EAMCET / PGECET / ICET Code : LRDS

Infrastructure

Infrastructure


LIST OF EQUIPMENTS

S.NoDescription of the equipment with specifications & ranges
1Verification of KCL and KVL
2Measurement of Voltage, Current and Real Power in primary and Secondary Circuits of a Single Phase Transformer
3Three Phase Transformer: Verification of Relationship between Voltages and Currents (Star-Delta, Delta-Delta, Delta-star, Star-Star)
4Active/Reactive Power in Three-Phase Circuit.
5DC Shunt Motor with Mechanical Loading arrangement Capacity: 5 HP, 220VDC, 1500 Rpm
6Squirrel Cage Induction Motor with Mechanical Loading Capacity: 5 HP, 3Ph 415VAC, 1440 Rpm. With Star Delta Starter
7DC Shunt motor coupled to 3 Phase Alternator (Cylindrical type)
8Panel closed type with front Hylam sheet

Size: 2ft height x 4 ft width x 200mm depth

9Ohms Law kit
10Voltmeter (0-600V) MI
11Transient Response of Series RL and RC circuits using DC excitation kit
12Transient Response of RLC Series circuit using DC excitation kit
13Resonance in series RLC circuit kit
141-φ Variac /Auto Transformer
15Voltmeter (0-300V)
16Ammeter (0-20) A- MC
17Ammeter (0-2) A- MC
18Rheostat 290Ω /2.8A
19Rheostat 360Ω /2A
20Impedance and current of RC ,RL and RLC series circuit
21DC voltmeter 0-20v Digital
22DC ammeter 0-200mA
23Wattmeter 300/20AUPF
24Rheostat 500Ω /1.2A
25Loading Rheostat 230v,10A
26Single Phase Transformer 220/220V 1KVA
27Rectifier unit 220V,100A
28Ammeter (0-20) A- MI

The objective of control systems laboratory is to determine the time response of second order system, transfer functions& characteristics. This lab equipped with PID controller, AC and DC servo motor, Temperature Controller, Magnetic Amplifiers and Synchros. It can accommodate 36 students perform 10 experiments simultaneously. Lab also provided with electrical software’s i.e. (MATLAB) to solve the problems in easy way.

LIST OF EQUIPMENT

S.NoDESCRIPTION OF THE EQUIPMENT
1TIME RESPONSE OF SECOND ORDER SYSTEM STUDY UNIT

WITH BUILT-IN  A) SIGNAL SOURCE B) A SECOND ORDER SYSTEM

MAKE : PRAGNA MICRODESIGN

2PROGRAMMMABLE LOGIC CONTROLLER

8, 24V DC INPUTS

6 RELAY OUTPUTS

MODEL: PLC-07CR41
MAKE :ABB

3EFFECT OF FEEDBACK ON DC SERVO MOTOR
4TRANSFER FUNCTION OF DC motor UNIT

a)CONTROLLER FOR DC MOTOR  0.5 HP/ 220V TRANSFER FUNCTION STUDY MODULE

b)DC MOTOR WITH MECHANICAL LOADING ARRANGEMENT , 220V, 1500 RPM, 0.375 KW

5EFFECT OF P,PD,PI,PID  CONTROLLER ON A SECOND ORDER SYSTEM

WITH BUILT-IN
a) P, I, D CONTROLLER WITH VARIABLE GAIN ,VARIABLE  DC, SQUARE WAVE, TRIANGULAR WAVE SOURCES
b) A SECOND ORDER SYSTEM
c) DC DIGITAL VOLTMETER

