outdoor wall luminaire QUASAR 20 DOUBLE TECH static IP65, white, lacquered

Elegant Design and High-Quality Materials

The LED wall light QUASAR 20 DOUBLE TECH impresses with its modern, angular design in white with a lacquered surface. Made from robust aluminum and opal glass, it combines aesthetics and durability at the highest level. With compact dimensions of 10 x 20 x 10 cm, the light fits harmoniously into a variety of room concepts and sets stylish accents.

Efficient Lighting with Warm White Light

This wall light features a powerful 23-watt LED that produces a pleasant warm white light with a color temperature of 3000 Kelvin. With a luminous flux of 1211 lumens, it creates a bright yet cozy atmosphere. The combination of direct and indirect light distribution enables balanced illumination that is both functional and decorative.

Innovative Technology for Long-Lasting Use

The QUASAR 20 DOUBLE TECH is equipped with a current-controlled LED driver that ensures efficient and stable power supply. The average lamp life of 55,000 hours guarantees long usage without frequent replacements. Thanks to photobiological safety according to EN 62471 in risk group RG0, the light is harmless to health.

Flexible Light Distribution and High Protection Standard

With an asymmetrical, medium-beam radiation angle of 20-40 degrees, the light offers targeted light control that ideally adapts to individual needs. The IP65 protection rating ensures high resistance to dust and moisture, while the IK07 shock resistance protects the light from mechanical impacts. This way, the lighting remains reliable even under demanding conditions.

Easy Installation and Comprehensive Accessories

The LED wall light is delivered including a suitable driver, which simplifies installation. The operating voltage of 220 to 240 volts makes it compatible with common power grids. Please note that the LED is not replaceable, which keeps the light particularly low-maintenance. The high color consistency (SDCM3) ensures a uniform light pattern without color deviations.