WREM2 transmit appears incompatible with a real Argo Ulisse Eco (WREM2-V1) – original hardware available for validation

[gittjoel]

Hello,

first of all, thank you very much for maintaining this excellent library.

I'm not a developer. I'm simply a Tasmota user trying to integrate my original Argo Ulisse Eco into my home automation.

Before opening this issue I spent quite some time trying to isolate the problem and eliminate configuration or hardware issues. While doing so I noticed a few things that might help improve the WREM2 implementation.

Hardware

Air conditioner:

• Argo Ulisse Eco

Original remote:

• WREM2-V1

IR transmitter:

• M5Stack ATOM IR (ESP32)

Firmware:

• Tasmota 15.5.0.2 (3725d6e-ir)

Receiving

Receiving works correctly.

The original remote is decoded as:

Protocol: ARGO
Model: WREM2
Data: 0xACF5C064

Sending

Tasmota accepts IRHVAC commands without errors.

The IR LED is transmitting correctly (verified using an IR camera).

However, the air conditioner completely ignores every transmitted command.

There is:

• no beep
• no LED indication
• no state change

Already verified

✔ Original remote works

✔ IR receiver works

✔ Decoder correctly identifies WREM2

✔ IR LED transmits

✔ GPIO configuration verified

✔ MQTT verified

✔ Different IRHVAC commands tested

✔ Timing appears correct

Source code observations

While reading the source code I noticed that WREM2 is currently marked as:

"BETA / Probably works"

I also noticed the comment regarding:

sendFooter = false

and

"UNKNOWN for WREM2. Consider using sendFooter=true."

In addition, I noticed the documentation mentioning that no real WREM2 captures were available during development and asking owners of such hardware to get in touch.

That is exactly why I decided to open this issue.

My offer

I own:

• the original Argo Ulisse Eco
• the original WREM2-V1 remote

Although I'm not a developer, I'm happy to help.

I can:

• capture additional IR signals
• perform requested tests
• test experimental firmware
• quickly report the results

If this helps validating or improving the WREM2 implementation, I'd be very happy to assist.

Thank you very much for your work on this excellent project.

[gittjoel]

IrReceived
Protocol: ARGO
Bits: 32
Data: 0xACF5C064
IRHVAC:
  Vendor: ARGO
  Model: WREM2
  Command: IFeel Report
  SensorTemp: 28
RawData: ...

[crankyoldgit]

Typically any "IFeel"/sensor messages do not cause a beep etc at all.
They are sent regularly from the remote to the A/C unit letting it know what the ambient temperature is. As such, they do not always illicit a response from the unit.
Otherwise your A/C would be beeping every few minutes.

Regarding the comment in the code:
We will want the Rawdata capture preferably from our IRrecvDumpV2 etc for confirming the signal.

[NiKiZe]

Using and filling in the original issue template would have been the better way, including reading the FAQ, especially the parts linked to from the template. To me this issue looks like LLM to me, if that is the case then it should have been made to follow the template and collect the data needed. (My personal opinion here is that these LLM posts only generate walls of text that is wasting human time and energy, they should just be banned when they do not respect the time needed to read them. It's great help to debug issues, but at often wrong and horrible to use to post about them)

[crankyoldgit]

Yes. There is a lot of clearly AI submissions nowadays.

[gittjoel]

Hi, and sorry that you see it this way. As I wrote I am not a developer and tried to come around this "not working with my Argo Ulisse eco" problem of course with the help of AI. If this is a problem to you, I am sorry and apologize!
I just tried to find a way to get help and maybe make it work with my AC no WiFi and tried to bind it to my ioBroker. Things like Sensibo etc. make no sense for my opinion as they ignore the fine adjusted programming of the DCI and make it a On/Off device (my findings and opinion).
SO how to go on? Any help is very welcome. Thank you!

[NiKiZe]

To be clear, using LLM is not a problem, but just posting that output as a wall of text, that others then need to spend a lot of time and energy on read, is a problem.

If you would have actually used the issue template and filled in the questions there that would have been just perfect.

