Recessed raster luminaire 4xLED, Parabolic Slim 600x600mm 37W, 3000K, 4300lm, IP40, white BX001.1144.830.A000

Parabolic Slim recessed luminaire is a modern lighting solution combining high efficiency with a minimalist design. Designed for recessed mounting, it is ideal for offices, commercial spaces and other rooms requiring comfortable and energy-saving lighting. It utilizes four LED diodes with a power of 37W, emitting light with a color temperature of 3000K and a luminous flux of 4300 lumens.

Construction and materials

The luminaire housing is made of durable steel, ensuring its durability and resistance to damage. A plastic diffuser with a textured surface evenly disperses light, minimizing glare. A high-gloss louver further improves visual comfort. The whole is made with attention to detail, which translates into an aesthetic appearance and easy installation.

Application and benefits

This raster luminaire is not only a source of light, but also a decorative element of the interior. Thanks to the use of LEDs, it is characterized by high luminous efficiency – 116 lm/W – which translates into low operating costs. Protection class I guarantees safe use, and the IP40 degree of protection protects against access to the luminaire interior by solid objects larger than 1mm. A color temperature of 3000K creates a pleasant, warm atmosphere conducive to concentration and relaxation. A high color rendering index (CRI) of 80-89 ensures natural color reproduction. The luminaire is designed to operate at temperatures from -15°C to 40°C.

• Energy saving: thanks to the use of LED technology, it consumes less energy than traditional luminaires.
• Visual comfort: parabolic louver minimizes glare, providing comfortable lighting.
• Durability: solid construction with high-quality materials guarantees long luminaire life.
• Versatility: ideal for offices, shops, schools and other rooms.
• Safety: protection class I ensures safe operation of the device.
• Appropriate light color: color temperature of 3000K promotes concentration and relaxation.