Datasheet DEBO LED RGB Datasheet (FREI)

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Pascalstr. 8 47506 Neukirchen-Vluyn

KY-016

RGB LED module

1. GENERAL INFORMATION

Dear customer,

thank you very much for choosing our product. In following, we will
introduce you to what to observe while starting up and using this
product.

Should you encounter any unexpected problems during use, please do
not hesitate to contact us.

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Pascalstr. 8 47506 Neukirchen-Vluyn

2. USAGE WITH THE RASPBERRY PI

1. Connection

Raspberry Pi KY-016

Pin 6 (GND) GND

GPIO 23

(Pin 16)

LED Blue

GPIO 24

(Pin 18)

LED Green

GPIO 25

(Pin 22)

LED Red

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2. Code example

We provide you with two sample codes to test your RGB LED. One code
which sets the LED to a color and then holds it each for 3 seconds (led.py)

and one code which sets the LED to a pulsating mode in dierent colors

(pwm.py).

The following example code is the one named led.py. First, you create a
file with the following command and copy the following code inside of it.

# Required modules are imported and set up

import RPi.GPIO as GPIO
import time

GPIO.setmode(GPIO.BCM)

# Here you declare the output pin to which the LEDs are connected.

LED_ROT = 25
LED_GRUEN = 24
LED_BLAU = 23

GPIO.setup(LED_ROT, GPIO.OUT, initial= GPIO.LOW)
GPIO.setup(LED_GRUEN, GPIO.OUT, initial= GPIO.LOW)
GPIO.setup(LED_BLAU, GPIO.OUT, initial= GPIO.LOW)

print ("LED-Test [druecken Sie STRG+C, um den Test zu beenden]")

# Main program loop

try:

while True:
print("LED ROT 3 Sekunden an")
GPIO.output(LED_ROT,GPIO.HIGH) #LED red is switched on
GPIO.output(LED_GRUEN,GPIO.LOW) #LED green stays off
GPIO.output(LED_BLAU,GPIO.LOW) #LED blue stays off
time.sleep(3) # Lights up for 3 seconds
print("LED GRUEN 3 Sekunden an")
GPIO.output(LED_ROT,GPIO.LOW) #LED red stays off
GPIO.output(LED_GRUEN,GPIO.HIGH) #LED green is switched on
GPIO.output(LED_BLAU,GPIO.LOW) #LED blue stays off
time.sleep(3) # Lights up for 3 seconds
print("LED BLAU 3 Sekunden an")
GPIO.output(LED_ROT,GPIO.LOW) #LED red stays off

GPIO.output(LED_GRUEN,GPIO.LOW) #LED green stays off

GPIO.output(LED_BLAU,GPIO.HIGH) #LED blue is switched on
time.sleep(3) # Lights up for 3 seconds

# Clean up after the program has ended

except KeyboardInterrupt:

GPIO.cleanup()

sudo nano led.py

With the following command you can now run the program:

sudo python3 led.py

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Pascalstr. 8 47506 Neukirchen-Vluyn

The second sample code is pwm.py. With the following command you can
create a file in which you can copy the following code.

# Required modules are imported and set up

import random, time
import RPi.GPIO as GPIO

GPIO.setmode(GPIO.BCM)

# Here you declare the output pin to which the LEDs are connected.

LED_Rot = 25
LED_Gruen = 24
LED_Blau = 23

# Set pins to output mode

GPIO.setup(LED_Rot, GPIO.OUT)
GPIO.setup(LED_Gruen, GPIO.OUT)
GPIO.setup(LED_Blau, GPIO.OUT)

Freq = 100 #Hz

# The respective colors are initialized.

ROT = GPIO.PWM(LED_Rot, Freq)

GRUEN = GPIO.PWM(LED_Gruen, Freq)

BLAU = GPIO.PWM(LED_Blau, Freq)
ROT.start(0)
GRUEN.start(0)
BLAU.start(0)

# This function generates the actual color
# Using the respective color variable the color intensity can be changed
# After the color has been set, the time is defined using "time.sleep",
# how long the color in question should be displayed

def LED_Farbe(Rot, Gruen,Blau, pause):

ROT.ChangeDutyCycle(Rot)
GRUEN.ChangeDutyCycle(Gruen)

BLAU.ChangeDutyCycle(Blau)

time.sleep(pause)

ROT.ChangeDutyCycle(0)
GRUEN.ChangeDutyCycle(0)

print ("LED-Test [druecken Sie STRG+C, um den Test zu beenden]")

sudo nano pwm.py

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Pascalstr. 8 47506 Neukirchen-Vluyn

# Main program loop:
# This has the task of creating a variable for each color

# and by with a For loop the color intensity of each color

# To go from 0-100
# By mixing the different brightness levels of the respective colors
# ethis creates a gradient

try:

while True:
for x in range(0,2):
for y in range(0,2):
for z in range(0,2):
print (x,y,z)
for i in range(0,101):
LED_Farbe((x*i),(y*i),(z*i),.02)

# Clean up after the program has ended

except KeyboardInterrupt:

GPIO.cleanup()

3. USAGE WITH THE ARDUINO

1. Connection

sudo python3 pwm.py

With the following command you can now run the program:

Arduino KY-016

GND GND

Pin 12 LED Blue

Pin 11 LED Green

Pin 10 LED Red

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Pascalstr. 8 47506 Neukirchen-Vluyn

2. Code example

We provide you with two sample codes to test your RGB LED. To use
them, make sure that port and board are selected correctly in your

Arduino IDE.

