realUV™ LED Strip Lights

The total amount of UV energy emitted is 0.9 watts per foot, and 0.7 watts per foot, for the 395 nm and 365 nm versions, respectively.

This amount of UV energy is comparable to 1.5x-2.0x of the UV emitted by a fluorescent blacklight of corresponding length.

The peak and dominant wavelengths of these products is 365 nm and 395 nm. A vast majority of the energy is emitted within a +/- 5 nm range (FWHM = 10 nm).

The wavelength energy emitted below 400 nm is not visible to the naked eye. However, a very small fraction of the energy is also emitted as visible light, with wavelengths longer than 400 nm. For the 365 nm, the visible light appears as a dull, bluish-white light, and the 395 nm, a dark, violet light.

The amount of visible light is typically less than 2-3 lumens per foot (a 4W incandescent night-light bulb typically emits 15-20 lumens).

Please use caution as nearly all of the energy emitted by this product is not visible to the naked eye. Although it may appear to be dim, lots of UV-A energy is nonetheless being emitted. The light that you are able to see only represents a very small fraction of the total energy emitted.

The wavelength range of these LED strips is limited to 365 nm or 395 nm (UV-A) only. Most disinfection and sterilization processes require UV-C radiation, which is typically defined as 280 nm and lower. As such, these LED strips are not suited for most disinfection and sterilization applications.

This LED strip product requires a DC 12V power supply to operate. For most residential and commercial installations, this means that the AC 120V (North America) or AC 240V (Europe) needs to be converted via a power supply unit.

When choosing a power supply unit, you must ensure that the output voltage matches the LED strip voltage (i.e. DC 12V or DC 24V), and that the power supply capacity is sufficient to operate the length of LED strip.

The power supply capacity needed is determined by the total length of LED strip connected. Each 1 foot section consumes 4.5 watts of power - so, for example, a 10 foot section will consume 45 watts of power, and we would therefore recommend a minimum power capacity of 45 watts.

Typically, however, it is a good idea not to run a power supply at its maximum capacity. We recommend providing an extra 5-15% of "headroom" above the actual LED strip power consumption.

Our 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. For a basic plug-and-play installation, all you need to purchase is the power supply unit.

Each reel of LED strip includes DC female plugs pre-mounted on both ends. Simply plug the power supply in, and the LED strip will immediately illuminate.

If using a power supply with wire leads, use an adapter such as PN 7095 to convert the DC plug to wire receptacles.

The maximum run length is 16.4 ft (one full reel). The maximum run length represents the longest permitted length of LED strip that can be connected as a single consecutive run to a power supply.

If you need to install more than 16.4 ft, you must connect each run separately. You may daisy-chain short reels together (see below).

Yes! You can connect up to 5 short reels together to a single power supply (as long as it has sufficient capacity, which our realUV power supply does), and link the short reels together, in an end-to-end configuration.

You will need an adapter (PN 7096) to join the two DC female cables together.

The realUV™ LED strip lights are not waterproof and are for indoor use only. If you plan on implementing your own method of moisture and ingress protection, we recommend taking care to understand the optical properties of the materials you are using, as many plastics will absorb, rather than transmit, the UV energy emitted by the LED strip.

You may want to consider our realUV™ LED flood lights as an alternative, which have a waterproof rating and is suitable for outdoor use.

Because the premium LEDs on this product are under-driven below their rated capacity, these LED strips can be operated without any heatsinking or additional thermal management.

Temperature rise of the LED strips is typically 50 degrees Fahrenheit (20 degrees Celsius) over ambient.