BEST Cirrus Draw (07F57800) Deckenlüfter

[TheChatty]

Specifications for new sensor / switch / or other device ...

• manufacturer: best / AEG
• model name: Cirrus Draw (07F57800)
• pictures of the device
• controlled by SEAV BeSmart S4 New B

Specifications

• Microcontroller: SignalESP with CC1101
• Version (Firmware): 3.4.0

• Versionmodul (FHEM Module): 3.5.0

The codes from the remote are not recognized by any current implementation (no "Decoded" in log). It uses 433.92 MHz. There are four buttons on the remote (level up, level down, light toggle, run 5 minutes at level 1). According to an Amazon review programming the remote requires an additional cable.

Pressing six times light toggle:

2020.12.06 19:00:01 4: sduino: Read, msg READredu: MU;P0=-19987;P1=205;P2=-530;P3=501;P4=-253;P6=-4094;D=01234123412123434123412123412123412121216123412341212343412341212341212341212121612341234121234341234121234121234121212161234123412123434123412123412123412121216123412341212343412341212341212341212121;CP=1;R=70;
2020.12.06 19:00:03 4: sduino: Read, msg READredu: MU;P0=-11154;P1=221;P2=-517;P3=500;P4=-240;P5=-4110;D=01234123412123434123412123412123412121215123412341212343412341212341212341212121512341234121234341234121234121234121212151234123412123434123412123412123412121215123412341212343412341212341212341212121;CP=1;R=72;
2020.12.06 19:00:05 4: sduino: Read, msg READredu: MU;P0=-24164;P1=216;P2=-531;P3=499;P4=-242;P6=-4108;D=01234123412123434123412123412123412121216123412341212343412341212341212341212121612341234121234341234121234121234121212161234123412123434123412123412123412121216123412341212343412341212341212341212121;CP=1;R=72;
2020.12.06 19:00:06 4: sduino: Read, msg READredu: MU;P0=-24367;P1=221;P2=-529;P3=496;P4=-254;P5=-4104;D=01234123412123434123412123412123412121215123412341212343412341212341212341212121512341234121234341234121234121234121212151234123412123434123412123412123412121215123412341212343412341212341212341212121;CP=1;R=72;
2020.12.06 19:00:08 4: sduino: Read, msg READredu: MU;P0=-14511;P1=215;P2=-532;P3=506;P4=-239;P6=-4105;D=01234123412123434123412123412123412121216123412341212343412341212341212341212121612341234121234341234121234121234121212161234123412123434123412123412123412121216123412341212343412341212341212341212121;CP=1;R=72;
2020.12.06 19:00:09 4: sduino: Read, msg READredu: MU;P0=-30314;P1=210;P2=-532;P3=499;P4=-243;P5=-4119;D=01234123412123434123412123412123412121215123412341212343412341212341212341212121512341234121234341234121234121234121212151234123412123434123412123412123412121215123412341212343412341212341212341212121;CP=1;R=72;

Pressing six times 5mins:

2020.12.06 19:00:13 4: sduino: Read, msg READredu: MU;P0=-23944;P1=220;P2=-529;P3=483;P4=-252;P5=-3828;D=01234123412123434123412123412121212121235123412341212343412341212341212121212123512341234121234341234121234121212121212351234123412123434123412123412121212121235123412341212343412341212341212121212123;CP=1;R=74;
2020.12.06 19:00:14 4: sduino: Read, msg READredu: MU;P0= -8307;P1=215;P2=-535;P3=489;P4=-242;P5=-3835;D=01234123412123434123412123412121212121235123412341212343412341212341212121212123512341234121234341234121234121212121212351234123412123434123412123412121212121235123412341212343412341212341212121212123;CP=1;R=72;
2020.12.06 19:00:16 4: sduino: Read, msg READredu: MU;P0=-16831;P1=224;P2=-521;P3=499;P4=-238;P5=-3826;D=01234123412123434123412123412121212121235123412341212343412341212341212121212123512341234121234341234121234121212121212351234123412123434123412123412121212121235123412341212343412341212341212121212123;CP=1;R=72;
2020.12.06 19:00:17 4: sduino: Read, msg READredu: MU;P0=-29782;P1=215;P2=-534;P3=491;P4=-231;P5=-3832;D=01234123412123434123412123412121212121235123412341212343412341212341212121212123512341234121234341234121234121212121212351234123412123434123412123412121212121235123412341212343412341212341212121212123;CP=1;R=72;
2020.12.06 19:00:19 4: sduino: Read, msg READredu: MU;P0= -1919;P1=209;P2=-537;P3=485;P4=-248;P5=-3840;D=01234123412123434123412123412121212121235123412341212343412341212341212121212123512341234121234341234121234121212121212351234123412123434123412123412121212121235123412341212343412341212341212121212123;CP=1;R=70;
2020.12.06 19:00:21 4: sduino: Read, msg READredu: MU;P0=-16275;P1=211;P2=-525;P3=504;P4=-239;P5=-3826;D=01234123412123434123412123412121212121235123412341212343412341212341212121212123512341234121234341234121234121212121212351234123412123434123412123412121212121235123412341212343412341212341212121212123;CP=1;R=70;

