CEAG FT2ED4IATL18 FlexiTech ED AT luce di emergenza, 8h di autonomia, LED, bianco

With an emergency operation duration of 8 hours and a luminous flux of 180 lumens in emergency mode, this CEAG FlexiTech ED AT luminaire ensures reliable illumination when it matters most. The automatic self-test function (AT) continuously monitors the luminaire's readiness, reducing maintenance effort and ensuring compliance with safety standards.

Overview

The CEAG FT2ED4IATL18 is a versatile emergency luminaire designed for maintained or non-maintained operation. Its LED light source provides energy-efficient illumination with a wide light distribution, making it suitable for escape route lighting and open area emergency lighting. The luminaire is housed in a white polycarbonate body, offering durability and a clean appearance that blends into various environments.

What stands out

• Selectable maintained/non-maintained operation for flexible installation
• Automatic self-test function ensures ongoing reliability
• Long 8-hour emergency duration for extended safety coverage
• Energy-efficient LED with 180 lm emergency luminous flux
• Robust polycarbonate housing with IP40 protection

Technical details

• Product type: Emergency Luminaire
• Operating mode: Maintained / Non-maintained (selectable)
• Emergency operation duration: 8 hours
• Light source: LED
• Nominal voltage: 230 V AC
• Frequency: 50/60 Hz
• Power consumption (mains): 4 W
• Battery type: NiMH
• Battery life expectancy: 4 years
• Protection rating: IP40
• Impact protection: IK03
• Housing material: Polycarbonate
• Mounting type: Surface mount (ceiling/wall)
• Test function: Automatic self-test (AT)
• Ambient temperature range: 0°C to +40°C
• Standards compliance: EN 60598-2-22
• Connection terminals: Plug-in terminals, max. 2.5 mm²
• Housing colour: White
• Luminous flux (emergency): 180 lm
• Light distribution: Wide

Our verdict

The CEAG FT2ED4IATL18 combines dependable emergency lighting with low maintenance thanks to its automatic self-test and long-life LED. Its selectable operating mode and robust construction make it a practical choice for safety-critical applications.