SALIENT FEATURES :

01 Facilitates  easy and  safe  wiring  by students  due  to  use  of  4mm  sturdy Shrouded banana  patch cords  & shrouded socket arrangements.

02 All  machines are mounted on finely painted sturdy base frame with easy machine interchangeability. Use of  gear coupling facilitates screwless coupling. interchangeability. Use of gear coupling facilitates screwless  coupling.

03 With due emphasis on student safety machines operate upto 300W power levels  and  upto 1500 RPM,  without compromising on didactic use. Able to draw all graphs. Contact factory for 3 HP EMT Trainer.

04 Trunnion mounted DC Integrated machine is used as Dynamometer for loading other machines (Motors/ generators both); unlike magnetic powder  brake  or  eddy  current  brake which can load only coupled Motors and not generators, with facility to measure shaft power using electronic torque / speed Measurement

Panels Provided   

01 Aluminum Machine trainer Rack

02 Input 3 phase DOL Starter panel

03 Multifunction Meter (Single Phase/Three Phase AC 50Hz) - Qty.2  

04 FWD/REV, Star-Delta starter panel

05 Rotor Resistor Cum 3Phase Synchronous Motor Control

06 1 Phase Motor, Alternator & Sync. Motor

07 DC voltmeter & Ammeter and Torque Measurement Meter - Qty.2    

08 Variable DC Power Supply - Qty.2

09 Input Single Phase DOL Starter Panel AC DC Fix / Variable Supply - Qty.2 

10 AC Load Resistor

11 DC Load Resistor

12 AC Load Inductor

13 Capacitive Load

14 Lamp Load

15 Synchroscope / 3 Phase Alternator Synchronizer

16 Extension Board

Motors Provided

01 DC Integrated (Trunion Mounted) Motor - Qty.2

02 3 Phase AC Integrated Motor - Qty.2

03 3 Phase Salient Pole Alternator

04 1 Phase. Synchronous Motor

05 1 Phase AC Integrated Motor

06 Universal Motor

07 DC Integrated (Foot mounted) Motor

08 1 Phase AC Integrated Motor with loading arrangement

09 3 Phase AC Integrated Motor with loading arrangement

10 3 Phase Squirrel Cage Induction Motor with loading arrangement

11 Repulsion Motor with loading arrangement

Accessories Provided 

01 Hand held digital Tachometer....................................................................................................... 01

02  Shrouded connecting leads 4mm 50cm Red.................................................................................... 20

03 Shrouded connecting leads 4mm 50cm Black.................................................................................. 20

04  Shrouded connecting leads 4mm 100cm Red.................................................................................. 20

05 Shrouded connecting leads 4mm 100cm Black................................................................................ 20

DC Motor Coupled 3ph. AC Motor Trainer (46801)

Experiment – 01 speed torque curve of DC shunt motor with 3 phase AC integrated   motor

Experiment – 02 speed torque curve of DC series motor with 3 phase AC integrated   motor

Experiment – 03 speed torque curve of separately excited DC motor with 3 phase AC integrated  motor

Experiment – 04 speed torque curve of DC compound motor with 3 phase AC integrated motor

Experiment – 05 v-i efficiency curve of DC shunt generator with 3 phase AC integrated   motor

Experiment – 06 v-i efficiency curve of DC series generator with 3 phase AC integrated   motor 

Experiment – 07 v-i efficiency curve of separately excited DC generator with 3 phase AC integrated m otor 

Experiment – 08 v-i efficiency curve of DC compound generator with 3 phase AC integrated motor 

Experiment – 09 v-i efficiency curve of occ of shunt generator with 3 phase AC integrated  motor

Experiment – 10 speed torque curve of would rotor induction motor with rotor shorted and with Different rotor  resistance

Experiment – 11 DOL starter

Experiment – 12 Star delta starter

Experiment – 13 Rotor resistance starter

Experiment – 14 Application of synchronous motor as pf improvement device-v curves

Experiment – 15 Synchronous generator v-I curves

DC Motor Coupled 3ph. Salient  Motor Trainer (46802) 

Experiment – 16 speed torque curve of DC shunt motor with 3 phase salient motor

Experiment – 17 speed torque curve of DC series motor with 3 phase salient motor

Experiment – 18 Speed torque curve of separately excited DC motor with 3 phase salient motor

Experiment – 19 Speed torque of DC compound motor with 3 phase salient motor

Experiment – 20 v-i efficiency curve of DC shunt generator with 3 phase salient motor

