pendant luminaire LAUTARO 1200/60 DOWN PRISMA M4 IP20, black dimmable

Elegant Design and High-Quality Craftsmanship

The LED pendant light LAUTARO 1200/60 DOWN PRISMA M4 from Deko-Light impresses with its modern and stylish design. The black aluminum housing provides a noble appearance and high stability. With a diameter of 120 cm and a height of 6 cm, the pendant light harmoniously fits into various room concepts. The pendant length can be shortened up to 300 cm, making it flexible to adapt to different ceiling heights.

Excellent Light Quality

The light produces a pleasantly warm white light with a color temperature of 3000 Kelvin, creating a cozy atmosphere. The very high color rendering index of 90-100 Ra guarantees natural and vivid color reproduction, which is especially beneficial in living and working areas. With a luminous flux of 9910 lumens, the pendant light offers powerful and even illumination.

Energy-Efficient LED Technology

The LAUTARO pendant light operates with a power consumption of 78 watts and uses modern LED technology, known for its long lifespan and low energy consumption. This makes the light a sustainable choice while ensuring high brightness. The operating voltage ranges from 198 to 264 volts, allowing easy integration into different power networks.

Individual Light Control with DALI Dimming Function

Thanks to DALI-2 dimmability, the light intensity of the pendant light can be conveniently and smoothly adjusted to individual needs. This modern control technology enables flexible lighting design and adds extra comfort. Protection class 1 ensures safe use in all common electrical installations.

Practical Features and Easy Installation

Weighing 9.5 kg, the pendant light is robustly constructed yet easy to install. The IP20 protection rating protects the light from dust and ensures safe operation. The integrated LED with a single light source allows for low-maintenance use without frequent bulb replacements. Overall, the LAUTARO pendant light offers a perfect combination of design, functionality, and energy efficiency.