HAIER_AC_YRW02 remote doubt #1480

beckmx · 2021-05-19T03:25:17Z

Version/revision of the library used

2.7.19

Describe the bug

I have a minisplit, which with this library uses the HAIER_AC_YRW02 codec, I was trying to scan the remote control just to see if I could sync the code, but realized that for some reason, the dump is not able to recognize the control, it is able to recognize other codecs but this in particular looks like is not picking it up

To Reproduce

What steps did you do, and what did or didn't actually happen? How can we reproduce the issue?
the dump message is the next one:

ABFAD961
Protocol : UNKNOWN
Code : 0xABFAD961 (179 Bits)

F18F7905
Protocol : UNKNOWN
Code : 0xF18F7905 (179 Bits)

Example code used

The setup details for the readings:

IRrecv irrecv(kRecvPin, 1024,15,true);// I also try with 50ms

In the loop

String description = IRAcUtils::resultAcToString(&results);
if (description.length()) Serial.println("MY_DESC" ": " + description);
irrecv.resume();  // Receive the next value

Expected behaviour

Using the dump code,

Output of raw data from [IRrecvDumpV2.ino]IRrecvDump is now running and waiting for IR input on Pin 5

Timestamp : 000010.962
Library : v2.7.18

Protocol : UNKNOWN
Code : 0xABFAD961 (179 Bits)
uint16_t rawData[357] = {3096, 2948, 3048, 4388, 588, 1610, 614, 498, 586, 1612, 612, 500, 612, 500, 586, 1610, 588, 1612, 612, 502, 586, 1612, 612, 500, 612, 500, 614, 500, 612, 498, 586, 1610, 586, 1612, 612, 502, 612, 500, 612, 500, 612, 500, 612, 500, 612, 500, 612, 500, 612, 500, 612, 504, 612, 500, 612, 500, 612, 500, 612, 500, 612, 500, 612, 500, 612, 500, 612, 502, 614, 498, 586, 1612, 612, 500, 612, 500, 612, 500, 612, 500, 612, 500, 612, 502, 586, 1612, 612, 500, 586, 1610, 612, 500, 612, 498, 612, 500, 614, 478, 634, 502, 612, 500, 612, 500, 612, 500, 612, 500, 612, 500, 612, 500, 612, 498, 614, 504, 612, 500, 614, 500, 586, 1612, 612, 500, 612, 500, 612, 500, 612, 500, 612, 502, 612, 500, 612, 500, 612, 500, 612, 500, 612, 500, 612, 500, 612, 500, 612, 504, 614, 500, 612, 500, 612, 498, 614, 500, 612, 500, 612, 500, 612, 500, 612, 482, 632, 500, 612, 502, 610, 500, 614, 500, 612, 500, 612, 500, 612, 480, 632, 504, 612, 480, 632, 500, 612, 500, 612, 480, 632, 500, 612, 500, 612, 500, 612, 502, 612, 500, 612, 500, 612, 500, 612, 500, 612, 500, 586, 1612, 612, 500, 586, 1616, 612, 500, 612, 500, 586, 1610, 588, 1612, 612, 502, 612, 500, 614, 498, 586, 1614, 586, 1612, 612, 500, 586, 1610, 586, 1592, 632, 498, 586, 1610, 588, 1610, 586, 1614, 614, 500, 612, 480, 632, 500, 612, 500, 612, 500, 612, 500, 614, 498, 612, 500, 614, 500, 614, 500, 612, 500, 612, 500, 614, 498, 614, 498, 614, 500, 612, 504, 612, 500, 612, 500, 612, 500, 612, 498, 612, 502, 612, 500, 614, 498, 612, 502, 612, 500, 612, 498, 614, 500, 612, 500, 612, 500, 612, 500, 612, 500, 614, 502, 612, 500, 614, 478, 634, 498, 614, 500, 612, 500, 612, 500, 612, 500, 612, 482, 634, 500, 612, 500, 612, 500, 612, 500, 614, 498, 614, 500, 612, 480, 632, 502, 586, 1610, 614, 478, 608, 1610, 588, 1610, 612, 498, 586, 1610, 588, 1610, 586, 1606, 612}; // UNKNOWN ABFAD961

What brand/model IR demodulator are you using?

Using the sender the model is HAIER_AC_YRW02

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

Not yet

The text was updated successfully, but these errors were encountered:

crankyoldgit · 2021-05-19T07:44:12Z

Have you got the Brand & Model number for the A/C unit and the remote you're using please?

A quick look the rawData[] it tells me the capture you have is NOT a HAIER_AC_YRW02.

using the auto_analyse_raw_data.py tool, a real HAIER_AC_YRWO2 message looks like:

Found 229 timing entries.
Potential Mark Candidates:
[2998, 640]
Potential Space Candidates:
[4460, 3086, 1692, 614]

Guessing encoding type:
Looks like it uses space encoding. Yay!

Guessing key value:
kHdrMark   = 2998
kHdrSpace  = 3086
kBitMark   = 556
kOneSpace  = 1614
kZeroSpace = 543
kSpaceGap = 4460

Decoding protocol based on analysis so far:

kHdrMark+kHdrSpace+kHdrMark+UNEXPECTED->GAP(4460)kBitMark(UNEXPECTED)1010011000010010000000000000001001000000001000000000000000100000000000000000000000000000000000000000010100111111
  Bits: 112
  Hex:  0xA61200024020002000000000053F (MSB first)
        0xFCA0000000000400040240004865 (LSB first)
  Dec:  3368306103852107447402401108067647 (MSB first)
        5123843726122503529084458218047589 (LSB first)
  Bin:  0b1010011000010010000000000000001001000000001000000000000000100000000000000000000000000000000000000000010100111111 (MSB first)
        0b1111110010100000000000000000000000000000000000000000010000000000000001000000001001000000000000000100100001100101 (LSB first)

Total Nr. of suspected bits: 112

i.e. A 112 bit / 14 byte message.

Where as your supplied message is:

Found 357 timing entries.
Potential Mark Candidates:
[3096, 634]
Potential Space Candidates:
[4388, 2948, 1616, 504]

Guessing encoding type:
Looks like it uses space encoding. Yay!

Guessing key value:
kHdrMark   = 3072
kHdrSpace  = 2948
kBitMark   = 609
kOneSpace  = 1610
kZeroSpace = 498
kSpaceGap = 4388

Decoding protocol based on analysis so far:

kHdrMark+kHdrSpace+kHdrMark+UNEXPECTED->GAP(4388)kBitMark(UNEXPECTED)10100110100001100000000000000000010000001010000000000000001000000000000000000000000000000000000000000101001100011011011100000000000000000000000000000000000000000000000010110111
  Bits: 176
  Hex:  0xA686000040A00020000000000531B7000000000000B7 (MSB first)
        0xED000000000000ED8CA0000000000400050200006165 (LSB first)
  Dec:  62303814805046023047516589831372227655673129067348151 (MSB first)
        88672227340140543086680535493829987771895833784508773 (LSB first)
  Bin:  0b10100110100001100000000000000000010000001010000000000000001000000000000000000000000000000000000000000101001100011011011100000000000000000000000000000000000000000000000010110111 (MSB first)
        0b11101101000000000000000000000000000000000000000000000000111011011000110010100000000000000000000000000000000000000000010000000000000001010000001000000000000000000110000101100101 (LSB first)

Total Nr. of suspected bits: 176

i.e. A 176 bit / 22 byte message.

It's a fair bit bigger, thus it isn't the same protocol.

Looking at it's structure, it is very similar to HAIER_AC_YRW02 except it is longer. If HAIER_AC_YRW02 is working for you sending, then it's complete luck.

Creating a simple/basic sender/decoder (i.e. to an array of bytes) will be trivial. See: https://github.com/crankyoldgit/IRremoteESP8266/wiki/Adding-support-for-a-new-IR-protocol

However, fine/detailed control of the settings will require significant leg work from you! e.g. https://github.com/crankyoldgit/IRremoteESP8266/wiki/Adding-support-for-a-new-AC-protocol

* Add `sendHaierAC176()` & `decodeHaierAC176()` * Additional changes to support the new protocol. * Unit test coverage for send and decode. * Add housekeeping tests for Haier family * Minor code cleanup in the unit tests. For #1480

crankyoldgit · 2021-05-19T08:40:17Z

@beckmx Can you please download and test the branch Issue1480 (https://github.com/crankyoldgit/IRremoteESP8266/tree/Issue1480) / PR #1481 and let me know how it goes for you?
I still need the model data for the AC & the remote.

Based on the data you supplied, the library should now identify, decode, & send your messages in a basic form.

i.e. you're now up to: https://github.com/crankyoldgit/IRremoteESP8266/wiki/Adding-support-for-a-new-AC-protocol#create-a-spreadsheet

beckmx · 2021-05-19T13:56:00Z

The model is MMI18HDBWCA6MI8, the brand is mabe, and the remote control doesnt have any marks, only inside the battery has this:V12843 HJ200223, here is a picture https://cdn1.coppel.com/images/catalog/pm/6448383-5.jpg. I will give it a try to the branch, give me a couple of minutes

beckmx · 2021-05-19T15:16:27Z

Ok, so I tested it, it is now picking up the model from the new code, just some time, let's say 1 out of 4 the bits seems to be different when using 15ms:

Protocol  : UNKNOWN
Code      : 0xABFAD961 (179 Bits)
DECODED----
F18F7905
Protocol  : UNKNOWN
Code      : 0xF18F7905 (179 Bits)
DECODED----
2000A040000086A6
Protocol  : HAIER_AC176
Code      : 0xA686000040A00020000000000531B7000000000000B7 (176 Bits)
DECODED----
2000A000000080A6
Protocol  : HAIER_AC176
Code      : 0xA680000000A000200000000005EBB7000000000000B7 (176 Bits)
DECODED----
2000A040000086A6
Protocol  : HAIER_AC176
Code      : 0xA686000040A00020000000000531B7000000000000B7 (176 Bits)
DECODED----

If I change it to 50ms looks to be correctly picked up everytime

beckmx · 2021-05-19T16:05:26Z

I extracted this behaviour, I can see now some pattern, I am actively reading your documentation as well, I dont know if it should decode the temperature, but at least is giving me the protocol:

turn on cool 24
2000A040000086A6
Protocol  : HAIER_AC176
Code      : 0xA686000040A00020000000000531B7000000000000B7 (176 Bits)


cool to 25
2000A040000096A6
Protocol  : HAIER_AC176
Code      : 0xA696000040A0002000000000003CB7000000000000B7 (176 Bits)


turn off at 25
2000A000000090A6
Protocol  : HAIER_AC176
Code      : 0xA690000000A000200000000005FBB7000000000000B7 (176 Bits)


turn on at 25
2000A040000096A6
Protocol  : HAIER_AC176
Code      : 0xA696000040A00020000000000541B7000000000000B7 (176 Bits)



cool to 24
2000A040000086A6
Protocol  : HAIER_AC176
Code      : 0xA686000040A0002000000000012DB7000000000000B7 (176 Bits)

turn off at 24
2000A000000080A6
Protocol  : HAIER_AC176
Code      : 0xA680000000A000200000000005EBB7000000000000B7 (176 Bits)


turn on at 24
2000A040000086A6
Protocol  : HAIER_AC176
Code      : 0xA686000040A00020000000000531B7000000000000B7 (176 Bits)

Do you happen to have an example of extracting the temperature from a captured message? I havent found one yet

NiKiZe · 2021-05-19T16:54:10Z

You might want to read the documentation for what is needed to get this correct.
Please use IRrecvDumpV2+ (so we know that nothing else interfere with the data collection)
Post any raw dumps for unknown (without them there will be low chance of fixing it 😉)
Collect a set of captures from lowest to highest temp, this allows us to ensure that the data is in expected order. If not the data might flip when we get to know it.

