LED strip lights, ribbons or tapes are becoming just about the most popular LED products in the marketplace. They didn’t only replace incandescent ribbons, but some of the fluorescent tubes also, and of course gave endless choices for advertisements and decoration of bars, hotels, and other public facilities. Using the fast continuing development of the LED technology, they are now available in very bright versions too, allowing users to use it as task, or perhaps rare cases, at the same time a principal supply of lighting. Their application is popular both in home and commercial use, and then we collected the main characteristics of strip lights consumers need to consider if they want to make the right choice.
According to our purposes these features may help us decide what we must apply.
– The size and style or type of LED included
– the amount of LEDs in a metre in the strip
– the colors or colour temperature of the LEDs
– the flexibleness in the strip
– the direction of LEDs around the strip
– carrying capacity – robust
– IP rating
– dimmers and controllers
Of all the so-called determining factors mentioned previously, the main is among the most type and size with the LED included, as both versions determine its brightness or performance. This difference had been discussed in a of our own previous articles on ArticleBase.com: what sort of performance of numerous LED technologies (low power, SMD power and high power) ranges, plus the size the diodes. Obviously, greater recent we now have from the LED is, and the bigger its dimensions are, the brighter it will be.
Another determining factor with the performance is naturally the volume of LEDs inside the strip within a metre for instance. The higher this number is, the brighter the strip is, though higher than normal numbers within a metre often require special technologies, like double width strips – the place that the LED are put it’s unlikely that any after the other in 2-3 rows next to each other. With strips such as a lot of LED make sure their arrangement, because LEDs placed too near each other may emit an excessive amount of heat and radically shorten the lifespan with the strip.
The color array of the LED is endless, since any colour can be created with RGB technique. You can find generally 2-3 shades of white available: bright or cold white – the bluish, really bright form of white, the warm white – that’s rather yellowish much like the sun, and also the natural white – which is a mixture of both in various degrees. The temperature in the white colour is measured in Kelvin, along with the higher colour temperatures (from about 5000 K) are the cold, or bluish whites as well as the lower ones (2700 – 3000 K) are the warmer white colours.
Single colour LEDs are available in virtually all colours now, though the RGB LED strips also can emit a lot of avenues of colours. RGB strips need a controller to work, and decide whether or not the colour of the strip needs to be one constant colour, or should change along with setting the speed of change. Special pixel RGB strips can customize the colour uninterruptedly, making a run-down effect. All of the colour changes in the RGB strip largely is dependent upon the ability with the controller too.
The flexibleness with the LED strips can be quite a determining factor in their application. Rigid strips are ideal for replacing fluorescent tubes as an example, though there is almost nothing you wouldn’t manage to use a versatile strip either. On flat surfaces idea better to use rigid strips, though put on ceilings or walls – I assume most of you’ve encounter this concern before – what seems to be flat for the eye is way from straight once examined using a spirit level. So, flexibility is a lot more normally a grace than a burden.
Strips are often flexible to a single dimension only, which is exactly she the direction from the LEDs may be significant. The commonest forms of strips have LEDs lighting upwards, so if as an example if you wish to enlighten one of the wheels you will need to look for side-mounted or side-view strips so that you can shape them the best suited direction.
The carrying capacity of strips is mostly minimal. Heavy-duty strip lights are not usually sold for home use, but prefer to for commercial experience ships and in factories as an example. In house use, where carrying capacity matters – with an side of a stair as an illustration – the use of profiles may be the common solution.
The IP rating of strips or any electric goods comprises of two numbers, indicating just how much protection provided from the intrusion of solid objects (including body parts like hands and wrists), dust, accidental contact, and water in electrical enclosures.
If you are intending to install strip lights at wet or humid places, outdoors, and maybe even under water, in that case your items have to be partially or completely waterproof. 100% waterproof items possess the IP rating of 68.
The Voltage of LED strip lights should be checked before application. Strips running at mains will often be used, but many of the LED strips require a transformer, given that they run at reduced voltage (usually 12 or 24 V). If the strips need to have a transformer, make sure it is suited to LEDs, because electric transformers quite often ruin LEDs.
The range of moods or atmospheres that could be made with strip lights is amazingly large and a lot depends upon the accessories you have with these, like dimmers or controllers. Although the largest selection of RGB effects are set up with panels, and then there isn’t any limit for the effects used aside from our imagination, there is a lot you’re able to do with strips too, applying complex controllers, just like the DMX, enabling you to set the rhythm of colour change to music. Dimming is obviously simply attainable, though most strips demand a dimmer specifically manufactured for LEDs.
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