outdoor wall luminaire CLASCO 1.0 IP65, black matt dimmable

Modern Design and High-Quality Craftsmanship

The LED outdoor wall light CLASCO 1.0 from Wever & Ducré impresses with its elegant, matte black design, which blends harmoniously into various environments. With compact dimensions of 8 x 9 x 8.5 cm and a weight of only 0.42 kg, this light is particularly space-saving and easy to install. The high-quality craftsmanship guarantees durability and a sophisticated look that remains timeless.

Efficient Lighting with Warm White Light

The light has a power consumption of 12 watts and produces a luminous flux of 520 lumens. The color temperature of 3000 Kelvin provides a pleasant, warm white light that creates a cozy atmosphere. The beam angle of 105° allows for a wide and even illumination of the area. Thus, the CLASCO 1.0 is ideal for setting targeted light accents while ensuring sufficient brightness.

High Quality and Technical Safety

With a color rendering index of 90 Ra, the light offers excellent color reproduction, making colors appear especially natural and vivid. Protection class 1 and the IP65 rating guarantee high safety and protection against dust and water jets. The replaceable operating device also enables easy maintenance by qualified personnel, which extends the lifespan of the light.

Flexibility through Dimmability

The CLASCO 1.0 is dimmable via phase-cut dimmers, allowing individual adjustment of light intensity. This way, the lighting can be regulated according to needs and mood, from bright light to a gentle, dimmed ambiance. This flexibility makes the light particularly versatile and user-friendly.

Precise Lighting Technology for Optimal Performance

The light operates with a MacAdam Ellipse (SDCM) of 2, which ensures very low color deviation. This means the light appears constant and uniform without disturbing color differences. Additionally, the light is extremely wide-beaming, so the light cone is distributed broadly and effectively. The operating voltage is 220-240 volts, allowing easy integration into common power grids.