After that the documentation in the wiki has details for what needs to be done to figure out which parts of the message is for what function etc.

beckmx · 2021-05-19T18:39:34Z

@NiKiZe ok, following your suggestion, I am attaching captures from cool, heat and off

turn on cool at 16
Protocol  : HAIER_AC176
Code      : 0xA606000040A000200000000005B1B7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3076, 2948,  3048, 4388,  586, 1612,  612, 502,  584, 1612,  612, 500,  612, 500,  584, 1612,  586, 1612,  612, 504,  612, 502,  610, 502,  610, 502,  612, 500,  612, 500,  586, 1612,  586, 1614,  612, 504,  612, 500,  612, 502,  612, 500,  612, 500,  612, 500,  612, 502,  612, 500,  612, 504,  610, 502,  610, 502,  610, 502,  612, 502,  610, 502,  612, 500,  612, 500,  612, 504,  612, 498,  586, 1612,  612, 502,  612, 500,  612, 500,  612, 502,  610, 502,  610, 504,  584, 1612,  612, 500,  586, 1612,  612, 502,  612, 502,  610, 500,  612, 500,  612, 504,  612, 500,  612, 502,  610, 500,  612, 502,  610, 502,  610, 500,  612, 502,  612, 504,  612, 500,  612, 500,  586, 1612,  612, 500,  612, 500,  612, 502,  612, 502,  610, 504,  612, 502,  610, 502,  612, 502,  610, 502,  612, 502,  610, 502,  612, 500,  612, 504,  610, 502,  612, 500,  612, 502,  612, 502,  612, 500,  612, 502,  610, 502,  610, 504,  612, 500,  612, 500,  612, 502,  610, 502,  612, 500,  612, 500,  612, 500,  612, 504,  610, 502,  612, 502,  610, 500,  612, 502,  612, 502,  612, 500,  612, 500,  612, 504,  612, 502,  612, 500,  612, 502,  612, 502,  610, 500,  586, 1612,  612, 500,  586, 1614,  586, 1612,  612, 500,  586, 1612,  586, 1614,  612, 500,  612, 500,  612, 500,  586, 1616,  584, 1614,  612, 500,  586, 1612,  586, 1612,  612, 500,  584, 1612,  586, 1610,  586, 1616,  612, 500,  612, 502,  610, 500,  612, 502,  610, 502,  610, 502,  612, 502,  612, 504,  612, 500,  612, 500,  612, 500,  612, 502,  610, 502,  612, 502,  612, 500,  612, 504,  612, 500,  612, 500,  612, 500,  612, 500,  612, 500,  612, 502,  610, 500,  614, 504,  610, 502,  612, 500,  612, 502,  610, 502,  612, 502,  610, 500,  612, 502,  610, 502,  612, 500,  612, 502,  610, 502,  610, 500,  612, 502,  612, 500,  612, 500,  612, 504,  612, 502,  610, 502,  612, 500,  610, 502,  612, 500,  612, 500,  612, 500,  612, 504,  586, 1612,  612, 500,  586, 1612,  586, 1612,  612, 500,  586, 1612,  586, 1612,  586, 1608,  610};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x06, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x05, 0xB1, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};




cool to 17
Timestamp : 000874.319
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA616000040A000200000000000BCB7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3078, 2950,  3048, 4390,  586, 1614,  610, 500,  586, 1612,  612, 500,  612, 500,  586, 1612,  586, 1612,  612, 504,  610, 502,  610, 502,  612, 500,  586, 1612,  612, 500,  586, 1612,  584, 1614,  610, 506,  610, 502,  612, 500,  612, 500,  612, 500,  612, 500,  612, 502,  612, 500,  612, 504,  612, 500,  612, 502,  612, 500,  612, 502,  612, 500,  612, 502,  610, 500,  612, 504,  612, 500,  584, 1612,  612, 500,  612, 502,  610, 500,  612, 500,  612, 502,  610, 504,  586, 1612,  612, 500,  586, 1612,  612, 500,  612, 502,  612, 500,  610, 502,  612, 504,  612, 500,  612, 502,  612, 500,  612, 500,  612, 500,  612, 500,  614, 500,  612, 504,  612, 500,  612, 500,  584, 1612,  612, 502,  610, 502,  610, 502,  610, 502,  612, 504,  612, 502,  612, 502,  612, 500,  612, 502,  612, 502,  612, 500,  612, 502,  612, 504,  612, 502,  610, 502,  610, 502,  612, 502,  612, 500,  612, 502,  612, 500,  612, 504,  612, 500,  612, 502,  610, 502,  612, 502,  610, 502,  612, 500,  612, 502,  612, 504,  612, 502,  610, 502,  610, 502,  612, 502,  610, 502,  612, 502,  612, 500,  612, 504,  612, 502,  610, 502,  612, 500,  612, 502,  610, 502,  610, 502,  612, 500,  612, 504,  584, 1612,  612, 500,  584, 1612,  586, 1612,  586, 1610,  586, 1612,  612, 502,  610, 504,  586, 1614,  612, 500,  586, 1612,  586, 1614,  612, 500,  586, 1612,  586, 1612,  586, 1616,  612, 500,  612, 502,  612, 500,  612, 502,  612, 502,  612, 502,  610, 502,  610, 504,  612, 502,  612, 502,  610, 502,  612, 500,  610, 502,  612, 500,  612, 502,  610, 504,  612, 502,  612, 502,  612, 502,  610, 502,  612, 502,  612, 502,  610, 502,  610, 506,  610, 502,  612, 500,  612, 502,  612, 500,  612, 502,  612, 502,  610, 502,  612, 504,  612, 502,  610, 502,  610, 482,  632, 500,  612, 502,  610, 502,  612, 502,  612, 504,  612, 502,  610, 502,  612, 500,  612, 502,  612, 502,  610, 502,  610, 502,  612, 504,  584, 1614,  610, 500,  586, 1612,  586, 1614,  610, 500,  586, 1612,  586, 1612,  586, 1606,  612};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x16, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0xBC, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};


cool to 18
Timestamp : 000892.933
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA626000040A000200000000000CCB7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3078, 2948,  3048, 4388,  586, 1612,  612, 500,  584, 1612,  612, 502,  610, 500,  586, 1612,  586, 1612,  612, 504,  610, 502,  610, 500,  586, 1612,  612, 500,  612, 500,  584, 1612,  586, 1612,  612, 504,  610, 502,  612, 500,  612, 502,  610, 500,  612, 502,  612, 500,  612, 500,  612, 504,  612, 500,  612, 502,  610, 502,  612, 500,  612, 500,  612, 500,  610, 502,  612, 504,  610, 502,  584, 1612,  612, 502,  610, 502,  612, 502,  610, 502,  610, 502,  612, 504,  584, 1612,  612, 500,  586, 1612,  612, 500,  612, 500,  612, 504,  610, 500,  610, 504,  612, 500,  612, 502,  610, 502,  610, 500,  610, 502,  612, 502,  612, 500,  610, 504,  610, 502,  610, 500,  584, 1612,  612, 500,  612, 500,  612, 500,  612, 500,  612, 484,  630, 502,  610, 500,  612, 502,  610, 502,  612, 502,  610, 502,  610, 502,  610, 504,  610, 502,  612, 502,  610, 502,  610, 502,  612, 500,  612, 500,  612, 502,  610, 504,  610, 502,  610, 502,  610, 500,  612, 500,  612, 502,  610, 502,  610, 502,  612, 504,  610, 500,  610, 500,  612, 500,  612, 502,  610, 500,  612, 502,  610, 502,  612, 504,  612, 500,  612, 502,  610, 502,  612, 500,  610, 502,  612, 500,  612, 502,  612, 502,  584, 1612,  586, 1612,  612, 500,  612, 500,  586, 1610,  586, 1612,  612, 500,  612, 502,  586, 1612,  612, 500,  584, 1612,  586, 1612,  612, 500,  586, 1612,  586, 1610,  588, 1614,  612, 500,  612, 502,  612, 500,  612, 502,  612, 500,  610, 502,  612, 502,  612, 502,  612, 502,  610, 502,  612, 502,  610, 502,  612, 482,  630, 500,  612, 502,  612, 484,  630, 500,  612, 500,  612, 502,  610, 502,  612, 500,  612, 502,  612, 500,  612, 504,  612, 500,  612, 500,  612, 500,  612, 500,  612, 500,  612, 502,  610, 502,  612, 504,  612, 502,  612, 500,  612, 500,  612, 500,  610, 502,  612, 500,  612, 502,  610, 484,  632, 500,  612, 500,  612, 500,  612, 502,  610, 502,  612, 502,  610, 502,  610, 504,  586, 1612,  612, 498,  586, 1612,  586, 1612,  612, 500,  586, 1612,  586, 1610,  586, 1608,  612};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x26, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0xCC, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};



