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Power and Industrial Electronics Lab


 

 
  Power and Industrial Electronics Lab

Model and
Specs Pdf

1  Power Electronics Main Trainers  
1 Power Electronics Characteristics Trainer -Diac, Triac, UJT, SCR PEDM100   
2 Power Electronics Characteristics Trainer -Diac, UJT, PUT PEDM100B 
3 Power Electronics Characteristics Trainer -Triac, SCR, MOSFET, IGBT                      PEDM100N
4 Power Electronics Characteristics Trainer -Diac, Triac, SCR, MOSFET, IGBT                          PEDM100M
5 Power Electronics Characteristics Trainer -Diac, Triac, SCR, UJT, MOSFET, IGBT PEDM100AD
6 Characteristics of UJT, FET, SCR, SUS, SBS, TRIAC, DIAC PEDM100L
7 Power Electronic Design Trainer - 3 Bread Board PEDM200
8 Power Electronic Design Trainer - 2 Bread Board PEDM200M
9 Power Electronic Design Trainer - 1 Bread Board PEDM200L
10 Thyristor Application Trainer THY100
11 Thyristor Application Trainer THY100L
12 IGBT Trainer                         IGBT100
13 IGBT MOSFET Trainer                                IGBTMOS100
14 SCR Applications Trainer SCR100
15 Industrial Electronics Trainer IEDM100
16 Power Electronic Lab PEDM100S
17 Power Electronics Trainer (All Firing Circuit Circuits) POWER100
18 Power Electronics Trainer with different plugin Panels POWER200
  Power Semiconductor Devices Panel POWER200-P3
  Power Semiconductor Application Panel POWER200-P20
  Control Inverter Panel POWER200-PE1
  DV/DT Limitation Panel POWER200-PE2
  SCR Application Panel POWER200-PE3
  Addon PMDC DC Motor with techogenerator & loading for closed Loop Control POWER200-PMDC
  DMDC 48V Motor for chopper experiment POWER200-DCMT
19 Three Phase Lab 3PHLAB100
  Three Phase Low Voltage P. Supply 3RPS1
  Three Phase Supply Configuration 3RPS2
  Three Phase Rectifiers 3RPS3
20 High Voltage Power Electronics Lab PEHIGH100
21 Power Electronic Lab PEDM100S
  Ready to Use Boards for Power Electronic Lab  
  1. UJT characteristics     PE-01
  2. MOSFET characteristics     PE-02
  3. SCR characteristics     PE-03
  4. TRIAC characteristics     PE-04
  5.DIAC characteristics     PE-05
  6.IGBT Characteristics PE-06
  7.PUT Characteristics PE-07
  8.SCR Triggering Circuits PE-10
  9,SCR Triggering (using UJT) PE-11
  10.SCR Triggering (Using IC555) PE-12
  11.SCR Triggering (Using IC74121) PE-13
  12.Ramp and Pedestal Triggering PE-14
  13.SCR Triggering by Op-Amp 741 PE-15
  14.SCR Triggering by PUT PE-16
  15.SCR Triggered by LDR PE-17
  16.SCR Lamp Flasher PE-40
  17.SCR Alarm Circuit PE-41
  18.Series Inverter PE-42
  19.UJT Relaxation Oscillator PE-43
  20.Single Phase PWM Inverter PE-44
  21.Power Supply for Power Electronics Boards ( + 35V, +15V 250mA) PD-01
     
2 Characteristics Trainers  
22 Characteristics of DIAC                          THY01         
23 Characteristics of TRIAC                         THY02         
24 Characteristics of DIAC & TRIAC                  THY03         
25 Characteristics of SCR                       THY04         
26 Characteristics of PNPN Switch                   THY05         
27 Characteristics of Uni Junction Transistor (UJT)  THY06          
28 Characteristics of Programmable UJT (PUT)        THY07         
29 Characteristics of Photo-Transistor              THY08         
30 Characteristics of MOSFET                        THY09         
31 Characteristics of Enhancement type MOSFET THY09E
32 Characteristics of Enhancement and Depletion Type MOSFETs THY09ED
33 Characteristics of Power MOSFET                  THY10         
34 Characteristics of CSD MOSFET THY11
35 Characteristics of CSE MOSFET THY12
36 Characteristics of GTO THY13
37 Characteristics of IGBT THY14
38 Characteristics of SUS

