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Wireless Dimmable & Adjustable Speed Module 3.6V 6V 12V 24V DC Motor Speed Controller 5A Remote Control Light Switch Dimmer Motor Driver Switch for Led Lights DC Motor(with Wires)

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$9.99

$ 4 .99 $4.99

In Stock

1.Style:With Wires


About this item

  • PWM dimming and speed control module, which can adjust the brightness of the lamp and the speed of the motor.
  • Wide power supply range. 3.6-24V.
  • Channel output 3A, peak 5A.
  • The drive module can be easily controlled by the matching 433MHz wireless remote control within 10-100 meters.
  • ▲→increase the light brightness/increase the motor speed, ▼→decrease the light brightness/lower the motor speed. ■→Turn on/off the light or motor.



Product Description

pwm

Product overview

The module is a 1-Channel output adjustable PWM function module, which can be easily paired with the remote control of 1527 protocol 8421 code. The remote control code value 1000 is to turn up, 0100 is to turn on/off, 0010 is to turn down, 0001 cycle to turn up and turn down, that corresponds to the remote control key value of 8421 respectively.

Learning button press 8 times can set the caller on, then press 8 times can turn off the caller on function, the initial is the default off output.

The learning button can be pressed 9 times to clear all the learned remote controls.

This program is suitable for DC motor speed control, and LED light dimming application.

Operating voltage: DC 3.6-24V

Rated working current: 3A

Maximum working current: 5A


Marc Probasco
Reviewed in the United States on January 4, 2025
Put them in my motorhome as I could not reach the lights over the bed. The added benefit is you can dim them down so they are not as harsh.
mjmeans
Reviewed in the United States on August 1, 2024
The media could not be loaded.
Ty’a Lashae Braxton
Reviewed in the United States on February 20, 2024
Work as expected for a few hours and then just no communication with dc motor at all still powers up and pairs and resets it idk
Miklos P. Kadar
Reviewed in the United States on February 17, 2024
The first attempt to get this did not have the remote printed circuit board enclosed. The replacement had it, however I had no more luck with it either. The blue LED came on when the programming switch was pushed on, but did not blink twice as the attached instructions stated. Therefore I could not pair it with the remote control key. Soldering wires onto the circuit board is a little tricky, but I had no issue with it after figured out the method. I checked the output with an oscilloscope. It basically showed the input supply level at no load. Yes, it requires a good soldering iron and stable hands.
Darren
Reviewed in the United States on November 2, 2024
This item works amazingly, the remote pairs instantly and so far it has just worked. Using it on a dc motor, the speed adjustment is reasonable and not to much.
Tim
Reviewed in the United States on January 22, 2024
Didn't work smoked as soon as power was add to it and just a waste of time
Todd
Reviewed in the United States on August 14, 2023
As the other review said, this is indeed very small, so be aware of that. Soldering on it is pretty hard with my aging eyes.I had to figure out how to pair the remote with the chip once it was plugged in. I believe I had to hold down the tiny button on the chip until the blue light was blinking, and then hit some buttons on the remote (it came with a battery, which is nice) until I finally noticed that the motor was moving. They sort of do this in one of the videos but it's not explained anywhere. Some good news: it stays paired even if the power is removed, so you should not have to keep re-pairing it.Range on the remote appears to be at least 20 feet in clear air.
mbon
Reviewed in the United States on March 30, 2023
If you can remove surface mount resistors from PCB and successfully reuse themthis will be a breeze. It took me over 90 minutes to solder in a 4-pin header, which is not included and necessary then solder 4 wires. Much of the time was trying to clean up solder and wire between the header pins and shorting. Once all that was done, I was a bit surprised the board actually worked, although I had painstaking removed and and tested for shorts between pins. So much time soldering, I was concerned iI had heat damaged the board. Once I got that out of the way it worked well, but withholding 1* for difficult installation.