surface-mounted track with lighting, indirect

High-Quality Surface-Mounted Track by Wever & Ducré

The STREX TRACK PROFILE SUSP INDIRECT LIGHT 3000K W is a premium surface-mounted track developed by the renowned brand Wever & Ducré. It impresses with modern design and high-quality materials that guarantee a long service life. This track is ideal for customized lighting concepts and offers a flexible solution for illumination in a wide variety of settings.

Soft and Pleasant Light with 3000K Color Temperature

The surface-mounted track emits a warm white light at 3000 Kelvin, creating a comfortable and relaxed atmosphere. This color temperature is especially popular as it simulates natural light, promoting well-being and a welcoming environment. Additionally, the luminaire features a high color rendering index (CRI90), meaning colors are displayed very realistically and vividly.

Powerful and Efficient Technology

With a power output of 30 watts at 48 volts, the STREX TRACK PROFILE SUSP INDIRECT LIGHT offers an efficient lighting solution that is also energy-saving. The track is designed for a maximum current of 15 amperes and supports a stable and secure power supply. Thanks to its 2-meter length, the surface-mounted track can be flexibly adapted to different room situations.

Innovative DALI Control for Individual Light Management

The integrated DALI interface enables intelligent and easy control of the lighting. DALI stands for Digital Addressable Lighting Interface and allows centralized regulation of brightness and light color. This way, the lighting can be precisely adjusted to various needs and moods, enhancing comfort and energy efficiency.

Robust Design and Easy Installation

The slim profile and sturdy material of the surface-mounted track ensure a durable and stable construction. Installation is straightforward and quick thanks to the thoughtful design. Thanks to the indirect light distribution, glare-free illumination is achieved, which harmoniously brightens the room while creating a pleasant atmosphere.