ceiling recessed luminaire NUMINOS® L suitable for VDU workstation IP20, chrome, black dimmable

High-Quality LED Recessed Ceiling Light NUMINOS® L

The LED recessed ceiling light NUMINOS® L from SLV is an efficient light source with a power consumption of 17 watts and a luminous flux of 2500 lumens. With a color temperature of 3000K, it emits warm white light that creates a pleasant atmosphere. The luminaire is available in chrome and black and is made of painted aluminum, ensuring a durable and high-quality appearance.

Excellent Color Rendering and Light Quality

The NUMINOS® L impresses with a high color rendering index of 90-100 Ra, meaning colors are displayed especially naturally and vividly. The light is widely distributed with a beam angle between 40 and 80 degrees, resulting in even and glare-free illumination. These features make the luminaire particularly suitable for areas where precise color rendering is important.

Easy Installation and Flexible Dimming Options

With an installation depth of only 8.5 cm and a cut-out diameter of 12 cm, the NUMINOS® L is easy to install. The LED driver is current-controlled and replaceable, facilitating maintenance. The luminaire supports various dimming methods such as DALI, DALI-2, as well as phase cut-off and phase cut-on, allowing for seamless and flexible brightness adjustment.

Robust Construction and Protection Class

The luminaire is equipped with protection class 3 and has an IP20 rating, protecting it against solid foreign objects. It is designed for a temperature range of -20 to 40 degrees Celsius and weighs only 0.434 kg. The aluminum material provides stability and a long service life. The NUMINOS® L is not adjustable but offers wide illumination for a wide variety of applications.

Optimal Features for Ergonomic Lighting

The LED recessed ceiling light is specifically suitable for screen workstations, meaning it supports working at screens with flicker-free and low-glare light. The driver is not included in the delivery but can easily be added. With current-controlled operation, the luminous flux can be optimally adjusted so that the appropriate brightness is always available.