hot selling 30W motion sensor flood light for outdoor lighting
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By: LISIDA LEADLIGHTING
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hot selling 30W motion sensor flood light for outdoor lighting - Video
Media release
07 January 2015
Outdoor fire permits needed as risk increases
Across the region people are enjoying a warm, dry start to 2015 but with this comes an increase in fire risk. Aucklanders are being urged to carefully manage all outdoor fires.
A restricted fire season for rural areas in the Auckland region is still in place which allows lighting of outdoor fires on rural land but a permit is required for fires in the open air. A total fire ban is now in place for all Hauraki Gulf Islands.
The hot and dry summer means risks of vegetation fires are higher so people needed to be vigilant around their properties, clearing easily flammable fuel such as dry leaves and debris. Council will be issuing fire permits in Aucklands rural zones free of charge but people are advised to plan ahead as permits take three to five days to issue.
Conditions are very warm, dry and windy for this time of year and last week there were a number of fire incidents around the region, says Auckland Council Principal Rural Fire Officer Bryan Cartelle.
The councils rural fire team advised people to be aware of the conditions and check before lighting outdoor fires in urban areas as well, including any non-gas barbecues.
When lighting a fire think of your neighbours and check our fire safety requirements and whether the fire is allowed in an urban area.
In late December 2014, Auckland Council introduced an Outdoor Fire Safety Bylaw to manage the risk of all outdoor fires in both rural and urban areas. The bylaw continues with seasonal restrictions but also gives guidance on the types of fire and fuel allowed with an aim to protect people, property and the environment from the risk of fire.
By the time Duke Energy Progress announced last fall that it would begin replacing more than 100,000 mercury vapor street lights with LEDfixtures, Carthage was already enjoying the cost savings from converting.
We were the first to do it in Moore County, Town Manager Tom Robinson said Monday. I was real proud of little Carthage to be a leader.
The $9,250 project started last May, and 424 street lights were converted by the end of June.
They were done quickly, said Dina Tharp, the towns administrative assistant. Everything went smoothly. Weve had nothing but positive feedback. Everyone is happy with the new lighting.
Duke Energy Progress announced its lighting modernization program last September after receiving approval from the N.C. Utilities Commission to begin replacing mercury vapor street and area lights with advanced light emitting diode, or LED.
Weve heard from our customers that they want more energy-efficient lighting options and we want to be responsive, Emily Henson, the utilitys director of outdoor lighting, said at the time. Weve designed a lighting option that is both efficient and economical. In most instances, there will be no additional cost to the lighting customer as a result of the fixture replacements. Many customers will actually experience a price decrease.
Robinson said Carthage is saving $3,464 annually, which will help the town crawl back toward break-even.
Weve been operating at a deficit for the past six or seven years, he said. Were trying to live within our means, and that certainly helps. The new lighting is much better than the old lighting. Were being good stewards of the towns money and improving services at the same time.
Duke Energy Progress sought feedback from large outdoor lighting customers, including municipalities, in developing its mercury vapor replacement strategy. The utility also worked closely with the N.C. League of Municipalities to provide LEDtechnologies at reasonable prices.
This initiative will bring advanced LEDlighting to many of the communities we serve, Henson said in a news release.
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A Bright Idea: Towns Update Street Lighting, Save Money
Kemp, Texas 75143 Longtime leader in commercial and industrial grade lighting equipment Larson Electronics continues its commitment to providing high grade lighting equipment to specialty markets with the release of a high intensity 400 watt LED light fixture that is a direct replacement for 1,000 watt metal halide fixtures.
The GAU-HB-400W-LED-SS fixture from Larson Electronics produces 52,000 lumens of high intensity light while drawing 400 watts from a 120 volt electrical system. This high mast LED flood light offers intense light output and is ideal for flood lighting, crane lighting, light towers, as well as industrial and outdoor lighting applications. This 400 watt high intensity LED light fixture is an ideal replacement for fragile and hot running 1,000 watt metal halide lamps. They offer low power requirements, high durability and a versatile mounting system that makes these LED light emitters a superior lighting solution for demanding applications where power and reliability is critical. Fifty-four Bridgelux high output LEDs producing 963 lumens each are arranged in rows and paired with PMMA high purity optics to produce a well-focused 25 wide spot beam that is ideal for providing far reaching concentrated illumination while still covering a substantial amount of area.
Each unit is equipped with a back mount trunnion style bracket constructed of 304 stainless steel that allows the light to be attached to flat surfaces and adjusted through 160 of vertical movement. To adjust the unit after mounting, the user simply loosens the set screws located on either side of the unit, moves it into the desired position, then re-tightens the screws. The base of the mounting trunnion is equipped with several machined slots which allow users to utilize existing mounting holes and slide the unit for precise mount positioning. The heavy duty design and high power of these LED lights make them suitable for a wide array of applications including high mast lighting, light towers, light plant LED retrofits, military, mining, industrial manufacturing, machine visioning, security and law enforcement, commercial structure illumination, sport complexes, billboards, race tracks, and parking lots.
Our new 400 watt LED light fixture is perfect for retrofitting light towers from metal halide fixtures to LED, said Rob Bresnahan with Larsonelectronics.com. This unit is designed to withstand extreme environments and operating conditions and can withstand rapid temperature changes.
