Laboratory and Infrastructure

All types of DC generators and motors, both squirrel cage and wound type 3-phase induction motors, single phase and 3-phase transformers, Synchronous generators and motors, single phase induction motors and induction generator are available in the lab for verification of electromagnetic theory of electrical machines and testings for the same. Required measuring instruments such as volmeters, ammeters, wattmeters (both ac & dc), tachogenerators, multimeters are available for conducting the experiments for finding out the characteristics of different electrical machines and also testing as per BIS specification. All controls of the machines are panel mounted. 

Some Notable Equipments:

• DC Shunt Motor, 0.5HP, 220V, with loading arrangement

• 3-Phase Induction Motor, Squirrel Cage type, 2.2 KW/3 HP

• 3 Phase Wound Rotor Induction Motor,3H.P, 415V, 4.5A

• D.C Generator,1.5KW, 220V

• 3 Phase Transformer, closed type, I/P-400-415-440V, O/P-220V

• Separately Excited DC Generator, 1KW

• DC Compound Generator, 2H.P, 220V

• D.C. Motor (shunt): 2 HP, 220 V

• DC Series Motor,2H.P, 220V

• DC Generator (shunt): 1 KW

• Cut Section of DC Machine, 1HP, 220V

• Pole changing AC induction motor for winding study, 2HP, 415V, 18Slot and 36 terminals. 

• Three phase induction motor,2.2kw,1425rpm,delta connected 

• Synchronous motor 2HP,1500rpm,Shunt,Gen-1.5KVA,1500rpm 

• Synchronus motor -3HP,1500rpm 

• Induction generator 1H.P, 3-phase, 400V

• Cut-section of AC SQ Cage induction motor,1HP 

Analog and Digital Electronics Laboratory is an introductory experimental laboratory that explores the design, construction, and debugging of analog electronic circuits. Several laboratory experiments investigate the performance characteristics of diodes, transistors,op-amps, 555 Timer, Logic Gates, Multiplexer-Decoder, Register, Counter and several other sequential and combinational digital logic circuits. Students are encouraged in the design and implementationof projects in relevant field.

Some Notable Equipments:

• CRO 25 MHz, 2 Channel 4 trace

•  CRO 30 MHz, 2 Channel 4 trace 

• Function Generator: 2 MHz , Model: ING2000

• Multipurpose Trainer Kit: DC 12 V, 5v, 0-30 V, Logic I/P, Logic O/P, 1 MHz Signal Generator (Sine and Square), Clock Pulse, Edge Trigger Pulse, +-12 V AC, Seven segment Display

• Transistor: BC 547B, CL100

• IC:74LS00,74LS02,74LS04,74LS08,74LS10,74LS11,74LS32,74LS86,555 Timer

• DAC TRAINER   

• ADC TRAINER   

• PLL TRAINER      

Power Electronics Laboratory enables the students to become familiar with various power electronic devices for different applications, learn the primitive concepts of SCRs, its characteristics and gate triggering circuits, possess an ability to understand the differences between different types of commutation circuits for SCR, control different rectifier circuits using SCRs, know the fundamental concepts of DC-DC converter (chopper), learn about importance of inverter, its principle of operation & control technique

Some Notable Equipments:

• Set up for V-I characteristics for SCR, TRIAC and IGBT

• Set up for single phase half controlled bridge rectifier.

• Set up for single phase full controlled bridge rectifier

• Set up for different triggering circuit of thyristor.

• Set up for buck-boost chopper.

• Set up for three phase bridge inverter.

• Set up for suitable triggering circuit in a single phase bridge rectifier.

• Cathode ray oscilloscope.

• Digital storage oscilloscope 

Power System Lab is equipped with devices which can be used for the identification of generalized parameters of a transmission line, for measurement of faults, for understanding the working of DC distribution system, for power control of an alternator, for  breakdown strength test of solid and liquid insulating materials and several other purposes. The main purpose of this lab is to provide hands on experience to the students about the day-to-day operation of power transmission, distribution and protection happening around us.

Some Notable Equipments:

• Panel board for finding the A,B,C,D constants of long transmission line 

• Panel board for drawing & calculation of power circle diagram of transmission line 

• Panel board for finding the active and reactive power control of an alternator 

• Panel board for the analysis of a D.C distribution network 

• Testing kit for Dielectric strength test of transformer oil 

• Testing kit for break down strength test of solid insulating materials

• Panel  for the Experiment ON and OFF delay relays 

• Panel  for P.T& C.T Testing with  measuring instruments 

• Panel board  for  Under voltage relay, earth fault relay, over current  relay. 

