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ATEX and IEC Ex Flame-proof Explosion Proof Lighting & Equipment
Explosion Proof Lights
Explosion Proof Motors - Motors for Hazardous Locations
Industrial and Vaporproof Emergency Failsafe Lighting
Industrial Cord Reels and Tool Taps
Industrial Work Area Heaters
Machine Vision Lights
Megatowerâ„¢
QC Series Industrial Portable Lighting - Quick Change Mount
Rig Lights
Stadium lights
String Lights and Temporary Light Stringers
Tank Cleaning Lights
Three Phase Motor Soft Starters
Vapor Proof LED Lights
Variable Frequency Drives (VFDs)
Vehicle Mounting Plates
Workboat Light Fixtures & Lighting Equipment
Yacht Engine Room Lights
Color Changing LED RGB Lighting
Explosion Proof Cord Reels
GOLIGHT Spotlights
Larson FUTURE - Lease Lighting
Remote Area Lighting and Scene Lights
Utility Bucket Mount, Receiver Hitch & Trailer Mount Lighting
Aevum Control Lighting and Equipment - IIoT
Butane and Solvent Extraction Room Lighting and Equipment
DC to DC Transformers and Power Supplies
Explosion Proof Fans & Blowers
Explosion Proof Paint Spray Booth Approved Lights
Explosion Proof String Lights
Explosion Proof Switchgear & Controls
Fleet Service Lights and Lighting Equipment
Industrial Equipment Trailers
Industrial Handlamps & Droplights
ISO 14644/FS-209E Clean Room Lighting
LED Blasting Lights
Night Time Fishing Lights
Portable AC Power Supply Units
Portable Power Distribution Panels
Power Distribution Panels with KVA Transformers
Self-Contained Lighting
Service Pit Lighting
Solar Generators & Solar Powered Lighting
Agricultural Farm Equipment Lighting & Beacons
Explosion Proof Cameras & Surveillance Systems
Explosion Proof Emergency Lights
Explosion Proof Heaters
Garage & Gas Station Canopy Lights
LED Grow Lights
LED Lights
NDT Ultraviolet Lights
Portable Hazardous Location Lighting
Radio Communication Towers and Equipment
Salt Water Processing Equipment
Shelter & Tent Lighting
Thermal Monitoring Cameras and Systems
48V LED Equipment Lights
ATEX Rated Explosion Proof Lights
Automotive Lighting
Class Rated Signals, Alarms, and Systems
Hazardous Location Area Lights and Portable Lighting
HID Equipment Lights
Hot Work Permit Lighting and Equipment
Hunting Lights
Industrial lasers
Industrial Transformers
Light Towers
Outdoor Lighting
Remote Security and Surveillance Systems
Temporary Construction Lights
Vehicle Mounted Spotlights
Equipment & Heavy Machinery LED Light Package Fitouts
Phase Converters - Single to Three Phase
Marine Shore Power Cords and Equipment
24 Volt Military Lights
Disaster Relief / First Responders / Search & Rescue Lighting
Plastic Handcuff Key
110/120 Volt Flood Lights
Post Mount Spotlights
Magnetic Work Lights
Crank-up Light Masts
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Intrinsically Safe Lights
Military Flashlights
LED Waterproof Lanterns
Work Area Lights
12 Volt Flood Lights
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Boat Spotlights
New Boat Lights
HID Boat Lights
Boat Dock Lights
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Remote Control Lights
Control Lights
Tow Lights
Magnetic Control Lights
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NEW Lights and New Products
Evaporative Coolers
Police Equipment
AC/DC Transformers
Power Supplies
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Military Spotlights 24V
Infrared Filters, Covert Covers, and Blackout IR Lenses
Military Equipment
Ultralife Batteries
Remote Control Pan Tilt Base
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Larson Electronics Spotlights
Larson Electronics Parts
Replacement Lamps
Cords - Brackets
Portable Wheeled Generators
Non-Hazardous Location Extension Cords / Plugs / Outlets
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HID Work Lights
HID Dive Lights
HID Off Road Lights
Acro Lights HID Lights
Halogen Lights
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Acro Light Flashlight
Xenon HID Flashlights
Powerlight Flashlight
HID Flashlights
Xenon Flashlights
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LED Status Lights
Forklift Lights
Tractor Lights
HID Post Mount Lights
Roof Mount Lights
Post Mount Light parts
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Flashlight Holder
Magnet Spotlight Base
Tripods-Magnetic Base
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Recharging Spotlights
Fire Rescue Lights
LED Street Lights
Utility Lights
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Hazard Lights
Strobe Lights - Battery Operated
Strobes & Beacons
Strobe Light Bars
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Headlights - Headlamps - Hard Hat Lights
Flashlights
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Suction Mount Lights
Magnetic Spotlights
12/24 Volt Spotlights
Gifts For Men
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New 12 / 24 Volt Lights
Explosion Proof Accessories and Replacement Parts
Explosion Proof Lighting
Explosion Proof Hand Lamps (Drop Lights)
Explosion Proof Lights - Stand/Dolly
Explosion Proof Tank Lights
Explosion Proof Phones and Intercoms
Explosion Proof Extension Cords
Black Friday & Cyber Monday Specials
Crane Lights
Explosion Proof Light Rentals
General Light Rentals
Light Tower and Light Plant Rentals
Power Distribution Rentals
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Power Plant Lighting
Refinery lights
Environmental Services Lights
Aerospace Lights
Chemical Plant Lights
Food Grade Safe Lights
Film and Entertainment Lights
Handheld Meters and Devices
Waste Water Treatment Lights
Mining Lights
Ship Yard Lights
Work Site Lighting
         

