Laboratories

LAB-1 Electronics Lab

Major Equipments

Dimension 85 sq.mt

(i) Function generator

(ii) DC-Regulated power supply, 30V, 2A

(iii) Decade resistance box

(iv) Decade capacitance box

(v) Decade inductance box

(vi) Transformer (12V-0-12V), Shell type Spring board

(vii) Multimeter

(viii) CRO,30MHz ,

(ix) Transformer (6V-0-6V), Shell type Connecting wires (single strand)

(x) Diodes ,Capacitors ,Transistors ,Inductors Resistors

(xi) Digital IC trainer Kit A and D IC tester Patch Cords

(xii) IC7486,7432,7408,7404,7400,7402,7447,7483 7485,74147,7495,7420,7490,74153,7410,

7476,74139,74192,74193

LAB-2  Micro Controller Lab

Dimension 51.6 sq.mt

(i) HP Make, I3 Processor, 2GB RAM, 2.93 Ghz Processor, 160 GB Hard disk

 (ii)8051 µC kit, 8051 Microcontroller programmer or microcontroller burner

(iii)6 digit seven segment display Interface

(iv)Hex Key Board Interface with auxiliary units

(v)Hex Keypad Interface with auxiliary units

(vi)ADC

(vii)Temperature Controller Interface with auxiliary units

(vii)DAC

(ix)Stepper Motor interface with auxiliary units

(x)DC Motor interface with auxiliary units

(xi)Elevator interface with auxiliary units

LAB-3  Power electronics lab

  Dimension:70 Sq.Mt.

(i)SCR-Characteristics- Module

(ii)MOSFET-Characteristics-Module

(iii)SCR turn ON using UJT re-oscillator

(iv)SCR Digital triggered 1-Ph AC Voltage controller

(v)-Ph controlled FWR with R & R-L load (vi)AC voltage control using DIAC & TRIAC

(vii)Speed control of DC-motor using IGBT

(viii)MOSFET- Chopper, Speed control of DC-motor semi convertor

(ix)Speed control of stepper motor

(x)Speed control of Universal motor

using AC voltage firing ckt

(xi)MOSFET, IGBT based 1-Ph Full bridge

Inverter connected to R-Load

(xii) Study of commutation using LC-ckt

LAB-4  Op-Amp & Linear Integrated Circuits  lab

Dimension 85 sq.mt

(i) IC 741

(ii) Resistors Capacitors

(iii) Dual channel Power oscilloscope Signal Generator(3MHz)

(iv) Dual Channel 4 trace oscilloscope Dual Power Supply(0-30V) (0-2A)

(v) Digital Multimeter

(vi) Single Power Supply(0-30V,0-2A)

LAB-5   Electrical Machines Lab-1

Dimension 145 sq.mt

(i) 1-Ph transformer,( 230V/230V, 2KVA with tappings(0- 50%, 86.6% ,100% ),

(ii)1-Ph transformer,( 230V/230V, 3KVA with tappings(0- 50%, 86.6% ,100% )

(iii)Rheostatic load bank, (iv)3-Ph- Induction motor (ABB)5Hp

(v)415 v ,1500 rpm ,8-10Awith mechanical loading facility,

(vi)Control panel

(vii)3-Ph- Induction motor (KIRLOSKAR) 5Hp

(viii)415 v ,1500 rpm ,8-10Awith mechanical loading facility

(ix)Control panel

(x)3-Ph- Induction motor (KIRLOSKAR ) 5Hp ,415 v ,1500 rpm ,8-10A & DC motor  5Hp ,230V ,1500 rpm

 (xi)Control panel

(xii)1-Ph Induction motor, (CG)5Hp ,220V, 1500rpm, 8/10A Capacitor start ,with Mechanical loading

(xiii)Control panel,

(xiv)AC distribution main panel board.

(xv)3-Ph ,Auto transformer (AE made)

(xvi)415V/0-470V ,10A with trolley. (xvii)Function generator  (2MHz),

(xviii)Digital tachometer

(xix)Rheostat

(xx)(290 Ohms, 2.2A )

(xxi)1-Ph Auto transformer (AE made), (xxii)15A, Rheostatic Load Bank.  ,1 KW,

(xxiii)1-Ph, Energy meter, 10A

LAB-6 Electrical Machines Lab-2

Dimension 145 sq.mt

(i)TP DC supply UnitSCR controlled rectifier moduleI/P:  360-440V , 3 ph AC

(ii)DC compound motor (Kirloskar made) (3.7KW ,220V ,1500rpm)

(iii)DC compound generator (3.5KW ,220V ,1500rpm)

 (iv)DC shunt/compound motor (Kirloskar) (3.5KW ,220V ,1500rpm)

With mechanical loading arrangement

(v)DC shunt motor (5.2KW, 220V, 1500rpm )

(vi)3-phase Alternator(6.5KVA,415V,1500rpm ) With coupling arrangement

(vii)DC series motor(3.5KW, 220V, 1500rpm )

(viii)DC series Generator(3.5KW, 220V, 1500rpm )

 (ix)Rheostats

(x)Panel board

(xi)Distribution board

(xii)DC Motor coupled to 3 Phase alternator. Alternator: 5kVA, 1500RPM, 400V, 50Hz

(xiii)3Phase Machine DC Motor: 5HP, 1500RPM, 220V 19A Machine, with panel

 (xiv)3 Phase autotransformer 20A

LAB-7 Control system lab

Dimension: 70 Sq.Mt.

