EE 2401 Lab: Electromechanical Systems, Exercises of Power Electronics

The electromechanical systems lab (ee 2401) for students in the electrical engineering department. The lab covers topics such as single-phase transformer construction, analysis of ac and dc machines, and machine performance. Students will work on experiments related to electrical earthing, voltage regulation, synchronous generators, synchronous motors, induction motors, dc motors, and lab project. The lab requires the use of matlab and lasts for 13 weeks, with various lab times and office hours. Grading is based on lab manuals, mid-term and final assessments, and the project.

Typology: Exercises

2011/2012

Uploaded on 07/23/2012

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EE 2401 Electromechanical Systems (Lab Work)
Lab Description (catalog):
Construction and design of single phase transformer. Three phase generators and motors. PMDC motors.
Prerequisite(s): EE 2101 -Electric Circuit Analysis II
Required Materials:
Primary: Lab Manuals
Supplementary: Lab folder
Software: MATLAB
Lab Objectives: This lab is designed to help the student:
Analyze the construction of a single-phase transformer and design a specified single-phase
transformer.
Describe the principle of operation of AC and DC machines.
Analyze the effect of machine parameters on the performance of a given AC or DC machine in
terms of speed, torque, power and efficiency.
Lab Outcomes: This lab requires the student to demonstrate the ability to:
1. Apply the concepts of electrical earthing, electric shocks and safety while working on high voltages.
2. Study the basic construction of electrical machines.
3. Study the construction of a single-phase transformer.
4. Perform an experiment to determine the voltage regulation of a transformer.
5. Study the synchronous generator using Motor-Generator Station.
6. Study the synchronous motor using Motor-Generator Station.
7. Study the induction motor using Motor-Generator Station.
8. Study the behavior of a shunt DC motor.
9. Study the speed regulation of a permanent magnet DC motor.
10. Draw the performance curve of a permanent magnet DC motor.
11. Study the braking torque of a permanent magnet DC motor.
12. Draw the characteristic curves and braking torque of series DC motor.
13. Design a single-phase transformer.
Lab Experiments & Project Covered and Scheduled in Weeks:
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EE 2401 – Electromechanical Systems (Lab Work) Lab Description (catalog): Construction and design of single phase transformer. Three phase generators and motors. PMDC motors.

Prerequisite(s): EE 2101 -Electric Circuit Analysis II

Required Materials:

Primary: Lab Manuals

Supplementary: Lab folder

Software: MATLAB

Lab Objectives: This lab is designed to help the student:

 Analyze the construction of a single-phase transformer and design a specified single-phase

transformer.

 Describe the principle of operation of AC and DC machines.

 Analyze the effect of machine parameters on the performance of a given AC or DC machine in

terms of speed, torque, power and efficiency.

Lab Outcomes: This lab requires the student to demonstrate the ability to:

1. Apply the concepts of electrical earthing, electric shocks and safety while working on high voltages.

2. Study the basic construction of electrical machines.

3. Study the construction of a single-phase transformer.

4. Perform an experiment to determine the voltage regulation of a transformer.

5. Study the synchronous generator using Motor-Generator Station.

6. Study the synchronous motor using Motor-Generator Station.

7. Study the induction motor using Motor-Generator Station.

8. Study the behavior of a shunt DC motor.

9. Study the speed regulation of a permanent magnet DC motor.

10. Draw the performance curve of a permanent magnet DC motor.

11. Study the braking torque of a permanent magnet DC motor.

  1. Draw the characteristic curves and braking torque of series DC motor.
  2. Design a single-phase transformer.

Lab Experiments & Project Covered and Scheduled in Weeks:

Contribution of Lab Work to Meeting Professional Component:

Math and basic science: 0% General education: 0%

Engineering science: 80% Engineering design: 20%

Relationship of Lab Work to Program Outcomes: This lab work contributes in a significant way

to the accomplishment of the following program outcomes.

1. Identify, model and formulate electrical engineering problems.

2. Propose, design, and implement solutions for electrical engineering problems.

4. Work individually and in team environments.

Prepared by and Date:

Muhammad Ejaz Naveed, Department of Electrical Engineering, May 2011.

Lab Engineer

Muhammad Ejaz Naveed Email:[email protected]

Lab Assistant

Adeel Wahid Lab Extension # 221

S # Description Duration

1 Electrical Earthing, Electric Shocks and Safety Considerations 1 Week

2 Introduction to Electrical Machines 1 Week

3 Construction of a Single-Phase Transformer 2 Weeks

4 Voltage Regulation/ Load Regulation of a Transformer 1 Week

5 Synchronous Generators 1 Week

6 Synchronous Motors 1 Week

7 Induction Motors 1 Week

8 Behavior of a Shunt DC Motor 1 Week

9 Speed Regulation of a Permanent Magnet DC Motor 1 Week

10 Performance Curve of a Permanent Magnet DC Motor 1 Week

11 Braking Torque of a Permanent Magnet DC Motor 1 Week

12 Characteristic Curves and Braking Torque of Series DC Motor 1 Week

13 Lab Project 2 Weeks

14 Lab Viva 1 Week