PWM SPEED CONTROL OF DC MOTOR (CHOPPER MOTOR CONTROLLER TRAINER)

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PWM SPEED CONTROL OF DC MOTOR (CHOPPER MOTOR CONTROLLER TRAINER) Specification

Type
PWM Speed Control of DC Motor (Chopper Motor Controller Trainer)

Material
High quality PCB with electronic components, ABS enclosure

Size
Bench-top, compact design

Input Voltage
230V AC, 50Hz

Color
Grey and Blue (Panel & Enclosure)

Dimension (L*W*H)
Approx. 28 cm x 18 cm x 10 cm

Capacity
Designed for 12V/24V DC motors up to 2A

Noise Level
Low (Electronic switching, minimal audible noise)

Output Voltage Range
0-24V DC (adjustable depending on input and connected motor)

Speed Control Method
Pulse Width Modulation (PWM/Chopper technique)

Instruction Manual
Comprehensive user and experiment manual included

Control Interface
Variable knob (potentiometer) for speed setting

Motor Included
12V DC Geared Motor (Included on panel for demonstration)

Protection Features
Over-current protection, short-circuit protection

Educational Use
Ideal for laboratory experiments on DC motor speed control, chopper, and PWM applications

Connectivity
Terminals for external motor connection

Frequency Range
Typically 1 kHz to 10 kHz

Display
Indicator LEDs for power and speed control status

About PWM SPEED CONTROL OF DC MOTOR (CHOPPER MOTOR CONTROLLER TRAINER)

Seize this Last Chance to purchase the PWM SPEED CONTROL OF DC MOTOR (CHOPPER MOTOR CONTROLLER TRAINER)-a fresh introduction to the valorous world of electronic speed control! Uncommon yet noble in its build, this trainer offers adjustable output voltage (0-24V DC) and employs a PWM/Chopper technique for seamless demonstration. It ships with a 12V DC geared motor and noble protection features like over-current and short-circuit safeguards. This compact, bench-top unit enables aspiring engineers to confidently perform laboratory experiments with reliability and maximum safety.

Versatile Application & Ultimate Control

PWM SPEED CONTROL OF DC MOTOR (CHOPPER MOTOR CONTROLLER TRAINER) is ideal for colleges, technical institutes, and research labs, offering the advantage of hands-on learning with authentic results. Suitable for demonstrating the principles of DC motor speed regulation, users can easily set desired speeds using the adjustable potentiometer. To operate, input the voltage, connect the experiment motor via provided terminals, and adjust speed while monitoring indicator LEDs. Its comprehensive user manual empowers users to explore advanced experiments independently.

Sample Availability & Global Delivery Assurance

Experience confidence with samples available before your purchase. List price inquiries are welcome through our specified FOB port channels in India. Every order benefits from secure shipping and careful packaging for safe arrival worldwide. Our sample policy is crafted for transparency and satisfaction, ensuring that educational institutions, distributors, and exporters can evaluate product quality prior to bulk commitment. We ensure timely delivery for both samples and large orders to enhance your procurement experience.

FAQ's of PWM SPEED CONTROL OF DC MOTOR (CHOPPER MOTOR CONTROLLER TRAINER):

Q: How does the PWM speed controller regulate the speed of the DC motor?

A: The controller uses Pulse Width Modulation (PWM) or chopper technique to vary the voltage supplied to the motor. By adjusting the duty cycle with the potentiometer, you can precisely control the motor's speed, resulting in efficient and dynamic performance.

Q: What protection features are built into the trainer?

A: The unit includes over-current and short-circuit protection, which safeguard both the motor and the controller from electrical faults, ensuring reliable operation during extensive laboratory use.

Q: When is the PWM SPEED CONTROL trainer most beneficial?

A: This equipment is especially valuable during educational experiments involving DC motor speed regulation, chopper circuits, and PWM applications, as it offers real-time observation and measurable results.

Q: Where can the PWM speed controller be used effectively?

A: It is highly suited for engineering colleges, vocational training centers, R&D labs, and technical workshops, providing hands-on learning and experiment support for students and professionals alike.

Q: What is the process to connect an external motor for demonstration?

A: Simply attach the terminals provided for external motor connection, ensure compatible voltage (12V/24V DC up to 2A), and use the potentiometer to manage speed, with status visible via indicator LEDs.

Q: How can someone benefit from using this trainer for experiments?

A: Users gain practical experience in modern electronic speed control, learn troubleshooting with built-in protections, and can reference the comprehensive instruction manual to perform structured experiments with confidence.

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