LB0104-A is a Freedompro module designed to control up to 4 lighting circuits. It lets you manage lighting from the app, from compatible Matter ecosystems, and from existing physical controls.
In short
- Channels: 4 lights.
- Installation point: DIN rail in a junction box.
- Power supply: 110–240 V AC ±10%, 50–60 Hz.
- Connectivity: 2.4 GHz Wi-Fi and Matter.
- Local control: physical controls remain usable even without Internet, if the module is correctly powered and wired.
Safety: Installation must be performed by qualified personnel. Disconnect power, verify absence of voltage, and follow the wiring diagram specific to the model.
Before you start
- Identify the exact model shown on the label.
- Consult the model-specific wiring diagram included in this guide.
- Check power supply voltage, load type, and expected current.
- Make sure the box, panel, or technical compartment has enough space.
- Keep the Matter QR code available for pairing.
Technical specifications
| Model | LB0104-A |
| Use | 4 lights |
| Installation | DIN rail in a junction box |
| Dimensions | 33 × 36 × 90 mm |
| Power supply | 110–240 V AC ±10%, 50–60 Hz |
| Consumption | < 2,5 W |
| Maximum current | 20 A total, maximum 5 A per channel |
| Wi-Fi | IEEE 802.11 b/g/n, 2,4 GHz |
| Bluetooth | Yes |
| Operating temperature | from −5 °C to +45 °C |
| Certifications | Matter, CE |
| Compatibility | Freedompro Home and the main Matter-certified ecosystems |
| Energy measurement | Yes, per individual channel |
How to install the module
- Disconnect power to the system from the main switch and verify absence of voltage.
- Mount LB0104-A on the DIN rail in the junction box.
- Connect the four lighting circuits to outputs O1, O2, O3, and O4 following the wiring diagram.
- Connect the physical controls to inputs S1, S2, S3, and S4.
- Connect live and neutral to the indicated power supply terminals.
- Check tightening, conductor cross-section, and the absence of exposed wires.
- Restore power and check the LED.
- Pair the module with Freedompro Home and configure each light.
Simplified wiring diagram
Use the simplified diagram to recognize the general function of the terminals. For final wiring, always also refer to the professional diagram and the product technical documentation.
Professional wiring diagram
The professional diagram shows the connections to use during installation. Do not substitute the model, power supply, or terminal functions with instructions referring to other products.
Important notes
- The control return can be connected according to the product wiring diagram, using live or SC common where applicable.
- Configure the name and control type of each channel separately.
App configuration
- Open Freedompro Home.
- Add the module as a new device, or use the procedure for a module already paired.
- Scan the QR code.
- Assign a name to the module.
- Configure each accessory or channel.
- Test physical controls and app control.
- Only after verification, add any other Matter ecosystems.
If something does not work
- If the physical control does not work, check the input and the configured control type.
- If a light always stays on or off, check the output and the channel wiring.
- If the module is offline, check the LED and the 2.4 GHz Wi-Fi network.
- If consumption data does not appear, make sure the channel is configured and the load is active.
- Before performing a reset, recheck power supply, wiring, and configuration.
- When contacting support, provide the model, serial number, LED color, and observed behavior.
Useful articles
- How to reset a Freedompro module
- Status LEDs of Freedompro modules
- How to pair a Freedompro module with the Freedompro Home app
- How to configure a Freedompro module for lights
Consumption and power
The module measures energy and power for each individual channel. The data is visible in the Consumption section of Freedompro Home and is exposed through Matter.
Expected result
The LB0104-A module will be online, configured in Freedompro Home, and ready to control lights from the app, from physical controls, and from connected Matter ecosystems.
