All posts by : AMOWO

Aus wat sinn LED Neon Light Schëlder gemaach?

What is neon?  

Color tube (colored glass) in the glass factory production that has been added yellow, rout, blue, green and other pigments, are manually blown, so the price is high and the diameter error is large. Neon light is a long discharge cold anode luminous discharge device, the use of short-wave ultraviolet excitation phosphors (such as tungstate, borate, silicate, phosphate phosphors).  Its luminous principle is low pressure mercury discharge produces millimeter ultraviolet light, and then from millimeter ultraviolet light excitation of various phosphors, so as to obtain a number of colors of neon light. Neon principle in the closed glass tube, filled with neon, helium, argon and other gases, the two ends of the tube are equipped with two metal electrodes, electrodes are generally made of copper material, electrode lead access to the power supply circuit, with a high voltage transformer, 10~ voltage on the electrode. Because the gas inside the tube is made up of countless molecules, the molecules and atoms are neutral under normal conditions. Under the action of high voltage, a small number of free electrons move to the anode, and the rapid dissociation of gas molecules stimulates the accelerated movement of electrons, so that the gas in the tube conducts electricity and gives out color glow (also known as rainbow light).  The luminous color of neon principle is related to the gas used in the tube and the color of the lamp;  Neon principle Neon gas glows golden if it is filled in a yellowish tube, or yellow and white if it is colorless and transparent. Neon principle To produce different colors of light, you use many different colors of light tubes or fill them with different gases. Neon is made of glass tubes that can be fired and bent into any shape with great flexibility. Andeems Dir verschidden Aarte vu Réier auswielen an se mat verschiddenen Inertgase fëllen, den Neon kann eng faarweg produzéieren, multi-colored light. The construction and principle of neon lights are not complicated. In the glass tube closed at both ends, two electrodes are installed, the air in the tube is drawn out, and then more than ten thousand volts of high voltage direct current is passed between the two electrodes. The thin air in the tube will ionize, produce discharge phenomenon, and give out light. If the air is pumped out and small amounts of different inert gases or mercury vapors are filled inside the tubes, the lights will take on different colors: when filled with neon, they will glow orange-red.  

LED Neon Luuchten

Zënter dem Advent vun Neon Luuchten, no honnert Joer vun unfailing. Et ass eng speziell niddereg Drock kal Kathode Glow Offlossquantitéit elektresch Liichtquell, an ass anescht wéi aner wéi Leuchtstofflampe, héich Drock Natrium Lampe, Metallhalogenlampe, Quecksëlwer Luucht, Glühwäin an aner Bogenlampe. Neon Luuchten ginn duerch eng kal Kathode Glow Offlossquantitéit ënner engem héich Volt Feld vun Inertgas produzéiert an engem Glas eraus gefëllt. D'Faarf vun der Neonlampe gëtt duerch d'Spektraleigenschaften vum Inertgas bestëmmt. Fluorescent Neon Luuchten si mat Argon a Quecksilber gefüllt, iwwerdeems Neon Luuchten emitt blo a giel Luucht. These two types of neon lights are generated by excited radiation from the atoms of the working gas in the tube. Compared with other electric light sources, Neon Luuchten hunn déi folgend Charakteristiken:  

Éischten, héich Effizienz

Neon Luuchten vertrauen op d'Elektroden op béide Enn vum Liicht am Héichspannungsfeld wäerten Inertgas am Röhre sinn, et ass anescht aus dem gewéinleche Liichtjoer Quell muss Wolfram Drot zu héich Temperatur ze Liicht verbrennen, doraus zu enger grousser Quantitéit vun elektresch Energie a Form vun Hëtzt Energie verbraucht, dofir, mat der selwechter Quantitéit un elektrescher Energie, Neon huet eng méi héich Hellegkeet.  

Zwee, d'Temperatur ass niddereg, d'Benotzung ass net vum Klima limitéiert

Neon lamp because of its cold cathode property, the tube temperature is below 60°C when it works, so it can be placed in the open air in sunlight and rain or in the body.  

Low energy consumption

In the era of continuous technological innovation, the manufacturing technology of neon lights and the technical level of related parts are constantly improving. The application of new electrodes and electronic transformers has greatly reduced the power consumption of neon lights, from 56 watts per meter of lamp to 12 watts per meter of lamp.  

Four, long life

Neon lights in continuous work under the condition of continuous electricity, Liewen vu méi wéi 10,000 Stonnen, Dëse Virdeel ass schwéier all aner elektresch Liichtquell z'erreechen.  

Fënnef, flexibel Produktioun, divers Faarwen

Neon ass aus Glasréier gemaach, déi mat grousser Flexibilitéit an all Form gebéit a gebéit kënne ginn. Andeems Dir verschidden Aarte vu Réier auswielen an se mat verschiddenen Inertgase fëllen, den Neon kann eng faarweg produzéieren, multi-faarweg Luucht.  

