Our line of explosion proof lights and explosion
proof LED lights represent the best in high quality explosion proof
lighting technology. View More Information
We carry an extensived line of LED lights
including LED light bars, explosion proof LEDs, LED lights for military
applications, boats, vehicles, security lighting and more.
Infrared LED Lights:
Infrared LED light emitters for covert
applications. Larson Electronics Infrared LED emitters are ideal for military
and security applications where a covert source of infrared light is
needed. View More Information
We carry the full line of Golight remote
controlled spotlights and related accessories. Larson Electronics is the only
source for the Golight Stryker Remote Control Spotlight with magnetic
base. View More Information
Larson Electronics stocks a comprehensive line
of hunting lights and related accessories. Our hunting lights include
rechargeable handheld LED spotlights and HID spotlights with red
lenses. View More
Our HML series of spotlights have been tested
and approved for use by the Marines, Army, Navy, and Air Force and are part of
the military’s Special Forces' Escalation of Force Kits. View More Information
24 Volt Lights:
Larson Electronics manufactures and stocks
an extensive line of 24 volt
lighting equipment that ranges from 12/24 volt spotlights and floodlights to
multimillion candlepower searchlights and industrial grade work
lights. View More Information
If you have any questions or
special requirements regarding any of our industrial grade lighting solutions
please contact us by E-mail at firstname.lastname@example.org You can also call us toll free at 1-800-369-6671.
Purchase orders can be faxed to us at 903-498-3364 Larson
Electronics can provide detailed technical information regarding any of its
products and is capable of working with customers to create unique lighting
solutions to suit their needs and requirements.
We carry a complete line of
HID off road and HID
equipment lights, including the Acro Light line.
HID flood lights with
permanent and magnetic mount options work on 12 and 24 volt DC systems and
provide illumination that extends 250 feet. The permanent mount and magnetic
mount HID spotlights project a beam to 3000 feet.
Larson Electronics is a manufacturer
and as such we maintain a large available inventory of our magnetic mount
spotlights, HID spotlights. HID flashlights and
the Golight Stryker and Golight Radioray remote controlled spotlights, battery
operated flashing strobe lights, LED flashlights and
LED headlamps. Because of our extensive inventory and "make to order" capacity,
nearly all orders for spotlights and flashlights received before 4 PM CT are
shipped same day via UPS.
Many of our professional grade
spotlights and flashlights make excellent gifts for him or gifts for men. Remote
controlled spotlights with magnetic base, military spotlights, handheld
spotlights, vehicle mount spotlights, rechargeable spotlights, rechargeable flashlights, hunting spotlights, hunting searchlights
and state of the art hid flashlights all
make fine christmas gifts for men, and are sure to please even the most
discriminating friends and family.
Contact us at sales@magnalight
.com or call us toll free at 1-800-369-6671 for mor
information regarding any of our products. Purchase orders can be faxed to us at
903-498-3364 Larson Electronics can provide detailed technical
information regarding any of its products and is capable of working with
customers to create unique lighting solutions to suit their needs and
Commercial-Industrial operations at the manufacturing and development level often involve compounds that under the right conditions present a volatile or explosive potential. Any operations involving the use, creation, or possible presence of volatile materials like petrochemicals, organic or metallic dust and combustible vapors present the potential for fires and explosions. Additionally, industrial-commercial operations that involve performance of duties in enclosed spaces like storage tanks, grain silos, ship based transport tanks and paint spray booths present the danger of explosion or fire from the accumulation of volatile chemical vapors and fine particulates. These are but a few examples of what are known as Hazardous Locations and they represent some of the most dangerous working conditions in the world today.
Larson Electronics.com provides hazardous location lighting solutions in the form of U.L. and Atex approved> explosion proof lighting equipment that meets OSHA hazardous location lighting safety standards. Larson Electronics explosion proof lights and intrinsically safe lights provide the protection industrial-commercial operations need to comply with federal and local regulations for safety in the hazardous location workplace.
