TC:BUS Device Component tc_bus_device

This component extends the TC:BUS base component and simplifies communication with individual devices on the bus. It allows you to identify devices, access their memory, and read or modify their settings. See the section on supported models and settings for details.

The component also supports creating virtual bus devices.

Configuration

The tc_bus_device component offers the following configuration options:

Option	Description	Required	Default
`id`	Unique ID for the component.	✅
`type`	Device Group of the TC:BUS Device. E.g. Indoor Station, Outdoor Station.	✅
`virtual`	Enables the virtual device mode, assigning it a unique serial number/address based on the host MAC address so it can emulate or interact with other devices on the TC:BUS.		`False`
Physical Device
`auto_configuration`	When enabled, the component automatically identifies the device using the serial number and reads device memory based on the device model.		`False`
`on_read_memory_complete`	Defines actions to be triggered when the memory reading is complete.
`on_read_memory_failed`	Defines actions to be triggered when the memory reading fails.
`on_identify_complete`	Defines actions to be triggered when the identification of the indoor station is complete. Returns a `ModelData` object as the `x` variable.
`on_identify_unknown`	Defines actions to be triggered when the identification of the indoor station completes with unknown model.
`on_identify_failed`	Defines actions to be triggered when the identification of the indoor station times out.
Virtual Device
`on_incoming_call`	Defines actions to be triggered when the virtual device receives a call. Returns a `TelegramData` object as the `x` variable.
`on_call_started`	Defines actions to be triggered when the virtual device is connected to a call. Returns a `TelegramData` object as the `x` variable.
`on_call_ended`	Defines actions to be triggered when the virtual device is disconnected from a call. Returns a `TelegramData` object as the `x` variable.
`on_call_failed`	Defines actions to be triggered when the virtual device fails to call another indoor or outdoor station.

Automatic Configuration Only physical

If you enable the auto_configuration option, the component automatically attempts to identify the device model as soon as the serial number is set. Once the model is successfully identified, the component will automatically read the device memory to retrieve its current configuration and state.

Number Inputs

The tc_bus_device Number Input platform offers the following configuration options:

Option	Description	Required
`tc_bus_device_id`	ID of the related `tc_bus_device` instance.	✅
`serial_number`	Serial Number Input to set the serial number of the predefined bus device.	✅
`parallel_serial_number`	Parallel Serial Number Input to set the parallel serial number of the predefined bus device.
`address`	Address Number Input to set the address for the outdoor station.
`volume_handset_door_call`	Door Call Handset Volume Number Input to set the handset volume for door calls of the indoor station.
`volume_handset_internal_call`	Internal Call Handset Volume Number Input to set the handset volume for internal calls of the indoor station.
`volume_ringtone`	Ringtone Volume Number Input to set the ringtone volume of the indoor station.
`address_divider`	Address Divider Input to set the address divider for the second outdoor station on the indoor station.
`door_readiness_duration`	Door Readiness Duration Number Input to set the door readiness duration of the outdoor station.
`call_time_duration`	Call Time Duration Number Input to set the call time duration of the outdoor station.
`door_opener_duration`	Door Opener Duration Number Input to set the door opener duration of the outdoor station.

Select Inputs

The tc_bus_device Select platform offers the following configuration options:

Option	Description	Required
`tc_bus_device_id`	ID of the related `tc_bus_device` instance.	✅
`model`	Model Select to set the model of the device (used to read and write settings). Take a look at the supported models and settings.	✅
`ringtone_entrance_door_call`	Select to set the entrance door call ringtone of the indoor station.
`ringtone_second_entrance_door_call`	Select to set the second entrance door call ringtone of the indoor station.
`ringtone_floor_call`	Select to set the floor call ringtone of the indoor station.
`ringtone_internal_call`	Select to set the internal call ringtone of the indoor station.

Switches

The tc_bus_device Switch platform offers the following configuration options:

Option	Description	Required
`tc_bus_device_id`	ID of the related `tc_bus_device` instance.	✅
`use_long_door_opener`	Always forces sending the long door opener telegram, including the serial number, instead of the short one.
`ringtone_mute`	Switch to mute the ringtone of the indoor station.
`auto_answer_call`	Switch to set the auto answer call setting of the indoor station.
`address_lock`	Switch to lock the address of the outdoor station.
`calling_requires_door_readiness`	Switch to set the requirement of door readiness for calls to the outdoor station.
`door_opener_requires_door_readiness`	Switch to set the requirement of door readiness for opening the entrance door.
`door_opener_requires_active_call`	Switch to set the requirement of an active call for opening the entrance door.

