Emergency luminaire AXN LED IP65 6W (open option) 1h single-purpose AT white AXNO/6W/B/1/SE/AT/WH

Emergency luminaire from the AXN series is a reliable solution for providing lighting in emergency situations, ideal for escape routes and open spaces. Made of durable plastic and protected with an IP65 rating, it performs perfectly even in harsh environmental conditions. This model, equipped with an energy-efficient 6W LED light source, emits a luminous flux of up to 590lm, guaranteeing visibility when needed.

The luminaire design allows for surface mounting on the ceiling. Thanks to the use of a LiFePO4 battery, it provides up to 1 hour of autonomous operation. The open optics (AXNO) ensure that the light is widely dispersed, which is particularly useful in open areas. The luminaire has protection class II and complies with European standards (CE) and has a CNBOP certificate.

Key features and benefits:

• Versatility: Configurable as a central battery system luminaire (CB, CBS, FZLV), monitoring system (RS) or standard autonomous version with autotest function (AT).
• Durability and reliability: Made of high-quality materials and with a high IP65 protection rating, ensuring long-lasting and trouble-free operation.
• Energy efficiency: The use of LED technology translates into low energy consumption and a long lifespan of the light source.
• Safety: It has the necessary certificates and approvals confirming compliance with applicable safety standards.
• Easy installation: Surface mounting method simplifies and speeds up installation.
• Adaptability: Available in various housing colors (white, gray, black) allowing it to be matched to the interior design.

The AXN luminaire is not only an element ensuring safety, but also a functional and aesthetic lighting solution. Thanks to the choice of different operating modes (SE – intermittently powered) and system configurations, it can be adapted to the specific requirements of a given facility. Battery power guarantees independence from the power grid in the event of a power failure. Automatic self-test ensures regular device functionality control, increasing user safety.