6LEAD -LAG COMPENSATION  STUDY UNIT
WITH BUILT-IN POWER SUPPLY
7CHARACTERISTICS OF MAGNETIC AMPLIFIER  KIT
8TRANSFER FUNCTION OF DC GENERATOR UNIT
a) CONTROLLER FOR DC MOTOR-GENERATOR 0.5 HP/ 220V TRANSFER FUNCTION STUDY MODULE
b)DC MOTOR–GENERATOR SET (SHUNT/SHUNT), 220V, 1500 RPM, 0.375 KW
9SYNCHRO TRANSMITTER RECEIVER PAIR
10AC SERVO MOTOR SPEED-TORQUE STUDY UNIT
11TEMPERATURE CONTROLLER USING PID KIT
12TACHOMETER
13STEPPER MOTOR INTERFACE UNIT WITH 8086 MICROPROCESSOR
14DC-SERVOMOTOR KIT  SPEED-TORQUE CHARACTERISTICS
15PLC TRAINER SOFTWAREWITH RS232 CABLE FOR THE ABB,07CR4/PLC(ONLY SOFTWARE)

The objective of Electrical Circuits laboratory is to verify the theorems, Student able to drawing current locus diagrams, determination of two port network parameters and Practical implementation of active and reactive power measurement techniques .It can accommodate 36 students performing 10 experiments simultaneously.

LIST OF EQUIPMENT

S.NODESCRIPTION OF THE EQUIPMENT WITH SPECIFICATIONS & RANGES
1SERVO CONTROLLED VOLTAGE STABILIZER  1PHASE, 50Hz, 5KVA,(170-270)V/230V SUPPLY
2DUAL TRACE OSCILLOSCOPES OS 5020 20MHz
3FUNCTION GENERATOR O.1 TO 1MHz WITH 4 DIGIT FREQUENCY READ OUT
4REGULATED DUAL DC POWER SUPPLY   (O-30)V /2 Amps
5DGITAL MULTIMETER 31/2 DGIT  DIGITAL DISPLAY DC/AC VOLTAGE, DC/AC CURRENT, RESISTANCE DIODES,TRANSISTOR AND CONTINUITY CHECK MODEL MECO-603
6SERIES AND PARALLEL RESONANCE (LCR) TRAINER KIT
7RC& RL CIRCUIT TRAINER KIT
8SUPERPOSITION AND MAXIMUM TRANSFER THEOREM KIT
9THEVENINS AND NORTONS THEOREM KIT
10TWO PORT NETWORKS TRAINER KIT
11VERIFICATION OF RECOPROCITY THEOREM TRAINER KIT
12RC – LOW PASS AND HIGH PASS FILTERS TRAINER KIT
14GENERATION OF NON LINEAR WAVE FORM TRAINER KIT

(CLIPPING AND CLAMPING CIRCUIT)

15DECADE RESISTANCE BOX IN 4 DECADES
16DECADE INDUCTANCE BOX IN 5 DECADES
17DECADE CAPACITANCE BOX IN 4 DECADES
18DIGITAL PANEL AMMETER (0-200)mA DC
19DIGITAL PANEL AMMETER (0-20)mA DC
20DIGITAL PANEL AMMETER (0-20)mA AC
21DIGITAL PANEL VOLTMETER (0-20)VOLTS DC
22DIGITAL PANEL VOLTMETER (0-20)VOLTS AC
23MEASUREMENT OF ACTIVE POWER FOR STAR AND DELTA CONNECTED BALANCED LOADS
24MEASUREMENT OF 3 PHASE POWER BY TWO WATT-METER METHOD AND UNBAB LANCED UNIT
25VERIFICATION OF COMPENSATION KIT
26HARMONIC ANALYZER
27EDM WATT-METER LPF 150V/1A
28CHOKE COIL 18W/0.86A
29CHOKE COIL 80W/0.5A
30VERIFICATION OF KCL AND KVL,
31LOAD TEST ON SINGLE PHASE TRANSFORMER
32THREE PHASE TRANSFORMER
33ACTIVE/ REACTIVE POWER IN THREE PHASE CIRCUIT

