Nayak Enterprises

Precise Motor Control with 1.8V–12V 2A DC Motor PWM Speed Regulator – Adjustable Speed Controller

Optimize your DC motor’s performance with our 1.8V–12V 2A PWM Motor Speed Regulator. This high-efficiency DC motor controller uses Pulse Width Modulation (PWM) to provide smooth and precise speed adjustment, ensuring maximum control, power efficiency, and motor protection.

Key Features:

• Wide Voltage Range: Supports input voltage from 1.8V to 12V DC, perfect for a variety of low-voltage motors.

• 2A Output Current: Delivers consistent current for stable and reliable motor operation.

• PWM Technology: Efficiently adjusts speed without sacrificing torque or generating excess heat.

• Adjustable Speed Control Knob: Easily fine-tune motor speed with precision.

• Compact Design: Small and lightweight, ideal for DIY electronics, robotics, model cars, fans, and other DC motor applications.

• Overcurrent Protection: Enhances durability and safety of connected components.

Whether you're building custom electronics, upgrading an existing motorized system, or managing hobby projects, this PWM DC motor speed controller offers a reliable and cost-effective solution.

PWM DC Motor Speed Controller 12V-40V 10A Module

A simple rotary potentiometer controller capable of regulating the speed of a DC motor up to 400 W at voltages ranging from 12 to 40. With a duty cycle that can be changed from 10% to 100%, a pulse-width modulated (PWM) DC voltage is used by the DC Motor Speed Controller to control the direction of a DC motor. The motor speed controller may provide up to 8 amps of continuous current to a DC motor or other DC load. A 10A fuse with over-voltage protection for the control voltage and a reverse power supply connection are also included in the circuit. This is an easy, low-cost project to control the speed linearly of a DC motor for targeted applications. PWM, or pulse-width modulation, is typically used to control DC motor speed. The motor speed does not change when the pulse width is fixed; it does fluctuate when the pulse width does. A inexpensive Audio Uno board with few external components is utilized for this project. At the moment of switch-on, the circuit alters the linear speed variation utilizing forward-reverse control.
Features:

• High torque, low heat generation, and high efficiency.
• With protection from high current and reverse polarity.
• This controller allows you to regulate the speed of a DC motor.
• Control voltage over-voltage protection function

Compact yet powerful SCR/triac-based AC controller designed for light dimming, motor speed control, and temperature regulation in resistive/heating application