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| 1 | TO PERFORM NO LOAD AND BLOCKED ROTOR TESTS ON A THREE PHASE SQUIRREL CAGE INDUCTION MOTOR AND DETERMINE EQUIVALENT CIRCUIT | TO PERFORM NO LOAD AND BLOCKED ROTOR TESTS ON A THREE PHASE SQUIRREL CAGE INDUCTION MOTOR AND DETERMINE EQUIVALENT CIRCUIT |
| 2 | TO PERFORM LOAD TEST ON A THREE PHASE INDUCTION MOTOR AND DRAW TORQUE-SPEED CHARACTERISTICS | TO PERFORM LOAD TEST ON A THREE PHASE INDUCTION MOTOR AND DRAW TORQUE-SPEED CHARACTERISTICS |
| 3 | TO PERFORM NO LOAD AND BLOCKED ROTOR TESTS ON A SINGLE PHASE INDUCTION MOTOR AND DETERMINE EQUIVALENT CIRCUIT | TO PERFORM NO LOAD AND BLOCKED ROTOR TESTS ON A SINGLE PHASE INDUCTION MOTOR AND DETERMINE EQUIVALENT CIRCUIT |
| 4 | TO STUDY SPEED CONTROL OF THREE PHASE INDUCTION MOTOR BY VARYING SUPPLY VOLTAGE AND BY KEEPING V/F RATIO CONSTANT | TO STUDY SPEED CONTROL OF THREE PHASE INDUCTION MOTOR BY VARYING SUPPLY VOLTAGE AND BY KEEPING V/F RATIO CONSTANT |
| 5 | TO STUDY DC SHUNT MOTOR-THREE PHASE AC GENERATOR SETUP LIST OF EXPERIMENTS:- | TO STUDY DC SHUNT MOTOR-THREE PHASE AC GENERATOR SETUP LIST OF EXPERIMENTS:- |
| 6 | TO DETERMINE V-CURVES AND INVERTED V-CURVES OF A THREE PHASE SYNCHRONOUS MOTOR | TO DETERMINE V-CURVES AND INVERTED V-CURVES OF A THREE PHASE SYNCHRONOUS MOTOR |
| 7 | TO DETERMINE THE DIRECT AXIS REACTANCE (XD) AND QUADRATURE AXIS REACTANCE (XQ) OF SYNCHRONOUS MACHINE | TO DETERMINE THE DIRECT AXIS REACTANCE (XD) AND QUADRATURE AXIS REACTANCE (XQ) OF SYNCHRONOUS MACHINE |
| 8 | TO STUDY SYNCHRONIZATION OF AN ALTERNATOR WITH THE INFINITE BUS BY USING: (I) DARK LAMP METHOD (II) TWO BRIGHT AND ONE DARK LAMP METHOD | TO STUDY SYNCHRONIZATION OF AN ALTERNATOR WITH THE INFINITE BUS BY USING: (I) DARK LAMP METHOD (II) TWO BRIGHT AND ONE DARK LAMP METHOD |
| 9 | TO DETERMINE SPEED-TORQUE CHARACTERISTICS OF THREE PHASE SLIP RING INDUCTION MOTOR AND STUDY THE EFFECT OF INCLUDING RESISTANCE OR CAPACITANCE IN THE ROTOR CIRCUIT | TO DETERMINE SPEED-TORQUE CHARACTERISTICS OF THREE PHASE SLIP RING INDUCTION MOTOR AND STUDY THE EFFECT OF INCLUDING RESISTANCE OR CAPACITANCE IN THE ROTOR CIRCUIT |
| 10 | TO DETERMINE SPEED-TORQUE CHARACTERISTICS OF SINGLE PHASE INDUCTION MOTOR AND STUDY THE EFFECT OF VOLTAGE VARIATION | TO DETERMINE SPEED-TORQUE CHARACTERISTICS OF SINGLE PHASE INDUCTION MOTOR AND STUDY THE EFFECT OF VOLTAGE VARIATION |
| 11 | TO DETERMINE SPEED-TORQUE CHARACTERISTICS OF A THREE PHASE INDUCTION MOTOR BY (I) KEEPING V/F RATIO CONSTANT (II) INCREASING FREQUENCY AT THE RATED VOLTAGE | TO DETERMINE SPEED-TORQUE CHARACTERISTICS OF A THREE PHASE INDUCTION MOTOR BY (I) KEEPING V/F RATIO CONSTANT (II) INCREASING FREQUENCY AT THE RATED VOLTAGE |
| 12 | TO DETERMINE STEADY STATE PERFORMANCE OF A THREE PHASE INDUCTION MOTOR USING EQUIVALENT CIRCUIT | TO DETERMINE STEADY STATE PERFORMANCE OF A THREE PHASE INDUCTION MOTOR USING EQUIVALENT CIRCUIT |
| 13 | LOAD TEST ON THREE PHASE ALTERNATOR MACHINES REQUIRED : | LOAD TEST ON THREE PHASE ALTERNATOR MACHINES REQUIRED : |
