Power Electronic Trainer

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Product Details:

Display Analog and digital meter display
Usage Demonstration and learning of power electronics concepts
Voltage Input 230V AC, 50 Hz; Circuits cover 0-230V range
Power Sample circuits up to 500W; Trainer powered at 40W max
Product Type Educational Training Kit
Material Rigid MS cabinet and ABS panel
Design Modular panel with patch cord terminals
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Power Electronic Trainer Price And Quantity

Minimum Order Quantity 1 Unit

Panel Marking Silk-screened schematic diagrams on the front panel
Connections Banana sockets and patch cords provided
Cooling Ventilated cabinet, passive cooling
Mounting Table-top model; rubber foot pads for stability
Manual Comprehensive user and experiment manual supplied
Experiments Provided Rectifiers, choppers, inverters, AC voltage controllers, etc.
Protection Inbuilt fuse protection and overload safety
Output Load Resistive, Inductive, Lamp included (Panel-mounted and external)
Switch Types SCR, DIAC, TRIAC, MOSFET, IGBT, Power BJT included

Power Electronic Trainer Product Specifications

Weight Approx. 10kg
Illuminant LED indicators for circuit status
Design Modular panel with patch cord terminals
Usage Demonstration and learning of power electronics concepts
Display Analog and digital meter display
Material Rigid MS cabinet and ABS panel
Power Sample circuits up to 500W; Trainer powered at 40W max
Product Type Educational Training Kit
Detector Not Applicable; uses analog/digital hardware switching
Power Source AC mains supply
Dimension (L*W*H) Approx. 600mm x 400mm x 150mm
Voltage Input 230V AC, 50 Hz; Circuits cover 0-230V range
Accuracy High precision measurement circuit integrated; typically 1% of reading
Charging Time Not Applicable; trainer operates on continuous supply

Panel Marking Silk-screened schematic diagrams on the front panel
Connections Banana sockets and patch cords provided
Cooling Ventilated cabinet, passive cooling
Mounting Table-top model; rubber foot pads for stability
Manual Comprehensive user and experiment manual supplied
Experiments Provided Rectifiers, choppers, inverters, AC voltage controllers, etc.
Protection Inbuilt fuse protection and overload safety
Output Load Resistive, Inductive, Lamp included (Panel-mounted and external)
Switch Types SCR, DIAC, TRIAC, MOSFET, IGBT, Power BJT included

Power Electronic Trainer Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days
Main Export Market(s) Africa, Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Central America, Asia
Main Domestic Market All India

Product Description

POWER ELELCTRONICS TRAINER

FEATURES : Circuit diagram printed on PCBb) Transformer based power supplyc) Strongly support by systematic operating instructions

EXPERIMENTS CAN BE PERFORM :

Study of Chopper Circuit using MOSFET (Z44)
Study of R-Triggering using SCR (TYN612)
Study of Full Wave Phase Control using TRIAC (BTA06 & DIAC (DB6)
Study of Half Wave Phase Control using RC-Triggerig with SCR
Study of Half Wave Control UJT (2N2646) Firing Circuit & SCR (TYN612)
Study Full Phase Control UJT (2N2646) Firing Circuit & TRIAC (BTA06)

Specification

Country of Origin	Made in India
Type	Electrical
Packaging Type	corrugated box
I Deal In	New Only
Usage/Application	Laboratory
Model Name/Number	AE-PET
Brand	ASICO

Comprehensive Switch Selection

This trainer encompasses all major power electronic switching devices, including SCR, DIAC, TRIAC, MOSFET, IGBT, and Power BJT. Users can demonstrate and compare the behaviors of these devices across a wide spectrum of experiments. Such diversity allows students and engineers to gain practical insights into technology widely used in modern industry.

Safe and Reliable Operation

Equipped with inbuilt fuse protection, overload safety, and a sturdy, ventilated cabinet, the trainer is designed for classroom and laboratory safety. Passive cooling prevents overheating during prolonged experiments, while secure patch cords and banana sockets ensure reliable electrical connections throughout each session.

User-Friendly Design

The trainers modular panel is marked with clear, silk-screened circuit diagrams for straightforward experiment setup. Intuitive analog and digital meter displays monitor circuit parameters, while LED indicators quickly communicate circuit status, catering to both novices and experienced users.

FAQs of Power Electronic Trainer:

Q: How do I set up the Power Electronic Trainer in a classroom or laboratory environment?

A: Place the trainer on a stable, flat surface such as a lab table, utilizing the rubber foot pads for enhanced stability. Connect the unit to a 230V AC mains supply, and use the provided patch cords and banana sockets to arrange the circuits as depicted in the clear silk-screened diagrams on the front panel.

Q: What types of experiments can be performed with this trainer?

A: You can conduct a variety of practical experiments, including but not limited to, rectifiers, choppers, inverters, and AC voltage controllers. The trainer is equipped with resistive, inductive, and lamp loads (panel-mounted and external) to provide comprehensive hands-on learning.

Q: When is it necessary to use inbuilt protection features?

A: The inbuilt fuse protection and overload safety features are engaged automatically if an abnormal current or load is detected, thus safeguarding both the user and the trainer. These features allow continuous, uninterrupted operation during learning sessions without compromising safety.

Q: What benefits does the modular panel design offer?

A: The modular panel design with silk-screened schematic diagrams simplifies experiment setup, encourages a clear understanding of circuitry, and facilitates swift reconfiguration for different experimentsmaking the learning process more efficient and adaptable.

Q: Where can the Power Electronic Trainer be utilized effectively?

A: This trainer is well-suited for engineering colleges, technical training institutes, research laboratories, and industrial training centers where practical demonstration and learning of power electronic principles are required.

Q: How accurate are the measurements obtained with this trainer?

A: The high-precision measurement circuits integrated into this trainer provide readings with a typical accuracy of 1%, ensuring reliable and consistent experiment results for both analog and digital displays.

Q: What process is followed for conducting experiments and recording outcomes?

A: Users follow the comprehensive experiment manual supplied with the trainer to configure circuits using patch cords, observe results via the meter displays and LED indicators, and record the outcomes as per experiment guidelines. This structured approach reinforces key power electronics concepts.

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