Larson Electronics produces a wide range of intrinsically safe LED lights, explosion proof LED work lights, portable LED lights, explosion proof flashlights and LED trouble lights. The entire Larson Electronics line of explosion proof lighting can be viewed by visiting Larsonelectronics.com. You can also call 1-800-369-6671 to learn more or call 1-214-616-6180 for international inquiries.
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High Bay LED Flood light Fixture offers metal halide alternative.
Greenfingers - Aquatec Outdoor lighting this summer
There is no better way to appreciate the balmy evenings afforded to us here in Western Australia than to head outdoors. Brighten up your outdoor space with s...
By: Greenfingers TV
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Greenfingers - Aquatec Outdoor lighting this summer - Video
LED Outdoor lighting --Production Aging Testing
hello,everybody, here show you our production aging testing ! LED Wall Pack Light !!!
By: Tony Gurry
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LED Outdoor lighting --Production Aging Testing - Video
Canon EFS 24mm Lens Test
Testing the Canon EFS 24mm Lens on my T2i. Graded in Resolve Lite using a Kodak film LUT. Includes some low light tests as well as high intensity outdoor lighting tests. Song: Vitamin String...
By: hawkirk
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Canon EFS 24mm Lens Test - Video
House Lighting Design
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House Lighting Design - Video
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Wooden Outdoor Benches Plans | Interior Decorating
An incandescent light bulb, incandescent lamp or incandescent light globe is an electric light which produces light with a wire filament heated to a high temperature by an electric current passing through it, until it glows (see Incandescence). The hot filament is protected from oxidation with a glass or quartz bulb that is filled with inert gas or evacuated. In a halogen lamp, filament evaporation is prevented by a chemical process that redeposits metal vapor onto the filament, extending its life. The light bulb is supplied with electrical current by feed-through terminals or wires embedded in the glass. Most bulbs are used in a socket which provides mechanical support and electrical connections.
Incandescent bulbs are manufactured in a wide range of sizes, light output, and voltage ratings, from 1.5 volts to about 300 volts. They require no external regulating equipment, have low manufacturing costs, and work equally well on either alternating current or direct current. As a result, the incandescent lamp is widely used in household and commercial lighting, for portable lighting such as table lamps, car headlamps, and flashlights, and for decorative and advertising lighting.
Incandescent bulbs are much less efficient than most other types of electric lighting; incandescent bulbs convert less than 5% of the energy they use into visible light[1] (with the remaining energy being converted into heat). The luminous efficacy of a typical incandescent bulb is 16 lumens per watt, compared to the 60 lm/W of a compact fluorescent bulb. Some applications of the incandescent bulb deliberately use the heat generated by the filament. Such applications include incubators, brooding boxes for poultry,[2] heat lights for reptile tanks,[3]infrared heating for industrial heating and drying processes, lava lamps, and the Easy-Bake Oven toy. Incandescent bulbs typically have short lifetimes compared with other types of lighting; around 1,000 hours for home light bulbs versus typically 10,000 hours for compact fluorescents and 30,000 hours for lighting LEDs.
Incandescent bulbs are gradually being replaced in many applications by other types of electric light, such as fluorescent lamps, compact fluorescent lamps (CFL), cold cathode fluorescent lamps (CCFL), high-intensity discharge lamps, and light-emitting diode lamps (LED). Some jurisdictions, such as the European Union, China, Canada and United States, are in the process of phasing out the use of incandescent light bulbs while others, including Colombia,[4]Mexico, Cuba, Argentina, Brazil or Australia,[5] have prohibited them already.
In addressing the question of who invented the incandescent lamp, historians Robert Friedel and Paul Israel[6] list 22 inventors of incandescent lamps prior to Joseph Swan and Thomas Edison. They conclude that Edison's version was able to outstrip the others because of a combination of three factors: an effective incandescent material, a higher vacuum than others were able to achieve (by use of the Sprengel pump) and a high resistance that made power distribution from a centralized source economically viable.
Historian Thomas Hughes has attributed Edison's success to his development of an entire, integrated system of electric lighting.
The lamp was a small component in his system of electric lighting, and no more critical to its effective functioning than the Edison Jumbo generator, the Edison main and feeder, and the parallel-distribution system. Other inventors with generators and incandescent lamps, and with comparable ingenuity and excellence, have long been forgotten because their creators did not preside over their introduction in a system of lighting.
In 1802, Humphry Davy had what was then the most powerful electrical battery in the world at the Royal Institution of Great Britain (with the possible exception of another one made in the same year by Vasily Petrov in Russia[citation needed]). In that year, Davy created the first incandescent light by passing the current through a thin strip of platinum, chosen because the metal had an extremely high melting point. It was not bright enough nor did it last long enough to be practical, but it was the precedent behind the efforts of scores of experimenters over the next 75 years.[10]
Over the first three-quarters of the 19th century many experimenters worked with various combinations of platinum or iridium wires, carbon rods, and evacuated or semi-evacuated enclosures. Many of these devices were demonstrated and some were patented.[11]
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Incandescent light bulb - Wikipedia, the free encyclopedia