cool to 19
imestamp : 000945.263
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA636000040A000200000000000DCB7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3078, 2950,  3050, 4388,  586, 1612,  612, 500,  586, 1612,  612, 502,  612, 500,  586, 1612,  586, 1612,  612, 504,  610, 500,  612, 500,  586, 1612,  586, 1612,  612, 500,  586, 1612,  584, 1614,  612, 504,  612, 502,  612, 500,  612, 500,  612, 502,  610, 502,  612, 500,  612, 500,  612, 504,  612, 500,  612, 502,  610, 502,  612, 500,  612, 500,  612, 500,  612, 500,  612, 502,  612, 500,  586, 1612,  612, 502,  610, 500,  612, 500,  612, 482,  630, 500,  612, 502,  586, 1612,  612, 500,  586, 1612,  612, 500,  612, 500,  612, 500,  612, 500,  612, 502,  612, 500,  612, 500,  612, 500,  612, 500,  610, 500,  612, 502,  612, 500,  612, 504,  612, 480,  632, 500,  586, 1612,  612, 500,  612, 500,  610, 502,  612, 500,  612, 504,  610, 500,  612, 500,  612, 502,  612, 500,  610, 502,  612, 500,  612, 500,  612, 504,  612, 500,  612, 500,  612, 502,  612, 500,  612, 500,  612, 500,  612, 500,  610, 486,  630, 500,  612, 502,  612, 502,  610, 500,  612, 500,  612, 502,  612, 500,  612, 504,  612, 500,  612, 500,  612, 502,  610, 500,  612, 500,  610, 502,  610, 502,  612, 502,  612, 500,  612, 500,  612, 502,  612, 500,  612, 500,  612, 500,  612, 500,  612, 504,  586, 1612,  586, 1612,  612, 500,  584, 1610,  586, 1592,  604, 1612,  612, 500,  612, 504,  586, 1612,  612, 500,  584, 1612,  586, 1612,  610, 500,  586, 1610,  588, 1610,  584, 1616,  612, 500,  612, 500,  612, 500,  612, 500,  612, 500,  612, 502,  612, 500,  612, 504,  612, 500,  612, 502,  612, 500,  612, 500,  612, 500,  612, 500,  612, 500,  612, 504,  612, 502,  612, 500,  610, 502,  612, 500,  610, 502,  612, 500,  612, 500,  612, 506,  610, 502,  610, 502,  612, 500,  610, 502,  612, 500,  612, 500,  612, 500,  612, 504,  610, 502,  612, 500,  612, 500,  612, 500,  610, 502,  610, 502,  612, 500,  612, 502,  612, 500,  612, 502,  612, 502,  610, 502,  610, 502,  612, 500,  612, 502,  610, 502,  586, 1612,  612, 500,  584, 1592,  604, 1612,  612, 500,  586, 1610,  586, 1610,  586, 1608,  610};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x36, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0xDC, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};



cool to 20
Timestamp : 000968.501
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA646000040A000200000000000ECB7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3078, 2950,  3048, 4388,  586, 1612,  612, 500,  586, 1612,  612, 502,  612, 502,  584, 1610,  586, 1612,  612, 504,  612, 500,  586, 1612,  612, 502,  610, 502,  610, 500,  586, 1610,  586, 1612,  610, 504,  612, 502,  612, 500,  612, 502,  612, 500,  612, 500,  612, 500,  612, 502,  612, 504,  612, 500,  612, 502,  612, 500,  612, 502,  612, 500,  612, 502,  612, 502,  610, 504,  612, 500,  584, 1612,  612, 502,  612, 502,  610, 502,  612, 502,  610, 502,  610, 504,  586, 1612,  612, 500,  586, 1612,  612, 500,  612, 500,  612, 502,  610, 502,  610, 504,  612, 500,  612, 500,  610, 502,  612, 500,  612, 502,  610, 502,  610, 500,  612, 502,  614, 498,  610, 500,  584, 1612,  612, 500,  612, 500,  612, 500,  612, 500,  612, 504,  610, 502,  612, 500,  612, 500,  612, 500,  610, 502,  612, 502,  610, 500,  610, 504,  610, 500,  612, 500,  612, 500,  610, 502,  610, 502,  610, 502,  612, 500,  612, 504,  612, 500,  612, 502,  610, 500,  612, 502,  610, 502,  610, 500,  612, 502,  612, 504,  612, 500,  612, 500,  612, 500,  612, 500,  610, 502,  612, 502,  610, 500,  612, 504,  610, 502,  610, 502,  610, 502,  610, 502,  612, 500,  610, 502,  610, 500,  612, 504,  584, 1612,  584, 1610,  586, 1612,  612, 500,  584, 1612,  584, 1612,  610, 500,  612, 502,  586, 1612,  612, 500,  586, 1610,  586, 1612,  612, 498,  586, 1612,  584, 1612,  586, 1614,  612, 500,  612, 502,  610, 502,  610, 500,  612, 502,  610, 502,  610, 500,  612, 504,  612, 502,  610, 502,  610, 502,  610, 502,  610, 502,  610, 502,  610, 500,  612, 502,  612, 500,  612, 500,  610, 502,  610, 502,  610, 500,  612, 502,  610, 502,  610, 504,  610, 502,  610, 502,  610, 500,  612, 500,  612, 502,  610, 502,  612, 502,  610, 504,  612, 500,  612, 502,  610, 502,  612, 500,  612, 502,  612, 500,  610, 502,  610, 504,  612, 502,  610, 502,  610, 502,  612, 500,  610, 500,  612, 502,  610, 500,  612, 504,  584, 1612,  612, 500,  584, 1612,  586, 1610,  612, 500,  584, 1612,  586, 1610,  586, 1588,  630};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x46, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0xEC, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};


cool to 21
Timestamp : 000993.830
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA656000040A000200000000000FCB7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3094, 2950,  3048, 4368,  606, 1612,  610, 500,  586, 1612,  612, 500,  612, 500,  584, 1612,  586, 1612,  612, 504,  612, 500,  586, 1612,  612, 500,  586, 1612,  612, 500,  586, 1612,  584, 1612,  612, 504,  612, 502,  612, 500,  612, 502,  610, 500,  612, 500,  612, 502,  610, 500,  612, 504,  610, 502,  610, 502,  610, 500,  612, 502,  610, 502,  610, 502,  610, 500,  612, 504,  610, 500,  586, 1612,  612, 500,  612, 502,  610, 502,  610, 502,  612, 504,  608, 504,  586, 1612,  612, 500,  586, 1612,  610, 502,  612, 502,  610, 502,  610, 500,  612, 504,  610, 500,  612, 500,  612, 502,  610, 500,  612, 500,  612, 500,  610, 502,  610, 504,  612, 500,  612, 500,  586, 1612,  610, 500,  612, 500,  610, 500,  612, 500,  612, 504,  610, 500,  612, 500,  612, 500,  610, 502,  610, 500,  612, 500,  612, 500,  612, 504,  610, 502,  612, 500,  610, 500,  612, 502,  612, 500,  610, 500,  612, 500,  612, 504,  612, 500,  610, 500,  612, 500,  612, 500,  610, 482,  632, 498,  612, 500,  612, 502,  612, 500,  612, 500,  610, 502,  610, 502,  610, 500,  612, 500,  612, 500,  612, 504,  612, 500,  612, 500,  612, 502,  610, 500,  612, 500,  610, 502,  610, 502,  610, 504,  586, 1610,  586, 1610,  586, 1612,  584, 1612,  584, 1610,  586, 1612,  612, 500,  612, 504,  586, 1612,  610, 500,  584, 1612,  586, 1612,  610, 500,  586, 1610,  586, 1610,  586, 1616,  610, 502,  610, 502,  610, 502,  610, 500,  612, 502,  610, 502,  610, 500,  612, 502,  612, 500,  612, 500,  612, 500,  610, 502,  612, 500,  610, 502,  610, 500,  612, 504,  612, 502,  610, 502,  610, 500,  610, 502,  610, 502,  610, 502,  610, 500,  612, 504,  612, 500,  610, 502,  610, 500,  610, 502,  612, 500,  610, 502,  612, 500,  610, 504,  612, 500,  612, 500,  612, 500,  612, 500,  612, 502,  610, 500,  612, 500,  612, 504,  612, 500,  612, 500,  612, 500,  612, 500,  612, 502,  610, 502,  610, 500,  612, 502,  586, 1612,  610, 500,  586, 1610,  586, 1612,  612, 500,  584, 1612,  584, 1612,  584, 1608,  612};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x56, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0xFC, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};


cool to 22
Timestamp : 001009.791
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA666000040A0002000000000000CB7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3078, 2950,  3048, 4388,  586, 1612,  612, 500,  586, 1614,  612, 500,  612, 500,  586, 1610,  586, 1612,  612, 504,  612, 500,  586, 1612,  586, 1612,  612, 500,  610, 500,  586, 1612,  586, 1612,  612, 504,  610, 502,  610, 500,  612, 500,  612, 500,  612, 502,  612, 502,  610, 502,  612, 504,  612, 502,  612, 502,  610, 502,  610, 500,  612, 500,  612, 502,  610, 502,  612, 504,  612, 500,  586, 1612,  612, 500,  610, 502,  612, 500,  612, 502,  612, 500,  610, 506,  584, 1610,  612, 500,  586, 1612,  610, 502,  612, 500,  612, 502,  612, 502,  610, 504,  612, 502,  610, 502,  610, 502,  612, 500,  612, 502,  610, 502,  610, 500,  612, 502,  612, 500,  612, 500,  586, 1612,  612, 502,  610, 502,  610, 502,  612, 500,  612, 504,  612, 500,  612, 500,  612, 502,  612, 500,  612, 502,  612, 502,  610, 502,  610, 504,  610, 502,  610, 500,  612, 502,  610, 502,  612, 500,  612, 500,  612, 502,  610, 504,  612, 502,  610, 502,  612, 502,  612, 500,  612, 502,  610, 500,  612, 500,  612, 504,  610, 502,  612, 502,  612, 500,  612, 502,  610, 502,  612, 500,  610, 502,  610, 504,  612, 502,  612, 500,  612, 502,  610, 502,  612, 502,  610, 502,  610, 502,  612, 504,  610, 502,  612, 500,  612, 500,  610, 500,  586, 1610,  586, 1612,  612, 502,  610, 504,  586, 1612,  610, 500,  584, 1612,  584, 1612,  612, 500,  586, 1610,  586, 1612,  586, 1616,  610, 502,  612, 502,  610, 500,  612, 500,  612, 500,  612, 500,  612, 502,  612, 504,  610, 502,  612, 502,  610, 502,  610, 502,  612, 500,  612, 500,  612, 500,  612, 504,  610, 502,  612, 500,  612, 502,  610, 502,  610, 502,  610, 500,  612, 500,  612, 504,  610, 500,  612, 502,  612, 500,  612, 502,  610, 502,  610, 502,  612, 502,  612, 504,  610, 502,  612, 500,  612, 502,  610, 502,  612, 500,  612, 502,  612, 500,  612, 504,  612, 500,  612, 502,  610, 502,  612, 502,  610, 502,  610, 502,  610, 500,  612, 502,  586, 1612,  610, 500,  584, 1612,  586, 1612,  612, 500,  586, 1612,  586, 1610,  586, 1608,  610};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x66, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0C, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};


