Maglite C-Cell torches. Polarion HID. Princeton Tec. Other brands. Get Smarter. Maglite - torch 5-D type. Maglite Mini AA, black. Maglite torch 3-D type, black. We love quality products. Maglite - Accupack for MagCharger. Maglite Solitaire Classic, black. More than Maglite flashlight type 4 D-cell, black. Maglite Solitaire Classic, silver.
Maglite Mini torch AAA, grey. Maglite Mini torch AAA, black. Maglite Flashlight type 3 D-cell, grey. Maglite Mini torch AAA, blue. Maglite Mini AA, red. Maglite - Replacement bulb for MagCharger. Maglite Mini AA, silver. Bulbs for Solitaire models.
Maglite Solitaire Classic, grey. Maglite - Adapter cable MagCharger. Maglite - Mounting Brackets. Maglite safety wand MagCharger, colour red. Given the limitations of alkaline battery technology, there is always some risk that a battery might leak under some conditions. There are a number of specific reasons why this might happen. One is a defect in the battery, or physical damage to it.
Another reason has to do with the fact that all alkaline batteries have a self-discharge rate, causing them to gradually weaken and die even if they are in a package on a shelf, or in a device that is not used. Leaving dead batteries inside a device can cause battery leakage and resulting corrosion damage. And misuse of the batteries e. But if you follow the simple rules above, you can minimize the possibility that batteries will leak inside your flashlight. Visual signs of battery leakage and crusty deposits corrosion inside your flashlight are a sign of leakage and damage, and if the flashlight is non-functional, this corrosion damage is likely the cause.
It sometimes happens that batteries become stuck inside the barrel and are hard to remove. If this happens, it likely means that the batteries have leaked and have swelled up, and if the flashlight is non-functional, corrosion damage from the leaking batteries is almost certainly the cause. It also sometimes happens that the tailcap becomes stuck on the flashlight and is difficult to unscrew.
Battery exhaustion, battery leakage, and flashlight damage caused by battery leakage are all specifically excluded from your warranty.
You may, however, be able to get help from the battery manufacturer if a battery leak damages your flashlight.
See the next FAQ below for details. What you CAN do is contact the battery manufacturer to see if it has a program to repair or replace your leak-damaged flashlight. Every reputable alkaline battery manufacturer has some form of device damage policy under which you may be eligible to have your flashlight repaired or replaced if it has been damaged by leakage of alkaline batteries that came from that manufacturer.
NOTE: It is good practice to write down and remember the brand name of any batteries you put in the flashlight. If leak damage does occur, it is sometimes difficult or impossible to get the batteries out of the barrel to see what brand they are. Different battery makers may call their device damage policies by different names, and the exact terms may differ from one maker to another and may change over time. Some of the policies may have special requirements, so it may be important to contact the battery manufacturer without delay if you discover battery leak damage.
And do not discard the flashlight or the batteries before finding out whether the battery manufacturer requires you to submit them as proof of claim. You should communicate with the battery manufacturer before you send them the damaged flashlight, and should confirm exactly what their device damage claim eligibility requirements and procedures are.
For your convenience we provide the following website links and contact numbers through which you can get more information concerning battery-leak-damage policies and procedures of various battery manufacturers. Please understand that the battery manufacturers are companies separate and independent of Mag Instrument.
The above battery manufacturer contact information, current as of late September , is provided to you as a courtesy but is, of course, subject to change by the battery manufacturer. The ANSI Standard defines four basic performance categories, and prescribes official logos for displaying results. The following table lists the categories, and for each one indicates the unit of measure, the official logo, and the basic meaning of the category:.
Judging from questions and comments we receive, the distinction between Light Output and Beam Distance is a source of some confusion.
A flashlight can have a very high Light Output measured in lumens , and yet have a very short Beam Distance measured in meters. And the opposite can also be true: A flashlight can have a very modest output in lumens and yet can be remarkably effective in lighting up an object very far away.
Why is this possible? Because Light Output is simply a raw measure of the rate at which a light source generates light — i. It tells nothing about how well or poorly that light is gathered and directed. Beam Distance, on the other hand, is a measure of the maximum distance from which an optimally focused flashlight will cast a useful amount of light on a target. A quarter of a lux can roughly be described as the light level provided by a full moon in an open field on a clear night. In fact, to get a high Light Output score, a flashlight would not even need to have a reflector or lens, at all!
Since the beginning, Mag Instrument has prided itself on its beam-forming optics — the quality of its precision-designed and precision-crafted reflectors, and the versatility of its spot-to-flood beam focusing mechanism. High-quality optics can also play a role in slowing battery consumption and prolonging Run Time.