But you already got the answer on what to do... Are you saying that you didn't read that, but expect us to read your wall?

Regarding the comment in the code:
We will want the Rawdata capture preferably from our IRrecvDumpV2 etc for confirming the signal.

[gittjoel]

Well, I already said I am sorry.
If you tell me what you need, and how to do this, so that you can get the corrcet and useful information for you - I will ... It is clear that I need help form the specialists - not you.
Thanks

[NiKiZe]

Well, I already said I am sorry. If you tell me what you need, and how to do this, so that you can get the corrcet and useful information for you - I will ... It is clear that I need help form the specialists - not you. Thanks

Then this is the 3rd time:

We will want the Rawdata capture preferably from our IRrecvDumpV2 etc for confirming the signal.

[gittjoel]

I am currently using Tasmota on the ESP32, so I dont have access to IRrecvDumpV2.
Would a Tasmota IrReceived capture including the RawData be enough, or do you need that I temporarily flash the IRrecvDumpV2 example?

[NiKiZe]

If you can convert the raw capture from tasmota to a usable format... But I guess that even if not it is better than nothing.

From the issue template:

Output of raw data from IRrecvDumpV2.ino or V3 (if applicable)

Include some serial text of the raw dumps of what the device saw.

Note: Output from Tasmota is not acceptable. We can't easily use their raw format.

[gittjoel]

Hi,

after a long try with getting it to work with the Arudino software : --> I captured the requested signals using IRrecvDumpV3.

Test environment
Library: IRremoteESP8266 v2.9.0
Example: IRrecvDumpV3
Hardware: ESP32 (M5Atom Lite)
Receiver pin: GPIO32
Air conditioner: Argo Ulisse Eco
Remote control: WREM2
Results:
The library correctly detects every received command as ARGO / Model 1 (WREM2).

Example:
Protocol : ARGO
Code : 0xACF5C084 (32 Bits)
Mesg Desc.: Model: 1 (WREM2), Sensor Temp: 28C
uint8_t state[4] = {0xAC, 0xF5, 0xC0, 0x84};

Several different button presses were captured successfully. The decoder consistently recognizes the protocol as ARGO and identifies the remote as Model 1 (WREM2).

During the captures I observed these decoded state values:
0xACF5C084 -> state {0xAC, 0xF5, 0xC0, 0x84}
0xACF50085 -> state {0xAC, 0xF5, 0x00, 0x85}
0xACF5C08C -> state {0xAC, 0xF5, 0xC0, 0x8C}
0xACF5C094 -> state {0xAC, 0xF5, 0xC0, 0x94}
0xACF5C09C -> state {0xAC, 0xF5, 0xC0, 0x9C}

One capture was decoded as:
Sensor Temp: 4C
although the remote was not at that temperature.
My original issue is still that Tasmota IRHVAC cannot reliably control this WREM2-based unit, while IRrecvDumpV3 appears to decode the remote correctly.

Below is the complete IRrecvDumpV3 output:

ets Jun 8 2016 00:22:57

rst:0x1 (POWERON_RESET),boot:0x13 (SPI_FAST_FLASH_BOOT)
configsip: 188777542, SPIWP:0xee
clk_drv:0x00,q_drv:0x00,d_drv:0x00,cs0_drv:0x00,hd_drv:0x00,wp_drv:0x00
mode:DIO, clock div:1
load:0x3fff0030,len:4876
ho 0 tail 12 room 4
load:0x40078000,len:16532
load:0x40080400,len:3500
entry 0x400805b4
E (168) esp_core_`fW�}���͡� Incorrect size of core dump image: 268440073

IRrecvDump is now running and waiting for IR input on Pin 32
Timestamp : 000131.528
Library : v2.9.0

