fluorescent lamp in lcd panel for lighting quotation

Businesses are always looking for an opportunity to show off their products and services. One great way to advertise is by using fluorescent light covers in the reception area of your office. Most businesses have a waiting room or reception area in their office building. This is an ideal place to focus on advertising to visitors. Many companies already place product samples or examples of the work they do in their reception areas. But this is also an ideal place for fluorescent light covers.

The lighting in most offices today is provided by fluorescent tubes or LED lamps set behind diffuser panels. While fluorescent light is no one’s favorite, it is an ideal setup for advertising with fluorescent light covers. They are easy to install, and you can choose from our stock images or photographs of your own products. These covers are available in standard sizes—2 x 4 feet, 2 x 2 feet, and 1 x 4 ft—or we can cut them to your specifications.

Most visitors to your office have to hang around for a while after announcing their arrival. Very rarely does the person they have to visit arrive immediately. So why waste that waiting time? Many businesses have company leaflets or brochures in their reception areas. If the products are small, samples might be displayed in glass cabinets. Many companies display photographs of their products on the walls. So why not jazz up those photos and give them a greater impact? When you print your photos on decorative light covers, they are backlit by the lighting and present a far more impressive display of your products. You could even display current promotions, and the effect is much more impressive than just photographs and leaflets.

In addition to our stock images, Octo Lights can produce beautiful custom fluorescent light covers for your business. All you need to do is take a few photographs of selected products and upload them to Octo Lights. We can take your images in almost any format, including .ai, .jpg, .eps, .tif, and .psd. Just upload, let us know your preferred size, and we’ll make the light cover for you.

Once we have your image, we use high-end color printing stations to faithfully reproduce the original colors of your photo. We print the images on a matte polyester film, 8-mil (0.2 mm) thick. This is thick enough to be strong yet flexible. To install it, simply loosen your existing diffuser panel, slip the light cover in on top of it, and then replace the cover. The light will shine through the printed film for a beautiful, bright representation of your photograph.

The photographs on your light covers can show off your products, or even stages in their manufacture. Most office reception areas have fluorescent light panels on their ceilings. However, there’s no reason why they cannot also be mounted on the walls. With wall-mounted fixtures, you can achieve many different unique effects or displays. One example is to show visitors who they are about to meet.

You can take photos of your board members or staff. When you expect a visitor, their name can be slipped into a slot beneath the appropriate photograph as a very original means of introducing the company member to the visitor before they meet.

Fluorescent light covers are perfect for advertising your products or services. You can also develop some unique ways to use them, such as the reception idea above. If your offices are spread out, you can use light covers to show off your business facilities elsewhere, such as international manufacturing or sales centers. You could also use them to display a manufacturing process or even awards and certificates your business has received. Use your imagination. Anything is possible with fluorescent light covers.

When it comes to your office space -- whether at work or in your home -- there are a wide range of options out there to personalize and make it your own.

With that said, most options you"ll find for decor and furniture come with a hefty price tag, and at the end of the day, these pieces may never truly capture your personal style and tastes. After all, an office space should be all your own and should reflect who you are in order to encourage the highest level of productivity.

This is why you should seriously consider purchasing items for your office space that can be personalized. In this case, there is no better option out there than custom decorative fluorescent light covers.

These light covers can be installed over any existing fluorescent light fixture and will amaze in terms of visual appeal and functionality. Not to mention, by installing these fluorescent light diffusing panels, you"ll be decreasing the harsh light in your office space which will, in turn, decrease the risk of eye strain and headaches, while increasing your productivity at the same time.

This can include images from a family vacation, wedding, fishing and camping trip, or anything in between. With your family photos displayed beautifully on your office walls or ceiling, you"ll constantly be surrounded by personal moments that are near and dear to your heart.

For instance, if you"re a fan of the Golden State Warriors, you could create light covers that display images of star players like Kevin Durant, Steph Curry, or the entire team.

This works for any team in any sports league such as the NFL, NBA, NHL, or MLB, and is the perfect way to showcase your support for a team while hard at work at the office.

Affirmations and motivational quotes are extremely popular and can be used every day to give folks a much needed motivational kick, which is why they"re most ideal whenever you"re working.

This is why, if you"ve ever used affirmations or motivational quotes in the past, you should consider creating custom light covers that display specific quotes. For instance, if you"re struggling to finish that report with a strict due date, you can simply look to your custom light cover on your wall or ceiling for a quick boost of inspiration.

We"ve been offering the option to create your own light covers for years, and our customers have been able to create some of the most personalized and beautiful works of art. The process begins by simply choosing your image(s) (based on our image requirements), uploading it to our website, and waiting for a link to be able to purchase your order. It"s that simple.