Buttons

The tc_bus_device Button platform offers the following configuration options:

Option	Description	Required
`tc_bus_device_id`	ID of the related `tc_bus_device` instance.	✅
`identify_device`	This starts the identification process to determine the device model by using it's serial number.
`read_memory`	This reads the device memory if supported into a memory buffer. Take a look at the supported models and settings.

Binary Sensors

The tc_bus_device Binary Sensor detects binary states such as doorbell presses. It can be configured to trigger based on a predefined telegram or on special cases.

Base Options

Option	Description	Required	Default
`id`	Unique ID for the binary sensor component.	✅
`tc_bus_device_id`	ID of the related `tc_bus_device` instance.	✅
`sensor_type`	Can be used as telegram listener or door opener state for virtual outdoor stations. Available options: `telegram`, `virtual_door_opener`. If set to `telegram`, the options below apply.	✅	`telegram`
`icon`	Icon to represent the sensor in the UI.		`mdi:doorbell`
`name`	Name of the binary sensor.		`Doorbell`

Sensor Type: `telegram`

This sensor type supports advanced triggering options, enabling it to respond to specific received telegrams.

Option	Description	Required	Default
`auto_off`	Time period after which the sensor automatically turns off, useful for momentary signals like doorbell presses.		`3s`
`type`	Telegram type that will trigger the binary sensor, used alongside `address` and `payload`.	✅
`address`	8-bit address that serves as a condition to trigger the binary sensor. If you set it to `255`, it will catch all addresses.		`0`
`payload`	32-bit payload that serves as a condition to trigger the binary sensor.		`0`

Sensor Type: `virtual_door_opener`

This sensor type replaces the physical door opener when using a virtual outdoor station. It allows you to trigger a relay connected to a buzzer or door release mechanism to open the door. The activation duration follows the door opener time configured for the virtual outdoor station.

Callbacks

Read Memory Complete on_read_memory_complete Only physical

This callback allows you to detect a successful memory reading.

yaml

on_read_memory_complete:
  - logger.log: "Completed memory reading!"

Read Memory Failed on_read_memory_failed Only physical

This callback allows you to detect a failed memory reading. Most probably when a model doesn't support the related telegrams.

yaml

on_read_memory_failed:
  - logger.log: "Failed to read Memory"

Device Identification Complete on_identify_complete Only physical

This callback allows you to utilize the ModelData struct, accessible as the x variable.

yaml

on_identify_complete:
  - logger.log: "Completed identification!"
  - lambda: |-
      std::string hexString = str_upper_case(format_hex(x));
      ESP_LOGI("tc_bus", "Memory Dump: %s", hexString.c_str());

Device Identification Complete (Unknown) on_identify_unknown Only physical

This callback allows you to detect an unknown model identification of the device. Most probably when a model is too old and doesn't support this process or is not implemented yet.

yaml

on_identify_unknown:
  - logger.log: "Failed to identify device - unknown model!"

Device Identification Failed on_identify_failed Only physical

This callback allows you to detect a failed identification of the device. Most probably when a model is too old and doesn't support this process.

yaml

on_identify_failed:
  - logger.log: "Failed to identify device!"

Incoming Call on_incoming_call Only virtual

Triggered when a call is received from an indoor or outdoor station. The TelegramData struct is available as x.

yaml

on_incoming_call:
  - lambda: |-
      if(x.type == TELEGRAM_TYPE_DOOR_CALL)
      {
        ESP_LOGI("tc_bus", "Incoming call from outdoor station %i", x.address);
      }
      else
      {
        ESP_LOGI("tc_bus", "Incoming call from indoor station %i", x.serial_number);
      }

Call Started on_call_started Only virtual

This callback allows you to detect when the call is connected to the virtual device. The TelegramData struct is available as x.

yaml

on_call_started:
  - lambda: |-
      if(x.type == TELEGRAM_TYPE_START_TALKING_DOOR_CALL)
      {
        ESP_LOGI("tc_bus", "Connected to outdoor station %i", x.address);
      }
      else
      {
        ESP_LOGI("tc_bus", "Connected to indoor station %i", x.serial_number);
      }

Call Ended on_call_ended Only virtual

This callback allows you to detect when the call is disconnected from the virtual device. The TelegramData struct is available as x.

yaml

on_call_started:
  - lambda: |-
      if(x.type == TELEGRAM_TYPE_START_TALKING_DOOR_CALL)
      {
        ESP_LOGI("tc_bus", "Disconnected (AS) Address: %i SN: %i", x.address, x.serial_number);
      }
      else
      {
        ESP_LOGI("tc_bus", "Disconnected (IS) Address: %i SN: %i", x.address, x.serial_number);
      }

Call Failed on_call_failed Only virtual

This callback allows you to detect when the incoming or outgoing call failed.

yaml

on_call_failed:
  - logger.log: "Call failed!"

