Matter from ATX LED

Matter from ATX LED

ML-SML-M2D In Leviton 47605 format – with PSE-8D

ML-DIN-M2D

ATX LED Matter to DALI Bridge – ML-SML-M2D or ML-DIN-M2D

• Matter communication standard
• 64 DALI addresses
• 16 DALI groups
• Automatically assigns DALI addresses without changing existing addresses
• Automatically provides DALI bus power if no external supply detected
• Works with all Matter border routers
• Supports DT6 (fixed) and DT8 devices (tunable white)
• Maintains sync between ATX LED Switches, ATX LED Hubs, and Cloud control
• Local and remote control
• Works with or without the ATX LED Hub
• Does not change existing DALI addresses or configurations
• Fits into Leviton 47605 box hole pattern between full-size SML devices (DIN rail version also available)
• Status page with:
  • DALI bus voltage
  • DALI bus current
  • Up to 8 system power supplies (typically 51V) or 4 supplies with 24V
  • WiFi quality
  • Network ping response times
  • Geographic location
  • Real-time wattage
  • Active/missing devices
• Current remote diagnostics to cloud server sensors

Specifications for ATX LED Matter to DALI

• 64 DALI devices – each can be exposed to Matter or hidden, each has a friendly name
• 16 DALI groups – each can be exposed to Matter or hidden, each has a friendly name
• 8 Power Supply devices – voltages of up to 8 power supplies monitored (always 51V on M2D)
• 1 DALI Bus device – shows DALI bus power (12V or 0V in M2D)
• DIN rail or SML mounting
• Scheduling handled by Matter
• Error reporting via email for power supply changes
• Macros for address forwarding if needed
• Automatic address assignment if new devices detected
• DT6 to DT8 conversion script available (Python)
• Grouping method to assign/unassign any address to any of 16 groups
• 8 Virtual Power Supplies to report voltages
• 1 DALI Bus device for DALI bus voltage monitoring

ESP32 Pinout / Functions

Power On DALI Power Algorithm

Power On DALI Device Management

• Read bus device status and level, DT8
• Check for unassigned devices
• Address unassigned and leave existing unchanged
• Read UPC codes
• Name unnamed devices with the friendly name of the UPC code + short address
• Read groups
• Export short address and groups to Matter

Power Supply Status Reporting

4 inputs from the House Power panel: A, B, C, D. Each has a gain of 25, measurement range of 2.5 to 75 volts.

- If input is between 2.85V and 7.25V: input has no power supply, report the voltage.
- If input is between 8V and 23.4V: count the number of power supplies as 1 (per A, B, C, D).
- Plus the values in the table below:
A, B, C = 4V = 1+1+1 = 3
D = 15V = 2
Total is 5.

Using this method, up to 8 power supplies can be counted, reporting voltage for each supply.

Power Supply Voltage String Mapping

Cloud Reporting

Once per hour, if there is a change in brightness or % good or Last CCT, report this:

Bugs in Version 1.1.10

• Detect UPC code and user approvals to default names
• Detect groups and allow the user to mark default groups (X to Y)
• DTR settings across reboot not consistent
• AJ power supply float not read
• AJ: Command of 199.153 to set CCT must be sent before command 153 to get DT8 result
• DALI input errors on voltages - 1% too tiny, should be 2%
• Display PC+PD voltages safely and avoid B/D displayed
• Calculation for voltages between 7.2V and 23.4V missing - see documentation
• Google support
• Don't write memory registers in 510 or 511, send CCT values as % 510 or 511 ranges stored on the device

New Features to add to Version 1.1.10

• Display MAC address on status page.
• Read all power on values at boot. If a device has a power on value != 2, and the device ARC changes by single address or group, write the new ARC to the power on level.
• After DALI bus voltage is restored after an outage, scan devices with power on value != 2.
• At boot, read all group assignments and store them. If a group ARC changes, detect the members of the group and, if they have power on != 2, update power on if Group ARC changes.
• Display the last 25 DALI logs on Status.
• Post status info to cloud (see logging).

How to Pair

Ensure your phone is on a 2.4GHz network.

Apple Home: Add Matter device, scan QR code.

Google Home: Add Matter device, scan QR code.