4-Pin Light Sheet Connector - RGB Jumper
These 4-pin light sheet connectors are the perfect Plug and Play option for wiring aspectLED’s Spectra™ RGB light sheets. 2.75” long with XH connector heads on both ends, these ‘jumpers’ are commonly used to make your sheet-to-sheet connections when the sheets are aligned side-by-side. Skip the soldering and speed up your installs today.
CAUTION: Always double check the polarity of the ports when laying out your light sheets and making your connections. Before powering on, always confirm that the wires are installed correctly between all system components.
Specifications | |
---|---|
Part #/SKU | AL-LS-CN-RGB-2 |
Connector Type | Jumper |
Physical | |
Dimensions (excluding mounting tabs) | 2.75" Long (69.85mm) 0.39" Wide (9.8mm) 0.17" Tall (4.5mm) |
Weight | 0.08 oz (2.25g) |
Compatible Light Sheets | Spectra™ - RGB |
Electrical | |
Max Current | 4A |
Wire Connections | 20 AWG |
Pin/Wire Count | 4 |
Environmental | |
IP Rating | IP20 |
Suitable Uses | Indoor, Dry Locations Only |
How many connectors should I use to connect light sheets?
It is highly recommended to use 2 connectors between adjacent light sheets – and when making any connection to a power supply or lighting control product. Failure to do so will reduce max run length and damage the product.
How many connectors do I get with each light sheet? Do I need to purchase extra for my project?
Each light sheet ships with (2) 8” pigtail, (2) 2.75” jumper XH connectors. These will allow you to connect your sheets end-to-end or side-by-side in a single row or column. However, if your project requires a grid of light sheets, you will need to order extra connectors to make the additional connections. Mapping your installation on graph paper is a great way to determine how many extras you will ultimately need.
Why aren’t my light sheets working when they seem to be connected properly?
The most common reason for this is a polarity issue between the two sides of the connectors. Oftentimes an individual sheet will be installed with incorrect +/- alignment – and while the connectors are firmly inserted, the positive and negative will be crossed in this instance.