IQ LINEAR DARLO
DETAILED PARAMETERS DARLO 1
Light Distribution Parameters
- Code: DARLO 1
- Beam Type: Asymmetric
- Beam Width: 21°
- Peak Angle: 26°
- Peak Intensity: 0,7 cd/lm
- Specific Efficiency: 91%
* Parameter values are shown for standard configuration, which is LED – IQ LINEAR distance 10 mm, width 40 mm, LED below IQ Linear optical centre (decentering offset = 0 mm), white fixture. Nominal peak intensity is given with respect to flux of LEDs. Specific efficiency is given as a ratio: flux w. IQ LINEAR / flux w. clear PMMA.
Material and Dimensions
Material | PMMA rigid plate | PC film |
Thickness | 1,5 - 2 mm | 0,125 - 0,500 mm |
Length | up to 2000 mm | up to 1400 mm |
Width | 23 - 40 mm | 23 - 40 mm |
Nominal LED-to-optic distance | 10 mm | 10 mm |
* Customizable in length, width and thickness to meet your individual needs.
DETAILED PARAMETERS DARLO 2
Light Distribution Parameters
- Code: DARLO 2
- Beam Type: Asymmetric
- Beam Width: 49°
- Peak Angle: 21°
- Peak Intensity: 0.5 cd/lm
- Specific Efficiency: 93%
* Parameter values are shown for standard configuration, which is LED – IQ LINEAR distance 10 mm, width 40 mm, LED below IQ Linear optical centre (decentering offset = 0 mm), white fixture. Nominal peak intensity is given with respect to flux of LEDs. Specific efficiency is given as a ratio: flux w. IQ LINEAR / flux w. clear PMMA.
Material and Dimensions
Material | PMMA rigid plate | PC film |
Thickness | 1,5 - 2 mm | 0,125 - 0,500 mm |
Length | up to 2000 mm | up to 1400 mm |
Width | 23 - 40 mm | 23 - 40 mm |
Nominal LED-to-optic distance | 10 mm | 10 mm |
* Customizable in length, width and thickness to meet your individual needs.
APPLICATION SUGGESTIONS
Suitable for areas where it is necessary to illuminate walls, whiteboards, sport halls, paintings, stairs, etc. Also suitable for indirect lighting.
EXPLORE TECHNICAL DETAILS
Explore detailed specifications, light distribution data, application recommendations, and integration guidelines for the IQ Linear product range. Download the Technical Guide to discover how our nanostructured optics enable precise light control, high efficiency, and flexible luminaire design for wall-washing, grazing, and architectural lighting applications.