       sensors[i][1] = analogRead(sensors[i][0]);
       //Serial.print(sensors[i][0]);
       //Serial.print(" ");
-      //Serial.println(sensors[i][1]); 
+      //Serial.println(sensors[i][1]);
     }
   }
 

 /*
  CONFIGURATION for ENDNODE PCB
  25/04/2019
  Version 17.0 XX

        case AWNINGUP:
          Serial.println("up");
          //attivo relay di salita
          if (sensors[0][1] == 0 || sensors[1][1] == 0) {
            tone(8, 4500, 100);
            digitalWrite(14, HIGH); //relay per impostare up/down up=HIGH down=LOW (1 tenda)
            delay(500);
            digitalWrite(11, HIGH); //relay per impostare up/down up=HIGH down=LOW (1 tenda)
            delay(500);
            digitalWrite(10, HIGH); //Attiva il comando (fase/neutro)
          }
          break;
        case AWNINGDOWN:
          Serial.println("down");
          //attivo relay di discesa
          if (sensors[0][1] == 0 || sensors[1][1] == 0) {
            tone(8, 4500, 100);
            digitalWrite(14, LOW); //relay per impostare up/down up=HIGH down=LOW (1 tenda)
            delay(500);
            digitalWrite(11, LOW); //relay per impostare up/down up=HIGH down=LOW (1 tenda)
            delay(500);
            digitalWrite(10, HIGH); //Attiva il comando (fase/neutro)
          }
          break;
      }
      awning_started = true;
