Rubix Platform: Adding and Editing Wireless Microedge Sensors

Rubix Platform: Adding and Editing Wireless Microedge Sensors

To receive data from MicroEdge sensors they must be added to Rubix Platform.  To begin, ensure that your MicroEdge sensors have been configured correctly; see MicroEdge Installation and Setup. 

Preparation

To add a MicroEdge Sensor the MicroEdge hardware and LoRa Network app must be setup correctly.  You will also need to have the MicroEdge IDs for each of the MicroEdges to be added.  See the articles listed below to learn about the preparation requirements:
  1. MicroEdge Installation and Setup
  2. LoRa Network Setup

Adding a MicroEdge

  1. Navigate to LoRa Network:  Select 'Driver > LoRa' from the Rubix Platform Sidebar;  Next select the 'LORA NETWORK' Tab.  Here you will see a blank table, or previously added LoRa devices. 
  2. Add the Sensor:  Click the `CREATE +` Action Button.  An `Edit` popup will appear.  For a MicroEdge Sensor the `name`, `sensor id`, `sensor type`, `sensor model`, `AI 1 Config`, `AI 2 Config`, and `AI 3 Config` fields must be filled in.  See below for a description of each field.  The `Enable` tickbox must also be checked.  When this information is compelte click the `SAVE` button to add the Sensor.
`Edit` Field Descriptions:
  1. Name - This is the name of the sensor.
  2. Sensor ID - This is the 8 digit alphanumeric Device ID that is printed on each MicroEdge Sensor.  Example Sensor ID: `A25C8FF3`
  3. Enable - This is a tickbox that should be checked in order to enable the sensor once added. 
  4. Sensor Type - Select `MICRO_EDGE` from the dropdown.
  5. Sensor Model - Select `MICRO_EDGE` from the dropdown.
  6. AI 1 Config - This is specific to the MircoEdge sensor on Analog Input 1 (AI1), select the required analog input from the dropdown (`TEMP`, `VOLTAGE`, `DIGITAL`, or `RAW`)
  7. AI 2 Config - This is specific to the MircoEdge sensor on Analog Input 2 (AI1), select the required analog input from the dropdown (`TEMP`, `VOLTAGE`, `DIGITAL`, or `RAW`)
  8. AI 3 Config - This is specific to the MircoEdge sensor on Analog Input 3 (AI1), select the required analog input from the dropdown (`TEMP`, `VOLTAGE`, `DIGITAL`, or `RAW`)
  9. Description - Information can be added in the Description for future reference. 

Testing Added MicroEdge Sensors

  1. Navigate to the LoRa Points for the Sensor - Click the 'Refresh' Action Button to see the updated list of sensors in the table.  Clicking the Name of a sensor in the table will open the LoRa Points page for the selected sensor.  Check the Breadcrumb Path to ensure that the correct sensor has been selected.  The table on the `LoRa Points` page will show the points for the selected sensor, and information about each sensor point. 
  2. Wait for a Sensor Data Push - MicroEdge sensors push their data at the hardware configured time period.  Wait for at least this Push Rate time, or push the Reset Button within the MicroEdge Sensor to manually trigger a Data Push. 
  3. Check for Values and Timestamps - In the `LoRa Points` page look at the `Value` column;  If a Data Push has been received there should be values for all points in this column.  Another way to check that data is being received is to look at the `Last Value Change Timestamp` column;  If a Data Push is received the timestamp will be updated.

  1. Adding and Editing Wireless LoRa Droplet Sensors
  2. Getting Started Guide: Rubix Platform


    • Related Articles

    • Rubix Platform: Adding and Editing Wireless LoRa Droplet Sensors

      To receive data from Nube-iO Droplet Sensors they must be added to Rubix Platform.   To begin ensure that your Droplet sensors have been configured correctly; see Droplet Installation and Setup.  Droplet Sensors operate using LoRa wireless ...

    • Rubix Platform: LoRa Network Configuration

      This article details how to configure the LoRa Network.  This will allow Nube-iO controllers, that are equipped with LoRa (RAW) radio cards, to act as Wireless LoRa (RAW) Gateways to receive data from Wireless LoRa Sensors.   Preparation Rubix ...

    • Application Guide: LoRa Sensor Data to Rubix Wires

      This Appication Guide is intended to teach the complete process of getting wireless LoRa (RAW) sensor data from Droplet or MicroEdge sensors into Rubix Wires for use in custom control logic/programs.   Preparation To complete this Application Guide ...

    • Rubix Platform: Mapping LoRa Points to Rubix Points

      This article describes the process of mapping LoRa Points to Rubix Points.  This is done in order to store history logs of the LoRa sensor data. Preparation Rubix Platform: Navigation Rubix Platform: Adding and Editing Wireless LoRa Droplet Sensors ...

    • Application Guide: LoRa Sensor Data to a Dashboard

      This Appication Guide is intended to teach the complete process of getting wireless LoRa (RAW) sensor data to the dashboard (or influx/postgres) for visualization.  Preparation To complete this Application Guide you will need to be familliar with the ...