cool to 23
Timestamp : 001058.959
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA676000040A0002000000000001CB7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3098, 2950,  3050, 4388,  586, 1612,  610, 500,  584, 1612,  612, 502,  610, 500,  584, 1610,  586, 1612,  612, 504,  612, 500,  584, 1612,  586, 1612,  584, 1612,  612, 500,  586, 1610,  586, 1614,  610, 504,  612, 502,  610, 500,  612, 500,  612, 502,  612, 500,  612, 500,  612, 502,  612, 504,  612, 500,  610, 502,  612, 500,  612, 500,  612, 500,  612, 500,  612, 502,  610, 504,  612, 500,  586, 1612,  612, 502,  610, 502,  610, 500,  612, 500,  612, 502,  610, 504,  584, 1612,  610, 500,  586, 1612,  612, 500,  610, 502,  612, 500,  610, 502,  610, 504,  612, 500,  612, 500,  612, 500,  612, 502,  610, 500,  612, 500,  612, 500,  612, 504,  612, 500,  612, 500,  586, 1610,  612, 500,  612, 502,  610, 500,  612, 500,  612, 504,  610, 502,  612, 500,  612, 502,  612, 500,  612, 502,  610, 500,  612, 502,  610, 504,  612, 500,  612, 502,  612, 500,  610, 500,  612, 500,  612, 502,  612, 500,  612, 504,  612, 500,  612, 502,  610, 500,  612, 502,  610, 502,  612, 502,  612, 500,  612, 504,  610, 502,  612, 500,  612, 500,  612, 502,  612, 502,  610, 500,  612, 502,  610, 504,  612, 502,  610, 502,  610, 502,  612, 502,  612, 500,  610, 502,  610, 502,  610, 504,  612, 500,  612, 500,  612, 500,  586, 1612,  586, 1612,  586, 1612,  612, 502,  612, 502,  586, 1610,  612, 500,  586, 1592,  604, 1612,  612, 500,  586, 1610,  586, 1612,  586, 1616,  612, 502,  610, 500,  612, 500,  612, 502,  612, 500,  612, 500,  612, 500,  612, 504,  610, 502,  610, 502,  610, 500,  612, 502,  610, 500,  612, 500,  612, 500,  612, 502,  612, 502,  612, 482,  630, 502,  610, 502,  610, 500,  610, 502,  612, 500,  612, 504,  610, 500,  612, 502,  610, 500,  612, 502,  610, 500,  612, 502,  610, 502,  610, 504,  612, 500,  610, 502,  610, 502,  612, 500,  612, 500,  612, 502,  610, 500,  612, 504,  610, 500,  612, 502,  610, 502,  610, 502,  612, 500,  612, 502,  610, 502,  610, 504,  584, 1612,  610, 502,  584, 1592,  604, 1612,  610, 500,  586, 1612,  584, 1610,  584, 1608,  610};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x76, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x1C, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};



cool to 24
Timestamp : 001077.407
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA686000040A0002000000000002CB7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3074, 2950,  3048, 4388,  590, 1608,  610, 500,  586, 1612,  612, 500,  612, 500,  586, 1612,  586, 1612,  610, 504,  584, 1612,  612, 502,  610, 502,  612, 500,  612, 500,  586, 1612,  586, 1614,  612, 504,  612, 502,  612, 500,  612, 502,  610, 502,  612, 500,  612, 500,  612, 500,  612, 504,  612, 502,  612, 500,  612, 502,  610, 502,  612, 502,  612, 500,  612, 502,  610, 506,  610, 500,  586, 1612,  612, 502,  612, 502,  610, 502,  610, 500,  612, 502,  612, 504,  584, 1612,  612, 500,  586, 1612,  612, 500,  612, 502,  610, 502,  612, 502,  610, 504,  612, 500,  612, 500,  610, 482,  630, 502,  610, 502,  612, 500,  612, 502,  612, 504,  612, 502,  610, 500,  586, 1614,  612, 500,  612, 502,  610, 502,  610, 502,  612, 504,  612, 500,  612, 502,  612, 502,  610, 502,  610, 500,  612, 500,  612, 502,  610, 504,  610, 502,  610, 502,  612, 502,  610, 502,  612, 502,  610, 502,  610, 504,  610, 504,  612, 500,  612, 502,  612, 500,  612, 500,  612, 500,  612, 500,  612, 500,  612, 504,  612, 502,  610, 502,  610, 502,  612, 502,  610, 502,  610, 502,  612, 502,  612, 504,  612, 502,  610, 502,  610, 502,  612, 502,  610, 502,  612, 502,  612, 502,  612, 504,  612, 500,  612, 500,  586, 1612,  612, 500,  586, 1612,  586, 1612,  612, 500,  612, 504,  584, 1594,  630, 482,  604, 1592,  604, 1612,  612, 500,  586, 1612,  586, 1610,  586, 1614,  612, 500,  610, 500,  612, 500,  612, 500,  612, 502,  610, 502,  610, 502,  610, 504,  612, 500,  612, 500,  612, 500,  610, 504,  610, 502,  610, 502,  610, 500,  612, 504,  610, 502,  610, 500,  612, 482,  632, 500,  612, 500,  612, 502,  610, 500,  612, 504,  612, 502,  610, 482,  630, 500,  612, 502,  610, 502,  612, 502,  610, 502,  610, 504,  612, 500,  610, 502,  610, 502,  612, 502,  610, 502,  610, 502,  610, 502,  610, 504,  610, 502,  612, 500,  612, 502,  610, 502,  610, 500,  612, 502,  610, 502,  612, 502,  584, 1614,  610, 500,  584, 1612,  584, 1612,  610, 500,  584, 1612,  584, 1610,  586, 1608,  610};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x86, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x2C, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};


cool to 25
Timestamp : 001093.322
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA696000040A0002000000000003CB7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3076, 2950,  3048, 4388,  586, 1612,  612, 500,  586, 1612,  612, 502,  612, 500,  584, 1612,  586, 1612,  612, 502,  586, 1612,  612, 502,  612, 500,  586, 1614,  612, 500,  584, 1612,  586, 1612,  612, 504,  610, 502,  610, 502,  610, 502,  612, 502,  610, 502,  610, 502,  610, 502,  612, 504,  610, 500,  612, 502,  612, 502,  610, 502,  610, 502,  612, 500,  612, 502,  610, 506,  612, 500,  586, 1612,  612, 502,  610, 502,  610, 502,  612, 502,  610, 502,  612, 504,  586, 1612,  612, 500,  586, 1612,  612, 500,  612, 502,  610, 502,  612, 502,  612, 504,  612, 502,  610, 502,  612, 502,  610, 502,  612, 500,  612, 500,  612, 500,  612, 504,  612, 502,  612, 500,  586, 1614,  610, 502,  612, 500,  612, 502,  610, 502,  612, 504,  610, 502,  610, 502,  612, 502,  610, 502,  610, 502,  612, 502,  610, 500,  612, 504,  610, 502,  610, 500,  612, 502,  612, 502,  610, 502,  610, 502,  610, 502,  610, 506,  610, 502,  612, 500,  612, 500,  612, 500,  612, 502,  612, 500,  612, 500,  612, 504,  612, 500,  612, 502,  610, 502,  610, 502,  612, 500,  612, 502,  610, 502,  612, 504,  612, 500,  612, 502,  612, 502,  612, 500,  612, 500,  610, 502,  612, 502,  610, 504,  612, 502,  610, 500,  586, 1612,  586, 1612,  586, 1612,  586, 1612,  612, 500,  612, 504,  584, 1614,  612, 500,  586, 1612,  586, 1612,  612, 500,  584, 1610,  586, 1610,  586, 1616,  612, 500,  612, 502,  612, 502,  610, 500,  612, 500,  612, 502,  610, 502,  610, 504,  612, 500,  612, 502,  610, 502,  612, 500,  612, 502,  610, 502,  610, 502,  612, 504,  612, 500,  612, 502,  610, 502,  610, 500,  612, 502,  610, 500,  612, 500,  612, 504,  610, 502,  610, 502,  612, 500,  612, 502,  612, 500,  610, 502,  612, 502,  612, 504,  612, 500,  612, 502,  610, 502,  612, 500,  612, 502,  612, 500,  612, 502,  610, 504,  612, 502,  612, 500,  612, 502,  612, 500,  612, 500,  612, 502,  610, 502,  612, 502,  586, 1612,  612, 500,  586, 1612,  586, 1612,  612, 500,  586, 1610,  586, 1612,  586, 1608,  610};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x96, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x3C, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};

turn on heat at 16
imestamp : 001220.879
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA60A000040A00080000000000515B7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3078, 2948,  3048, 4386,  586, 1612,  612, 502,  584, 1612,  610, 502,  612, 500,  584, 1610,  586, 1612,  612, 504,  612, 500,  610, 500,  612, 500,  612, 500,  586, 1612,  610, 500,  586, 1612,  612, 504,  612, 502,  610, 500,  612, 500,  612, 500,  612, 482,  630, 500,  612, 500,  612, 502,  612, 502,  610, 502,  610, 500,  612, 500,  612, 502,  610, 502,  612, 500,  610, 504,  612, 500,  586, 1612,  612, 502,  610, 500,  612, 500,  612, 500,  612, 500,  612, 502,  586, 1612,  612, 500,  586, 1612,  610, 500,  612, 502,  610, 500,  612, 500,  612, 504,  612, 502,  610, 500,  612, 500,  612, 500,  610, 500,  612, 500,  612, 500,  612, 502,  586, 1610,  612, 500,  612, 502,  610, 500,  612, 500,  612, 500,  610, 502,  610, 504,  610, 502,  610, 500,  612, 500,  612, 502,  610, 502,  610, 500,  612, 500,  612, 504,  610, 502,  610, 502,  610, 502,  610, 500,  612, 500,  610, 500,  612, 500,  612, 504,  610, 500,  610, 502,  610, 500,  612, 500,  612, 500,  612, 502,  610, 500,  612, 502,  612, 500,  610, 502,  612, 500,  612, 500,  612, 500,  612, 500,  612, 500,  612, 504,  610, 502,  610, 502,  610, 500,  612, 500,  610, 500,  584, 1612,  612, 500,  586, 1614,  612, 502,  610, 500,  612, 500,  586, 1612,  612, 500,  586, 1612,  612, 500,  586, 1614,  586, 1610,  612, 500,  586, 1610,  586, 1612,  612, 500,  586, 1610,  586, 1610,  586, 1616,  610, 500,  612, 500,  610, 502,  610, 502,  610, 502,  612, 500,  610, 502,  610, 504,  612, 502,  610, 500,  612, 502,  610, 500,  612, 502,  610, 502,  610, 500,  612, 504,  610, 502,  610, 500,  612, 500,  612, 502,  612, 500,  612, 502,  610, 502,  612, 504,  610, 502,  610, 502,  612, 500,  610, 502,  612, 500,  612, 502,  610, 500,  612, 504,  612, 500,  612, 500,  610, 502,  610, 502,  610, 500,  612, 500,  612, 502,  612, 502,  612, 502,  610, 500,  612, 502,  610, 502,  610, 502,  612, 482,  630, 500,  612, 502,  586, 1612,  612, 500,  586, 1610,  586, 1612,  610, 500,  586, 1612,  584, 1612,  584, 1608,  610};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x0A, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x80, 0x00, 0x00, 0x00, 0x00, 0x05, 0x15, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};