As LED technology continues to advance, the number of watts of power consumed per lumen of light generated goes down; but it is still true to say that the more lumens you want, the faster you will consume battery power. Each of our incandescent lamps was designed and developed with only one purpose in mind — to operate optimally in the particular flashlight for which the particular lamp is designated.
We do not, however, test for or publish current-draw or wattage figures for the lamp itself, as these are not ANSI performance categories. Just as we do not publish any claim, we also do not guarantee any rating, as to the current draw or the wattage of the lamp you reference. Voltage in volts times Current in amperes equals Power in watts. Thus, if the voltage drop is 4.
You would, however, need to look to the accuracy of your own equipment and the correctness of your own technique. Mag Instrument is not in a position to warrant the accuracy or the typicality of whatever current-draw, voltage-drop or wattage numbers you might obtain.
It is against Mag Instrument policy to provide engineering advice to persons seeking to use Mag Instrument parts or components to build non-Mag devices. And of course we do not warrant, endorse or recommend any such use or any such non-Mag device. You can, however, obtain approximate wattage, current-draw and voltage-drop numbers for the lamp in its intended operating environment by following the procedure described in the answer next above.
Why would you want to carry a pocket or purse flashlight when you have your phone light? Because you don't want to drain your phone battery using it as a light in a power-less situation. Your phone is your lifeline. Don't kill it. If you're going to have a flashlight in your pocket or purse, it better perform well and it better look good. Do you really want to carry around an ugly flashlight? Fortunately for you, you just found the perfect light to make a statement with.
That's almost 2 football fields! Yet, it's small enough to fit right into your pocket or purse. Pretty powerful. Or, should we say pretty and powerful. It comes in several different colors so you can pick one that perfectly fits your style. Ladies, get one for your friends so you can mix and match. Fellas, stop messing around with those ugly or cheap flashlights - choose iconic status.
Choose Maglite. As the 1 selling multi-tool platform to the US military, the MP series has been to hell and back. Serving those who serve, this tool is built to be tough and accessible. A one-hand opening design is crucial, as is the durable stainless body, the variety of 14 tools, and multiple versions that are specialized for any situation.
You know what the problem is with flashlights these days? They all brag about high lumens and how bright they are, but they only run for a short time before the brightness dims down. Heck, they don't run that long at all, even in eco-mode. Well, not this one. On HIGH setting, it can run for more than 5 hours. That's more than 5 football fields! But that's not the most amazing thing about it.
In eco-mode, it will run for more than two weeks nonstop with usable light. That's 18 days, to be exact! All it takes is 4 D-Cell batteries. We used the flashlight to search for owls in trees on a rural property and found we could clearly see individual branches illuminated at distances of 70 to 90 meters.
We did not see any owls, but that was more a function of the chattering of the five-year old accompanying us. Next we went to an open field. Shining the light across it, we could just make out the hill where the neighboring property starts, meters away. On a straight section of road with no traffic lights, we found we could identify the outlines of shapes like trees, bushes, and buildings at a distance of meters. It was our impression that reflective signs, lines on the road, and the road itself reflected light that might have extended beam distance.
It is interesting to note, that although we tested in a somewhat rural area, there were neighbors within reach of the MLL's powerful beam of light. While directing the light at various objects, we realized we had to take care to avoid shining it on houses and windows—lest someone think we were up to no good. For our test, we turned the MLL on high, started a timer and left it. Eight hours in, well past the advertised runtime, it still gave of a surprising amount of light—more than enough to navigate complete darkness in a windowless basement.
At 10 hours, it was still bright enough to shine about meters outdoors at night. Finally, at This model comes with an IPX4 rating, which means that the flashlight can withstand water splashed on it from any direction, without intrusion. IPX4 is the lowest of the water resistance ratings, with IPX7 and IPX8 being ratings for submersion—it should survive moderate rain but not falling overboard from a runaway sailboat. To test it, we used a two and a half gallon bucket to splash water on the MLL from the sides and each end.
Then we dried the flashlight and disassembled it to see if any water made it inside—none did. We wanted to make sure the ML withstood its 1-meter rating. We may have went a little overboard on this part of the test because the MLL seemed so durable. We dropped and tossed it over 20 times from distances ranging from one to two meters.
Examination of the light revealed many abrasions and gouges, but the lens and bezel remained intact, and the twist to focus functioned perfectly.
Additionally, the light still functioned perfectly too, clicking through its function sets without issue.
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