LEDVANCE Damp Proof Emergency multi lumen 10400lm 1500mm 61W/830 very wide IP66

Classic damp-proof luminaires with integrated emergency lighting function. Product features: Very high luminous efficacy: up to 180 lm/W. Very long lifetime (L80): up to 100,000 h (at 25 °C). Suitable for emergency central battery installations acc. to EN 60598-2-22. Self-contained luminaires. Luminous flux in emergency operation mode: 650 lm. Emergency lighting function: battery discharge time of 3 h. Function test of emergency lighting: automatic (AT). Battery technology: LiFePO4. Beam angle: 110°. Product benefits: Seamless integration of luminaires with emergency lighting function into general lighting. Easy wiring thanks to included prewired driver and battery for Emergency lighting function. Simple testing of luminaires with emergency lighting function thanks to integrated automatic test function. Convenient visualization of results of automatic test with an included control LED. Operation of integrated emergency lighting function with long life LiFePO4 battery with 3h battery discharge time. Uniform light distribution in normal operation. Easy installation, no tools required for connection. Highly versatile due to selectable lumen steps (Multi Lumen) via dip switches on the driver. Low flicker ≤ 5 %. Good glare reduction (UGR < 25) up to 8000 lm. 26 cm installation range for flexible mounting bracket positioning. Areas of application: Emergency illumination of escape routes. Antipanic lighting. Buildings requiring up to 3 h emergency light operation. Industrial and storage facilities. Car parks and underpasses. Garages. Workshops, assembly lines. Suitable for indoor and sheltered outdoor areas. Equipment / Accessories: Stainless steel clamps with safety screws included. Mounting accessories included (suspension kit, theft protection kit, 2nd cable gland and 2 grommets). Safety advice: All electrical connections must be made by a qualified person. Product in protection class I. All electrically conductive, metallic housing parts that can absorb voltage during operation or during maintenance in the event of a fault must be continuously connected to the protective earthing conductor.