THY15

39 Characteristics of SUB THY16
40 Characteristics of SCS THY17
41 Characteristics of Light Activated SCRs (LASCRs) THY18
42 Characteristics of Reverse Conducting Thyristor (RCT) THY19
43 Characteristics of Asymmetrical SCR (ASCR) THY20
44 Characteristics of Integrated Gate-Commutated Thyristors (IGCTs) THY21
45 Characteristics of MOS controlled Thyristors (MCTs) THY22
46 Characteristics of Power Integrated circuits (PICs) THY23
     
3 Thyristor Triggering / Firing Trainers  
47 SCR triggering using R Circuit SCR00
48 SCR triggering using R-C Circuit SCR01
49 SCR triggering using LDR                         SCR02
50 SCR triggering using IC TCA 785                  SCR03
51 SCR triggering using UJT relaxation oscillator              SCR04
52 UJT & Pulse transformer trigger circuit for SCR  SCR05
53 Line Synchronous UJT Firing Circuit SCR05A
54 PUT trigger circuit for SCR                      SCR06
55 Complementary Unijunction Transistor (CUJT)  trigger circuit SCR06A
56 SCR Turn On methods SCR07
57 SCR Triggering Circuits SCR08
58 SCR Triggering Circuits - R, RC, UJT SCR08L
59 Forced Commutation of SCR                        SCR09
60 SCR Class - A Commutation SCR09A
61 SCR Class - B Commutation SCR09B
62 SCR Class - C Commutation SCR09C
63 SCR Class - D Commutation SCR09D
64 SCR Class - E Commutation SCR09E
65 SCR Class - F Commutation SCR09F
66 DV/DT limitation of SCR                          SCR10
67 Di / Dt Limitation of SCR SCR10A
68 SCR firing circuit using Cosine Wave SCR11
69 SCR firing circuit using Opamp and gates        SCR12
70 SCR firing circuit using Ramp Comparator SCR13
71 RAMP & Pedestal Control of UJT SCR14
72 SCR firing circuit using Photo Device - LDR SCR15
73 SCR triggering using Opamp SCR16
74 SCR triggering using IC 555 SCR17
75 SCR triggering using 7421IC SCR18
76 SCR triggering using  Digital Firing SCR19
77 AntiParallel SCR firing circuit SCR20
78 Phase Shift Pulse Generator for Phase Angle SCR21
79 Triggering circuit for SCR & MOSFET SCR22
80 Triggering of Triac using Diac SCR23
81 Triac Triggering using R-C Circuit SCR24
82 UJT Trigger Circuit using DIAC SCR25
83 Triggering circuit of three phase half controlled bridge converter SCR26
84 Triggering circuit of three-phase fully controlled bridge converter SCR27
85 Microprocessor based firing circuit of converters using SCR SCR28
86 Triggering & firing circuits for SCRs IGBTs / MOSFETs TRG100N
87 All Firing Circuits for SCR FIRE100
     
4 Rectifiers Trainers  
88 Single Phase Half Wave Rectifier Trainer RECT01
89 Single Phase Full Wave Rectifier Trainer RECT02
90 Single Phase Full Wave Bridge Rectifier Trainer RECT03
91 Three Phase Half Wave Rectifier Trainer RECT04
92 Three Phase Full Wave Bridge Rectifier Trainer (Polyphase Rectifier) RECT05
93 Three Phase Half and Full wave Rectifier Trainer RECT04-05
94 Single Phase Half Wave Controlled Rectifier using RC Triggering RECT06
95 Single Phase Half Wave Controlled Rectifier Trainer RECT11
96 Single Phase Full Wave Controlled Rectifier Trainer RECT12
97 Single phase half wave and full wave Controlled rectifier using SCR RECT11-12
98 Single Phase Half Control Bridge (Semi Converter) Rectifier Trainer RECT13
99 Single phase half controlled bridge converter with R, RL, RLE Load RECT13N
100 Single Phase Full Controlled Bridge Rectifier Trainer RECT14
101 Single Phase full controlled bridge converter with R, RL, RLE Load RECT14N
102 Single Phase half wave controlled symmetrical and Asymmetrical Bridge converter RECT14A
103 Single Phase Controlled Rectifier with Ramp comparator Firing scheme RECT14B
104 Single Phase Controlled Rectifier With Cosine Firing Scheme RECT14C
105 Single Phase Converter Firing Techniques RECT14D
106 Single Phase Half Wave & Full Wave Controlled Bridge Rectifier RECT13-14
107 Three  Phase Half Wave Controlled Rectifier Trainer RECT15
108 Three  Phase Full Wave Controlled Rectifier Trainer RECT16
109 Three  Phase Half Control Bridge (Semi Converter) Rectifier Trainer RECT17
110 Three  Phase Full Controlled Bridge Rectifier Trainer RECT18
111 Single Phase HV Controlled Sym/Asym Bridge Converter RECT19
112 Six Phase Half Wave Rectifier Trainer RECT20
113 Three Phase Dual Converter Rectifier Trainer RECT21
114 Single Phase Dual Converter Rectifier Trainer RECT21A
115 Six-Phase Full-Wave Controlled Bridge Rectifier RECT21B
116 SCR Converters and Reactive Loads RECT22
117 Effect of free wheeling diode in Single phase Fully-Controlled Bridge Converter RECT23
118 Determination of fusing characteristics and fusing factor of given fuse RECT24
119 Trainer for resonant converter RECT25
     