This lab is equipped with AC and DC machines. The objective of this laboratory is to learn about determination of input power, out power and efficiency. The experiments includes load test, brake test, Hopkinson’s test, Fields test ,Swinburne’s test on motors and generators and also includes determination of magnetization characteristics of DC shunt generator. This laboratory course will help the students to understand the theoretical concepts. It can accommodate 36 students perform 12 experiments simultaneously. Provided with generator back up and it has qualified technicians for conducting experiments and for regular maintenance of the labs

LIST OF EQUIPMENT

S.NoDESCRIPTION OF THE EQUIPMENT WITH SPECIFICATIONS & RANGES
1DC Motor–Generator set (SHUNT/SHUNT)

DC SHUNT MOTOR 5HP, 220V,1500RPM COUPLED ON CHANNEL FRAME TO DC SHUNT GENERATOR 220V, 3KW, 1500RPM (WITH 3 POINT STARTER)

2DC Motor–Generator set (SHUNT/SHUNT)

TWO IDENTICAL DC SHUNT MACHINES 5HP,220V,1500RPM COUPLED ON CHANNEL FRAME (WITH 3 POINT STARTER)

3DC Motor–Generator set (SHUNT/SERIES)

DC SHUNT MOTOR 5HP, 220V,1500RPM COUPLED ON CHANNEL FRAME TO DC SERIES GENERATOR 220V, 3KW, 1500RPM (WITH 3 POINT STARTER)

4DC Motor–Generator set (SHUNT/COMPOUND)

DC SHUNT MOTOR 5HP, 220V,1500RPM COUPLED ON CHANNEL FRAME TO DC COMPOUND GENERATOR 220V, 3KW, 1500RPM (WITH 3 POINT STARTER)

5DC MOTOR–GENERATOR SET ( SERIES/ SERIES)

DC SERIES MACHINES.  3 KW / 220 V / 1500 RPM / DC SERIES IDENTICAL MACHINES COUPLED WITH EACH OTHER WITH BASE AND COUPLING. (WITH 2 POINT STARTER) FOR FIELD’S TEST ON DC SERIES MACHINES.

6DC SHUNT MOTOR

5HP, 220V,1500RPM WITH MECHANICAL LOADING ARRANGEMENT AND WITH 3 POINT STARTER

7DC SHUNT MOTOR 5HP, 220V,1500RPM WITH  BASE PLATE AND WITH 3 POINT STARTER
8DC COMPOUND MOTOR

5HP, 220V,1500RPM WITH MECHANICAL LOADING ARRANGEMENT AND WITH 4 POINT STARTER

9CUT TRANSPARENT WORKING MODEL WITH ALL PARTS LIKE FIELD WINDING, INTERPOLES, ARMATURE, COMMUTATOR, FAN ROCKER AND CARBON BRUCH HOLDER ASSEMBLY VISIBLE.
10RECTIFIER UNIT

AC INPUT 3-PHASE,440V,DC OUTPUT 220V, 100A,WITH BOOST AND BUCK PRESS BUTTONS.