   
09/02/10 LEDs vs CFLs: No Compromise Necessary

With the current trends in energy efficiency and conservation presenting a persistent and important presence on the world stage, it is only natural that energy efficient forms of lighting technology continue to receive increasing scrutiny. With over 60 billion dollars per year spent in the U.S. alone on energy for lighting, it is clear that there is great opportunity for increased efficiency and savings. Two parts of the efficiency and conservation equation are the costs of producing electrical energy and the byproducts resulting from it. One of the reasons producing electrical power is becoming more expensive every year is that the production of this energy involves the burning of fossil fuels of which there is a limited supply. This burning of fossil fuels in turn produces wastes that have significant detrimental effects on the environment. Controlling the production of these wastes introduces additional costs to the process of creating electrical energy, which when coupled with limited resources and increasing demand results in rising overall costs for electrical power.

Because of these concerns, new efficiency standards and incentives for the development of advanced technologies have been implemented intended to spur the growth and adoption of energy efficient forms of lighting. Perhaps one of the most well known technologies to currently be adopted is the CFL or Compact Fluorescent Light. Basically a scaled down version of the traditional fluorescent bulb, CFLs have for the past five years been heavily promoted as one of the lighting solutions of the future. Acceptance of the CFL by industry and the public however has been tepid, in large part because the CFL is proving to be limited in the functions it can perform, and concerns for the toxic materials contained within their construction.

CFLs although much more efficient than the traditional incandescent bulb, suffer from several significant drawbacks that have hampered their introduction into widespread use. Although compact and readily interchangeable with the common incandescent light bulb, CFLs are poor replacements for applications that require powerful or specialized directional illumination. They may work well in the common table lamp, but are a poor choice for installation in an industrial setting. Even the brightest CFLs do not provide enough illumination for operations involving close work such as those found in manufacturing warehouses or assembly line productions. They are severely limited in applications such as agriculture and marine use because they do not have the versatility or power to be included in mobile uses such as on equipment or in harsh marine environments.  CFLs also have poor directional abilities and even when coupled with reflectors and specialized housings fail to concentrate enough of their energy towards the desired areas.

Of further concern with CFLs is the inclusion of toxic materials into their construction. In CFLs, an average of four milligrams of mercury is used to facilitate their energy efficient production of light. This mercury is much less than what would commonly be found in an old thermometer, however, it still represents an addition of toxic materials that must be addressed in order to be safely controlled. Because CFLs contain mercury which is recognized as a highly toxic and dangerous material by the federal government, special consideration must be given to the handling and disposal of CFLs. CFLs cannot be simply discarded in the trash when their useful life ends. They must be disposed of as a hazardous material with the careful collection and recycling of their materials necessary to reduce the risk of mercury escaping into the surrounding environment. CFLs are fragile, and once the glass tubing breaks, mercury escapes and cannot be recovered. Because of these concerns, other energy efficient forms of lighting have begun to overtake the CFL as the illumination technology of choice in the lighting industry.

Quickly overshadowing CFLs, LEDs or Light Emitting Diodes, have fast gained ground with both industry and the public and are now poised to become the defacto lighting of choice once the incandescent bulb is phased out of production. LEDs are becoming the preferred lighting technology because they are more efficient than both CFLs and traditional incandescent bulbs, have a far longer lifespan than either, can be used in almost any application that once used incandescent bulbs, and finally, have no toxic materials that can be released into the environment upon their destruction.

In almost any application LEDs can outperform all but the most advanced forms of traditional lighting. While they cannot as yet rival the sheer power of HID lamps, they can still meet most federal and state lighting requirements while producing excellent improvements in energy efficiency and cost reduction. LED lights like Larson Electronicss LED Light Emitter - 60 LEDs - 10800 Lumen - 180 Watts - Extreme Environment light bar can serve in a wide variety of applications with ease. Internal ballast assemblies and rugged construction make these lights ideal for marine applications where severe conditions would quickly degrade the performance of CFLs. In industrial applications these light bars can be used to illuminate large areas such as warehouses with high quality light as well as provide an effective lighting solution for mobile applications such as on heavy equipment.

LEDs require only a quarter the energy of traditional incandescent bulbs to provide an equivalent amount of light which makes them highly efficient. These lights also have a much longer lifespan than either CFLs or incandescent bulbs, lasting on average 25-50,000 hours, with some applications seeing even 100,000 hours of useful life. This extreme lifespan greatly adds to the cost effectiveness of LEDs as replacement and maintenance costs are then significantly reduced. In some cases LEDs will outlast the useful life of equipment they are mounted onto. In almost all industrial applications, these benefits are very valuable and not only allow upgrading to LEDs to pay for itself in a short period of time, but eventually result in a net savings over the life of the lamps.

CFLs while efficient simply do not carry enough benefit, capabilities, or versatility to make them an attractive lighting alternative for commercial industries. They may be a viable alternative for applications in the home or office, but their versatility ends there. On top of their limitations, they introduce toxic materials that can have detrimental effects on the environment which somewhat mitigates their overall environmental benefits. LEDs are powerful, versatile, highly efficient, and can be applied to almost any application that requires effective lighting. They introduce no toxic material into the environment and do not require special handling or care when they reach the end of their useful service life. Because of these qualities, LEDs will continue to be at the forefront of lighting technology and well into the future providing great benefits, without adding further concerns or compromise.





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