Shelly DALI Dimmer (the Device) is a gateway device between Shelly ecosystem and APIs and a DALI network of lights. It can control DALI capable light sources that contain DALI control gear.
In terms of DALI it is a single-master application controller, supporting LED control gear (Part 207), which does not share the bus with other DALI control devices.
The Device contains a bus power supply with possibility to control up to X non-powered bus units.
The Shelly DALI Dimmer can be accessed, controlled, and monitored remotely from any place where the User has internet connectivity, as long as it is connected to a Wi-Fi router and the Internet.
It has an embedded Web Interface which can be used to monitor and control the Device, as well as adjust its settings.
Main features
DALI application controller: Supports DALI bus control in a single-master configuration of direct or indirect DALI control gear lights.
DALI features: Control light intensity of attached control gear (DT6). Color temperature control is not supported.
DALI power on default: off
DALI on bus failure: turn on at 100%
Shelly Plus Add-on compatible: The Device supports connection with the sensor interface to the Shelly Plus devices.
Switch/Button input mode: Allows flexible input control through switches or buttons.
One/dual button dimming control: Allows to use the full functionalities of the Device for dimming control with any wall switch configuration.
Night mode: Enables to set a specific brightness of input lights during nighttime.
Min/Max brightness: Reframes the range of the dimming signal to get more precise brightness control on the output.
Button fade rate: Controls how quickly the output brightness changes while holding the button(s).
Transition duration: Controls the time for dimming from 0 to 100 %.
Weekly schedules: Supports daily schedules and routines, including setting of brightness, transition duration, and flip value of the dimming signal.
Auto on/off timers: Enables auto on/off timer setting.
Local actions: Allows creating automation scenarios within the local Wi-Fi network, including setting of brightness, transition duration, a
nd flip value of the dimming signal.
Webhooks: Support automation through lightweight, event-driven communication with other devices.
BLE Gateway: Facilitates communication between BLE and Wi-Fi-enabled devices.
Wi-Fi Range Extender: Retransmits the Wi-Fi signal and extends its reach.
Scripting: Allows creating automation scenarios through scripts.
Compatibility: Highly compatible with 3rd Party home automation systems.
No need for hub: Ready for use locally or remotely via Shelly Smart Control or 3rd Party systems.
Use cases
Add DALI lights to a Shelly ecosystem
Use Shelly interfaces - application, local APIs to control DALI lights
Integrations
Amazon Alexa supported capabilities
Brightness Controller
Google Smart Home supported traits
Brightness
Samsung SmartThings supported capabilities
Color Control
Simplified internal schematics
Device electrical interfaces
Inputs
2 switch/button inputs on screw terminals: S1 and S2
2 power supply inputs on screw terminals: 1 N and 1 L
Outputs
2 DALI bus lines: D+ and D-
Add-on interface
Shelly proprietary serial interface
⚠CAUTION! High voltage on the add-on interface when the Device is powered!
Connectivity
Wi-Fi
Bluetooth
Safety function
Overheating protection
Supported load types
Can control up to 5 DALI bus units. Rated current of internal power supply 10mA. Bus units should be externally powered.
Contains DALI bus power supply with a maximum output current less than 35mA
User interface
Inputs
One (Control) button
Press and hold for 5 seconds to enable Device access point and Bluetooth connection.
Press and hold for 10 seconds to factory reset the Device.
Outputs
LED (monocolor) indication
AP (Access Point) enabled and Wi-Fi disabled: 1 second ON / 1 second OFF
Wi-Fi enabled, but not connected to a Wi-Fi network: 1 second ON / 3 seconds OFF
Connected to a Wi-Fi network: Constantly ON
Cloud is enabled, but not connected: 1 second ON /5 seconds OFF
Connected to Shelly Cloud: Constantly ON
OTA (Over the Air Update): ½ sec ON / ½ second OFF
Button pressed and held for 5 seconds: ½ second ON / ½ second OFF
Button presses and held for 10 seconds: ¼ second ON / ¼ second OFF
The list above starts with the initial device status and the lowest priority. Every next state cancels the previous one.
