Power Electronic Lab Board Trainer Training Workbench Didactic Equipment Educational Equipment
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- Supplier: Beijing Qyx Technology Co. Ltd.
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Product Overview
Description
Products Description
QY- DL -01 Power Electronics Training System
1Basic Function
QY-DL-01 Power electronics training system QY-PETS-01is designed for the course of power electronics technology. The system is the simple German frame with modular design. One system goes with many kinds of modules. The modules are optional according to the demands of experiments.
2Features
1.German Style: open, compact, easy loading and unloading of the experimental module, can be flexibly combined.
* Benchusing aluminum frame, the design of the desktop and legs design is split, which can be removed and installed independently;
* Modular design,independent experiment module, a bench with a variety of experimental modules, flexible and changeable according to user needs.
2.High Security
* Experiment modules use the 10KV high voltage Insulation pane to prevent the leakage phenomenon of metal panel, and to ensure personal safety;
* 24mmU type connecting piece for a short distance electrical connection, which can be plugged more than 100000 times, safe, reliable, flexible
* current-leakage protection, If leakage occurs, power will be cut immediately and automatically;
* High and low voltage use different connectors, which can prevent mixed insertion.
* Experimental panel use the protective jack, cable used with the protection of the pistol plug, safety and reliability;
* Bulb configurations acrylic lamp, the light becomes softer, which can protect the eyes from harm in dangerous circumstances.
3.Expansibility: Users can customize new modules, according to the demands of featured teaching.
4. Universal: A laboratory, a test-bed support multiple course needs
QY-DL-01 Power electronics training system QY-PETS-01is designed for the course of power electronics technology. The system is the simple German frame with modular design. One system goes with many kinds of modules. The modules are optional according to the demands of experiments.
2Features
1.German Style: open, compact, easy loading and unloading of the experimental module, can be flexibly combined.
* Benchusing aluminum frame, the design of the desktop and legs design is split, which can be removed and installed independently;
* Modular design,independent experiment module, a bench with a variety of experimental modules, flexible and changeable according to user needs.
2.High Security
* Experiment modules use the 10KV high voltage Insulation pane to prevent the leakage phenomenon of metal panel, and to ensure personal safety;
* 24mmU type connecting piece for a short distance electrical connection, which can be plugged more than 100000 times, safe, reliable, flexible
* current-leakage protection, If leakage occurs, power will be cut immediately and automatically;
* High and low voltage use different connectors, which can prevent mixed insertion.
* Experimental panel use the protective jack, cable used with the protection of the pistol plug, safety and reliability;
* Bulb configurations acrylic lamp, the light becomes softer, which can protect the eyes from harm in dangerous circumstances.
3.Expansibility: Users can customize new modules, according to the demands of featured teaching.
4. Universal: A laboratory, a test-bed support multiple course needs
3 Technical parameters
No | Item | Spec |
1 | Power Supply and Capacity | Three-phase five-wire input:380V ±10%,50Hz；Total capacity≤1.5kVA |
2 | Operation Environment | Temperature -10C~+40℃ Relative Humidity ≤85%(25℃) Altitude ≤4000m. |
3 | Dimension | L*W*H:1600×700×1727 Table-board height:900 |
4 Experiments Supported
No. | Supporting experiment | |||
1 | Sine Wave Synchronous Phase-Shift Trigger Circuit Experiment | |||
2 | Saw-tooth Wave Synchronous Phase-Shift Trigger Circuit Experiment | |||
3 | TCA785 Trigger Circuit Experiment | |||
4 | KC05Trigger Circuit Experiment | |||
5 | SCR,GTO,MOSFET,GTR,IGBT Characteristics Experiment | |||
6 | GTO, MOSFET, GTR, IGBT Driving Circuit Experiment | |||
7 | Single-Phase Half-Wave Controlled Rectifier Circuit Experiment | |||
8 | Single-Phase Half-Controlled Bridge Rectifier Circuit Experiment | |||
9 | Single-Phase Full-Controlled Bridge Rectifier and Active Inverter Circuit Experiment | |||
10 | Three-Phase Half-Wave Controlled Rectifier Circuit Experiment | |||
11 | Three-Phase Half-Wave Active Inverter Circuit Experiment | |||
12 | Three-Phase Half-Controlled Bridge Rectifier Circuit Experiment | |||
13 | Three-Phase Full-Controlled Bridge Rectifier and Active Inverter Circuit Experiment | |||
14 | Three-Phase AC Voltage Regulation Circuit Experiment | |||
15 | Single-Phase AC Voltage Regulation Circuit Experiment | |||
16 | Single-Phase AC Power Regulation Circuit Experiment | |||
17 | Thyristor DC Chopper Circuit Experiment | |||
18 | Half-Bridge Switching Power Supply Experiment | |||
19 | Single-Phase Sine Wave Pulse Width Modulation（SPWM）Inverter Circuit Experiment | |||
20 | Full-Bridge AC-DC Conversion Circuit Experiment | |||
21 | Single-Ended Flyback Switching Power Supply Experiment | |||
22 | Basic DC Chopper Circuit Experiment（Six kinds of typical circuits） | |||
23 | PS-ZVS-PWM Soft Switching Technology Experiment | |||
24 | Buck/Boost and Compounded Chopper Circuit Experiment | |||
25 | Rectification Circuit Active Power Factor Correction Experiment | |||
26 | DC Motor Speed Control System Experiment |
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