Orbit ESLN4M-B-2-G-AC-TP MICRO LED WET LCTN EXIT SIGN BLK HSG2FGN LTRSAC TAMP

# Exit Signs & Labels The Orbit ESLN4M-B-2-G-AC-TP Micro LED Wet Location Exit Sign is a premium safety lighting solution designed to guide individuals safely during emergencies. With its robust black housing and green letters, this exit sign ensures visibility in critical situations, even in wet environments. ## Key Features • **Micro LED Technology**: Energy-efficient LED lights provide superior brightness while consuming minimal power, enhancing your energy savings. • **Wet Location Rated**: Designed for use in damp environments, this exit sign meets necessary safety standards for durability and reliability. • **Compact Design**: The slim profile allows for easy installation in various settings, making it suitable for tight spaces. • **Battery Backup**: Equipped with a long-lasting battery, the sign remains illuminated during power outages, ensuring consistent safety compliance. • **Easy Installation**: Comes with all necessary mounting hardware and clear instructions for straightforward setup, reducing labor time. ## Applications • **Commercial Settings**: Ideal for use in office buildings, schools, and shopping centers where clear egress paths are essential. • **Industrial Environments**: Perfect for warehouses and factories where exposure to moisture is common, ensuring safety in compliance with OSHA regulations. • **Public Facilities**: Enhances safety in hospitals, restaurants, and other public venues, providing clear exit pathways in emergencies. ## Benefits • **Enhanced Safety**: Provides crucial visibility during emergencies, helping to prevent accidents and ensure safe evacuations. • **Durability**: Constructed with high-quality materials to withstand harsh conditions, guaranteeing long-term performance. • **Cost-Effective**: The energy-efficient design reduces electrical costs while providing reliable illumination, promoting sustainability in facility management. --- *Product information compiled with AI assistance for reference purposes.*