The FLUID TRIMLESS RD LED downlight is a specialized lighting fixture designed for recessed installation directly into the ceiling using a special frame (rail). The housing is made of powder-coated aluminum, providing durability and excellent heat dissipation. The frameless (trimless) design allows for complete integration of the lighting fixture into the ceiling surface, creating an elegant, minimalist appearance where only the light-emitting part remains visible
The FLUID TRIMLESS RD LED downlight is ideal for contemporary interiors where clean, minimalist design is valued. With its impressive efficiency of 90 lm/W and low glare coefficient (UGR<14), this downlight is suitable for diverse spaces - from luxury residences and boutique shops to offices and hotels. The frameless design allows for discreet integration into the architecture of the room, creating the impression that light emerges directly from the ceiling. This type of installation is particularly suitable for spaces where lighting needs to be functional without visually imposing itself. The downlight can be used for both general and accent lighting depending on the specific needs of the interior
CODE | PRODUCT | POWER | LUMINOUS FLUX | COLOR TEMPERATURE | COLOR RENDERING INDEX | BEAM ANGLE | COLOR | IP | SIZE |
---|---|---|---|---|---|---|---|---|---|
1019-7 | Fluid Trimless RD 7 | 7W | 630lm | 3000K / 4000K | Ra>80 | 36° | Black / White | IP20 | Ø82 / H100 mm |
1019-7T | Fluid Trimless RD 7 Triac | 7W | 630lm | 3000K / 4000K | Ra>80 | 36° | Black / White | IP20 | Ø82 / H100 mm |
1019-7D | Fluid Trimless RD 7 Dali | 7W | 630lm | 3000K / 4000K | Ra>80 | 36° | Black / White | IP20 | Ø82 / H100 mm |
1019-12 | Fluid Trimless RD 12 | 12W | 1080lm | 3000K / 4000K | Ra>80 | 36° | Black / White | IP20 | Ø82 / H115 mm |
1019-12T | Fluid Trimless RD 12 Triac | 12W | 1080lm | 3000K / 4000K | Ra>80 | 36° | Black / White | IP20 | Ø82 / H115 mm |
1019-12D | Fluid Trimless RD 12 Dali | 12W | 1080lm | 3000K / 4000K | Ra>80 | 36° | Black / White | IP20 | Ø82 / H115 mm |