11TRANSFORMER

SINGLE-PHASE TRANSFORMER 3KVA, 220/110V, 50Hz, WITH TAPPINGS

12TRANSFORMER

SINGLE-PHASE TRANSFORMER 3KVA, 220/115V, 50Hz, WITH TAPPINGS

13TRANSFORMER

SINGLE-PHASE TRANSFORMER 1KVA, 220/220V, 50Hz, WITH TAPPINGS

14TRANSFORMER

SINGLE-PHASE TRANSFORMER 3KVA, 220/220V, 50Hz, WITH TAPPINGS

15SNGLE PHASE AUTO-TRANSFORMER

SINGLE-PHASE AUTO-TRANSFORMER  230/0-260V, 15A, 50Hz

16AUTO-TRANSFORMER

SINGLE-PHASE AUTO-TRANSFORMER 230/0-260V, 15A, 50Hz

17AUTO-TRANSFORMER

THREE PHASE AUTO-TRANSFORMER 415/0-460V, 15A, 50Hz

18BOOSTER-TRANSFORMER

SINGLE-PHASE  BOOSTER TRANSFORMER  1.5KVA 230/0-60V, 30A, 50Hz

19THREE-PHASE,SQUIRREL CAGE INDUCTION MOTOR

3.7KW, 415V, 50Hz 1430RPM 7.5Amps WITH MECHANICAL LOADING ARRANGEMENT AND WITH STAR\DELTA STARTER

20THREE-PHASE,SLIP RING  INDUCTION MOTOR

5HP, 415V, 50Hz 930RPM,14.7 Amps  WITH MECHANICAL LOADING ARRANGEMENT AND WITH ROTOR RESISTANCE STARTER ROTOR 110V,

21THREE-PHASE,SQUIRREL CAGE INDUCTION MOTOR

5HP, 415V, 50Hz 1500RPM  WITH MECHANICAL LOADING ARRANGEMENT AND WITH STAR\DELTA STARTER

22SINGLE-PHASE,INDUCTION MOTOR CAPACITOR START CAPACITOR RUN

2HP 220V, 7.6Amps 50Hz 1425 RPM WITH MECHANICAL LOADING ARRANGEMENT AND WITH D.O.L. STARTER

23MOTOR - ALTERNATOR SET

DC SHUNT MOTOR 5HP, 220V, 1500RPM, COUPLED ON CHANNEL FRAME TO  THREE -PHASE ALTERNATOR 3KVA, 440V, (WITH THREE POINT STARTER)

24MOTOR - ALTERNATOR SET

DC SHUNT MOTOR 5HP, 220V, 1500RPM, COUPLED ON CHANNEL FRAME TO

THREE -PHASE SALIENT POLE ALTERNATOR 5KVA, 440V, (WITH THREE POINT STARTER)

25SYNCHRONOUS MOTOR

SYNCHRONOUS MOTOR 5HP, 415V, 3-PHASE, WITH 0.75KW DC GENERATOR FOR EXITATION WITH BRAKE LOAD PULLEY BELT LOAD CHANGING ARRANGEMENT DIAL TYPE SPRING BALANCES

26RHEOSTATS  350ohms,/2Amps
27RHEOSTATS  50ohms,/5Amps
28RHEOSTATS  290ohms,/2.8Amps
29RHEOSTATS  560ohms,/1.2Amps
30RHEOSTATS  1500ohms,/1.2Amps
31RHEOSTATS  12ohms,/12Amps
32RHEOSTATS  100ohms,/5Amps
33RESISTIVE LOAD

SINGLE PHASE 230V, 20A,WITH 10 STEPS OF 2A.

34RESISTIVE LOAD

SINGLE PHASE 230V, 10A,WITH 10 STEPS OF 1A.

