Subjects
- ac machines
- analog integrated circuits
- applied digital signal processing
- communication engineering
- conservation
- control systems
- data structures and algorithms
- dc machines and transformers
- digital logic circuits
- electric drives and control
- electric power utilization and energy
- electrical machine design
- electrical measurements and instrumentation
- environmental science and engineering
- field theory
- flexible ac transmission system
- fuzzy logic and neural networks
- high voltage engineering
- hvdc transmission
- microprocessors and microcontroller programming
- non-conventional energy resources
- numerical methods
- power electronics
- power plant engineering
- power system analysis
- power system operation and control
- programmable logic controller and scada
- project management and finance
- protection and switch gear
- qualitative and quantitative aptitude
- semiconductor devices and circuits
- special electrical machines
- transforms and partial differential equations
- transmission and distribution
- value education and human rights