LEDs for Safety Nets

LEDs for Safety Nets at Construction Sites

Safety net can be found throughout construction sites. The heavy-duty guards are used for pedestrian and debris protection when ongoing operations are present at the facility. Safety nets are usually made out of knitted polyethylene and are flame retardant. Leds for safety nets allow for quick illumination of job sites.

LEDs for Safety Nets

Illumination around safety nets is important, due to quick reactions required around such sections of the site. LED lighting systems can be used to ensure clarity around safety nets. Pole mounted flood lights and portable LED cart lights are common options for keeping the area lit up at all times.

Another option is to use compact solar-powered LED puck lights that attach to the net. Like glow sticks, the units mark different sections of the covering. Furthermore, the luminaries could be pointed downwards to provide illuminating support around makeshift walkways and high activity areas.

In addition to construction sites, safety nets are deployed around bridges, commercial roofing structures and roadways. The thickness and type of netting may vary, depending on the type of debris and materials used during construction.

Construction Safety Net Regulations

As a primary safety device, safety nets are subject to a wide range of regulations and requirements. Drop-testing is required to check on the sturdiness of the system, which utilizes a 400-pound bag, taken from the highest location of the building.

The horizontal measurement of the net should also be taken into consideration, factored in according to the vertical distance between the working floor and net. For example, nets held up more than 10 feet in the air requires a 13 feet horizontal spread for maximum safety. On the other hand, safety nets raised up to 5 feet needs a minimum of 8 feet of horizontal spread.

With this in mind, an LED lamp with a wide beam spread is recommended for adequate illumination around safety nets.…

Mount for LED Light Towers

Tripod vs Round vs Turtle Base Mount for LED Light Towers

In outdoor locations, light installation options are limited. Construction sites, road repair projects and open-field work are examples of locations and activities that lack flat surfaces and walls for mounting. For deploying lights in the area, such challenges are addressed using portable led light towers. The units, which can reach heights up to 7 feet, are equipped with a sturdy base, allowing the LED lamps to stand on their own without reliance on flat surfaces, ceilings or walls.

Round Base, Turtle Base

Operators have several options for the base component of their LED light tower. Two common options include: turtle base and round base. Out of the two mounting methods, a turtle base is considered to be more sturdy. This type of foundation consists of C-legs (curving downwards), which add height to the structure and offers space-saving benefits, when compared to a traditional tripod.

On the other hand, a round base consists of a flat, circular component. This type of mounting base is not typically used for LED light towers. Instead, a round base is applicable to residential lamps, as well as poles with magnetic mount bases. The reason a round base is not recommended for outdoor, rugged locations is due to instability. Strong winds could easily knock down the lighting system.

Tripod Base

A tripod base is one of the most preferred foundational structures for portable LED light towers. An operator can easily deploy outdoor fixtures, due to its 3-leg feature. A fixture that incorporates a tripod base does not require a flat surface for stability. Each leg can stand on tilted ground and the structure will remain upright.

For ease of storage, an LED light mast with a tripod foundation may come with foldable features. Additionally, two wheels can be installed at the bottom to facilitate mobility around the outdoor work site.…

led work lights for labs

Types of LED Work Lights for Labs

Laboratories facilitate very detailed and intricate work. Often times, illumination is required to support activities inside labs. Due to the unique aspects of such work spaces, it is important to understand the type of LED lights applicable to the room. Below takes a closer look at various types of LED Work Lights and levels of illumination needed to boost work performance inside laboratories.

LED Task and Overhead Lights

Overhead lighting systems are typically found in labs. The units serve as general lighting and can be found in lobbies, hallways and specific rooms. LED tube-style fixtures are frequently utilized for such lighting requirements. Furthermore, recessed LED lights can be used, which are ideal for saving space.

Another type of LED light found in laboratories is LED task lights. These units can take on different forms, depending on the needs of the specialist. For instance, in USDA labs, the buildings use cabinet task lights, installed under the cabinets to illuminate counter tops. Multi-level shelves may also incorporate the same lighting configuration – at various levels.

