Flexible LED strip with double sided tape for a fast installation even on curved surfaces. Thanks to the coating that covers the LEDs, the COB strip allows to create a dot free light with a wide beam angle.
LED strip with alternating LEDs of different color temperatures (2700K and 6500K), selectable by reversing the polarity of the cables. Connecting the cables to the power supply in standard mode (black - and red +), the LED strip will have a color temperature of 6500K. Reversing the cables (black + and red -) will result in a color temperature of 2700K. The choice of color temperature is achieved without the use of any controller.
The led strip F52-CCT-480OR1-W6-S1 is flexible and features a double-sided tape on its back side for quick installation even on curved surfaces.
- COB LED
- Lumens warm white 2700K: 425 lm/m
- Lumens cool white 6500K: 510 lm/m
- Efficiency warm white 2700K: 65 lm/W
- Efficiency cool white 6500K: 80 lm/W
- Strip LED colour temperature: 2700-6500K
- Power consumption 7 W/m (70W), 12V (+0%, -15%)
- Dimmable LED strip with 2400 led (240+240 led/m)
- Led strip cuttable every 6 chips (every 1,25cm). Length 5 m, width 6,6 mm, height 2 mm
- PCB colour: White
- Double sided adhesive tape type: 3M 9495LE
- 10 cm power input cables on both sides of the strip
- Working temperature: -10°C ~ +45°C
- IEC/TR 62778:2014 photobiological risk certificate: risk Group 1 when used as light source.
3000K LED STRIP ZOOM 6500K LED STRIP ZOOM
Led strip power consumption depends on how it is powered. For example, if we connect a 5 meter strip powered only on one side, its power consumption decreases by about 15%. The quantity of light generated by strips may slightly vary depending on the power supply tension, how they are powered and the temperature.
The image is just an example and has the aim to show cables of LED strips ORCCT-F52-480OR1-W6-S1.
Note: Images are for illustrative purposes only. Product specifications, packaging, or aesthetic features may change without prior notice due to batch updates or supply variations.
