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Guide to Choosing the Right Light
Streamlight Rechargeables... An Innovation That Saves Lives, As Well As Money! Like the professionals who use them, Streamlight rechargeable flashlights are always ready to go the distance. They’re simply placed in their chargers at the end of each shift so they’re fully charged at the start of each day. Unlike a standard D-cell flashlight, you can depend on Streamlight rechargeable flashlights to work instantly in even the harshest conditions, and to keep on working for years with the same battery. The #1 Choice of Professionals Everywhere Streamlight created the very first high-intensity halogen rechargeable flashlights. Streamlight was first on the scene, and is still first with professionals all over the world. More Powerful, More Economical Streamlight rechargeable flashlights can be charged up to 1,000 times, and they pack a lot more power than a D-cell. Consider the power generated by the UltraStinger, which produces 75,000 candlepower but fits in a case 12” long and weighs just one pound. Or the Strion, with Lithium Ion battery technology that packs 12,000 candlepower into a 5.3" package and weighs less than 5 ounces! And only Streamlight rechargeable flashlights come with universal cords that can attach to any Streamlight charger. Streamlight rechargeable flashlights are infinitely more dependable than D-cell flashlights, and more cost-efficient. Over the average 4-year life of a Streamlight rechargeable flashlight, you’ll save more than $300 in disposable batteries. These compact, super-bright, lightweight personal rechargeable flashlights are the most powerful lights ever made in their size. The machined aluminum housing that's anodized against corrosion and the unbreakable polycarbonate lens make the Stingers virtually indestructible. Streamlight Takes LED Technology To A Whole New Level Streamlight played a major role in adapting flashlights LED technology to portable lighting tools. Basic LEDs provide a number of significant advantages:
* LEDs run much longer before the batteries need to be changed — up to 336 hours! A downside to basic LED flashlights bulbs is that they’re not especially bright. But Streamlight has fixed that little problem.
One way to increase the brightness of an LED flashlights was to combine multiple LEDs in a single flashlight. Streamlight has several products with multiple LEDs. It doesn't stop there. Streamlight uses Luxeon technology that combines the long life and reliability of an LED flashlight bulb with the brightness and range of a conventional bulb. 2-Cell Lithium Luxeon Task-Light, for example, shines 20 times brighter than a standard LED flashlight.
Of course, there’s still a place for conventional bulbs. And sometimes it’s right in the same flashlight with an LED!
Latest Innovations Give Heroes More Reasons To Trust STREAMLIGHT.
C4 TECHNOLOGY LEAVES OTHER LEDs IN THE DARK.
Streamlight introduces a whole new kind of LED. With a brighter, more powerful, blinding light than any LED that’s come before. Our new Streamlight-engineered reflector with C4 Photonic Crystal technology almost triples the brightness and creates an intense beam that pierces the darkness. So you get the long-run times and indestructibility of an LED with a new level of brightness that leaves other LEDs in the dark. C4 approximates the range and brightness of a xenon bulb
GUIDE TO CHOOSING THE RIGHT LIGHT Streamlight makes serious lighting tools. They are made for a wide variety of applications, but also made easy to select what's best for your specific needs. If you ask yourself a few basic questions – and answer based on the information provided here – you can choose a light that will serve you well for a long, long time. Streamlight Takes LED Technology to a Whole New Level Flashlight choice depends on intended use. Typically, there is no one light that works well in all situations. Consider your applications and the following basic questions: HOW BRIGHT? Is the work close up or is a long range beam required? Is the extraordinary bulb life and reliability of an LED needed or is the blinding power of a halogen or xenon bulb critical?
