UltraBright™ Slim Series LED Strip Light - 1/8" Wide (3.5 ...

Q: Do you have solderless connectors for the slim series?

No, we do not. We recommend soldering with a very steady hand! 

Q: What is the product warranty?

we offer a 7 to 15-year warranty on all of our LED strips to all of our clients. The warranty on power supplies ranges from 2 to 7 years which is model dependent.

Q: What is the lifespan of your strip lights?

Our lights have been rigorously tested and have an expected lifespan of 50,000 hours before dropping to 70% luminosity. This means that if you were to use your lights 12 hours a day, every day, the lights would be expected to last longer than 10 years. Even after that time has elapsed, the lights will maintain a brightness of 70%. Higher-output strips require a heat sink to reach the expected lifespan and beyond.

Q: What is color temperature?

The color of light can be quantified by referring to its color temperature. White light is measured in Kelvins (K). Most white lights fall in a spectrum between 1800K and 6200K. When decreasing from 3000K, the light is noticeably warmer. On the other end of the spectrum, the lights have a blue-ish tint and cooler tone when passing 6500K.

Q: Which color temperature should I choose?

Choosing the correct color temperature lights for your project is very important, and as important as the brightness you choose. Consider the look and feel you want your project to have. What other color lights will be present? What material and color are the materials you wish to light? We can help you choose!

Q:What are lumens (lm)?

This is a quantifiable amount of light produced by an LED strip or other light-producing product. This is one way we can measure light output.

Q: Can I cut the strips myself?

Yes, LED strips are made to be cut to your desired length. Using sharp scissors, you can cut the strip every few inches (on a line that's marked after every third LED).

Q: What do I need to turn on my lights?

To turn on LED strips, you will need to connect to a LED power supply. For connecting strips to the power supply we recommend soldering to make the strongest connections. Another option is to use our solderless connectors, which is a faster and easier way to install LED strips.

Q: Which Power Supply do I need for my (x) feet of LEDs?

The length of LED strip lights of your project will determine the size of the power supply you need. View our Power Supply chart to find the exact LED power supply you need.

Q: Which power source do you need for my project?

LED Strip Light Power Usage Calculator - Which power supply do I need? 

Description

Our Waterproof IP65 LED Flex Strips are perfect for lighting professionals as well as homeowners with a do-it-yourself attitude. They are easy to use, making it possible to install yourself even with minimal knowledge on the electrical side. The strips can be quickly cut down to size and come with double-sided 3M adhesive tape, adding to the ease of installation. They must be powered from a constant 12VDC. If you prefer LED strips without a silicone covering, the non-waterproof option can be found here.

Density

LED Density is measured per meter. The more LEDs per length increases the light quality and brightness.  Please see the table on the right for more details.

Standard-density LED strip = 30 LEDs per Meter

High-density LED Strip = 60 LEDs per Meter

Colors

We offer these LED strips in Color-Changing RGB. Single Colors: Red, Green, Blue, Yellow, Pink, Ultra-Violet (UV) and whites: Warm-White (3000K), Neutral-White (4000K), and Cool-White (6000K)

Lengths

To avoid buying more than necessary we offer custom-length LED light strips in 3-foot increments up to 16.4 feet long (1 full reel = 5M). However, we realize that all applications have different needs which is why the strips can be cut every 3 LEDs. There is a thin black line over solder pads, which marks where you are to cut the strips. 

End-to-End Connections

When there is a break in your application you can still run one strip to another using 20-24 gauge wire or LED strip connectors. TAKE NOTE: Standard Density maximum run length is 32.8 feet (2 reels) and High-Density maximum run length is 16.4 feet (1 reel). After the maximum run length, the voltage drop becomes too great and you will lose light and efficiency from your system. If your application needs more than the maximum run length you will have to get another power supply or run a wire from the extra strip directly back to the first power supply (wiring in parallel).

Connections can be made by soldering wire in between strips or by using solderless clamps (see right). Only a full-reel length (16.4 ft.) has connections at both ends, shorter lengths only have power from one end of the strip. If you want to make more connections you will need to solder or use strip connectors. Here is a good tutorial on wiring the strips together if you'd like more information.

Brightness

The LED strip lights use 5050 SMD LEDs which give off a nice light while staying cool along with the flexible board. Standard density LED strips give off 180 Lumens/Ft whereas the High-Density strips give off 360 Lumens/Ft. 

Standard Density Common Uses: accent lighting, back-lighting, stair lighting, shelf lighting, toe kick lighting.

High-Density Common Uses: task lighting, under cabinet lighting, cove lighting, area lighting, sign lighting

Power

A 12-volt DC Power Supply is required to run these LED Strip Lights. The wattage table shows different lengths and their wattages. Use it to add up the wattage of all the separate, full length runs you want to run off of one power supply. This will help you decide the size of the power supply that will suffice for your project and keep your LED strips running safely.

Connecting to power is easy with 2.1mm plugs. We have extra power harnesses or plugs that will aid you if you need to cut and make your own connections. If you are direct wiring, you can easily cut the plug off and use simple wire-to-wire techniques such as soldering, wire nuts, electrical tape, etc. to wire to your 12VDC power. 

Dimming

These strips are dimmable and can be used with our 12V PWM Dimmers. The dimmer will go between your power supply and strips (see picture). The available dimmers can be seen above by clicking on the accessories tab above. We have a variety of PWM dimmers ranging from single-channel remote to multi-channel remote and wall mount PWM dimmers. 

If you require an AC Dimming Control from Lutron or Leviton, use a dimmable power supply.

Controlling RGB Strips

The RGB strips use Red, Green & Blue LEDs to mix colors and show a variety of different colors. In order to use these, you will need an RGB controller. The controller box goes in between your power supply and strips and then you can control your strips with the remote. You can pick different colors or an option that lets you alternate through them.

Need Help with LED Strips?

Guide to LED Strip Lights

DIY Tutorial: Accent Lighting with LED Flex Strips

DIY Tutorial: Setting Up Color Changing LED Strips

Technical Documentation

P/N

Color

Kelvin (K)

Beam Angle
°

Luminous Flux
(lm/m>

CRI

Efficacy
(lm/w)

Input Voltage
(VDC)

Power
(W/m)

R6030AA-WWT

Warm-White

3000K

115

540

90

75

12

7.2

R6030AA-NWT

Neutral-White

4000K

115

540

90

75

12

7.2

R6030AA-CWT

Cool-White

6000K

115

540

90

75

12

7.2

R6030AA-PNK

Pink

n/a

115

112

N/A

15.5

12

7.2

R6030AA-RED

Red

620-625nm

115

112

N/A

15.5

12

7.2

R6030AA-GRN

Green

525-530nm

115

221

N/A