I have a Lighting Ever Inc. DYE Series LED Strip, No indication of voltage, can I hook this to 12 volts sys. Where can I get an adapter,
1300803
This is used in a 110-110 Voltage System.. I would not hook it up to a 12 voltage since it was manufacture for a 100-110 voltage system. You can purchase an adopter from Amazon.com. Amazon has everything that anyone could ever need/ want.
1300804
This lamp works like old 120 volt Incandescent Bulb but only uses 6 watt instead of 50. If you look on the LED side, it say 6W and 110V. I don't think it works on 12 sys.
1300805
They do make 12v led systems if that is what you need. Look up MR16 base lamps. They are the kind used in track lighting and in display spot lighting.
1300806
I'm not sure, but a good starting point would be the manufacture. Here is the link: http://www.lightingever.com/?gclid=CMCZoqSWybcCFchDMgod_nYAOwJames
2192
If I'm not mistaken, according to the website you need a 12-volt power supply for up to four strips. http://www.hitlights.com/ls3528-rd-gn-bl-144.html
2023816
I have connected one 12 volt 3 meter strip to a 30 amp 12 volt power supply and tested the amp draw to come up with these values. LED Power draw information - - 3 meter set - - 1 - Green only = 1.4 amps @ 12 volts 2 - Red only = 1.39 amps @ 12 volts 3 - Blue only = 1.19 amps @ 12 volts 1+2 - light green = 2.5 amps @ 12 volts 1+3 - light blue = 2.27 amps @ 12 volts 2+3 - purple = 2.28 amps @ 12 volts 1+2+3 - white = 3.18 amps @ 12 volts 3.281 feet in one meter Hope this helps.
87338
Hi. For one led strip will need a 12v DC 2AMP power supply. If you need to add another one and use only one power supply for both strips, you will need a strip connector to connect both strips and a 12v DC 4AMP (at least) power supply.
1413249
No adapter used just 12v source on boat......but after them being installed for 2 years and not used more than a few times most of the leds wont lite.... JUNK!
1800411
You would need to purchase a 10mm 4pin Plug Female Connector Adapter Extension Cable for 5050 RGB LED Strip Lights: http://www.amazon.com/gp/product/B00D7XU5JI/ref=oh_details_o09_s00_i00?ie=UTF8&psc=1 You would also need a 4 Pin Connector Male for Led Strip Lights RGB 5050: http://www.amazon.com/gp/product/B008LR35VK/ref=oh_details_o00_s00_i01?ie=UTF8&psc=1
924950
You should definitely check the recommendation of the manufacturer of the LEDs. Most recommend parralel not series connection due to voltage and current limitations of the strips.
435791
It seems that you have to modify your power connection to your display strip. you could remove the power supply output connector and replace it with a screw terminal strip, connecting the plus and minus output to screw terminals will allow you to connect the led strip to the screw terminal with ease. Otherwise, you could ad a power receptical adapter to your led strip to connect your power supply directly. Before you go any further you should verify the power requirements for the led strip, if each of the led elements in the strip have a current draw of more than 8 miliamps you may need a higher wattage power supply. It seems that you have to modify your power connection to your display strip. you could remove the power supply output connector and replace it with a screw terminal strip, connecting the plus and minus output to screw terminals will allow you to connect the led strip to the screw terminal with ease. Otherwise, you could ad a power receptical adapter to your led strip to connect your power supply directly. Before you go any further you should verify the power requirements for the led strip, if each of the led elements in the strip have a current draw of more than 8 miliamps you may need a... » Read More It seems that you have to modify your power connection to your display strip. you could remove the power supply output connector and replace it with a screw terminal strip, connecting the plus and minus output to screw terminals will allow you to connect the led strip to the screw terminal with ease. Otherwise, you could ad a power receptical adapter to your led strip to connect your power supply directly. Before you go any further you should verify the power requirements for the led strip, if each of the led elements in the strip have a current draw of more than 8 miliamps you may need a higher wattage power supply. « Show Less
1814975
Get a light made for 12v, there are several around. To hack this light to work on 12v, remember LED chips don't run at a voltage, they run at a specific current at roughly a particular voltage. This light would want specifically 1.2A at about 24 volts. The 10 watt lights work the same way, but at 0.8 amp curret at around 12v. If you drove them at a constant voltage, current would be out of control and they would either underperform or overheat.
