mirror of https://github.com/arendst/Tasmota.git
Created Teckin sp10 (markdown)
Rob
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so I got a couple of these guys given to me
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[teckin sp10 on amazon.ca](https://www.amazon.ca/dp/B07FQMVW45/?coliid=IFFUFMWD4KEHL&colid=RXUNLV481TPQ&psc=0&ref_=lv_ov_lig_dp_it)
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follow some great info here
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I found the esp8266 as expected in here I was able to identify the module at a esp8266-s3
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[spec sheet](https://fccid.io/2AKBPESP8266-S3/User-Manual/User-Manual-3594791.html)
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@znanev did most of the work already
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[the uk version of this plug as noted by Znanev](https://github.com/arendst/Sonoff-Tasmota/wiki/Hyleton-313-Smart-Plug)
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it took a great deal of time to confirm that I did indeed have the same pin outs as this UK plug
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I stumbled apon what I think is the original manufacturer of these but we will probably never know
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[plug maker](http://en.hysiry.com/)
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I am going to now shamelessly steal from @znanev as he wrote this much better than I could have
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## WiFi module pins
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Here is a close-up view of the module's pins as seen from the bottom of the main PCB:
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And this is how module pins numbers are mapped (I had to desolder the module looking for labels when I tried to identify it):
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Failed to identify the module, I had remove the metal shielding cap to find the routing of the ESP8266's pins, so I grabbed the multimeter and soon I had the following table:
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|Module pin |ESP8266 pin|Pin name || Pin name |ESP8266 pin|Module pin|
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|:---------:|:---------:|-------------|---|------------|:---------:|:--------:|
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|**1** |7 |Chip Enable ||Tout (ADC) |6 |**2** |
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|**3** |9 |MTMS / GPIO14 ||MTDI / GPIO12 |10 |**4** |
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|**5** |12 |MTCK / GPIO13 ||MTDO / GPIO15 |13 |**6** |
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|**7** |15 |GPIO0 ||GPIO2 |14 |**8** |
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|**9** |16 |GPIO4 ||GPIO5 |24 |**10** |
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|**11** |25 |U0RXD ||U0TXD |26 |**12** |
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|**13** |*Vdd* |- ||- |*GND* |**14** |
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## Serial Connection
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For programming you need to solder 4 jumper wires to pins *11*, *12*, *13* and *14* (*Rx*, *Tx*, *Vdd* and *GND*). Connect the other end of the wires to your USB-to-serial adapter and make sure the supply voltage selected is 3.3V. Shorting pin *7* (GPIO0) to ground while plugging the serial adapter into the computer's USB port will bring the module into UART firmware upload mode.
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## Configuration
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Once *Sonoff-Tasmota*'s WebUI configuration interface is loaded in the browser, you can change many settings using the menu options. Console window is where you can change almost all configuration parameters.
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Head straight to the *Configure Module* menu, selected *'Generic'* for *'Module type'*. Here are the settings that I selected on that screen:
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*Sonoff* devices usually have a bi-colour LED, but just one of the colours can be controlled directly. The other colour is usually tied together with the relay, so it cannot be controlled independently. I think that is the reason why the *Sonoff-Tasmota* firmware by default controls just *Led1* when a single relay is configured. In the configuration above, only the blue LED will be used (tied to *GPIO2*). But if you prefer the red LED, just change the values for *Led1i* and *Led2i* (select *Led1i* for *GPIO0* and *Led2i* for *GPIO2*).
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end quote
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if you care led 2 is blue and led 1 is red
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I flashed the standard sonoff.bin file to it with out any problems with both the esptools and with arduino
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the one benefit to using arduino is that I was able to configure my wifi in advance
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I hope to update this and clean it up but I thought I should get it up here as I found nothing about this plug before I forget to post and I can't remember any details
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