You may be wondering what separates Octo Lights from our competitors. For starters, our company has the widest range of ready-made light covers available online for purchase.

What"s more? Octo Lights emphasizes eco-friendliness, and we"re proud to produce all of our products with UV-resistant, water-based ink in order to lessen our impact on the earth. Not to mention, Octo Lights ships worldwide, so no matter where you are, you can receive a fluorescent light cover that excels in both quality and affordability.

Beyond the options you have to create your own custom light covers, you may find the light cover you want for your office space already available on our website.

For example, if you want to expand the space of your office space without installing windows, you can easily install our cloud light covers, which give you the same look and feel of real skylights.

You can also showcase your love for the night sky with our astronomy light covers, which showcase gorgeous nebulae, star patterns, and galaxies and can be installed on your office ceiling or walls.

Some of our additional options for light covers include ocean, beach, tree and nature themes, among many others. Shop our entire selection of ready-made light covers here.

In addition to offering the most eclectic options for fluorescent light covers online, fluorescent light covers from Octo Lights are the easiest to install on the market, by far.

When your light cover arrives, you can simply install it in just 4 easy steps. You begin by opening the tabs on the light cover to open the frame, before lowering the frame, placing the light cover on the light diffuser, and (finally) raising the frame and locking the tabs.

If you ever need assistance with installing your light covers, you can visit our "How To Install" page, which breaks the process down in an easy to comprehend installation guide.

Feel free to contact Octo Lights to learn more about any of our superb fluorescent light covers, one of our experts will be happy to answer any questions you may have. You can also check out what our customers are saying about their experience with Octo Lights by visiting our reviews page.

EncapSulite specializes in decorative exhibit lighting for your trade show, display, art work, or presentation.For use in conferences, art shows, displays and exhibitions of any size or complexity, EncapSulite decorative exhibit lighting fixtures come in a wide variety of styles. Manufactured using state of the art technology, EncapSulite® Color Selection Chart.

Constructed with safety and heat-tolerance in mind, EncapSulite exhibit lighting adds style, panache and artistic visual interest to your display. Our designer decorative lighting fixtures and systems are used worldwide, and are ideal for high-interest decorative lighting applications. Incorporate EncapSulite’s decorative exhibit lighting applications into your project to generate strong interest and excitement in your conference displays and exhibits.

EncapSulite International bases its success on Product Innovation, Quality Control, Reliability, the Highest Level of Customer Service, and Availability of Inventory for Rapid Shipment. Learn more about decorative lighting applications from EncapSulite!

The EncapSulite Designer Lighting can be utilized for Exhibitions, Stores, Shops, Discos, Restaurants, Night Clubs, Hotels, and Many Other Decorative Lighting Uses

StickLights were designed using the latest in fluorescent lighting technology. EncapSulite Stick Lights are used worldwide in applications such as trade show displays, point of purchase displays, restaurants, casinos, nightclubs, and office buildings. The use of these decorative fluorescent lighting fixtures is only limited by the imagination of the designer. A selection of 20 exciting neon type colors is available in stock, ranging from soft subtle colors to attention grabbing vibrant colors. The look of neon and the economy of fluorescent lamps make these lighting fixtures perfect for any application. Custom colors are available on request and special quote. Minimum orders may apply on custom colors. See how EncapSulite"s fluorescent decorative lighting is used throughout the world.

Simply remove one of the safety end caps, slide a white fluorescent lamp inside and replace the end cap. It"s simply that easy to go from plain white light to a stunning, vibrant attention getting colored lamps and it"s cost effective. 21 Stock Colors - Custom Colors available on request - minimum orders may apply on custom colors. Available in T5 - T8 - T12 diameters.

We specialize in providing cost effective replacement ballasts along with a large assortment of lampholders and lampholder accessories. We also pride ourselves on same day shipping! All orders received before 1pm PST will ship same day, providing all items are in stock and it"s not a special order.

DS&L has a large selection of sizes and styles of fluorescent lights in stock and ready for shipping. Browse our offerings to find the perfect fluorescent light to illuminate exhibits, showcase display cases, office workstations, back-lit signs, coves and shelves.

The Promolux fresh food light offers vivid, full color illumination inside display cases while protecting the most sensitive of foods. This light is ideal for meat, seafood, deli, produce, pastry, and floral displays. The balanced spectrum of Promolux low UV lamps prolongs the shelf life of perishable food while maximizing its appearance, enticing customers to buy while the food is at its freshest. Promolux"s optional safety coating reduces UV emissions even further, creating safe and effective displays.

