DC Motor Speed Controller Binghe 12V Motor Controller PWM Speed Controller Electric Motor Speed Controller Speed Switch Controller DC 6V 12V 24V 48V Compatible with Arduino
DC Motor Speed Controller Binghe 12V Motor Controller PWM Speed Controller Electric Motor Speed Controller Speed Switch Controller DC 6V 12V 24V 48V Compatible with Arduino
Description: This 12 V motor controller speed controller is equipped with a digital display for stable performance and can be adjusted by a potentiometer to display the percentage of full engine speed from 0-100. Features: Digital display 0-100 percent meter accurate position setting. Tap Stop Start Switch Panel insert. 6-60V wide voltage 30A. Parameters: Input voltage: DC 6-60V. Output voltage: linear under load. Output current: 0-30A. Continuous current: 20 A. Speed control type: current control. Speed Control Type: Potentiometer Speed control range: 0-100%. Control frequency: 15 kHz. Wiring type: fence type clamps. Wire length of the button: 18 cm. Digital display speed: 0-100 percentage Specification: Module size: length x width x height 96 mm x 61 mm x 34 mm. Product net gain: 120 g. Panel opening: length x width 92 mm x 56 mm. Product included: 1 x digital display PWM DC motor controller.
Product Features
- LED display: This DC motor speed controller is equipped with a digital display that shows the actual speed as a percentage of the maximum speed, and the data can be read through the LED display, so you can easily get accurate data.
- Precise control: 12 V motor controller with current start/stop switch and speed potentiometer, it can be adjusted by potentiometer to provide stable performance.
- Percentage display: displays the percentage of full engine speed of 0-100, not the actual engine speed. For example, if the maximum engine speed is 500 RPM, 100 will be displayed at 500 RPM and 50 at 250 RPM.
- Versatile voltage support: supports multiple voltage ranges, including 12 V, 24 V, 36 V, and 48 V, which makes it ideal for a variety of DC motors. 12 V motor controller with a wide range of motors and projects.
- Efficient PWM technology: Pulse-width modulation (PWM) ensures efficient motor control with minimal energy loss and maximum performance. The stepless controller allows for even speed adjustment.