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layout	title	description	date	sidebar	comments	sharing	footer	logo	ha_category	ha_release
page	MQTT Vacuum	Instructions on how to integrate your MQTT enabled Vacuum within Home Assistant.	2017-09-11 20:26	true	false	true	true	mqtt.png	Vacuum	0.54

The mqtt vacuum component allows you to control your MQTT-enabled vacuum. There are 2 possible message schemas - legacy and state. New installation should use state schema as legacy is deprecated and might be removed someday in the future. state schema is preferred because the vacuum will then be represented as a StateVacuumDevice which is preferred parent vacuum entity.

This documentation has 3 sections. Config for legacy vacuum with examples, config for state vacuum with examples and shared section with examples which are the same for both schemas.

{% linkable_title Configuration %}

To add your MQTT vacuum to your installation, add the following to your configuration.yaml file:

# Example configuration.yaml entry
vacuum:
  - platform: mqtt

{% linkable_title Legacy Configuration %}

Legacy MQTT vacuum configuration section.

{% configuration %} name: description: The name of the vacuum. required: false type: string default: MQTT Vacuum schema: description: The schema to use. required: false type: string default: legacy supported_features: description: List of features that the vacuum supports (possible values are turn_on, turn_off, pause, stop, return_home, battery, status, locate, clean_spot, fan_speed, send_command)." required: false type: string list default: "turn_on, turn_off, stop, return_home, status, battery, clean_spot" command_topic: description: The MQTT topic to publish commands to control the vacuum. required: false type: string qos: description: The maximum QoS level of the state topic. required: false type: integer default: 0 retain: description: If the published message should have the retain flag on or not. required: false type: boolean default: false payload_turn_on: description: The payload to send to the command_topic to begin the cleaning cycle. required: false type: string default: turn_on payload_turn_off: description: The payload to send to the command_topic to turn the vacuum off. required: false type: string default: turn_off payload_return_to_base: description: The payload to send to the command_topic to tell the vacuum to return to base. required: false type: string default: return_to_base payload_stop: description: The payload to send to the command_topic to stop the vacuum. required: false type: string default: stop payload_clean_spot: description: The payload to send to the command_topic to begin a spot cleaning cycle. required: false type: string default: clean_spot payload_locate: description: The payload to send to the command_topic to locate the vacuum (typically plays a song). required: false type: string default: locate payload_start_pause: description: The payload to send to the command_topic to start or pause the vacuum. required: false type: string default: start_pause battery_level_topic: description: The MQTT topic subscribed to receive battery level values from the vacuum. required: false type: string battery_level_template: description: Defines a template to define the battery level of the vacuum. required: false type: string charging_topic: description: The MQTT topic subscribed to receive charging state values from the vacuum. required: false type: string charging_template: description: Defines a template to define the charging state of the vacuum. required: false type: string cleaning_topic: description: The MQTT topic subscribed to receive cleaning state values from the vacuum. required: false type: string cleaning_template: description: Defines a template to define the cleaning state of the vacuum. required: false type: string docked_topic: description: The MQTT topic subscribed to receive docked state values from the vacuum. required: false type: string docked_template: description: Defines a template to define the docked state of the vacuum. required: false type: string error_topic: description: The MQTT topic subscribed to receive error messages from the vacuum. required: false type: string error_template: description: Defines a template to define potential error messages emitted by the vacuum. required: false type: string fan_speed_topic: description: The MQTT topic subscribed to receive fan speed values from the vacuum. required: false type: string fan_speed_template: description: Defines a template to define the fan speed of the vacuum. required: false type: string set_fan_speed_topic: description: The MQTT topic to publish commands to control the vacuum's fan speed. required: false type: string fan_speed_list: description: List of possible fan speeds for the vacuum. required: false type: string list send_command_topic: description: The MQTT topic to publish custom commands to the vacuum. required: false type: string availability_topic: description: The MQTT topic subscribed to receive availability (online/offline) updates. required: false type: string payload_available: description: The payload that represents the available state. required: false type: string default: online payload_not_available: description: The payload that represents the unavailable state. required: false type: string default: offline json_attributes_topic: description: The MQTT topic subscribed to receive a JSON dictionary payload and then set as sensor attributes. Usage example can be found in MQTT sensor documentation. required: false type: string json_attributes_template: description: "Defines a template to extract the JSON dictionary from messages received on the json_attributes_topic. Usage example can be found in MQTT sensor documentation." required: false type: template {% endconfiguration %}

