ceiling recessed luminaire NUMINOS® MOVE S swivelling, suitable for VDU workstation IP20, black, white dimmable

Elegant LED Recessed Ceiling Light with Swiveling Design

The LED recessed ceiling light NUMINOS® MOVE S from SLV combines modern design with high functionality. Featuring a swiveling lamp, it allows flexible light direction so you can highlight specific areas in your room. The simple, painted aluminum housing is available in black and white and integrates harmoniously into various room concepts.

High-Quality Light for a Pleasant Atmosphere

The luminaire emits warm white light with a color temperature of 2700K, creating a comfortable and cozy lighting ambiance. The high color rendering index of 90-100 Ra ensures natural color reproduction, making colors appear vivid and true to life. With a luminous flux of 1000 lumens, the NUMINOS® MOVE S provides bright and even illumination.

Energy Efficient and Versatile Dimmable

With a power consumption of only 6.7 watts, this LED luminaire is especially energy efficient and saves electricity costs. The dimming functions are diverse: it supports DALI, DALI-2 as well as leading-edge and trailing-edge dimming. This allows you to adjust the brightness continuously according to your needs and create the perfect lighting atmosphere at any time.

Technical Details and Easy Installation

The recessed light has an installation depth of 8.5 cm and requires a round opening with a diameter of 9 cm. It is equipped with a current-controlled LED driver that is replaceable, making maintenance and replacement straightforward. Protection class 3 and IP20 rating provide safety and reliability during operation. The light weight of only 188 grams further facilitates installation.

Optimal Light Distribution and Special Features

The NUMINOS® MOVE S features a wide beam angle ranging from 40 to 80 degrees, distributing light over a large area. The luminaire is specially designed for screen workstations, as it ensures glare-free lighting. The continuously adjustable light intensity allows individual adaptation to create an optimal visual and working environment.