How can I add an additional temperature sensor (EZO RTD of Atlas Scientific) to an Atlas Scientific bare-bones wifi pool kit?

[sh112imran]

#Problem summary: When I changed the I2C address of a sensor (EZO RTD) to another address (e.g., 50 or 100) from its default address (102), it didn't work on my Atlas Scientific bare-bones WiFi Hydroponics Kit. olansi facial skin care

#Specific description: I tried to add a temperature sensor (EZO RTD) to an Atlas Scientific bare-bones WiFi Hydroponics Kit that already has a pH Sensor (EZO pH) and a temperature sensor (EZO RTD) on the pH port and Temperature port, respectively. Since a provided setup guide (https://atlas-scientific.com/files/Wi-Fi-Hydroponics-kit-setup-guide.pdf) of Atlas Scientific says that each sensor on the kit has to have a different I2C address when multiple sensors are used on it. So I assigned an I2C address "50" to the additional sensor and then added it to the AUX port (and tried the Temperature port as well), but it didn't work at all. Meanwhile, the temperature sensor with the default I2C address 102) works very well on both the Temperature and AUX ports. I guess this might be related to a coding problem. Atlas Scientific's provided code is as follows:

Thanks for reading my problem.

#include <iot_cmd.h>
#include <ESP8266WiFi.h>                                         //include esp8266 wifi library 
#include "ThingSpeak.h"                                          //include thingspeak library
#include <sequencer4.h>                                          //imports a 4 function sequencer 
#include <sequencer1.h>                                          //imports a 1 function sequencer 
#include <Ezo_i2c_util.h>                                        //brings in common print statements
#include <Ezo_i2c.h> //include the EZO I2C library from https://github.com/Atlas-Scientific/Ezo_I2c_lib
#include <Wire.h>    //include arduinos i2c library

WiFiClient client;                                              //declare that this device connects to a Wi-Fi network,create a connection to a specified internet IP address

//----------------Fill in your Wi-Fi / ThingSpeak Credentials-------
const String ssid = "Wifi Name";                                 //The name of the Wi-Fi network you are connecting to
const String pass = "Wifi Password";                             //Your WiFi network password
const long myChannelNumber = 1234566;                            //Your Thingspeak channel number
const char * myWriteAPIKey = "XXXXXXXXXXXXXXXX";                 //Your ThingSpeak Write API Key
//------------------------------------------------------------------


Ezo_board PH = Ezo_board(99, "PH");       //create a PH circuit object, who's address is 99 and name is "PH"
Ezo_board EC = Ezo_board(100, "EC");      //create an EC circuit object who's address is 100 and name is "EC"
Ezo_board RTD = Ezo_board(102, "RTD");    //create an RTD circuit object who's address is 102 and name is "RTD"
Ezo_board PMP = Ezo_board(103, "PMP");    //create an PMP circuit object who's address is 103 and name is "PMP"

Ezo_board device_list[] = {   //an array of boards used for sending commands to all or specific boards
  PH,
  EC,
  RTD,
  PMP
};

Ezo_board* default_board = &device_list[0]; //used to store the board were talking to

//gets the length of the array automatically so we dont have to change the number every time we add new boards

[pylon]

The above code is not complete and it doesn't even try to access a device with address 50. Please post the code you used to access the new sensor with address 50!