Ultra Violet Led Strip Installation and Setup Guide

Installing ultra violet LED strips is a relatively simple process that can be completed with a few basic tools.

First, ensure you have the correct voltage and wattage for your LED strip, which is typically 12V and 10-20W.

To begin, turn off the power to the area where you'll be installing the strip, and remove any existing light fixtures.

Next, measure and mark the area where you want to install the strip, taking into account any obstructions or bends.

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These LED strip lights are specifically designed to emit high levels of true UV-A light. They come in a versatile DC 12V LED strip light form factor.

realUV LED strip lights can be used in a variety of applications, including fluorescent artwork and photography, as well as industrial and scientific uses for UV curing.

They emit at a true UV wavelength of 365 nm, which is different from the 365 nm and 395 nm wavelengths often falsely marketed as "ultraviolet".

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Waveform Lighting's realUV LED strip lights emit high levels of true UV-A light in a versatile and flexible DC 12V LED strip light form factor. These lights are not nUV, violet, or purple LEDs that are often falsely marketed as "ultraviolet", but rather emit at true UV wavelengths.

The realUV LED strip lights can be used in a variety of UV-A and blacklight applications, including fluorescent artwork and photography, industrial uses for UV curing, and screen emulsion exposure.

The 365 nm and 395 nm wavelengths emitted by these LEDs are true UV wavelengths, and learning about the difference between them can be useful for understanding the capabilities of realUV LED strip lights.

realUV LED strip lights are available in a DC 12V LED strip light form factor, making them a convenient and easy-to-use option for a range of applications.

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This product is available in two wavelength options: 365 nm and 395 nm.

The UV output varies depending on the wavelength, with 0.7 watts per foot at 365 nm and 0.9 watts per foot at 395 nm.

It operates on DC 12V voltage.

The power consumption is 4.5 watts per foot.

The product comes with a female DC connector on both ends for easy installation.

You can choose from a short reel (3.2 ft / 1 m) or a long reel (16.4 ft / 5 m) option.

The part numbers for these options are PN 7021.65 and PN 7021.95 for the short reel, and PN 7021.65.5M and PN 7021.95.5M for the long reel.

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To get your ultra violet LED strip up and running, you'll need a DC 12V power source. This can be easily achieved with a plug-in power supply that plugs directly into the LED strip.

For longer installations, you can daisy-chain multiple LED strips together using PN 7096, but be aware that each chain can only be up to 16 ft / 5 m long.

To get started with installation, you'll need a DC 12V power source. This can be achieved using a plug-in power supply, which is the easiest and quickest way to power up.

The realUV power supply plugs directly into the LED strip without the need for assembly, and can power up to 16.4 ft of realUV LED strip. This makes it a convenient option for many applications.

If you need to power multiple LED strips, you can daisy-chain them together using PN 7096. This allows you to connect up to 16 ft / 5 m of LED strips together.

For more complex applications, you can dim your LED strip using a traditional wall-dimmer or an inline dimmer. However, you'll need to use a dimmable power supply (PN3093/3096) when connecting to a traditional wall-dimmer system, and a standard power supply (PN3091/3092) when using an inline dimmer.

Cutting the LED strips is relatively easy, as the roll has designated spots to cut every 3 LEDs. This makes it simple to separate the strips as needed.

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Adding wire leads to the LED strips can be a bit tricky, but it's a crucial step in getting your project up and running. To add wire leads, you'll need to cut down the length of wires you'll need - two lengths per strip, each pair longer than the last to meet at the PCB power junction after they're connected to the strip.

Soldering to LED strips can be a bit fickle, so it's a good idea to tin the component contact and the wire separately before making the connection. This will save you time and make the process more manageable.

To make the connection, you can quickly melt the two together, but be careful not to burn the plastic or mylar foil. If your soldering iron doesn't have variable heat, it's a good idea to complete this step before attaching the strips.

Here's a quick rundown of the materials you'll need:

By following these steps, you should be able to successfully add wire leads to your LED strips and get your project up and running.

Our UV LED strip lights are designed to produce a specific colour wavelength that gives a fluorescent appearance, perfect for special effects in theatre and productions.