{% linkable_title Legacy configuration example %}

{% raw %}

# Example configuration.yaml entry
vacuum:
  - platform: mqtt
    name: "MQTT Vacuum"
    supported_features:
      - turn_on
      - turn_off
      - pause
      - stop
      - return_home
      - battery
      - status
      - locate
      - clean_spot
      - fan_speed
      - send_command
    command_topic: "vacuum/command"
    battery_level_topic: "vacuum/state"
    battery_level_template: "{{ value_json.battery_level }}"
    charging_topic: "vacuum/state"
    charging_template: "{{ value_json.charging }}"
    cleaning_topic: "vacuum/state"
    cleaning_template: "{{ value_json.cleaning }}"
    docked_topic: "vacuum/state"
    docked_template: "{{ value_json.docked }}"
    error_topic: "vacuum/state"
    error_template: "{{ value_json.error }}"
    fan_speed_topic: "vacuum/state"
    fan_speed_template: "{{ value_json.fan_speed }}"
    set_fan_speed_topic: "vacuum/set_fan_speed"
    fan_speed_list:
      - min
      - medium
      - high
      - max
    send_command_topic: 'vacuum/send_command'

{% endraw %}

{% linkable_title Legacy MQTT Protocol %}

The above configuration for this component expects an MQTT protocol like the following.

{% linkable_title Legacy Basic Commands %}

MQTT topic: vacuum/command

Possible MQTT payloads:

• turn_on - Begin cleaning
• turn_off - Turn the Vacuum off
• return_to_base - Return to base/dock
• stop - Stop the Vacuum
• clean_spot - Initialize a spot cleaning cycle
• locate - Locate the vacuum (typically by playing a song)
• start_pause - Toggle the vacuum between cleaning and stopping

{% linkable_title Status/Sensor Updates %}

MQTT topic: vacuum/state

MQTT payload:

{
    "battery_level": 61,
    "docked": true,
    "cleaning": false,
    "charging": true,
    "fan_speed": "off",
    "error": "Error message"
}

{% linkable_title State Configuration %}

State MQTT vacuum configuration section.

{% configuration %} name: description: The name of the vacuum. required: false type: string default: MQTT Vacuum schema: description: The schema to use. required: false type: string default: legacy supported_features: description: "List of features that the vacuum supports (possible values are start, stop, pause, return_home, battery, status, locate, clean_spot, fan_speed, send_command)." required: false type: string list default: "start, stop, return_home, status, battery, clean_spot" command_topic: description: The MQTT topic to publish commands to control the vacuum. required: false type: string qos: description: The maximum QoS level of the state topic. required: false type: integer default: 0 retain: description: If the published message should have the retain flag on or not. required: false type: boolean default: false payload_start: description: "The payload to send to the command_topic to begin the cleaning cycle." required: false type: string default: start payload_stop: description: "The payload to send to the command_topic to stop cleaning." required: false type: string default: stop payload_return_to_base: description: The payload to send to the command_topic to tell the vacuum to return to base. required: false type: string default: return_to_base payload_clean_spot: description: The payload to send to the command_topic to begin a spot cleaning cycle. required: false type: string default: clean_spot payload_locate: description: The payload to send to the command_topic to locate the vacuum (typically plays a song). required: false type: string default: locate payload_pause: description: The payload to send to the command_topic to pause the vacuum. required: false type: string default: pause state_topic: description: The MQTT topic subscribed to receive state messages from the vacuum. State topic is extracting json if no value_template is defined. required: false type: string value_template: description: "Defines a template to extract possible states from the vacuum." required: false type: string set_fan_speed_topic: description: The MQTT topic to publish commands to control the vacuum's fan speed. required: false type: string fan_speed_list: description: List of possible fan speeds for the vacuum. required: false type: string list send_command_topic: description: The MQTT topic to publish custom commands to the vacuum. required: false type: string availability_topic: description: The MQTT topic subscribed to receive availability (online/offline) updates. required: false type: string payload_available: description: The payload that represents the available state. required: false type: string default: online payload_not_available: description: The payload that represents the unavailable state. required: false type: string default: offline json_attributes_topic: description: The MQTT topic subscribed to receive a JSON dictionary payload and then set as sensor attributes. Usage example can be found in MQTT sensor documentation. required: false type: string {% endconfiguration %}

