SPEED CONTROL OF DC MOTOR USING 4 QUADRANT DC- DC CONVERTER TRAINER

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SPEED CONTROL OF DC MOTOR USING 4 QUADRANT DC- DC CONVERTER TRAINER Specification

Type
Educational Trainer Kit

Material
Powder Coated Metal, High-Grade Acrylic Panel

Size
Standard Lab Bench Size

Input Voltage
230V AC, 50Hz

Color
Blue/White

Dimension (L*W*H)
Approx. 480 x 320 x 180 mm

Capacity
Supports up to 1A Motor Load

Noise Level
< 50 dB

Protection
Overcurrent and Short Circuit Protection

Operation Mode
Forward/Reverse with Regenerative Braking

Mounting
Desktop/Lab Table Placement

Application
Speed and Direction Control Experimentation for DC Motors

Speed Control Method
Pulse Width Modulation (PWM)

Compliance
Meets Standard Educational Lab Requirements

Display
Digital Voltmeter and Ammeter

DC Motor Rating
12V, 1A DC Motor Included

Accessories Included
MCB/Instruction Manual/Test Leads

Weight
Approximately 7 kg

Control Interface
User-Friendly Knob and Switch Controls

Converter Type
Four Quadrant DC-DC Chopper/Buck-Boost Converter

Indicators
LED Status Indicators

About SPEED CONTROL OF DC MOTOR USING 4 QUADRANT DC- DC CONVERTER TRAINER

Unlock supreme performance and flexibility with the SPEED CONTROL OF DC MOTOR USING 4 QUADRANT DC-DC CONVERTER TRAINER. This first-rate educational kit is highly recommended for engineering labs, offering grandiose features such as a digital display, user-friendly controls, and comprehensive protection. Its best-seller design supports both forward and reverse operation modes with regenerative braking, making it ideal for experimentation. Included accessories and robust material make it a bargain for distributors, exporters, and trainers across India. Meets strict educational standards for reliable, professional usage.

Versatile Application and Supreme Usability

Perfect for educational labs, the SPEED CONTROL OF DC MOTOR USING 4 QUADRANT DC-DC CONVERTER TRAINER is designed for practical experimentation in speed and direction control of DC motors. It's suitable for desktop or lab table placement, making it easy to integrate into laboratory environments. Application is straightforward using pulse width modulation; users simply manipulate the intuitive interface for quick adjustments. This trainer is grandiose for both instructional demonstrations and hands-on student projects.

Certifications, Packaging, and Sample Policy: Offer Details

The trainer meets all standard educational lab requirements and complies with necessary certifications for supreme quality. Packaging offers safeguarded delivery in a powder-coated metal and high-grade acrylic panel enclosure for a sale price, ensuring durability during shipment. Distributors and buyers can request a sample at a nominal charge, allowing hands-on evaluation before purchase. Each kit includes comprehensive accessories, such as an instruction manual and test leads, for first-rate user experience.

FAQ's of SPEED CONTROL OF DC MOTOR USING 4 QUADRANT DC- DC CONVERTER TRAINER:

Q: How does the SPEED CONTROL OF DC MOTOR USING 4 QUADRANT DC-DC CONVERTER TRAINER facilitate speed and direction control?

A: The trainer uses pulse width modulation (PWM) for precise speed adjustment and offers both forward and reverse motor operation. The four-quadrant DC-DC converter enables dynamic control, including regenerative braking.

Q: What protections are in place for safe usage of the trainer?

A: The unit incorporates overcurrent and short-circuit protection, coupled with LED status indicators and robust power management features, ensuring safe and reliable operation.

Q: Where can this trainer be effectively used?

A: It is highly recommended for use in educational labs, technical institutes, and research facilities for hands-on experimentation and instructional demonstrations of DC motor control principles.

Q: When would a sample of this trainer be available and is there a charge?

A: Distributors or buyers may request a sample before purchase; a small charge may apply as per the sample policy, giving you firsthand experience before committing to full-scale procurement.

Q: What are the benefits of using this trainer for experimentation?

A: Users gain practical insights into advanced motor control, enjoy supreme hardware reliability, and benefit from an intuitive setup that streamlines laboratory experiments and instructional sessions.

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