Add support for AtlanticElectricalHeaterWithAdjustableTemperatureSetpoint (io:AtlanticElectricalHeaterWithAdjustableTemperatureSetpointIOComponent) #304
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👍. |
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'There hasn't been any activity on this issue recently. Is this issue still present? |
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Hello, any plan for support ? |
iMicknl
added
help wanted
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Hi @LoicRivoal! For sure, we would love to add support for this climate device as well. Currently we are a bit busy with the preparation for adding this integration to core. I marked this issue as help wanted, which means that it won't be auto closed and that it can be discovered more easily. |
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@LoicRivoal, version 2.3.8 was just released with new info in debug log. Could you install it, activate debug log and report the device urls of the thermostat you want added, and the temperature sensor that goes with it? In the same way as #322 (comment). It helps us to develop a climate device for this integration. |
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Device information Device details |
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Hi, Thanks. |
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@LoicRivoal no, support hasn't been introduced yet. I will see if I can come up with a basic test version soon, would be great if you could give that one a try and report back. |
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Yes for sure I will be able to do that. |
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I'm here to test too .mu might have a look on the cozytouch integration as well ? |
Will do, in the end I would love to port some great work of hass-cozytouch to this integration. @thundergreen, I tried to contact the original author of hass-cozytouch, but I haven't been able to establish contact yet. (see cyr-ius/hass-cozytouch#30). There are quite some issus on that GitHub repo which should already be solved / supported in ha-tahoma. |
iMicknl
changed the title
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Could you try the following version? https://github.com/iMicknl/ha-tahoma/archive/enhancement/AtlanticElectricalHeaterWithAdjustableTemperatureSetpoint.zip Please extract the |
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@iMicknl You meant me? I will test and report :) Thanks ! |
Anyone with this device can test :-) |
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I'll test an report with peasure :) |
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both heater appeared.. will test if they work also :) Thanks so far seems a very good beginning :) |
Great to hear. The current temperature is not implemented yet by the way, so that is not working. If you did use another CozyTouch integration, it would be great what did work there and not in the current TaHoma implementation. |
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Both climate entities appear as well for me. Temperature setpoint works. Thanks for your time ! |
{
"values": ["antifreeze", "auto", "away", "eco", "frostprotection", "manual", "max", "normal", "off", "on", "prog", "program"],
"type": "DiscreteState",
"qualifiedName": "core:OperatingModeState"
}I will see if I can implement those OperatingMode... Currently these are mapped to HVAC modes. Let's see how the current CozyTouch implementation is doing this. I just pushed a new version that implements the |
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Could it be possible that you need to have the heater set to PROG mode on its screen so that Tahoma can control it? Like on the pilot white controller (bottom phrase)? |
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On the tahomalink interface, you can use the Chrome developer panel to find out what commands are sent for each mode. I have a clip ready to show how to do that if needed. |
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Hello. Well I tried your initial support for cozytouch but it seems controlling just doesn't work at all :( I'll send you logfiles later if you are OK :) |
Can you please share the link to download the latest dev version ech time? :) Or do i just use dev via hacs ? |
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When in development, it is not possible to download the latest version via HACS. We are using in a different branch, which can be downloaded here: https://github.com/iMicknl/ha-tahoma/archive/enhancement/AtlanticElectricalHeaterWithAdjustableTemperatureSetpoint.zip. If you look at this list, you can see if there have been any updates to the code: https://github.com/iMicknl/ha-tahoma/commits/enhancement/AtlanticElectricalHeaterWithAdjustableTemperatureSetpoint. |
