List of Experiments
BASIC CONCEPTS
Flux produced by the poles - Main poles
Flux produced by the poles - Interpoles
Main magnetic field - Concurrent series
Intensity of the magnetic field
Intensity of the magnetic field - Pt.2
Induced voltage
Induced voltage - Pt.2
Interpole Effect
Rotating magnetic field - 3 phase rotating field
Rotating magnetic field - 1 phase rotating field
DIRECT CURRENT MOTORS
DC motor with separate excitation
DC motor with shunt excitation
DC motor with series excitation
DC motor with compound excitation, long shunt
DC motor with differential excitation, long shunt
DC motor with compound excitation, short shunt
DC motor with different excitation, short shunt
INDUCTION MOTOR
Three-phase squirrel cage motor, 4 poles, 42 VY
Three-Phase squirrel Motor, 4/2 poles, 42 V Delta/YY
Three-phase squirrel cage motor, 2 poles, 24V Delta Delta
Three-phase squirrel cage motor, 2 poles, 42 V YY
Three-phase squirrel cage motor, 4 poles, 24 V Delta
Three-phase squirrel cage motor, 4 poles, 42 VY
Three-phase Dahlander motor, 4/2 poles, 42 V Delta/YY
Split phase motor
Capacitor start and run motor
Three-phase motor with wound rotor, 2 poles, 42 VYY
Phase shifter
Induction regulator
3-phase synchronous induction motor, 2 poles, 42 V Delta
3-phase synchronous inductions motor, 2 poles, 24 V Delta Delta
COMMUTATOR MOTORS FOR ALTERNATING CURRENT
Single phase series motor
Repulsion motor
DIRECT CURRENT GENERATORS
Winding resistance - armature winding
Winding resistance - series and interpole windings
Winding resistance - inductor winding
Test of the no-load motor (Swinburne)
No-load E.M.F.
Excitation characteristic
Separate excitation dynamo
Separate excitation dynamo - Pt.2
Shunt excitation dynamo
Shunt excitation dynamo - Pt.2
Series excitation dynamo
Compound excitation dynamo
Compound excitation dynamo - Pt.2
SYNCHRONOUS MACHINES
Winding resistance
Winding resistance - Pt.2
No-load test
No-load - Pt.2
Short-circuit characteristic
Short-circuit test
Load test
Parallel connection of the alternator with the main
Alternator as synchornous motor