They can also be used in residential applications as up lighting from cabinets, beams or coves and under cabinet lighting. Fluorescents are effective lighting for kitchens, valences, comices, and fascias.

Responsible for performing installations and repairs (motors, starters, fuses, electrical power to machine etc.) for industrial equipment and machines in order to support the achievement of Nelson-Miller’s business goals and objectives:

• Perform highly diversified duties to install and maintain electrical apparatus on production machines and any other facility equipment (Screen Print, Punch Press, Steel Rule Die, Automated Machines, Turret, Laser Cutting Machines, etc.).

• Provide electrical emergency/unscheduled diagnostics, repairs of production equipment during production and performs scheduled electrical maintenance repairs of production equipment during machine service.

Most computer Liquid Crystal Display (LCD) panels are lit with built-in fluorescent tubes above, beside and sometimes behind the LCD. A white diffusion panel behind the LCD redirects and scatters the light evenly to ensure a uniform display. This is known as a backlight.

A fluorescent light is most often a long straight glass tube that produces white light. Inside the glass tube there is a low-pressure mercury vapor. When ionized, mercury vapor emits ultraviolet light. Human eyes are not sensitive to ultraviolet light (although human skin is). The inside of a fluorescent light is coated with phosphor. Phosphor is a substance that can accept energy in one form and emit the energy in the form of visible light. For example, energy from a high-speed electron in a TV tube is absorbed by the phosphors that make up the pixels. The light we see from a fluorescent tube is the light given off by the phosphor coating the inside of the tube. The phosphor fluoresces when energized, hence the name.

A typical laptop display uses a tiny Cold Cathode Fluorescent Lamp (CCFL) for the backlight. One of these small tubes is able to provide a bright white light source that can be diffused by the panel behind the LCD. In addition to providing ample light, CCFLs do not rise far above the ambient temperature. This makes them ideal for LCD panels since the light source is in close proximity to other components that could be ruined by excessive heat.

One amazing thing about these lamps is their incredible size. They are very thin and the board that drives the lamp is very small as well. However, it is not that hard to break them, which is why your display may go dark if you drop your laptop.

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How do you replace your fluorescent tubes with LED? Let us count the ways! In today"s blog, we break down the advantages and disadvantages of each of your options.

If you have fluorescent fixtures and are eying the cost- and energy-savings of switching to LED lighting, you"ll find there are two paths you can take: convert your existing fixtures to work with LED or replace those fixtures with new LED fixtures. But within those paths are a number of options, depending on the type and location of your fixtures, your lighting goals, and your budget. Whichever you go with in the end, you"re guaranteed reduce both your energy use and operating costs by a significant amount. And don"t forget the other benefit of LED lighting: you"re going to enjoy a much (much) longer lamp life than you"ve been used to!

A 4-lamp 4-foot fixture can go from what you have now (about 7200 lumens in LED terms) to nearly twice as bright (about 13,200 lumens with four 3300-lumen LED tubes), depending on the lumen rating of your LED replacement tube.

LEDs use between 60W and 80W per 4-lamp, 4-foot fixture vs 128W to 172W, but they can do even better than that: our high-efficiency, Ultra High Lumen lights can act as 1-for-2 replacements, allowing you to light a 4-lamp fluorescent fixture with just 2 LED tubes, or a total of 40W vs 128W.

The fact that strips use an external driver, as opposed to the small driver manufactured within an LED tube, allows for better airflow and heat dissipation, which translates longer life & increased reliability for strips

No need to wire power to tombstone sockets—simply connect your building"s power to the driver, then quick-connect the driver to the strips with the included cables

If you ask which we think is best between tubes and strips, in most cases we favor strips. If you have questions about your application, reach out to us!

Not sure which way to go? Our expert team is available to help with your conversion from fluorescent to LED. Contact our West Coast facility at 858.581.0597, our East Coast facility at 215.355.7200, or email sales@eledlights.com.

Keep in mind that, although the lumen output may seem lower for LED tubes than fluorescents, there are a number of reasons why you"ll experience LED lights as being as bright as, if not brighter than, fluorescents (something we"ve covered in more detail in this blog post). With today"s technology, you can rest assured that if you"re buying an LED tube from a reputable manufacturer, it will be at least as bright as the fluorescent you"re replacing. Which means that the lumen rating for various LED tubes is best used to compare one LED option against another. The higher the number, the greater the light output.

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A vacuum fluorescent display (VFD) is a display device once commonly used on consumer electronics equipment such as video cassette recorders, car radios, and microwave ovens.