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works pretty well. BASIC --> does not take into account window and occupancy sensors to regulate temp, does not follow any programmed schedule --> HVAC : heating, PRESET MODE : comfort, BASIC displayed at the heater HOLIDAYS --> HVAC : heating, PRESET MODE : Frost protection, H.Gel displayed at the heater OFF --> turn off on the climate entity card, the schedule icon puts the heater in PROG mode, the flame icon puts the heater in BASIC mode, ON/OFF icon does not work. Curent temperature seems to work. Now it looks like the Sauter (or Thermor or ...) android app is more complete, I can only play with its demo mode as I don't have a Cozytouch box but a Tahoma one. Here is the log and when I press the OFF icon, calling the climate.turn_off service does not work either : |
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Thanks @LoicRivoal! Another way that would help us a lot is to do all requests via the official apps and to capture them. We are working on a feature (https://github.com/iMicknl/ha-tahoma/archive/feature/add_history_service.zip) where you can easily retrieve the execution history + parameters in Home Assistant logging. In order to gather more information, you can use the Installing the version above will mean that you temporarily the Atlantic heater support, however we will soon merge everything together. |
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JustHere it is, OFF --> BASIC 19° OFF --> BASIC 19° BASIC 19° --> OFF OFF --> PROG 19°/WINDOW+OCCUPANCY sensors ON PROG 19°/WINDOW+OCCUPANCY sensors ON --> PROG 20°/WINDOW+OCCUPANCY sensors ON PROG 20°/WINDOW+OCCUPANCY sensors ON --> HOLIDAYS/AWAY until 31/01 HOLIDAYS/AWAY until 31/01 --> BASIC 19° I suppose it would be better to do it with a Cozytouch box and Sauter app as there are more avaialble features there (schedules with preset modes) |
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@LoicRivoal It looks like you are not using the right version or you didn't call the Feel free to join our Discord server to discuss; https://discord.gg/RRXuSVDAzG. |
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ok, it was actually in the log for that sessions, is that what you need ? OFF --> BASIC 19° OFF --> BASIC 19° BASIC 19° --> OFF OFF --> PROG 19°/WINDOW+OCCUPANCY sensors ON PROG 19°/WINDOW+OCCUPANCY sensors ON --> PROG 20°/WINDOW+OCCUPANCY sensors ON PROG 20°/WINDOW+OCCUPANCY sensors ON --> HOLIDAYS/AWAY until 31/01 HOLIDAYS/AWAY until 31/01 --> BASIC 19° |
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I have a Cozytouch hub with several Thermor Emotion 3 heaters (with windows/occupancy sensor). I installed the specific build linked in this issue and my heaters are now recognized, but several functions doesn't work. With this heaters, I have 4 modes : OFF, BASIC, PROG, AUTO (AUTO is a schedule generated by the heater according to the occupancy sensor detection). For the commands, I have the same one as @LoicRivoal , I just have one more command for the 'AUTO' mode. Here is my Cozytouch interface : |
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@iMicknl Hello, I finally installed the lastest development version and did a quick test... Great progress ! Now I have 15 entities with 3 being climate entities (with a bunch of data !!!)... I was able to turn on the radiators (from off to Auto mode and change mode to Confort but I was not able to swith them off or move them out of frost protection...)... I will continue the tests later this week and let you know. In the mean time, if you need something from me, let me know. Thank you for your hard work !!! |
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Thanks @browetd. I haven't had time lately to work on this, so nothing changed after @LoicRivoal's testing. However there is a lot of information in this issue which is helpful for a further implementation. |
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Hi ! Orders with code OFF -> BASIC BASIC -> OFF OFF -> AUTO AUTO -> OFF OFF -> PROG (windows and occupancy sensor on) PROG (windows and occupancy sensor on) -> PROG (windows sensor off and occupancy sensor on) PROG (windows sensor off and occupancy sensor on) -> PROG (windows and occupancy sensor on) PROG (windows and occupancy sensor on) -> (windows sensor on and occupancy sensor off) PROG (windows sensor on and occupancy sensor off) -> PROG (windows and occupancy sensor on) PROG (20,5° confort) -> PROG (21° confort) PROG (21° confort) -> PROG (20,5° confort)
I will add after the code to modify the programming (temperature and comfort time) |
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Hello! Here are how the functionality of the heater are mapped:
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Hi ! Example for a radiator: I tested the different actions, it works well. Ok for switching to AUTO mode using PRESET. Thank you ! |
@Hankey71 : Thanks for your tests and your feedback!
