THE POWER-PACKED FLASHLIGHT OF THE FUTURE!
Includes removeable magnetic belt clip!
ultra bright wide angle beam
High Intensity Survival Flashlight
The Personal Accessory Light Safe-Ligh Survival Light, is an absolute must for your Work or At-Home Safety Program. Never before have you had access to such an "All-Around" light of this magnitude with the built in qualities.
New circuitry technology allow batteries to last longer - 20 times longer! Save money on batteries. Reliable - it works when you need it!
Nearly pure white diode light greatly reduces color distortion. The Safe-Light is SMALL BUT POWERFUL! Almost no heat generated. Outlives incandescent bulbs. Save money on bulb purchases. Unlikely to break when dropped.
Always On Mode:
You know light will work at a glance. Reliable - it works when you need it. Lasts for years in this mode on the same battery. Find-in-the-dark glow, easy to locate in the dark. Keep it handy at your bedside, in your purse, or pocket, or glove box, with your camping/hiking gear.
Low Beam Mode:
Read in the dark during a power outage or when camping. Lasts over 200 hours in this mode. Costs less than a penny per hour! You can see about 20 feet. Super tool for campers, hunters, fishermen. Know the position of everyone at all times.
High Beam Mode:
Lasts over 20 hours in this mode. You can see about 100 feet. Can be seen from about 1/4 mile! Light up that trail for a safe walk!
Strobe Light Mode:
Attention-getting distress signal. This is the mode that makes the PALight an indispensable lighting tool. Survival Signaling Ability instantly available with a press of the switch! Can be seen from about 1/4 mile at sea, in the mountains or deserts!
Shock Resistant:
Not likely to break when dropped. Safer - no shattering glass to clean up. Cost-effective - less likely to need replacement.
Moisture Resistant:
Clean with a damp cloth. Usable in adverse weather conditions.
Shielded Internal Electronics:
Prevents battery corrosion and extends life of the flashlight.
Soft Sanoprene Case:
Comfortable to hold in your hand. Latex-free - hypoallergenic.
Long Lasting! Unlike conventional flashlights, Safe-lights won't dim and then immediately die. Instead, you know well in advance when to change the battery depending on the desired level of intensity.
Replaceable Battery:
The Safe-Light operates on a standard 9V battery that is easy and economical to replace.
PHYSICAL PROPERTIES:
All models weigh 3 ounces with the battery. It measures 2 7/8"L x 1 1/4"W x 1" Thick. The band releases for battery replacement by pressing down on the right (engraved side) and pulling the left side away from the body. Grip the upper Sanoprene rubber securely and pull off the bottom, pull out the drained battery, and reinstall the fresh battery. Close up the light by reversing the opening steps.
Reliability - Safe-Light Personal Safety Flashlights are long lasting and are safe to use.
Safe-Light Personal Safety Flashlights are extremely tough. There is no glass to shatter and no filament to break, making them completely resistant to shock and vibration!
Built To Last - A rugged polycarbonate body, recessed LED lamp with integrated polycarbonate focusing lens make for one of the toughest , crush resistant, palm-sized personal safety flashlights available anywhere. LEDs have a life span of 100,000 hours, or 600 weeks, or over 11 years of continuous use. Under most applications, LEDs will never fail.
See and Be Seen - The intense bright light produces a powerful 30+ yard focused beam and a light visible over 2 miles. The Safe-Light Personal Safety Flashlights also include a 360º bright location and distress signaling called the Emergency Flashing Signal.
Battery Life - Flashlights are typically needed when it's dark, but may be challenging to locate because it's dark. Safe-Light Personal Safety Flashlights have solved this fundamental problem with their Night Light Constant Glow feature that makes use of the natural drain of a battery, lasting for up to one year.
WHY AN LED SURVIVAL LIGHT?
LED's are more durable, longer lasting and are more energy efficient than incandescent light bulbs. Since LEDs do not have a filament, they are not damaged under circumstances when a regular incandescent bulb would be. They are constructed from tiny solid-state chips similar to those used in computers. These chips directly convert electricity to light without the use of a filament or glass bulb. Instead the chips are encapsulated in solid plastic that can be made into a variety of shapes and sizes. LED lights last significantly longer with dramatically lower power requirements, so batteries will last many times longer than with incandescent bulbs. LEDS are extremely tough, reliable, safe and completely resistant to shock and vibration.
The principle behind LEDs, while complicated, can be made easy to understand. An LED is a special type of diode and is similar to a transistor. Diodes and transistors are "solid state" devices that are made from semiconductors such as silicon. The semiconductor is made to contain two types of special impurities. The first of impurity, called "N" for negative, is a material with an excess of electrons. The other type of impurity, called "P" for positive, has a deficiency of electrons in "holes." These two kinds of impurities are dispersed into the semiconductor at different regions, so that a "P-N junction," or active layer, is created at the border.
Why do batteries last so long in LED flashlights? The main difference is how incandescent lamps and how LEDs behave when the batteries start running down. If the bulb is an incandescent, when batteries run down, the filament runs cooler. For one thing, its resistance drops, which causes the current to not decrease as much as the voltage applied to the bulb. When the batteries weaken the LED typically conserves the remaining energy in the batteries. Another significant difference is that incandescent lamps operate much less efficiently when the filament is not as hot, while most LEDs used in flashlights usually operate slightly more efficiently than normal at reduced power. If an incandescent flashlight and an LED flashlight have the same number of batteries and the batteries are of the same type and condition, and the flashlight bulbs take the same amount of power from fresh batteries, the flashlights will probably appear roughly, equally bright. But the incandescent one will fade more rapidly when the batteries weaken. The LED one will continue working for many times the amount of time that the incandescent one does.
LED's are also unique because they come in various "pure" colors. The color generated from these LED lights is determined by the metal composite or chemical that covers the tips of the probes within the LED itself. One of the reasons that the LED is so extremely efficient is that only a tiny part of the color spectrum is generated. Energy is not wasted trying to generate unwanted colors making LEDs superior to typical incandescent bulbs found in traditional flashlights.
