SCADADroid® Smartphone App

With the evolution of Industry 4.0 and the Internet of Things (IoT), we have a higher expectation of what our devices can do for us. With the introduction of the SCADADroid R2+ range, Reonix has been able to implement a highly reliable solution to meet our customers’ connected needs.

The SCADADroid® R2+ range of devices is able to communicate using an m2m messaging protocol called MQTT (Message Queuing Telemetry Transport). Among other things, this enables a much more data & power-efficient way of publishing variables to smart devices. Reonix Automation has developed standardized SCADADroid® iOS and Android apps which make the process of accessing your data on a smart device much easier to implement.

scadadroid-reporting

With the SCADADroid® App, users can…

View your data

Whether flow rates, dosing values, or any number of variables being measured in your system, SCADADroid can push them to your phone. Each data variable can have customized units applied to it through the SCADADroid®’s configuration.

View digital input status

Allowing for a much better understanding of a site’s current situation. If an alarm is triggered, this provides a first overview of what sensors may be tripped or if your pumps are cycling on and off.

Review your SCADADroid®’s alarms

With app notifications enabled, it is possible to receive alerts in a way most of us have become accustomed to. The Alarms tab also showcases any currently active alarms as well as ones that are not active.

 
App-Data-Screen
App-Status-Screen2
App-Alarm-Screen2

How SCADADroid R2+ performs this functionality

1. A sensor/device provides a value or status to the SCADADroid (either digital signal or a value through Modbus TCP/IP)

2. The SCADADroid receives the value/status and with some setup, converts it to a Tag (easily recognizable pinned information)

3. The Tag is then published to the Reonix MQTT Broker Service/Server (We outline in our guide the way to utilize a Reonix-provided MQTT Broker, but the information may still be relevant should you be using your own provider)

4. The SCADADroid App (for iOS or Android) then “subscribes” or retrieves these Tags from the Reonix MQTT Server to display the information on your smart device.

5. Depending on how a user sets up the communication on your SCADADroid R2+, you can set permissions to change Set Points through the SCADADroid® App, making remote control of sites possible.

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SCADADroid® Modbus Configuration – Modbus Write

  • SCADADroid® Modbus Configuration – Setting Up Modbus

  • SCADADroid® Smartphone App – Using the app

  • SCADADroid® Smartphone App – App overview

  • SCADADroid® MQTT Setup – Adding MQTT Broker

  • SCADADroid® MQTT Setup – MQTT Publish

  • SCADADroid® Remote Access VPN – Accessing HMI

  • SCADADroid® Remote Access VPN – Setting up VPN

  • SCADADroid® Remote Access VPN – Port Forwarding

  • SCADADroid® L2TP/IPsec Setup – Android L2TP Setup

  • SCADADroid® L2TP/IPsec Setup – Windows 10 L2TP/IPsec Setup

  • SCADADroid® L2TP/IPsec Setup – Windows 7 L2TP/IPsec Setup

  • SCADADroid® L2TP/IPsec Setup – Accessing HMI

  • SCADADroid® Setup – Periodic Notifications

  • SCADADroid® Setup – Modbus Write

  • SCADADroid® Setup – MQTT Publish

  • SCADADroid® Setup – Configuring Reports

  • SCADADroid® Setup – Adding Tags

  • SCADADroid® Setup – Adding MQTT Broker

  • SCADADroid® Setup – Set up MODBUS

  • SCADADroid® Setup – Install License

  • SCADADroid® Setup – Digital Input Configuration

  • SCADADroid® Setup – Adding Contacts

  • SCADADroid® Setup – Work Shifts

  • SCADADroid® Setup – Testing Alerts

  • SCADADroid® Setup – Set up Email Accounts

  • SCADADroid® Setup – Set up VPN

  • SCADADroid® Setup – Port Forwarding

  • SCADADroid® Setup – Setting up Internet Route

  • SCADADroid® Setup – Connecting to ScadaDroid

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