LED Lights for MRO
Uncategorized

LED Lights for MRO in Food Manufacturing Plants

Food manufacturing plants are subject to frequent MRO sessions due to the nature of the business. Handling consumable materials require strict standards and equipment, which often times operate in rugged conditions. During an MRO sessions inside a food processing facility, downtime must be kept minimal. LED lights For MRO play a critical role in making projects more efficient. Below takes a closer look at how LEDs support operators conducting MRO in large-scale food processing.

Quick Turnarounds

LED lighting for MRO in food manufacturing buildings should be easy to use, portable and powerful. Moreover, such facilities are prone to frequent wash-down sessions. Because of this, it is important for LED lights used for MRO to be waterproof. Watertight housings with NEMA ratings may protect the light from water sprays. Additionally, corrosion resistance is recommended in order to prevent failure when exposed to abrasive cleaning agents.

Perhaps one of the best types of LED lights for MRO is a cart-mounted or quadpod-mounted LED light. This type of luminary is portable, equipped with wheels for mobility around the plant. Long extension cords or battery-powered features provide freedom for MRO operators at the site. Handles and hooks on the cart may be used to hang equipment, cords and more during transportation or storage.

Another cart-mounted solution for MRO projects in food processing is a cart-mounted, portable power distribution station. This type of unit is designed to support temporary equipment at the work site.

Optimized Illumination and LEDs

The general characteristics of LED lamps allow the units to cater to MRO projects. Solid-state and compact features ensure operators can pass through tight spaces and reach around heavy machinery with ease.

Lastly, without loose filaments or breakable components associated with traditional lighting technologies, such as incandescent fixtures, LED Lights for MRO can withstand minor bumps and rough environments better than their predecessors.

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LED Mining Cap Lamps
hazardous area lights

Best Safety Features for LED Mining Cap Lamps

In mining sites, individuals rely on some types of equipment more than others. For mine safety, illumination and general tasks around the combustible area, miners use led mining cap lamps. This type of traditional mining equipment includes a powerful light head at the center of the hard hat. Over time, updated designs have made mining hat lights safer and more usable.

Improving Detection and Visibility

Visibility is top priority in mining locations. In order to ensure clarity during operations, modern mining headlamps are equipped with optional colored modes, as some colors improve detection when smoke or fog is present in the surrounding environment. Amber is a common light color that is applicable to safe illumination in mining sites.

An emergency strobing feature is also an essential mode in LED mining hats. With the push of a button or switch, mining operators can turn their mining cap into an emergency beacon. Such features are critical during evacuations and signaling. Individuals no longer have to carry around a separate strobe light for emergencies.

Some LED mining fixtures on helmets come with a secondary light, located at the back of the cap. The lamp serves as a safety light, which is useful for detection in dark parts of the site. This light can be red or flashing for streamlined detection.

Maximum Convenience

For fast activation, LED mining caps may come with large, on/off push buttons. This allows operators to turn the unit on, even with gloved hands. Non-slip grips and textures may boost such properties on the light.

A spotlight/floodlight combination feature may also increase functionality in LED mining lamps. In application, an individual can illuminate far-flung targets using the spotlight beam, which is applicable when navigating in and around tunnels. Floodlight features are useful for wide-area illumination, especially during detailed tasks and monitoring.

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Led Lights

Why you should switch to LED lightbulbs right now before the law requires it

Are you still not using the LED spotlights in your home? Then you should consider switching to these lights before the law starts to require it. There are so many reasons why you shouldn’t wait to switch to these lights, that it is strange that there are still people that don’t have switched yet. These are some of the reasons why you should switch your lights to LED as soon as possible.

When the law requires it, these lights are going to become more expensive

You need to realize that there are going to come a time when the law is going to force you to switch to LED spotlights. And, then you aren’t going to have a choice. The problem is that when you are waiting until you must change your lights, it is going to become a lot more expensive.

This is because everyone is going to struggle to get these lights installed before the deadline. And, the result is that the prices are going to increase.

It uses less power than normal lights

If you still don’t know it, the LED spotlights are using a lot less power than normal lights. This means that your utility bills are going to be a lot less than with the normal lights that you have installed in your home at the moment.

They can take up to half the usage than the normal lights that people have in their homes. Just think what you can do with the money that you are going to save each and every month. See more.

You will be able to use it for a longer period than the normal lights

The great thing about the LED spotlights is that they don’t break as easily as the normal lights that you and I know about. They might be a bit more expensive, but you don’t need to replace these lights as often. Meaning that you are actually going to save money on purchasing lights.

