LED Emergency evacuation sign LEDVANCE EMERGENCY EXIT SIGN 0.7W
LEDVANCE EMERGENCY EXIT SIGN is a highly efficient and reliable solution for emergency exit marking. Designed for professional use in indoor spaces, this lamp combines modern LED technology with long-lasting autonomous operation, ensuring safety in critical situations.
Main advantages and functionality
The evacuation luminaire is equipped with a high-quality LiFePO4 battery that provides up to 3 hours of operation in emergency mode. The product is characterized by extremely easy maintenance thanks to the built-in automatic test (AT) function and the integrated test switch, which allow a quick check of the system's health.
The device supports two operating modes - maintained (constantly lit) and unmaintained, which makes it flexible to the specific requirements of the site.
Technical characteristics
Electrical parameters
Light parameters
Luminous flux: 20 lm
Color temperature: 5700 K (Cool daylight)
Color rendering index Ra: over 70
Low Flicker Technology: Yes
Visibility angle: 30 meters
Battery and emergency module
Battery type: LiFePO4 (Lithium Iron Phosphate)
Battery capacity: 1100 mAh
Nominal battery voltage: 3.2 V
Full charge time: 24 hours
Emergency operation duration: 3 hours
Design and materials
Housing color: White
Material: Polycarbonate (PC) and Polymethylmethacrylate (PMMA)
Degree of protection: IP20
Weight: 510 g
Dimensions: Length 313 mm, Width 212 mm, Height 42 mm
Installation and application
The luminaire is designed for surface mounting and can be installed on both the ceiling and the wall. The optimal temperature range for operation is from 0°C to +45°C. It is suitable for administrative buildings, commercial premises, hotels and industrial areas where reliable signaling of emergency routes is required.
Certificates and standards
The product meets the highest European and international quality and safety standards, including CE, CB, EAC, UKCA and ENEC. The packaging is made with the environment in mind, containing a minimum of 80% recycled materials.