MQTT client to control BroadLink devices

Supported devices

• RM Pro / RM2 / RM3 mini / RM4 IR/RF controllers (device_type = 'rm' or 'rm4')
• SP1/SP2 smart plugs (device_type = 'sp1' or 'sp2')
• A1 sensor (device_type = 'a1')
• MP1 power strip (device_type = 'mp1')
• Dooya DT360E curtain motor (device_type = 'dooya')
• BG1 BG smart socket (device_type = 'bg1')

Installation

Clone broadlink-mqtt repository using
git clone https://github.com/eschava/broadlink-mqtt.git
or download and unpack latest archive from
https://github.com/eschava/broadlink-mqtt/archive/master.zip

Ensure that a python development environment is setup: sudo apt-get install python-pip python-dev

Ensure that the libffi-dev and libssl-dev packages are installed: sudo apt-get install libffi-dev libssl-dev

From the newly created broadlink-mqtt folder, install the required Python modules: pip install -r requirements.txt

Configuration

By default, broadlink-mqtt will configure using parameters from mqtt.conf. This configuration file may be altered during a repository update, so another configuration file is provided for editing: custom.conf. This will not be overwritten when updating broadlink-mqtt.

custom.conf overrides mqtt.conf. Copy the contents of mqtt.conf into custom.conf and continue editing only custom.conf.

Recorded commands are saved under the commands/ folder
Macros are saved under the macros/ folder

Multiple devices configuration

Usually broadlink-mqtt works with single Broadlink device only, but there is an experimental feature to support several devices connected to the same network.
Configuration parameters:
device_type = 'multiple_lookup'
mqtt_multiple_subprefix_format = '{type}_{mac_nic}/'
Second parameter defines format of sub-prefix for every found device. E.g. for RM2 device having MAC address 11:22:33:44:55:66, MQTT prefix will be
broadlink/RM2_44_55_66/
Format supports next placeholders:

• {type} - type of the device (RM2, A1, etc)
• {host} - host name of the device
• {mac} - MAC address of the device
• {mac_nic} - last 3 octets of the MAC address (NIC)

Start

Just start mqtt.py script using Python interpreter. You may have to use python3.

Auto-startup (Linux)

(From https://github.com/eschava/broadlink-mqtt/issues/29#issuecomment-630254666)

sudo nano /lib/systemd/system/broadlink-mqtt.service

Copy and paste the following, then save:

[Unit]
Description=Broadlink MQTT Service
After=multi-user.target
[email protected]

[Service]
Type=simple
ExecStart=/usr/bin/python3 /home/pi/broadlink-mqtt/mqtt.py
StandardInput=tty-force

[Install]
WantedBy=multi-user.target

Reload the daemon: sudo systemctl daemon-reload

To start the service:
sudo systemctl start broadlink-mqtt.service

To see the service status:
sudo systemctl status broadlink-mqtt.service

To stop the service:
sudo systemctl stop broadlink-mqtt.service

To restart the service:
sudo systemctl restart broadlink-mqtt.service

Known issues

Authentication failed

This error means that device is registered in the phone app and cannot be used from broadlink-mqtt utility. To fix this you need to reset the device and use it with broadlink-mqtt only

RM2/RM3/RM4

MQTT commands to control IR/RF

Recording (IR or RF)

To record new command just send record message for IR command or recordrf for RF command to the topic broadlink/COMMAND_ID,
where COMMAND_ID is any identifier that can be used for file name (slashes are also allowed)

NOTE: It seems that Python3 is a must for recording RF signals

Example: to record power button for Samsung TV send
record -> broadlink/tv/samsung/power
and recorded interpretation of IR signal will be saved to file commands/tv/samsung/power

Replay

To replay previously recorded command send replay message to the topic broadlink/COMMAND_ID,
where COMMAND_ID is identifier if the command
Example: to replay power button for Samsung TV send
replay -> broadlink/tv/samsung/power
and saved interpretation of IR signal will be replayed from file commands/tv/samsung/power