There is no reason why you should purchase new lights every month if you can purchase it only every six months to a year.

Different colors and shapes available

There are a variety of colors and shapes available when you are going to install the LED spotlights. You can choose a color and shape that will fit into your home and design a lot better.

You don’t need to hide the lights anymore, like with the old, boring lightbulbs that you always have bought before.

There are different lights available for your home. There are some talks that the law is going to force people to purchase LED lights. This is because of all the benefits, and the fact that it is environment-friendly and that it uses less power. This is something to consider if you are looking for ways to save money. Everyone should really consider purchasing the LED spotlights before the law requires it, and then you are going to pay a lot more money for it. More details in site: https://www.larsonelectronics.com/ledlights.aspx

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LED Mining Lights
hazardous area lights

What is MSHA Guidelines for LED Mining Lights

Mining is a very dangerous, high-risk activity with the potential of large gains and profits. To minimize hazards associated with the industry, a special organization was created. Called the Mine Safety and Health Administration (MSHA), the agency ensures mining operations in the US are carried out safely at all times. The organization set the standards related to LED Mining Lights, among other things.

MSHA 101

MSHA helps establish various safety guidelines for industrial mining operations. The government has given the agency a lot of power, in order to implement their objectives. For instance, under MSHA, mining sites require two inspections on a yearly basis.

Moreover, under an Open Search Warrant scheme, which pertains to all mines based in the country, MSHA representatives can inspect any parts of the location. Failure to adhere to periodic inspections will result in a fine worth roughly $50,000, as well as the presence of Federal Marshalls.

Perhaps the biggest display of power that an MSHA representative has over US-based mines is the ability to shut down or close a mine, without a supporting court order. Criminal penalties against the mining business can also be applied (by MSHA), in the event of accidents, including non-fatal accidents.

Based on the information above, it is important for mining operators to adhere to MSHA guidelines – not out of fear, but in order to hold up a certain level of safety in the location.

MSHA and LED Mining Lights

For LED mining lights, one of the best ways to ensure compliance with MSHA regulations is to purchase MSHA-approved mining lights. Most MSHA-approved units are explosion proof, which refers to safety mechanisms that contain ignitions within the luminary, so that it cannot interact with flammable elements in the environment.

According to MSHA 77.207 Illumination, the types of lights recommended for illumination in US-based mines include the following: fixed lighting systems, portable lamps and machine-mounted units.

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All-Terrain LED Work Lights
Led Lights

Benefits of All-Terrain LED Work Lights in Rugged Environments

Industrial lights are deployed in rugged and rocky terrain, such as emergency camps and mining sites. Due to the uneven nature of such locations, it is crucial for the luminaries to be capable of adapting to various working conditions. This article dives into the advantages of all-terrain LED work lights for industrial applications.

Portable and Powerful

An all-terrain LED lamp is a heavy-duty unit with portable features. To address rocky terrain, the fixture comes with adjustable legs. During deployment, the unit can be setup securely on an uneven slope and does not require a flat surface for stability.

In some cases, the legs of the LED lamp can even be setup over shallow water, such as a flooded construction site. A waterproof enclosure may protect the internal components of the lamp from splashing, moisture and water spray.

Additionally, a telescoping pole is used to hold the LED lamp in elevated positions. This is advantageous for directing lights over large objects, such as boulders and generators.

Next-Gen All-Terrain LEDs

Making all-terrain LED spotlights as dependable as possible is the end-goal of lighting manufacturers and designers. With this in mind, battery-powered variants are applicable to remote locations without access to grid power. Solar panels may also be added to keep the power cells charged at all times with minimal effort.

Compared to gas-powered generators, batteries operate very quietly and without pollution. This allows the luminaries to be positioned close busy parts of the work site. With an all-terrain LED light, operators no longer have to setup the lamp at perimeters. Industrial locations with tight spacing requirements are known to use this type of LED lamp.

A battery-powered all-terrain LED unit also has less parts to maintain, as it incorporates a solid-state build. Gas-powered generators have loose parts that are prone to deterioration and replacement.

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Trunnion Mounts
Uncategorized

Benefits of Trunnion Mounts for Industrial Lights and Equipment

Looking for new ways to improve illumination and light distribution at busy work sites? Try trunnion mounts.

Mounts for industrial lighting systems vary, depending on their features and mechanisms. A great comparison is surface mounting and trunnion mounting. The first mounting option offers increased stability, but with limited adjustable settings. A trunnion mount addresses such limitations by providing a flexible bracket for adjusting the base of the unit.