Actions

Read Memory tc_bus_device.read_memory Only physical

This action allows you to read the memory of any supported device on the bus.

yaml

on_...:
  - tc_bus_device.read_memory:
      id: my_tc_bus_indoor_station_device

Identify devices tc_bus_device.identify Only physical

This action allows you to automatically detect the model of a supported device on the bus.

Note

Automatic identification is not available on all devices. At present, only indoor stations are fully supported in the identification process. Nonetheless, unsupported devices may still return identification data. If your device does so, please submit the response data as an issue so it can be included in future updates.

If no identification response is received, the device does not support the identification protocol. This usually applies to older hardware that predates this feature. In such cases, you will need to manually configure the device model.

yaml

on_...:
  - tc_bus_device.identify:
      id: my_tc_bus_indoor_station_device

Update Settings tc_bus_device.update_setting

This action allows you to change the supported settings of any supported device on the bus. Take a look at the supported models and settings.

yaml

on_...:
  - tc_bus_device.update_setting:
      id: my_tc_bus_indoor_station_device
      type: volume_ringtone
      value: 7

Update Doorbell Buttons tc_bus_device.update_doorbell_button Only physical

This action allows you to configure the physical doorbell buttons of an outdoor station device.

EXPERIMENTAL

This feature is experimental, use with caution.

Supported actions:

none — No action is assigned.
door_call — Triggers a door call.
light — Controls the light function.
control_function — Executes a custom control function.

If no action is specified, the default value is none. If no payload is provided, it remains unset.

For matrix systems, you can use the button_col parameter. For other systems, this parameter is not required.

Rows onlyMatrix

yaml

on_...:
  - tc_bus_device.update_doorbell_button:
      id: my_tc_bus_outdoor_station_device
      button_row: 1
      primary_action: door_call
      primary_payload: 798906
      secondary_action: control_function
      secondary_payload: 8

yaml

on_...:
  - tc_bus_device.update_doorbell_button:
      id: my_tc_bus_outdoor_station_device
      button_row: 2
      button_col: 4
      primary_action: door_call
      primary_payload: 798906
      secondary_action: control_function
      secondary_payload: 8

Open Door tc_bus_device.open_door

This action allows you to activate the door opener for virtual outdoor stations and automatically send the appropriate door opener command to indoor stations, based on the current door readiness state and the associated outdoor station address.

yaml

on_...:
  - tc_bus_device.open_door:
      id: my_tc_bus_indoor_station_device

Answer Call tc_bus_device.answer_call Only virtual

This action allows you to answer an incoming call.

yaml

on_...:
  - tc_bus_device.answer_call:
      id: my_virtual_tc_bus_indoor_station_device

End Call tc_bus_device.end_call Only virtual

This action allows you to end the current call.

yaml

on_...:
  - tc_bus_device.end_call:
      id: my_virtual_tc_bus_indoor_station_device

Initiate Call tc_bus_device.call Only virtual

This action allows you to end the current call.

Talk to ASDoor Call to SNInternal Call to SN

yaml

# This initiates a call to the outdoor station
# with address 0 from the virtual indoor station
on_...:
  - tc_bus_device.call:
      id: my_virtual_tc_bus_indoor_station_device
      address: 0

yaml

# This initiates a call to the indoor station
# with serial number 123456 from the virtual outdoor station
on_...:
  - tc_bus_device.call:
      id: my_virtual_tc_bus_outdoor_station_device
      address: 123456

yaml

# This initiates a call to the indoor station
# with serial number 123456 from the virtual indoor station
on_...:
  - tc_bus_device.call:
      id: my_virtual_tc_bus_indoor_station_device
      address: 123456
      internal: true

Sending Telegrams tc_bus_device.send

You can send device related telegrams on the bus using this action.

yaml

on_...:
  - tc_bus_device.send:
      id: my_tc_bus_indoor_station_device
      type: open_door
      address: 0
      payload: 0

Example YAML Configuration

This is an example configuration for the component in ESPHome:

Physical Indoor StationVirtual Indoor StationVirtual Outdoor Station

yaml

external_components:
  - source: github://azoninc/doorman@dev
    components: [ tc_bus, tc_bus_device ]

