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Water Quality

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Setup

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TDSBot App setup guide

The TDSBot is installed via an iOS or Android app. The latest version is 2.4.3b122.  

After installing the TDSBot App and connecting your TDSBot device to your water filter system, follow the below mentioned steps to complete the setup.

1] Create a new account either through the app or desktop.

2] Click on + Add New Device (bottom left on the screen). The next screen is the first step. This process should not take more than a few minutes. Next you can see the hardware install guide. Clicking on Open guide launches the guide in your browser. If you do not want to see the guide, click on < Continue>.

    

3] The next screen shows whether Bluetooth is connected and if not, we will pair the TDSBot to the APP. This step is needed to write the WIFI credentials to the TDSBot so it can send data to our backend server. Clicking on Setup Bluetooth opens a screen where the app shows the result of TDSBots that are available to be paired. Click on the TDSBot you wish to pair & initialize. After successful, the next screen will check if the TDSBot is available for installation. After that click on Continue to configure the Wi Fi setup. App scans available SSIDs. After you see your Wi-Fi SSID, select and enter the password. If successful you will see screen

     

4] Next steps will guide you through configuring your water purifier or other use cases for the TDSBot. There are 3 ways you can use the TDSBot – Connected to a water purifier, Connected to a flowmeter only, Connected to 1 or 2 TDS probes only. Please select the appropriate use case. If you selected Connected to a water purifier, we will help you choose the right system. We are constantly adding more systems, so if you do not find your system, please support@watertds.com to get that added. 

Next you will select the manufacturer and the model of your water purifier. You will be asked to enter the purchase date. Default is today. 

       

Based on the model of your system, additional parameters are presented for you to set up the system configuration – Default size/model of the flowmeter, type of constant to be used to convert the conductivity to PPM, position of probes. Enter water filter system last service details. (Used to calculate filter life left)

     

On the next screen we ask you to enter the appliance type the system is delivering water to. This will help monitor hardness, and other contaminants to be used for determining filter life and debugging system remotely. Next you have the opportunity to either enter manually tested water chemistry, rate of production, initial pressure etc. for your records and use for analytics and filter life calculations. 

    

You can enter the physical address where you are installing the TDSBot and also more detailed information where the system is installed. This is especially helpful in multisite installation with in a campus or building, etc.

  

Name your TDSBot with a memorable name. We have all the data and we are set to finish the installation. After this last step, the TDSBot will send the first record of measurements to our AWS server to ensure that data is received by the backend. It will also create the user system in the database

    

You are all done. The default dashboard for the currently installed TDSBot will be shown. If you selected Daily update, the TDSBot will send start sending data from the day after installation. 

 IMPORTANT- Please power off and power on the TDSBot after finishing the above process. This step is to ensure that all the firmware settings will be saved permanently.



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WaterTDS Inc
Inline IoT water quality monitoring for coffee, food service, water treatment, facilities and home filtration.
MQTT over TLS 1.3 · AWS IoT Core · ESP32-S
Disclaimers: TDSBot measures TDS, conductivity, temperature and flow rate directly. LSI, Larson-Skold Index, hardness and alkalinity estimates are derived from onboarded utility water chemistry data — not directly measured inline. TDSBot does not measure PFAS, bacteria, or other biological or chemical contaminants; for RO systems, reject ratio is used as a proxy indicator of membrane performance only. TDSBot monitoring data is not a substitute for accredited laboratory testing or statutory water quality compliance testing. All third-party brand names are trademarks of their respective owners; WaterTDS Inc. claims no affiliation, endorsement or partnership unless separately announced.

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TDSBot® · PWSID cross-referenced · EPA SDWIS · SCA Water Standards