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How To Choose Led Flexible Strip

LED Flexible strip, ribbons or tapes have become one of the most popular LED products available at the market.
 They did not only replace incandescent ribbons, but some of the fluorescent tubes as well, and definitely gave
endless options for advertisements and decoration of bars, hotels, and other public places. With the fast develop
ment of the LED technology, they are now available in very bright versions too, allowing users to apply it as task,
 or in rare cases, even as a main source of lighting. Their application is popular both in home and commercial use,
 therefore we collected the main characteristics of strip lights consumers need to consider if they want to make
 the right choice.Depending on our purposes the following features may help us decide what we have to apply.
1. The size or type of LED included
2. The number of LEDs within a metre of the strip
3. The colours or colour temperature of the LEDs
4. The flexibility of the strip
5. The direction of LEDs on the strip
6. Carrying capacity - heavy duty
7. IP rating
8. Voltage
9. Dimmers and controllers .
Of all the determining factors mentioned above, the most important is probably the type and size of the LED
 included, both of which determine its brightness or performance. This difference has already been discussed
 in one of our previous articles: how the performance of different LED technologies (low power, SMD power
 and high power) ranges, as well as the size of the diodes. Obviously, the more recent the technology of the
 LED is, and the bigger its size is, the brighter it will be.Another determining factor of the performance is of
course the number of LEDs in the strip within a metre for instance. The higher this number is, the brighter
 the strip is, though extremely high numbers within a metre often require special technologies, like double
 width strips - where the LED are placed not just one after the other but in two or three rows next to each
 other. With strips including a high number of LED always check their arrangement, because LEDs placed
 too close to each other may emit too much heat and radically shorten the lifespan of the strip.The color
 range of the LED is now endless, since any color can be created with RGB technique. There are generally
 two or three shades of white available: bright or cold white - the bluish, really bright version of white, the
 warm white - which is rather yellowish like the sun, and the natural white - which is a combination of the
 two in various degrees. The temperature of the white colour is measured in Kelvin, and the higher color
 temperatures (from about 5000 K) are the cold, or bluish whites and the lower ones (2700 - 3000 K) are
the warmer white colours.Single color LEDs are available in almost all colors now, but the RGB LED strips
 can also emit a large variety of colors. RGB strips need a controller to operate, and decide whether the
color of the strip should be one constant color, or should change along with setting the pace of change.
Special pixel RGB strips are able to change the color in a row, creating a run-down effect. The variety of
color changes of the RGB strip largely depends on the knowledge of the controller too.The flexibility of
the LED strips can be a determining factor in their application. Rigid strips are perfect for replacing fluor
escent tubes for instance, though there is hardly anything you would not be able to do with a flexible strip
 either. On flat surfaces it is sometimes easier to work with rigid strips, though applied on ceilings or walls
 - I guess many of you have come across this problem before - what appears to be flat for the eye is far from
 straight once examined with a spirit level. So, flexibility is more often a grace than a burden. Strips are usually
 flexible to one dimension only, which is exactly she the direction of the LEDs can be significant. The most
 common types of strips have LEDs lighting upwards, so if for instance if you wish to enlighten a wheel you
 have to look for side-mounted or side-view strips to be able to shape them the right direction.The carrying
capacity of strips is generally very low. Heavy-duty strip lights are not usually sold for home use, but much
rather for commercial use on ships and in factories for instance. In home use, where carrying capacity matters
 - on an edge of a stair for instance - the use of profiles is the common solution.The IP rating of strips or any
 electric goods is made up of two numbers, indicating the degree of protection provided against the intrusion
 of solid objects (including body parts like hands and fingers), dust, accidental contact, and water in electrical
enclosures.If you are planning to install strip lights at wet or humid places, outdoors, or maybe even under
 water, then your items need to be partially or completely waterproof. 100% waterproof items have the IP
rating of 68.The Voltage of LED flexible strip should always be checked before application. Strips running at
 mains are often used, but most of the LED strips require a transformer, since they run at low voltage (usually
 12 or 24 V). If your strips need a transformer, make sure it is suitable for LEDs, because electric transformers
 most of the time ruin LEDs.The variety of moods or atmospheres that can be created with strip lights is incr
edibly large and a lot depends on the accessories you use with them, like dimmers or controllers. Although
 the largest variety of RGB effects are created with panels, where there is no limit to the effects used other than
 our imagination, there is a lot you can do with strips too, applying complex controllers, like the DMX, allowing
 you to set the rhythm of color change to music. Dimming is always simply attainable, though most strips require
a dimmer specifically manufactured for LEDs.