Sechs, dynamesch, gudden Effekt, wirtschaftlech a praktesch

Neon Liicht Écran duerch stänneg Liichttuer an dynamesch Liichtscannerröhre Kompositioun, kann agestallt ginn fir ze sprangen Scan, graduelle Scan, mixed color change seven color scan. Scanning tube by equipped with microcomputer chip programming scanner control, Scannerröhre no dem programméierte Programm Liicht oder aus, e Flux vu Biller bilden, wéi e Reebou um Himmel, wéi d'Mëllechstrooss, méi wéi eng Dramwelt, faszinéierend, unforgettable. Therefore, Neon ass eng Form vu Reklammen mat manner Investitioun, staarken Effekt a wirtschaftlech Nëtzlechkeet

LED Neon Liicht a Glas-Réier Wat ass den Ënnerscheed?

LED Neon Luuchten

Zënter dem Advent vun Neon Luuchten, no honnert Joer vun unfailing. Et ass eng speziell niddereg Drock kal Kathode Glow Offlossquantitéit elektresch Liichtquell, an ass anescht wéi aner wéi Leuchtstofflampe, héich Drock Natrium Lampe, Metallhalogenlampe, Quecksëlwer Luucht, Glühwäin an aner Bogenlampe. Neon Luuchten ginn duerch eng kal Kathode Glow Offlossquantitéit ënner engem héich Volt Feld vun Inertgas produzéiert an engem Glas eraus gefëllt. D'Faarf vun der Neonlampe gëtt duerch d'Spektraleigenschaften vum Inertgas bestëmmt. Fluorescent Neon Luuchten si mat Argon a Quecksilber gefüllt, iwwerdeems Neon Luuchten emitt blo a giel Luucht. These two types of neon lights are generated by excited radiation from the atoms of the working gas in the tube. Compared with other electric light sources, Neon Luuchten hunn déi folgend Charakteristiken:  

Éischten, héich Effizienz

Neon Luuchten vertrauen op d'Elektroden op béide Enn vum Liicht am Héichspannungsfeld wäerten Inertgas am Röhre sinn, et ass anescht aus dem gewéinleche Liichtjoer Quell muss Wolfram Drot zu héich Temperatur ze Liicht verbrennen, doraus zu enger grousser Quantitéit vun elektresch Energie a Form vun Hëtzt Energie verbraucht, dofir, mat der selwechter Quantitéit un elektrescher Energie, Neon huet eng méi héich Hellegkeet.

Zwee, d'Temperatur ass niddereg, d'Benotzung ass net vum Klima limitéiert

Neon lamp because of its cold cathode property, the tube temperature is below 60°C when it works, so it can be placed in the open air in sunlight and rain or in the body.  

Low energy consumption

In the era of continuous technological innovation, the manufacturing technology of neon lights and the technical level of related parts are constantly improving. The application of new electrodes and electronic transformers has greatly reduced the power consumption of neon lights, from 56 watts per meter of lamp to 12 watts per meter of lamp.  

Four, long life

Neon lights in continuous work under the condition of continuous electricity, Liewen vu méi wéi 10,000 Stonnen, Dëse Virdeel ass schwéier all aner elektresch Liichtquell z'erreechen.  

Fënnef, flexibel Produktioun, divers Faarwen

Neon ass aus Glasréier gemaach, déi mat grousser Flexibilitéit an all Form gebéit a gebéit kënne ginn. Andeems Dir verschidden Aarte vu Réier auswielen an se mat verschiddenen Inertgase fëllen, den Neon kann eng faarweg produzéieren, multi-faarweg Luucht.  

Sechs, dynamesch, gudden Effekt, wirtschaftlech a praktesch

Neon Liicht Écran duerch stänneg Liichttuer an dynamesch Liichtscannerröhre Kompositioun, kann agestallt ginn fir ze sprangen Scan, graduelle Scan, gemëscht Faarf änneren siwen Faarf Scan. Scanner Röhre duerch equipéiert mat Mikrocomputer Chip Programméierungsscanner Kontroll, Scannerröhre no dem programméierte Programm Liicht oder aus, e Flux vu Biller bilden, wéi e Reebou um Himmel, wéi d'Mëllechstrooss, méi wéi eng Dramwelt, faszinéierend, onvergiesslech. Dofir, Neon ass eng Form vu Reklammen mat manner Investitioun, staarken Effekt a wirtschaftlech Nëtzlechkeet

AMOWO Industrial Co., Ltd. ass e professionnelle Hiersteller. Spezialiséiert fir LED Beliichtung ze maachen, mat 10 Joer Export Erfahrung.Mir bezuelen méi Opmierksamkeet op Produit Qualitéit. Mat perfekt Gestioun System, qualifizéiert technesch Personal a kreativ R&D Equipe, mir kënnen Mooss-feieren Produite mat Client Ufuerderunge, and provide OEM service.We will like to cooperate with partners all over the world, op der Basis vu Gläichheet a géigesäitege Virdeeler. Eis Produkter ginn an Europa exportéiert, Nordamerika, Asien, Mëttleren Osten an aner Regiounen. Mir kënnen Iech vun der Qualitéit versécheren, gënschteg Konditiounen a Kreditt. Mir kënnen déi zefriddensten OEM Servicer an der kuerzer Zäit no Clienten ubidden’ Ufuerderunge. AMOWO insistéiert op der “Produiten, Service, berufflech, konzentréiert” Affär Philosophie. Eist exzellent Verkafsteam ass ëmmer zu Ärem Service!

led an LED Neon Liicht Wat ass den Ënnerscheed?

