Klaus Nolting
The slim-line front view of the gap Y is generated by the flat angles. The light output surface is tilted slightly towards the house wall for perfect illumination of the facade.
Klaus Nolting
The slim-line front view of the gap Y is generated by the flat angles. The light output surface is tilted slightly towards the house wall for perfect illumination of the facade.
Klaus Nolting
The slim-line front view of the gap Y is generated by the flat angles. The light output surface is tilted slightly towards the house wall for perfect illumination of the facade.
Klaus Nolting
The slim-line front view of the gap Y is generated by the flat angles. The light output surface is tilted slightly towards the house wall for perfect illumination of the facade.
Klaus Nolting
The slim-line front view of the gap Y is generated by the flat angles. The light output surface is tilted slightly towards the house wall for perfect illumination of the facade.
The finely framed glass light output surface is tilted slightly towards the house wall. The gap – hence the name – separates the two opposed tilted surfaces. The finely coordinated radii create an attractive flow of lines within the housing. Fitted with state-of-the-art high-voltage LED technology and a system performance of 12 watts/210 lumen.
Search our partnersThe finely framed glass light output surface is tilted slightly towards the house wall. The gap – hence the name – separates the two opposed tilted surfaces. The finely coordinated radii create an attractive flow of lines within the housing. Fitted with state-of-the-art high-voltage LED technology and a system performance of 12 watts/210 lumen.
Search our partnersThe finely framed glass light output surface is tilted slightly towards the house wall. The gap – hence the name – separates the two opposed tilted surfaces. The finely coordinated radii create an attractive flow of lines within the housing. Fitted with state-of-the-art high-voltage LED technology and a system performance of 12 watts/210 lumen.
Search our partnersThe finely framed glass light output surface is tilted slightly towards the house wall. The gap – hence the name – separates the two opposed tilted surfaces. The finely coordinated radii create an attractive flow of lines within the housing. Fitted with state-of-the-art high-voltage LED technology and a system performance of 12 watts/210 lumen.
Search our partnersThe finely framed glass light output surface is tilted slightly towards the house wall. The gap – hence the name – separates the two opposed tilted surfaces. The finely coordinated radii create an attractive flow of lines within the housing. Fitted with state-of-the-art high-voltage LED technology and a system performance of 12 watts/210 lumen.
Search our partners
| light technology | installation | material | protection class | EEC |
|---|---|---|---|---|
|
IvyLight-technology 230V Power LED 3000K warm white L70/50.000 h dimmable |
2 x cable entry point; connection terminal 3 x 2,5 mm² |
aluminium die-casting powder coated opal glass matt |
IP65 |
A |
| dimensions in mm | item no. | colour | system performance | light direction | price excl. tax |
|---|---|---|---|---|---|
| 91100-Y-AN | anthracite RAL 7016 | 12 W/660 lm | |||
| 91100-Y-BL | deep black RAL 9005 | 12 W/660 lm | |||
| 91100-Y-SG | space grey | 12 W/660 lm | |||
| 91100-Y-WH | pure white RAL 9016 | 12 W/660 lm | |||
| 91100-Y-CB | cool brown | 12 W/660 lm |