Irremoteesp8266: TurnOnFujitsuAC incompatibility with uniaxial swing

[u4mzu4]

Version/revison of the library used

v2.6.0

Expected behavior

Fujitsu air conditioner switch ON if use TurnOnFujitsuAC example

Actual behavior

Fujitsu air conditioner doesn't switch ON if use TurnOnFujitsuAC example

Steps to reproduce the behavior

Just compile, flash and run the example TurnOnFujitsuAC

Example code used

https://github.com/markszabo/IRremoteESP8266/tree/master/examples/TurnOnFujitsuAC

Circuit diagram and hardware used (if applicable)

https://github.com/chaeplin/rm-mini3-to-esp8266/blob/master/readme.md

I have followed the steps in the [Troubleshooting Guide]

Found the issue #275, changed the line
from
ac.setSwing(kFujitsuAcSwingBoth);
to
ac.setSwing(kFujitsuAcSwingVert);

And after the modification the AC is working! :-)

Has this library/code previously worked as expected for you?

No.

Other useful information

It would be great, if you can change the example line
ac.setSwing(kFujitsuAcSwingBoth);
to
ac.setSwing(kFujitsuAcSwingOff);
for wider compatibility of Fujitsu types.
Thanks in advaced

[crankyoldgit]

What is the model number of the aircon & remote? I think you have a different model number than that is supported.
I may be able to add some detection/changes to support it.

I'll also look at making the change to the example suggested.

[u4mzu4]

Hello, thanks for your quick response!
AC type: ASYG7LMCA
Remote: It's not available for me at the moment, but looks like this (based on the picture):
https://kzklima.hu/wp-content/uploads/fujitsu-oldalfali-split-klima-taviranyito-2.jpg

Anyway, thank you for your nice library and the hard work, I'm really-really happy with this. Smart AC was never so easy. :-)

[crankyoldgit]

Thanks. The model number of the remote is quite important, so I'll wait till I have that before I try to add better support for it.

[u4mzu4]

Is it possible, that the IR remote type is UTY-LNTY?
Based on Fujitsu website (https://www.fujitsu-general.com/eu/products/split/optionalparts.html).

[crankyoldgit]

@u4mzu4 Could be, but we can wait till you check for the model number on the unit you have.
Our current supported models (used by the setModel() function) are listed here: https://github.com/markszabo/IRremoteESP8266/blob/master/src/ir_Fujitsu.h#L72
i.e. ARRAH2E _(default)_ and ARDB1

[u4mzu4]

The exact IR remote type is AR-REB1E.

[crankyoldgit]

@u4mzu4 Thanks. I've created a branch to test the functionality of setting the correct model via setModel() for your remote/aircon etc. Can you please try it out?
Also, can you please provide me with some captures via IRrecvDumpV2 for your remote, documenting what modes/settings they are. This may help me detect the difference between an AR-REB1E remote and a AR-RAH2E, which so far, only seem to differ between having horizontal swing options.

[u4mzu4]

@crankyoldgit Thanks! The branch looks perfect, I'll test it as soon as I have some spare time. The biggest challenge is the AR-REB1E further capturing, because I've disassembled the receiver cables since the sending is working properly. (The big boss -my wife- wouldn't be happy if I made it inaccessible again.) There are some extra feature on the controller (set spoiler postition, economy mode, outdoor uint low noise option, 10°C antifreeze heating, powerful mode and timer), I think nobody is using them, but who knows.
Anyway, I have an ESP32 evalboard with builtin IR option (Olimex ESP32-EVB). Is there any painless possibility to port the code from ESP8266 to ESP32, or do I have to find another solution?

[crankyoldgit]

Is there any painless possibility to port the code from ESP8266 to ESP32, or do I have to find another solution?

Unfortunately, no. This library isn't supported on the ESP32. The original library this one is based on does support the ESP32 (https://github.com/z3t0/Arduino-IRremote) but it doesn't have the same protocol support.

[u4mzu4]

Hello!

Here are some extra commands from AR-REB1E. I hope it will be helpful, and if you need any additional readout, do not hesitate to ask me. :-)

Powerful mode:
Timestamp : 000320.478
Encoding : FUJITSU_AC
Code : 146300101039C6 (56 bits)
Mesg Desc.: Power: On, Mode: 0 (AUTO), Temp: 16C, Fan: 0 (AUTO), Swing: Off, Command: N/A
Library : v2.6.0
uint16_t rawData[115] = {3320, 1610, 432, 406, 432, 406, 432, 1220, 432, 406, 432, 1192, 458, 406, 432, 406, 432, 406, 432, 1218, 432, 1220, 432, 406, 432, 406, 432, 406, 432, 1192, 458, 1192, 460, 406, 432, 406, 432, 406, 432, 406, 432, 406, 432, 406, 432, 406, 432, 408, 432, 406, 432, 406, 430, 406, 432, 406, 432, 406, 432, 1190, 460, 406, 432, 408, 430, 406, 432, 406, 432, 406, 432, 406, 432, 406, 434, 1192, 458, 406, 432, 406, 432, 406, 432, 1194, 458, 406, 432, 406, 432, 1194, 456, 1196, 454, 1220, 432, 406, 432, 406, 432, 408, 430, 1194, 458, 1194, 456, 406, 432, 406, 430, 406, 432, 1194, 458, 1194, 458}; // FUJITSU_AC
uint8_t state[7] = {0x14, 0x63, 0x00, 0x10, 0x10, 0x39, 0xC6};

