---
title: "Aurora Client | Examples | N3uron KB V1.22"
slug: "aurora-client-examples"
description: "Aurora Client is a N3uron module developed by Power-One to control, manage, and monitor power devices such as inverters and junction boxes…"
updated: 2025-12-22T18:25:19Z
published: 2025-12-22T18:25:19Z
---
> ## Documentation Index
> Fetch the complete documentation index at: https://docs.n3uron.com/llms.txt
> Use this file to discover all available pages before exploring further.
# Examples
## Connecting to an ABB inverter using Aurora Client
In this example, the data will be obtained from an ABB inverter.
In the [Templates Catalog](/v122/docs/platform-templates-catalog), you can find a couple of template examples for both an inverter and a junction box respectively. These templates will make it much easier for users to get started using the module and creating a model in no-time, with minimal adjustments.
****
- **Step 1:** Create a new module: (Config => Modules => New module)
- **Step 2:** Provide a name for the module (in this example, AuroraClient has been used) and set the module type to AuroraClient in Module Type.
- **Step 3:** Configure the **Logger**and **API** for this module. In this example, the default configuration has been left unchanged since, in most cases, this is a valid configuration.
- **Step 4:** Create a new channel (Config => Modules => AuroraClient => Model => New Channel).
- **Step 5:** Configure the connection as shown in the below image.
.png)
For this example, the following fields have been configured:
- **Connection**
- **Type:**TCP.
- **Config**
- **Host:** 10.101.3.211, which is the device's IP address.
- **TCP port:** By default, port 4001 is used.
- **Step 6:** Create a new device (Config => Modules => AuroraClient => Model => Channel01 => New Device).
- **Step 7:** Configure the device and give it a name. In this case, the device's name is Device01.
.png)
At this point, the connection is ready and we can now move on to creating new tags using the templates provided above.
- **Step 8:** Import the templates.
- **Step 9:**Create a new instance for the template Aurora_ABB_Inverter.
In the below image, you can see the created instance with all the different subgroups and parameters contained within it.
- **Step 10:** Adapt the imported template for your specific application.
Users can modify, add, or remove **Custom p****roperties** for the template according to their needs.
- **Custom properties**
- **Device:** This property must follow the **Channel_name/Device_name**format. In this case, Channel01/Device01 is used.
- **Module:** Enter the name of the module you created previously. In this case, AuroraClient.
- **Rate:** Select the appropriate rate, in this example 15,000.
You should also adjust the source section of every tag according to your needs. The most straightforward way to do this is by exporting the template configuration to a CSV file, modifying it, and uploading it again, which will overwrite the previous configuration.
In this example, the following configuration is used:
- **Source**
- **Enabled:**Yes.****
- **Module type:**AuroraClient.********
- **Module name:**C****ustom property.****
- **Config**
- **Device:**Custom property.****
- **Scan rate:**Custom property.****
- **Group:**78: Cumulated energy.****
- **Variable:**Daily energy.
****
- **Step 11:** Navigate to the **Real-Time** section and check that everything is working properly.