heat to 17
Timestamp : 001238.073
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA61A000040A00080000000000020B7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3076, 2948,  3048, 4386,  586, 1612,  612, 500,  586, 1612,  610, 502,  610, 500,  586, 1610,  586, 1614,  612, 502,  612, 502,  610, 502,  610, 500,  586, 1610,  586, 1610,  612, 500,  586, 1612,  610, 504,  610, 502,  612, 482,  632, 500,  612, 502,  610, 502,  612, 500,  662, 450,  612, 504,  612, 500,  610, 502,  610, 502,  610, 500,  612, 500,  612, 502,  610, 502,  612, 504,  612, 500,  586, 1610,  612, 500,  612, 502,  612, 500,  610, 502,  612, 500,  612, 504,  586, 1612,  612, 500,  584, 1612,  612, 500,  612, 500,  612, 500,  612, 502,  610, 504,  610, 500,  612, 502,  610, 502,  612, 500,  610, 502,  610, 502,  610, 500,  612, 502,  586, 1610,  612, 500,  612, 500,  612, 500,  612, 502,  610, 502,  610, 500,  612, 504,  612, 500,  612, 500,  612, 500,  612, 500,  612, 500,  612, 500,  612, 500,  612, 504,  610, 502,  610, 500,  612, 500,  612, 502,  610, 500,  612, 502,  610, 500,  612, 504,  610, 500,  612, 500,  612, 482,  630, 502,  610, 502,  612, 500,  612, 502,  612, 504,  612, 502,  610, 502,  610, 502,  610, 502,  612, 500,  610, 502,  612, 502,  610, 504,  610, 502,  610, 502,  610, 502,  610, 502,  610, 502,  612, 502,  610, 500,  612, 504,  610, 502,  610, 500,  584, 1612,  610, 502,  610, 502,  610, 502,  610, 502,  610, 504,  584, 1614,  610, 500,  586, 1612,  584, 1614,  610, 500,  584, 1612,  586, 1612,  584, 1616,  610, 502,  612, 502,  612, 502,  610, 502,  612, 502,  610, 502,  610, 502,  612, 504,  610, 502,  610, 502,  610, 500,  612, 502,  612, 502,  610, 502,  612, 500,  612, 504,  612, 502,  610, 502,  610, 502,  612, 502,  610, 500,  612, 502,  610, 502,  610, 504,  612, 502,  612, 502,  610, 502,  610, 502,  612, 484,  628, 500,  612, 502,  610, 506,  610, 500,  612, 502,  610, 500,  612, 502,  610, 502,  610, 502,  610, 484,  630, 504,  610, 502,  612, 502,  610, 502,  610, 500,  612, 502,  610, 502,  610, 502,  610, 484,  606, 1610,  612, 500,  586, 1610,  586, 1612,  612, 500,  586, 1610,  586, 1612,  588, 1604,  612};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x1A, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x80, 0x00, 0x00, 0x00, 0x00, 0x00, 0x20, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};

heat to 18
Timestamp : 001256.575
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA62A000040A00080000000000030B7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3094, 2950,  3048, 4388,  586, 1612,  612, 500,  584, 1612,  612, 502,  610, 502,  584, 1612,  586, 1612,  610, 504,  612, 502,  610, 500,  586, 1612,  612, 500,  584, 1612,  612, 500,  586, 1612,  612, 504,  612, 500,  612, 500,  612, 502,  612, 502,  612, 500,  612, 502,  610, 502,  612, 502,  612, 500,  612, 500,  612, 502,  610, 502,  610, 502,  610, 502,  612, 500,  612, 502,  612, 500,  584, 1614,  612, 498,  612, 502,  612, 500,  612, 502,  610, 500,  612, 504,  586, 1612,  612, 500,  586, 1612,  612, 502,  612, 502,  610, 500,  612, 502,  610, 504,  610, 502,  612, 502,  610, 502,  610, 502,  610, 502,  610, 502,  610, 502,  612, 502,  586, 1612,  612, 502,  612, 500,  612, 500,  612, 502,  612, 502,  612, 500,  612, 504,  612, 500,  612, 502,  612, 500,  612, 502,  612, 500,  612, 500,  612, 502,  610, 504,  612, 500,  612, 502,  612, 500,  610, 502,  612, 502,  612, 502,  610, 502,  612, 504,  612, 500,  612, 502,  610, 502,  610, 502,  612, 500,  612, 502,  610, 502,  612, 504,  610, 502,  610, 502,  610, 502,  610, 502,  610, 502,  610, 502,  612, 502,  610, 504,  612, 502,  610, 502,  610, 502,  612, 502,  610, 502,  612, 500,  612, 502,  610, 504,  610, 502,  610, 500,  586, 1612,  586, 1612,  612, 502,  610, 500,  612, 502,  610, 504,  586, 1612,  612, 500,  584, 1612,  584, 1612,  612, 500,  586, 1612,  586, 1612,  586, 1616,  612, 500,  612, 502,  610, 502,  612, 500,  612, 500,  612, 500,  610, 502,  610, 504,  610, 502,  610, 502,  610, 500,  612, 500,  612, 500,  612, 502,  610, 502,  610, 504,  610, 502,  610, 502,  610, 502,  612, 500,  612, 500,  610, 502,  612, 500,  612, 504,  610, 502,  610, 502,  610, 502,  610, 502,  610, 502,  612, 500,  612, 500,  610, 504,  612, 502,  610, 502,  610, 502,  610, 502,  612, 500,  610, 502,  610, 502,  612, 504,  610, 502,  612, 502,  610, 502,  610, 502,  610, 502,  610, 502,  610, 502,  612, 504,  584, 1614,  610, 502,  584, 1612,  586, 1612,  612, 500,  586, 1612,  584, 1612,  586, 1608,  612};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x2A, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x80, 0x00, 0x00, 0x00, 0x00, 0x00, 0x30, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};


heat to 19
Timestamp : 001277.506
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA63A000040A00080000000000040B7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3096, 2948,  3048, 4386,  588, 1612,  610, 500,  586, 1612,  612, 500,  612, 500,  586, 1612,  584, 1614,  610, 504,  612, 502,  612, 500,  586, 1610,  586, 1612,  586, 1612,  612, 500,  586, 1612,  612, 504,  610, 502,  612, 500,  612, 502,  612, 502,  610, 502,  610, 500,  612, 502,  612, 504,  612, 502,  612, 502,  610, 500,  612, 500,  612, 500,  610, 502,  610, 502,  612, 504,  612, 500,  586, 1612,  610, 502,  612, 500,  612, 502,  610, 500,  612, 502,  610, 504,  584, 1612,  612, 500,  586, 1612,  612, 500,  612, 502,  612, 500,  610, 502,  610, 506,  610, 500,  612, 500,  610, 502,  610, 502,  610, 502,  612, 500,  612, 500,  612, 504,  584, 1614,  610, 502,  612, 502,  610, 502,  612, 500,  612, 502,  612, 502,  610, 504,  610, 502,  610, 502,  610, 502,  612, 500,  612, 502,  610, 502,  610, 502,  612, 504,  612, 502,  610, 500,  612, 502,  612, 500,  612, 502,  610, 502,  612, 500,  610, 506,  610, 500,  612, 502,  610, 500,  612, 502,  610, 502,  610, 500,  612, 500,  610, 504,  612, 500,  612, 500,  612, 502,  612, 500,  612, 502,  610, 500,  610, 502,  612, 504,  610, 502,  610, 502,  612, 500,  612, 500,  612, 502,  610, 502,  610, 502,  610, 504,  610, 500,  584, 1612,  610, 500,  612, 502,  610, 502,  610, 502,  612, 500,  610, 504,  584, 1612,  610, 500,  584, 1612,  586, 1612,  612, 500,  586, 1612,  584, 1612,  584, 1616,  610, 502,  610, 482,  630, 502,  612, 502,  610, 502,  610, 500,  612, 502,  610, 504,  612, 502,  610, 502,  612, 502,  610, 502,  610, 502,  610, 500,  612, 502,  610, 504,  610, 502,  612, 502,  610, 502,  610, 502,  612, 500,  612, 500,  612, 502,  610, 506,  610, 502,  610, 502,  612, 502,  610, 500,  612, 502,  612, 500,  610, 502,  610, 506,  610, 502,  610, 502,  610, 502,  610, 502,  610, 502,  610, 502,  610, 502,  610, 504,  610, 502,  612, 500,  610, 502,  610, 500,  610, 502,  612, 500,  612, 500,  612, 504,  586, 1612,  612, 500,  584, 1610,  586, 1612,  612, 500,  586, 1612,  584, 1612,  584, 1608,  610};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x3A, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x80, 0x00, 0x00, 0x00, 0x00, 0x00, 0x40, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};