BATTERY TYPE? Disposable or Rechargeable flashlight batteries? Disposable batteries , either alkaline or lithium, have excellent storage life, 7 and 10 years respectively. They generally offer longer runtimes for a given bulb power and are typically lower in initial purchase price and easier to keep spares on hand. Their operating costs are considerably higher than rechargeable flashlights (see chart) and they are seldom as bright. Lithium cells have high energy density, but are even more costly than alkaline. Rechargeable flashlights using nickel cadmium or lithiumion batteries feature extraordinarily low operating expense and are well suited for frequent use. They can often support a brighter xenon bulb or LED and store conveniently in custom charger holders. Their initial purchase price is higher and they self discharge at a higher rate when in storage.
Lumens and Candlepower
How Bright? Flashlights come with several kinds of bulbs. The biggest differences are the amount of brightness, longevity of the bulb, and the cost. Here’s a rundown of bulb choices: INCANDESCENT – Streamlight uses premium gas-filled lamps for high performance. Both xenon bulb and halogen lamps provide high output for their size and a white, natural-appearing light. Halogen lamps “blacken” less as they age and may have longer life than xenon bulb. Both require periodic replacement and can fail on extreme impact. They are easily focused – most powerful, highest performance, top choice for long distances. LEDS (LIGHT EMITTING DIODES) – Solid-state construction. Very durable and long-lived – up to 100,000 hours. Do not require periodic replacement. Soft focus, short range. Good for close work. Typically much less power than incandescent lamp, but can give extremely long (100’s of hours) runtimes at low illumination levels. LUXEON – Reliability of an LED with the performance of an incandescent. Latest in high power LED flashlights technology. Durable with lifetimes 10,000 to 50,000 hours. Can be focused to give performance that competes with incandescent in many applications. COMBINATION LED/INCANDESCENT – Streamlight’s exclusive patented LED/ Xenon bulb combination lights combine the long running times and durability of LEDs with the brightness of an incandescent. Arguably the best of both worlds. Green LEDs Help Keep You Safe in the Great Outdoors Streamlight offers a variety of lights with new safety green LEDs. The green light is ideal for the outdoors. It's bright enough to light your way and alert other hunters of your presence. It can be seen up to a mile away, yet it will not spook game. The safety-green LED is available with the ClipMate, the Stylus, the Key-Mate, and the Trident LED. Keep Safety in Sight at All Times Recent studies reveal the encouraging news that more and more safety conscious hunters are avoiding serious accidents. However, according to the most recent IHEA Report of Hunting and Hunting Related Incidents* even more accidents could have been prevented if the victim had been positively identified or was within sight. The safety lesson is dear: You must clearly identify your target
Be Smart. Be Safe. You've probably gone to a lot of trouble and invested a lot of time and money in preparing to hunt well and hunt safely. A flashlight is an easy, relatively inexpensive extra dose of precaution and good sense. Be smart. Be safe. Take one along.
SAFETY FIRST, LAST AND ALWAYS... Streamlight Gives You More Options for More Hazardous Locations WHY ARE SAFETY RATINGS IMPORTANT? There are several different types of hazardous locations in which it can be extremely dangerous to use any light that has not been specially designed for that kind of location. These are areas where fire or explosion hazards may exist due to the presence of flammable gases, liquids, vapors, dusts or ignitable fibers or flyings. Streamlight subjects its lights to the most rigorous testing – and meets or exceeds the standards of leading independent laboratories such as Factory Mutual Research Corporation, Underwriters Laboratories Inc. and Demko. It’s your assurance that the Streamlight flashlight you choose will be safe, reliable and tough enough for the job. DIFFERENT LIGHTS FOR DIFFERENT HAZARDOUS LOCATIONS. The National Electric Code (NEC) defines hazardous locations by “class” and “division.” There are three classes:
The “Division” designation refers to the likelihood that ignitable concentrations of flammable materials are present. There are two divisions:
Hazardous classes are further defined by “groups” based on the physical properties of
STREAMLIGHT HAS THE SAFETY YOU NEED AND THE POWER, PERFORMANCE AND DEPENDABILITY YOU WANT. Streamlight has the light you need, no matter what kind of hazardous location you’ll be working in. Streamlight offers more choices than ever with the addition of the 3AA HAZ-LO, first Class I / Division 1 safety-rated headlamp. Streamlight makes it easy to choose a light with all the qualities you want. The safety ratings are prominently displayed on the packaging and literature for all Streamlight products.