Economy mode
Timestamp : 000449.237
Encoding : FUJITSU_AC
Code : 146300101009F6 (56 bits)
Mesg Desc.: Power: On, Mode: 0 (AUTO), Temp: 16C, Fan: 0 (AUTO), Swing: Off, Command: N/A
Library : v2.6.0
uint16_t rawData[115] = {3350, 1552, 490, 350, 464, 374, 464, 1186, 488, 350, 464, 1186, 488, 348, 466, 374, 464, 374, 464, 1186, 488, 1162, 490, 350, 488, 350, 464, 374, 464, 1186, 488, 1162, 488, 350, 488, 350, 488, 350, 466, 372, 488, 350, 464, 374, 488, 348, 474, 366, 488, 350, 488, 348, 490, 350, 488, 350, 466, 372, 488, 1162, 490, 350, 488, 350, 488, 348, 490, 350, 488, 350, 488, 350, 490, 348, 490, 1162, 490, 350, 488, 350, 490, 348, 490, 1162, 490, 348, 490, 350, 488, 1162, 490, 348, 490, 348, 488, 350, 490, 348, 490, 350, 488, 1162, 490, 1160, 490, 348, 490, 1162, 490, 1162, 490, 1160, 490, 1162, 488}; // FUJITSU_AC
uint8_t state[7] = {0x14, 0x63, 0x00, 0x10, 0x10, 0x09, 0xF6};

Outdoor uint low noise
Low noise:
Timestamp : 000487.258
Encoding : FUJITSU_AC
Code : 1463001010FE0930800110000000A09F (128 bits)
Mesg Desc.: Power: On, Mode: 1 (COOL), Temp: 24C, Fan: 0 (AUTO), Swing: Vert, Command: N/A
Library : v2.6.0

uint16_t rawData[259] = {3324, 1580, 464, 374, 464, 374, 464, 1186, 464, 374, 464, 1188, 464, 374, 464, 376, 462, 374, 464, 1188, 462, 1188, 464, 376, 464, 374, 462, 376, 464, 1186, 464, 1186, 464, 374, 462, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 462, 376, 464, 1188, 464, 374, 464, 374, 464, 376, 462, 374, 464, 374, 462, 376, 464, 374, 464, 1186, 464, 376, 462, 374, 464, 374, 462, 376, 464, 1188, 464, 1186, 464, 1188, 462, 1188, 464, 1186, 464, 1186, 466, 1186, 464, 1186, 464, 374, 466, 374, 464, 1186, 464, 374, 464, 374, 464, 374, 464, 374, 466, 372, 466, 372, 466, 374, 464, 374, 464, 1186, 490, 1162, 490, 348, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 1186, 490, 1162, 490, 348, 464, 374, 464, 374, 466, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 462, 376, 464, 1186, 488, 350, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 464, 374, 466, 372, 488, 350, 464, 374, 464, 376, 464, 374, 484, 352, 488, 350, 488, 348, 478, 362, 488, 350, 488, 350, 488, 350, 490, 348, 488, 350, 488, 350, 488, 350, 488, 348, 490, 348, 490, 348, 490, 348, 490, 348, 490, 348, 488, 350, 490, 1162, 490, 348, 488, 1162, 490, 1162, 490, 1162, 490, 1162, 490, 1160, 490, 1162, 490, 348, 490, 350, 488, 1162, 490}; // FUJITSU_AC
uint8_t state[16] = {0x14, 0x63, 0x00, 0x10, 0x10, 0xFE, 0x09, 0x30, 0x80, 0x01, 0x10, 0x00, 0x00, 0x00, 0xA0, 0x9F};

Set vane vertically
Timestamp : 000563.824
Encoding : FUJITSU_AC
Code : 14630010106C93 (56 bits)
Mesg Desc.: Power: On, Mode: 0 (AUTO), Temp: 16C, Fan: 0 (AUTO), Swing: Off, Command: Step vane vertically
Library : v2.6.0

uint16_t rawData[115] = {3352, 1556, 488, 350, 488, 376, 462, 1160, 490, 350, 486, 1164, 488, 374, 462, 376, 462, 376, 464, 1160, 488, 1164, 488, 374, 462, 376, 462, 376, 462, 1162, 490, 1162, 488, 376, 462, 376, 462, 350, 488, 376, 462, 378, 462, 376, 462, 376, 462, 376, 462, 352, 486, 376, 462, 376, 462, 376, 462, 376, 462, 1160, 490, 376, 462, 376, 462, 376, 462, 376, 462, 350, 488, 376, 462, 350, 488, 1162, 490, 376, 462, 376, 462, 376, 462, 376, 462, 376, 462, 1162, 490, 1160, 492, 374, 462, 1162, 490, 1162, 488, 376, 464, 1160, 490, 1162, 490, 374, 464, 352, 486, 1162, 490, 374, 462, 350, 488, 1162, 490}; // FUJITSU_AC
uint8_t state[7] = {0x14, 0x63, 0x00, 0x10, 0x10, 0x6C, 0x93};

