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# Example configuration.yaml entry knx : climate : - name : " Kitchen" temperature_address : " 5/1/1" setpoint_shift_address : " 5/1/2" setpoint_shift_state_address : " 5/1/3" setpoint_shift_mode : " DPT9002" target_temperature_state_address : " 5/1/4" operation_mode_address : " 5/1/5" operation_mode_state_address : " 5/1/6" In order to directly interact with the KNX bus, you can use the following services: Send Will be None for “GroupValueRead” telegrams.

value contains the decoded payload value if type is configured for the address.

“GroupValueWrite”, “GroupValueRead” or “GroupValueResponse” generate a knx_event.

telegramtype the APCI service of the telegram.

source the KNX individual address of the sender as string (e.g., “1.2.3”).

direction the direction of the telegram as string (“Incoming” / “Outgoing”).

destination the KNX group address the telegram is sent to as string (e.g., “1/2/3).

data contains the raw payload data (e.g., 1 or “”).

All sensor types are valid types - see KNX Sensor (e.g., “2byte_float” or “1byte_signed”).Įvery telegram that matches an address pattern with its destination field will be announced on the event bus as a knx_event event containing data attributes If not configured the value key will be None - the data key will still hold the raw payload (use this for DPT 1, 2, 3). The decoded value will be written to the event data value key. Telegram payloads in knx_event events will be decoded using the configured type (DPT) for the addresses in the same block.

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The user password can be obtained almost the same way as seen in the below screenshot. The following screenshot will show how you can get the device authentication password in ETS. The user id 0 is reserved and the user id 1 is used for management tasks, thus you will need to specify a user id that is 2 or higher according to the tunneling channel you would like to use. If you decide to configure IP Secure manually you will need the user ID, the user password and the device authentication password. knxkeys file has to be placed in config/.storage/knx/yourfile.knxkeys. knxkeys file, which you can obtain by exporting the keyring in ETS as seen in the screenshot below. You can configure the IP Secure credentials either manually or by providing a. In order to use IP Secure you will have to chose “Tunneling” -> “TCP with IP Secure” in the config flow. IP secure via routing and data secure are currently not supported. The KNX integration currently supports IP secure tunneling. Use route back if your tunneling server is located on a different network. Knx : switch : - name : " Switch without passive addresses" address : " 1/1/1" # this is the address that will be sent to state_address : " 8/8/8" # this is the address GroupValueRead requests are sent to - name : " Switch with passive addresses" address : - " 1/1/1" # this is the address that will be sent to - " 1/1/2" # this and following are passive addresses - " 1/1/3" state_address : - " 8/8/8" # this is the address GroupValueRead requests are sent to - " 8/8/2" # this and following are passive addresses - " 8/8/3" ConnectionĬonnection parameters are set up when adding the integration and can be changed from the Integrations panel. If your KNX device provides active state communication objects it is advised to use *_state_address instead of passive addresses as it reduces configuration complexity and avoids wrong states (e.g., when channels are logically locked). This schema behaves like in ETS configuration where the first is the “sending” address and others are just for updating the communication object. When group addresses are configured as a list of strings, the first item is the active sending or state-reading address and the rest is registered as passive addresses.

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This allows having multiple group addresses to update the state of its function (e.g., the brightness of a light). It is possible to configure passive/listening group addresses for all functions of every KNX platform (except expose and notify).

These addresses are read by GroupValueRead requests on startup and when there was no incoming telegram for one hour (default sync_state). The HA KNX integration uses configured state_address or *_state_address to update the state of a function.

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Group addresses are configured as strings or integers in the format “1/2/3” for 3-level GA-structure, “1/2” for 2-level GA-structure or “1” for free GA-structure.

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Please see the dedicated platform sections below about how to configure them correctly. # or outsource platform configuration to separate files sensor : !include knx_sensor.yaml Knx : # configure platforms directly in configuration.yaml binary_sensor : - name : " My first binary sensor" state_address : " 1/2/3" # etc.