411438
I'm not an electrician, but I did ask if this can be used for LED strips, if this is a regular transformer for low voltage lighting you should be fine. The 12 gauge wire will go a further distance that 14 or 16 gauge.
739955
Hi ! Before you buy it check the " actual transformer for LED ". Check the voltage and the POWER required . Normally LED strings/strips are working at 12VDC . as I do not know your "LED arrangement" I cannot say if this transformer can be used for your application !
1590336
SUPERNIGHT(TM) 100V - 240V To DC 12V 5A Switching Power Supply Adapter For LED strip LightThis is what I used works great
1228879
I have answered this to another potential buyer, here are my findings: I will speak from my experience. NOTE: THIS IS NOT A MANUFACTURER SUPPORTED OR RECOMMENDED MODE OF OPERATION!! MAKE SURE YOU KNOW WHAT YOU ARE DOING!!! I had the same problem: existing 12VDC with inline wireless dimmer. I checked the construction of the lamps, they are built simply as 4 1W LED's in series, without a current limiter or constant current source. I measured the voltage of the white adapter (~12V) and the current (~250ma). These measurement are consistent with an earlier measurement made on this type of LED (3,3-3,5V forward voltage). Considering the above observations, I used 3 of these LED lamps without the white converter, in parallel, fed by my existing 12V 5A power supply: current consumption ~0.5A yielding a total power of 6W for 3 lamps. It was clear to me that this will work well in my setup, more so when after adding my 12-24 wireless LED controller in series with the lamps (my wife prefers to dim the LEDs to 40%). Bottom line: works perfectly without the white converter, using my 12VDC power supply and the inexpensive wireless LED dimmers available on line. Also: the light hue is a perfect match to the incandescent bulbs they replace, without the greenish tint of some earlier white LEDs. Will update in a few months.
1486194
I run two 5050 17.4 feet HD RGB strips. Thats 600 LEDs that has been running for over two years with a 12v/10A power supply. I have never had a single issue with it. The power supply can be found here > http://www.amazon.com/gp/product/B007C055BK/ref=oh_aui_detailpage_o00_s00?ie=UTF8&psc;=1
2190399
You need any regulated 12V power supply capable of providing 72W (6A at 12V).The output must be regulated because higher voltages will make the LEDs run extremely hot.It has to have the correct power rating (72W per roll) if not the power supply might fail, can overheat.
1109782
The included power supply provides 5 amps at 12 volts, each strip uses about 2.6 amps at full brightness, so connecting 3 strips will work, but they will become dimmer at the ends when you make them fully bright. To connect 3 strips to 1 single power supply you must buy one that can provide at least 7.8 amps at 12 volts, or your led strips will not be as bright as they could be. This power supply will power 3 LED strips: http://www.amazon.com/Power-Adapter-Prong-Output-3224-12V/dp/B0057KIHAI/ This adapter will let you connect the controller in the middle instead of at one single end: http://www.amazon.com/Ledwholesalers-Splitter-LED-Changing-Strips/dp/B0077IPRAG/ Hope that helps! :)
2196
I am not sure wgich strip you are asking about. I bought the 300 led's and 600 led's. They are 24 watt and 46 watt. You need to use at least 2 amp for the 24 watt and 3.5 for the 46 watt. The formula to use if I remember it correctly is : Watts=volt X ampSo, at 24 watt, you divide 24 watt by 12 volts and you get 2 ampsHope this helps