LED Tapes Installation


Another type of lighting solution we offer are self-adhesive flexible LED tapes. Extremely discreet with their compact size, bright and have a low power consumption. LED tapes are ideal to enhance textures, architectural elements, art work, walls, alcoves, cabinets, work stations, store fronts, stairs, railings, stage décors, etc. Like our luminaires, our different LED tapes can output differently depending on your needs. The LED tapes also have there own DMX Driver, the SRPC2108. The same driver can be used to control all our different tapes, but the configuration and pin outs will differ depending on the specific LED tape employed. Please refer to the installation guide for more details.

LED Tape Extrusions

Track 002

Our aluminum extrusions come in a variety of shapes and sizes, clear, white or frosted acrylic UV-resistant lenses and mounting options. Everything required for proper light diffusion and a professional looking installation.

(See the LED Tape Extrusions section for more details.)


The CB-Giulia compliments our product line with a plaster-in channel that delivers a perfectly uniform illumination. Ideal for ceiling and wall wash applications that enhance surface textures and architectural elements.

No need for a diffusion lens as the LED strip is hidden, revealing nothing but the reflection and the clean dramatic effect.


Installation Overview

LED tapes need to be manually wired to a SRPC2108. All LED Tapes come in 16.5 feet roles (or 5 meters) and depending on the tape, it can be cut to different lengths. The LED Tapes can also be joined together, by soldering them together, if required. But keep in mind that the maximum recommend length of the LED tape is 16.5 feet (or 5 meters).

These instructions are for a specific part of a installation. You will need to reproduce this analysis for each different LED tape setup.

There are multiple factors to take into consideration when installing LED Tape.

  • First: Determine the tape and length required.
  • Second: Power requirements of the total tape
  • Third: Power Supply's total power output
  • Forth: Length of the cable powering the tape
  • Fifth: Connecting to a DMX Driver

Gateway SRPC2108

Determining the length of the required

The first thing you will mostly likely do, is figuring out is what your tape will contour or hide behind of. For example, if you are doing the edges of a bathroom mirror, if you trying to illuminate a kitchen counter or want to have some accent lighting for a large ceiling cove in a living room. We offer many different tapes; some can produce red, green and blue, some can only do whites and others can output all four colors. Different tapes also output different levels of luminosity and some tapes are even graded to be installed outside. All the details for a specific tape can be found on it's spec sheet. All the spec sheets can be found in the Products section. If you are unsure about which kind of tape you should use for your project, do not hesitate to contact us.

Determining the total power requirements

Once you have determined the tape and the total length of the tape your need for a specific installation, you will need to determine how much power (Watts) is required to power your tape. Using your tape's spec sheet, you will be able to find just how much power your tape consumes. For example, our most popular tape, the TAPE-60-RGBW uses 4.23 watts per foot. For example, let say you wanted to power a entire role of TAPE-60-RGBW, they you would have to do :

16.5 feet x 4.23 watts/feet = 69.80 watts

So to power 16.5 feet of TAPE-60-RGBW you will need to make sure the power supply can produce more than 69.80 watts.

You can also power more than one LED tape to the same power supply. Just add the power requirements of each LED tape to get a total amount of power needed.

Determining the Power Supply

Once you have determined your power requirements, you may select a power supply. Note that the SRPC2108 has a built in power supply of 200 watts. We also sell separate power supplies, ranging from 40 watts to 320 watts, which can be used with the SR2108. We recommend only utilizing 80% of the power supplies total power output. This is to compensate for the power requirement peak at start up.

So lets say we wanted to power as much TAPE-60-RGBW that a SRPC2108 can handle, then the calculation would look like this :

200 watts x 80% = 160 watts

160 watts ÷ (1 foot ÷ 4.23 watts) = 37.8 feet

Therefore a SRPC2108 can power 37.8 feet of TAPE-60-RGBW. But only if the TAPE-60-RGBW was connected directly to the SRPC2108 and there wasn't a cable running between them.

Also note that you do not need to utilise the entire power available.

Multiple SR2108 may be connected to a single power supply, which will allow you to address each SR2108 differently. But multiple power supplies can not be used power a single SR2108.

Determining the length of the cable connecting to the LED tape

It is extremely important to use the appropriate 12VDC or 24VDC power supply and appropriate wire gauge. The number of conductors equals the number of different LED’s on your lighting product and Voltage (V+). In other words, a RGBW LED Tape needs 5 conductor wires, four for the LEDs and one for the voltage. A RGB LED Tape needs 4 conductor wires, three for the color LEDs and one for the voltage.

Depending on the voltage available, the power (watts) available and gauge for the wire used, there will be a maximum cable length that will have to be respected between the beginning of the LED tape and the DMX driver powering it.

For example: Let say you have 10 feet of TAPE-60-RGBW powered by a SRPC2108 :

10 feet x 4.32 watts/foot = 43.2 watts

We need at least 43.2 watts to power our LED tape.

And knowing that the SRPC2108 supplies 200 watts :

200 watts x 80% = 160 watts

160 watts > 43.2 watts

So the SRPC2108 has enough power output to drive the 10 feet of LED tape.

And let's say you are installing a 14 gauge wire (14 AWG) between the LED tape and DMX driver. (Do not exceed a 10% voltage drop.)

Using the chart below, we can see that a 14 gauge wire supporting 50 Watts can go as far as 229 feet. Therefore a 14 AWG, that needs to support a a 43.2 Watts loads can do :

(with interpolation : y = y1 + (x - x1)*(y2 - y1)/(x2 - x1)  )

380 ft + (43.2 W - 30 W)*(229 ft - 380 ft) / (50 W - 30 W) = 280.34 ft

There for, to power 10 feet for TAPE-60-RGBW with a 14 gauge cable, the cables maximum length is 280 feet.

Cable length requirements

Maximum Cable Length at 24 volts

5W / 0.21 A2265 ft.1432 ft.898 ft.560 ft.
10W / 0.42 A1132 ft.712 ft.449 ft.280 ft.
30W / 1.25 A380 ft.239 ft.151 ft.94 ft.
50W / 2.08 A229 ft.144 ft.91 ft.57 ft.
80W / 3.33 A143 ft.90 ft.57 ft.35 ft.
100W / 4.17 A114 ft.72 ft.45 ft.28 ft.

Connecting to a Driver

Depending on the type of LED Tape or Linear Bar you are using, you will need to wire it the SRPC2108 in different ways. You will also need to configure the SRPC2108 in different ways as well.

Here is a chart explaining which pins to connect to on a SRPC2108 and which configuration for to set for a SRPC2108.

Driver Pin & configuration+1-2-3-4-CHDP
LED Tape
White OnlyWhite WireBlack Wire011.1
Bi-WhiteWhite WireRed WireBlack Wire023.2
RGBWhite WireRed WireGreen WireBlue Wire034.3
RGBWWhite WireRed WireGreen WireBlueWireYellow Wire045.4
Last Updated: 11/13/2018, 8:05:52 PM