The EmLED-12NM-U Recessed Emergency Light offers a compact, self-contained LED emergency lighting system, which can be easily and quickly installed onto ceiling-mounted systems in commercial and public areas. The LED technology produces energy-efficient light during outages but with low electrical consumption.
Provides dependable emergency lighting for commercial, retail, hospitality and healthcare environments.
Operation Mode: Non-Maintained
Light Source: Samsung 2W High Flux White LED
Power Supply: 230V AC, 50/60Hz
Emergency Duration: 3 Hours
Battery Type: High-Temperature Ni-Cd Battery
IP Rating: IP20
Installation Type: Recessed Ceiling Mount
Construction: Fire-Retardant Polycarbonate
Provides reliable emergency lighting to office buildings, shopping centers, retail premises and business centers. Enables tenants of the building to evacuate safely in the event of loss of power.
Supports with emergency lighting requirements in warehouses, production departments, and storage facilities. Ensures increased visibility for employees.
Assists with emergency lighting needs in warehouses, production departments and store rooms. Provides greater visibility for workers.
The long-term emergency lighting systems designed for use at airports, stations, terminals and other public buildings. They provide safety facilities for long-term emergency situations.
Recessed Emergency Lights are a type of emergency light which is embedded under the ceiling surface thus offering a neat look. It turns on automatically on power failure.
The EmLED-12NM-U offers 3 hours of emergency illumination on a fully charged battery, assisting in complying with emergency lighting requirements in commercial buildings.
LED emergency lighting can be used anywhere with indoor commercial sectors such as retail stores, office, hospitals, hotels, schools, and public building. etc.
Compared to traditional lighting solutions, LED emergency lighting consumes less energy, has a longer service life, consumes less electricity, is more reliable and has better illumination efficiency.