(i)P, PI, PD & PID controller module

(ii)AC servo motor with necessary loading arrangement

(iii)DC servomotor with mechanical loading arrangement.

(iv)Synchro transmitter & receiver pair

(v)Decade resistance box (5-dials)

(vi)Decade inductance box (5-dials)

(vii)Decade capacitance box(5-dials)

(viii)30MHz micro controller based dual channel Oscilloscope model-scintech 801

(ix)3MHz, micro controller based function pulse generator with 40MHz,freq counter. Model-scientec-4061

(x)3.5 Digit handled digital multimeter 50MHz Bandwidth, Dual channel, DS0

LAB 8 High Voltage and Relay Lab

 Dimension 208 sq.mt

(i )Numerical DIRETIONAL/NON DIRECTIONALO Crelay with ER  Relay Model  No: MIT 121

(ii)Electro- mechanical Over - Voltage relay Jig with OV Relay Model No: VDG11

(iii) uP based Over Current Relay Jig with

L & T make OC Relay Model No: MC12A. (iv) uP based Over Voltage  Relay Jig with L & T make OV Relay Model No: MV12.

(v) Feeder Protection scheme- fault studies using Over load, Earth fault

(vi) uP based Motor protection Relay Jig with

L & T Motor Prot. Relay Model No: MPR 300  Including 3HP Squirrel Cage Induction Motor with Mechanical Loading arrangement and 0-470V/8A

(vii) 3 Phase, Autotransformer and accessories

Break down strength of Transformer Oil

(viii) Field mapping using Electrolytic Tank  

LAB 9 Digital Signal Processing Lab

Dimension 51.6 sq.mt

(i) HP Make, I3 Processor, 2GB RAM, 2.93 Ghz Processor, 160 GB Hard disk

(ii) MatLab Software

LAB 10 Power System Simulation Lab

Dimension 51.6 sq.mt

(i) HP Make, I3 Processor, 2GB RAM, 2.93 Ghz Processor, 160 GB Hard disk

(ii )Mi-Power software

Graphical User Interfaces

 Power System Network Editor,Database Manager

 Automatic Single Line Diagram Generator

 Report Generator

PowerLFA - Load Flow Analysis

 Fast-DeCoupled option

 Newton – Raphson option

 Gauss – Seidel method option

 Frequency dependent load flow

 Contingency ranking, Present Worth Computation, Real & Reactive power optimization

PowerSCS - Short-Circuit Study

 Multi-case / Multi islanding / Multi generation version,Motor contribution

PowerTRS - Transient Stability Study

 Unlimited disturbances,Motor Starting analysis

 User defined Control system (AVR, SVC,

 HVDC, ULTC),IEEE PSS

Power RCD - Relay Co-ordination

 Automatic / Interactive / Manual Primary-back-up relay pairs generation

 Phase and Earth relay co-ordination

 Optimum setting for Motor relays

 Extensive database of relays and fuse

 Pick, drag and drop relay curves

 Fault simulation and relay trip sequence

 Export to AutoCAD

 Optional inclusion of motor contribution during fault simulation

Economic Dispatch

Sub-Synchronous Resonance

Voltage Instability Analysis

Dynamic stability study with

Reliability Indicies Computation

Three-phase Load Flow

LAB 11  Basic Electrical Lab

Dimensions – 100 Sq Mt.

(i)  DC Regulated Power Supply 30 V 2 A, Incandescent Lamp bulb 100W

(ii)  Led Bulb 14 W CFL Bulb 30W Button holder Copper choke coil 2 way switch 6A

(iii)  Incandescent Lamp bulb 60W SP MCB

(iv)  Incandescent Lamp bulb 200W 5A Switch

(v)  Wire wound Resistance 10 ohms Wire wound Resistance 20 ohms Fluroscent lamp tube 40 W

(vi)  2.5 Sq mm wire Stop watch

Class Rooms

Class Room no.305
Dimension: 118 Sq.Mt.

Class Room no.308
Dimension: 84 Sq.Mt.

Class Room no.309
Dimension:82.5 Sq.Mt.

Class Room no.311
Dimension:70 Sq.Mt

HOD ROOM
Dimension:40 Sq.Mt.

Staff room
Dimension:208 Sq.Mt.