LED Illumination Levels

Light intensity inside labs must be carefully controlled, as glare can easily become an issue in extremely bright rooms (most labs are white to promote cleanliness and sanitation). Furthermore, laboratories these days are using more digital panels and computer screens. Overly bright illumination levels can decrease one’s ability to accurately view information on electronic screens.

Taking such above mentioned factors into consideration, LEDs should provide controlled illumination. IESNA Lighting Handbook 9th Edition 2000 sets forth recommendations for the amount of light suitable for labs. For science labs and specimen collecting, horizontal illumination of 50 fc and vertical illumination of 30 fc is ideal. According to the 8th Edition of the handbook, chemistry rooms should incorporate a range of 50 fc to 100 fc, depending on the type of analysis.…

LED Emergency Exit Signs

Maintaining LED Emergency Exit Signs in Buildings

LED emergency exit signs are a staple in buildings in both industrial and commercial sectors. The units are designed to provide guidance for pedestrians and workers, in the event of fire, evacuation or catastrophic occurrence (such as earthquakes).

OSHA closely governs the application and maintenance of emergency exit signs, which requires general knowledge of the how the fixtures work. Below expounds on things to consider for proper upkeep of LED emergency exit signs.

Emergency Exit Sign Inspections

LED emergency exit signs must go through periodic testing, which is a vital part of maintenance. One of the most common methods requires one to perform a 90-minute discharge. This tests the backup battery of the light and mimics an emergency situation. Prior to the test, operators should conduct their own inspection. Ideally, individuals may check the condition of the power cells, lights and electricity flow before performing the 90-minute discharge.

Another test requires 30-second activation, which is less stringent than the 90-minute discharge. This type of trial keeps the backup battery and emergency exit sign on for half a minute, in order to stimulate an emergency. In most cases, the 30-second activation test is conducted once a month. On the other hand, the 90-minute discharge test is performed at least once a year (or as needed by the inspector or building manager).

Streamlining Maintenance

These days, maintaining emergency exit signs does not have to be a meticulous process. LED lights variants ensure operators can reduce the frequency of re-lamping, as the units are extremely long lasting, compared to traditional lighting technologies.

Self-illuminating versions may also be useful for a complete, hands-off approach to lamp maintenance. This type of emergency exit sign does not use electricity and appears illuminated during low-light conditions. Remote work sites, such as underground facilities, may find self-illuminating emergency exit signs advantageous.…

vibration-dampener for industrail light towers

Types of Vibration Dampeners for Poles and Industrial Light Towers

Industrial light towers are useful for widespread illumination over busy work sites. In rugged environments, such as construction sites, outdoor locations and coastal regions, the units are prone to persistent vibration.

For lighting poles and portable light masts, sources of vibration include strong winds, exposure to heavy-duty equipment and nearby moving vehicles (for roadside construction projects). To address this issue, operators may utilize vibration dampeners to protect the lighting structure.

What is a Vibration Dampener?

A vibration dampener is a component found on poles, which absorbs vibration resulting in decreased structural fatigue. Compared to revamping the design of the pole, installing a vibration dampener on an existing pole is considered to be less costly. The lighting components can be field installable (very economical) or factory installed.

In addition to installing a vibration dampener on industrial light towers for construction sites and outdoor locations, operators can also select specific pole shapes that are capable of withstanding winds and persistent shaking. A round pole is considered to be more reliable against vibration than square poles.

Lighting poles should also be maintained and inspected properly for signs of degradation or structural fatigue.

Vibration Dampeners for Light Masts

There are several types of vibration dampeners for light towers and poles, such as chains, snakes, stockbridge dampers and canisters. The first three options are field installable, while the last one (canister) requires factory installation.

A chain-based vibration dampener is installed on the pole and sways naturally, based on the amount of vibration in the area. Shaking is decreased when the component comes in contact with the shaft (inside). A major drawback with using a chain-based dampener is noise.

Lastly, a factory-installed canister for industrial light masts is a set of disks that counteract the effects of vibration. Installed inside the pole, the components are compact and discreet.…

Preventing Microbial Corrosion for LED Construction Lights

In extreme work locations, such as construction sites and industrial facilities, corrosion is a major issue. Salt, acidic rain and dirt are common sources of corrosion that create problems for LED Construction Lights.

