The effect of overheating LED industrial and mining lights

 LED heat dissipation and chips are just one of the most important components of LED industrial and mining lights. Therefore, they must have good quality to bring higher luminous efficiency and thus better lighting effect. No matter how good or bad the heat dissipation is, it will always directly affect the stability and life of LED industrial mining lights. So, how to make the LED industrial mining lights dissipate heat better? The best way is to use SUNPER technology. It is worth noting the effect of heat dissipation ion on LED light products, the following are just some of the key points.

 

 

Material quality degradation

LED lighting products usually operate for long periods of time. However, some materials are susceptible to oxidation as the temperature rises. Due to the repeated high temperature oxidation of the material, the quality will be reduced as a result. The life span will also be shortened. The strength of the material will also be destroyed as the light switches and causes multiple expansion and contraction.

 

Reduced operating time

The most immediate effect is the reduction in operating time of the LED work light due to poor heat dissipation. Since LED lights are energy visible light, the conversion rate cannot be 100% when converting electrical energy to light. According to the law of conservation of energy, the excess energy is usually converted into heat energy. If the heat dissipation structure of LED mining lights is not designed properly, this heat cannot be eliminated quickly. In addition, due to the relatively small size of the LED package, the I&M light may accumulate a lot of heat, which leads to a shortened life expectancy.

 

Damage to electronic parts due to overheating

This is a common problem with semiconductor heat sources. When the LED temperature increases, the resistance also increases, which leads to an increase in current. This increase in current leads to a rise in heat, which can eventually lead to overheating and damage to electronic components due to electronic failure.

 

Deformation of lamp material due to overheating

LED lights are made up of different components and different materials are used for different components. When the temperature rises, some materials will bend due to excessive heating. If the distance between adjacent parts is small, the two can squeeze, which can seriously damage the component.

 

Some of the undesirable consequences of LED overheating include the following. the overall performance of the LED work light is reduced, the expected life is shortened, etc. These are some of the problems that can occur if the heat is not well regulated. Therefore, the cooling technology used for the LED is very important. the LED heat dissipation design should be very effective in order to avoid the troubles of LED heat generation. The most important thing when buying is to choose LED work lights with good heat dissipation. It is not only very effective in terms of long term cost savings but also in terms of peace of mind.