How Do You Light Construction Sites at Night?

It is important to make sure that you have the right construction lights installed at night. This is especially important if you are going to work at the construction site at night as well. There are a couple of things that you can do to ensure that you are lighting the site correctly. Then, you will not have any problems with workers that can’t see at the site and that can’t build correctly. Theseare a guide for you to consider:

Have a lighting plan

The first thing that you should have when you want to install construction lights, is to have a lighting plan. In this plan, you should make sure that you are going to have enough light throughout the construction site. You should also make sure that the lights that you are planning to install are strong enough to get to all the points on the construction site.

This can be a problem if you are just installing lights, without having a plan on where to install the lights to have enough light on the site.

Consider the type of lights that you want to install

There are a variety of lights that you can install for your Temporary Construction Lights. However, it is important to make sure that you are going to choose the best possible lights for your construction site. Some of the lights are expensive and uses a lot of power to work correctly.

Then, there are some of the lights that are really affordable and that will reduce the overall costs. If you are looking for affordable, but still have great lights, then you should consider making use of LED lights. This is the newest lights on the market and really a great option for sites. Click here.

Quality versus durability

What is going to be best for the construction site? Quality or durability? It can be a hard choice because this normally means that you are going to spend a lot of money on the right construction lights.

However, what if we can tell you that you can purchase some lights that are going to be quality and durable? This is something that you can consider. And, the best part is that these lights don’t cost as much as what you might have thought. The LED lights are high-quality lights that are durable, and that are going to last for a long time before it needs to be replaced.

Getting the right lights for a construction site can be difficult. Especially, if you don’t know what type of lights you should install. There are a couple of things that you need to consider so that you can know that you are purchasing and installing the right lights. With all these tips, you will know exactly what the LED lights are the right lights for any construction sites. And, with the right planning, you will know for sure that you are going to have the best possible temporarily construction lights that will assist you in working through the night. Click here for more information: http://www.larsonelectronics.com/

LED Alternatives for Canister Lights in Underwater Cave Diving

Cave diving is a unique and dangerous experience, requiring powerful lights for guidance. Due to the lack of oxygen in such diving sites (even above water inside the caves), many professionals only use equipment designed for extreme environments. These days, challenges with underwater lighting during cave diving expeditions are being addressed using LED technology instead of canister lights.

Pitfalls of Canister Cave Diving Lights

Previously, the traditional canister light was the most preferred option for illumination in caves. A canister light is a bulky device that is typically secured on the arm of the diver. Alternatively, the unit can be mounted on the back of one’s oxygen tank.

Old canister light designs relied on sealed lead acid batteries for power, as well as incandescent or HID bulbs. The combination of both components (and a cord for connection) resulted in a heavy and very hot underwater lamp. Furthermore, divers frequently wait at the very last minute to activate the portable fixtures, in order to reduce the risk of premature failure.

LEDs and Underwater Cave Diving

The introduction of LEDs revolutionized the cave diving industry (among others). Improvements in battery technology also contributed to such upgrades, from lead acid-based to lithium.

Without a cord and with a solid-state build, LED spotlights for cave diving are lightweight and durable, making the luminaries less prone to failure from rough contact. Such features are also useful, when traveling to the diving site, as persistent vibration from airline cargo and off-roading can break lights with loose filaments.

Because LEDs are energy efficient, less heat is released during operation. For cave divers, the possibility of accidental burns from touching a very hot lamp or battery pack is decreased. Lastly, with safety as the top priority, individuals do not have to wait last minute to turn on an LED lamp, due to their lengthy lifespan.

What is the Difference Between Light Beacons and Buoys in the Water

Navigational aids are common safety markers in large bodies of water. The US Coast Guard establishes the use of such elements, which includes light beacons, buoys (can be illuminated) and dayboards – just to name a few, in its official handbook.

Learn about the difference in led boat lights and between light beacons and buoys for marine applications below.

Buoys and Marine Navigation

Buoys are floating, navigational aids that are moored to the bottom of their respective location (body of water). The two main types of buoys include a “nun” (a unit with a cylindrical body and a cone top) and a “can” (a unit without a cone top). Furthermore, it is possible to equip LED lights on buoys. Such variants are thinner and slightly taller, compared to other types of buoys.

The two light colors used on illuminated buoys are red and green. A strobe light may be installed at the top of the unit, with a reflective panel and bold lettering for streamlined detection at night. Note than green lights are applicable to the right side of boat, when navigating in the general direction of open waters. Red lights should be viewed on the right side of the boat, when returning from open waters. Know How !.

Light Beacons

Light beacons are permanent units that are securely fixed to the bottom of the water. Unlike buoys, they aren’t floating on the surface, requiring direct support from a solid foundation. Marine beacons can be equipped with luminaries – green or red. The units also utilize strobe lights for notification in the water. The reason both buoys and light beacons require strobe lights for illumination is due to the application of distinct flashing patterns.

When it comes to numerical markings, light beacons typically take on green, odd numbers and red, even numbers; while buoys usually have white, odd numbers and white, even numbers; see more about boat lights in this site: http://www.larsonelectronics.com.

Upgrading Underwater ROV Lights with LEDs

Previously dominated by halogen lights, ROV Lights have very strict illuminative requirements that are incomparable to land-based, industrial operations. Because of this, marine biologists started to turn to LEDs, in order to address the pitfalls of halogen lighting in underwater locations.

Inefficiencies of Halogen Lamps

Halogen lights offer bright illumination, especially for spotlighting applications. The lamps are capable of throwing light beams over great distances. However, the way they produce light is very inefficient. By comparison, LEDs can last up to 2-3 times longer than halogen units. This is a huge benefit for underwater ROV Lights, as maintenance and repair for the vessels can be extremely costly.

Furthermore, high color temperature lighting is needed for clarity in underwater operations. Halogen lights typically come with a color temperature range of 2,500K to 3,000K, while HID lamps feature a color temperature range of 4,500K to 7,000K. LEDs can be specially manufactured to emit a superior beam with a color temperature of up to 9,000K. For underwater photographers, a range of 5,000K and 6,000K is suitable for colorful photos.

Underwater Lighting Standards

To understand why LEDs are advantageous for underwater ROVs, one must know the type of standards the industry has for the vessels. For clarity, operators expect an output range of 5,000 to 6,000 lumens. By squeezing in numerous diodes or chips into the luminary, LEDs can meet such requirements. Moreover, the unit should be low voltage, since the ROV is battery powered and does not rely on AC power sources.

For small underwater ROVs, equipment must be lightweight in order to maximize power and thrust during operation. Again, this is where LEDs shine. Halogen units provide roughly 13.2 lumens per gram, while LEDs offer 22.5 lumens per gram, at a rate of 6,000 lumens of light. As a result, LEDs provide more illumination at lighter weights.