# TC:BUS configuration
tc_bus:
  rx_pin: GPIO9
  tx_pin: GPIO8

# TC:BUS Device configuration
tc_bus_device:
  - id: my_tc_bus_indoor_station_device
    type: indoor_station
    auto_configuration: true
    # Optional
    on_read_memory_complete:
      - logger.log: "Memory reading successful!"
    on_read_memory_failed:
      - logger.log:
          format: "Memory reading failed!"
          level: ERROR
    on_identify_complete:
      - logger.log:
          format: "Identified Hardware: %s (v%i) | Firmware: %i.%i.%i"
          args: [ 'model_to_string(x.model)', 'x.hardware_version', 'x.firmware_major', 'x.firmware_minor', 'x.firmware_patch' ]
          level: INFO
    on_identify_unknown:
      - logger.log: "Setup: Unable to identify the Indoor Station, unknown model."
    on_identify_failed:
      - logger.log:
          format: "Failed to identify the Indoor Station. Please select it manually."
          level: ERROR

number:
  - platform: tc_bus_device
    tc_bus_device_id: my_tc_bus_indoor_station_device
    serial_number:
      name: "Serial Number"
    # Optional
    parallel_serial_number:
      name: "Parallel Serial Number"
    volume_ringtone:
      name: "Volume: Ringtone"
    volume_handset_door_call:
      name: "Volume: Handset Door Call"
    volume_handset_internal_call:
      name: "Volume: Handset Internal Call"

select:
  - platform: tc_bus_device
    tc_bus_device_id: my_tc_bus_indoor_station_device
    model:
      name: "Model"
    # Optional
    ringtone_entrance_door_call:
      name: "Ringtone: Entrance Door Call"
    ringtone_second_entrance_door_call:
      name: "Ringtone: Second Entrance Door Call"
    ringtone_floor_call:
      name: "Ringtone: Floor Call"
    ringtone_internal_call:
      name: "Ringtone: Internal Call"

switch:
  - platform: tc_bus_device
    tc_bus_device_id: my_tc_bus_indoor_station_device
    # Optional
    use_long_door_opener:
      name: "Enforce long Door Opener Telegram"
    ringtone_mute:
      name: "Ringtone: Mute"
    call_time_unlimited:
      name: "Call Time Unlimited"

button:
  - platform: tc_bus_device
    tc_bus_device_id: my_tc_bus_indoor_station_device
    # Optional
    identify_device:
      name: "Identify Device"
    read_memory:
      name: "Read Memory"

binary_sensor:
  - platform: tc_bus_device
    tc_bus_device_id: my_tc_bus_indoor_station_device
    id: doorbell_sensor
    name: "Outdoor Station Doorbell (parser)"
    icon: "mdi:doorbell"
    type: door_call

yaml

external_components:
  - source: github://azoninc/doorman@dev
    components: [ tc_bus, tc_bus_device ]

# TC:BUS configuration
tc_bus:
  rx_pin: GPIO9
  tx_pin: GPIO8

# TC:BUS Device configuration
tc_bus_device:
  - id: my_tc_bus_indoor_station_device
    type: indoor_station
    virtual: true
    # Optional
    on_incoming_call:
      - logger.log: "Incoming call from indoor- or outdoor station"
    on_call_started:
      - logger.log: "Call started, bus is in audio mode"
    on_call_ended:
      - logger.log: "Call ended"
    on_call_failed:
      - logger.log: "Call failed due to timeout or missing response"

number:
  - platform: tc_bus_device
    tc_bus_device_id: my_tc_bus_indoor_station_device
    serial_number:
      name: "Serial Number"
    # Optional
    parallel_serial_number:
      name: "Parallel Serial Number"
    # If the calling address is > address divider,
    # it's the second outdoor station, otherwise the first.
    address_divider:
      name: "AS Address Divider"
    # 8 - 120 sec. (0 is unlimited)
    call_time_duration:
      name: "Maximum call duration"

select:
  - platform: tc_bus_device
    tc_bus_device_id: my_tc_bus_indoor_station_device
    model:
      name: "Model"

switch:
  - platform: tc_bus_device
    tc_bus_device_id: my_tc_bus_indoor_station_device
    # Optional
    use_long_door_opener:
      name: "Always use long door opener Telegram"
    auto_answer_call:
      name: "Automatically answer calls"
    call_time_unlimited:
      name: "Call Time Unlimited"

yaml

external_components:
  - source: github://azoninc/doorman@dev
    components: [ tc_bus, tc_bus_device ]

