The following templates (see Loading and saving templates for other DIN-rail devices and bus systems) can help you to plan distributions with Loxone components.
Loxone-Vorlagen-stromlaufplan.de.zip
You can find a complete example plan for inspiration in the PDF linked here.
When designing a Loxone system, I recommend that you start by watching the videos under First steps, as a Loxone system is generally set up in a very similar way. You can then add the required components to the diagram using the Other DIN-rail devices and bus systems function and the templates.
A typical Loxone installation usually includes at least 2 bus systems:
- 1x Loxone Link for most Loxone DIN-rail devices (e.g. Mini-Server, Relay Extension, etc.)
- 1x Loxone Tree for central RGBW Tree dimmer and outgoing terminals into the building.
In the diagram this may look like the following, for example:
In the example, terminal blocks for 24V supply of luminaires were arranged directly under the Tree bus in order to draw them close to the RGBW Tree dimmers in the diagram. These terminal blocks can also be located next to your power supply units or outside the tree bus.
The Loxone components are combined with various power supply units:
Among other things, these are responsible for
- T1: Binary inputs, the miniserver and components. Terminal blocks for the window contacts were arranged directly under T1, as these are supplied by T1
- T2 + T3: Additional power supply units for doorbell system and tree devices
- T4, etc.: Additional power supply units for 24V LED lighting (the corresponding terminal blocks were arranged in the tree bus next to the dimmers)
The required power supply units are referenced in each of the Loxone components and thus linked in the diagram. Furthermore, the Loxone-Link bus in the mini-server can be linked to the tree bus via the bus/line coupler function, as shown in the following image:
I wish you all the best in designing your Loxone distributions.