Introducing the NightstickXPR-5580G Intrinsically Safe Dual-Light Lantern
Are you in need of a reliable and versatile lighting solution for hazardous work environments? Look no further than the NightstickXPR-5580G Intrinsically Safe Dual-Light Lantern. This innovative lantern is designed to provide exceptional illumination while ensuring safety in potentially explosive atmospheres.
Flashlight and Floodlight Modes
The XPR-5580G offers both flashlight and floodlight modes, each with three user-selectable brightness settings. Whether you need a powerful beam to cut through smoke or a floodlight for illuminating a wide area, this lantern has you covered.
With the dual-light mode, users can simultaneously utilize the flashlight and floodlight, providing maximum lighting versatility and enhancing safety in challenging work environments.
Long-lasting Battery Life
Powered by a single rechargeable Lithium-ion battery, the XPR-5580G offers an impressive run-time. Additionally, the battery life can be extended to 40 hours by adding two additional rechargeable Lithium-ion batteries.
The lantern features a glass-filled Nylon Polymer housing, ensuring durability and reliability in demanding conditions.
Is the XPR-5580G certified for use in hazardous environments?
Yes, the XPR-5580G is cULus, ATEX, and IECEx certified intrinsically safe, making it suitable for use in potentially explosive atmospheres.
What is the range of the flashlight beam?
The flashlight offers a beam distance of 635 meters, providing exceptional visibility at great distances.
Can the lantern be used in emergency situations?
Absolutely. The floodlight mode includes a “Survival Mode” of 30 lumens, offering just enough light for emergency situations with a run-time of 65 hours.
The NightstickXPR-5580G Intrinsically Safe Dual-Light Lantern is a game-changer for professionals working in hazardous environments. With its versatile lighting modes, long-lasting battery life, and intrinsically safe certification, this lantern is a must-have for those prioritizing safety and performance.