project ini dibuat untuk memenuhi salah satu tugas mata kuliah Instrumentasi. project ini berjudul "SMART CHICKEN COOP" atau kandang ayam pintar dengan berbasis microkontroller Arduino Uno + sensor Lm35.

1. SMART CHICKEN
COOP
- Mila Nurlaela (181611048)
- Rafa Naufal Zafran (181611052)
- Winda Agustina (181611064)

2. PURPOSE
The purpose of this tool is made for the growth of boiler
chicken by maintaining the room temperature between 27 -
37˚C so that chicken growth is maintained properly.

3. Formulation of the problem
a.How does the SMART CHICKEN COOP Project work?
b.What is the circuit used for the SMART CHICKEN COOP
project?
c.How is the Arduino Coding used in the SMART CHICKEN
COOP project?
d.How is Labview from the SMART CHICKEN COOP
project?

4. • Incandescent Bulbs (Chiyoda)
• Fan
• Jumper Cable Male Male, Male Female,
Female Female
• Arduino Uno
• LM35 Temperature Sensor
• 2 Channel Relay
• Adapters
• Terminal
• Cable
• Lamp holder
• 4 220 Watt Plugs
• Daulang paper
• Scissor
• Pliers
• Screwdriver
• Jack cable
• Ram wire
Tools and Materials

5. Procedure
The way this instrument works is:
– When the temperature is> 40˚C the fan will turn on and
the red light will turn on.
– When the temperature is <30 ° C the incandescent light is
on and the curtain will function and the green light is on.
This is done so that the condition of the chicken coop is not
too high or low so that the growth of chickens continues
well.

6. Miniature project
HERE

7. CODING ARDUINO
float suhu;
int sensor = A0;
int LED = 2;
int fan = 3;
void setup(){
Serial.begin(9600);
pinMode(LED,OUTPUT);
pinMode(fan,OUTPUT);}
void loop(){
int nilaiDigital =
analogRead(sensor);
suhu = (5.0 * nilaiDigital *
100.0)/1024.0;
Serial.print ("Temperatur:
");
Serial.print (suhu);
Serial.println (" Celcius");
if((suhu >= 37)){
digitalWrite(fan,HIGH);
digitalWrite(LED,LOW); }
else {
digitalWrite(fan,LOW);
}
if((suhu <= 27)){
digitalWrite(fan,LOW);
digitalWrite(LED,HIGH);
}
else {
digitalWrite(LED,LOW);
}
delay(300);
}

8. Labview

9. Draw Series

10. Conclusion
In this project it can be concluded that the power obtained by the
lights and fans is from home electricity, then connecting the Arduino
with the laptop to be detected by the Arduino labview and temperature,
then the relay is used to turn on and turn off the lights and fans.
The power from the house's electricity can be changed with
batteries, but for the same voltage, and the tools may be different.
In this project, for example, chickens will be comfortable at a
temperature of 27-37 OC, due to the influence of age and type of chicken
to determine the comfort level of chickens.