35RESISTIVE LOAD

SINGLE PHASE 6KW, 230V WITH STEPS

36THREE-PHASE RESISTIVE LOAD

SINGLE PHASE 12KW, 415V WITH STEPS

37TACHOMETER

DIGITAL HANDHELD TACHOMETER (0-9999)RPM

38TACHOMETER

DIGITAL NON CONTACT TYPE DIGITAL HANDHELD TACHOMETER (0-9999)RPM

39AMMETER MI (0-1/2)A
40AMMETER MI (0-10/20)A
41AMMETER MI (0-15/30)A
42AMMETER MC (0-1/2)A
43AMMETER MC (0-10/20)A
44AMMETER MC (0-15/30)A
45VOLTMETER MI (0-250/500)V
46VOLTMETER MI (0-150/300)V
47VOLTMETER MI (0-75/150)V
48VOLTMETER MC (0-150/300)V
49VOLTMETER MC  (0-25/50)V
50AMMETER MC (0-1/2)A
51AMMETER MC (0-10/20)A
52AMMETER MC (0-30)A
53AMMETER MI (0-1/2)A
54AMMETER MI (0-10/20)A
55AMMETER MI (0-15/30)A
56AMMETER MI (0-1/2)A
57AMMETER MI (0-1/2)A
58AMMETER MI (0-10/20)A
59AMMETER MI (0-15/30)A
60VOLTMETER MI (0-300/600)V
61VOLTMETER MI (0-150/300)V
62VOLTMETER MI (0-75/150)V
62VOLTMETER MI (0-30/60)V
64VOLTMETER MI (0-300/600)V
   65VOLTMETER MC (0-150/300/600)V
66WATTMETER UPF 75/150/300V, 5/10A
67WATTMETER UPF 300/600V, 10/20A
68WATTMETER UPF 50/100V, 10/20A
69WATTMETER UPF 75/150V, 10/20A
70WATTMETER UPF 300/600V, 10/20A
713 PHASE WATTMETER UPF 150/300/600V, 15/30A
72WATTMETER LPF 150/300V, 1/2A
73WATTMETER LPF 300/600V, 1/2A
74WATTMETER LPF 75/150V, 1/2A
75WATTMETER LPF 300/600V, 5/10A
76WATTMETER LPF 75/150/300V, 2.5/10A
77WATTMETER UPF 150/300/600V, 10/20A
783 PHASE VARIABLE INDUCTIVE LOAD ,10 A,440V
79DPST KNIFE  SWITCH
80TPST KNIFE  SWITCH
81FOUR COIL WINDER MACHINE MANUAL TYPE
82RUBBER MAT
83POWER FACTOR METER,1 PHASE, (150/300/600)V,10/20 A
842 POINT STARTER(FOR DC SERIES MOTOR)
85DIGITAL MULTIMETER

The objective of Electrical Measurements laboratory is to determine the measurement of Capacitance and Inductance values. This laboratory course will help the students to understand the theoretical concepts. This lab is also equipped with Energy Meter, Dynamometer Power Factor Meter, D.C. Potentiometer, Kelvin’s Double Bridge, Schering Bridge & Anderson Bridge, LVDT and Choke Coil .It can accommodate 36 students perform 10 experiments simultaneously.

LIST OF EQUIPMENT

S.NoDESCRIPTION OF THE EQUIPMENT
1CALIBRATION OF SINGLE PHASE ENERGY METER
2CALIBRATION OF DYNAMOMETER TYPE “POWER FACTOR METER”
3KELVIN’S DOUBLE BRIDGE
4CROMPTON DC POTENTIOMETER KIT
5SCHERING BRIDGE AND ANDERSON BRIDGE
6C.T.TESTING BY SILSBEE METHOD
7MEASUREMENT OF POWER BY 3-AMMETER AND 3-VOLTMETER METHOD
8LVDT MEASUREMENT KIT
9CALIBRATION OF SINGLE PHASE WATT-METER BY PHANTOM LOADING
10MEASUREMENT OF 3 PHASE REACTIVE POWER WITH SINGLE PHASE METER
11MEASUREMENT OF THREE PHASE POWER WITH SINGLE WATT-METER & 2 NOS OF CT
12RESISTANCE STRAIN GUAGE MEASUREMENT KIT
13C.T TESTING USING MUTUAL INDUCTOR KIT
14P.T TESTING BY COMPARISON AS NULL DETECTOR METHOD KIT
15TRANSFORMER TURNS RATIO MEASUREMENT KIT(NULL TYPE METHOD)
16DI-ELECTRIC OIL TESTING USING H.T TESTING KIT

COMPUTER FACILITIES:

S.NODESCRIPTION
1.P-IV Computer Systems With 512MB RAM, 80 GB Hard Disc, TFT 15 Color Monitor & Multimedia Keyboard.

