ceiling recessed luminaire APOLLO MIDI round, direct IP20, white dimmable

High-Quality LED Recessed Downlight APOLLO MIDI

The LED recessed downlight APOLLO MIDI from Brumberg impresses with its first-class workmanship and modern technology. With a power consumption of 14.5 watts, it produces a luminous flux of 1915 lumens, providing bright and pleasant lighting. The fixture is round in shape with a diameter of 16.5 cm, making it an unobtrusive and elegant solution for ceiling installation.

Optimal Light Quality and Color Rendering

The downlight emits light at a 55-degree angle, offering a balanced light distribution. The light color is neutral white with a color temperature of 3500 Kelvin, creating a natural and pleasant atmosphere. A particular advantage is the high color rendering index (CRI) of over 90, which makes colors appear especially true and vivid.

Easy Installation and Energy-Efficient Operation

The recessed luminaire is delivered including the operating device, so no additional components are needed. Installation is done as a ceiling recess with an installation depth of 9 cm and a cut-out diameter of 15 cm. The operating voltage is 230 volts, facilitating connection to standard power grids. The luminous efficacy of 132 lumens per watt is particularly efficient and saves energy.

Robust Materials and Modern Design

The housing of the luminaire is made of aluminum and plastic, ensuring a durable and stable construction. The white color integrates harmoniously into many interior styles. The luminaire is equipped with protection class IP20, which protects it against contact and makes it optimally suited for the intended use.

Flexible Control Thanks to DALI Dimming Capability

Another advantage is the DALI dimmability, which allows easy and precise regulation of light intensity. This enables the light to be individually adjusted to needs, providing a comfortable lighting situation. Although wiring multiple luminaires in series is not possible, the product impresses with its simple handling and high functionality.