S.NO

NAME OF THE EQUIPMENT

QTY

1

D.C. Shunt motor # Alternator

5

2

D.C. compound motor # Series generator

1

3

D.C.Shunt Motor # D.C.Shunt Generator

2

4

D.C.Shunt Motor #  BreakDrum

3

5

D.C. Series  #  Break Drum

1

6

D.C. compound motor # Break Drum

1

7

A.C.3Ph Induction Motor # Break Drum

2

8

A.C.1Ph Induction motor # Break Drum

2

9

D.C.Compound motor# A.C.3Ph I/M.

1

10

Syn. Induction Motor # Break Drum

1

11

RECTIFIER ( 3ph, 100A)

2

12

 TYPES OF LOAD

        Resistive Load

5

        RL Load

5

        Inductive Load

1

        Water load

3

13

Transformer

8

14

Auto Transformer

8

15

scott connection  transformer

1set

16

Synchronising Panel

1

SL.NO

NAME OF THE EQUIPMENT

1

Thyristor converter trainer kit

2

1 phase SCR based half & fully controlled converter kit

3

Single phase series inverter trainer kit

4

UJT triggering trainer kit

5

Thyristor based single phase cyclo converter trainer kit

6

AC regulator using SCR, TRIAC & DIAC

7

SCR phase control kit

8

TRIAC phase control kit

9

DC chopper

10

SCR DC Voltage/Current commutated chopper Kit

11

Thyristor  based speed control of 3 phase induction motor kit

12

Digital measurement of angular velocity kit

13

Digital measurement of phase difference kit

14

Serial and parallel counter kit

15

Ring counter kit

16

Sample and hold circuit kit

17

Zero crossing detector/comparator kit

18

SCR, MOSFET, IGBT & TRIAC static characteristics study – Trainer kit

19

R, RC & UJT firing module for SCR kit

20

SCR based 3 phase AC regulator kit

21

Speed controller of DC shunt motor using 3 phase fully controlled rectifier kit

22

Single phase SCR based parallel inverter kit

23

IGBT based Chopper kit

24

IGBT based PWM chopper kit

25

 Single phase IGBT based PWM inverter kit

26

Linear power supply trainer kit

27

SMPS trainer kit

SL.NO

NAME OF THE EQUIPMENT

1

PID controller kit

2

Thermocouple trainer kit

3

LVDT Trainer

4

Lag, lead network kit

5

AC servomotor kit

6

Stepper motor and kit

7

DC servomotor trainer kit

8

AC Synchro Transmitter & Receiver

9

PLC Trainer kit

SL NO

NAME OF THE EQUIPMENT

1

LVDT & KIT

2

Energy meter 3 phase

3

Energy meter 1 phase

4

Anderson bridge

5

Wheatstone bridge

6

Kelvin double bridge

7

Scherring bridge

8

Maxwell bridge

9

Linearization using Microprocessor

10

Analog to Digital Converter

11

Digital to Analog Converter

12

OP-AMP Trainer kit (instrumentation amplifier)

13

Torque Measurement Trainer

14

Thermocouple trainer kit

          SL.NO

SOFTWARES AVAILABLE

1

1. AU Power System Simulation lab

2. MAT LAB

3. ANSYS

3. PSPICE

SL.NO

MACHINE / EQUIPMENT NAME

EXPERIMENTAL SET-UP

1.

D.C. Shunt motor # Synchronous machine

1.Synchronisation and ‘V’ and  

   inverted ‘V’ curve of alternator.

2. Predetermination of regulation    

    of 3 alternator by EMF, MMF,

     ZPF and ASA method.

3.To find efficiency, slip test &

    load test.

2

D.C.Shunt Motor # D.C.Shunt Generator

1. OCC & load characteristics test

    for self and separately excited  

   dc generator.

2. Hopkinson’s Test

3

D.C.Shunt Motor #  BreakDrum

1. Load test.

2. Speed control (armature & field

    control)

3. Swinburne’s test

4

D.C. Series  #  Break Drum

1. Load test.

5

D.C. compound motor # Break Drum

1. Load test

6

A.C.3Ph Induction Motor # Break Drum

1. Load test

2. Pre determination of efficiency.

3. Separation of losses.

7

A.C.1Ph Induction motor # Break Drum

1. Load test.

2. Pre determination of efficiency.

3. Separation of losses.

8

D.C.Compound motor # A.C.3Ph I/M.

1.Ward -Leonard speed control.

9

Transformer  (1 Phase)

1. OC and SC test

2. Load test.

3. Sumpner’s test

4. Parallel operation

5. Separation of losses

SL.NO

NAME OF THE EQUIPMENT

EXPERIMENTAL SET UP

1

Thyristor converter trainer kit

SCR phase control circuit

2

1 phase SCR based half & fully controlled converter kit

1 phase SCR based half & fully controlled converter

3

Single phase series inverter trainer kit

Single phase series inverter