 |
        |
Stinger® LED HP Reaches New Heights
in Brightness and Features
First Light to be Tested Against ANSI/NEMA FL1-2009 Standard
Streamlight®'s new Stinger® LED HP rechargeable flashlight is at the forefront of a trend in LED lights, offering extraordinary brightness and versatility with bigger beams, brighter lights, three intensity levels and a popular a strobe feature.
"Streamlight's new Stinger LED HP advances this popular light to among the brightest lights Streamlight offers," said Streamlight Operating Officer Ray Sharrah. "The combination of rechargeable batteries and C4® technology, which nearly doubles the light's output from earlier models, also results in extremely low operating costs."
The Stinger LED HP also is the first Streamlight flashlight to be tested against the new basic performance standard for flashlights, known as the ANSI (American National Standards Institute)/NEMA (National Electrical Manufacturers Association) FL1 -2009 Flashlight Basic Performance Standard. Developed with the guidance of NEMA and leading manufacturers like Streamlight, it is the first flashlight standard worldwide and introduces definitions, testing methods and associated markings for flashlight basic performance.
Powered by Streamlight's C4 LED technology, the Stinger LED HP rechargeable light offers 48,000 candela peak beam intensity and 200 lumens of measured system output in the high level; 24,000 candela and 100 lumens in the medium setting, and 11,000 candela and 50 lumens in the low setting. The light's deep-dish parabolic reflector produces a long-range targeting beam with optimum peripheral illumination to aid in navigation.
Constructed of machined 6000-series aircraft aluminum the Stinger LED HP features a non-slip rubberized comfort grip. The light offers a multi-function, head-mounted pushbutton switch. Powered by 3-cell, 3.6 volt nickel-cadmium sub-C batteries, which are rechargeable up to 1,000 times. The light fits existing Stinger chargers.
For more information, ask your Streamlight representative.
|
|
|