RGBZONE Single Channel LED Dimmer, DC 5V/12V/24V 30A PWM Dimming Controller, LED Dual Color Temperature Dimmer, Off/(On) Switch Adjust Brightness for CCT Single Color 5050 3528 Light Strips

Works with no glichs. Good little dimmer for led deck lights. You won’t be disappointed

This is 24 V. Make sure you’re buying what you need.I installed under cabinet strip LED lighting off of my 24 V solar installation.Using a 16 gauge wire I am able to illuminate 18 to 20 feet throughout my kitchen. (yeah I feel weird showing you my whole kitchen but it’s worth it).At this time I’m only using one side. It can control TWO 24V feeds independently and I do plan to carry this through into dining room lighting.I run 34 watts for this string of lights. I’m pretty sure I can run a few more 24 V light bulbs and stay under 60 W using both sides of this in the future.***note*** I have loved this lighting since I put it in but I noticed because it was on my solar that my LifePo4 batteries can spike all the way over 30 V at spike charges and down to 25.6 at cutoff. This causes flicker when the batteries spike to 30 at full charge and then oscillate at their preferred 27 V.I found a voltage regulator. And that has worked pretty well. I don’t know if I can post links or if I should on Amazon but you can certainly search Amazon for a “24V DC regulator”. The unit I got provides a stable 24.4V. It improved and fixed all of the flickering with all of the lights that I’ve installed in the home.Quality. I would definitely buy this. This post was unpaid for, I am an enthusiast, I like to provide insightful reviews that hopefully help and inspire folks.

I replaced 22 feet of 5050 SMD LED strips with Lampsero COB LED Strip Lights and replaced my existing 12 volt driver with a single RGBZONE LED Light Strip Dimmer, and the RGBZONE dimmer works great with this configuration. Super-easy hookup to the dimmer, and the dimmer has minimal temperature rise while in use. Great product.

I purchased this for use in an outdoor 12v landscape lighting circuit. It is installed in a watertight project box. My LED landscape lights were too bright for my preference at full power so I needed a PWM dimmer to make them less bright. After installation the knob has been adjusted 1-2 times for proper brightness but I haven't touched the whole thing since.It has worked fine, but I feel lucky that I haven't needed to explore the extreme lower reaches of the dimming range. From full brightness, turning the knob counterclockwise leads to stepless dimming of the lights to a point which I believe is about 30-35%--at which point they just turn off. For my purposes It seems I leave it at about the 50% setting but If I needed something less bright I might be in trouble.I have experimented with adjusting the PWM rate switch and this seems to have no effect on the appearance OR dimming of the lights and I get the 30% brightness limitation regardless of this setting. I wanted this feature since I have previously been annoyed by LED lights (mainly car headlights) that seem to flicker, and I wanted to have the option to adjust for this. Doesn't seem to be an issue for this kind of application though.For reference, my landscape lighting consists of only 8 small area lights for a total of less than 2 amps, though the transformer is rated up to 75 watt (6 amp) at 12v.The device has an internal red lamp that is visible through holes in the housing (you might not see these in daylight but very apparent at night). I guess this tells you it's getting power.So far (1 week) has been reliable for me

This module provides the proper way to dim your LED's, that is by using a PWM - Pulse Width Modulated process. This method does not vary the voltage output that remains at 5 volts, but, it does vary the "ON" time duty cycle of the 5 volts applied. On a "low" brightness, the "ON" time may be only 10% of a full power cycle, while a "high" brightness will provide 5 volts for around 90% of the power cycle, making the LED's "APPEAR" brighter.... The default setting as shipped - 800 Hz - serves me well.... Using a good quality PWM dimmer will let you adjust the brightness while also greatly extending the operational life of your connected LED's....

Not sure if it was just the lights I was using or the item. I haven’t tried another set yet. Either way the lights I was trying to dim did not dim at all. It had no effect on them.

I built a portable battery setup that I can plug a green LED light for hunting and some 12V car battery ports as well for ice fishing or other accessories. I needed the dimmer for the hunting aspect because I need power tunned down and not to give a hard light out as it could be spotted and mess a hunt up. But wired it on a cord running back to my two 12amp batteries and was able to dim the light down to a very reasonable level. Because it's LED I knew it wouldn't be candle light dim but I was surprised how far it could take my light power down.

The media could not be loaded. Having been through 3 sets lightbulbs before giving up on my ceiling fixture, 2 sets of tube lights, and then learning the basics about LEDs, PWM, electricity and how it all works, I arrived here. I wanted some good, bright, flicker free task lighting. So, I got a good strand of tape lights (Joylit 24v), a quality driver (NIYIPXL 200w) and a PWM Dimmer capable of frequencies above 3KHz. I probably didn't need that expensive of a driver, but the quality components in this one were reassuring.Wiring it all up couldn't have been easier, soldering couldn't have been harder (I'm terrible) but it all came together. The clip attached is my iPhone recording at 240, this setup caught very visible flicker from Sylvania bulbs, mid range Philips bulbs, Barrina tube lighting etc. At low brightness, the slow motion video did capture some visual artifacts (low contrast vertical bars), but this is obviously way faster than even normal operation of my prior lighting as there was no flickering visible on video.Overall I'd definitely recommend this for the price, at least at 8KHz with 16ft of 439lm/ft strip lights.