Pr 402- Abu Dhabi Lighting Manual |top|

). These levels are designed to optimize visibility for various road types while minimizing light waste. Road / Area Type Speed / Priority Lighting Class Luminance ( Lavgcap L sub a v g end-sub Min. Illuminance ( Emcap E sub m ≥is greater than or equal to 20 - 25 lux Major Arterials Conflict Areas Intersections Crosswalks Pedestrian Safety

The PR-402 Abu Dhabi Lighting Design Manual (July 2021) regulates lighting for roadways and parking, focusing on sustainability, energy efficiency, and LED standards. It sets specific technical parameters for color temperature (2700K-4000K), environmental protection (IP/IK ratings), and mounting geometry to meet local standards. For more details, visit the Department of Municipalities and Transport (DMT) on their DMT website . PR-402 (Lighting Design Manual) | PDF - Scribd pr 402- abu dhabi lighting manual

As you begin your next project—whether it’s a 10 km arterial road or a small park footpath—let PR 402 be your first reference, not an afterthought. Start with the photometric simulation, choose warm LEDs, respect the zone classifications, and always design for the night sky, not just the ground. Illuminance ( Emcap E sub m ≥is greater

The (specifically the updated Version 3.0: July 2021) is the governing technical standard for street and public realm lighting design within the Emirate of Abu Dhabi. Issued by the Department of Municipalities and Transport (DMT) , it provides a comprehensive framework for engineers, developers, and consultants to ensure that the city’s lighting infrastructure is safe, energy-efficient, and aesthetically consistent. Core Technical Standards and Classifications PR-402 (Lighting Design Manual) | PDF - Scribd

To illustrate PR 402 in action, consider the Al Reem Island boardwalk (Zone E3). The original 2018 design used 150W metal halide poles. The 2023 retrofit under PR 402:

After installation, a third-party testing authority (e.g., Abu Dhabi Quality Control) must measure actual lux levels. Deviations over ±10% from design trigger rectification.