Fire emergency lights are widely used in the field of construction
Application scenarios
Commercial buildings: In the United States, commercial buildings such as shopping malls, hotels, office buildings, etc. are the main application places for fire emergency lights. New York City launched an emergency warning light renovation project in 2017, which comprehensively upgraded emergency warning lights in public places throughout the city. In Europe, commercial facilities are also an important demand area for emergency lights. Some German manufacturers collaborate with architects and engineers to provide emergency warning light solutions that conform to specific architectural styles.
Residential buildings: High occupancy residential buildings in the United States, such as university dormitories and apartments, are equipped with fire emergency lights in accordance with building code standards to ensure safe evacuation of residents in emergency situations.
Public facilities: Hospitals, schools, transportation hubs, and other public facilities also have a high demand for fire emergency lights. For example, in Europe, public places such as medical centers and educational institutions must install emergency lighting to provide sufficient illumination for personnel evacuation in emergency situations such as power outages or fires.
In the industrial field, factories, mines, oil fields and other industrial places have a certain risk of fire due to their complex environment, and fire emergency lights are widely used.
technical standard
In the United States, fire regulations require emergency lights to be powered by batteries and maintain illumination for at least 90 minutes during power outages to ensure sufficient light on evacuation routes for personnel. For example, New York City requires emergency lights to have a calendar number indicating local installation approval; Chicago requires emergency lighting to have metal panels; Los Angeles requires the installation of additional exit signs within 18 inches (460 millimeters) of the ground around doors, as rising smoke can obscure lighting fixtures installed at higher positions.
Europe: The European standard EN50172 stipulates that emergency lighting automatic testing systems should be installed in large buildings to check the battery charging and discharging status, lamp performance, etc. of emergency lighting power supplies. At the same time, it can also be connected to the building management system through a network system, making it convenient for users to obtain inspection results through PC operation, and printing and saving the inspection results.
Product type and technical characteristics
Light source technology: The light source technology for foreign fire emergency lights tends to use more electroluminescent devices and LED light sources, and less fluorescent and incandescent light sources. Electroluminescent devices and LED light source marking fixtures have the advantages of energy saving, beauty, easy control of surface brightness and uniformity. For example, the power consumption of electroluminescent wires is extremely low, only 1W/1000 meters, and the lifespan can reach more than 10000 hours.
Control type: Centralized control fire emergency lighting fixtures are widely used in intelligent buildings abroad, including self-contained power centralized control, centralized power centralized control, and mother child power centralized control. They have the advantages of easy centralized management, user self inspection, fire supervision and inspection, extended lamp life, and improved emergency evacuation efficiency.
Commercial buildings: In the United States, commercial buildings such as shopping malls, hotels, office buildings, etc. are the main application places for fire emergency lights. New York City launched an emergency warning light renovation project in 2017, which comprehensively upgraded emergency warning lights in public places throughout the city. In Europe, commercial facilities are also an important demand area for emergency lights. Some German manufacturers collaborate with architects and engineers to provide emergency warning light solutions that conform to specific architectural styles.
Residential buildings: High occupancy residential buildings in the United States, such as university dormitories and apartments, are equipped with fire emergency lights in accordance with building code standards to ensure safe evacuation of residents in emergency situations.
Public facilities: Hospitals, schools, transportation hubs, and other public facilities also have a high demand for fire emergency lights. For example, in Europe, public places such as medical centers and educational institutions must install emergency lighting to provide sufficient illumination for personnel evacuation in emergency situations such as power outages or fires.
In the industrial field, factories, mines, oil fields and other industrial places have a certain risk of fire due to their complex environment, and fire emergency lights are widely used.
technical standard
In the United States, fire regulations require emergency lights to be powered by batteries and maintain illumination for at least 90 minutes during power outages to ensure sufficient light on evacuation routes for personnel. For example, New York City requires emergency lights to have a calendar number indicating local installation approval; Chicago requires emergency lighting to have metal panels; Los Angeles requires the installation of additional exit signs within 18 inches (460 millimeters) of the ground around doors, as rising smoke can obscure lighting fixtures installed at higher positions.
Europe: The European standard EN50172 stipulates that emergency lighting automatic testing systems should be installed in large buildings to check the battery charging and discharging status, lamp performance, etc. of emergency lighting power supplies. At the same time, it can also be connected to the building management system through a network system, making it convenient for users to obtain inspection results through PC operation, and printing and saving the inspection results.
Product type and technical characteristics
Light source technology: The light source technology for foreign fire emergency lights tends to use more electroluminescent devices and LED light sources, and less fluorescent and incandescent light sources. Electroluminescent devices and LED light source marking fixtures have the advantages of energy saving, beauty, easy control of surface brightness and uniformity. For example, the power consumption of electroluminescent wires is extremely low, only 1W/1000 meters, and the lifespan can reach more than 10000 hours.
Control type: Centralized control fire emergency lighting fixtures are widely used in intelligent buildings abroad, including self-contained power centralized control, centralized power centralized control, and mother child power centralized control. They have the advantages of easy centralized management, user self inspection, fire supervision and inspection, extended lamp life, and improved emergency evacuation efficiency.
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