Description
RGB LED strip powered with a voltage of 5 Vwith a removable silicone case. Consumes power:18 W/m, the density is60 diodes per meter. The temperature of white color light can be adjusted from 2200 K warm to 7500 K cool, the degree of protection isIP65. Price per pack, which includes a tape with length of 1 meter. The brightness is 420 lumens. The module need only two pins of the microcontroller (for example, Arduino). The strip can display 24-bit color palette.
An example of a project using LED panels.
| Option | Value |
|---|---|
| Power (Watt per meter) |
18/m |
| Strip length |
1 m
|
| Installation: | no |
| Degree of protection: |
IP65
|
| Power supply: |
5 V DC
|
| The color of the light: | RGB |
| LED quantity (pieces per meter) |
60 |
| LED type: | SMD 5050 |
| Protection | silicone case (photos) |
| Strip width: |
10 mm |
| Connector: | JST SM 4-wire/wire with removed insulation |
| Safety/compliance: | RoHS |
| Guarantee: | 24 months |
RGB LED strip SJ-10060-APA102C - digital, addressed - IP65 60 LED/m, 18W/m, 5V - 1m.
|
The product is compatible with Arduino and Raspberry Pi
|
Install the Adafruit library for Arduino:
- Download the library from GtitHub by clicking the button Download ZIP
- Unzip the downloaded ZIP file, the result should be the folder that contains the files: Adafruit_NeoPixel.cpp That Adafruit_NeoPixel.h and other subfolders
- Rename the main folder to: Adafruit_NeoPixel
- Move the entire folder to the directory that contains the Arduino library, by default you should follow the path: /Documents/Arduino/Libraries
- Start Arduino IDE, the library will appear in the Menu: File -> Examples
First run - example strandtest
- Run the test by choosing in the Arduino environment:
- File -> Examples -> Adafruit_DotStar -> strandtest.Ino
- Select the pin which will control the LEDs. By default, pin 4 and 5:
- Line 16#define DATAPIN 4
- Line 17#define CLOCKPIN 5
- Select the number of pixels that will be controlled. The default value is 30:
-
- Line 13#define NUMPIXELS 30
- Load a program into Arduino. Pixeles should turn in reference to the number that was specified in line 13.
Useful links |
