BL ONE Select XL 3000 >90 BL Shine LED-Strip / BL Select / BL ONE Select XL
BL ONE Select XL LED strip 3000lm/m 24VDC 24.9W/m IP20 940 5m available
Top Features
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24Lamp voltage
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5500Max. length
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>90Colour rendering index CRI
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3000Luminous flux per meter
- up to 3000
- Module width of 12 for thermal conduction and long line lengths
- High design freedom, current capacity and longer module lengths are achievable
LED strip ONE Select XL 3000 lm/m 24VDC, 24.9 W/m, 120 lm/W, IP20, CRI>90, 4000K, WHITE, module width 12 mm, connection cable 500 mm on both sides, 5 metres
LED module BL ONE Select XL 3000 >90
Article 101802
Linear LED light strip on a flexible circuit board. Installation using self-adhesive heat-conducting adhesive tape. Dimmable using BILTON LEDON Technology LED dimmer. Suitable for ambient temperatures from -20 ... +45 at a service life of 60000 .
The BL ONE Select XL 3000 >90 LED-strip has a luminous flux of 3000 at 24.9 , resulting in an efficiency of 120 . At a nominal voltage of 24 DC on the connection, a maximum module length of 5500 can be achieved. In terms of lighting, the module has a colour temperature of 4000 and a beam angle of 120 . All this with a colour rendering index of >90 and a Binning selection based on SDCM3 (MacAdams). The light strip can be separated every 50 , resulting in a LED distance of 7.14 . Degree of protection IP20
Dimension (L x W x H): 5000 x 12 x 1.5
| Packaging information | |
|---|---|
| State of origin | AT |
| Customs tariff number | 94054099 |
| Net weight | 0.075 g |
| Gross weight | 0.075 g |
| Gross width | 200 mm |
| Gross height | 22 mm |
| Gross length | 200 mm |
| Net width | 12 mm |
| Net height | 1.5 mm |
| Net length | 5000 mm |
* Specifications of the electrical and photometric parameters: All values are valid in the thermally steady state at 25 ° C ambient temperature under the standardized measuring environment of BILTON. Nominal lumen values differ for different light colors, these values can be found in the respective data sheets. All values can have tolerances of +/- 15 %.