Electrical Measurements Laboratory
For electrical engineering, a saying properly fits, “difference between exactly right and approximately right”. It firmly implicates that exact values are essential in electrical engineering therefore measurement of electrical parameters like current, voltage, power, energy, resistance, capacitance, inductance, power factor, frequency are very important for proper monitoring and controlling of systems.
- Schering Bridge
- CT’s, Energy meter
- Crompton DC potentio meter
- Kelvin’s double bridge
- Power factor meters
- Resistive, Inductive& Capacitive loads
- MI and MC Voltmeters, MI and MC Ammeters
- Watt meters and Rheostats.
Electrical Circuits Laboratory
In this lab students are trained to connect different types of circuits , analyze the circuits and verify various circuit theorems, transient and steady state analysis of circuits, find the circuit parameters, draw the locus diagrams etc.,
- Equipped with Regulated power supply
- Function generators
- Decade Resistance Boxes
- Decade Capacitance boxes
- Voltmeters (MC meters & MI meters)
- Ammeters(MC meters & MI meters)
- Auto transformers and multi-meters.
Control Systems Lab
In the industrial atmosphere, the control system equipment used is a very sophisticated and costly affair, just because of the reason that the control variables are very non-linear in nature. Henceforth, there is a tremendous effort put forth by the institution to establish such equipment required for Control Systems Laboratory. The software package popularly called MATLAB which makes it easier for the students to simulate the results and study the nature of any type of system predominantly.
- Equipped with Magnetic amplifier kit
- Lead-lag compensator kit
- Synchro transmitter and receiver kit
- PLC trainer kit
- Transfer function of DC motor kit
- Transfer function of second order system kit
- AC servomotor kit
- Dc servo motor kit and multi meters.
Power Electronics Lab
Power electronics circuits can be treated as high-end electronic circuits which work more efficiently in comparison with conventional circuits. which intuitively explains that a huge amount is invested for establishment of this laboratory.
- Forced commutation kit
- 1- phase cyclo converter
- RC firing circuit
- SCR, MOSFET, DIAC, TRIAC Study kit
- Series inverter
- Parallel inverter
Electrical Machines Laboratory
This lab is well equipped with various A.C. and D.C. machines comprising different types of motors, generators, transformers in a floor area of 250 sqm. The students will have wider scope to understand the practical aspects of various motors that are used in fans, elevators, traction etc. and various generators that explain how electrical energy will be formed.
- Equipped with DC Series motor coupled with DC series generator.
- DC shunt motor- Shunt generator set.
- DC shunt motor- compound generator set.
- DC shunt motor with mechanical load.
- DC shunt motor- alternator sets.
- 3- phase induction motors, single phase transformers.
- Single phase auto transformers.
- Three phase auto transformer.
- Rheostats, Voltmeters (MC meters & MI meters), Ammeters(MC meters & MI meters)
- Auto transformers and multi-meters.
Simulation is a process of performing the real time experiments virtually on a computer. It provides tremendous exposure to the students to explore various solutions that can be obtained for a given problem, i.e., a student may have an inner fear to work with a 220 Volts DC supply or with a 230 Volts, 50Hz AC supply, upon simulating such experiments, it is pretty much easier to explore its performance characteristics the minimum wastage of power with minimum time. Various popular and effectively result oriented licensed software packages like MATLAB, P-SPICE, Multisim etc., are installed for use in this 35 desktops.
- 33 computers with 2GB Ram. 320GB Hard Disk, Pentium Dual Core Processor(2.80GHz).
- UPS with 7.5KVA Power Rating.
- MATLAB and PSPICE Software.
Power Systems LaboratoryThe power systems laboratory is responsible for teaching and researching the area of electrical power systems. Students can get concrete ideas about the different system operations and phenomena. Transmission line performance under different operating conditions; load characteristics; real and reactive power flow and control for a transmission line; characteristics of different types of relays; power system protection using relays; measurement of sequence components; balanced and unbalanced faults; power system transients and stability.
This laboratory is equipped with various relays set up on panels, representing practical on-field situations at a modular level for proper understanding of how the different protective measures work in the field, individually. Understanding these individually, the students become well equipped to analyze their working together in the field. The various practical setups that have been prepared for various topics of power system protection are as follows: Over current protection, earth fault protection, directional relay operation, reverse power protection of generator, distance protection, etc.