# TC:BUS configuration
tc_bus:
  rx_pin: GPIO9
  tx_pin: GPIO8

# TC:BUS Device configuration
tc_bus_device:
  - id: my_tc_bus_outdoor_station_device
    type: outdoor_station
    virtual: true
    # Optional
    on_incoming_call:
      - logger.log: "Incoming call from indoor station"
    on_call_started:
      - logger.log: "Call started, bus is in audio mode"
    on_call_ended:
      - logger.log: "Call ended"
    on_call_failed:
      - logger.log: "Call failed due to timeout or missing response"

number:
  - platform: tc_bus_device
    tc_bus_device_id: my_tc_bus_outdoor_station_device
    serial_number:
      name: "Serial Number"
    # Optional
    # With a single outdoor station the address is usually 0
    address:
      name: "Address"
    # 8 - 120 sec. (0 is unlimited)
    call_time_duration:
      name: "Maximum call duration"
    # 8 - 120 sec. (0 is unlimited)
    door_readiness_duration:
      name: "Door readiness duration"
    # 0 - 15 sec.
    door_opener_duration:
      name: "Door opener duration"

select:
  - platform: tc_bus_device
    tc_bus_device_id: my_tc_bus_outdoor_station_device
    model:
      name: "Model"

switch:
  - platform: tc_bus_device
    tc_bus_device_id: my_tc_bus_outdoor_station_device
    # Optional
    address_lock:
      name: "Address Lock"
    calling_requires_door_readiness:
      name: "Calling required door readiness"
    door_opener_requires_active_call:
      name: "Door Opener requires active call"
    door_opener_requires_door_readiness:
      name: "Door Opener requires door readiness"

binary_sensor:
  - platform: tc_bus_device
    tc_bus_device_id: my_tc_bus_outdoor_station_device
    sensor_type: virtual_door_opener
    name: "Door Opener Active"
    on_press:
      - logger.log: Turn on door opener
    on_release:
      - logger.log: Turn off door opener

Advanced Configuration

Accessing device settings

If you need to access the supported settings in the memory buffer you can use the get_setting and update_setting methods of the tc_bus_device instance. Take a look at the setting types.

Example (read and write setting):

yaml

button:
  - platform: template
    name: "Read Handset volume via lambda"
    on_press:
      - lambda: |-
          ESP_LOGD("TAG", "Handset volume: %i", id(my_tc_bus_indoor_station_device)->get_setting(SETTING_VOLUME_HANDSET_DOOR_CALL));

  - platform: template
    name: "Set Handset volume via lambda"
    on_press:
      - lambda: |-
          id(my_tc_bus_indoor_station_device)->update_setting(SETTING_VOLUME_HANDSET_DOOR_CALL, 7);

  - platform: template
    name: "Set Handset volume via action"
    on_press:
      - tc_bus_device.update_setting:
          id: my_tc_bus_indoor_station_device
          type: volume_handset_door_call
          value: 7

Accessing outdoor station doorbell button configuration

If you need to access the doorbell button configuration of an outdoor station in the memory buffer you can use the get_doorbell_button and update_doorbell_button methods of the tc_bus_device instance. Take a look at the doorbell button actions.

Example (read and write doorbell button actions):

yaml

button:
  - platform: template
    name: "Read Actions of Doorbell Button 1 via lambda"
    on_press:
      - lambda: |-
          DoorbellButtonAction button = id(my_tc_bus_outdoor_station_device)->get_doorbell_button(1);
          ESP_LOGD("TAG", "Primary Action: %x", button.primary_action);
          ESP_LOGD("TAG", "Primary Payload: %x", button.primary_payload);
          ESP_LOGD("TAG", "Secondary Action: %x", button.secondary_action);
          ESP_LOGD("TAG", "Secondary Payload: %x", button.secondary_payload);

  - platform: template
    name: "Set Doorbell Button 1 via lambda"
    on_press:
      - lambda: |-
          DoorbellButtonAction button;
          button.primary_action = DOORBELL_BUTTON_ACTION_DOOR_CALL;
          button.primary_payload = 123456;

          id(my_tc_bus_outdoor_station_device)->update_doorbell_button(1, button);

  - platform: template
    name: "Set Doorbell Button 1 via action"
    on_press:
      - tc_bus_device.update_doorbell_button:
          id: my_tc_bus_outdoor_station_device
          button_row: 1
          primary_action: door_call
          primary_payload: 123456

  - platform: template
    name: "Set Matrix Button 1;5 via action"
    on_press:
      - tc_bus_device.update_doorbell_button:
          id: my_tc_bus_outdoor_station_device
          button_row: 1
          button_col: 5
          primary_action: door_call
          primary_payload: 123456

