Description
High-Visibility Architectural Egress Lighting for Demanding Environments
During critical power disruptions or emergency evacuations, ultra-clear exit signage saves lives. The EXIT-LED-ES08 LED Emergency Exit Sign merges sleek architectural aesthetics with heavy-duty environmental sealing. Engineered with high-efficiency SMD 2835 LEDs (6500K) embedded inside an ultra-slim aluminum track, it uniformly illuminates the acrylic panel to provide exceptional, glare-free legibility up to 30 meters away.
Key Architectural & Technical Features:
- Rugged IP65 Weatherproof & IK07 Impact Protection: Built with a premium extruded aluminum profile, PC end caps, and heavy-duty silicone seals. It resists rain, high humidity, washdowns, and physical impacts (IK07), making it suitable for both indoor public spaces and harsh industrial zones.
- 30-Meter Long Visibility Distance:The precision-engineered edge-lit acrylic blade ensures high optical clarity and uniform light diffusion, fully compliant with international emergency egress visibility standards (such as EN 1838 and ISO 7010).
- Safe & Long-Life LiFePO4 Battery:Powered by a 3.2V 1800mAh Lithium Iron Phosphate (LiFePO4) battery system. It recharges within 15 hours and delivers over 3 hours of continuous emergency illumination, offering 2,000+ charge cycles for minimal maintenance.
- Smart Auto-Test & Manual Diagnostic Control: Equipped with dual test mechanisms:
Manual Test Button: Allows instant testing during routine maintenance inspections.
Auto-Test System: Automatically executes monthly functional tests and annual full-duration discharge tests, saving labor costs for facility management.
- 5-in-1 Versatile Mounting Adaptability: Designed with a modular track bracket that supports 5 mounting configurations to fit any architectural ceiling or wall layout:
- Track Mounting (Compatible with standard lighting tracks)
- Rod Suspension / Pendant Mounting
- Wall Surface Mounting
- Flag / Side Wall Mounting
- Ceiling Surface Mounting
Caractéristiques techniques
| Parameter | Caractéristiques techniques |
| Model Number | EXIT-LED-ES08 |
| Dimensions | 378 mm × 38 mm × 228 mm |
| Rated Power | 5 W |
| LED Specification | 16 pcs SMD 2835 LEDs (6500K Daylight) |
| Battery Chemistry | LiFePO4 3.2V 1800mAh |
| Durée de la situation d'urgence | > 3 Hours (180+ Minutes) |
| Recharge Time | 15 Hours |
| Housing & Blade Material | Aluminum Housing + PC End Caps + Edge-Lit Acrylic Blade |
| Protection Ratings | IP65 Waterproof & Dustproof | IK07 Impact Resistance |
| Visibility Distance | 30 Meters Range |
| Electrical Safety Class | Class I Insulation |
| Testing Mechanism | Manual Test Switch + Auto-Test (Monthly / Annually) |
| Operating Temperature | 0°C to +45°C |
| Installation Options | Track / Rod Suspension / Wall / Flag / Ceiling Surface |
| Commercial Warranty | 4 ans |



FAQ:IP65 Waterproof Edge-Lit LED Emergency Exit Sign EXIT-LED-ES08
Q1: How does the auto-test function work on the EXIT-LED-ES08 model?
A: The auto-test microcontroller automatically performs routine self-diagnostics. It runs a brief 30-second functional test every month and a full 3-hour battery discharge test annually. If a fault is detected in the LED array, charger, or LiFePO4 battery, the status indicator LED on the end cap alerts facility management immediately, ensuring continuous code compliance without manual testing labor.
Q2: Can the legend directional arrows be customized for specific international standards?
A: Yes. We offer fully customizable optical acrylic graphics including Running Man with Left/Right/Down arrows complying with ISO 7010 / EN 1838 (European Union), as well as standard EXIT text graphics for North American and Middle Eastern markets.
Q3: Why is the LiFePO4 battery superior for emergency exit signs installed in hard-to-reach ceilings?
A: Emergency exit signs mounted high on rods or tracks are difficult and costly to access for maintenance. LiFePO4 (3.2V 1800mAh) batteries provide a 5–8 year operational lifespan and tolerate high ambient temperatures much better than Ni-Cd or Ni-MH batteries, significantly reducing replacement frequency and long-term facility operational expenses.
























