Nova Surface-Mounted Linear Lighting

The Nova series combines IP66/IK10 with DIP switches for power and CCT, up to 175 lm/W and a 7-year warranty.

Where dust, moisture, and mechanical stress are a daily reality, standard lighting is not enough. The Nova series is robust linear LED surface-mounted lighting for environments where reliability, flexibility, and ease of installation are paramount. From industry and logistics to parking garages and sports complexes: Nova continues to perform.

With IP66 and IK10, the luminaire is protected against dust, water, and heavy impact. The frosted polycarbonate lens is impact-resistant, shatterproof, and suitable for HACCP environments. The wide 120° beam ensures even light distribution and a comfortable lighting effect.

What sets the Nova series apart is its wide configurability. Using integrated DIP switches, the installer can easily set the power output from 15 to 65 watts and the light color with 3CCT on-site. This allows a single luminaire to be used for multiple applications and project requirements. This simplifies product selection, limits the number of stock variants, and offers maximum flexibility during installation.

Mounting is also designed for speed. Integrated quick connectors enable efficient connection, while the 5-core 2.5 mm² through-wiring simplifies looping. The Nova is suitable for surface and suspended mounting. Thanks to the modular design, the PCB and driver are individually accessible and replaceable, extending the lifespan of the installation.

With an efficiency of up to 175 lm/W, the Nova delivers high light output with low energy consumption. A service life of over 100,000 hours (L80B20) and a warranty of up to 7 years limit maintenance and downtime.

The Nova series is prepared for presence and daylight sensors and integration with the Cosmo Control system. Integrated emergency lighting is available as an option. This creates a single scalable solution that combines robust protection, rapid installation, smart energy management, and long-lasting performance.