Trunnion Mount 101

By definition, a trunnion is a pivoting component that can be used for mounting and adjusting. Such mechanisms were first used on military cannons. These days, the term is also applicable to a shaft or component that is used to support a tilting or adjustable plate. This latter definition is widely applied in industrial lighting systems.

Trunnion mounts are secured close to the light’s center of mass. As a result, stability is increased and operators can adjust the light up and down. Outside of rugged work sites, trunnion mounts on lights can be found on commercial stages. For such applications, a strip light may incorporate a trunnion mount at both ends for mounting on the floor. Mobility can be enhanced by installing casters at the bottom of the mounts.

Trunnion Mounts and Maintenance 

Businesses that use elevated lighting systems on a regular basis may directly benefit from trunnion mounts. This type of mount leaves the back of the light’s housing exposed, which offers seamless access to the internal components of the unit. Because of this, operators can easily perform inspections and repairs on the luminary.

Trunnion mounts are also useful for operations that require gloved hands. Some trunnion-style mounting brackets leave an open gap between the brackets and the lamp, allowing individuals to position or setup the unit without removing one’s gloves. Lastly, this type of mount can be supplemented with magnets at the base for bolt-less mounting configurations on compatible surfaces.

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LED Panel Light
Led Lights

What is an LED Panel Light for Industrial Facilities?

Businesses have numerous options, when it comes to upgrading outdated or traditional lighting systems. These days, most companies are looking to improve illumination in the work site by adopting LED luminaries. Replacing fluorescent lamps with LEDs can be achieved using the LED panel light. The units are specifically designed for indoor settings, such as manufacturing floors, control rooms, commercial offices and schools.

LED Panel Light 101

LED panel lights feature a handful of unique properties for robust illumination. Comprised of three layers in its housing, the unit contains the LED chips, a light guide plate and a diffuser. A heat sink component may come with the light, which helps mitigate thermal fluctuations. It is important to note that LED panel lights may incorporate SMD LED chips to boost illuminative performance.

Most LED panel lights are constructed of lightweight aluminum. This helps operators install the fixtures in recessed configurations. The setup offers space-saving benefits for tight work spaces.

From a cost perspective, LED panel lights are less expensive to operate and maintain. The products are capable of meeting the standard 50,000+ hour expected lifespan of LEDs. Furthermore, the solid state lamps can withstand rough impacts better than filament-based luminaries, including incandescent units.

Applications and Considerations

Fluorescent lights are known for their accurate CRI ratings, which is highly preferred by businesses that specialize in product manufacturing, commercial paint spraying services, industrial labs and learning institutions.

Keeping this in mind, LED panel lights should be applied to similar applications.

The two main configurations during installation for the 12v LED lights are recessed mount and suspended ceiling mount. As mentioned earlier, recessed mounting is perfect for promoting a spacious workplace. Suspended ceiling mounts are suitable for overhead illumination over a general workspace or area. For low ceilings, operators can choose to install the unit directly on the ceiling (no suspension).

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Led Lights

7 Things You Didn’t Know About Led Spotlight

Most cities have decided that, in the coming 3 years, to replace around 6,500 conventional lights with Ledspotlight. The reason for this is the main benefit of Led products which is the energy efficiency. Led spotlight can be 6 to 10 times more energy efficient than traditional ones. This might be old information for you, but what are the other things you didn’t know about Led spotlight?

Definition of the led spotlight:

It stands for Light-Emitting-Diode, which is an electrical component that lets electricity pass in only one direction.

The 1st Led spotlight was invented by Nick Holonyak Jr in 1962:

The first visible Led spotlight appeared in 1962 on the hands of Nick Holonyak Jr. while working for General Electric (GE). Found as a great invention for saving energy, more have been manufactured. The early Led were produced only in red lights. With the rise of their popularity, manufacturers started the production of coloured ones like green, blue and even white.

Led lights can be used for 20,000 to 50,000 hours:

Good quality bulbs can run, non-stop, for 20,000 hours, which is a bit more than 2 years, while high quality Led spotlight products have a non-stop useful life that can reach 50,000 hours, which amount to a bit less than 6 years. They are definitely more economical than traditional lights which can illuminate for around 1,200 hours.

Led spotlight waste less heat than conventional lights:

The efficiency of the spotlight is due to their low conversion of energy into heat; 80% of the generated power is transformed into light, and 20% into heat. In contrast, conventional bulbs convert around 80 to 90% of the energy into heat, and the remaining into the light. This transformation of energy makes Led spotlights and globes cooler than traditional ones. Read more.

