What it exposes
| Feature | Property | Values | Control |
|---|---|---|---|
| On / off | state | — | settable |
| Energy | energy | kWh | read only |
| Faults | faults | — | read only |
| Voltage a | voltage_a | V | read only |
| Voltage b | voltage_b | V | read only |
| Voltage c | voltage_c | V | read only |
| Power a | power_a | W | read only |
| Power b | power_b | W | read only |
| Power c | power_c | W | read only |
| Current a | current_a | A | read only |
| Current b | current_b | A | read only |
| Current c | current_c | A | read only |
| Temperature | temperature | °C | read only |
| Leakage test | leakage_test | — | settable |
| Over current breaker | over_current_breaker | — | settable |
| Over current threshold | over_current_threshold | A · 1…63 | settable |
| Over voltage breaker | over_voltage_breaker | — | settable |
| Over voltage threshold | over_voltage_threshold | V · 250…300 | settable |
| Under voltage breaker | under_voltage_breaker | — | settable |
| Under voltage threshold | under_voltage_threshold | V · 150…200 | settable |
| Insufficient balance breaker | insufficient_balance_breaker | — | settable |
| Insufficient balance threshold | insufficient_balance_threshold | kWh · 1…65535 | settable |
| Overload breaker | overload_breaker | — | settable |
| Overload threshold | overload_threshold | kW · 1…25 | settable |
| Leakage breaker | leakage_breaker | — | settable |
| Leakage threshold | leakage_threshold | mA · 10…90 | settable |
| High temperature breaker | high_temperature_breaker | — | settable |
| High temperature threshold | high_temperature_threshold | °C · 40…100 | settable |
MQTT: state and commands
Zigbee2MQTT publishes the device state to zigbee2mqtt/my_device (my_device is the name you give the device). An example message:
{
"state": "ON",
"energy": 3.21,
"voltage_a": 0,
"voltage_b": 0,
"voltage_c": 0,
"power_a": 0,
"power_b": 0,
"power_c": 0,
"current_a": 0,
"current_b": 0,
"current_c": 0,
"temperature": 21.6,
"leakage_test": false,
"over_current_breaker": false,
"linkquality": 120
}
Send commands to zigbee2mqtt/my_device/set:
mosquitto_pub -t zigbee2mqtt/my_device/set -m '{"state":"TOGGLE"}'
mosquitto_pub -t zigbee2mqtt/my_device/set -m '{"leakage_test":true}'
mosquitto_pub -t zigbee2mqtt/my_device/set -m '{"over_current_breaker":true}'
mosquitto_pub -t zigbee2mqtt/my_device/set -m '{"over_voltage_breaker":true}'
mosquitto_pub -t zigbee2mqtt/my_device/set -m '{"under_voltage_breaker":true}'
Watch the topics live from the browser: MQTT client.
Home Assistant automation example
Zigbee2MQTT creates Home Assistant entities from the device name. If it is called my_device, an automation in automations.yaml can look like this:
- alias: "Turn off when idle"
mode: single
triggers:
- trigger: numeric_state
entity_id: sensor.my_device_power
below: 2
for: "00:15:00"
actions:
- action: switch.turn_off
target:
entity_id: switch.my_device
Check the YAML: YAML checker.
How to pair it
- In Zigbee2MQTT click Permit join.
- Put the device in pairing mode: usually a long press of the reset button (5–10 s) until the LED blinks; bulbs: switch the power off and on 5–6 times.
- Keep the device close to the coordinator or a router while pairing.
- Give it a clear name: MQTT topics and Home Assistant entities are built from it.
Exact procedure and model notes: the device page in the Zigbee2MQTT docs. No coordinator yet: coordinator picker.