Experiment – 21 v-i efficiency curve of DC series generator with 3 phase salient motor

Experiment – 22 v-i efficiency curve of DC separately excited generator with 3 phase salient  motor

Experiment – 23 v-i efficiency curve of DC compound generator with 3 phase salient motor

Experiment – 24 v-i efficiency curve of occ of shunt generator with 3 phase salient motor

Experiment – 25 Speed torque of 3ph. synchronous motor

Experiment – 26 Efficiency and input power factor measurement 3ph. synch. motor

Experiment – 27 Study of 'v' curve and inverted 'v' curve

Experiment – 28 output volt -amp charACteristics of synchronous generator

Experiment – 29 Efficiency of synchronous generator

Experiment – 30 Performance of R, L, and C load

DC Motor Coupled 1ph. AC Motor Trainer (46803)

Experiment – 31 speed torque curve of DC shunt motor with 1 phase AC integrated motor

Experiment – 32 speed torque curve of DC series motor with 1 phase AC integrated motor

Experiment – 33 Speed torque curve of separately excited DC motor with 1 phase AC integrated  motor

Experiment – 34 Speed torque of DC compound motor with 1 phase AC integrated motor

Experiment – 35 v-i efficiency curve of DC shunt generator with 1 phase AC integrated motor

Experiment – 36 v-i efficiency curve of DC series generator with 1 phase AC integrated motor

Experiment – 37 v-i efficiency curve of DC separately excited generator with 1 phase AC integrated  motor

Experiment – 38 v-i efficiency curve of DC compound generator with 1 phase AC integrated motor

Experiment – 39 v-i efficiency curve of occ of shunt generator with 1 phase AC integrated motor

Experiment – 40 speed torque curve of split phase induction motor

Experiment – 41 speed torque curve for CSIR

Experiment – 42 Speed torque curve of CSCR

DC Motor Coupled 1ph. Synch. Motor Trainer (46804)

Experiment – 43 speed torque curve of DC shunt motor with 1 phase synchronous motor

Experiment – 44 speed torque curve of DC series motor with 1 phase synchronous motor

Experiment – 45 Speed torque curve of separately excited DC motor with 1 phase synchronous  motor

Experiment – 46 Speed torque of DC compound motor with 1 phase synchronous motor

Experiment – 47 v-i efficiency curve for DC shunt generator with 1 phase synchronous motor

Experiment – 48 v-i efficiency curve for DC series generator with 1 phase synchronous motor

Experiment – 49 v-i efficiency curve for DC separately excited generator with 1 phase synchronous  motor

Experiment – 50 v-i efficiency curve for DC compound generator with 1 phase synchronous motor

Experiment – 51 v-i efficiency curve for occ of shunt generator with 1 phase synchronous motor

Experiment – 52 Speed torque curve of synchronous motor

Experiment – 53 Efficiency and input power factor measurement of 1ph. synch. Motor.

Experiment – 54 Study of 'V' curve of 1ph. synch. Motor.

Experiment – 55 Out volt-amp charACteristics of synchronous motor

Experiment – 56 Efficiency of synchronous generator.

Experiment – 57 Performance with R, L and C load.

 DC Motor Coupled With Universal Motor Trainer (46805)

Experiment – 58 speed torque curve of DC shunt motor with universal motor

Experiment – 59 speed torque curve of DC series motor with universal motor

Experiment – 60 Speed torque curve of separately excited DC motor with universal motor

Experiment – 61 Speed torque of DC compound motor with universal motor

Experiment – 62 v-i efficiency curve for DC shunt generator with universal motor

Experiment – 63 v-i efficiency curve for DC series generator with universal motor

Experiment – 64 v-i efficiency curve for DC separately excited generator with universal motor

Experiment – 65 v-i efficiency curve for DC compound generator with universal motor

Experiment – 66 v-i efficiency curve for occ of shunt generator with universal motor

Experiment – 67 Speed torque curve of universal motor when operated with 180VDC 

Experiment – 68 Study of efficiency of universal motor for various loading condition. 