5 High Power Control Circuits  
120 1 Phase 15A Semiconverter with Firing CKT RECTHP01
121 1 Phase 15A Full Converter with Firing CKT RECTHP02
122 1 Phase 15A Semi 8. Full converter with Firing CKT RECTHP03
123 3 Phase 6 SCR Bridge Firing Unit RECTHP04
124 3 Phase 15A Semiconverter W/O Firing CKT RECTHP05
125 3 Phase 15A Full converter W/O Firing-CKT RECTHP06
126 3 Phase 15A Semi & Full converter w/o Firing CKT RECTHP07
127 MOSFET Chopper with Firing Circuit (with 0.5 HP DC Motor & Tacho Generator) RECTHP08
128 1 Phase Induction Motor PWM Control using MOSFETs & 0.5HP Motor RECTHP09
129 3 Phase Induction Motor PWM control using IGBTs & with 0.5HP Motor RECTHP10
130 Thyristor Controller Trainer with 0.1HP Universal and 0.5 HP 1 & 3 Phase Induction Motors RECTHP11
     
6 Power Control Trainers  
131 Over voltage Crowbar protection using SCR        PWR01
132 AC and DC Power control Trainer                  PWR02
133 AC/DC voltage regulator using SCR PWR02A
134 Solid state AC/ DC Power relay Trainer PWR02B
135 AC Phase Control using SCR       PWR03
136 AC Power Control using SCR       PWR03A
137 Study of SCR & A.C. Phase Control with S, LH, HW PWR03ET
138 AC Phase control using Diac and Triac            PWR04
139 DC Regulated Power Supply using SCR              PWR05
140 Single Phase SCR AC Voltage Controllers PWR05ET
141 AC Regulated Power Supply using Triac              PWR06 
142 Study of Triac & A.C. Phase Control with TD PWR06ET
143 Battery charger using SCR                PWR07
144 Fan regulator using Diac and Triac               PWR08
145 Lamp control (Dimmer) using Diac and Triac                PWR09
146 Triac as Light Dimmer PWR09A
147 Triac AC Line switching                          PWR10
148 TRIAC Phase Control PWR10C
149 Illumination Control Using SCR PWR11
150 AC Phase control using Diac and Triac and UJT PWR12
151 Study of regulator using Triac, anti parallel Thyristor and Triac & Diac PWR13
152 Phase Shift Control RC Base Using SCR & Triac PWR14
153 Study of TRIAC and AC Phase Control PWR21
154 SCR Converters & Reactive Load Trainer PWR22
155 Single Phase AC Regulator using IC 785 PWR23
156 Single Phase AC Voltage controller ACREG100
157 Three Phase AC controller with R load ACREG300
158 Control speed of universal motor using AC voltage regulator ACREG101M
159 SMPS Trainer SMPS100
160 Buck converter Trainer BUCK100
161 Boost converter Trainer BST100
162 Buck- Boost converter Trainer BUCKBST100
163 DC power supply Trainer using flyback converter - Isolated FLYBACK100
164 Slip Power Recovery System SLIP100
165 Study of ZCD ZCD100
166 Online UPS Demonstration  Trainer UPSON100
167 Off line UPS Demonstration Trainer UPSOFF100
     
