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Description: Gone are the days that you have to worry about silicone water proofing splitting and breaking on you! These are sealed non-addressable 5 meter long RGB LED strips that come packed with 60 5060 LEDs per meter. Each of these strips are enclosed by a flexible silicon jacket with an IP65 waterproof rating to protect your precious 5060 LEDs. You will be able to control the whole LED RGB Strip together giving you cool lighting effects for your car, fish tank, or perhaps under cabinet lighting in your kitchen!

Note: These come in 5M segments on a reel. They are preterminated with wires, as shown in the pictures.

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Comments 4 comments

  • Since Sparkfun has provided very little information about this light strip, I did some investigating of my own. I believe the circuit is identical to this one shown on Adafruit except that it has a 150-ohm resistor instead of a 130-ohm one for the blue and green LEDs: http://learn.adafruit.com/rgb-led-strips/schematic

    On paper, giving the strip 12V and grounding the other three pins should result in a current of 20mA through each red LED and 18mA through each blue and green LED, totaling 56mA per group of 3 RGB LEDs. Since there are 20 groups of 3 RGB LEDs per meter, the current should be 1.12A per meter and 5.6A per 5-meter strip.

    I tested a small strip to see if my numbers were close. I put 12V on a strip that was 6 groups long, and it drew 300mA, which comes out to 50mA per group (11% less than expected).

    Summary:

    expected current @12V = 56 mA/group, 1.12 A/m, 5.6 A/strip

    measured current @12V = 50 mA/group, 1.00 A/m, 5.0 A/strip

  • I bought 2 of these in 5m length. I tested them with a large lead acid battery producing 12.65V. I found the following

    When individually connected the draw was the following Red: 1.6 Amps Green: 1.4 Amps Blue: 1.34 Amps

    When all were connected White: 3.4 Amps. (Voltage on battery dropped to 12.4V when lit.

    Not sure why there is a discrepancy, this is empirical data.

    Hope this helps

  • What would be a good power supply to use with these? I assume that the requirements for current will be significant, and not just any power supply will make the cut.

    • I’m powering similar strips using old VGA monitor power supplies (12V, 8A),with some extra power lines to points at the middle and end of the strip to deal with the losses along the length of the strip.

      Note that this only applies to these ‘dumb’ LED strips. The addressable ones tend to require slightly more beefy power supplies while running off of 5V - a computer PSU might be a good match there.


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