In this lab Students will learn to apply Laplace transform, transfer functions, modeling RLC circuit, block diagrams for simulation and control. Students will be able to use the acquired skills to identify, evaluate and solve control engineering problems. Students will be able to design and determine control system’s parameters and transfer functions by combining both theoretical and applied analysis that they have acquired in their control courses and in this lab.Students will be able to apply what they have learned theoretically in the field of control engineering using different techniques.

Some Notable Equipments:

• Simulation Set up (25 nos of computer with licensed software)

• Latest version of MATLAB with Institutional licences

• Digital temperature control system (Temperature system simulator)

• Lead-lag network simulator (Compensation design system)

• Stability analysis of linear system  [vpcs-04]

• DC servo motor controller [itb-pec00s] 

Microprocessor Laboratory is an introductory experimental laboratory  spanning a semester that explores the testing, verifying, and understanding of 8085, 8086 microprocessor and 8051 microcontroller along with its peripherals. Lectures and laboratory experiments helps the students to investigate the organisation and working of the Microprocessor and Microcontroller. Students are encouraged in the design and implementationof projects in relevant field.

Some Notable Equipments:

• MPS 85-3  8085 Microprocessor Kit

• ESA 51 8051 Microcontroller Kit

• GSAS 86/88 Microprocessor Kit

• 8255 Study Card

• 16 Channel 8 bit ADC Interface

• Keyboard Interface

• 4 digit Seven Segment LED Display

• Stepper Motor Control Interface

• Stepper Motor

• DC Motor Interface 

Some Notable Equipments:

• Arduino UNO R3.

• Trainer Kit to study the input frequency and wave shape generated by wein bridge oscillator.

• Trainer Kit to study the application of IC741 as adder, subtractor, comparator, integrator and differentiator.

• Trainer Kit to study the characteristics Thermocouple, RTD/PT100, Thermistor.

• Trainer Kit to study the P, PI, PID temperature controller.

• Trainer Kit to study the implement of a Thermocouple circuit for measurement of thermo E. M. F. using DC potentiometer.

• Trainer Kit to study the characteristics of OP-AMP.

• DSO of 100 MHz.

The laboratory is basically for measurement  of different electrical parameters. This lab is equipped with different measuring instruments like AC and DC bridges for measurent of electrical parameters like R,L,C, frequency etc and current and potential transformer for power mesurement and single phase energy meter for energy measurement and potentiometer for callibration of different ammeter, voltmeter and wattmeter.  This lab also provides a hands-on training and detailed understanding of various measuring instruments.

Some Notable Equipments:

• Kelvin Double Bridge, Wien Bridge, Anderson Bridge, De-Sauty Bridge, Schering Bridge experiment  Kit

• Measurement of power using Instrument Transformer experiment Set up

• Calibration of Ammeter,Voltmeter and Wattmeter by DC Potentiometer experiment set up

• Calibration of AC Energy Meter experiment Setup

• Three phase power measurement experiment Set up

• Measurement of power using Shunt and Hall sensor Transformer experiment kit

• Transient analysis of RL,RC & RLC Circuit experiment kit

• DSO, CRO and Function Generator 

Some Notable Equipments:

• Micro Grid Tie Inverter

• Monocrystalline PV cell for I-V and P-V characteristic  (2pc)

• Polycrystalline PV cell for I-V and P-V characteristic (2pc)

• PV cell series/parallel circuit with voltmeter and ammeter (2 pc)

• PV cell blocking diode and bypass diode circuit (included with series/parallel panel) common voltmeter/ammeter

• Tilt angle stand for PV-cell

• Lux Meter (2 pc)

• PV Cell shading tool (2 pc)

• Manual solar simulator

• Radiation and color controlled solar light

• Wind Mill set up

• Battery Monitoring and Controlling Circuit set up 

Some Notable Equipments:

• Luxmeter and Chromameter

• Shouldering Kit

• Adruino, Raspberry Pi,

• PCB Shouldering Current Measurement

• Quadcopter

• Telemetry,GPS,Autopilot

• Computers (Core i5, HDD: 500 GB, RAM: 8 GB)