7 Inverters  Trainers  
168 Inverter using transistors                       INV01
169 Inverter using Power MOSFET                     INV02
170 1 Phase Bridge Inverter (MOSFET Based) INV02A
171 Pulse Width modulated Inverter using transistor            INV03
172 Pulse Width modulated Inverter using Power MOSFET INV03A
173 DC to DC Converter                               INV04
174 Series Inverter using SCR                        INV05
175 Series Resonant Inverter INV05A
176 Parallel Inverter using SCR                      INV06
177 Parallel Resonant Inverter INV06B
178 Single phase half bridge inverter INV07
179 Single phase full bridge inverter INV07A
180 Single phase inverter using a centre tapped transformer INV07B
181 1 Phase SCR Bridge Inverter Using Micro Controlled based PWM circuit INV07M
182 Mc-Murray Half Bridge Inverter INV08
183 Mc-Murray inverter (1 phase thyristorised full bridge) INV08A
184 Mc-Murray Bed ford inverter (1 phase thyristorised  full bridge) INV08B
185 Single Phase Transistorized Bridge Inverter Trainer INV11
186 Single phase Bridge Inverter using IGBT INV13
187 DC to AC Inverter with Power Supply INV14
188 Single phase PWM Converter with Power Supply INV15
189 Current /Voltage Source Inverter INV16
190 Inverter Trainer with Rechargeable Battery INV17
191 Phase Voltage Source Inverter   (120 &180 mode) INV18
192 Study of 3 Phase Bridge inverter INV19
193 Study of 3-Phase PWM Bridge Inverter with IGBTs INV20
194 Single-phase Voltage Source Inverter INV21
195 Three-phase Voltage Source Inverter INV22
196 Inverters and Converters Trainer INV23
197 Single Phase Quasi Square wave / PWM bridge converter with R and RL Load INV100N
     
8 Choppers and Cycloconverters  Trainers  
198 Chopper using SCR                               CHOP01
199 Step down Chopper using MOSFET CHOP01N
200 Morgan Chopper CHOP02
201 Step down Chopper using IGBT CHOP02N
202 Jones Chopper CHOP03
203 Step-Up Chopper Trainer CHOP04
204 Step- down Chopper Trainer CHOP05
205 Step down & Step up transistor chopper CHOP04-05
206 Power MOSFET Chopper CHOP06
207 MOSFET, IGBT, Transistor & SCR based Step Down Chopper CHOP05S
208 MOSFET, IGBT, Transistor & SCR based Step Up Chopper CHOP04S
209 GTO Chopper CHOP07B
210 IGBT Chopper CHOP07
211 Voltage commutated thyristorised chopper  (Jones Chopper) CHOP08
212 Voltage commutated chopper with 0.1 HP motor CHOP09M
213 Current Commutated Thyristor chopper (Morgan Chopper) CHOP10
214 DC to DC Chopper using Triac Trainer CHOP11
215 2 -Quaderent Chopper CHOP12-2Q
216 4-Quaderent Chopper CHOP12-4Q
217 Step up & down DC to DC Converter using SCR CHOP13
218 Chopper drive Trainer CHOP14
219 Two/Four Quadrant Chopper CHOP15
220 Series commutated thyristorised chopper CHOP16
221 AC Chopper CHOP17
222 DC & AC Chopper demonstration Trainer CHOP100
223 Single Phase to Single Phase Cycloconverter Trainer CYCLO100
224 Three Phase Cycloconverter Trainer CYCLO300     
225 3 Phase Cyclo Converter Using Micro - Controller. CYCLO300MC   
226 Three phase measurement system (star & delta)  STARDELTA100
     
9 Industrial Timing Circuits Trainers  
290 Time Delay using 555                             IT01
291 AC timer                                       IT02
292 Timer using SCR & UJT                           

IT03

293 2 Digit Presettable Timer                        IT04
294 Ultra Precise Long Time Delay Relay IT04A
295 Ring counter using SCR                           IT05
296 UJT controlled SCR time Delay circuit            IT06
297 Delayed Automatic Power ON/OFF using SCR       IT07
298 Traffic Light Indicator system Trainer           IT08
299 Automatic sequence timer Trainer                 IT09
300 Digital automatic sequence timer Trainer        IT10
301 Sequential Light Trainer                         IT11
302 Time delay relay using SCR                       IT12
303 Thyristors (SCR)  Alarms                                IT13
304 Level Alarm Trainer IT14
305 Alarm & Annunciator Demonstrator. IT15
306 Light Operated Switch using LDR & SCR IT16
307 Sequence timer using SCR IT17
308 SCR Ring Counter - Sequential Timer IT18
309 Electronics Timer Trainer IT19
310 Light Activated SCR characteristics IT20
311 PIR Movement Detector ( Passive Infrared ). IT22
312 Street Light controller using LDR and SCR IT23
     
