IR sending does not work with LIRC codes

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Hello everybody,

after hours of experimenting I write this post, hoping that someone knows the solution…

I bought a Wemos D1 Mini to send IR Signals with ESPimatic.
(Thx to @leader21 for the tip in my Pollin Relay Post )

When I connect the LED to Gnd and 3.3V, it lights up (I can see this with an old backup camera).
ESPimatic is working properly and is configured that an IR LED is connected to GPIO 14 (D5).

To get the raw IR data for the esp, I used LIRC on my Raspi.
The command was: irrecord --force -d /dev/lirc0 ~/soundbartest.conf
Output config:

begin remote

  name  /home/pi/soundbartest.conf
  flags RAW_CODES|CONST_LENGTH
  eps            30
  aeps          100

  gap          107377

      begin raw_codes

          name KEY_POWER
             2587     969     363     947     384     496
              384     492     386     940     818     496
              380     494     359     520     805     952
              383     494     360     521     383     493
              380     498     384     495     383     494
              385     494     804     520     363     948
              365     513     359

      end raw_codes

end remote

That’s how I called the API in my browser:
http://esp-ip/api?action=ir&value=2587,969,363,947,384,496,384,492,386,940,818,496,383,494,360,521,383,493,380,498,384,495,383,494,385,494,804,520,363,948,365,513,359

But the IR LED doesn’t light up.

Does anyone have an idea and/or instruction how Io fix this?

Thank you in advance

I have no idea if a LIRC raw code is the same as the code the library I used is expecting. On the other hand: you expect the LED to light up with some codes …
What happens when you use this code: 3420,1592,500,1128,464,1160,460,372,464,372,412,424,456,1160,460,376,460,376,500,1132,412,1212,456,376,456,1160,464,372,460,376,460,1160,412,1208,504,348,456,1160,460,1160,460,372,464,372,460,1160,464,372,460,376,496,1136,460,372,464,372,460,376,460,376,412,424,408,424,456,376,500,348,412,424,412,424,456,376,460,372,464,372,412,424,460,376,500,344,460,376,412,1208,460,376,460,376,408,1212,408,424,412,424,496,1136,460,1160,460,380,408,420,464,372,460,376,412,424,412,424,500,344,408,428,412,1208,412,1208,412,424,460,376,408,424,412,424,496,348,460,1160,412,424,412,1208,412,1212,408,1212,412,420,460,1160,500,348,408,428,408,424,412,424,456,376,460,376,408,428,408,424,504,340,412,424,412,424,460,376,412,424,408,428,408,424,456,376,500,348,412,424,456,376,408,428,408,424,412,424,412,424,412,424,496,348,412,424,412,424,408,428,456,372,460,376,412,424,412,424,500,344,408,1212,412,424,408,428,408,424,412,424,412,424,408,424,492 ?
It’s a code to tunr my AC on, and known to work with ESPimatic.

Thank you for the code, but my led doesn’t light up with your code too.

I tried it via my web browser and with
curl --data 'action=ir&value=##code##' http://192.168.178.28/api in my Rpi-console.
Everything returns ‘OK’.

The LED is connected to Gnd and D5 and ESPimatic is configured to send on Pin 14.
According to this scheme, GPIO 14 corresponds to D5.
I tested it with D4 and D0 (GPIO 2/16) too.

Do you have another idea, maybe I configured something wrong?

I have an ESP8266 ESP-01 here too, maybe I can test something with it, but the memory is too small for ESPimatic.
(I found this thread how to install it, but the Wemos should actually work as well)

(The Ebay links are exactly the articles I bought)