 LIST OF SOFTWARES:

S.NODESCRIPTION OF SOFTWARES
1.OrCAD Simulation Suite consists of Capture CIS Option, Pspice A/ D, Pspice Advanced Analysis & Pspice SLPS Option-
2.MATLAB
3.SIMULINK
4.Control System Toolbox
5.Simpower Systems (Prerequisite Simulink)
6.Simulink Control Design (Prerequisite Simulink Control System Toolbox)

LIST OF EQUIPMENTS

S.NODESCRIPTION OF THE EQUIPMENT WITH SPECIFICATIONS & RANGES
1Design and fabrication of reactor/ electromagnet for different inductance values.
2Design and fabrication of single phase Induction/three phase motor stator.
3Start delta starter wiring for automatic and manual operation.
4Wiring of distribution box with MCB, ELCB, RCCB and MCCB
5Wiring of 40 W tube, T-5, LED, Metal Halide lamps and available latest luminaries.
6Assembly of various types of contactors with wiring
7Assembly of DOL and 3 point starter with NVC connections and overload operation.
8Design and development of 5 V regulated power supply
9Design and development of precision rectifier.
10Design and development of first order/ second order low pass/high pass filters with an application
11Microcontroller Interface circuit for temperature/level/speed/current/voltage measurement.
12 Peak detector using op-amplifiers.
13Zero crossing detector using op-amplifiers

The objective of Power Electronics and simulation laboratory is to analyses the Gate Firing Circuits for SCRs ,choppers. The student will understand the characteristics of power electronic devices with gate firing circuits, Various forced commutation techniques, The operation of single-phase voltage controller, converters and Inverters circuits with R and RL loads, Analyze the TPS7A4901, TPS7A8300 and TPS54160 buck regulators. This lab is equipped with Gate Firing Circuits ,AC Voltage Controller , Bridge Converter , Forced Commutation Circuits , DC Jones Chopper , Series Inverter , Dual Converter and it can accommodate 36 students perform 10 experiments simultaneously.

LIST OF EQUIPMENT

S.NODESCRIPTION OF THE EQUIPMENT
1STATIC  CHARACTERISTICS of SCR, TRAIC, DIAC, MOSFET, AND IGBT KIT

METERS UNIT :METERS UNIT CONSIST OF  a) DC AMMETER (0-500) mA & (0-25)mA and b)DC VOLTMETER (0-50)V & (0-15)V

2GATE FIRING CIRCUITS UNITS

a)BASIC DC FIRING CIRCUIT
b)UJT FIRING CIRCUIT - UJF
c)R-C FIRING CIRCUIT - UJF

3SINGLE PHASE AC VOLTAGE CONTROLLER UNIT WITH IN-BUILT FIRING PULSES TO TRIGGER
ACCESSORIES:
a)RHEOSTAT – 50 Ω/ 2A -1NO
b)INDUCTOR 150 MH/5A - 1NO. WITH TAPINGS
4SINGLE PHASE FULLY CONTROLLED (BRIDGE) CONVERTER POWER CIRCUIT

ACCESSORIES:
a)SINGLE PHASE FULLY CONTROLLED TRIGGERING UNIT-SCT
b)RHEOSTAT – 150 Ω/ 2A -1NO
c)INDUCTOR 150 mH/5A - 1NO. WITH TAPINGS
d)ISOLATION TRANSFORMER 1KVA1:1, 230/230V, WITH TAPINGS

5FORCED COMMUTATIONS STUDY UNIT- FCU

ACCESSORIES:

a)RHEOSTAT – 150 Ω/ 5A -1no

6DC -  CHOPPER (JONES )POWER CIRCUIT – SDCP

ACCESSORIES:

a)DC CHOPPER  TRIGGERING UNIT
b)RHEOSTAT – 50 Ω/ 2A -1NO
c)INDUCTOR 150 mH/2A - 1NO. WITH TAPINGS
d)REGULATED POWER SUPPLY (0-30)V,2A