On a microscopic level, some microbes can also contribute to corrosion. Called microbial or bio-corrosion, this type of degradation on surfaces can be stopped using powerful inhibitors, including benzalkonium chloride-based solutions.

Microbial Corrosion (MIC) 101

Bio-corrosion is caused by bacteria that thrive in both aerobic (oxygen rich) and anaerobic conditions, making such creatures resilient to rugged elements. Moreover, this type of corrosion affects metallic and non-metallic materials (plastics, concrete and nylon).

Sulfate-reducing bacteria (SRB), sulfur-oxidizing bacteria and iron-oxidizing bacteria are the top culprits associated with bio-corrosion. During corrosion, the microscopic organisms produce and release harmful secretions, which degrade the surface and promote oxidation.

Preventing Microbial Corrosion

In construction sites, microbial corrosion exists around stainless steel pipes and large tanks. Because of this, LED lighting systems around such locations must be properly maintained to prevent damage.

One of the most effective methods for protection is storing LED work lights in dry areas after usage. Watery elements in extreme work sites are known to carry corrosive microbes. Furthermore, it is important to fully drain LED lights before storage.

Wipe downs are also effective in deterring bio-corrosion. As mentioned earlier, operators may deploy chemical treatments to prevent bacteria from populating rapidly on surfaces.

Outside of construction sites, microbial corrosion is prevalent in industrial operations. For instance, aviation fueling sites are plagued with ‘HUM bugs’ (Cladosporium resinae and Pseudomonas aeruginosa), which can compromise rubber gaskets, corrosion-resistant coatings and o-ring components.

Underground pipelines and petrol-handling systems at oil and gas sites are also prone to bio-corrosion. Lastly, nuclear facilities that use copper-nickel or brass pipes are ideal locations for corrosion-causing microbes to populate.…

industrial lighting

Deterring Theft and Vandalism for Industrial Lights at Construction Sites

Industrial lights are prone to vandalism, rugged contact and theft in construction sites without proper security measures. Because such products can get expensive to acquire for businesses, it is worth supplementing the units with robust mechanisms that are designed to deter criminal acts in the area.

Read on to learn how to protect your work lights at construction sites.

Concrete, Mounting and Tamperproof Boxes

One of the most effective ways to decrease theft of temporary fixtures in construction sites is by mounting the units in elevated locations. Keeping lights out of reach at all times also prevents vandalism.

For in-ground units, another option is to secure lights into the ground with concrete. On construction sites, this may not be a viable solution for all types of fixtures. Only permanent lights are suitable for this option.

Temporary luminaries should be stored in a locked storage compartment, room or container. For lights left outside, a quick solution would be to padlock or chain the units to a secure foundation, such as a rack or heavy object.

Cutting-edge industrial lights come with a tamperproof box for holding critical components and accessories. In some cases, the box is also weatherproof and can be manually padlocked for safety. It is recommended to make use of this feature if it is available. Operators may store important equipment inside the units as well, such as keys, documents and etc.

Security Cameras

Real-time monitoring is a very reliable way to discourage theft or tampering at construction sites. A simple way to deploy such security systems is through a temporary mast. There are plenty of components one could add to boost detection. A motion sensor can be applied, which actively seeks out movement when activated.

Furthermore, an alarm can be set by the operator, to turn on when the sensor detects movement in the area.

See a list of construction temporary work lights by clicking here.


Using Blue LED Lights to Boost Productivity in Industrial Work Sites

Using Blue LED Lights to Boost Productivity in Industrial Work Sites

The color of light you use at work could be causing you to feel tired and lazy – especially if you’re using fixtures with warm or reddish tones. In the past decade, numerous studies have shown the effects of lighting systems on productivity at the workplace.

In a nutshell, researchers were able prove that high-color temperature lamps with slightly bluish colors can help workers feel more alert and focused. By comparison, low-color temperature units, with reddish or dim characteristics, contribute to comfort and melatonin production.

But is it really that simple? Find out below.

Productivity and Lighting

Blue LED lights reduce tiredness by blocking our body’s ability to create melatonin. The hormone is primarily responsible for regulating natural sleeping patterns. Red LED lights have the opposite effect on humans. Exposure to this light color can cause individuals to feel sleepy and relaxed.