Protocol : ARGO
Code : 0xACF5C084 (32 Bits)
Mesg Desc.: Model: 1 (WREM2), Sensor Temp: 28C
uint16_t rawData[183] = {6380, 3176, 434, 840, 434, 840, 434, 2114, 434, 2114, 434, 840, 432, 2116, 434, 840, 432, 2116, 434, 2114, 434, 840, 434, 2116, 432, 842, 432, 2116, 434, 2114, 432, 2116, 432, 2116, 434, 840, 434, 840, 434, 840, 432, 842, 408, 866, 432, 842, 432, 2116, 408, 2140, 432, 842, 432, 842, 432, 2116, 432, 842, 432, 840, 432, 842, 432, 842, 406, 2142, 408, 866, 408, 2142, 406, 2142, 432, 2116, 408, 866, 408, 866, 432, 842, 408, 866, 432, 842, 432, 842, 432, 842, 408, 866, 408, 866, 408, 2140, 408, 2140, 408, 2140, 408, 866, 408, 866, 406, 868, 406, 866, 406, 868, 406, 868, 406, 866, 406, 868, 406, 2142, 406, 2142, 406, 2142, 408, 866, 406, 866, 408, 2142, 406, 866, 408, 866, 406, 866, 408, 2142, 406, 866, 408, 2142, 406, 2142, 406, 868, 406, 866, 406, 868, 406, 866, 406, 868, 406, 866, 408, 866, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 866, 406, 2142, 406, 2142, 406, 868, 406, 2142, 406}; // ARGO
uint8_t state[4] = {0xAC, 0xF5, 0xC0, 0x84};

Timestamp : 000196.772
Library : v2.9.0

Protocol : ARGO
Code : 0xACF50085 (32 Bits)
Mesg Desc.: Model: 1 (WREM2), Sensor Temp: 4C
uint16_t rawData[183] = {6384, 3176, 434, 840, 434, 840, 434, 2116, 432, 2116, 408, 866, 432, 2116, 432, 842, 408, 2140, 432, 2118, 406, 866, 408, 2140, 408, 866, 432, 2116, 408, 2140, 408, 2142, 408, 2140, 408, 866, 408, 866, 408, 866, 406, 868, 406, 866, 408, 866, 406, 866, 408, 866, 408, 2140, 408, 866, 406, 2142, 406, 866, 408, 866, 408, 866, 406, 866, 408, 2142, 406, 866, 408, 2142, 406, 2142, 406, 2142, 406, 866, 408, 866, 406, 868, 406, 868, 406, 866, 408, 866, 408, 866, 406, 868, 406, 868, 406, 2142, 406, 2142, 406, 2142, 406, 868, 406, 866, 408, 866, 406, 868, 406, 866, 408, 866, 406, 868, 406, 866, 406, 2142, 406, 2142, 406, 2142, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 868, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 868, 406, 868, 406, 868, 406, 868, 406, 868, 406, 868, 406, 868, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 2142, 406, 2142, 406, 2144, 406, 2142, 406, 2142, 406, 2142, 406, 2144, 404}; // ARGO
uint8_t state[4] = {0xAC, 0xF5, 0x00, 0x85};

Timestamp : 000203.893
Library : v2.9.0

Protocol : ARGO
Code : 0xACF5C084 (32 Bits)
Mesg Desc.: Model: 1 (WREM2), Sensor Temp: 28C
uint16_t rawData[183] = {6384, 3176, 434, 840, 434, 840, 434, 2114, 434, 2116, 432, 840, 432, 2116, 432, 842, 408, 2140, 408, 2142, 406, 866, 432, 2116, 432, 842, 408, 2140, 408, 2140, 408, 2142, 432, 2116, 406, 866, 408, 866, 408, 866, 406, 866, 408, 866, 408, 866, 406, 2142, 408, 2140, 408, 866, 406, 866, 408, 2142, 406, 866, 408, 866, 406, 866, 408, 866, 408, 2140, 408, 866, 406, 2142, 408, 2142, 406, 2142, 406, 868, 406, 866, 406, 868, 406, 866, 406, 868, 406, 866, 408, 866, 406, 868, 406, 866, 406, 2142, 406, 2142, 406, 2142, 406, 868, 406, 866, 406, 868, 406, 866, 408, 866, 406, 868, 406, 868, 406, 868, 406, 2142, 408, 2142, 406, 2142, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 868, 406, 868, 406, 2142, 406, 866, 406, 2142, 406, 2142, 406, 868, 406, 868, 406, 868, 406, 868, 406, 868, 406, 868, 406, 868, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 2144, 404, 2144, 404, 2144, 406, 868, 404, 2144, 406}; // ARGO
uint8_t state[4] = {0xAC, 0xF5, 0xC0, 0x84};