A VFD operates on the principle of cathodoluminescence, roughly similar to a cathode ray tube, but operating at much lower voltages. Each tube in a VFD has a phosphor-coated carbon anode that is bombarded by electrons emitted from the cathode filament.triode vacuum tube because it also has a mesh control grid.

Unlike liquid crystal displays, a VFD emits very bright light with high contrast and can support display elements of various colors. Standard illumination figures for VFDs are around 640 cd/m2 with high-brightness VFDs operating at 4,000 cd/m2, and experimental units as high as 35,000 cd/m2 depending on the drive voltage and its timing.Cadmium was commonly used in the phosphors of VFDs in the past, but the current RoHS-compliant VFDs have eliminated this metal from their construction, using instead phosphors consisting of a matrix of alkaline earth and very small amounts of group III metals, doped with very small amounts of rare earth metals.

VFDs can display seven-segment numerals, multi-segment alpha-numeric characters or can be made in a dot-matrix to display different alphanumeric characters and symbols. In practice, there is little limit to the shape of the image that can be displayed: it depends solely on the shape of phosphor on the anode(s).

The device consists of a hot cathode (filaments), grids and anodes (phosphor) encased in a glass envelope under a high vacuum condition. The cathode is made up of fine tungsten wires, coated by alkaline earth metal oxides (barium,electrons when heated to 650 °Cdiffused by the grids (made using Photochemical machining), which are made up of thin (50 micron thick) stainless steel.fluoresce, emitting light. Unlike the orange-glowing cathodes of traditional vacuum tubes, VFD cathodes are efficient emitters at much lower temperatures, and are therefore essentially invisible.graphite, which in turn is coated with phosphor. This transfers energy from the trace to the segment. The shape of the phosphor will determine the shape of the VFD"s segments. The most widely used phosphor is Zinc-doped copper-activated Zinc oxide,

The cathode wire to which the oxides are applied is made of tungsten or ruthenium-tungsten alloy. The oxides in the cathodes are not stable in air, so they are applied to the cathode as carbonates, the cathodes are assembled into the VFD, and the cathodes are heated by passing a current through them while inside the vacuum of the VFD to convert the carbonates into oxides.

The principle of operation is identical to that of a vacuum tube triode. Electrons can only reach (and "illuminate") a given plate element if both the grid and the plate are at a positive potential with respect to the cathode.multiplexed displays where the multiple grids and plates form a matrix, minimizing the number of signal pins required. In the example of the VCR display shown to the right, the grids are arranged so that only one digit is illuminated at a time. All of the similar plates in all of the digits (for example, all of the lower-left plates in all of the digits) are connected in parallel. One by one, the microprocessor driving the display enables a digit by placing a positive voltage on that digit"s grid and then placing a positive voltage on the appropriate plates. Electrons flow through that digit"s grid and strike those plates that are at a positive potential. The microprocessor cycles through illuminating the digits in this way at a rate high enough to create the illusion of all digits glowing at once via persistence of vision.

The extra indicators (in our example, "VCR", "Hi-Fi", "STEREO", "SAP", etc.) are arranged as if they were segments of an additional digit or two or extra segments of existing digits and are scanned using the same multiplexed strategy as the real digits. Some of these extra indicators may use a phosphor that emits a different color of light, for example, orange.

The light emitted by most VFDs contains many colors and can often be filtered to enhance the color saturation providing a deep green or deep blue, depending on the whims of the product"s designers. Phosphors used in VFDs are different from those in cathode-ray displays since they must emit acceptable brightness with only around 50 volts of electron energy, compared to several thousand volts in a CRT.

Besides brightness, VFDs have the advantages of being rugged, inexpensive, and easily configured to display a wide variety of customized messages, and unlike LCDs, VFDs are not limited by the response time of rearranging liquid crystals and are thus able to function normally in cold, even sub-zero, temperatures, making them ideal for outdoor devices in cold climates. Early on, the main disadvantage of such displays was their use of significantly more power (0.2 watts) than a simple LCD. This was considered a significant drawback for battery-operated equipment like calculators, so VFDs ended up being used mainly in equipment powered by an AC supply or heavy-duty rechargeable batteries.

During the 1980s, this display began to be used in automobiles, especially where car makers were experimenting with digital displays for vehicle instruments such as speedometers and odometers. A good example of these were the high-end Subaru cars made in the early 1980s (referred to by Subaru enthusiasts as a digi-dash, or digital dashboard). The brightness of VFDs makes them well suited for use in cars. The Renault Espace and older models of Scenic used VFD panels to show all functions on the dashboard including the radio and multi message panel. They are bright enough to read in full sunlight as well as dimmable for use at night. This panel uses four colors; the usual blue/green as well as deep blue, red and yellow/orange.