Another format for replaying recorded command is using file name as a message and folder as MQTT topic.
Example: to replay power button for Samsung TV send
power -> broadlink/tv/samsung
and saved interpretation of IR signal will be replayed from file commands/tv/samsung/power

Smart mode

Smart mode means that if file with command doesn't exist it will be recorded.
Every next execution of the command will replay it.
This mode is very convenient for home automation systems.
To start smart mode need to send auto for IR command or autorf for RF command to the command topic
Example:
first time: auto -> broadlink/tv/samsung/power records command
every next time: auto -> broadlink/tv/samsung/power replays command

Macros

Macro command sends several IR signals for single MQTT message.
To start macros execution send macro message to the topic broadlink/MACRO_ID,
where MACRO_ID is a path to scenario file in macros/ folder.
Alternative way of sending macro command is sending MACRO_ID message to the broadlink/macro topic.

Macros scenario file could contain:

• IR commands (same as COMMAND_ID in replay mode)
• pause instructions (pause DELAY_IN_MILLISECONDS)
• comments (lines started with #)

Subscription to current temperature (RM2/RM4 devices)

Need to set broadlink_rm_temperature_interval configuration parameter to a number of seconds between periodic updates.
E.g. broadlink_rm_temperature_interval=120 means current temperature will be published to topic broadlink/temperature every 2 minutes

SP1/SP2

MQTT commands to control power

To switch power on (off) need to send command on (off) to broadlink/power topic
Commands 1 / 0 are also supported

Subscription to current used energy (SP2 device)

Need to set broadlink_sp_energy_interval configuration parameter to a number of seconds between periodic updates.
E.g.
broadlink_sp_energy_interval=120
means current used energy will be published to topic broadlink/energy every 2 minutes

A1

Subscription to current sensors data

Need to set broadlink_a1_sensors_interval configuration parameter to a number of seconds between periodic updates.
E.g.
broadlink_a1_sensors_interval=120 means current sensors data will be published to topics broadlink/sensors/[temperature/humidity/light/air_quality/noise] every 2 minutes

MP1

MQTT commands to control power

To switch power on (off) on outlet number N need to send command on (off) to broadlink/power/N topic.
Commands 1 / 0 are also supported
Example:
switch on 2-nd outlet: on -> broadlink/power/2

Subscription to current state

Need to set broadlink_mp1_state_interval configuration parameter to a number of seconds between periodic updates.
E.g.
broadlink_mp1_state_interval=120
means current state will be published to topics broadlink/state/[s1/s2/s3/s4] every 2 minutes

Dooya DT360E

MQTT commands to control curtain motor

To open/close curtains need to send a command to broadlink/action topic.
Possible commands are:

• open to open curtains
• close to close curtains
• stop to stop curtains in the current state

Also it's possible to set fixed position of curtains sending numeric position in percents to the topic broadlink/set

Subscription to current curtain position

Need to set broadlink_dooya_position_interval configuration parameter to a number of seconds between periodic updates.
E.g.
broadlink_dooya_position_interval=30
means current curtain position in percents will be published to topic broadlink/position every 30 seconds

BG1

MQTT commands to control

To change brightness of LED need to send value in percents to broadlink/brightness topic
To switch power on (off) on all (or single only) outlets need to send command on (off) to broadlink/power topic.
To switch power on (off) on outlet number N need to send command on (off) to broadlink/power/N topic.
Commands 1 / 0 are also supported
Example:
switch on 2-nd outlet: on -> broadlink/power/2

Subscription to current state

Need to set broadlink_bg1_state_interval configuration parameter to a number of seconds between periodic updates.
E.g.
broadlink_bg1_state_interval=120
means current state will be published to topics broadlink/state/[pwr/pwr1/pwr2/maxworktime/maxworktime1/maxworktime2/idcbrightness] every 2 minutes