  - platform: template
    name: "Reset Doorbell Button 1 via action"
    on_press:
      - tc_bus_device.update_doorbell_button:
          id: my_tc_bus_outdoor_station_device
          button_row: 1

Doorbell Button Data

The DoorbellButtonConfig struct is used internally.

c++

struct DoorbellButtonConfig
 {
    DoorbellButtonAction primary_action = DOORBELL_BUTTON_ACTION_NONE;
    uint32_t primary_payload = DOORBELL_BUTTON_UNASSIGNED;
    DoorbellButtonAction secondary_action = DOORBELL_BUTTON_ACTION_NONE;
    uint32_t secondary_payload = DOORBELL_BUTTON_UNASSIGNED;
};

Model Data

The ModelData struct is used internally in the identification process.

c++

struct ModelData {
    Model model = MODEL_NONE;

    uint32_t firmware_version = 0;
    uint8_t firmware_major = 0;
    uint8_t firmware_minor = 0;
    uint8_t firmware_patch = 0;
    uint8_t hardware_version = 0;
    
    uint8_t device_group = 0;
    uint8_t memory_size = 0;
    uint32_t capabilities = 0;
};

Doorbell Button Actions

Here are the available doorbell button actions you can use to update the doorbell button configuration of your outdoor station:

none DOORBELL_BUTTON_ACTION_NONE
light DOORBELL_BUTTON_ACTION_LIGHT
door_call DOORBELL_BUTTON_ACTION_DOOR_CALL
control_function DOORBELL_BUTTON_ACTION_CONTROL_FUNCTION

Setting Types

Here are the available setting types you can use to update the settings of your bus devices.

Indoor Station

ringtone_mute SETTING_RINGTONE_MUTE
ringtone_floor_call SETTING_RINGTONE_FLOOR_CALL
ringtone_entrance_door_call SETTING_RINGTONE_ENTRANCE_DOOR_CALL
ringtone_second_entrance_door_call SETTING_RINGTONE_SECOND_ENTRANCE_DOOR_CALL
ringtone_internal_call SETTING_RINGTONE_INTERNAL_CALL
volume_ringtone SETTING_VOLUME_RINGTONE
volume_handset_door_call SETTING_VOLUME_HANDSET_DOOR_CALL
volume_handset_internal_call SETTING_VOLUME_HANDSET_INTERNAL_CALL
as_address_divider SETTING_AS_ADDRESS_DIVIDER
vas_address_divider SETTING_VAS_ADDRESS_DIVIDER
use_long_door_opener_protocol SETTING_USE_LONG_DOOR_OPENER_PROTOCOL
ambient_light_in_standby SETTING_AMBIENT_LIGHT_IN_STANDBY
call_time_unlimited SETTING_CALL_TIME_UNLIMITED
auto_answer_call SETTING_AUTO_ANSWER_CALL

Outdoor Station

address SETTING_ADDRESS
address_lock SETTING_ADDRESS_LOCK
button_rows SETTING_BUTTON_ROWS
calling_requires_door_readiness SETTING_CALLING_REQUIRES_DOOR_READINESS
door_opener_requires_door_readiness SETTING_DOOR_OPENER_REQUIRES_DOOR_READINESS
door_opener_requires_active_call SETTING_DOOR_OPENER_REQUIRES_ACTIVE_CALL
door_opener_duration SETTING_DOOR_OPENER_DURATION
door_readiness_duration SETTING_DOOR_READINESS_DURATION
call_time_duration SETTING_CALL_TIME_DURATION
has_code_lock SETTING_HAS_CODE_LOCK

Model Setting Availability

In general, all listed models are supported. However, some support configuration directly via Doorman, while others don't.

Classic Indoor Stations

Below is a list of available settings for specific classic indoor station models:

Model	Available settings
TCS IMM1000 / Koch TCH30	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`
TCS IMM1100 / Koch TCHE30	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`
TCS IMM1110 / Koch TCHEE30	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`
TCS IMM1300 / Koch VTCH30	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`
TCS IMM1310 / Koch VTCHE30	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`
TCS ISH1030 / Koch TTS25	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `parallel_serial_number`
TCS ISH3022	`parallel_serial_number`
TCS ISH3030 / Koch TCH50 / Scantron Lux2	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`
TCS ISH3130 / Koch TCH50P / Scantron LuxPlus	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`
TCS ISH3230 / Koch TCH50 GFA	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`
TCS IVE70	None
TCS IVH3222 / Koch VTCH50 / Scantron VLux	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `parallel_serial_number`
TCS IVH4222 / Koch VTCH50/2D	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `parallel_serial_number`
TCS IVW9010	None
TCS IVW9011 / Koch VTP10	None
TCS IVW9030 / Scantron SLIM50T	None
TCS IVW9110	None
TCS TTC-XX	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `parallel_serial_number`
TCS TTS-XX	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `parallel_serial_number`
TCS VMF / Koch VMF	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `vas_address_divider`, `ringtone_mute`, `parallel_serial_number`
TCS VMH / Koch VMH	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `vas_address_divider`, `ringtone_mute`, `parallel_serial_number`
TCS VML / Koch VML	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `vas_address_divider`, `ringtone_mute`, `parallel_serial_number`