This technology was also used from 1979 to the mid-1980s in portable electronic game units. These games featured bright, clear displays but the size of the largest vacuum tubes that could be manufactured inexpensively kept the size of the displays quite small, often requiring the use of magnifying Fresnel lenses.LCD games could be manufactured for a fraction of the price, did not require frequent changes of batteries (or AC adapters) and were much more portable. Since the late 1990s, backlit color active-matrix LCD displays have been able to cheaply reproduce arbitrary images in any color, a marked advantage over fixed-color, fixed-character VFDs. This is one of the main reasons for the decline in popularity of VFDs, although they continue to be made. Many low-cost DVD players still feature VFDs.

From the mid-1980s onwards, VFDs were used for applications requiring smaller displays with high brightness specifications, though now the adoption of high-brightness organic light-emitting diodes (OLEDs) is pushing VFDs out of these markets.

Vacuum fluorescent displays were once commonly used as floor indicators for elevators by Otis Elevator Company worldwide and Montgomery Elevator Company in North America (the former from the early 1980s to the mid-2000s in the form of (usually two) 16-segment displays, and the latter from the mid 1980s to the mid 1990s in the form of (usually 3) 10x14 dot-matrix displays).

In addition to the widely used fixed character VFD, a graphic type made of an array of individually addressable pixels is also available. These more sophisticated displays offer the flexibility of displaying arbitrary images, and may still be a useful choice for some types of consumer equipment.

Several radio amateurs have experimented with the possibilities of using VFDs as triode amplifiers.Korg released the Nutube, an analogue audio amplifier component based on VFD technology. The Nutube is used in applications such as guitar amplifiers from Vox

Fading is sometimes a problem with VFDs. Light output drops over time due to falling emission and reduction of phosphor efficiency. How quickly and how far this falls depends on the construction and operation of the VFD. In some equipment, loss of VFD output can render the equipment inoperable. Fading can be slowed by using a display driver chip to lower the voltages necessary to drive a VFD. Fading can also occur due to evaporation and contamination of the cathode. Phosphors that contain sulfur are more susceptible to fading.

Emission may usually be restored by raising filament voltage. Thirty-three percent voltage boost can rectify moderate fade, and 66% boost severe fade.

Of the three prevalent display technologies – VFD, LCD, and LED – the VFD was the first to be developed. It was used in early handheld calculators. LED displays displaced VFDs in this use as the very small LEDs used required less power, thereby extending battery life, though early LED displays had problems achieving uniform brightness levels across all display segments. Later, LCDs displaced LEDs, offering even lower power requirements.

The first VFD was the single indication DM160 by Philips in 1959. It could easily be driven by transistors, so was aimed at computer applications as it was easier to drive than a neon and had longer life than a light bulb. The 1967 Japanese single digit seven segment display in terms of anode was more like the Philips DM70 / DM71 Magic Eye as the DM160 has a spiral wire anode. The Japanese seven segment VFD meant that no patent royalties needed to be paid on desk calculator displays as would have been the case using Nixies or Panaplex neon digits. In the UK the Philips designs were made and marketed by Mullard (almost wholly owned by Philips even before WWII).

The Russian IV-15 VFD tube is very similar to the DM160. The DM160, DM70/DM71 and Russian IV-15 can (like a VFD panel) be used as triodes. The DM160 is thus the smallest VFD and smallest triode valve. The IV-15 is slightly different shape (see photo of DM160 and IV-15 for comparison).

Joseph A. Castellano (ed), Handbook of display technology, Gulf Professional Publishing, 1992 ISBN 0-12-163420-5 Chapter 7 Vacuum Fluorescent Displays pp. 163 and following

N9WOS (29 July 2005). "VFD as an audio/RF amplifier?". Electronics Point forums. Archived from the original on 11 March 2018. Retrieved 11 March 2018.

Home / Lighting Components / Light Socket / Linear Fluorescent Lamp Holder / FL021 – T5 Lamps Linear Fluorescent Light Socket – Quick Connect 18 AWG Solid Wire – Screw Mount – Short Type – G5 Base – 120 Watt 600 Volts Max – cULus cCSAus

FL021 – T5 Lamps Linear Fluorescent Light Socket – Quick Connect 18 AWG Solid Wire – Screw Mount – Short Type – G5 Base – 120 Watt 600 Volts Max – cULus cCSAus

Models FL025,FL025-T; FL026, FL026-T; and FL027,FL027-T have Quick connect push-in wire terminals for 18 AWG solid, Twist & Tin, or solder dipped wire, stripped at 5⁄16”