LED Work Lights for Industrial and Commercial Use

Technology has become more advanced and has caused more innovative ways to accomplish the same purpose through new creations. For example, many constructions works usually use heavy equipment and machines when they work. However, they need proper lighting when they’re working at night to do their job effectively and safely. Old fashioned lights and lamps do get the job done, but they require a lot of energy and aren’t that effective at providing good lighting. More efficient forms of lighting have been created. One of the best lighting sources that have been developed are LED lights that are slowly becoming more popular in the industrial and commercial companies.

Effective

If you’ve ever been driving at night, you may have seen several construction vehicles next to construction workers who are trying to get some work done. They have sport yellow and white lights that can help flash and let people who were they are so you don’t accidentally drive into them. While they are working, those lights have to be left on consistently and will drain the vehicle’s battery if the engine isn’t always running. However, leaving the engine on to any vehicle isn’t a cheap way and can get expensive. Since LED lights are efficient, using power to convert light the LED emergency and construction lights can become the most commonly used light sources. Instead of leaving the vehicle engine on, LED lights can run directly off of batteries without using the car or engine. This can help use less energy and give super low power to produce high quality and efficient string lighting during those work hours.

Durable

Another big advantage to LED lights is that they have increased durability and can be used in harsh environments. That means you can use them in weather that isn’t the best, such as snow, rain, etc. LED lights aren’t as vulnerable to vibrations and external temps like other light sources. LEDs are also vibration resistant and can operate in hot or cold temperatures. Heavy machinery such as plows, tractors, earth diggers and other manufacturers would benefit from bulbless LED lights that can be both durable and reliable. Also, LED lightscan be bought waterproof and can withstand wet and snowy weather conditions. See more.

Different Models

LED lights also are made in a variety of different styles and sizes which are made to be used in a variety of different applications. The most common are the square and round shaped ones which are made from durable metal mounts for an easy installation. But, many applications have limited space, so there are also ones that are crafted in the shape of a bar and can be used in narrow spaces. Thanks to these easy installations, you can use LED work lamps in a variety of different applications.

Conclusion

In conclusion, LED lamps are the perfect choice when you want to light your industrial or commercial vehicles during the dark hours of the night. LED lights to give you increased durability, are resistant to temperatures, longer life spans, and are easy to work with nature. The LED lights may still be costly when compared to other light sources such as halogen bulbs, but they will pay for themselves over a long period. The cost of changing out bulbs multiple times can add up over a lifetime of use, thus temporary construction lights are going to be your best pick. Click here for more information: http://www.larsonelectronics.com/c-277-led-boat-lights.aspx

Transitioning from Metal Halide to LEDs for Shipyard Lighting Systems

Shipyard facilities require brilliant illumination inside the building, due to detailed maintenance, repair and restoration tasks that come with operations. Unfortunately, lights do not thrive well in such establishments. Shipyards are extremely humid, corrosive and flammable. Furthermore, the environment is filled with vibration from constant use of heavy-duty equipment. Nowadays, shipbuilding and repair businesses are transitioning from metal halide lamps to LED fixtures, in order to improve illumination inside the facility. This article takes a closer look at Donjon Shipbuilding and Repair’s adoption of boat LED lights.

Addressing Visibility Issues

The 200,000 square-foot shipyard facility boasts 125-foot ceilings to serve 1,000-foot long commercial vessels. Before transitioning to LEDs, the building utilized 266, 1000-watt metal halide fixtures. The high ceilings made the units difficult to reach for periodic ballast maintenance and re-lamping projects, which were frequent due to the rugged environment.

Furthermore, operators used the luminaries around the clock – catering to both daytime and nighttime workers. Starting the metal halide lighting systems took approximately 20 minutes per day. According to a technician working for the company, individuals were forced to use flashlights during work because general lighting was not powerful enough to facilitate accurate readouts on measuring devices.

Transitioning to LEDs

The shipyard business replaced the metal halide lamps with 79 LED fixtures, which surpasses illumination levels of the previous lighting system. Capable of offering 60,000 lumens of white light per unit, the high bay lights are highly energy efficient. Moreover, the LED fixtures are lightweight, streamlining access during installation. The high bay lamps operate on 480V and provide lighting efficiency rates at 115 lumens per watt.

