Product description GTV outdoor wall light Corta-AU, E27, 25W, Ø 85 mm, PIR sensor - graphite (without bulb)
Modern design meets functionality
The GTV Corta-AU outdoor wall light is an ideal lighting solution for anyone who wants to combine modern design with practical functionality. Its geometric shape and advanced technology make it an attractive and efficient choice for illuminating entrances, garden paths and façades.
Modern and elegant design: Corta-AU is characterized by its contemporary design that blends seamlessly into modern architectural concepts. Geometric shapes and the simple graphite color emphasize the modern aesthetics and make the luminaire a stylish highlight on any façade.
High-quality, milky diffuser: The milky diffuser made of durable polycarbonate provides a soft and pleasant light. This property helps to ensure that the lighting does not dazzle, but creates a soft and inviting atmosphere.
Flexible choice of light source: The Corta-AU is equipped with an E27 socket, which allows the user to use light bulbs of up to 25 watts. This allows the brightness and color temperature of the light to be individually adjusted to meet different lighting requirements.
Integrated PIR motion sensor: A special feature of the Corta-AU is the integrated PIR motion sensor, which is based on infrared and detects human body heat. This enables the luminaire to switch on automatically as soon as people are in the detection area - ideal for illuminating entrances and pathways.
Easy installation: Installation of the Corta-AU outdoor wall light is simple and can be carried out in various locations around the house or commercial building. Its compact size and simple installation make it a versatile and user-friendly lighting solution.
The GTV Corta-AU outdoor wall light is therefore an excellent choice for anyone looking for modern design, user-friendly functions and versatility in an outdoor lighting solution. With its elegant appearance and practical sensor technology, it offers both security and style for any outdoor area.