=== SECTION 1 ===

What SN EN 13201-2:2016 covers

SN EN 13201-2:2016 addresses the performance requirements for road lighting systems. It defines various lighting classes tailored to meet the visual needs of different road users, including drivers, pedestrians, and cyclists. The standard places significant emphasis on managing glare, both disability and discomfort glare, which can adversely affect visibility and safety. Additionally, environmental considerations are integral to the standard, aiming to mitigate obtrusive light. While the standard covers various aspects of road lighting, it does not delve into installation procedures or the specific technologies used to achieve compliance, focusing instead on the performance metrics that must be met.

=== SECTION 2 ===

Who needs to comply with SN EN 13201-2:2016

The target audience for SN EN 13201-2:2016 includes civil engineers, urban planners, lighting designers, and regulatory bodies involved in road infrastructure projects. Companies of varying sizes, from large engineering firms to small consultancies, need to adhere to this standard to ensure their road lighting designs meet legal and safety requirements. Compliance is crucial for public safety and can influence project approvals and funding in the civil engineering sector. Understanding and implementing these standards allows organizations to create safer road environments for all users, particularly in urban settings where pedestrian and cyclist traffic is increasing.

=== SECTION 3 ===

Key requirements

• Lighting Classes: Defines different lighting classes based on the intended road use and user needs, ensuring appropriate illumination levels.
• Glare Management: Establishes requirements for controlling disability glare and discomfort glare, protecting road users from visual disturbances.
• Conflict Areas: Outlines specific requirements for lighting in areas where road users might conflict, such as intersections and pedestrian crossings.
• Environmental Considerations: Addresses the need to minimize obtrusive light to protect surrounding environments and reduce light pollution.
• Measurement and Evaluation: Details methods for calculating and measuring lighting performance, facilitating compliance verification.

These requirements are typically audited through design assessments and field measurements to ensure that installed systems meet the specified performance criteria.

=== SECTION 4 ===

How to implement SN EN 13201-2:2016

Implementing SN EN 13201-2:2016 involves several key steps. First, organizations should conduct a gap analysis to identify existing lighting systems and their compliance with the standard. Next, proper documentation outlining the lighting design, performance metrics, and methodologies used should be compiled. Training sessions with relevant staff on the standard’s requirements and implementation protocols are essential to ensure understanding and compliance. Following this, internal audits can be conducted to assess adherence to the standard. Finally, organizations may pursue a certification audit to verify their compliance with SN EN 13201-2:2016, ensuring their road lighting designs meet all stipulated performance requirements.

=== SECTION 5 ===

Related standards

• SN EN 13201-1: Provides the general principles and framework for road lighting, serving as a foundational document for SN EN 13201-2:2016.
• ISO 30061: Focuses on the road lighting design process and lighting installation, complementing the performance requirements in SN EN 13201-2:2016.
• IEC 60598: Establishes general requirements for luminaires, which are integral components of road lighting systems and essential for compliance with SN EN 13201-2:2016.
• ISO 14001: Addresses environmental management systems, connecting to the environmental considerations detailed in SN EN 13201-2:2016.

=== SECTION 6 ===

Why SN EN 13201-2:2016 matters

Adhering to SN EN 13201-2:2016 offers significant business advantages, including enhanced safety for road users, legal compliance, and improved market access for civil engineering projects. By implementing these standards, organizations can build customer trust and demonstrate their commitment to quality and safety in road infrastructure. For further insights and to enhance your understanding, explore our training and purchase options below.