Difference between revisions of "Getting Started"
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The additional details can be entered to enable remote monitoring and control. | The additional details can be entered to enable remote monitoring and control. | ||
{| class="wikitable" | {| class="wikitable" | ||
|+Data Connectivity Configuration Values | |+Remote Data Connectivity Configuration Values | ||
!Field | !Field | ||
!Required | !Required | ||
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|- | |- | ||
| | |remoteInfluxServer | ||
|no | |no | ||
|The server URL for a remote Influx 2 | |The server URL for a remote Influx 2 database connection | ||
| | | | ||
|- | |- | ||
| | |remoteInfluxBucket | ||
|no | |no | ||
|The | |The remote Influx 2 database bucket | ||
| | | | ||
|- | |- | ||
| | |remoteInfluxToken | ||
|no | |||
|The connection token for a remote Influx 2 database connection | |||
| | |||
|- | |||
|remoteMqttServer | |||
|no | |no | ||
|The server URL for a remote MQTT uplink connection | |The server URL for a remote MQTT uplink connection | ||
| | | | ||
|- | |- | ||
| | |remoteMqttType | ||
|no | |no | ||
|The connection type (insecure/TLS) for a remote MQTT uplink connection | |The connection type (insecure/TLS) for a remote MQTT uplink connection | ||
| | | | ||
|- | |- | ||
| | |remoteMqttUser | ||
|no | |no | ||
|The username for a remote MQTT uplink connection | |The username for a remote MQTT uplink connection | ||
| | | | ||
|- | |- | ||
| | |remoteMqttPassword | ||
|no | |no | ||
|The password for a remote MQTT uplink connection | |The password for a remote MQTT uplink connection | ||
Latest revision as of 01:42, 26 November 2022
Controller Setup
- Unpack controller
- Plug controller in to network using Ethernet cable
- Connect 12v power supply and turn on
- Navigate to controller UI on local network via http://heatwebbems/ or the IP address shown on the controller display (if present).
- Follow on screen instructions
- Enter WiFi details (if required)
Configuration
The following standard details can be entered via the setup user interface.
| Field | Required | Description | Default |
|---|---|---|---|
| network | yes | Unique identifier for the controls network the controller sits in. | Factory assigned random id (same as NodeId) |
| node | fixed | Unique identifier for the controller. | Factory assigned random id |
| title | yes | A controller's title or name. | "Zero Carbon Controller " + node |
| adminPassword | yes | For system access. | Random factory assigned password (see controller label) |
| no | Default email address. | ||
| postCode | no | The post code where the controller is installed |
The additional details can be entered to enable remote monitoring and control.
| Field | Required | Description | Default |
|---|---|---|---|
| jfrogToken | no | Connection token used to activate remote system administration using JFrog | |
| remoteInfluxServer | no | The server URL for a remote Influx 2 database connection | |
| remoteInfluxBucket | no | The remote Influx 2 database bucket | |
| remoteInfluxToken | no | The connection token for a remote Influx 2 database connection | |
| remoteMqttServer | no | The server URL for a remote MQTT uplink connection | |
| remoteMqttType | no | The connection type (insecure/TLS) for a remote MQTT uplink connection | |
| remoteMqttUser | no | The username for a remote MQTT uplink connection | |
| remoteMqttPassword | no | The password for a remote MQTT uplink connection |
Application Setup
See Hello World example.
Monitoring
- Setup Free Influx 2 Database Account... https://www.influxdata.com/influxcloud-trial
- Setup Free Grafana Account... https://grafana.com/ (or install Grafana locally on a computer using Docker)
- Create an Influx Bucket
- Create an API Token for Read/Write access on the new bucket (keep this safe)
- Connect Controller to Influx bucket
- Connect Grafana to Influx bucket
- Import dashboard to Grafana