Arlight LED equipment is successfully used to organize landscape lighting. The illumination of the barrier in the park is made using a bright LED strip RT6-3528-180 24V WARM2700. Excellent brightness is provided by high-quality SMD3528 LEDs and high density of their placement on the board - 180 SMDs/m.
The high power of the tape (14.4 W/m) contributes to the heating of the board, so for its installation requires an aluminum profile. A linear decorative profile was chosen for the project, created specifically for contour illumination and lighting of architectural objects. The flange of the profile is fixed with mortar and covered with a final finish such as tiles as on the realized project.
The profile is placed in such a way that the light flux from the beam tape is directed downwards, illuminating the berm and the sidewalk itself. A tape with a color temperature of 2 700 K was chosen for the illumination. Warm shade of glow emphasizes the natural color of the stone, effectively shows the texture of the surface, creates a really cozy atmosphere that promotes relaxation.
In addition to the decorative function, lighting of the parapet in the dark provides safety of movement, and also zoned space, separating the passable sidewalk from the unlit green massif.
ARPV series units in a sealed metal case with IP67 dust and moisture protection index are used to power the tape. Power supply units of this series have a high operating temperature range from -40 to +70 degrees Celsius and can be operated outdoors under a canopy. ARPV units are equipped with power factor corrector, short circuit, lightning, overheating protection, high stability and reliable operation, which makes them an ideal choice for landscape lighting projects.
The ARPV range also includes dimmable sealed models that can be used to control the brightness of backlighting. Dimming can be done using 0-10V, TRIAC, DALI or TUYA standards. The ability to control backlighting will help to diversify lighting scenarios, as well as reduce energy costs.
The project was implemented using Arlight LED equipment.