Handsfree Indoor Stations

Below is a list of available settings for specific handsfree indoor station models:

Model	Available settings
Jung TKM IS	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`, `auto_answer_call`, `ambient_light_in_standby`
Jung TKM ISV	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `vas_address_divider`, `ringtone_mute`, `parallel_serial_number`, `auto_answer_call`, `ambient_light_in_standby`
TCS CAI2000 / Koch Carus	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `as_address_divider`, `vas_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS CAIXXXX / Koch CAIXXXX	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS ECOOS / Koch ecoos / Scantron SLIM60T	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `as_address_divider`, `vas_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`, `volume_handset_door_call`
TCS IMM1500 / Koch TC30	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`
TCS IMM2100 / Koch TCE31	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS ISW3030 / Koch TC50 / Scantron Stilux	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `call_time_unlimited`, `auto_answer_call`
TCS ISW3130 / Koch TC50P	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `call_time_unlimited`, `auto_answer_call`
TCS ISW3230 / Koch TC50 GFA	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `call_time_unlimited`, `auto_answer_call`
TCS ISW3330 / Koch TC50 BW	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `auto_answer_call`
TCS ISW3340	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `auto_answer_call`
TCS ISW4100 / Koch TC31	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS ISW42X0	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS IVW2220 / Koch Sky	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `as_address_divider`, `vas_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS IVW2221 / Koch Sky R1.00	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `as_address_divider`, `vas_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS IVW3011 / Koch Skyline Plus	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `as_address_divider`, `vas_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS IVW3012 / Koch Skyline/Aldup	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `as_address_divider`, `vas_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS SENSO PRO Audio / Koch 70 Series Audio	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `volume_handset_internal_call`, `as_address_divider`, `use_long_door_opener_protocol`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS SENSO PRO Video / Koch 70 Series Video	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `volume_handset_internal_call`, `as_address_divider`, `vas_address_divider`, `use_long_door_opener_protocol`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS TASTA Audio / Koch 60 Series Audio	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `volume_handset_internal_call`, `as_address_divider`, `use_long_door_opener_protocol`, `ambient_light_in_standby`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS TASTA PRO Audio	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `volume_handset_internal_call`, `as_address_divider`, `use_long_door_opener_protocol`, `ambient_light_in_standby`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS TASTA PRO Video	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `volume_handset_internal_call`, `as_address_divider`, `vas_address_divider`, `use_long_door_opener_protocol`, `ambient_light_in_standby`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS TASTA Video / Koch 60 Series Video / Scantron VIVO	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `volume_handset_internal_call`, `as_address_divider`, `vas_address_divider`, `use_long_door_opener_protocol`, `ambient_light_in_standby`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS TC2000	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `parallel_serial_number`
TCS TC20F	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `parallel_serial_number`
TCS TC20P	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `parallel_serial_number`
TCS TC40	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS TC40V2	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `use_long_door_opener_protocol`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS VTC40	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `vas_address_divider`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`
TCS VTC42V2	`ringtone_entrance_door_call`, `ringtone_internal_call`, `ringtone_floor_call`, `ringtone_second_entrance_door_call`, `volume_ringtone`, `volume_handset_door_call`, `as_address_divider`, `vas_address_divider`, `use_long_door_opener_protocol`, `ringtone_mute`, `parallel_serial_number`, `call_time_unlimited`, `auto_answer_call`

Outdoor Stations

Below is a list of available settings for specific outdoor station models:

Model	Available settings
Jung TKM AS	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
Jung TKM ASV	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS PAKV2	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`, `button_rows`
TCS PAKV3	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`, `button_rows`
TCS PDS0X	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`, `button_rows`, `has_code_lock`
TCS PDS0X/04	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`, `button_rows`, `has_code_lock`
TCS PES	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`, `button_rows`, `has_code_lock`
TCS PUK	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`, `button_rows`
TCS PUK-DSP	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`, `button_rows`
TCS TCU2	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU3	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU3 + TCKE3 (1)	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU3 + TCKE3 (2)	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU3 + TCKE3 (3)	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU3 + TCKE3 (4)	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU3 + TCKE3 (5)	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU3 + TCKE3 (6)	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU4	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU4 + TCKE3 (1)	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU4 + TCKE3 (2)	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU4 + TCKE3 (3)	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU4 + TCKE3 (4)	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU4 + TCKE3 (5)	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`
TCS TCU4 + TCKE3 (6)	`door_opener_duration`, `door_readiness_duration`, `call_time_duration`, `address`, `address_lock`, `calling_requires_door_readiness`, `door_opener_requires_door_readiness`, `door_opener_requires_active_call`