Light-emitting-diodes don’t attract bugs:

One of the practical reasons to use this energy saving light bulbs is that they don’t attract insects as hot lights do.

Led spotlightis adopted for a different use:

With the energy saving light becoming more common, their use is now being multiplied for several purposes. The most popular use of these lights, other than the bulbs, is on computer monitors and TV screens. But did you know that they are also used publicly in traffic lights, vehicle brake lights, billboards and others?

Led spotlight are environmental friendly:

The benefit of led spotlight globes and spotlights affects your electricity bill. It can help you economise around 30% of the money spent on electricity. On another hand, LEDs are known for being environmentally friendly. The use of non-toxic substances makes them harmless to nature. No damaging gazes are being discharged into the open air.

CONCLUSION

Briefly, led spotlight products can be today’s best choice of lighting on many levels. However, you have to be careful when purchasing from Led spotlightstores or manufacturers. It’s been noticed that many of them are giving wrong information about their products leading the buyers to purchase deceitful products. For more information visit: http://www.larsonelectronics.com

 

 

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food processing lights
hazardous area lights

NSF Zone Classifications for Industrial Food Processing Lights

The National Sanitation Foundation (NSF) governs the application of food processing lights for manufacturing facilities, as well as commercial kitchens. For lighting systems, the non-profit public health agency classifies certain food-related locations into the following categories: Non-food Zone, Splash Zone and Food Zone.

This article provides information about each NSF classification, under the NSF C-2 listing procedure.

Non-food Zone

Starting with non-food zone areas, this level of certification is for dry-processing locations, storage rooms and commercial kitchens. The lamps do not normally feature extreme resistance to high-pressure jets or corrosive cleaning agents. Therefore, the fixtures should not be used in sections of the facility that exposes the units to persistent washdowns. The possibility of contamination is also high with non-food zone lamps.

Splash Zone

This type of location in the facility does not regularly come in direct contact with food. Instead, the NSF-rated lamps are constantly exposed to splashes from washdown sessions. Because of this, food processing lights should be designed to withstand wet or damp locations (depending on the application). Glass lens is not typically used for splash-zone fixtures, due to the possibility of breakage, when exposed to high-pressure jets. The fixtures should also offer some form of corrosion resistance to deter cleaning solvents or agents.

Food Zone

Food zones, as the name of the classification suggests, are locations that handle consumable products, usually at their final stages of processing. It is important to highlight that materials for food zone fixtures can also be used in non-food zone and splash zone lights. Interestingly, other types of equipment can be found in this category, including chopping boards, industrial tables and conveyor systems that push food products to various sections of the establishment.

In addition to observing NSF classifications, food processing facilities must also adhere to FDA and USDA guidelines. To purchase hazardous area lighting fixture please visit http://www.larsonelectronics.com/c-154-explosion-proof-lights.aspx

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induction lights
Led Lights

LEDs vs Induction Lighting for Industrial Work Sites

LEDs are currently top choice for lighting system upgrades in rugged facilities. As a lighting technology that is setting the standard for the sector, when it comes to performance and illuminative output, it is expected its position will be challenged by engineers and lighting manufacturers.

In the past few years, upgrades to induction lighting have made it more viable for applications that require persistent illumination. Like LEDs, the lamps come with an impressive lifespan of 50,000 – 100,000 hours. Moreover, it can retain lumen output at 70 percent after 60,000 hours.

No Electrodes, No Problem

Induction lighting fixtures utilize gas (like a fluorescent unit) inside the bulb for illumination. The main difference between the two lighting technologies is the use of electrodes. Traditionally, fluorescent luminaries rely on electrodes to kick start current inside the lamp. Continuous striking of the arc contributes to wear and tear over time.

By comparison, induction lights do not use electrodes to initiate a current during startup. Instead, the units leverage a generator (high frequency) and a power coupler. A radio frequency magnetic field is generated, which is used to activate the internal components of the fixture.

Comparing Light Output

Like LEDs, induction lamps can be toggled instantly without flickering. Moreover, the units provide accurate CRI ratings, at a range of 80+. This allows the fixtures to be used for detailed tasks and paint spray booths (Class I, Division 1 or 2 required).

Comparing energy efficiency rates, induction lights offer roughly 90 lumens-per-watt during illumination. LEDs perform slightly higher than this at a rate of 120 lumens-per-watt, when in use.

To conclude, LEDs clearly outperform induction lamps – but not by a wide margin. However, the nascent state of LED technology suggests there is plenty of room for improvements and upgrades. The gap between the performance of LEDs and incandescent lights or metal halide fixtures is considerably larger.

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