Modul Kontroller Pompa Air Mancur 8 Channel

Modul Kontroller Pompa Air Mancur 8 Channel

       

     Pada kesempatan kali ini saya akan menjelaskan mengenai bagaimana cara membuat sebuah alat yang dapat mengendalikan 8 buah pompa untuk air mancur, selain itu alat ini juga terdapat 3 buah variasi yang bisa disetting sesuai keinginan. untuk lebih jelasnya berikut adalah koding dan skemanya.

1. Skema

2. Program Arduino IDE

#include <Wire.h>

#include <LiquidCrystal_I2C.h>

LiquidCrystal_I2C lcd(0x27, 16, 2);

int tb1 = A0;

int tb2 = A1;

int tb3 = A2;

int tb4 = A3;

int ssr1 = 2;

int ssr2 = 3;

int ssr3 = 4;

int ssr4 = 5;

int ssr5 = 6;

int ssr6 = 7;

int ssr7 = 8;

int ssr8 = 9;

int waktu,mode;

int tb1x,tb2x,tb3x,tb4x;

void setup() {

  

lcd.begin();

lcd.clear();

lcd.noCursor();

  

pinMode(tb1,INPUT_PULLUP);

pinMode(tb2,INPUT_PULLUP);

pinMode(tb3,INPUT_PULLUP);

pinMode(tb4,INPUT_PULLUP);

  

pinMode(ssr1,OUTPUT);

pinMode(ssr2,OUTPUT);

pinMode(ssr3,OUTPUT);

pinMode(ssr4,OUTPUT);

pinMode(ssr5,OUTPUT);

pinMode(ssr6,OUTPUT);

pinMode(ssr7,OUTPUT);

pinMode(ssr8,OUTPUT);

  settingmode();

  settingdelay();

}

void loop() {

tb1x = digitalRead(tb1);

tb2x = digitalRead(tb2);

tb3x = digitalRead(tb3);

tb4x = digitalRead(tb4);

if(tb4x == 0){

  lcd.clear();

  delay(2000);

  settingmode();

  settingdelay();

}

if(mode == 1){

  variasi1();

}

if(mode == 2){

  variasi2();

}

if(mode == 3){

  variasi3();

}

}

void settingmode(){

tb1x = digitalRead(tb1);

tb2x = digitalRead(tb2);

tb3x = digitalRead(tb3);

tb4x = digitalRead(tb4);

if(tb3x == 0){

  lcd.clear();

  delay(2000);

  return;;

}

if(tb1x == 0){

  delay(200);

  mode++;

}

if(tb2x == 0){

  delay(200);

  mode--;

}

if(mode < 1){

  mode = 1;

}

if(mode > 3){

  mode = 3;

}

 lcd.setCursor(0,0);

 lcd.print("MODE= ");

 lcd.print(mode);

 lcd.print("   ");

settingmode();  

}

void settingdelay(){

tb1x = digitalRead(tb1);

tb2x = digitalRead(tb2);

tb3x = digitalRead(tb3);

tb4x = digitalRead(tb4);

if(tb3x == 0){

  lcd.clear();

  delay(2000);

  return;

}

if(tb1x == 0){

  delay(200);

  waktu = waktu + 100;

}

if(tb2x == 0){

  delay(200);

  waktu = waktu - 100;

}

if(waktu < 1){

  waktu = 100;

}

 lcd.setCursor(0,0);

 lcd.print("DLY= ");

 lcd.print(waktu);

 lcd.print(" ms  ");

settingdelay();  

}

void variasi1(){

  

 lcd.setCursor(0,0);

 lcd.print("MODE= ");

 lcd.print(mode);

 lcd.print("   ");

 lcd.setCursor(0,1);

 lcd.print("DLY= ");

 lcd.print(waktu);

 lcd.print(" ms  ");

 

digitalWrite(ssr1,HIGH);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,HIGH);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,HIGH);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,HIGH);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,HIGH);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,HIGH);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,HIGH);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,HIGH);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,HIGH);

delay(waktu);

}

//======================================================================

void variasi2(){

 lcd.setCursor(0,0);

 lcd.print("MODE= ");

 lcd.print(mode);

 lcd.print("   ");

 lcd.setCursor(0,1);

 lcd.print("DLY= ");

 lcd.print(waktu);

 lcd.print(" ms  ");

   

digitalWrite(ssr1,HIGH);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,HIGH);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,HIGH);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,HIGH);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,HIGH);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,HIGH);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,HIGH);

digitalWrite(ssr5,HIGH);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,HIGH);

digitalWrite(ssr5,HIGH);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,HIGH);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,HIGH);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,HIGH);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,HIGH);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,HIGH);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,HIGH);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,HIGH);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,HIGH);

delay(waktu);

}

//======================================================================

void variasi3(){

 lcd.setCursor(0,0);

 lcd.print("MODE= ");

 lcd.print(mode);

 lcd.print("   ");

 lcd.setCursor(0,1);

 lcd.print("DLY= ");

 lcd.print(waktu);

 lcd.print(" ms  ");

   

digitalWrite(ssr1,LOW);

digitalWrite(ssr2,LOW);

digitalWrite(ssr3,LOW);

digitalWrite(ssr4,LOW);

digitalWrite(ssr5,LOW);

digitalWrite(ssr6,LOW);

digitalWrite(ssr7,LOW);

digitalWrite(ssr8,LOW);

delay(waktu);

digitalWrite(ssr1,HIGH);

digitalWrite(ssr2,HIGH);

digitalWrite(ssr3,HIGH);

digitalWrite(ssr4,HIGH);

digitalWrite(ssr5,HIGH);

digitalWrite(ssr6,HIGH);

digitalWrite(ssr7,HIGH);

digitalWrite(ssr8,HIGH);

delay(waktu);

}

3. VIDEO HASILNYA