Linear LED luminaires for highlighting building facades.
Вы здесь
Back to toptrifLANE FACADE SLIM
TECHNICAL SPECIFICATIONS
Color temperature: | 3000K/4000K/RGB/R/G/B |
---|---|
Power: | 3000K/4000K/R/G/B до 25 W/m; RGB - до 75 W/m |
Power supply: | DC 24 V |
Luminous flux: | 2600 lm |
LED luminous efficacy: | up to 104 lm/W |
CRI: | >85 |
Protection class: | IP69K |
Operating temperature: | From -60°C to +50°C |
Installation type: | Attachable |
Lights length: | 324 mm - 1224 mm |
Material: | Stainless steel and Plexiglas® |
Customization: | Various sizes and fitting types |
Lifetime: | Up to 50000 hours |
*It depeeds on the lenght of the lamp |
LANE FACADE BASE is a series of linear luminaires. Suitable for illuminating an entire facade of a building or highlighting its particular elements: arches, vaults, cornices, etc.
IP69K-Compliant Facade Luminaires
Almost all facade luminaires available on the market have the protection standard IP65 or even lower. However, this degree is not sufficient to ensure flawless year-round operation in the climate conditions of northern countries, which are distinguished by severe frosts and abundant rainfalls. The luminaire may become iced-up, then the ice thaws during the day and returns at night. Such fluctuations adversely affect the integrity of the luminaire body. Consequently, if the lighting fixture has only the IP65 (or lower) protection class, it will inevitably fail soon enough.
The TRIF facade luminaires have undergone the Russian and European certification procedures to ensure their compliance with the IP69K standard. This class of protection guarantees the luminaire remains 100% functional when fully submerged in water. In addition, we guarantee that our luminaires operate flawlessly under the ice pressure, during sharp temperature fluctuations, and while being subject to the corrosive impact of chemical agents.
Custom Linear Luminaires For Your Project
We can manufacture customized luminaires tailored to the client's technical requirements. In addition to the customizable dimensions and brightness parameters, we can design the optimal solution for mounting the luminaries onto the facade of a specific building.