Timestamp : 000207.062
Library : v2.9.0

Protocol : ARGO
Code : 0xACF5C09C (32 Bits)
Mesg Desc.: Model: 1 (WREM2), Sensor Temp: 28C
uint16_t rawData[183] = {6358, 3202, 434, 840, 434, 840, 434, 2116, 434, 2114, 432, 840, 434, 2116, 432, 840, 432, 2116, 408, 2140, 408, 866, 434, 2116, 408, 866, 408, 2140, 432, 2116, 432, 2116, 408, 2140, 432, 842, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 432, 2116, 408, 2140, 408, 866, 408, 866, 408, 2140, 408, 2140, 406, 2142, 408, 866, 406, 866, 408, 2142, 408, 866, 408, 2142, 406, 2142, 408, 2140, 406, 868, 406, 868, 406, 866, 406, 868, 406, 866, 408, 866, 406, 866, 408, 866, 408, 866, 406, 2142, 406, 2142, 408, 2140, 408, 866, 406, 866, 408, 866, 406, 868, 406, 868, 406, 866, 406, 868, 406, 866, 406, 2142, 408, 2142, 406, 2142, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 868, 406, 866, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 868, 406, 868, 406, 868, 406, 868, 406, 868, 406, 868, 406, 868, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2144, 406}; // ARGO
uint8_t state[4] = {0xAC, 0xF5, 0xC0, 0x9C};

Timestamp : 000208.349
Library : v2.9.0

Protocol : ARGO
Code : 0xACF5C094 (32 Bits)
Mesg Desc.: Model: 1 (WREM2), Sensor Temp: 28C
uint16_t rawData[183] = {6384, 3176, 434, 840, 434, 840, 434, 2114, 432, 2116, 434, 840, 432, 2116, 432, 842, 408, 2140, 408, 2140, 432, 842, 432, 2116, 408, 866, 408, 2140, 408, 2140, 432, 2116, 406, 2142, 406, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 2140, 408, 2142, 406, 866, 408, 866, 408, 2140, 408, 866, 406, 2142, 408, 866, 408, 866, 408, 2140, 408, 866, 408, 2140, 408, 2142, 406, 2140, 408, 866, 408, 866, 406, 868, 406, 866, 408, 866, 406, 866, 408, 866, 408, 866, 406, 866, 408, 2142, 406, 2142, 406, 2142, 406, 868, 406, 866, 408, 866, 406, 866, 408, 866, 408, 866, 406, 866, 408, 866, 406, 2142, 406, 2142, 408, 2142, 406, 2142, 406, 868, 406, 2142, 406, 866, 406, 868, 406, 868, 406, 2142, 406, 866, 406, 2142, 406, 2142, 406, 866, 406, 868, 406, 868, 406, 866, 406, 868, 406, 868, 406, 866, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 2142, 406, 868, 406, 866, 406, 2142, 406, 2142, 406}; // ARGO
uint8_t state[4] = {0xAC, 0xF5, 0xC0, 0x94};