heat to 20
Timestamp : 001296.921
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA64A000040A00080000000000050B7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3096, 2948,  3048, 4388,  586, 1612,  612, 500,  584, 1614,  612, 502,  610, 500,  586, 1612,  584, 1614,  612, 504,  612, 500,  584, 1614,  610, 500,  612, 500,  584, 1612,  612, 500,  584, 1612,  612, 504,  612, 500,  612, 502,  610, 502,  612, 502,  610, 502,  610, 500,  612, 502,  610, 504,  612, 500,  612, 502,  612, 502,  610, 502,  610, 500,  612, 502,  610, 500,  610, 504,  610, 500,  584, 1612,  612, 502,  612, 500,  610, 502,  610, 500,  612, 502,  610, 502,  586, 1594,  630, 500,  584, 1614,  610, 502,  612, 502,  610, 502,  610, 500,  610, 504,  612, 502,  610, 502,  610, 502,  610, 500,  612, 502,  610, 502,  612, 500,  610, 504,  586, 1614,  610, 500,  612, 502,  610, 502,  610, 502,  610, 502,  610, 502,  610, 504,  610, 502,  612, 502,  610, 502,  612, 482,  630, 502,  612, 482,  630, 500,  612, 504,  612, 500,  612, 500,  612, 500,  612, 502,  610, 502,  610, 502,  612, 502,  610, 504,  612, 500,  612, 500,  612, 500,  612, 502,  610, 502,  610, 502,  610, 502,  610, 504,  610, 502,  610, 502,  612, 500,  610, 502,  610, 502,  612, 500,  612, 500,  610, 504,  612, 500,  612, 500,  612, 502,  610, 502,  610, 500,  612, 500,  612, 502,  612, 504,  610, 500,  586, 1614,  610, 500,  586, 1612,  612, 500,  612, 502,  610, 502,  610, 502,  586, 1612,  610, 500,  584, 1612,  586, 1612,  612, 498,  586, 1612,  586, 1610,  584, 1616,  612, 500,  612, 500,  612, 500,  610, 500,  612, 500,  612, 502,  610, 500,  612, 504,  610, 502,  610, 502,  612, 500,  610, 502,  612, 500,  610, 502,  612, 502,  610, 504,  610, 502,  610, 500,  612, 502,  610, 502,  610, 502,  610, 500,  612, 502,  610, 504,  610, 502,  610, 500,  612, 500,  610, 502,  610, 502,  612, 500,  612, 500,  612, 504,  610, 502,  610, 502,  612, 502,  610, 500,  612, 500,  612, 502,  610, 502,  612, 504,  610, 502,  610, 502,  610, 502,  610, 500,  612, 500,  612, 500,  612, 500,  612, 502,  586, 1610,  612, 500,  584, 1612,  584, 1612,  610, 500,  586, 1610,  586, 1612,  584, 1606,  612};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x4A, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x80, 0x00, 0x00, 0x00, 0x00, 0x00, 0x50, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};

turn off
Timestamp : 001317.881
Library   : v2.7.18

Protocol  : HAIER_AC176
Code      : 0xA640000000A0008000000000050BB7000000000000B7 (176 Bits)
uint16_t rawData[357] = {3094, 2946,  3048, 4386,  586, 1612,  610, 502,  584, 1612,  610, 500,  612, 500,  584, 1610,  586, 1612,  610, 506,  610, 500,  586, 1612,  612, 502,  610, 500,  612, 500,  610, 502,  612, 500,  612, 504,  610, 502,  610, 502,  610, 502,  612, 500,  612, 500,  610, 502,  610, 500,  612, 504,  610, 502,  612, 500,  610, 502,  610, 500,  612, 500,  612, 500,  612, 500,  612, 504,  610, 502,  610, 500,  612, 502,  610, 502,  610, 500,  612, 500,  610, 500,  612, 502,  586, 1612,  612, 500,  584, 1612,  610, 500,  612, 500,  610, 502,  610, 500,  612, 504,  612, 500,  612, 500,  610, 502,  610, 500,  612, 502,  610, 500,  610, 502,  612, 502,  584, 1612,  612, 502,  612, 500,  610, 500,  612, 502,  610, 502,  610, 502,  610, 504,  612, 500,  612, 502,  610, 502,  610, 502,  614, 498,  610, 502,  610, 500,  610, 504,  612, 500,  612, 502,  610, 502,  610, 502,  610, 500,  610, 502,  612, 500,  610, 504,  612, 502,  610, 502,  610, 500,  612, 500,  612, 500,  610, 500,  610, 502,  610, 504,  610, 502,  610, 500,  612, 500,  610, 502,  610, 502,  612, 500,  610, 500,  610, 504,  610, 502,  612, 500,  610, 502,  610, 500,  612, 500,  586, 1610,  612, 500,  584, 1614,  610, 502,  610, 500,  612, 500,  612, 498,  586, 1610,  610, 500,  584, 1610,  584, 1612,  586, 1610,  610, 500,  584, 1612,  584, 1612,  610, 500,  586, 1610,  584, 1610,  584, 1614,  612, 502,  610, 500,  610, 502,  610, 502,  610, 500,  612, 500,  610, 502,  610, 504,  610, 502,  610, 502,  612, 502,  610, 500,  612, 500,  612, 500,  610, 502,  610, 504,  612, 500,  610, 482,  630, 502,  610, 500,  612, 502,  610, 502,  610, 502,  612, 504,  610, 500,  612, 500,  612, 500,  612, 500,  610, 502,  610, 500,  610, 500,  610, 504,  610, 502,  610, 502,  610, 502,  610, 500,  612, 500,  610, 500,  610, 502,  610, 504,  612, 500,  612, 500,  612, 500,  610, 502,  610, 500,  610, 502,  610, 502,  610, 502,  586, 1612,  610, 500,  584, 1610,  584, 1612,  610, 500,  586, 1610,  584, 1610,  584, 1608,  610};  // HAIER_AC176
uint8_t state[22] = {0xA6, 0x40, 0x00, 0x00, 0x00, 0xA0, 0x00, 0x80, 0x00, 0x00, 0x00, 0x00, 0x05, 0x0B, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};

NiKiZe · 2021-05-19T18:55:41Z

Thank you, raw data is needed if you get unknown protocol. Otherwise it's not.
The numbers looks good, if you look for what changes when temperature changes you can probably get that data without to much trouble, much more work is needed for the next step.

What we also want to know is if you can use this data to re-send, and have the AC react?

beckmx · 2021-05-19T20:45:39Z

Ok, I tried with the https://github.com/crankyoldgit/IRremoteESP8266/blob/master/examples/IRsendDemo/IRsendDemo.ino example and both data arrays the raw and the state can be sent, the state was sent with this:
irsend.sendHaierAC176(mystate);

And worked, but my guess is that the decoding phase is not running, because I tried to use:
if (irrecv.decodeHaierAC176(&results)) {
And it wont let me compile, probably some of these defines:
DECODE_HAIER_AC176
is avoiding it?

Greetings!

crankyoldgit · 2021-05-20T05:16:51Z

Ok, I tried with the https://github.com/crankyoldgit/IRremoteESP8266/blob/master/examples/IRsendDemo/IRsendDemo.ino example and both data arrays the raw and the state can be sent, the state was sent with this:
irsend.sendHaierAC176(mystate);

Thanks for confirming it works.

And worked, but my guess is that the decoding phase is not running, because I tried to use:
if (irrecv.decodeHaierAC176(&results)) {
And it wont let me compile, probably some of these defines:
DECODE_HAIER_AC176
is avoiding it?

You can't call irrecv.decodeHaierAC176() directly. That function/method is only for internal (private) use. You need to use the public irrecv.decode() function.

beckmx · 2021-05-20T05:21:51Z

Hello, yes i realized that afterwards, but i did notice the decode phase is not running, i tried also to see if the state could be read but wasnt lucky in the decode side -- *Web Architect | Neoris* Innovation over knowledge

crankyoldgit · 2021-05-20T05:41:12Z

@NiKiZe ok, following your suggestion, I am attaching captures from cool, heat and off

turn on cool at 16
Protocol : HAIER_AC176
uint8_t state[22] = {0xA6, 0x06, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x05, 0xB1, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};

cool to 17
Timestamp : 000874.319
Protocol : HAIER_AC176
uint8_t state[22] = {0xA6, 0x16, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0xBC, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};

cool to 18
Timestamp : 000892.933
Protocol : HAIER_AC176
uint8_t state[22] = {0xA6, 0x26, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0xCC, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};

[SNIP]

cool to 25
Timestamp : 001093.322
Protocol : HAIER_AC176
uint8_t state[22] = {0xA6, 0x96, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x3C, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};

If you read/follow the documentation (See https://github.com/crankyoldgit/IRremoteESP8266/wiki/Adding-support-for-a-new-AC-protocol#example-analysis) you'll easily find the temperature. It's in state[1].
That is the first half (nibble) of state[1] (2nd byte) is the temperature offset by 16. I've highlighted it in bold in your reply. i.e. 0 + 16 = 16C, 1 + 16 = 17C, 2 + 16 = 18C, ... 9 + 16 = 25C

So we have the bit ordering correct, and you've now identified the temperature. You now need to work out (per wiki) what the rest of the bits do etc and be able to explain any changes in the any of the bytes of the state.

When you have that ready, we can code up detailed support for your A/C.
(Ref: https://github.com/crankyoldgit/IRremoteESP8266/wiki/Frequently-Asked-Questions#The_libraryexample_code_doesnt_understand_my_Air_Conditioner_remote_)

crankyoldgit · 2021-05-20T05:43:15Z

Hello, yes i realized that afterwards, but i did notice the decode phase is not running, i tried also to see if the state could be read but wasnt lucky in the decode side -- Web Architect | Neoris Innovation over knowledge

You are probably not using it correctly. Try following the recv examples in https://github.com/crankyoldgit/IRremoteESP8266/tree/master/examples

Confirmed working in: #1480 (comment) & #1480 (comment)

* Add `sendHaierAC176()` & `decodeHaierAC176()` * Additional changes to support the new protocol. * Unit test coverage for send and decode. * Add housekeeping tests for Haier family * Minor code clean-up in the unit tests. For #1480

beckmx · 2021-05-20T13:29:51Z

@crankyoldgit hello, thanx for the suggestion, I am still actively reading the docs and examples, so, it's just a matter of time to see some results, btw these were the decode procedures I tried to use:

stdAc::state_t state;
    if (!IRAcUtils::decodeToState(results, &state, NULL)) {
        Serial.println("Failed to convert to common A/C.");  // This shouldn't happen!
    } else {
      Serial.println("Success");  // This shouldn't happen!
    }
    Serial.print("model:");
    Serial.println(state.model);
    Serial.print("temperature:");
    Serial.println(state.degrees);

And this one:

if (irrecv.decode(&results)) {
        serialPrintUint64(results.value, HEX);
        Serial.print(resultToHumanReadableBasic(&results));
}

thanx for ur input :), much appreciated

beckmx · 2021-05-20T19:50:39Z

I sent a PR, sorry for the dirty code :(

crankyoldgit · 2021-05-20T20:39:01Z

@crankyoldgit hello, thanx for the suggestion, I am still actively reading the docs and examples, so, it's just a matter of time to see some results, btw these were the decode procedures I tried to use:

The reason that code didn't work was because we don't have detailed support for this protocol yet.

Re: your PR.
There is far more to it than that for correctly supporting this protocol.

beckmx · 2021-05-20T20:42:30Z

from the tests I have made and following ur docs, it seems to be compatible I will continue to see if additional bytes do something else, I am closing the thread, if you agree

crankyoldgit · 2021-05-20T21:20:16Z

It probably is very similar, however as the checksum is located at the very end of the 22 bytes, the class you're re-using only handles 14 bytes, and calculates/expected the checksum at the end of those 14 bytes.
So it may sort-of work, it won't properly work.

e.g. The other class will only produce a 14 byte message, not the 22 byte messages you've been capturing.