They feature a durable solution made from quality components and a black PCB, which helps to achieve a low-light effect perfect for darker environments.

The UV LED strip lights have strict wavelength specifications of 365 nm and 395 nm, to ensure that the emitted light is a true ultraviolet wavelength that maximizes fluorescence and curing effectiveness.

They come in two options: a UV LED light strip and an RGB UV option, which can achieve a huge range of lighting effects all from one product.

These LED UV light strips are intended for indoor lighting due to their IP20 non-waterproof rating, perfect for interior design.

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If you're looking to add some extra flair to your LEGO creations, the UV LED strip is a great option. It's a compact and easy-to-use solution that creates an awesome purple glow light effect.

The strip can be powered by a LEGO Power Functions battery box or a micro USB, making it convenient to charge and use. You can also use a simple power bank for added flexibility.

One thing to keep in mind is that the UV LED strip has a rubber-like surface, which can cause the GBC glow balls to get caught if the assembly is too tight. To avoid this, make sure to leave some space between the strip and the surrounding LEGO elements.

Here are some tips for using the UV LED strip with GBC glow balls:

Overall, the UV LED strip is a great addition to any LEGO collection, and with a little creativity, you can create some truly unique and eye-catching displays.

You can make your LEGO creations shine with the GBC Glow Balls, which only need a few seconds to charge with the UV LED Strip and can keep glowing for minutes on end.

Our UV LED Strip creates an awesome purple glow light effect over your LEGO creations, making them look great under UV light.

Next to the GBC Glow Balls, there are many other LEGO elements that look fantastic under UV light, adding a new level of excitement to your LEGO projects.

Want to create custom animations with your UV LED Strip like blinking and fading?

If you're thinking of getting a UV LED strip for your LEGO project, you're in luck. There are some really great options out there.

One thing to keep in mind is that some UV LED strips require a separate power source, like a LEGO battery or a USB Power Bank. This can be a bit of a hassle, but it's not the end of the world.

The UV LED strip we're reviewing here can be powered by either a LEGO Power Functions battery box or a micro USB connection. If you ask me, the latter is definitely the way to go - it's just easier to charge and manage.

To get the most out of your UV LED strip, try placing the glow balls close to it and keeping them there for a bit. The closer they are, the brighter they'll shine. Just be careful not to make the assembly too tight, or the balls might get stuck.

If you're feeling adventurous, you can try installing the UV LED strip without gluing it on. With a few LEGO Technic parts, like a black 3-axis spin, a 2-axis, and some thin 1×2 lifting arms, you can get it up and running in no time.

Here are some specific parts you might need to make it work:

Overall, the UV effect looks awesome, and it's a great idea to incorporate it into your LEGO project.

Making a collapsible lamp is a great DIY project that can be customized for various purposes. This tutorial will guide you through creating a UV LED lamp that can be bent and folded, making it perfect for cyanotype printing, small UV resin curing, and activating black light paint.

The collapsible UV LED lamp is made from UV LED strips and a flexible-but-rigid backer, which provides the necessary support and flexibility. This combination allows the lamp to bend and fold without compromising its functionality.

This project is ideal for those who need a UV 'fill light' that can be easily transported and set up. The collapsible design makes it perfect for cyanotype printing, where a flexible light source is necessary to achieve even exposure.

The UV LED strips used in this project are a crucial component, as they provide the necessary UV light for cyanotype printing and UV resin curing.

The PowerBar Module is a game-changer for ultra violet led strip enthusiasts. It allows for seamless integration with various devices, making it easy to control and customize your LED strip setup.

This module is designed to be compact, measuring only 50mm in length, making it perfect for smaller spaces. With a width of 20mm, it's also incredibly space-efficient.

The PowerBar Module is equipped with 4-pin connectors, ensuring a secure and reliable connection to your LED strip. This ensures that your strip stays powered on and performs at its best.

One of the standout features of the PowerBar Module is its ability to support up to 10 meters of LED strip. This makes it ideal for larger installations or for those who want to create a truly immersive experience.