BILTON RGBW 2700K LED modules / Specials (TW, RGB, RGBW) / Indoor / BILTON RGBW

Article no.: 171140

BLCOL0700024DC07920RGB827C05 available


Top Features

  • IP20
    Degree of protection (IP)
  • 700
    Luminous flux per meter
  • 5000.0
    Max. length

BILTON Color 700 LED strip 24VDC 7,9W/m IP20 RGB + CRI>80 2700K 5m

LED module BILTON RGBW 2700K

Article 171140

Linear LED light strip on a flexible circuit board. Installation using self-adhesive heat-conducting adhesive tape. Dimmable using BILTON LED dimmer.

Suitable for ambient temperatures from at a service life of .

The BILTON RGBW 2700K LED-strip has a luminous flux of 700 lm at 7.9 W, resulting in an efficiency of . At a nominal voltage of 24 V DC on the connection, a maximum module length of 5000.0 mm can be achieved. In terms of lighting, the module has a colour temperature of RGB + 2700 K and a beam angle of 120°. All this with a colour rendering index of >80 and a Binning selection based on (MacAdams). The light strip can be separated every 100.0 mm, resulting in a LED distance of . Degree of protection IP20

Dimension (L x W x H): 5000.0 mm x 10.0 mm x 1.6 mm

  • 24 V
  • >80
  • IP20
  • RGB + 2700 K
  • picto-Trash
  • picto-Rohs
  • picto-Ce

Mechanical data
Net width 10.0 mm
Net height 1.6 mm
Net length 1000.0 mm
Degree of protection (IP) IP20
Colour Multi - coloured
Length of particular segments 100.0 mm
Electrical data
Lamp power per meter 7.9 W
Lamp voltage 24 V
Voltage type DC
Protection class III
Light technical data
Luminous flux per meter 700 lm
Beam angle 120°
Colour rendering index CRI >80
Colour temperature RGB + 2700 K
Max. length 5000.0 mm
Packaging information
EAN 4250716940930
Article no. 171140
Customs tariff number 94054099
Length 5000.0 mm
State of origin CN

* 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.