outdoor wall luminaire SWIPE AP tiltable, with diffuser IP54, anthracite

Modern and Energy-Efficient LED Wall Light

The outdoor LED wall light SWIPE AP from Ideal Lux impresses with its modern technology and energy-efficient performance. With a power consumption of only 20.5 watts, it produces a luminous flux of 1390 lumens in warm white light (3000K), creating a pleasant atmosphere. Thanks to its low energy consumption of 21 kWh per 1000 hours, this luminaire is particularly environmentally friendly and cost-saving.

High-Quality Materials and Durable Craftsmanship

The housing of the wall light is made of powder-coated aluminum, which is robust and weather-resistant. The diffuser is made of glossy, opal-colored polycarbonate, ensuring uniform and glare-free light distribution. With an average lifespan of up to 50,000 hours, the luminaire offers long service life and reliable performance over many years.

Flexible Design with Adjustable Diffuser

A special feature of the SWIPE AP is the adjustable diffuser, which can be extended up to 16.5 cm. This allows the light beam to be directed precisely and optimally adapted to individual needs. The wide beam angle of 105° ensures generous illumination of the desired area.

Excellent Color Rendering for Natural Colors

The wall light offers a very good color rendering with a color rendering index of over 90 Ra, making colors appear natural and vibrant. The color consistency is at MacAdam <3 SDCM, which means that when using multiple luminaires, the light color remains nearly identical and no disturbing color deviations occur.

Easy Installation and Versatile Applications

The luminaire is delivered including a suitable driver and can be easily connected directly via clamp. With a weight of only 1.2 kg and compact dimensions of 21.2 x 10 x 16.5 cm, it is easy to mount. The IP54 protection rating provides reliable protection against dust and splashing water. Optionally, the luminaire can be equipped with integrated sensors such as motion detectors or twilight switches to further enhance functionality.