Buy online or contact us for more details: 1-800-369-6671 or 1-903-498-3363 E-mail email@example.com
Explosion Proof - Intrinsically Safe Lighting
Explosion proof lighting is at its core designed to prevent what is called inadvertent ignition. This is achieved by either preventing ignited gases or materials from escaping the light during a fault or ignition within the light which could ignite the surrounding volatile atmosphere, or by prohibiting the potential for the creation of sparks and heat. These two facets of hazardous location lighting design relate directly to the differences between lighting designated as explosion proof or intrinsically safe. Generally speaking, explosion proof lighting prevents the escape of heated gases, and intrinsically safe lighting is not capable of producing sparks or enough heat to cause ignition.
OSHA-United States Department of Labor The United States Occupational Safety and Health Administration is the federal agency tasked with issuing and enforcing standards for workplace safety and health. OSHA defines explosion proof lights as “An apparatus enclosed in a case that is capable of withstanding an explosion of a specified gas or vapor that may occur within it and of preventing the ignition of a specified gas or vapor surrounding the enclosure by sparks, flashes, or explosion of the gas or vapor within, and that operates at such an external temperature that a surrounding flammable atmosphere will not be ignited thereby.”
National Electrical Code The National Electrical Code or NEC is the the U.S. standard upon which the safety of electrical installations and equipment is based. The NEC is part of the National Fire Protection Associations series of National Fire Codes publications detailing fire codes and electrical safety regulations. OSHA safety requirements are based on categorization of equipment and locations according to NEC definitions in NFPA 497 and NFPA 70E. Hazardous locations, as defined in the NEC, are locations where fire or explosion hazards may exist due to the presence of flammable gases, vapors or flammable liquids, combustible dusts, or ignitable fibers or flyings. NEC Hazardous Location Classification and Ignition Temperatures Details
OSHA Authorized Nationally Recognized Testing Laboratories These following are the laboraties recognized by OSHA for testing and certification of explosion proof equipment.
UL Underwriters Laboratories Inc CSA Canadian Standards Association Communication Certification Laboratory, Inc FM Approvals LLC MET Laboratories United States Testing Co. Inc. Curtis-Straus LLC Intertek Testing Services NA, Inc National Technical Systems, Inc NSF International
Explosion Proof 15 Watt Fluorescent Aluminum Drop Light
Explosion proof 15 Watt Fluorescent Light with 100 foot SOOW (chemical and abrasion resistant) cord. This Class 1 Division 1 light (also Class II Division 1) has an all aluminum body with special rubber bumper protection against damage caused by falling objects, bumps and dropping. This hazardous location area light features a rugged, non-sparking aluminum casing and unique rod cage. This drop light produces cool, glare-free, shadowless light that maximizes safety in hazardous locations and maximizes lighting efficiency with built-in metal reflectors. 15-watt fluorescent operation provides as much illumination as higher-wattage incandescent lamps. Ships with inline isolated ballast reducing lamp head weight and impact resistant tube shield with specially designed annealed glass. The light is designed so that the operator can easily replace the lamp or starter if required. The light features an aluminum hook for easy overhead mounting.
View our full selection of Explosion Proof Lighting by Category
The term “Explosion Proof” refers to equipment that can contain and or temporarily isolate possible sources of ignition within itself, preventing these ignition sources from escaping or exiting the equipment at temperatures which may ignite possibly volatile atmospheres. This is achieved through a variety of means including encasing lamps and electrical contacts within rugged sealed housings that can contain an internal explosion and/or creating channels through the use of finely threaded joints and pathways within housings that force escaping ignited gases to travel along lengthy pasaages before exiting the housing, in turn lowering the temperature of these gases to a safe level before exiting the unit and gaining exposure to the environment outside of the lamp.
Explosion proof lighting equipment is also designed to resist creating sparks through possible impacts from dropping or contact with other metallic objects. This is accomplished through the use of high grade aluminum that resists sparking, impact resistant plastic and nylon composites, and abrasion/chemical resistant cords and wiring. Additionally, switches, contacts, internal wiring and other potential sources of electrical energy are heavily shielded and sealed against the possibility of contact or damage that may cause sparks or overheating should the unit become compromised or damaged.
Design alone is not enough for equipment to earn an explosion proof rating and certification. Before equipment can be certified for use in a hazardous location it must be tested and approved by one of several independent laboratories authorized by OSHA such as Underwriters Laboratories. These laboratories test the equipment and apply certification based upon its suitability for use in a specific category of hazardous location as specified by the National Electrical Code. This certification rates the light for use in specific categories only, meaning a light is only safe as long as it is not used in a location outside of its approved rating. All of Larson Electronics Explosion Proof Lights are U.L. certified and carry the required identification and literature verifying their suitability for use in hazardous locations.