ATEX RATINGS: As of July 2003, mandatory compliance to the European Union (EU) Directive 94/9/EC (ATEX) for all products intended for use in potentially explosive atmospheres within the EU member countries came into effect. Differing from the NEC, the ATEX Directive categorizes equipment into Group I (mining) and Group II (non-mining) applications according to the relevant protection methods used in their design. Similar to divisions, “zones” (0, 1 or 2) and gas groups; A (propane), B (ethylene) and C (Acetylene and Hydrogen), are used to define Group II hazardous area characteristics. For a particular zone and group a specific equipment category and protection concept are required. Further, all approved flashlights are temperature rated from T1 (less than or equal to 450°C) to T6 (less than or equal to 85°C) and the flashlight you select partly depends on the auto ignition temperature characteristics of the substances you may encounter and the ambient temperature (adjusted to 40°C) of the area. This document contains a simplified explanation of safety approvals and list of some of the substances and conditions for which the approval is valid. It is not intended as a substitute for a thorough understanding of the subject. Remember; you or the “Authority Having Jurisdiction” are responsible for the proper selection and application, in a properly defined area, of any hazardous locations approved product. The National Fire Protection Agency (NFPA), The International Electrotechnical Association (IEC) as well as most certifying agencies offering hazardous locations services are helpful references for defining hazardous locations. Streamlight flashlights have been tested and approved by the world’s leading independent laboratories such as Factory Mutual Research Corporation, Underwriters Laboratories Inc. and Demko. It’s your assurance that the Streamlight flashlight you choose will be safe, reliable and tough enough for the job – characteristics that have distinguished Streamlight products for over a quarter century. INTRODUCING STREAMLIGHT ULTRAVIOLET FLASHLIGHTS. Ultra-Effective at Detecting Counterfeit Documents. Streamlight, the most trusted name in professional lights for law enforcement officers and firefighters, is proud to introduce a dramatic new detection tool. Powerful, reliable, effective ultraviolet lights - available in two models - help you detect counterfeit documents in a flash.
An Important Forensic Tool. Streamlight ultraviolet lights are also used by medical examiners to quickly detect the presence of proteins at crime scenes.
Streamlight offers two models with ultraviolet capabilities. The Twin-Task 3C UV and the Stylus UV.
Streamlight UV flashlights are essential tools in the fight against terrorism, fraud and forgery. Conrad Hubert also known as Akiba Horowitz, an American of Russian decent, is an inventor of a flashlight. He received a US patent on August 26, 1903 for a flashlight with an on/off switch in the now familiar cylindrical casing containing lamp and batteries. Flashlight invention did not occur until 1902 because it depended upon earlier invention of the electric battery and electric light.