Specifications
Quantity
Value
Physical
Size (HxWxD):
42x37x17 mm / 1.65x1.46x0.66 in
Weight:
18 g / 0.63 oz
Screw terminals max torque:
0.4 Nm / 3.5 lbin
Conductor cross section:
0.5 to 1.5 mm² / 20 to 16 AWG (solid, stranded, and bootlace ferrules)
Conductor stripped length:
5 to 6 mm / 0.20 to 0.24 in
Mounting:
In-wall, suspended ceilings
Shell material:
Plastic
Shell color:
Green
Environmental
Ambient working temperature:
-20 °C to 40 °C / -5 °F to 105 °F
Humidity:
-20 °C to 40 °C / -5 °F to 105 °F
Max. altitude:
2000 m / 6562 ft
Electrical
Power supply:
110 - 240 VAC ±10% 50/60Hz
Power consumption:
< 2 W
Neutral not needed:
No
Output circuits ratings
Bus power supply
Guaranteed 10mA (up to 5 DALI control gear units), Short circuit current < 35 mA
Bus voltage
16V nominal
Sensors, meters
Internal-temperature sensor:
Yes
Radio
Wi-Fi
Protocol:
802.11 b/g/n
RF band:
2401 - 2495 МHz
Max. RF power:
< 20 dBm
Range:
Up to 30 m / 100 ft indoors and 50 m / 160 ft outdoors (Depends on local conditions)
Bluetooth
Protocol:
4.2
RF band:
2400 - 2483.5 MHz
Max. RF power:
< 4 dBm
Range:
Up to 10 m / 33 ft indoors and 30 m / 100 ft outdoors (Depends on local conditions)
Microcontroller unit
CPU:
ESP32-C3 Shelly
Flash:
8 MB
Firmware capabilities
Schedules:
20
Webhooks (URL actions):
20 with 5 URLs per hook
Scripting:
Yes
MQTT:
Yes
Encryption:
Yes, TLS 1.2
Basic wiring diagrams
Legend
Terminals
Wires
N
Neutral terminal
N
Neutral wire
L
Live (110-240 V~) terminal
L
Live (110 - 240 V~) wire 50-60 Hz
Out
Dali dimmer load output
S1, S2
Switch input terminals
DA+
Dali interface positive terminal
DA-
Dali interface negative terminal
Troubleshooting
Check the correct installation of the CT:
If negative readings on a measured circuit are read and are not expected, check the correct installation of the CT (K->L).
Ensure that the device is properly powered:
Check power cables, outlets, and any power indicators on the device.
Inspect Connections:
Verify that all connections, including cables and wiring, are secure and properly seated. Loose connections can lead to functionality issues.
Review Device Settings:
If applicable, check and review the device settings. Ensure that configurations are correct and match your intended use.
Update Firmware/Software:
Check if there are any available firmware or software updates for the device. Keeping the device up-to-date can resolve known issues and improve performance.
Restart or Reboot:
Sometimes, a simple restart can resolve temporary glitches. Turn off the device, wait a few seconds, and then power it back on.
Check Network Connection:
If the device is connected to a network, ensure that the network settings are correct. Test the network connection and consider restarting routers or switches if needed.
Inspect Physical Components:
Physically inspect the device for any signs of damage, overheating, or unusual behavior.
Check Compatibility:
Ensure that the device is compatible with other components in your system, including hardware and software. Incompatibility issues can lead to malfunctions.
Monitor Environmental Factors:
Consider environmental factors such as temperature and humidity.
Inspect Power Supply Quality:
Poor power quality, including voltage spikes or fluctuations, can affect device performance. Consider using a surge protector or voltage regulator if needed.
*These are general troubleshooting steps, and the specific steps may vary based on the type of device or issue you are facing. If the issue persists and you are unable to resolve it, consider reaching out to our technical customer support.
