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[BK7231T][WBLC5] LEDVANCE SmartPlus AC32956 Filament Classic Bulb, E27

glasreiniger07 2277 8
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  • #1 20524946
    glasreiniger07
    Level 2  
    Maybe a duplicate, but I didn't find the exact model at the list of devices.
    [BK7231T][WBLC5] LEDVANCE SmartPlus AC32956 Filament Classic Bulb, E27
    I managed to cut it via tuya-cloudcutter finally, but impatient me had it already apart. So here are some insights:
    [BK7231T][WBLC5] LEDVANCE SmartPlus AC32956 Filament Classic Bulb, E27 [BK7231T][WBLC5] LEDVANCE SmartPlus AC32956 Filament Classic Bulb, E27 [BK7231T][WBLC5] LEDVANCE SmartPlus AC32956 Filament Classic Bulb, E27 [BK7231T][WBLC5] LEDVANCE SmartPlus AC32956 Filament Classic Bulb, E27 [BK7231T][WBLC5] LEDVANCE SmartPlus AC32956 Filament Classic Bulb, E27 [BK7231T][WBLC5] LEDVANCE SmartPlus AC32956 Filament Classic Bulb, E27

    I successfully recovered the firmware v.2.9.15 as backup. Feel free to ask if there is anything more of interest.

    I fear for this specimen, I need a custom socket now :-).
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  • #2 20524988
    p.kaczmarek2
    Moderator Smart Home
    I haven't seen that one yet. Nice.

    Please attach firmware if you can, I can extract configuration from there.

    Or do you already have template for this device?
    Helpful post? Buy me a coffee.
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  • #3 20525034
    glasreiniger07
    Level 2  
    I'm still reading howtos/documentation.
    I would like to get a Tasmota-like MQTT device working on any open-source HA/IOT platform.

    I guess extracting a template is a lot faster than me. I would then try to flash it via OTA/cloudcutter if that is possible.
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  • #4 20527050
    glasreiniger07
    Level 2  
    Got it working! The configuration was just P26 PWM for Channel 0.
    Next thing is to control it via https://nymea.io/.

    I tried to make a pull request for the device list, but messed that up.
    https://github.com/OpenBekenIOT/webapp/pull/52
    the relevant commit is just
    https://github.com/OpenBekenIOT/webapp/pull/5...mits/99d555e215f1909adaf8c2a963487f3fe226d92c
    It is already too late to fix that right now. Sorry for that.

    anyways: Thank you for this awesome piece of firmware!
    I am quite impressed by the amount of work that has been done.
  • #5 20527212
    p.kaczmarek2
    Moderator Smart Home
    Good job on figuring that out. I must have missed that flash dump post.
    Here's your JSON:
    Code: JSON
    Log in, to see the code

    I will just add it manually, thanks.

    Btw, you can consider, for example, enabling SSDP driver to get bulb visible by Windows.

    Added after 3 [minutes]:

    How to use Nymea? What kind of syntax is expected there? I can try to help you with that, but I don't know anything about Nymea.
    Helpful post? Buy me a coffee.
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  • #6 20726333
    nielspiersma
    Level 9  

    Guys,
    Seems that the LSC Smart Connect from Action in the Netherlands is roughly the same. I do have that issue that only 2 of the 4 filaments turn on. So maybe there is a second pin we need to enable.

    Device info:
    LSC Smart Connect 3001686
    7 watt coming with 2.9.27 firmware, ran tuya cloudcutter without any issues.

    For now

    Have not crushed / opened device and it is already running OpenBeken, so any tips are welcome.
    Niels
  • #7 20726351
    p.kaczmarek2
    Moderator Smart Home
    Have you tried GPIO doctor from the Web App?
    Helpful post? Buy me a coffee.
  • #8 20726358
    nielspiersma
    Level 9  

    Figured them out based on the JSON code.

    For this one, the settings are:
    P24, PWM 0
    P26, PWM 1
    Now the controls are perfect.

    Niels
  • #9 20726467
    p.kaczmarek2
    Moderator Smart Home
    So they have Cool and Warm mode? Or how it works?

    It seems that our teardowns list needs an update for this device..
    Helpful post? Buy me a coffee.

Topic summary

The discussion revolves around the LEDVANCE SmartPlus AC32956 Filament Classic Bulb (E27) and its compatibility with open-source home automation platforms. The user successfully extracted the firmware (v.2.9.15) using tuya-cloudcutter and shared insights on configuring the device for MQTT functionality. Other participants contributed by providing a JSON configuration for the bulb, detailing its specifications, including the chip (BK7231T) and board (WBLC5). They also discussed similar devices, such as the LSC Smart Connect, and shared tips for controlling the bulb's filaments and enabling features like SSDP for visibility on Windows. The conversation highlights the collaborative effort to enhance device compatibility and functionality within the IoT ecosystem.
Summary generated by the language model.
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