As per subject, to be integrated in ir remote climate component. I cannot find any reference to the protocol
Thank you!
Can’t you use a Broadlink to copy the codes?
I have purchased one. Let’s see. But I had tried already with a DIY ir tx/rx, and it never worked.
It has a strange coding, looks like the ir sends two streams every time you touch the buttons. I do not know how to merge them
I have a hard time believing anyone will buy a Shape AC just to understand what you mean.
I kind of think that it would be better that you post what you got and that could help someone help you.
I have discovered that the remote SHARP sells with their A/C is model YAN1F1, that is a universal remote. I will try to copy the output again and post
OK i did some more research.
I hooked up a Wemos D1 mini with a IR shield and loaded sketch IRrecvDumpV3, included with library IRRemoteESP8266. Apparently, protocol used is KELVINATOR, as the firmware is decoding correctly inputs from my remote:
Timestamp : 000015.626
Library : v2.8.0
Protocol : KELVINATOR
Code : 0x2CB86550032300502CB86560AA0B00D2 (128 Bits)
Mesg Desc.: Power: On, Mode: 4 (Heat), Temp: 24C, Fan: 0 (Auto), Turbo: Off, Quiet: On, XFan: Off, Ion: On, Light: On, Swing(H): Off, Swing(V): On
uint16_t rawData[279] = {9060, 4444, 692, 540, 668, 512, 692, 1614, 692, 1614, 692, 514, 690, 1616, 692, 516, 688, 516, 690, 516, 692, 514, 690, 518, 686, 1616, 692, 1616, 690, 1616, 694, 538, 664, 1616, 692, 1614, 692, 540, 666, 1612, 692, 516, 692, 516, 688, 1614, 692, 1614, 692, 514, 690, 514, 690, 516, 688, 518, 692, 514, 692, 1612, 694, 512, 692, 1612, 694, 514, 692, 538, 666, 1616, 692, 514, 692, 19944, 690, 1616, 690, 1616, 690, 542, 664, 516, 690, 542, 664, 518, 690, 516, 692, 516, 686, 1616, 692, 1616, 692, 516, 690, 516, 690, 516, 690, 1616, 690, 516, 690, 514, 688, 518, 690, 540, 664, 518, 688, 516, 690, 516, 690, 514, 690, 516, 690, 514, 690, 516, 690, 516, 690, 516, 692, 514, 690, 1614, 692, 518, 688, 1614, 690, 516, 692, 39954, 9036, 4442, 692, 516, 688, 516, 686, 1618, 692, 1614, 692, 516, 692, 1612, 692, 516, 690, 516, 688, 516, 692, 514, 692, 514, 692, 1614, 692, 1614, 692, 1616, 690, 518, 688, 1616, 690, 1616, 694, 516, 690, 1612, 692, 516, 690, 516, 690, 1614, 692, 1614, 694, 514, 690, 518, 692, 512, 692, 512, 692, 514, 690, 514, 690, 1614, 692, 1614, 692, 514, 692, 514, 692, 1614, 694, 514, 690, 19946, 690, 518, 688, 1616, 688, 520, 690, 1614, 692, 518, 688, 1616, 692, 514, 690, 1614, 692, 1616, 692, 1616, 692, 516, 688, 1614, 690, 518, 690, 514, 690, 516, 690, 516, 690, 514, 690, 516, 688, 518, 690, 516, 688, 516, 718, 488, 690, 514, 692, 514, 690, 514, 692, 1614, 692, 516, 688, 516, 690, 1614, 692, 516, 690, 1614, 692, 1616, 694}; // KELVINATOR
uint8_t state[16] = {0x2C, 0xB8, 0x65, 0x50, 0x03, 0x23, 0x00, 0x50, 0x2C, 0xB8, 0x65, 0x60, 0xAA, 0x0B, 0x00, 0xD2};
Timestamp : 000031.503
Library : v2.8.0
Protocol : KELVINATOR
Code : 0x24B82550032300D024B82560AA0B0052 (128 Bits)
Mesg Desc.: Power: Off, Mode: 4 (Heat), Temp: 24C, Fan: 0 (Auto), Turbo: Off, Quiet: On, XFan: Off, Ion: Off, Light: On, Swing(H): Off, Swing(V): On
uint16_t rawData[279] = {9000, 4478, 658, 572, 632, 572, 634, 1650, 658, 550, 656, 572, 632, 1648, 658, 572, 632, 572, 632, 550, 658, 550, 656, 548, 658, 1648, 660, 1648, 658, 1648, 658, 548, 658, 1648, 660, 1646, 658, 550, 658, 1648, 658, 548, 656, 550, 656, 1648, 660, 572, 632, 572, 634, 572, 634, 550, 656, 572, 634, 548, 656, 1646, 660, 572, 634, 1648, 660, 548, 656, 548, 658, 1646, 660, 548, 656, 19976, 660, 1648, 658, 1650, 658, 550, 656, 572, 632, 574, 634, 548, 658, 548, 656, 572, 634, 1646, 660, 1650, 658, 572, 634, 550, 656, 550, 656, 1648, 658, 548, 656, 574, 632, 548, 658, 572, 634, 572, 632, 550, 656, 550, 658, 548, 658, 548, 656, 550, 658, 548, 658, 550, 656, 572, 634, 548, 658, 1648, 658, 548, 658, 1648, 658, 1648, 660, 39988, 9002, 4478, 660, 548, 656, 548, 658, 1646, 660, 550, 656, 572, 632, 1650, 658, 548, 658, 548, 658, 548, 656, 572, 632, 548, 656, 1646, 660, 1648, 660, 1648, 658, 548, 656, 1648, 658, 1648, 658, 572, 634, 1648, 660, 570, 634, 548, 658, 1646, 660, 572, 632, 548, 658, 572, 634, 548, 658, 548, 656, 550, 658, 548, 656, 1646, 660, 1648, 660, 548, 658, 572, 632, 1648, 660, 570, 632, 19982, 658, 572, 632, 1648, 658, 550, 654, 1650, 658, 572, 632, 1648, 660, 572, 632, 1650, 658, 1650, 658, 1650, 658, 574, 632, 1650, 656, 548, 658, 572, 634, 550, 656, 550, 656, 550, 656, 572, 632, 550, 654, 572, 632, 548, 656, 572, 634, 572, 634, 572, 634, 548, 658, 1648, 658, 548, 656, 548, 658, 1648, 660, 572, 634, 1648, 660, 572, 634}; // KELVINATOR
uint8_t state[16] = {0x24, 0xB8, 0x25, 0x50, 0x03, 0x23, 0x00, 0xD0, 0x24, 0xB8, 0x25, 0x60, 0xAA, 0x0B, 0x00, 0x52};
Hope this might help to include this protocol in IR Remote Climate component in ESP Home
Here is a page that can convert from raw to base64.
Base64 is used as the codes in HA with Broadlink.
I have the same control, could you make it work with HA?