Why say LED Lantern Festival can?  What’s the difference between it and neon?  What’s wrong with LED lights?  

Neon lights and ordinary energy-saving lamps are gaseous discharge luminescence principle. Neon lights are produced by the use of high pressure ionized gas at cold poles, and they give out different colors because of the gas filled in the tube. Ordinary energy-saving lamp is by the filament heating electrons free impact mercury atoms emit ULTRAVIOLET light and then stimulate the phosphor to transform color, emit visible light.  

Using different phosphors produces different colors. Therefore, neon lights and ordinary energy-saving lamps are linear tube, large volume, especially neon tubes will have transport problems.  

In terms of luminous efficiency, each lamp has different luminous efficiency in different colors. Until now, the gap between the efficiency of LED white light and that of conventional CFLS was relatively small. But after that, LED white light will surpass ordinary energy-saving lamps and gradually widen the gap. The overall light efficiency of red LED light is higher than that of neon light, while the overall light efficiency of neon light is higher than that of green LED light. LED lights in the market of commercial signs can only be dominant in a small space environment, larger sign advertising, neon lights as a whole cost-effective.  

The main shortcomings of LED lamps are light decay and heat dissipation problems, but these problems are constantly improving. The combination ability of LED lamp and digital technology and the mechanism of variable color are absolute advantages;  In the future, production costs will continue to decrease, and LED power will come to the fore in the market competition.  

The pros and cons of LED versus neon

Neon light is a very wide range of outdoor advertising forms.(1) Rich color, rout, orange, yellow, gréng, gréng, blue, purple and other colors.  

(2) High brightness, suitable for high-rise buildings.  

(2) Built-in chip control, rich in dynamic, can achieve a variety of color, pattern change

(3) Moderate cost.(1) Because the neon light should be attached to the metal characters or metal plate surface, exposed to it, the line is also exposed, so the effect is poor during the day, not suitable for low-rise buildings or well-decorated facade.  

(2) Neon lights use high voltage, high power consumption, according to one square meter of word work 8 Stonnen, the annual electricity consumption, in the power limit city, the use of neon lights approval and use process are very high restrictions.  

(3) In low-rise buildings, the brightness is high, dazzling, and light pollution is serious.  

(4) Neon lights do not have any protective ability, it is easy to be broken, incomplete, air leakage.  

In addition to the advantages of no mercury, energy saving, material saving, no electromagnetic interference to the environment, no harmful rays and so on, LED light source has many outstanding advantages in the field of lighting, especially in landscape lighting. Such as:  

(1) Low voltage power supply: no high voltage link, the cost of insulation is much smaller, high reliability;  Also to one square meter of word work 8 Stonnen, the annual electricity consumption is only degrees.  

(2) Simple accessories: no starter, ballast or ultra-high voltage transformer;  

(3) Simple structure: has the biggest advantage of solid light source, no inflation, no glass shell, no gas sealing problem, impact resistance;  

(4) Pure thick color: produced by the semiconductor PN junction itself color, pure, thick, soft and not dazzling;  

(5) Rich color: three primary colors and digital technology, can evolve any color;  

(6) Small size: large LED lamps can be regarded as composed of LED cells, the smallest LED is only square millimeter,  

Order of magnitude to adapt to point, line, surface, ball, heteroform and any artistic modeling lighting sculpture lighting requirements;  

(7) No maintenance: 100,000 hours of life, can be used for 50 Joer, greatly reducing the maintenance cost during the use;  

(8) Can achieve jump, gradual change, synchronization and other color changes, through the program control to achieve text, pattern display. At present, the cost of LEDS is relatively high (2-3 times as much as neon lights).  However, considering the cost of electricity and maintenance during use, using LED light sources is more suitable than neon lights. For detailed data comparison, please refer to our other article: LED light sources versus Neon lights.  

Conclusion three:  

Due to the high brightness led brightness rise and fall of prices, coupled with the long life, energy saving, simple drive and control and the neon lights, from the current use of super high brightness leds made monochrome, multicolor and even the color of light and other shape of lighting units to decorate the tall buildings, Bridges, landscape engineering, led used for landscape lighting is a trend.

Déi uewe genannte Iwwersetzungsresultater kommen aus Youdao Neural Network Iwwersetzung (YNMT) Saz-fir-Saz Verglach.