What is anti-panic lighting?
Anti-panic lighting is an essential component of emergency lighting systems in buildings. This type of lighting plays a crucial role in ensuring the safety of people during emergencies, such as power outages or fires. The primary purpose of anti-panic lighting is to reduce panic and promote calm evacuation. This is by providing adequate lighting in areas where large crowds of people may be present. In this article, we will discuss exactly what anti-panic lighting is, why it is important, and how it can be implemented effectively.
What is anti-panic lighting?
Anti-panic lighting is a type of emergency lighting specifically designed to prevent panic and confusion during an emergency. It is usually installed in large open spaces where people congregate. For example, in large offices, gyms, conference rooms and retail stores. The purpose of this lighting is to ensure that people have sufficient visibility to evacuate safely and calmly when normal light fails.
The purpose of anti-panic relief
The primary purpose of this lighting is to ensure the safety of people by reducing panic and promoting orderly evacuation. This is achieved by providing adequate brightness and even light distribution. This allows people to avoid obstacles and find the exit without panicking. According to the NEN-EN 1838 standard, anti-panic lighting must provide a minimum of 1 lux on the floor in open areas where people may gather.
Anti-panic lighting also helps improve the visibility of evacuation routes, allowing people to find the nearest emergency exit more quickly and safely. This is especially important in situations where regular lighting has failed and there is smoke or other obstructions that reduce visibility.
Implementing anti-panic lighting according to applicable standards and regulations is critical to ensuring the safety and well-being of people in emergency situations. By ensuring adequate lighting in critical areas, this lighting contributes to effective and safe evacuation.
Implementation of anti-panic lighting
Implementing anti-panic lighting requires careful planning and execution to ensure that the system functions effectively in emergency situations. Below we describe the key steps for successful implementation.
1. Evaluation and planning
The first step in implementing anti-panic lighting is a thorough evaluation of the current situation and creating a detailed plan. This includes reviewing building floor plans, identifying risk areas and determining the locations where anti-panic lighting is needed. It is important to consider factors such as the layout of the space, the presence of obstacles and the expected occupancy rate during an emergency.
2. Selection of fixtures
The right fixtures should be selected based on the evaluation and planning. Anti-panic lighting must comply with standards and regulations such as NEN-EN 1838 and NEN 1010. When selecting fixtures, it is important to choose products that offer reliable performance and long life, such as Zemper emergency lighting.
3. Installation
Lighting installation should be performed by professionals to ensure that the system is installed correctly and safely. This includes placing the fixtures in appropriate locations, connecting and integrating the system with other systems in the building. It is essential that the installation complies with applicable standards and regulations.
4. Testing
After installation, the system should be tested to verify that it is functioning correctly. This includes testing the brightness, coverage and reliability of the system. Any problems or deficiencies should be addressed and corrected immediately. Testing should also be repeated regularly to ensure that the system remains in good working order.
5. Maintenance and monitoring
Regular maintenance and monitoring are crucial to ensure that the anti-panic lighting system remains reliable. This includes periodic inspections, replacing defective fixtures and batteries, and updating the system to the latest standards and technologies.
Common mistakes in anti-panic lighting
When implementing anti-panic lighting, it is crucial to be aware of common mistakes that can undermine the effectiveness of the system. Below we describe some of the most common mistakes and provide tips for avoiding them.
1. Insufficient light coverage
One of the most common mistakes is not providing adequate light coverage in all relevant areas. This can happen if the evaluation of the floor plan was not done thoroughly enough or if insufficient attention was paid to shaded areas and obstacles. Insufficient light coverage can lead to dangerous situations during an evacuation because some areas are too dark to safely navigate through.
Tip: Ensure that all areas used during an evacuation are well lit. Use lighting calculations and simulations to verify that planned lighting provides adequate coverage.
2. Incorrect positioning of Luminaires.
Positioning lighting in the wrong places can seriously reduce the effectiveness of anti-panic lighting. For example, fixtures placed too high or too low can create shadows or leave important areas of a room unexposed.
Tip: Carefully follow the guidelines and recommendations for positioning fixtures. Place lights in strategic locations where they provide maximum coverage and effectiveness.
3. Lack of maintenance
Regular maintenance of anti-panic lights is often overlooked, which can lead to faulty bulbs and batteries that stop working when they are needed most. Lack of maintenance can undermine the reliability of the entire system.
Tip: Establish a maintenance schedule that includes regular inspections and tests. Replace defective components immediately and ensure batteries are always charged and operational.
4. Wrong choice of Fixtures.
Choosing the wrong fixtures for anti-panic lighting can result in inadequate light quality or an unreliable system. Fixtures that do not meet emergency lighting standards may fail during an emergency.
Tip: Only select fixtures that comply with relevant standards and guidelines, such as NEN-EN 1838 and NEN 1010. Choose reputable brands and suppliers that offer quality products.
5. Lack of emergency power supply
Anti-panic lighting that is not connected to a reliable emergency power supply can fail during a power outage, resulting in the lighting not functioning when it is most needed. This can lead to dangerous situations during an evacuation.
Tip: Ensure that all anti-panic lighting systems are connected to a reliable emergency power supply, such as a UPS (Uninterruptible Power Supply) or emergency generator. Regularly test the operation of the emergency power supply.
Getting started!
Want to ensure a safe and well-lit environment during emergencies? We are here for you with expert advice and customized solutions for your anti-panic lighting needs. Contact us today for a no-obligation consultation and find out how we can provide your building with reliable and high-quality anti-panic lighting. Together, we will ensure a safe and well-lit future. Contact one of our lighting specialists with no obligation.