7PARALLEL & SERIES INVERTER –UNITS WITH IN-BUILT TRIGGERING UNIT

ACCESSORIES:
a)RHEOSTAT – 50 Ω/ 2A -1no
b)REGULATED POWER SUPPLY (0-30)V,2A

8SINGLE PHASE CYCLO CONVERTER POWER CIRCUIT - SCYP

a)SINGLE PHASE CYCLO CONVERTER TRIGGERING UNIT
b)RHEOSTAT – 150 Ω/ 5A -1NO
c)INDUCTOR 150 MH/5A - 1NO. WITH TAPINGS
d)ICENTER TAPPED ISOLATION TRANSFORMER 1KVA1:1, 50Hz, 230/115-0-115

9SINGLE PHASE HALF CONTROLLED CONVERTER POWER CIRCUIT

ACCESSORIES:

a)SINGLE PHASE  TRIGGERING UNIT
b)RHEOSTAT – 150 Ω/ 5A -1NO
c)INDUCTOR 150 mH/5A - 1NO. WITH TAPINGS
d)ISOLATION TRANSFORMER 1KVA1:1, 230V/230, WITH TAPINGS

10SINGLE PHASE DUAL CONVERTER POWER CIRCUIT – SDP

ACCESSORIES:

a)SINGLE PHASE  DUAL CONVERTER FIRING UNIT
b)RHEOSTAT – 150 Ω/ 5A -1NO
c)INDUCTOR 150 mH/5A - 1NO. WITH TAPINGS
d)ISOLATION TRANSFORMER 1KVA1:1, 230V/230, WITH TAPINGS

11DIGITAL STORAGE  OSCILLOSCOPE DSO-25C1 – 25MHZ
12DUAL TRACE OSCILLOSCOPES OSO2O- 20 MHz
13 DIGITAL MULTIMETER DMM – 10- 3 ¾ DIGIT DISPLAY
14L C R METER LCR010P
15BUCK AND BOOST CHOPPER KIT
16THREE PHASE HALF CONTROLLED RECTIFIER KIT

The objectives of this Power Systems & Simulation Laboratory includes determination (in machines lab) of sequence impedance and sub-transient reactance’s of synchronous machine, analyzing of LG, LL, LLG, LLLG faults,

LIST OF EQUIPMENTS

S.NO.DESCRIPTION OF THE EQUIPMENT WITH SPECIFICATIONS & RANGES
1Characteristics of IDMT Over Current Relays.

The following equipments are fitted on panel with terminals:-
(1) 1Phase IDMT Over Current Relays
(2)  Digital or Analogue ammeters.
(3)  Control and protection circuit duly wired.
(4)  Phantom Fault Creation Load 25A, terminals brought out with continuously variable auto transformer and current limiter.
(5)Auxiliary supply.
(6)Time Interval meter / Time Totalizer.
(7)Alarm.

2Differential protection single phase transformer
The following equipments are fitted on panel with terminals:-
(1)Single Phase Differential Relay
(2)Digital ammeters.
(3)Control and protection circuit duly wired.
(4)Phantom Fault with continuously variable auto transformers and current limiter.
(5)Auxiliary supply.
(6)Alarm.
3Microprocessor Based Over Voltage and Under Voltage Relay

The following equipments are fitted on panel with terminals:-
(1)Over Voltage/Under Voltage Relay, Microprocessor based  type L&T Make.
(2)Digital or Analogue Voltmeter.
(3)Control and protection circuit duly wired.
(4)Phantom Creation of over voltage fault with continuously variable auto transformer.
(5)Auxiliary supply.
(6)Alarm.

4Testing of
(1)CT’s
(2)PT’s
(3)Insulator StringsThe following equipments are fitted on control panel with terminals:-

Voltmeter for primary and secondary

(1)3 Ammeters each for primary and secondary
(2)Control and protection circuit
Objective type terminals for all the items will be provided on the panel for performing experiments on various Parameters
Price of complete setup with control panel

5Determination of Sequence Impedances of  a  Synchronous machines.