Timestamp : 000209.671
Library : v2.9.0

Protocol : ARGO
Code : 0xACF5C08C (32 Bits)
Mesg Desc.: Model: 1 (WREM2), Sensor Temp: 28C
uint16_t rawData[183] = {6358, 3202, 434, 840, 434, 840, 434, 2116, 432, 2116, 434, 840, 432, 2116, 432, 842, 432, 2116, 408, 2140, 432, 840, 432, 2116, 408, 866, 432, 2114, 408, 2140, 408, 2140, 408, 2140, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 2140, 408, 2142, 408, 866, 408, 866, 408, 2142, 408, 2140, 408, 866, 408, 866, 408, 866, 408, 2140, 408, 866, 408, 2140, 408, 2140, 408, 2140, 408, 866, 408, 866, 406, 866, 408, 866, 408, 866, 408, 866, 408, 866, 406, 866, 408, 866, 408, 2140, 408, 2142, 406, 2142, 406, 868, 406, 866, 408, 866, 406, 866, 408, 866, 406, 866, 408, 866, 406, 868, 406, 2142, 406, 2142, 406, 2142, 408, 2142, 406, 866, 406, 2142, 408, 866, 406, 868, 406, 866, 406, 2142, 406, 866, 408, 2140, 408, 2142, 406, 866, 406, 868, 406, 868, 406, 868, 406, 868, 406, 866, 406, 868, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 868, 406, 868, 406, 868, 406, 2142, 406, 2142, 406}; // ARGO
uint8_t state[4] = {0xAC, 0xF5, 0xC0, 0x8C};

Timestamp : 000213.429
Library : v2.9.0

Protocol : ARGO
Code : 0xACF5C084 (32 Bits)
Mesg Desc.: Model: 1 (WREM2), Sensor Temp: 28C
uint16_t rawData[183] = {6384, 3176, 434, 840, 434, 840, 434, 2114, 434, 2114, 432, 840, 434, 2116, 434, 840, 434, 2114, 434, 2116, 408, 866, 434, 2114, 432, 842, 432, 2116, 434, 2116, 432, 2116, 432, 2116, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 432, 2116, 408, 2140, 408, 866, 408, 866, 408, 2140, 408, 866, 408, 866, 408, 866, 406, 866, 408, 2142, 406, 866, 408, 2140, 408, 2142, 406, 2142, 406, 866, 408, 866, 408, 866, 406, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 2140, 408, 2142, 406, 2142, 406, 868, 406, 866, 408, 866, 406, 866, 408, 866, 406, 866, 408, 866, 406, 868, 406, 2142, 406, 2142, 408, 2142, 406, 2142, 406, 868, 406, 2142, 406, 866, 408, 866, 406, 866, 408, 2142, 406, 866, 406, 2142, 408, 2142, 406, 868, 406, 866, 406, 868, 406, 866, 406, 868, 406, 868, 406, 866, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 2142, 406, 2142, 406, 2142, 406, 868, 406, 2142, 406}; // ARGO
uint8_t state[4] = {0xAC, 0xF5, 0xC0, 0x84};

Timestamp : 000217.191
Library : v2.9.0

Protocol : ARGO
Code : 0xACF5C084 (32 Bits)
Mesg Desc.: Model: 1 (WREM2), Sensor Temp: 28C
uint16_t rawData[183] = {6382, 3178, 434, 840, 434, 840, 434, 2114, 434, 2114, 434, 840, 434, 2114, 432, 842, 432, 2116, 408, 2140, 432, 842, 432, 2116, 432, 842, 432, 2116, 408, 2140, 432, 2116, 432, 2116, 432, 842, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 2140, 408, 2140, 408, 866, 406, 866, 408, 2140, 408, 866, 408, 866, 408, 866, 408, 866, 408, 2140, 408, 866, 408, 2142, 408, 2140, 408, 2140, 408, 866, 406, 866, 408, 866, 408, 866, 406, 866, 408, 866, 408, 866, 408, 866, 408, 866, 406, 2142, 408, 2140, 408, 2140, 408, 866, 408, 866, 406, 866, 408, 866, 406, 866, 408, 866, 406, 868, 406, 866, 408, 2142, 406, 2142, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 868, 406, 866, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 866, 406, 868, 406, 866, 406, 868, 406, 868, 406, 866, 406, 868, 406, 866, 406, 2142, 406, 868, 406, 868, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 868, 406, 868, 406, 868, 406, 2142, 406, 868, 406}; // ARGO
uint8_t state[4] = {0xAC, 0xF5, 0xC0, 0x84};

