1, 2 AND 4 QUADRANT CHOPPER TRAINER

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1, 2 AND 4 QUADRANT CHOPPER TRAINER Specification

Type
1, 2 and 4 Quadrant Chopper Trainer

Material
High-grade mild steel body with powder coating and acrylic panel

Size
Bench Top Trainer

Input Voltage
230V ± 10% AC, 50Hz

Color
Light Grey with printed front panel

Dimension (L*W*H)
Approx. 400 mm x 300 mm x 150 mm

Capacity
Up to 1A load current at output

Noise Level
Low, typically <45 dB

Manual
Comprehensive operation and experiment manual included

Application
Educational and industrial training use

Pulse Width Modulation Frequency
5 kHz to 20 kHz adjustable

Quadrant Operation
Selectable by mode switches (1, 2, 4 quadrant)

Switching Device
MOSFET-based chopper circuits

Load Type
Resistive and inductive loads supported

Indicators
LEDs for circuit status indication

Safety Standard
Complies with IS standards for laboratory trainers

Output Voltage Range
0-25V DC adjustable

Accessories
Connecting leads, load module, test probes

Weight
Approx. 5.5 kg

Test Points
Provided for circuit monitoring and measurements

Inbuilt Power Supply
Included, regulated and protected

User Controls
Rotary switches, push buttons, mode selectors

Protection
Overcurrent, thermal, and short-circuit protection

1, 2 AND 4 QUADRANT CHOPPER TRAINER About

Experience the trending 1, 2 AND 4 QUADRANT CHOPPER TRAINER, a sterling tool for enlightened learning and praiseworthy lab performance. Designed with MOSFET-based circuits and selectable quadrant operation modes, this trainer ensures fresh, accurate control over resistive and inductive loads. Enjoy best price offers, robust protection (overcurrent, thermal, short-circuit), and regulated power supply. Its low noise level, comprehensive manual, and adherence to IS lab standards make it ideal for educational and industrial users seeking high-caliber results and reliable operation across experiments.

Exceptional Features for Versatile Training

The 1, 2 AND 4 QUADRANT CHOPPER TRAINER offers MOSFET switching, adjustable output voltage and PWM frequency, and selectable quadrant operations for varied applications. Simply connect using the provided leads, set your test points, and monitor the process with indicator LEDs. Ideal for both general educational use and specific industrial training, this bench-top unit supports a wide range of experiments on resistive and inductive loads, making it a must-have for labs and classrooms.

Timely Delivery, Secure Packaging, Reliable Supply

Your chopper trainer arrives swiftly: shipment typically dispatches within days. Each unit is securely packaged to maintain its praiseworthy integrity during transit, keeping list price and outlay economical for distributors, exporters, and resellers alike. With a steady supply ability, manufacturers ensure consistent availability across India, meeting volume requirements for bulk orders without compromise on quality or timely delivery, guaranteeing satisfaction for both individual and institutional buyers.

FAQ's of 1, 2 AND 4 QUADRANT CHOPPER TRAINER:

Q: How do I select between 1, 2, and 4 quadrant operation modes?

A: Mode selection is accomplished using the trainer's rotary switches and mode selectors, allowing quick adjustment between single, double, and four-quadrant operations depending on experiment requirements.

Q: What safety protections are included in the chopper trainer?

A: The unit integrates overcurrent, thermal, and short-circuit protection, ensuring safe operation during practical training sessions and safeguarding both users and components.

Q: Where is this trainer commonly used?

A: This chopper trainer finds application in educational labs, industrial training centers, and research facilities where hands-on power electronics training is required.

Q: What is the process to monitor circuit status during operation?

A: Users can observe circuit status via the inbuilt LED indicators, and measure voltages and currents at provided test points for effective monitoring and assessment.

Q: What benefits do the included accessories provide?

A: Connecting leads, load modules, and test probes simplify setup, facilitate varied experiments, and enhance the user experience, making the device more versatile and comprehensive for training needs.

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