Controllers / Power Supplies

Below is a list of available settings for specific controller models:

Model	Available settings
TCS BVS20	None
TCS BVS30	None
TCS NBV2600	None
TCS NBV3210	None
TCS VBVS05	None
TCS VBVS30	None

Functional Extensions

Below is a list of available settings for specific functional extension models:

Model	Available settings
TCS BRE2-EB	None
TCS BRE2-SG	None
TCS FAA1200	None
TCS FFL1000	None
TCS TOER2-EB	None
TCS TRE2	None

TC:BUS Device Component tc_bus_device ​

Configuration ​

Automatic Configuration Only physical ​

Number Inputs ​

Select Inputs ​

Switches ​

Buttons ​

Binary Sensors ​

Base Options ​

Sensor Type: telegram ​

Sensor Type: virtual_door_opener ​

Callbacks ​

Read Memory Complete on_read_memory_complete Only physical ​

Read Memory Failed on_read_memory_failed Only physical ​

Device Identification Complete on_identify_complete Only physical ​

Device Identification Complete (Unknown) on_identify_unknown Only physical ​

Device Identification Failed on_identify_failed Only physical ​

Incoming Call on_incoming_call Only virtual ​

Call Started on_call_started Only virtual ​

Call Ended on_call_ended Only virtual ​

Call Failed on_call_failed Only virtual ​

Actions ​

Read Memory tc_bus_device.read_memory Only physical ​

Identify devices tc_bus_device.identify Only physical ​

Update Settings tc_bus_device.update_setting ​

Update Doorbell Buttons tc_bus_device.update_doorbell_button Only physical ​

Supported actions: ​

Open Door tc_bus_device.open_door ​

Answer Call tc_bus_device.answer_call Only virtual ​

End Call tc_bus_device.end_call Only virtual ​

Initiate Call tc_bus_device.call Only virtual ​

Sending Telegrams tc_bus_device.send ​

Example YAML Configuration ​

Advanced Configuration ​

Accessing device settings ​

Accessing outdoor station doorbell button configuration ​

Doorbell Button Data ​

Model Data ​

Doorbell Button Actions ​

Setting Types ​

Indoor Station ​

Outdoor Station ​

Model Setting Availability ​

Classic Indoor Stations ​

Handsfree Indoor Stations ​

Outdoor Stations ​

Controllers / Power Supplies ​

Functional Extensions ​

TC:BUS Device Component tc_bus_device

Configuration

Automatic Configuration Only physical

Number Inputs

Select Inputs

Switches

Buttons

Binary Sensors

Base Options

Sensor Type: `telegram`

Sensor Type: `virtual_door_opener`

Callbacks

Read Memory Complete on_read_memory_complete Only physical

Read Memory Failed on_read_memory_failed Only physical

Device Identification Complete on_identify_complete Only physical

Device Identification Complete (Unknown) on_identify_unknown Only physical

Device Identification Failed on_identify_failed Only physical

Incoming Call on_incoming_call Only virtual

Call Started on_call_started Only virtual

Call Ended on_call_ended Only virtual

Call Failed on_call_failed Only virtual

Actions

Read Memory tc_bus_device.read_memory Only physical

Identify devices tc_bus_device.identify Only physical

Update Settings tc_bus_device.update_setting

Update Doorbell Buttons tc_bus_device.update_doorbell_button Only physical

Supported actions:

Open Door tc_bus_device.open_door

Answer Call tc_bus_device.answer_call Only virtual

End Call tc_bus_device.end_call Only virtual

Initiate Call tc_bus_device.call Only virtual

Sending Telegrams tc_bus_device.send

Example YAML Configuration

Advanced Configuration

Accessing device settings

Accessing outdoor station doorbell button configuration

Doorbell Button Data

Model Data

Doorbell Button Actions

Setting Types

Indoor Station

Outdoor Station

Model Setting Availability

Classic Indoor Stations

Handsfree Indoor Stations

Outdoor Stations

Controllers / Power Supplies

Functional Extensions