You cannot cut just anywhere on your LED strip. Instead, you must follow the guides located on the strips that will tell you where you can cut them. The LED strips should have copper dots or ovals, typically located every three LEDs. These markers indicate cut points where you can make a cut in the strip.
You can, but we wouldn't recommend it. By cutting an LED strip light anywhere other than the designated cutting point, you run the risk of damaging the components on the strip itself, as well as the circuit board. This may ultimately result in the strip light not working.
When cutting LED Strip Light it is very important to cut only on the given cut line between the copper dots. Cutting through or before the copper dots will result in no electrical conductivity to the following section. Use a pair of sharp scissors to cut the LED Strip Light directly down the given cut line.
By cutting strips you can continue your stream of light around corners. While it will depend on the brand you choose, most LED strips can be cut.
Yes, LED strip lights will work after they've been cut as long as you cut them along the designated lines. LED strips are made up of several individual circuits, so each cut line demarcates the end of one circuit and the start of a new one.
You can just connect wires to the terminals and power it up. Most LED strips can be cut to size, and the leftover strip can be reused.
A: Some light strips can be cut to a specific length and continue to work. However, they must be cut according to the cut mark. There are some tiny and precise parts on LED light strips. If you accidentally cut the wrong place, you may cause the light to stop working normally.
Most likely you've cut it at the wrong point. Most RGB strips are designed to allow cutting only at marked segments, usually 3 or 5 LED's. If you cut elsewhere the conductors are not exposed and prevent the strip from working.
Longevity. LEDs have an unbelievably long expected life-span, compared to both incandescent and fluorescent lights. With an average life-expectancy of some 50,000 hours, LED strip lights will still be burning bright in 17 years' time, long after their traditional counterparts will have expired.
Unlike incandescent light bulbs, LEDs don't produce light using heat. This is part of what makes them so energy efficient. The downside is that their components can be sensitive to overheating, which can cause them to burn out prematurely.
Thankfully, LED lights are unlikely to catch on fire. The reason is because of their low operating temperature. Overheating is one of the leading causes of fires at the hands of light bulbs. If the bulb gets too hot, it can damage the fixture, melt it, or heat up surrounding material enough to spark a flame.
LED lights are unlikely to start a fire. The bulbs don't get hot enough to ignite anything. The biggest risks are faulty wiring or overloaded circuits. This is often caused by the way they are installed, rather than an issue with the light itself.
The other problem is running too much LED Strip linked together, or on under-rated wire or cable, this can also post a Fire Risk.
LEDs use much less energy than incandescent bulbs because diode light is much more efficient, power-wise, than filament light. LED bulbs use more than 75% less energy than incandescent lighting. At low power levels, the difference is even larger.
LED strips are pretty harmless. In extremely rare cases, they may cause a fire, but there is no risk apart from that. However, make sure you take good care of your lights. If well-maintained, there is nothing to worry about.
LED lights may be more likely to cause dizziness and other chronic conditions than fluorescent lights. According to Professor Arnold Wilkins, a professor of psychology at the University of Essex, “People exposed to LED lights can start feeling dizzy and ill within 20 minutes' exposure.”
We have measured a typical temperature rise of 54°F (30°C) over ambient temperatures. In other words, for an LED strip in a typical room temperature environment of 75°F (24°C), you can expect the LED strip to reach a temperature of 129°F (54°C).
Reasons often include a faulty power supply, loose connections, a faulty circuit design, or even damage due to water ingress caused by rain. Whatever the reason is for your LED lights not working and whatever the tell-tale signs are, there's usually a solution to the issue.
There are a number of basic reasons for LED lights to fail but the primary issue is heat. Over-heating can be a result of a number of design and assembly issues but is still the cause of the majority of LED lamp failures – both in the fitting themselves and also the drivers.
A great benefit to LED bulbs is you can repair almost everything. Premature burnouts can be caused by poor component quality, LED overheating, and voltage jumps. The good news is that you don't have to have a lot of experience to handle the repair and the cost is significantly less than the price of a new bulb.
Yes, new technology LED lighting can and will get hot, but when compared to the lighting of the past, temperatures are much safer. The heat from the lighting will also warm your surrounding environment but in comparison to old incandescent lighting, this ambient heat is greatly reduced when using LED lighting.
LEDs Use Less Energy Than Traditional Lighting Sources
LEDs use between 25- and 80-percent less energy than incandescent lights. According to the DOE, the annual energy cost of a 60 W incandescent light is $4.80, but the comparable cost of a 12 W LED, providing the same light as a 60 W incandescent light, is $1.00.