With this in mind, low color temperature LED fixtures are ideal for breakrooms, which can help promote adequate rest. Conference rooms can benefit from mid-color temperature lights. This neutral range is perfect for creating a welcoming meeting place.

Practical Tips

From a practical perspective, it is not possible to mimic the same lighting conditions used in studies related to blue light and productivity. Most trials required a participant to be exposed to a powerful lamp for long periods of time, in some cases as long as 6.5 hours. Workers, including in commercial offices, aren’t usually that idle.

Moreover, direct exposure to blue light can cause headaches and eyestrain, when glare is created in the workspace. In order to improve productivity with blue LED lights, it is recommended to stick with high-color temperature fixtures in the range of 5,500K and 8,000K. Lastly, if your work station is near a window, it is important to strike a balance between natural sunlight and artificial lighting.…

Perimeter Lighting Systems

Setting Up Perimeter Lighting Systems at Busy Construction Sites

Perimeter lighting systems provide security and peace of mind around construction sites. In addition to deterring criminal activity at night, the fixtures are designed to illuminate dangerous, inaccessible sections of the location. This is particularly helpful for wandering pedestrians who are unaware about the hazards of the site.

Configuration and Considerations

Incorporating best practices with a hazardous area lighting is an effective way to improve illumination around the construction site. For comprehensive coverage, it is recommended to setup lamps at the entry and exit points, as well as the far ends or corners of the space. Such fixtures serve as markers for the boundaries of the area.

In busy, urban locations, installing extremely bright lights around the construction site may disrupt pedestrians, drivers and operators. To avoid this, it would be possible to mount the lights on poles, with the luminary pointing downwards to reduce glare. It is not advisable to point lights at nearby buildings or busy intersections. Alternatively, one could also use LED wall pack lights with light shields that cut stray beams.

Temporary Security Lighting

Construction sites are non-permanent establishments. Because of this, it makes sense to incorporate some temporary lighting options, in order to reduce time spent on setting up fixtures around the location. LED light towers are specifically useful for perimeter or security lighting around construction sites. Usually, light towers applied for such purposes come with sensors to decrease energy consumption and streamline operation, such as a motion or day/night sensor. For large sites, discreet cameras can be utilized for thorough monitoring.

To reduce tampering or criminal activity around perimeters, it would be possible to illuminate ‘No Trespassing’ signs at locked entry or exit points.

LED light towers can also be used for portable illumination during operation. For such applications, sensors are not applicable as constant illumination is needed.…

Wobble Lights

LED Wobble Lights Applications for Construction and Industrial Work Sites

For LED lamps on construction sites, a simple and powerful design is needed to ensure reliability in rugged conditions. Complicated and flimsy mounts are sometimes difficult to implement in such locations, due to lengthy installations requiring tools and stable structures. LED wobble lights are superior solutions for such limitations typically encountered with deploying portable fixtures on uneven ground or extreme environments requiring close observation of safety.

Read on to learn more about how the LED light works and its applications in construction and industrial work sites.

Strong Foundation, Robust Illumination 

The main feature of an LED wobble light is its well-balanced foundation. The unit sits on a round base that is counter weighted, so that when a worker accidentally bumps into the unit, it will remain upright. During an encounter, a bit of wobbling is needed for the lamp to return to its original position (hence, the name).

As a rugged light that is deployed as close to the target as possible, the lamp’s parts must be protected with sturdy material, such as polycarbonate. Furthermore, the fixture should be diffused to prevent the creation of glare and to reduce the possibility of blinding for workers within close proximity of the unit.

Since direct contact with workers on the construction site is expected, the LED lamps may also incorporate active cooling features to avoid hot encounters with the portable fixture.

LED Wobble Light Applications

LED wobble lights have numerous uses on construction sites and other industrial projects. They can be utilized during inspections, HVAC installations, tank cleaning, maintenance and more. Explosion proof variants are suitable for work in confined spaces and flammable locations.

Most LED wobble lights can illuminate a target from distances between 15-30 feet. As a luminary capable of 360-illumination, the unit can easily replace 2-3 directional lamps on the work site.