To ensure consistent operation in extreme conditions, the units feature an ambient operating temperature range of -40°F to + 149°F. Overall, the new LED lighting system will come with at least 10 years of zero maintenance.

How Does Saltwater Contribute To Corrosion On Boat Lights

Saltwater is one of the most devastating elements for boat lights and marine establishments close to the shore. Without proper protection, saltwater can cripple conventional lighting systems, resulting in premature failure, warping or discoloration of materials.

boat lights

Saltwater Corrosion 101  

For electronics on the vessel, saltwater is also a powerful conductor of electricity. Without protective mechanisms in place, the presence of such elements could lead to electrolytic corrosion – also known as the process involving the breakdown of compounds via electric currents passing through surfaces.

Galvanic corrosion is another type of damage that can occur at sea. Unlike electrolytic corrosion, this form requires two dissimilar metals to be connected, with the presence of an electrolytic compound, such as saltwater or other corrosive agents (acid). Liquids that are not viable electrolytes for corrosion include steam, distilled water and fresh water. These types of liquids are so weak at enforcing corrosion that they are used to break up the onset of corrosive damage on surfaces.

Controlling Saltwater Corrosion

Now that you know the basic fundamentals of saltwater corrosion, it’s time to learn about preventive measures surrounding this type of hazard in marine locations. One of the most effective ways to deter saltwater corrosion on boat lights is by separating or isolating the metal from the corrosive compound. This can be done with special coatings or high-quality paint.

Ensuring saltwater does not build up on the vessel after use is another way to reduce corrosion. This is why people wash their boats with freshwater over land (don’t forget to dry the surface). When it comes to the construction of the lamp, entry points are commonly sealed with rubber components to prevent the ingress of saltwater. Lastly, it’s important to inspect the internal components of marine luminaries on a regular basis. Any signs of discoloration, cracking (on the cover, wirings, cords and lens) or tearing should be addressed.

The Advantages of Solid State Designs in LED Lights

The success of LED lights can be traced to its unique, solid-state design. Like solid-state hard drives, the units feature virtually no moving parts. By comparison, traditional luminaries, such as incandescent lights and metal halide lamps, are comprised of loose filaments, which makes them unstable and prone to premature failure (breakage) when exposed to rough conditions or treatment. Furthermore, without the use of toxic gases, solid state lighting is exponentially safer to handle and use.

How does solid state lighting improve LED efficiency and performance? Find out below!

led lights

Solid State LED Lights 101

There are several benefits that solid state designs bring to LED lights. One of these is an increase in lifespan by up to 50,000+ hours or 2,000+ days. The units are able to achieve this lifespan by reducing the wear and tear commonly associated with moving parts. Outdated lighting technologies resemble car motors, in a sense that they use a myriad of moving components that are susceptible to decay. This is why incandescent lighting can only reach roughly 3,000+ hours of use, while metal halide units come with around 20,000+ hours of use.

Solid state LED lights also offer energy savings, due to less effort requirements for illumination. Without the need to constantly generate movement, LEDs are capable of reducing energy consumption by a whopping 70 percent! This also makes the luminaries suitable for intrinsically safe lighting products that rely on low voltages during operation. In such hazardous environments, intrinsically safe LEDs operate at cooler temperatures, reducing the possibility of surface temperature-related ignitions.

Applications and Form Factor

If you look inside a fluorescent tube, you’ll notice that there’s a lot of empty space inside the unit. This is needed to promote gaseous reactions during illumination. But such chambers also take up a lot of space. This is where solid state LEDs really shine. The lights are extremely compact, consisting of tightly manufactured chips or diodes, neatly lined up on a board. The concentrated configuration offers more intense lighting with minimal space requirements.

For businesses and individuals with strict lighting needs, solid state LEDs have made illumination possible in extremely tight, limited spaces. In machining, operators are able to install the modern lights close to the working components. Moreover, they can withstand vibration for long periods of time without succumbing to failure. In medical labs and warehouses, LED strip lights are top choices for professionals. The units can be installed under cabinets, walkways, tables and other platforms that cannot accommodate large, bulky luminaries.