pendant luminaire LAUTARO 600/100 UP/DOWN OPAL M3 IP20, white dimmable

Elegant Design and High-Quality Craftsmanship

The LAUTARO 600/100 UP/DOWN OPAL M3 LED pendant light from Deko-Light impresses with its modern and minimalist design in elegant white. Made from robust aluminum, it stands for durability and stability. With a diameter of 60 cm and a height of 10 cm, it harmoniously fits into a wide variety of room concepts. Its slim appearance emphasizes the contemporary style and makes the light a real eye-catcher.

Powerful and Energy-Efficient Lighting

With a power consumption of 55 watts, the pendant light delivers an impressive luminous flux of 6830 lumens. The warm white light with a color temperature of 3000 Kelvin creates a pleasant atmosphere. Thanks to the high color rendering index of 90-100 Ra, colors appear especially natural and vibrant. This makes the light ideal for rooms where high-quality lighting is desired.

Flexibility Through Dimmable Light

The LAUTARO pendant light is equipped with a DALI-2 interface, allowing stepless and comfortable light control. This enables individual adjustment of brightness to suit different needs. This feature supports pleasant lighting design and contributes to energy savings by enabling precise regulation of light intensity.

Adjustable Pendant Length for Optimal Positioning

The pendant length of 300 cm can be easily shortened, allowing the light to be flexibly adapted to different ceiling heights. This feature ensures optimal lighting regardless of spatial conditions. The secure mounting and weight of 8.35 kg provide stability and long-lasting use.

Reliable Technical Equipment and Safety

The LAUTARO pendant light operates with a supply voltage of 198 to 264 volts and meets protection class 1. The IP20 protection rating offers reliable protection against solid foreign objects. By using a high-quality light source, the light is particularly durable and low-maintenance. Overall, this pendant light represents a successful combination of technology, design, and functionality.