I made a twinning with two of my heaters in the cozytouch app and there is no new device created in the API, so we can't add a new device in HA. |
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Ok ! |
You can reinstall the test build for the towel dryer and apply manually the fixes for the atlantic heaters. Add this line into const.py file : Add this line into climate.py file : And replace the atlantic_electrical_heater.py file in climate_devices directory with this file: That's all! |
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Hello everybody, Before finding this issue, i tested Cyr-ius component : my two devices were found, and i used the thermostat-card to try to use them. However, i had a lot of problems and couldn't fully control them:
By reading a lot of posts on different sites, i discovered the "https://dev.duboc.pro/tahoma/login" site and understood that my deviced were "AtlanticElectricalHeaterWithAdjustableTemperatureSetpoint". I tested it and.....it's perfect ! Just few things that could be great to have (or maybe it is already present, but i couldn't find them):
Otherwise, thanks a lot for this improvement, i was quite disappointed not to be able to control my two heaters with Home Assistant, but this improvement is really perfect ! @+ |
Device information
Sauter Ipala elelectrical heater (1000W and 1500W) not recognized as a Climate entity.
Would like to be able to set the target temperature and the operating mode (BASIC, PROG, VACATION, OFF).
Temperature, Contact and Occupancy sensors are discovered.
Device details
2020-10-25 10:23:48 DEBUG (MainThread) [custom_components.tahoma] Unsupported TaHoma device detected (io:AtlanticElectricalHeaterWithAdjustableTemperatureSetpointIOComponent - HeatingSystem - AtlanticElectricalHeaterWithAdjustableTemperatureSetpoint)
{ "commands": [{ "commandName": "cancelHeatingLevel", "nparams": 1 }, { "commandName": "delayedStopIdentify", "nparams": 1 }, { "commandName": "getName", "nparams": 0 }, { "commandName": "identify", "nparams": 0 }, { "commandName": "noPersonInside", "nparams": 0 }, { "commandName": "off", "nparams": 0 }, { "commandName": "personInside", "nparams": 0 }, { "commandName": "refreshComfortTemperature", "nparams": 0 }, { "commandName": "refreshDateTime", "nparams": 0 }, { "commandName": "refreshDerogatedTargetTemperature", "nparams": 0 }, { "commandName": "refreshEcoTemperature", "nparams": 0 }, { "commandName": "refreshHeatingLevel", "nparams": 0 }, { "commandName": "refreshIdentifier", "nparams": 0 }, { "commandName": "refreshManufacturerName", "nparams": 0 }, { "commandName": "refreshMaximumHeatingTargetTemperature", "nparams": 0 }, { "commandName": "refreshMaximumTargetTemperature", "nparams": 0 }, { "commandName": "refreshOperatingMode", "nparams": 0 }, { "commandName": "refreshTargetTemperature", "nparams": 0 }, { "commandName": "refreshTemperature", "nparams": 0 }, { "commandName": "refreshTimeProgram", "nparams": 0 }, { "commandName": "setComfortTemperature", "nparams": 1 }, { "commandName": "setDateTime", "nparams": 1 }, { "commandName": "setDerogatedTargetTemperature", "nparams": 1 }, { "commandName": "setEcoTemperature", "nparams": 1 }, { "commandName": "setHeatingLevel", "nparams": 1 }, { "commandName": "setHeatingLevelWithTimer", "nparams": 2 }, { "commandName": "setHolidays", "nparams": 1 }, { "commandName": "setHolidaysTargetTemperature", "nparams": 1 }, { "commandName": "setName", "nparams": 1 }, { "commandName": "setOccupancyActivation", "nparams": 1 }, { "commandName": "setOccupancy", "nparams": 1 }, { "commandName": "setOpenWindowDetectionActivation", "nparams": 1 }, { "commandName": "setOperatingMode", "nparams": 1 }, { "commandName": "setPreviousTargetTemperature", "nparams": 