Electrical machines are devices that use electromagnetic forces to convert mechanical energy into electrical energy or vice versa. These devices are of three main types- transformer, generator, and motor. They can also be categorized on the basis of the presence of moving parts as static machine and dynamic machine.
Electrical Machines 1 Lab:
The Electrical Machines 1 laboratory setup presents the fundamental principles of Electrical Machines. The focus of the course is to familiarize students with the operational principles and structural details of Electrical Machines and their internal and external characteristics. After completing this lab students will be able to identify different electrical machines and understand the working principle of DC generator, DC motor, transformer and three phase induction motor. They will also be able to analyze the wiring connections and structural details of both static and rotating electrical machines. Through hands-on lab experiments, the course introduces students to various laboratory equipment and teaches them to experimentally implement and use circuits involving a multitude of electrical machines.
Equipment list:
- 3 Phase Induction Motor
- 3 Phase Induction Motor Speed Control
- 3 Phase rheostat
- 3 Phase Wattmeter
- 3 Phase Wound Rotor Induction Motor
- AC Ammeter
- AC Voltmeter
- AC/DC Switching Power Supply
- Amplidyne
- Box
- Bulb Holder
- Capacitive Load
- Capacitor Run Motor
- Capacitor Start motor
- Cupboard
- DB Box
- DC Motor Speed Control
- DC Motor Unit
- DC Motor/Generator
- DC Voltmeter/Ammeter
- Electrodynamometer
- Inductive Load
- LVDT Position Transducer & Signal Processing
- Machine Stand
- Pedrolo Pump
- Phase meter
- Potentiometer Position Transducer
- Power Supply
- Pressure Transducer
- Resistive load
- SDB Box
- Stepper Motor
- Stepper Motor Control
- Synchronizing Module
- Synchronous Motor/Generator
- Synchroscope
- Tachometer
- Temperature Control Transducer
- Transducer
- Universal Motor
- Wattmeter
- Wattmeter/Varmeter
- Student table
- Workstation
Electrical Machines 2 Lab:
The Electrical Machines 2 laboratory setup builds upon the Electrical Machines 1 laboratory to further promote the knowledge of different Electrical Machines. The focus of the course is to familiarize students with the operational principles and structural details of Electrical Machines and their internal and external characteristics. After completing this lab students will be able to identify different electrical machines and understand the working principle of Alternator, Split Phase Induction Motor, Capacitor Start and Run Motor, Universal and Synchronous Motor. They will also be able to analyze the practically obtained results obtained from the parallel operation and synchronization of an Alternator as well as the outcome results from the operation of Single-Phase Induction Motors and a Synchronous Motor. Through hands-on lab experiments, the course introduces students to various laboratory equipment and teaches them to experimentally implement and use circuits involving a multitude of electrical machines.
Equipment List:
- 3 phase Power Supply (DL 3309)
- 3 Phase rheostat
- 3 Phase Transformer
- 3 Phase Wattmeter
- 3 Phase Wound Rotor Induction Motor
- AC Ammeter
- AC Voltmeter
- Assistant Table
- Capacitive Load
- Capacitor Run Motor
- Capacitor Start motor
- DB Box
- DC Motor/Generator
- DC Voltmeter/Ammeter
- DL 1054
- DL 2515TI
- DL 30040C
- DL 30040L
- DL 30052
- DL 30061
- DL 30205
- DL 30210
- DL 30220
- DL 30270D
- DL 30275
- DL 3315
- Electrodynamometer
- Electrodynamometer
- Faculty Table
- Frequency Meter
- Generator (DL 30250)
- Inductive Load
- Machine Stand
- Motor (DL 30240SEZ)
- PC full setup
- Phase meter
- Power Supply
- Resistive load
- SDB Box
- Shelf
- Student Table
- Synchronizing Module
- Synchronous Motor/Generator
- Synchroscope
- Table
- Transformer
- Wattmeter
- Wattmeter/Varmeter
- Workstation
- DL 2315TI
- DL 3309
- DL 30040R
- DL 30220I50
- 30016
- Amplidyne