10°C antifreezing heat
Timestamp : 000210.287
Encoding : FUJITSU_AC
Code : 1463001010FE0930810B000000002024 (128 bits)
Mesg Desc.: Power: On, Mode: 3 (FAN), Temp: 24C, Fan: 0 (AUTO), Swing: Off, Command: N/A
Library : v2.6.0

Raw Timing[259]:
uint16_t rawData[259] = {3288, 1614, 428, 412, 426, 412, 428, 1222, 428, 412, 426, 1224, 426, 412, 426, 412, 426, 412, 424, 1226, 428, 1224, 424, 414, 426, 410, 426, 414, 426, 1224, 428, 1222, 428, 412, 426, 412, 426, 412, 426, 414, 426, 412, 428, 410, 426, 412, 428, 410, 426, 412, 428, 410, 428, 410, 428, 408, 430, 410, 428, 1220, 456, 382, 458, 382, 456, 382, 456, 382, 454, 382, 456, 384, 456, 382, 458, 1192, 458, 382, 456, 380, 458, 380, 460, 378, 456, 1196, 456, 1194, 458, 1192, 458, 1192, 460, 1192, 460, 1188, 460, 1192, 460, 1192, 460, 378, 460, 378, 460, 1190, 460, 380, 458, 380, 458, 380, 458, 380, 456, 382, 458, 378, 460, 380, 458, 380, 458, 1192, 460, 1192, 458, 380, 458, 380, 458, 1192, 462, 378, 458, 380, 458, 380, 458, 380, 456, 382, 456, 382, 458, 1194, 458, 1190, 458, 1192, 460, 380, 458, 1192, 458, 380, 456, 382, 454, 384, 430, 408, 454, 382, 430, 408, 428, 410, 430, 408, 428, 410, 430, 408, 430, 408, 428, 410, 428, 410, 428, 410, 428, 410, 428, 410, 428, 410, 428, 410, 426, 412, 426, 410, 428, 412, 426, 412, 426, 412, 426, 414, 426, 410, 428, 410, 426, 412, 426, 412, 426, 412, 428, 410, 426, 410, 428, 410, 428, 410, 428, 410, 428, 410, 428, 410, 428, 410, 428, 410, 428, 410, 430, 408, 428, 410, 430, 1220, 460, 378, 460, 378, 458, 380, 456, 382, 458, 1192, 458, 380, 458, 380, 458, 1192, 458, 380, 460, 378, 460}; // FUJITSU_AC
uint8_t state[16] = {0x14, 0x63, 0x00, 0x10, 0x10, 0xFE, 0x09, 0x30, 0x81, 0x0B, 0x00, 0x00, 0x00, 0x00, 0x20, 0x24};

[crankyoldgit]

@u4mzu4 If you want those modes added, you'll need to give me the uint8_t state[16] = {...}; lines for each one with them ON and OFF. i.e. so only that function/setting has changed. I need that so I can be sure which bit(s) in the state have changed.

The state[7] ones I think are just fully self contained ... I think.

[u4mzu4]

Hello again!
I appreciate your work so far with a great respect! :-)

What I've found in the meantime:
Outdoor unit low noise [ON]
uint8_t state[16] = {0x14, 0x63, 0x00, 0x10, 0x10, 0xFE, 0x09, 0x30, 0x80, 0x01, 0x00, 0x00, 0x00, 0x00, 0xA0, 0xAF};
Outdoor unit low noise [OFF]
uint8_t state[16] = {0x14, 0x63, 0x00, 0x10, 0x10, 0xFE, 0x09, 0x30, 0x80, 0x01, 0x00, 0x00, 0x00, 0x00, 0x20, 0x2F};

Regarding the 10°C antifreezing heat it looks like you can only switch ON and there is no other option to switch OFF than power OFF, so I would love to forget it.

[crankyoldgit]

I've added support for "Outside Quiet" to PR #718 for your model. Please try it out if you can.

[u4mzu4]

I've tested the branch
https://github.com/markszabo/IRremoteESP8266/tree/ARREB1E
and for me working as expected :-). Thanks again!

[crankyoldgit]

Excellent. It should get merged with in 4 days or so.

[crankyoldgit]

FYI, The changes mentioned above have been include in v2.6.1 of this library, which has just been released.

[u4mzu4]

Awesome, thanks again!

[crankyoldgit]

@u4mzu4 As of v2.6.2 this library now supports the ESP32.