_v2.7.19 (20210706)_ **[Bug Fixes]** - Illegal Heap write in rawbuf when the capture has overflowed. (#1516 #1517) - PANASONIC_AC: Fix Low and High fan speeds (#1515) - Fix MDNS in IRServer and IRMQTTServer example code (#1498 #1499) - IRac: Fix off-by-one error in Coolix's sleep setting. (#1500) - Fix undefined constant (#1490) **[Features]** - Add detailed support for Kelon ACs (#1494) - Experimental basic support for Teknopoint A/C protocol (#1486 #1504) - Daikin64: Add support for Heat mode (#1492) - Basic support for `HAIER_AC176` 176 bit protocol. (#1480 #1481) **[Misc]** - GREE: Update inter-message gap timing (#1508 #1509) - IRac: Change Coolix to send special messages after a normal message. (#1501 #1502) - Fix compiler warnings causing Travis failures. (#1491) - Update supported model info (#1477 #1485 #1488 #1489) - Add HTML viewport meta tag to IRServer and IRMQTTServer examples (#1467 #1469)

* Regenerate Doxygen documentation * v2.7.19 release _v2.7.19 (20210706)_ **[Bug Fixes]** - Illegal Heap write in rawbuf when the capture has overflowed. (#1516 #1517) - PANASONIC_AC: Fix Low and High fan speeds (#1515) - Fix MDNS in IRServer and IRMQTTServer example code (#1498 #1499) - IRac: Fix off-by-one error in Coolix's sleep setting. (#1500) - Fix undefined constant (#1490) **[Features]** - Add detailed support for Kelon ACs (#1494) - Experimental basic support for Teknopoint A/C protocol (#1486 #1504) - Daikin64: Add support for Heat mode (#1492) - Basic support for `HAIER_AC176` 176 bit protocol. (#1480 #1481) **[Misc]** - GREE: Update inter-message gap timing (#1508 #1509) - IRac: Change Coolix to send special messages after a normal message. (#1501 #1502) - Fix compiler warnings causing Travis failures. (#1491) - Update supported model info (#1477 #1485 #1488 #1489) - Add HTML viewport meta tag to IRServer and IRMQTTServer examples (#1467 #1469)

crankyoldgit · 2021-07-23T13:24:20Z

@instalator I think I've got the HAIER_AC_YRW02 & HAIER_AC176 support mostly merged.
When decoding a known example (#1480 (comment) "turn on cool at 16"), I noticed that the swing is being reported as Swing: 6 (UNKNOWN)
state[1] contains both the temp & the swing value (not temp & button per your table) in HAIER_AC_YRW02. For HAIER_AC176 are you sure it is button??? As the lower nibble (4 bits) doesn't seem to track with the button you said you've pressed.

Either of @instalator or @beckmx, if it is the swing byte/nibble, what does a value of 6 mean?

Now, on to @instalator 's data regarding state[1], your table says it contains the temp. But the temp value doesn't seem to match the description etc. Also, you report you're pressing the fan button, but your description of what the remote display says indicates that the mode is also changing. What is up with that?

* `IRHaierACYRW02` inherits from the new `IRHaierAC176`. - Except for a few functions that need to be special. * Add it to the Common A/C API (`IRac`) * Expand & update the unit tests. Not fully happy with the support yet. Fixes #1480

crankyoldgit · 2021-07-23T13:46:32Z

Can you both please download/test branch: https://github.com/crankyoldgit/IRremoteESP8266/tree/Haier176_detailed and let me know how it goes? e.g. Some of the issues I've listed above need to be clarified/tested/checked etc.

That branch should add detailed support for HAIER_AC176.

crankyoldgit · 2021-07-28T08:31:33Z

Ping @beckmx & @instalator

crankyoldgit · 2021-07-30T13:19:22Z

Have either of you tried that branch and have some feedback?

instalator · 2021-07-30T16:36:57Z

I have no way of checking. I no longer have a device.
Fixed table header

crankyoldgit · 2021-07-31T07:49:45Z

@instalator No worries. Thanks for getting back to us,
I guess we will have to hope @beckmx gets back to us.

Andrey-m · 2021-08-08T12:48:47Z

Hi.
I have that device and try to reverse IR and UART protocol.

i create a little spreadsheet with captured IR data

https://docs.google.com/spreadsheets/d/1wdOVS08wgK2pEP7hTZLYMmrQ9FZVmLpZF2HjNQaVxlU/edit?usp=sharing

crankyoldgit · 2021-08-08T13:14:44Z

@Andrey-m Have you tried downloading and using the branch: https://github.com/crankyoldgit/IRremoteESP8266/tree/Haier176_detailed

It should have some detailed support branch.

Andrey-m · 2021-08-08T14:13:47Z

@crankyoldgit Yes.
Any timers not detected as timer.

//Timer for 30 min (ON)
Timestamp : 000686.742
Library : v2.7.19

Protocol : HAIER_AC176
Code : 0xA682004000A000001E0000001036B7000000000000B7 (176 Bits)
Mesg Desc.: Power: Off, Button: 0 (Temp Up), Mode: 0 (Auto), Temp: 24C, Fan: 5 (Auto), Turbo: 0 (Off), Swing: 2 (Middle), Sleep: Off, Health: Off
uint16_t rawData[357] = {3092, 3024, 3094, 4430, 604, 1636, 604, 516, 598, 1642, 598, 520, 604, 514, 600, 1642, 600, 1642, 598, 520, 626, 1614, 636, 482, 632, 488, 604, 514, 600, 518, 606, 514, 602, 1640, 600, 518, 606, 512, 602, 518, 630, 490, 636, 484, 630, 490, 636, 482, 632, 488, 604, 514, 600, 518, 606, 1634, 606, 514, 602, 518, 606, 512, 602, 518, 598, 522, 604, 516, 598, 520, 604, 514, 600, 520, 606, 514, 600, 518, 606, 514, 602, 518, 608, 512, 602, 1638, 602, 518, 596, 1644, 598, 522, 602, 516, 598, 524, 600, 516, 600, 520, 604, 516, 600, 520, 606, 514, 602, 518, 606, 512, 602, 518, 608, 512, 602, 516, 598, 522, 604, 516, 598, 520, 604, 516, 600, 520, 606, 514, 632, 486, 606, 512, 602, 518, 606, 512, 602, 518, 596, 1644, 598, 1644, 598, 1642, 598, 1644, 598, 522, 604, 516, 598, 522, 604, 514, 600, 520, 606, 514, 600, 518, 606, 512, 602, 518, 596, 522, 602, 516, 598, 520, 604, 516, 598, 520, 604, 514, 600, 518, 606, 514, 600, 518, 608, 512, 602, 518, 598, 522, 604, 516, 598, 520, 604, 516, 600, 520, 606, 514, 600, 518, 608, 512, 602, 1638, 602, 518, 596, 522, 602, 516, 598, 522, 636, 484, 630, 490, 604, 1636, 604, 1636, 604, 514, 600, 1640, 600, 1640, 600, 520, 606, 1634, 606, 514, 602, 1638, 600, 1640, 600, 518, 606, 1634, 606, 1634, 606, 1634, 606, 512, 602, 516, 598, 522, 602, 516, 598, 520, 604, 516, 598, 520, 606, 514, 600, 520, 606, 514, 600, 518, 606, 512, 602, 516, 598, 522, 602, 516, 598, 522, 604, 516, 600, 520, 606, 514, 600, 520, 606, 514, 602, 518, 606, 512, 602, 518, 598, 522, 602, 516, 598, 522, 604, 516, 598, 522, 604, 516, 600, 520, 606, 514, 600, 518, 606, 512, 602, 518, 608, 512, 602, 516, 598, 522, 604, 516, 598, 520, 604, 514, 600, 518, 606, 514, 600, 518, 606, 512, 602, 518, 596, 522, 634, 486, 598, 1642, 598, 520, 604, 1636, 604, 1638, 604, 516, 600, 1640, 632, 1610, 598, 1642, 598}; // HAIER_AC176
uint8_t state[22] = {0xA6, 0x82, 0x00, 0x40, 0x00, 0xA0, 0x00, 0x00, 0x1E, 0x00, 0x00, 0x00, 0x10, 0x36, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};

//Disable Timer
Timestamp : 000723.570
Library : v2.7.19

Protocol : HAIER_AC176
Code : 0xA682000040A00000000000001018B7000000000000B7 (176 Bits)
Mesg Desc.: Power: On, Button: 0 (Temp Up), Mode: 0 (Auto), Temp: 24C, Fan: 5 (Auto), Turbo: 0 (Off), Swing: 2 (Middle), Sleep: Off, Health: Off
uint16_t rawData[357] = {3128, 2986, 3122, 4402, 632, 1608, 632, 486, 628, 1614, 628, 492, 634, 488, 626, 1612, 628, 1612, 628, 492, 634, 1608, 632, 486, 628, 490, 634, 486, 628, 490, 636, 484, 630, 1610, 630, 490, 624, 494, 630, 488, 626, 492, 632, 488, 626, 492, 634, 486, 628, 492, 634, 486, 630, 490, 634, 484, 630, 488, 636, 484, 630, 488, 626, 492, 632, 488, 626, 492, 632, 486, 628, 1612, 628, 492, 634, 486, 628, 490, 634, 484, 630, 490, 634, 484, 630, 1610, 630, 488, 626, 1616, 636, 484, 632, 488, 626, 494, 632, 488, 628, 492, 632, 486, 638, 482, 634, 486, 628, 490, 634, 484, 630, 488, 626, 494, 632, 488, 626, 492, 632, 486, 628, 492, 632, 486, 628, 490, 634, 484, 630, 490, 636, 484, 630, 488, 626, 492, 632, 486, 628, 492, 632, 486, 628, 490, 634, 486, 630, 490, 636, 484, 630, 490, 636, 484, 630, 488, 626, 494, 632, 488, 628, 492, 634, 486, 628, 492, 634, 484, 630, 490, 636, 484, 632, 488, 626, 494, 632, 488, 628, 492, 634, 486, 628, 492, 634, 486, 630, 490, 636, 484, 630, 488, 626, 494, 632, 488, 628, 492, 632, 486, 628, 492, 634, 1608, 634, 486, 628, 490, 636, 484, 630, 488, 636, 484, 632, 488, 626, 492, 632, 1608, 634, 1608, 632, 486, 628, 490, 634, 486, 628, 1612, 630, 490, 636, 1606, 634, 1606, 634, 484, 630, 1612, 630, 1610, 630, 1610, 630, 490, 636, 484, 632, 488, 626, 494, 632, 488, 638, 482, 634, 486, 628, 490, 634, 484, 630, 490, 636, 484, 632, 488, 626, 492, 632, 488, 628, 492, 634, 486, 628, 490, 634, 484, 630, 490, 636, 484, 632, 488, 626, 494, 632, 488, 628, 492, 634, 486, 628, 492, 634, 486, 630, 490, 636, 484, 632, 488, 626, 492, 632, 488, 628, 492, 634, 486, 628, 492, 634, 486, 630, 490, 636, 484, 630, 488, 626, 492, 632, 488, 626, 492, 634, 486, 628, 490, 634, 484, 630, 490, 636, 484, 632, 488, 626, 1614, 626, 494, 632, 1608, 632, 1608, 632, 488, 626, 1614, 628, 1614, 626, 1614, 628}; // HAIER_AC176
uint8_t state[22] = {0xA6, 0x82, 0x00, 0x00, 0x40, 0xA0, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x10, 0x18, 0xB7, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xB7};
`

crankyoldgit · 2021-08-08T14:18:07Z

Any timers not detected as timer.