DC Motor Coupled With Dc Motor Trainer (46806)

Experiment – 69 Speed torque curve and efficiency of DC shunt motor with DC motor

Experiment – 70 Speed torque curve and efficiency of DC series motor with DC motor

Experiment – 71 Speed torque curve and efficiency of separately excited DC motor with DC motor

Experiment – 72 Speed torque curve and efficiency of DC compound motor with DC motor

Experiment – 73 Output volt-amp characteristics of DC shunt generator with DC motor

Experiment – 74 Efficiency of DC shunt generator with DC motor 

Experiment – 75 Output volt-amp characteristics of DC separately excited generator with DC motor

Experiment – 76 Efficiency of DC separately excited generator with DC motor

Experiment – 77 Output volt-amp characteristics of DC series generator with DC motor

Synchronization/paralleling Of 2 Three Phase Alternator Trainer (46807)

Experiment – 78 speed torque curve of DC shunt motor with 3 phase AC integrated   motor

Experiment – 79 speed torque curve of DC series motor with 3 phase AC integrated   motor

Experiment – 80 Speed torque curve of separately excited DC motor with 3 phase AC integrated  motor

Experiment – 81 Speed torque of DC compound motor with 3 phase AC integrated   motor

Experiment – 82 v-i efficiency curve for DC shunt generator with 3 phase AC integrated   motor

Experiment – 83 v-i efficiency curve for DC series generator with 3 phase AC integrated   motor

Experiment – 84 v-i efficiency curve for DC separately excited generator with 3 phase AC integrated motor

Experiment – 85 v-i efficiency curve for DC compound generator with 3 phase AC integrated  motor

Experiment – 86 v-i efficiency curve for occ of shunt generator with 3 phase AC integrated motor Experiment – 87 Speed torque curve of wound rotor induction motor with rotor shorted and with different Rotor resistance.

Experiment – 88 DOL/Star-delta starter, rotor resistance starter.

Experiment – 89 Application of sync. Motor as pf improvement device-V curve.

Experiment – 90 Synchronous generator V-I curves.

Experiment – 91 Dark lamp method[all lamps are dark]

Experiment – 92 Bright lamp method[all lamps are bright]

Experiment – 93 1 Dark 2 Bright lamp method.

1 Phase AC Induction Motor Trainer (46808)

Experiment – 94 Study of speed-torque characteristics of single phase induction motor (split phase type).

Experiment – 95 Study of efficiency and input power factor of 1phase induction motor (split phase type) for  various loading conditions.

Experiment – 96 Study of speed-torque characteristics of single phase induction motor (capacitor start type).

Experiment – 97 Study of efficiency and input power factor of 1phase induction motor (capacitor start type)  for various loading conditions.

Experiment – 98 Study of speed-torque characteristics of single phase induction motor (capacitor start-run Type).

Experiment – 99 Study of efficiency and input power factor of 1phase induction motor (capacitor start-run type ) for various loading conditions.

Experiment – 100 Study of "No Load Test" and "Blocked Rotor Test ”. on 1 phase Induction Motor. 

3 Phase Ac Slip Ring  Induction Motor Trainer (46809)

Experiment – 101 Speed torque characteristics of 3 ph. wound rotor induction motor with variable rotor  Resistance. 

Experiment – 102 Efficiency of input power factor measurement of 3 ph. wound rotor induction motor. 

Experiment – 103 Speed torque characteristics of 3 ph. short-circuited rotor induction motor.

Experiment – 104 Efficiency of input power factor measurement of 3 ph.short-circuited rotor Inductions motor.

Experiment – 105 Speed torque charACteristics of 3 ph. synchronous motor.

Experiment – 106 Efficiency of input power factor measurement of 3 ph. synchronous motor.

Experiment – 107 Use of synchronous motor as power factor improvement device. study of  'v'  curves

Experiment – 108 Study of Direct On Line (DOL) starter for three phase induction motor.

Experiment – 109 Study of star delta-starter for 3 ph. induction motor.

Experiment – 110 Study of rotor resistance starter for three phase wound rotor induction motor.

Experiment – 111 Study of direction of reversal for 3 phase induction motor.

3 Phase Squirrel Cage Induction Motor Trainer (46810)                      

Experiment – 112 Speed torque charACteristics of 3 phase squirrel cage induction motor.

Experiment – 113 Efficiency, % slip and input power factor measurement of 3 phase squirrel cage induction motor.

Experiment – 114 Speed control of squirrel cage induction motor by pole changing method.

Experiment – 115 'No Load Test' & 'Blocked Rotor Test' on 3 ph. squirrel cage induction motor.

 Replution Motor Trainer (46811)

Experiment – 116 Study of speed torque characteristics of Repulsion motor.

Experiment – 117 Study of efficiency and input power factor measurement of single phase Repulsion motor. Experiment – 118 Speed control and reversal of direction of rotation of repulsion motor.