Simulación

Código de extractor de humo - biofiltro

int sensor1 = A0;

int sensor2 = A1;

int led_verde = 10;

int led_amarillo = 9;

int led_rojo = 8;

int extractor1 = 11;

int motordeagua = 12;

// Inicializacion de numeros enteros del sensor1 y sensor2

long adcSensor1 = 0;

long adcSensor2 = 0;

//float umbralMax = 300.0;

void setup() {

pinMode(sensor1, INPUT);

pinMode(sensor2, INPUT);

pinMode(led_verde, OUTPUT);

pinMode(led_amarillo, OUTPUT);

pinMode(led_rojo, OUTPUT);

pinMode(extractor1, OUTPUT);

pinMode(motordeagua, OUTPUT);

digitalWrite(motordeagua, LOW);

digitalWrite(extractor1, LOW);

Serial.begin(9600);

}

// Lectura del sensor 1

void loop() {

adcSensor1 = analogRead(sensor1);

delay(1);

adcSensor2 = analogRead(sensor2);

delay(1);

Serial.print("Sensor 1: ");

Serial.println(adcSensor1);

Serial.print("Sensor 2: ");

Serial.println(adcSensor2);

if (adcSensor1 > 315) {

digitalWrite(extractor1, HIGH);

digitalWrite(motordeagua, HIGH);

float delta = 100*(adcSensor1- adcSensor2)/adcSensor1;

Serial.print("DELTA: ");

Serial.println(delta);

if (delta > 35) {

digitalWrite(led_verde, HIGH);

digitalWrite(led_amarillo, LOW);

digitalWrite(led_rojo, LOW);

} else if (delta >20 && delta <= 35) {

digitalWrite(led_verde, LOW);

digitalWrite(led_amarillo, HIGH);

digitalWrite(led_rojo, LOW);

} else if (delta <= 20) {

digitalWrite(led_verde, LOW);

digitalWrite(led_amarillo, LOW);

digitalWrite(led_rojo, HIGH);

}

} else {

digitalWrite(extractor1, LOW);

digitalWrite(motordeagua, LOW);

pinMode(sensor2, LOW);

pinMode(led_verde, LOW);

pinMode(led_amarillo, LOW);

pinMode(led_rojo, LOW);

}

delay(500);

}

Link para ingresar a tinkerCAD:

https://www.tinkercad.com/things/joHcY9rXBFD-copy-of-extractor-de-humo-biofiltro/editel