1 }, { "commandName": "setSchedulingType", "nparams": 1 }, { "commandName": "setTargetTemperature", "nparams": 1 }, { "commandName": "setTimeProgram", "nparams": 1 }, { "commandName": "startIdentify", "nparams": 0 }, { "commandName": "stopIdentify", "nparams": 0 }, { "commandName": "wink", "nparams": 1 }, { "commandName": "pairOneWayController", "nparams": 2 }, { "commandName": "refreshAutoProgram", "nparams": 0 }, { "commandName": "refreshControllerAddress", "nparams": 0 }, { "commandName": "refreshCumulatedLowering", "nparams": 0 }, { "commandName": "refreshCurrentWorkingRate", "nparams": 0 }, { "commandName": "refreshDeletionCancelation", "nparams": 0 }, { "commandName": "refreshEffectiveTemperatureSetpoint", "nparams": 0 }, { "commandName": "refreshLocalLeadTime", "nparams": 0 }, { "commandName": "refreshModel", "nparams": 0 }, { "commandName": "refreshNativeFunctionalLevel", "nparams": 0 }, { "commandName": "refreshPeakNotice", "nparams": 0 }, { "commandName": "refreshPeakWarning", "nparams": 0 }, { "commandName": "refreshPowerAndTension", "nparams": 0 }, { "commandName": "refreshRoomDeletionThreshold", "nparams": 0 }, { "commandName": "refreshSetpointLoweringTemperatureInProgMode", "nparams": 0 }, { "commandName": "refreshSynchronisationRequest", "nparams": 0 }, { "commandName": "refreshTemperatureProbeCalibrationOffset", "nparams": 0 }, { "commandName": "setCommunicationTest", "nparams": 1 }, { "commandName": "setDeletionCancelation", "nparams": 1 }, { "commandName": "setExpectedPresence", "nparams": 1 }, { "commandName": "setHeatingLevelForTrigger", "nparams": 1 }, { "commandName": "setNativeLevelsList", "nparams": 1 }, { "commandName": "setPeakNotice", "nparams": 1 }, { "commandName": "setPeakWarning", "nparams": 1 }, { "commandName": "setRoomDeletionThreshold", "nparams": 1 }, { "commandName": "setSetpointLoweringTemperatureInProgMode", "nparams": 1 }, { "commandName": "setTemperatureProbeCalibrationOffset", "nparams": 1 }, { "commandName": "setTwinningExit", "nparams": 1 }, { "commandName": "unpairAllOneWayControllers", "nparams": 0 }, { "commandName": "unpairOneWayController", "nparams": 2 }], "states": [{ "type": "ContinuousState", "qualifiedName": "core:ComfortRoomTemperatureState" }, { "type": "DataState", "qualifiedName": "core:DateTimeState" }, { "type": "ContinuousState", "qualifiedName": "core:DerogatedTargetTemperatureState" }, { "values": ["good", "low", "normal", "verylow"], "type": "DiscreteState", "qualifiedName": "core:DiscreteRSSILevelState" }, { "type": "ContinuousState", "qualifiedName": "core:EcoRoomTemperatureState" }, { "values": ["off", "on"], "type": "DiscreteState", "qualifiedName": "core:HolidaysModeState" }, { "type": "ContinuousState", "qualifiedName": "core:HolidaysTargetTemperatureState" }, { "type": "DataState", "qualifiedName": "core:IdentifierState" }, { "type": "DataState", "qualifiedName": "core:ManufacturerNameState" }, { "type": "ContinuousState", "qualifiedName": "core:MaximumHeatingTargetTemperatureState" }, { "type": "ContinuousState", "qualifiedName": "core:MaximumTargetTemperatureState" }, { "type": "DataState", "qualifiedName": "core:NameState" }, { "values": ["active", "inactive"], "type": "DiscreteState", "qualifiedName": "core:OccupancyActivationState" }, { "values": ["off", "on"], "type": "DiscreteState", "qualifiedName": "core:OnOffState" }, { "values": ["active", "inactive"], "type": "DiscreteState", "qualifiedName": "core:OpenWindowDetectionActivationState" }, { "values": ["antifreeze", "auto", "away", "eco", "frostprotection", "manual", "max", "normal", "off", "on", "prog", "program"], "type": "DiscreteState", "qualifiedName": "core:OperatingModeState" }, { "type": "ContinuousState", "qualifiedName": "core:PreviousTargetTemperatureState" }, { "type": "ContinuousState", "qualifiedName": "core:PriorityLockTimerState" }, { "type": "ContinuousState", "qualifiedName": "core:RSSILevelState" }, { "values": ["increase", "none", "standby"], "type": "DiscreteState", "qualifiedName": "core:RegulationModeState" }, { "values": ["available", "unavailable"], "type": "DiscreteState", "qualifiedName": "core:StatusState" }, { "type": "ContinuousState", "qualifiedName": "core:TargetTemperatureState" }, { "type": "DataState", "qualifiedName": "core:TimeProgramState" }, { "type": "ContinuousState", "qualifiedName": "core:VersionState" }, { "type": "DataState", "qualifiedName": "io:AutoProgramState" }, { "type": "DataState", "qualifiedName": "io:ControllerAddressState" }, { "type": "ContinuousState", "qualifiedName": "io:CumulatedLoweringState" }, { "type": "ContinuousState", "qualifiedName": "io:CurrentWorkingRateState" }, { "values": ["deletion cancelation", "no deletion cancelation"], "type": "DiscreteState", "qualifiedName": "io:DeletionCancelationState" }, { "type": "ContinuousState", "qualifiedName": "io:EffectiveTemperatureSetpointState" }, { "type": "ContinuousState", "qualifiedName": "io:ExpectedPresenceState" }, { "values": ["external", "internal"], "type": "DiscreteState", "qualifiedName": "io:InternalExternalSchedulingTypeState" }, { "type": "ContinuousState", "qualifiedName": "io:LocalLeadTimeState" }, { "values": ["boost", "comfort", "comfort-1", "comfort-2", "eco", "frostprotection", "off", "secured"], "type": "DiscreteState", "qualifiedName": "io:MaximumHeatingLevelState" }, { "type": "DataState", "qualifiedName": "io:ModelState" }, { "values": ["base", "medium", "top"], "type": "DiscreteState", "qualifiedName": "io:NativeFunctionalLevelState" }, { "values": ["long peak", "no peak", "short peak"], "type": "DiscreteState", "qualifiedName": "io:PeakNoticeState" }, { "values": ["long peak warning", "no warning", "short peak warning"], "type": "DiscreteState", "qualifiedName": "io:PeakWarningState" }, { "type": "DataState", "qualifiedName": "io:PowerState" }, { "values": ["comfortLevel1", "comfortLevel2", "comfortLevel3", "comfortLevel4", "environmentProtection", "humanProtection", "userLevel1", "userLevel2"], "type": "DiscreteState", "qualifiedName": "io:PriorityLockLevelState" }, { "values": ["LSC", "SAAC", "SFC", "UPS", "externalGateway", "localUser", "myself", "rain", "security", "temperature", "timer", "user", "wind"], "type": "DiscreteState", "qualifiedName": "io:PriorityLockOriginatorState" }, { "type": "DataState", "qualifiedName": "io:RoomDeletionThresholdState" }, { "values": ["kept", "lost"], "type": "DiscreteState", "qualifiedName": "io:RunningState" }, { "type": "ContinuousState", "qualifiedName": "io:SetpointLoweringTemperatureInProgModeState" }, { "values": ["boost", "comfort", "comfort-1", "comfort-2", "eco", "frostprotection", "off", "secured"], "type": "DiscreteState", "qualifiedName": "io:TargetHeatingLevelState" }, { "type": "ContinuousState", "qualifiedName": "io:TemperatureProbeCalibrationOffsetState" }, { "type": "DataState", "qualifiedName": "io:TensionState" }, { "type": "ContinuousState", "qualifiedName": "io:TimerForTransitoryStateState" }, { "type": "ContinuousState", "qualifiedName": "io:UptimeState" }], "dataProperties": [{ "value": "500", "qualifiedName": "core:identifyInterval" }], "widgetName": "AtlanticElectricalHeaterWithAdjustableTemperatureSetpoint", "uiClass": "HeatingSystem", "uiClassifiers": ["emitter"], "qualifiedName": "io:AtlanticElectricalHeaterWithAdjustableTemperatureSetpointIOComponent", "type": "ACTUATOR" }Related issues: #339
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