Timestamp : 000219.568
Library : v2.9.0

Protocol : ARGO
Code : 0xACF5C084 (32 Bits)
Mesg Desc.: Model: 1 (WREM2), Sensor Temp: 28C
uint16_t rawData[183] = {6384, 3176, 434, 840, 434, 840, 434, 2114, 434, 2114, 434, 840, 432, 2116, 432, 842, 432, 2116, 432, 2116, 408, 866, 408, 2140, 408, 866, 408, 2140, 432, 2116, 408, 2140, 408, 2142, 408, 866, 408, 866, 408, 866, 432, 842, 408, 866, 408, 866, 408, 2142, 406, 2142, 408, 866, 408, 866, 408, 2140, 408, 866, 408, 866, 408, 866, 408, 866, 408, 2140, 408, 866, 406, 2142, 408, 2140, 408, 2140, 408, 866, 406, 868, 406, 866, 408, 866, 406, 868, 406, 866, 408, 866, 406, 866, 408, 866, 408, 2140, 408, 2140, 408, 2142, 406, 866, 408, 866, 406, 866, 408, 866, 408, 866, 406, 866, 408, 866, 406, 868, 406, 2142, 406, 2142, 406, 2142, 408, 866, 406, 2142, 406, 2142, 408, 866, 406, 868, 406, 866, 406, 2142, 408, 866, 406, 2142, 406, 2142, 406, 868, 406, 868, 406, 866, 406, 868, 406, 866, 408, 868, 406, 868, 406, 866, 406, 2142, 406, 866, 406, 2142, 406, 866, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 868, 406, 868, 406, 868, 406, 2142, 406, 2142, 406}; // ARGO
uint8_t state[4] = {0xAC, 0xF5, 0xC0, 0x84};

Timestamp : 000228.752
Library : v2.9.0

Protocol : ARGO
Code : 0xACF5C084 (32 Bits)
Mesg Desc.: Model: 1 (WREM2), Sensor Temp: 28C
uint16_t rawData[183] = {6358, 3202, 434, 840, 434, 840, 432, 2116, 434, 2114, 434, 840, 434, 2116, 432, 840, 434, 2114, 408, 2140, 408, 866, 408, 2140, 408, 866, 408, 2140, 408, 2140, 408, 2140, 408, 2140, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 432, 2116, 408, 2140, 408, 866, 408, 866, 408, 2140, 408, 866, 408, 866, 408, 866, 408, 866, 408, 2142, 408, 866, 408, 2142, 406, 2142, 406, 2142, 408, 866, 408, 866, 408, 866, 406, 866, 408, 866, 406, 868, 406, 866, 408, 866, 408, 866, 408, 2142, 406, 2142, 408, 2140, 408, 866, 408, 866, 408, 866, 408, 866, 406, 866, 408, 866, 408, 866, 408, 866, 408, 2140, 408, 2140, 408, 2142, 406, 866, 406, 2142, 408, 2142, 406, 866, 408, 866, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 866, 408, 866, 406, 868, 406, 868, 406, 866, 406, 868, 406, 2142, 406, 866, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 2142, 406, 866, 406, 868, 406, 2142, 406, 2142, 406}; // ARGO
uint8_t state[4] = {0xAC, 0xF5, 0xC0, 0x84};

Timestamp : 000232.213
Library : v2.9.0

Protocol : ARGO
Code : 0xACF5C084 (32 Bits)
Mesg Desc.: Model: 1 (WREM2), Sensor Temp: 28C
uint16_t rawData[183] = {6384, 3176, 434, 840, 434, 840, 434, 2114, 434, 2114, 434, 840, 432, 2116, 432, 842, 432, 2116, 432, 2116, 408, 866, 434, 2114, 408, 866, 432, 2116, 432, 2116, 432, 2116, 408, 2140, 408, 866, 432, 842, 408, 866, 408, 866, 432, 842, 408, 866, 408, 2140, 408, 2140, 408, 866, 408, 866, 408, 2140, 408, 866, 408, 866, 408, 866, 408, 866, 408, 2140, 408, 866, 406, 2142, 408, 2140, 408, 2140, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 2140, 408, 2140, 408, 2140, 408, 866, 408, 866, 406, 866, 408, 866, 408, 866, 406, 866, 408, 866, 408, 866, 408, 2142, 406, 2142, 408, 2140, 408, 866, 406, 2142, 406, 2142, 408, 866, 406, 868, 406, 866, 408, 2140, 408, 866, 406, 2142, 406, 2142, 408, 866, 406, 868, 406, 868, 406, 868, 406, 868, 406, 866, 406, 868, 406, 866, 408, 2142, 406, 866, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 866, 406, 868, 406, 866, 406, 2142, 406, 2142, 406}; // ARGO
uint8_t state[4] = {0xAC, 0xF5, 0xC0, 0x84};

