LED Explosion Proof Light: Are They Good for Hazardous Locations?

The hazardous and complex nature of confined spaces presents various risks for workers, which is why, many businesses that operate in hazardous places make use of LED Explosion Proof Light to prevent the ignition of flammable gases as well as dust particles.

At present time, the global adoption of LED Explosion Proof Light is increasing at an average annual rate of 5.9%, the date was taken from a reliable source which is conducted by a market and technology research firm, predicts consumption to reach $206.5 million by the year 2018, which is roughly compared to $137.8 million in the year 2011.

Leading the adoption of explosion proof lighting products of different types are oil-related establishments in the Europe, Middle East as well as African region.

Robust Design & Application

LED Explosion Proof Light is especially designed to isolate sparks within the unit to prevent explosions from escaping. During an explosion, this type of light greatly minimizes the risk of the explosive reaction from spreading and/or igniting volatile substances in the area. The products feature a thick casing that covers the lights.

The design of the LED Explosion Proof Light forces gas to take a long, complex route by way of various pathways and channels; the benefit is - it cools down the gas to a safer temperature. As a matter of fact, the confined spaces offer an ideal environment for dangerous gases and vapours to accumulate because of the areas are poorly ventilated, isolated and usually hard to maintain compared to other active sections of the facility.

Due to the sensitive nature of confined spaces, LED Explosion Proof Light are used to eliminate or greatly decrease the possibility of fire hazards, for instance confined locations include chemical storage tanks, silos and tanker rail cars. These places are typically segregated away from the main operating hub of the plant, which entails limited access to such areas.

Traditional explosion proof lighting normally incorporates the use of incandescent as well as fluorescent fixtures. These types of lights are not as efficient as needed to meet the requirements of hazardous working environments, compared to LEDs.

In actuality, incandescent units offer a lifespan of 1,200+ hours and a 10-17 lumens-per-watt ratio. It has difficulties operating under extreme temperatures and humidity. On the other hand, fluorescent units provide roughly 10,000+ hours of lighting and with a 40-70 lumens-per-watt ratio. But the disadvantage is –both types of lights need careful handling and they can also break easily because of its glass parts and filaments found inside the products.

By comparison, LED Explosion Proof Light boasts an average lifespan of 50,000+ hours and a highly superior lumens-per-watt ration of 40-100. The very best thing is, LEDs are highly resistant to vibration and can withstand rough treatment because of its compact design. The next best thing is the lighting option also consumes over 20% less energy compared to other units, and at the same time, it is eco-friendly, because LEDs don’t use mercury or lead.

Wrapping It Up

Last, but certainly not the least, it's no secret that LEDs are the most energy efficient lighting option, especially when you are running a hazardous location, and your costs are already high because you have to be vigilant about everything and spend the money for the best, safest, regulation-abiding products.

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