AMP The abbreviation for ampere and amperage. The unit used to measure electric current. AMPERE-HOUR One ampere of current flowing for one AMPERE-HOUR. One ampere of current flowing for one hour. ANODIZING An electro-chemical coating for aluminum. Hard, durable, and attractive. Anodized parts are highly corrosion resistant. ATEX European safety rating. ATEX products are rated for use in or around explosive atmospheres. BI-PIN XENON BULB A xenon bulb with two contact pins that plug into a socket allowing easy replacement. "BLACK DOT" BULB The Black Dot prevents stray light and gives the beam the ability to shine through dense mist, fog, and smoke. Firefighters rely heavily upon the Survivor for this reason. BEAM CANDLEPOWER Also called Peak Beam Candlepower. Measurement of the brightest spot in a focused beam. An indication of the maximum intensity of the flashlight. The “hot spot" is equal in brightness to the number of “candles" required to produce the same illumination. CANDELA Also called “candle." The unit of luminous intensity. One candela is equivalent to 12.57 lumens. At one time it was equal to the light from an actual burning “standard candle." CANDLEPOWER When referring to flashlights, candlepower is usually the same as beam candlepower. CE Flashlights carrying this symbol meet applicable European Community Directives, and can therefore be sold in Europe. DUAL FILAMENT An option on the Vulcan and LiteBox, this bulb contains two filaments which enables users to instantly switch to the second filament when back-up lighting is needed. EX Signifies conformance to European Standards for use in potentially explosive atmospheres. FM Factory Mutual Research Corporation is a third-party testing organization that approves products for use in specified hazardous locations. The Vulcan carries an FM approval. HALOGEN AND XENON BULB Flashlights using bulbs filled with these gases are recognized by their extreme brilliance and white light. Halogen and xenon bulbs are generally more efficient than ordinary bulbs and may last longer. HIGH TEMPERATURE LENS Typically made of borosilicate glass which has low thermal expansion characteristics. Easy to clean, resists scratching, and has good shock resistance when properly mounted. INTRINSICALLY SAFE Not capable of igniting a flammable atmosphere under both normal and “fault" conditions. LEAD ACID Rechargeable flashlight battery chemistry used in the Vulcan and LiteBox. Unlike automotive batteries, Streamlight lead acid batteries will not spill acid. Streamlight batteries are sealed and do not contain free liquid. LED (Light Emitting Diode) A high-intensity “solid-state" bulb which lasts up to 100,000 hours. Able to run for very long periods of time on very little power. Available in various colors including Ultra Violet. LITHIUM Disposable batteries using lithium chemistry are gaining in popularity because of their light weight, high energy density, and shelf life of ten years. Lithium Ion rechargeable flashlight batteries, as used in the Strion, combine high capacity with small size and light weight. LUMEN Unit of luminance. As used in reference to flashlights, it refers to the total amount of light radiated by the bare lamp, the LED, or the flashlight. Because this measurement does consider the focusing efficiency of the reflector, it does not indicate how “bright" the focused beam will appear. A flood lamp with a very wide dim appearing pattern can have the same lumen rating as a very tightly focused intensely bright spot lamp assembly. Lumen ratings cannot be converted to beam candlepower. MACHINED ALUMINUM Flashlight components made from this material are lightweight, durable, and can be held to tight manufacturing tolerances for superior performance in precision assemblies. NICKEL CADMIUM (abbreviated NiCd) The most common rechargeable flashlight battery used in Streamlight products. It is the most rugged rechargeable flashlights technology and provides the highest performance/cost ratio. Must be recycled at end of life. NON-INCENDIVE Not capable of igniting a flammable atmosphere under normal operating conditions. NON-CONDUCTIVE Will not conduct electricity. Flashlights made with non-conductive case materials protect against electric shock should the flashlight touch an electrical source. O-RING Used as a gasket to seal the flashlight case against dust and moisture. POLYCARBONATE Clear, tough, shatterproof, virtually unbreakable polymer used to make the lens in most Streamlight flashlights. Often hard coated for abrasion resistance. POLYMER Material with a long chain molecular structure. Lightweight, highly durable, shock-resistant, non-conductive, and moldable in colors. PRE-FOCUSED LAMP MODULE Lamp and reflector furnished and replaced as a unit. Permanently adjusted at the factory for optimum focus. REFLECTOR Surrounds the lamp and directs and focuses the light rays in one direction. Streamlight reflectors are computer designed for optimum performance. UL Underwriters Laboratories, Inc. is a third-party testing organization that approves products for compliance to electrical specifications and for use in specified hazardous locations. VOLT Unit of electrical potential. The potential difference between two points in an electrical system is called the voltage between those points. WATT Unit of power. Electrical power can be calculated by multiplying voltage times amperage.
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