Related Explosion Proof Equipment
Explosion Proof Fans & Blowers Intrinsically safe ventilator fans and blowers are based on CFM ratings and can clear air laden with toxic fumes or dust from the work area.
Explosion Proof Extension Cords Explosion proof extension cords with and without explosion proof switches enable operators to extend the reach of existing hazardous location lighting.
Larson Electronics can custom build explosion proof equipment according to your specific needs. Please contact us at 214-616-6180 and/or firstname.lastname@example.org to discuss any special requirements or needs before purchasing. You can also call us Toll Free at 1-800-369-6671. Call 1-903-498-3363 for after normal business hours. Fax information can be sent to 1-903-498-3364. Larson Electronics operates between 9:00AM and 7:00PM CST. We provide prompt phone response and can provide detailed technical information about our products as well as work with you to meet your specific lighting needs and requirements. We accept any type of credit card and have also included the ability to purchase our products via PayPal. International orders must be accompanied by bank a transfer in advance of shipping. Orders can also be faxed via purchase order to 1-903-498-3364
Larson Electronics provides fast service and ships most orders received before 4:00 pm the same day. International orders must be accompanied by bank a transfer in advance of shipping. Orders can also be faxed via purchase order to 1-903-498-3364
According to OSHA, 30,000 U.S. facilities are at risk of fires and explosions caused by the presence of combustible dusts. OSHA also notes that between 1980 and 2005 118 workers were killed and another 718 injured in incidents involving a combustible dust explosion. In one of the most deadly recorded incidents in thirty years, a 2008 combustible dust explosion at a Georgia sugar refinery killed 14 people and injured more than 40. On December 7, 2009 three men were severely burned when grain dust at the Simmons Feed Mill in Fairland, Oklahoma ignited and caused a dust explosion while they were using cutting torches inside of a grain silo. These incidents occur all too often in industrial operations all over the United Stated although fortunately many have resulted in only minor injuries and damages. What they underscore however is the continuing need for improvements in all aspects of hazardous workplace safety because although combustible dust conflagrations on a large scale are relatively few, the potential cost in lives and damages makes allowing any incident to occur unacceptable. [...]
Hazardous locations are defined by the NEC or “National Electrical Code” as areas "where fire or explosion hazards may exist due to flammable gases or vapors, flammable liquids, combustible dust, or ignitable fibers or flyings." ....As can now be seen, hazardous locations can be fitted within a specific set of criteria which then makes it possible to correctly select the proper electrical equipment for use within these locations. A paint spray booth for example would have flammable/explosive gases and vapors present as a part of normal operations, making it a Class 1 Division 1 area, while the nature of the materials would fit within Groups C and D. Thus a paint spray booth light rated Class 1 Division 1, Groups C and D would be required. A grain silo where combustible dusts are present during normal operations would be a Class 2 Division 1, Group G area.[...]
Two of the biggest factors in the development and implementation of explosion proof lighting technology are economics and regulations. The standards and requirements regulating the design of explosion proof lighting as outlined by OSHA, the International Electrical Code and others dictate a high level of design strength and ignition resistance, and these in turn increase the costs associated with such equipment.The first thing to consider is the fact that the terms explosion proof and intrinsically safe do not represent the same thing. Explosion proof lighting is designed for use in hazardous locations and must be certified for such use by accredited institutions such as Underwriters Laboratories for use in these environments. Additionally, not only must equipment be certified as explosion proof, but it must also be properly rated according to the type of environment it is to be used in. [...]
While these changes are necessary and will do a great deal to reduce energy consumption and improve the efficiency with which electricity is used, they will also significantly affect how explosion proof lighting is manufactured and its cost. Already a shift in explosion proof lighting technology is taking place from traditional incandescent lamps to higher efficiency forms of illumination. LEDs, HID, and fluorescent lamps are being quickly embraced by the explosion proof lighting industry due not so much to their energy efficient natures, but rather their greater durability, dependability, and cooler operating temperatures. However, the higher cost of these types of fixtures as compared to traditional incandescent lamps has led to the incandescent bulb remaining a popular choice in industry. This cheaper appearance however is misleading. [...]