Dynalite is an architectural lighting-control system. DyNet is the network protocol used between its control devices. The official technical overview describes commands and status information passing over RS485 or Ethernet networks; the exact hardware determines which connections are provided.
A useful mental model is a wall panel requesting a scene, with controllers adjusting their assigned lighting channels. Occupancy and daylight inputs can influence the result. Gateways can link other systems, but sharing RS485 wiring does not make DyNet the same protocol as Modbus or DMX.
What a project needs
- Compatible Dynalite wall panels, sensors or other user interfaces.
- Load controllers matched to the actual lighting: relay, phase-dimmed, analogue-interface or DALI control as appropriate.
- The specified DyNet cabling, correctly designed network power and any required network interfaces/gateways.
- Supported commissioning software, project files and a suitably trained integrator.
- For downstream DALI circuits, suitable DALI drivers, bus power and the appropriate Dynalite DALI controller.
A manageable starting point
Describe one room's scenes in plain English: which circuits change, desired levels, fade behaviour and what the wall buttons should do. Have the integrator translate that into areas, channels, presets and supported sensor logic. Verify the actual lamp/driver compatibility before buying dimming hardware.
For an existing building, obtain the commissioned project and controller inventory before making changes. A gateway's presence is not permission to send trial commands onto a working site's lighting system. Preserve manual operation and documented fallback behaviour when adding remote integration.
This guide is based on manufacturer documentation rather than a field-tested project. Australian mains connections require an appropriately licensed electrician; commissioning and integration should use the tools and support appropriate to the installed Dynalite generation.
Official reading
Official Dynalite Technical Overview: architecture, devices and integration