Correct. It's early stages at the moment. We are trying to confirm what is there is currently working.

The timer details have not yet been fully analysed yet, as they are a much lower priority. If you have them fully worked out, I can add support for them.

* `IRHaierACYRW02` inherits from the new `IRHaierAC176`. - Except for a few functions that need to be special. * Add it to the Common A/C API (`IRac`) * Expand & update the unit tests. Not fully happy with the support yet. Fixes #1480

* Add `[sg]et(On|Off)Timer()` class methods. * Update `toString()`. * Add timer specific unit tests. * Update existing Unit Tests. For #1480

crankyoldgit · 2021-08-21T13:09:30Z

@crankyoldgit Yes.
Any timers not detected as timer.

The latest update to the branch should add preliminary Timer detection/setting etc. Please download and test it, and let me know how it goes.

* `IRHaierACYRW02` inherits from the new `IRHaierAC176`. - Except for a few functions that need to be special. * Add it to the Common A/C API (`IRac`) * Expand & update the unit tests. Not fully happy with the support yet. Fixes #1480

* Add `[sg]et(On|Off)Timer()` class methods. * Update `toString()`. * Add timer specific unit tests. * Update existing Unit Tests. For #1480

Ref: https://docs.google.com/spreadsheets/d/1wdOVS08wgK2pEP7hTZLYMmrQ9FZVmLpZF2HjNQaVxlU/edit?disco=AAAAOCMm-Gg For #1480

crankyoldgit · 2021-08-23T05:41:24Z

The latest update to the branch should add Timer & Timer Mode detection/setting etc. Please download and test it, and let me know how it goes.

Andrey-m · 2021-08-23T20:45:39Z

The latest update to the branch should add Timer & Timer Mode detection/setting etc. Please download and test it, and let me know how it goes.

I quickly checked. All OK!

* `IRHaierACYRW02` inherits from the new `IRHaierAC176`. - Except for a few functions that need to be special. * Add `[sg]et(On|Off)Timer()` & `[sg]etTimerMode()` class methods. * Update `toString()`. * Add timer specific unit tests. * Update existing Unit Tests. * Add it to the Common A/C API (`IRac`) * Expand & update the unit tests. Fixes #1480

crankyoldgit · 2021-08-26T12:48:42Z

The latest update to the branch should add Timer & Timer Mode detection/setting etc. Please download and test it, and let me know how it goes.

I quickly checked. All OK!

Thanks for confirming. It's now been merged.

_v2.7.20 (20210828)_ **[Bug Fixes]** - Make `strToSwingH()` match "Right Max" (#1550 #1551) **[Features]** - Experimental Bose remote support (#1579) - Added MitsubishiAC VaneLeft (#1572 #1576) - HAIER_AC176: Add experimental detailed support (#1480 #1571) - Detailed support for Tornado/Sanyo 88-bit A/C protocol (#1503 #1568) - Add support for new `TROTEC_3550` A/C protocol (#1563 #1566 #1507) - SamsungAc: Use `sendExtended()` going forward. (#1484 #1562) - SamsungAc: Redo/fix checksum calculations. (#1538 #1554) - LG: Add support for `AKB73757604` model (#1531 #1545) - Daikin176: Add support for Unit Id. (#1543 #1544) - Daikin2: Add support for Humidity setting/operation. (#1535 #1540) - TCL112AC: Add support for quiet/mute setting. (#1528 #1529) - LG2: Add Fan speed, Swing, & Light support for new `AKB74955603` model (#1513 #1530) - Add Mitsubishi AC "fan only" mode (#1527) **[Misc]** - Fix pylint issues due to pylint update. (#1569 #1570) - DAIKIN216: Update supported models. (#1552 #1567) - IRMQTTServer: Build a minimal OTA image via PlatformIO. (#1513 #1541) - Reduce memory fragmentation cause by String usage. (#1493 #1536) - Refactor `decodeMitsubishiAC()` (#1523 #1532) - Fix incorrect comment. - Migrate from Travis to GitHub Actions (#1522 #1526) - Documentation update with additional supported Panasonic AC models (#1525)

_v2.7.20 (20210828)_ **[Bug Fixes]** - Make `strToSwingH()` match "Right Max" (#1550 #1551) **[Features]** - Experimental Bose remote support (#1579) - Added MitsubishiAC VaneLeft (#1572 #1576) - HAIER_AC176: Add experimental detailed support (#1480 #1571) - Detailed support for Tornado/Sanyo 88-bit A/C protocol (#1503 #1568) - Add support for new `TROTEC_3550` A/C protocol (#1563 #1566 #1507) - SamsungAc: Use `sendExtended()` going forward. (#1484 #1562) - SamsungAc: Redo/fix checksum calculations. (#1538 #1554) - LG: Add support for `AKB73757604` model (#1531 #1545) - Daikin176: Add support for Unit Id. (#1543 #1544) - Daikin2: Add support for Humidity setting/operation. (#1535 #1540) - TCL112AC: Add support for quiet/mute setting. (#1528 #1529) - LG2: Add Fan speed, Swing, & Light support for new `AKB74955603` model (#1513 #1530) - Add Mitsubishi AC "fan only" mode (#1527) **[Misc]** - Change when some github workflows run (#1583) - Add/update supported device info (#1580 #1581 #1585) - Fix pylint issues due to pylint update. (#1569 #1570) - DAIKIN216: Update supported models. (#1552 #1567) - IRMQTTServer: Build a minimal OTA image via PlatformIO. (#1513 #1541) - Reduce memory fragmentation cause by String usage. (#1493 #1536) - Refactor `decodeMitsubishiAC()` (#1523 #1532) - Fix incorrect comment. - Migrate from Travis to GitHub Actions (#1522 #1526) - Documentation update with additional supported Panasonic AC models (#1525)

## _v2.7.20 (20210828)_ **[Bug Fixes]** - Make `strToSwingH()` match "Right Max" (#1550 #1551) **[Features]** - Experimental Bose remote support (#1579) - Added MitsubishiAC VaneLeft (#1572 #1576) - HAIER_AC176: Add experimental detailed support (#1480 #1571) - Detailed support for Tornado/Sanyo 88-bit A/C protocol (#1503 #1568) - Add support for new `TROTEC_3550` A/C protocol (#1563 #1566 #1507) - SamsungAc: Use `sendExtended()` going forward. (#1484 #1562) - SamsungAc: Redo/fix checksum calculations. (#1538 #1554) - LG: Add support for `AKB73757604` model (#1531 #1545) - Daikin176: Add support for Unit Id. (#1543 #1544) - Daikin2: Add support for Humidity setting/operation. (#1535 #1540) - TCL112AC: Add support for quiet/mute setting. (#1528 #1529) - LG2: Add Fan speed, Swing, & Light support for new `AKB74955603` model (#1513 #1530) - Add Mitsubishi AC "fan only" mode (#1527) **[Misc]** - Change when some github workflows run (#1583) - Add/update supported device info (#1580 #1581 #1585) - Fix pylint issues due to pylint update. (#1569 #1570) - DAIKIN216: Update supported models. (#1552 #1567) - IRMQTTServer: Build a minimal OTA image via PlatformIO. (#1513 #1541) - Reduce memory fragmentation cause by String usage. (#1493 #1536) - Refactor `decodeMitsubishiAC()` (#1523 #1532) - Fix incorrect comment. - Migrate from Travis to GitHub Actions (#1522 #1526) - Documentation update with additional supported Panasonic AC models (#1525)

crankyoldgit · 2021-08-28T09:02:09Z

FYI, the changes mentioned above have been included in the just released v2.7.20 of the library.

crankyoldgit self-assigned this May 19, 2021

crankyoldgit mentioned this issue May 19, 2021

[HAIER_AC176] Basic support for HAIER_AC176 176 bit protocol. #1481

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crankyoldgit added a commit that referenced this issue May 20, 2021

Update status of routines

de09ee7

Confirmed working in: #1480 (comment) & #1480 (comment)

crankyoldgit removed the Pending Confirmation Waiting for confirmation from user label May 23, 2021

crankyoldgit mentioned this issue Jul 6, 2021

v2.7.19 release #1521

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crankyoldgit added a commit that referenced this issue Aug 21, 2021

Haier176/YRW02: Add On/Off Timer support.

35917fa

* Add `[sg]et(On|Off)Timer()` class methods. * Update `toString()`. * Add timer specific unit tests. * Update existing Unit Tests. For #1480

crankyoldgit added a commit that referenced this issue Aug 21, 2021

Haier176/YRW02: Add On/Off Timer support.

9a0367a

* Add `[sg]et(On|Off)Timer()` class methods. * Update `toString()`. * Add timer specific unit tests. * Update existing Unit Tests. For #1480

crankyoldgit added a commit that referenced this issue Aug 23, 2021

HaierYrw02: Add Timer Mode support.

392c32a

Ref: https://docs.google.com/spreadsheets/d/1wdOVS08wgK2pEP7hTZLYMmrQ9FZVmLpZF2HjNQaVxlU/edit?disco=AAAAOCMm-Gg For #1480

crankyoldgit mentioned this issue Aug 23, 2021

HAIER_AC176: Add experimental detailed support #1571

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crankyoldgit closed this as completed in #1571 Aug 26, 2021

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v2.7.20 release #1582

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HAIER_AC_YRW02 remote doubt #1480

HAIER_AC_YRW02 remote doubt #1480

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beckmx commented May 19, 2021

Version/revision of the library used

Describe the bug

To Reproduce

Example code used

Expected behaviour

Output of raw data from [IRrecvDumpV2.ino]IRrecvDump is now running and waiting for IR input on Pin 5

What brand/model IR demodulator are you using?

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

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