Warm White LED strip, 2700K, 24V, IP67 (Waterproof)
10m roll–14mm width (5mm height)
12mm 3oz double layer copper pcb
High CRI - Ra>80
3 year warranty
24 Item Items
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|LED Chip||Quad colour SMD 5050|
|CIE Colour Space||3 SDCM|
|Number of LEDs per meter||60|
|Colour Temperature (CCT)||RGB+2700K|
|Colour rendering (CRI in ra)||80|
|Width of strip||14mm|
|Width of PCB||12mm|
|FCP copper content||3 ounce double layer|
|Cutting length||Every 6 LEDs (100mm)|
|LED Strip Packing||10-meter roll|
IP67 10 meters roll RGBW LED Strip (RGB+WW-2700K) 24V-14.4W/m-CRI80-12mm (14mm with coating)/3oz PCB
Our 12mm (FCP width) LED strips are powered by 3oz high copper flexible PCB, which makes it possible to maintain a cooler operating temperature despite very high brightness. This also ensures less voltage drop, which is useful for installations which require longer runs; up to 10m can be powered from one end only, without causing a noticeable reduction in brightness. Overall, 12mm results in a longer lifespan of the LED strip, with a consistently strong performance throughout.
14.4W/m – 24V DC – 10m roll – 60 LEDs/m – IP67 (waterproof) – 5-wire cable (15cm on each side of the strip roll).
This new design of RGBW LED strip integrates all 3 primary colours (Red/Green/Blue) + Warm White in a single RGBW LED chip. Due to this innovative design (quad 4 in 1 chip), the strip is brighter than conventional RGB + W strips, which have one chip for RGB and another one for white.
The RGBW LED strips are powered by high quality quad SMD5050 LED chips. The brightness of each chip is 20 lumens.
The power consumption is 14.4W per meter, which means an average of 3.6W per colour per meter.
Excellent colour rendering quality (CRI) – all LED chips reach a value of Ra >80.
The strip can be cut every 6 LEDs (10cm). The width of RGBW LED tape is 14mm (12mm PCB).
Fitted with an easy to install original 3M adhesive tape with excellent adhesion.
Please do NOT connect more than 10 meters of a LED strip in series. A LED strip of more than 10 meters in length is overloaded due to the increased amount of current passing through, resulting in the damage of the PCB and the failure of the LED strip.
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