Equipments: -
DC Shunt motor 5HP, 220V, directly coupled to synchronous generator 3KVA
CONTROL PANEL

For DC motor

1. DC starter with no volt and over load protection
2. DC Voltmeter 96x96mm 0-300V
3. M.C Ammeter 96x96mm 20A
4. DPIC 32A /240V
5. Field Rheostat

For Synchronous generator

1. M.I Voltmeter 96x96mm 0-150V
2. MI Ammeter 96x96mm 0-5A
3. MC Ammeter 96x96mm 0-2A
4. M.C.B
5. Indicating Light
6. Knife switch, TPST
7. 1Phase Auto Transformer.

6Finding the Sequence Impedance of Three Phase Transformer.

Equipment Installed:
3phse Transformer primary 433V secondary 433V with tappings 50% on both primary and secondary side with all the 18 terminals brought out. Capacity 1kva.
1. Voltmeter for primary and secondary
2.3 Ammeters each for primary and secondary
3.Control and protection circuit

Objective type terminals for all the items will be provided on the panel for performing experiments on various Parameters

Price of complete setup with control panel.

7LG, LL and 3 phase fault Analysis of 3 phase Synchronous Machine
Complete experimental set up to study the
1.Line to line fault
2.3-phase fault
Equipment Required: -
It will comprise of DC Shunt motor 5HP, 220V, directly coupled to synchronous generator 3KVA  on common channel base frame. Machine will conform to ISS 4722.
“TECH TRACK MAKE an ISO 9001-2015Manufacturing Co.”</strong
CONTROL PANEL
It consist of nicely powder coated M.S. fabricated box with screen printed circuit will be fitted on the panel with duly marked termination and also back door of the panel will have lock facility for safety of panel. All the necessary accessories such as:-

For DC motor

1. DC starter with no volt and over load protection
2. DC Voltmeter 96x96mm 0-300V
3. M.C Ammeter 96x96mm 20A
4. DPIC 32A /240V
5. Field Rheostat

For Synchronous generator

1. M.I Voltmeter 96x96mm 0-150V
2. MI Ammeter 96x96mm 0-5A
3. MC Ammeter 96x96mm 0-2A
4. M.C.B
5. Indicating Light
6. Knife switch, TPST
7. 1Phase Auto Transformer.
Cost of complete set up with control panel conventional type As specified above 5HP motor
Note:  Complete illustrated manual covering brief theory of equipments along with technical details and experimental procedures, Connection diagrams will be supplied with above experimental set up
TECH TRACK MAKE an ISO 9001-2008 certified Co.”

8power circle diagrams of a 3 – Φ Transmission Line Model.
Transmission line model is on line operatable at 420V with current rating at 5A connected in n network. A continues variable power supply with two Digital Voltmeter and two digital ammeter, Resistive Load mounted on front panel with resistive, inductive, capacitive load fitted in M.S. Box
“TECH TRACK MAKE an ISO 9001-2015Manufacturing Co.”
NB: - Complete illustrated manual covering brief theory of equipments along with technical details and experimental procedures, Connection diagrams will be supplied with above experimental set up
9ABCD constants and regulation of 3 phase Transmission line model
Transmission line model is on line operatable at 420V with current rating at 5A connected in n network. A continues variable power supply with two Digital Voltmeter and two digital ammeter, Resistive Load mounted on front panel with resistive, capacitive load fitted in M.S. Box
NB: - Complete illustrated manual covering brief theory of equipments along with technical details and experimental procedures, Connection diagrams will be supplied with above experimental set up
10Three Phase Auto Transformer


The following are the photos of the labs in the department

ELECTRICAL MACHINES-I&II LAB

ELECTRICAL MEASUREMENTS LAB

CONTROL SYSTEM LAB

POWER ELECTRONICS LAB

Simulation Lab

R & D LAB


Photo Gallery


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