The first code makes the RGB LED light up in red, green and blue 3
seconds each. To do this, copy the following code into your Arduino IDE.

int Led_Rot = 10;
int Led_Gruen = 11;
int Led_Blau = 12;

void setup ()

{
// Initialization of the output pins for the LEDs
pinMode (Led_Rot, OUTPUT);

pinMode (Led_Gruen, OUTPUT);

pinMode (Led_Blau, OUTPUT);
}

void loop () //Main program loop

{
digitalWrite (Led_Rot, HIGH); // LED red is switched on
digitalWrite (Led_Gruen, LOW); // LED green stays off
digitalWrite (Led_Blau, LOW); // LED blue stays off
delay (3000); // Waiting mode for 3 seconds

digitalWrite (Led_Rot, LOW); // LED red stays off
digitalWrite (Led_Gruen, HIGH); // LED green is switched on
digitalWrite (Led_Blau, LOW); // LED blue stays off

delay (3000);

// Wait mode for another three seconds in which the LEDs are then switched

digitalWrite (Led_Rot, LOW); // LED red stays off
digitalWrite (Led_Gruen, LOW); // LED green stays off
digitalWrite (Led_Blau, HIGH); // LED blue is switched on
delay (3000);

// Wait mode for another three seconds in which the LEDs are then switched

}

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int Led_Rot = 10;
int Led_Gruen = 11;
int Led_Blau = 12;

int val;

void setup () {

// Initialization of the output pins for the LEDs
pinMode (Led_Rot, OUTPUT);
pinMode (Led_Gruen, OUTPUT);
pinMode (Led_Blau, OUTPUT);
}

void loop () {

// Within a For-loop the three LEDs are given different PWM values
// This creates a colour gradient in which the mixing of different
// Brightness levels of the two integrated LEDs so that different colours are created

for (val = 255; val> 0; val--)
{
analogWrite (Led_Blau, val);
analogWrite (Led_Gruen, 255-val);
analogWrite (Led_Rot, 128-val);
delay (1);
}

// In the second For loop, the gradient is passed backwards

for (val = 0; val <255; val++)
{
analogWrite (Led_Blau, val);
analogWrite (Led_Gruen, 255-val);
analogWrite (Led_Rot, 128-val);
delay (1);
}
}

You can execute both codes by clicking on the "Upload" button.

The second example code lets the RGB LED pulsate in dierent colors and
creates a gradient. Here, you copy again the following code into your

Arduino IDE.

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Pascalstr. 8 47506 Neukirchen-Vluyn

PR

4. FURTHER INFORMATION

Our Information and Take-back Obligations according to the

Electrical and Electronic Equipment Act (ElektroG)

Symbol on Electrial and Electronic Products:

This crossed-out bin means that electrical and electronic products
do not belong into the household waste. You must hand over your old
appliance to a registration place. Before you can hand over the old
appliance, you must remove used batteries and replacement batteries
which are not enclosed by the device.

Return Options:

As the end user, you can hand over your old appliance (which has
essentially the same functions as the new one bought with us) free of
charge for disposal with the purchase of a new device.
Small devices, which do not have outer dimensions bigger than 25 cm

can be handed in for disposal independently of the purchase of a new

product in normal household quantities.

1. Possibility of return at our company location during our opening
hours

Simac Electronics Handel GmbH, Pascalstr. 8, D-47506 Neukirchen-Vluyn

2. Possibility of return nearby

We will send you a parcel stamp with which you can send us your old
appliance free of charge. For this possibility, please contact us via e-mail
at [email protected] or via telephone, then please dial 02845 93 60 -23

Information about Package:

Please package your old appliance safe for transport. Should you not
have suitable packaging material or you do not want to use your own

material, you can contact us and we will send you an appropriate

package.

5. SUPPORT

If any questions remained open or problems may arise aer your
purchase,we are available by e-mail, telephone and ticket support
system to answer these.

E-Mail: [email protected]
Ticket-system: http://support.joy-it.net
Telephone: [phone] – 66 (10 - 17 o'clock)

For further information visit our website:

www.joy-it.net

Published: 06.05.2020

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SIMAC Electronics GmbH

Pascalstr. 8, 47506 Neukirchen-Vluyn