BL AIR TOP 450 EOL LED modules / BL AIR / BL AIR TOP EOL

Article no.: 102109


BL AIR Top LED ligth tube 450lm/m 24VDC 7.2W/m IP67 830 5m available

Datasheet

Top Features

  • 24
    Lamp voltage
  • 5010
    Max. length
  • >80
    Colour rendering index CRI
  • 450
    Luminous flux per meter
  • Homogeneously luminous light line without visible light points
  • IP67 -protection in highly flexible silicone jacket
  • New connection: the end caps close straight to the profile

AIR TOP LED ligth tube, LED strip in silicone sheath, 450 lm/m, wave-shaped bend to light emission surface, cable connection on one side, cable outlet at bottom, 24VDC 7.2W/m IP67 CRI>80 3000K WHITE 5m

LED module BL AIR TOP 450 EOL

Article 102109

The BL AIR TOP 450 EOL LED light tube has a luminous flux of 450 at a power of 7.2 , which results in an efficiency of 63 . With a nominal voltage of 24 DC at the connection, a maximum module length of 5010 can be achieved. In terms of lighting, the module has a color temperature of 3000 and a beam angle of 120 . All with a color rendering index of >80 and a binning selection according to SDCM3 (MacAdams). The light strip can be divided every 50 , resulting in an LED spacing of 7.14 . Protection class IP67 , Smallest possible bending radius 200 . At an ambient temperature of 85°C, a service life of 50,000 hours can still be guaranteed. Up to 95°C, the service life is 30,000 hours and at temperatures of 100°C it is still 16,000 hours (> L70B50). Dimensions (L x W x H): 5010 x 13.2 x 12

  • 24
  • >80
  • IP67
  • 3000

Packaging information
State of origin AT
Customs tariff number 94054039
Net weight 0.609 g
Gross weight 0.609 g
Gross width 330 mm
Gross height 27 mm
Gross length 330 mm
Net width 13.2 mm
Net height 12 mm
Net length 5010 mm

* Information about the electrical and lighting technology measurements: Performance data measured after 1 min. at 25 °C ambient temperature and a light colour of 4,000 K (or RGB). These values can have a tolerance value of -/+ 15%. Module length at 24 V input voltage at the module and luminous flux drop 10% over the specified length.