10 Industrial Applications Trainers  
313 Temperature Indicator and Control using SCR      PE01
314 UJT relaxation Oscillator                        PE02
315 Zero Voltage switching                           PE03
316 Light and Sound operated Relay                   PE04
317 Solid-state Relay                                PE05
318 Automatic Voltage Stabilizer                     PE06
319 Emergency Light using SCR PE07
320 Burglar Alarm                                    PE08
321 Smoke detector Demonstrator                      PE09
322 Fire sensing system Demonstrator                 PE10
323 Fire Alarm Demonstration Unit PE10L
324 SCR Alarm Circuits PE11
325 Lamp Flasher using SCR                           PE12
326 DC Circuit Breaker using SCR                     PE13
327 High frequency heating-Induction heating Trainer PE14
328 High frequency heating-Dielectric heating Trainer PE15
329 Resistance Welding Demonstrator                  PE16
330 Ultrasonic transmitter/receiver Trainer (Remote) PE17
331 Magnetic Amplifier                               PE18
332 Study a sequence detector PE19
333 P.F. improvement methods PE20
334 Proximity Switch Using SCR PE21
335 The Automatic night lighting controller Trainer PE22
336 The Automatic night flasher Trainer PE23
337 AC regulator using photo device PE24
338 Single phase AC regulator with R load ACREG100N
339 Three Phase AC controller with R load ACREG300
340 AC to AC converter ACAC100
341 SMPS Trainer SMPS100N
342 MOSFET based SMPS Trainer SMPS101
343 IGBT based SMPS Trainer SMPS102
344 Study of UPS UPS100
     
11 Hightech Trainers  
345 Power Electronics Technology Experiment Table HT13701B1   
346 AC/DC Speed Control System Experiment Table HT14001B1
347 Motor and Towage Experiment Table HT14002B1
348 Motor and Power Electronics Experiment Table HT14002C1
349 Frequency Control Technology Training Platform HT35605A1
350 Frequency Inverter (Mitsubishi) Control Technology Experiment Table HT35605B1
351 Frequency Inverter (Omron) Control Technology Experiment Table HT35605C1
352 DC Speed Control Technology Training Platform HT35606A1
353 PLC, SCM, Driving Comprehensive Application Training Platform HT35607A1
354 PLC, Stepper and Servo Control Comprehensive Application Experiment Table HT35607B1
355 Network Inverter (Siemens) Control Technology Experiment Table HT35608A1
356 Network Inverter (Mitsubishi) Control Technology Experiment Table HT35608B1
357 Network Inverter (Omron) Control Technology Experiment Table HT35608C1
358 Full Digital AC Speed Regulation Experiment Platform HT13002A
359 Full Digital DC Speed Regulation Experiment Platform HT13002B
360 Power Automation and Relay Protection Experiment Platform HT13801B
361 Relay Characteristics and Relay Protection Experiment Platform HT13802B
362 Power System Microcomputer Line Protection Experiment Platform HT13803B
363 Power System Microcomputer Transformer Protection Experiment Platform HT13804B
364 Electric System Dual Power Circuit Computer Protection Experiment Platform HT13805B
365 Open Circuit Protection Dynamic Analog System Experiment Platform HT13806B
366 Power System Comprehensive Automation Experiment Platform HT13901B
367 Electrical Power System Monitor Experiment Platform HT13902B
368 Power Plant Comprehensive Automation System Experiment Platform HT13903B
369 Transformer Substation Comprehensive Automation System Experiment HT13904B
370 Power Integrated Control Dispatching Automation System Experiment HT13905B
371 Power Supply and Distribution Technology System Experiment Platform HT13906B
372 Plant Power Supply and Distribution Automation System Experiment HT13907B
373 Building Power Supply and Distribution Technology Experiment Platform HT13908B
374 High Voltage Technology Experiment Platform HT13909B
375 Solar Photovoltaic Power Experiment Platform HT13910B
     

 


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