My LED Lights are Too Hot!

When incandescent lights were all there was, bulbs were known to get quite hot, sometimes to the point of causing serious burns if they made contact with flesh. As far as illumination went, this was approved procedure. Efficiency has significantly increased along with appearance and function as lighting has changed and as our technologies have advanced. One thing never changes. It produces heat to light.
The idea that "all this new LED technology is so great because they run cold" is a common one. Sadly, scientific advancements have not been sufficient to totally eradicate heat from our light sources. Our attempts to produce various brightness and color temperature levels are hampered by inefficiencies in the energy conversion process, which wastes energy in the form of heat. Although this heat will be considerably less than that produced by incandescent bulbs in the past, heat is nonetheless generated. If you compare a 60W incandescent bulb with an output of about 800 lumens to the KLUS 1910 model of LED, which is approximately 3 watts/ft or 113 lumens per watt, you will get 6,780 lumens for a total of 60 watts. This is an illustration of the enhanced efficiency. Both will produce heat because of how the lighting is set up and the amount of electricity used, however the heat produced by the LED will be far lower overall.
The lifespan of an LED is highly influenced by the product's operational temperature. The maximum operating temperature for most LED strips is about 140°F. The product will last the longest if you keep it at or below this temperature; if you raise it above this point, it will still work, but its lifetime and color will degrade much more quickly. In order to achieve the required lifespan out of the LED, using an extrusion model is crucial in this situation. Aluminum profiles allow you to attach your LED flexible strip inside, forming a bond between the LED flexible strip's back side and the metal. This allows the extra heat generated by the LEDs themselves (as a result of the aforementioned inefficiencies) to be drawn away from them and dissipated by the aluminum extrusion into the environment. Yes, the aluminum profile itself and its components will become hotter as a result, usually becoming warm to the touch but occasionally reaching temperatures that may be uncomfortable or even higher than the recommended working temperature for LEDs. In this instance, the extrusions are performing as intended by removing heat from the LED and generating the conditions necessary for that LED to have a completely functional lifespan. It is extremely uncommon for an LED profile or extrusion to burn someone unless the manufacturer's maximum suggested wattage is not followed.
new technology, really Although LED lighting can and will get hot, temperatures are significantly safer than with older lighting. Although employing LED lighting significantly reduces ambient heat compared to older incandescent lighting, the heat from the lighting will still warm the area around you. Because you will now use less power to cool the region through your surrounding climate control system, this drop in surrounding area temperature is another another example of savings. Although LED flexible strips can be used on their own, to obtain the most value for your money, we always advise coupling them with an aluminum extrusion.
Please get in touch with us or one of our local agents if you want to find out more about how to incorporate BENWEI LED lighting systems into your home or place of business.
Feature
● 90% less energy is used by our 12 volt, 5 watt LED bulb than by incandescent lights. This LED light not only lasts up to 40 times longer than a 50 watt incandescent bulb, but it also does so!
● The corrosion-resistant copper/chrome standard Edison screw base is ideal for both indoor and outdoor applications.
● When installed sideways in a fixture, this bulb offers superior illumination with 270 degrees of light coverage.
● These particular bulbs are perfect for light fixtures with limited space because they are a little bit smaller than a typical household incandescent bulb!
● Customers of BENWEI all around the world adore these for modest domestic lamp lighting as well as engine rooms and safety lighting!
Specification
| Base: | E26/27 (standard household screwbase) |
| Voltage: | 10-20 Volts DC |
| Voltage Range: | 10-80VDC |
| Watts: | 5 |
| Lumens: | 500 |
| Colour Temperature: | 3000 - 3500K (Warm White) or 4000 - 4500K (Soft Daylight) |
| Dimensions(tip to tip): | INCHES: 3 3/8" x 2" CM: 8.5cm x 5cm |
| Brand: | BENWEI |