{% linkable_title State configuration example %}

{% raw %}

# Example configuration.yaml entry
vacuum:
  - platform: mqtt
    name: "MQTT Vacuum"
    schema: state
    supported_features:
      - start
      - pause
      - stop
      - return_home
      - battery
      - status
      - locate
      - clean_spot
      - fan_speed
      - send_command
    command_topic: "vacuum/command"
    state_topic: "vacuum/state"
    set_fan_speed_topic: "vacuum/set_fan_speed"
    fan_speed_list:
      - min
      - medium
      - high
      - max
    send_command_topic: 'vacuum/send_command'

{% endraw %}

{% linkable_title State MQTT Protocol %}

The above configuration for this component expects an MQTT protocol like the following.

{% linkable_title State Basic Commands %}

MQTT topic: vacuum/command

Possible MQTT payloads:

• start - Start cleaning
• pause - Pause cleaning
• return_to_base - Return to base/dock
• stop - Stop the vacuum.
• clean_spot - Initialize a spot cleaning cycle
• locate - Locate the vacuum (typically by playing a song)

{% linkable_title Send Custom Command %}

Vacuum send_command allows three parameters:

• entity_id
• command
• params - optional

If params are not provided it sends command as payload to MQTT send_command topic. If params are provided service sends json as payload with such structure:

{
  'command': 'command',
  'param1-key': 'param1-value'
}

Service trigger example:

- alias: Push command based on sensor
    trigger:
      - platform: state
        entity_id: sensor.sensor
    action:
      service: vacuum.send_command
      data:
        entity_id: 'vacuum.vacuum_entity'
        command: 'custom_command'
        params:
          - key: value

MQTT topic: vacuum/send_command

{% linkable_title Status/Sensor Updates %}

MQTT topic: vacuum/state

MQTT payload:

{
    "battery_level": 61,
    "state": "docked",
    "fan_speed": "off"
}

State has to be one of vacuum states supported by Home Assistant:

• cleaning,
• docked,
• paused,
• idle,
• returning,
• error.

{% linkable_title Shared MQTT Protocol %}

The configuration for this component expects an MQTT protocol like the following. These services are identical for both - legacy and state vacuum.

{% linkable_title Set Fan Speed %}

MQTT topic: vacuum/set_fan_speed

Possible MQTT payloads:

• min - Minimum fan speed
• medium - Medium fan speed
• high - High fan speed
• max - Max fan speed

{% linkable_title Send Custom Command %}

Vacuum send_command allows three parameters:

• entity_id
• command
• params - optional

If params are not provided it sends command as payload to MQTT send_command topic. If params are provided service sends json as payload with such structure:

{
  'command': 'command',
  'param1-key': 'param1-value'
}

Service trigger example:

- alias: Push command based on sensor
    trigger:
      - platform: state
        entity_id: sensor.sensor
    action:
      service: vacuum.send_command
      data:
        entity_id: 'vacuum.vacuum_entity'
        command: 'custom_command'
        params:
          - key: value

MQTT topic: vacuum/send_command

{% linkable_title Usage with cloudless Xiaomi vacuums %}

This component is supported by the cloud-free Xiaomi Vacuum Webinterface Valetudo.

{% linkable_title Retrofitting a non-wifi vacuums %}

• Retrofitting your old Roomba with an ESP8266. This repo provides MQTT client firmware.
• In you own a non-wifi Neato, you can refer to this repo that uses a Raspberry Pi to retrofit an old Neato.