NIBE AC Protocol
Posted: Mon Aug 07, 2023 6:08 pm
I revived my project which I started last year and I gave up quickly. What I was trying to make is wifi (esphome based) IR remote control for my Nibe AC. I bought AnalysIR and made USB IR pickup device. Then I started to analyse the codes but I never finished. I don't know how to calculate the checksum and I tried every calculator. Also I'm not sure if LSB8 is the right decoding method. There are 90 bits and first part 19 bits "06B3D" or "0D6BC" is never changing.
I really don't know how to start with decoding. Is there any similar protocol or if someone knows how to crack this?
I sampled the signals sending temperatures from 10 - 32°C and this is the result:
and this is with MSB method:
I really don't know how to start with decoding. Is there any similar protocol or if someone knows how to crack this?
I sampled the signals sending temperatures from 10 - 32°C and this is the result:
Code: Select all
# Key Hex # Bits
1 32 06 B3 DC 0A 90 13 8C 05 50 58 CC C 90
2 31 06 B3 DB 0A 90 13 8C 05 50 58 C8 B 90
3 30 06 B3 DA 0A 90 13 8C 05 50 58 C4 B 90
4 29 06 B3 D9 0A 90 13 8C 05 50 58 C0 B 90
5 28 06 B3 D8 0A 90 13 8C 05 50 58 CC B 90
6 27 06 B3 D7 0A 90 13 8C 05 50 58 C8 A 90
7 26 06 B3 D6 0A 90 13 8C 05 50 58 C4 A 90
8 25 06 B3 D5 0A 90 13 8C 05 50 58 C0 A 90
9 24 06 B3 D4 0A 90 13 8C 05 50 58 CC A 90
10 23 06 B3 D3 0A 90 13 8C 05 50 58 C8 9 90
11 22 06 B3 D2 0A 90 13 8C 05 50 58 C4 9 90
12 21 06 B3 D1 0A 90 13 8C 05 50 58 C0 9 90
13 20 06 B3 D0 0A 90 13 8C 05 50 58 CC 9 90
14 19 06 B3 DF 0A 80 13 8C 05 50 58 C8 8 90
15 18 06 B3 DE 0A 80 13 8C 05 50 58 C4 8 90
16 17 06 B3 DD 0A 80 13 8C 05 50 58 C0 8 90
17 16 06 B3 DC 0A 80 13 8C 05 50 58 CC 8 90
18 15 06 B3 DB 0A 80 13 8C 05 50 58 C8 7 90
19 14 06 B3 DA 0A 80 13 8C 05 50 58 C4 7 90
20 13 06 B3 D9 0A 80 13 8C 05 50 58 C0 7 90
21 12 06 B3 D8 0A 80 13 8C 05 50 58 CC 7 90
22 11 06 B3 D7 0A 80 13 8C 05 50 58 C8 6 90
23 10 06 B3 D6 0A 80 13 8C 05 50 58 C4 6 90
Byte# 00 01 02 03 04 05 06 07 08 09 10 11
Code: Select all
# Key Hex # Bits
1 32 0D 6B C0 39 58 01 C0 3A AA 03 13 3 90
2 31 0D 6B C0 D9 58 01 C0 3A AA 03 1D 1 90
3 30 0D 6B C0 59 58 01 C0 3A AA 03 1D 2 90
4 29 0D 6B C0 99 58 01 C0 3A AA 03 1D 0 90
5 28 0D 6B C0 19 58 01 C0 3A AA 03 1D 3 90
6 27 0D 6B C0 E9 58 01 C0 3A AA 03 15 1 90
7 26 0D 6B C0 69 58 01 C0 3A AA 03 15 2 90
8 25 0D 6B C0 A9 58 01 C0 3A AA 03 15 0 90
9 24 0D 6B C0 29 58 01 C0 3A AA 03 15 3 90
10 23 0D 6B C0 C9 58 01 C0 3A AA 03 19 1 90
11 22 0D 6B C0 49 58 01 C0 3A AA 03 19 2 90
12 21 0D 6B C0 89 58 01 C0 3A AA 03 19 0 90
13 20 0D 6B C0 09 58 01 C0 3A AA 03 19 3 90
14 19 0D 6B C0 F1 58 01 C0 3A AA 03 11 1 90
15 18 0D 6B C0 71 58 01 C0 3A AA 03 11 2 90
16 17 0D 6B C0 B1 58 01 C0 3A AA 03 11 0 90
17 16 0D 6B C0 31 58 01 C0 3A AA 03 11 3 90
18 15 0D 6B C0 D1 58 01 C0 3A AA 03 1E 1 90
19 14 0D 6B C0 51 58 01 C0 3A AA 03 1E 2 90
20 13 0D 6B C0 91 58 01 C0 3A AA 03 1E 0 90
21 12 0D 6B C0 11 58 01 C0 3A AA 03 1E 3 90
22 11 0D 6B C0 E1 58 01 C0 3A AA 03 16 1 90
23 10 0D 6B C0 61 58 01 C0 3A AA 03 16 2 90
Byte# 00 01 02 03 04 05 06 07 08 09 10 11
. For now I will use raw signals.