pendant luminaire BIRO CIRCLE round LED IP20, black dimmable

LED Pendant Ring Light BIRO CIRCLE: Modern Design for Indoor Use

The LED pendant ring light BIRO CIRCLE impresses with its modern design and is perfect for indoor use. With a diameter of 120 cm and a height of 3.5 cm, it provides pleasant lighting in your space. The light has a power consumption of 78W and a luminous flux of 9401lm, ensuring excellent brightness.

Dimmability and DALI Technology for Individual Light Control

Thanks to DALI dimmability, you can adjust the brightness of the pendant ring light according to your preferences. Whether dimmed light for a cozy atmosphere or bright light for work - with this technology, you have full control over the lighting in your space. The light also has a color temperature of 4000K and a color rendering index of 80-89Ra for natural colors.

High Energy Efficiency and Long Lifespan

With a light output of 121lm/W and an average lamp lifespan of 276000 hours, the LED pendant ring light BIRO CIRCLE also excels in terms of energy efficiency and longevity. You not only save on energy costs but also enjoy this high-quality light for a long time. The material made of aluminum and plastic also ensures a robust and durable construction.

Versatile Applications and Easy Installation

The pendant light is ideal for ceiling mounting and can be used in various indoor spaces such as living room, dining room, or office. The pendant length of 500 cm is adjustable, allowing you to customize the height of the light. The operating device is included in the delivery, making it quick and easy to install the light.

LED Pendant Ring Light BIRO CIRCLE: High-Quality Lighting with Stylish Design

Discover the versatile possibilities of the LED pendant ring light BIRO CIRCLE and bring stylish design and high-quality lighting to your space. With the option for individual dimming, energy-saving LED technology, and robust construction, this pendant light is the perfect choice for discerning users. Order now and be convinced of the quality of this light.