Timestamp : 000233.804
Library : v2.9.0

Protocol : ARGO
Code : 0xACF5C084 (32 Bits)
Mesg Desc.: Model: 1 (WREM2), Sensor Temp: 28C
uint16_t rawData[183] = {6384, 3176, 434, 840, 434, 840, 434, 2114, 434, 2114, 434, 840, 434, 2114, 432, 842, 408, 2140, 432, 2116, 432, 842, 408, 2140, 408, 866, 408, 2140, 432, 2116, 408, 2140, 408, 2140, 408, 866, 408, 866, 408, 866, 432, 842, 408, 866, 408, 866, 408, 2140, 408, 2140, 408, 866, 408, 866, 408, 2140, 408, 866, 408, 866, 408, 866, 408, 866, 408, 2140, 408, 866, 408, 2140, 408, 2140, 408, 2140, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 866, 408, 2140, 408, 2140, 408, 2142, 406, 866, 408, 866, 406, 868, 406, 866, 408, 866, 406, 866, 408, 866, 408, 866, 406, 2142, 406, 2142, 408, 2140, 408, 866, 406, 2142, 408, 2140, 408, 866, 406, 868, 406, 866, 408, 2140, 408, 866, 408, 2140, 406, 2142, 406, 866, 406, 868, 406, 866, 406, 868, 406, 868, 406, 866, 406, 868, 406, 866, 408, 866, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 868, 406, 2142, 406, 2142, 406, 868, 406, 868, 406, 2142, 406, 868, 406, 2142, 406}; // ARGO
uint8_t state[4] = {0xAC, 0xF5, 0xC0, 0x84};

is that hopefully of any help?
Thank you very much!

[gittjoel]

4°C = I believe this was when I pressed the "high power" button.
The 4° sent to the controller will maybe push the DCI compressor to MAX?

[gittjoel]

Hi,
sorry to post here again, but I’m unsure now since no one has commented on whether what I posted is okay—or if it’s what you need.
So, I’d appreciate a quick response so I know if something else is required. Many thanks.

[gittjoel]

If you can convert the raw capture from tasmota to a usable format... But I guess that even if not it is better than nothing.

From the issue template:

Output of raw data from IRrecvDumpV2.ino or V3 (if applicable)

Include some serial text of the raw dumps of what the device saw.

Note: Output from Tasmota is not acceptable. We can't easily use their raw format.

OK, two weeks ago I asked whether what I had submitted was acceptable. I’m not expecting immediate help or further development, but surely the least I could get is an "OK, that’s what we wanted" or "No, that’s not quite right." Nothing more, nothing less. When I first opened the issue, with the help of AI, I was very quickly pointed out everything I’d done wrong. Thanks for that, and I hope my repeated apologies were accepted? That replies took only a few minutes! It is rather baffling, then, that I can’t even get a simple "OK" confirming whether I’ve provided the right thing. I’d love to keep contributing, but unfortunately, I don’t know how to proceed now. Thanks.

[NiKiZe]

Some things are easy to point out, even when only on a small screen mobile device (which is ~99.9% of the time when I can look at these issues), other things that actually requires testing or further validation and is not really practicall to do on a limited device will take longer, probably a lot longer to get around to.

Yes a, "that looks better, will have a further look when time permits" would have been nice of me to have responded with, that's on me.