Pressing six times level up:

2020.12.06 19:00:25 4: sduino: Read, msg READredu: MU;P0= -8617;P1=204;P2=-544;P3=490;P4=-246;P6=-4106;D=01234123412123434123412123412121234121216123412341212343412341212341212123412121612341234121234341234121234121212341212161234123412123434123412123412121234121216123412341212343412341212341212123412121;CP=1;R=70;
2020.12.06 19:00:26 4: sduino: Read, msg READredu: MU;P0= -8473;P1=216;P2=-530;P3=491;P4=-250;P5=-4116;D=01234123412123434123412123412121234121215123412341212343412341212341212123412121512341234121234341234121234121212341212151234123412123434123412123412121234121215123412341212343412341212341212123412121;CP=1;R=69;
2020.12.06 19:00:28 4: sduino: Read, msg READredu: MU;P0=-11158;P1=216;P2=-532;P3=487;P4=-257;P5=-4114;D=01234123412123434123412123412121234121215123412341212343412341212341212123412121512341234121234341234121234121212341212151234123412123434123412123412121234121215123412341212343412341212341212123412121;CP=1;R=70;
2020.12.06 19:00:29 4: sduino: Read, msg READredu: MU;P0= -4308;P1=210;P2=-537;P3=490;P4=-245;         D=01234123412123434123412123412121234121210123412341212343412341212341212123412121012341234121234341234121234121212341212101234123412123434123412123412121234121210123412341212343412341212341212123412121;CP=1;R=70;
2020.12.06 19:00:31 4: sduino: Read, msg READredu: MU;P0=-21640;P1=218;P2=-534;P3=488;P4=-251;P5=-4105;D=01234123412123434123412123412121234121215123412341212343412341212341212123412121512341234121234341234121234121212341212151234123412123434123412123412121234121215123412341212343412341212341212123412121;CP=1;R=68;
2020.12.06 19:00:32 4: sduino: Read, msg READredu: MU;P0=-13496;P1=233;P2=-518;P3=504;P4=-233;P5=-4103;D=01234123412123434123412123412121234121215123412341212343412341212341212123412121512341234121234341234121234121212341212151234123412123434123412123412121234121215123412341212343412341212341212123412121;CP=1;R=66;

Pressing six times level down:

2020.12.06 19:00:34 4: sduino: Read, msg READredu: MU;P0=-14542;P1=221;P2=-522;P3=492;P4=-240;P5=-4114;D=01234123412123434123412123412121212341215123412341212343412341212341212121234121512341234121234341234121234121212123412151234123412123434123412123412121212341215123412341212343412341212341212121234121;CP=1;R=62;
2020.12.06 19:00:35 4: sduino: Read, msg READredu: MU;P0=-17386;P1=214;P2=-534;P3=490;P4=-251;P5=-4120;D=01234123412123434123412123412121212341215123412341212343412341212341212121234121512341234121234341234121234121212123412151234123412123434123412123412121212341215123412341212343412341212341212121234121;CP=1;R=66;
2020.12.06 19:00:37 4: sduino: Read, msg READredu: MU;P0=-11470;P1=211;P2=-527;P3=504;P4=-239;P6=-4101;D=01234123412123434123412123412121212341216123412341212343412341212341212121234121612341234121234341234121234121212123412161234123412123434123412123412121212341216123412341212343412341212341212121234121;CP=1;R=66;
2020.12.06 19:00:38 4: sduino: Read, msg READredu: MU;P0= -6119;P1=224;P2=-531;P3=496;P4=-237;P5=-4108;D=01234123412123434123412123412121212341215123412341212343412341212341212121234121512341234121234341234121234121212123412151234123412123434123412123412121212341215123412341212343412341212341212121234121;CP=1;R=66;
2020.12.06 19:00:39 4: sduino: Read, msg READredu: MU;P0=-31962;P1=208;P2=-535;P3=497;P4=-246;P5=-4102;D=01234123412123434123412123412121212341215123412341212343412341212341212121234121512341234121234341234121234121212123412151234123412123434123412123412121212341215123412341212343412341212341212121234121;CP=1;R=66;
2020.12.06 19:00:41 4: sduino: Read, msg READredu: MU;P0=-30672;P1=220;P2=-532;P3=497;P4=-241;P5=-4106;D=01234123412123434123412123412121212341215123412341212343412341212341212121234121512341234121234341234121234121212123412151234123412123434123412123412121212341215123412341212343412341212341212121234121;CP=1;R=66;

I found the following codes to be working:

# toggle light
set sduino raw SR;;P0=-19987;;P1=205;;P2=-530;;P3=501;;P4=-253;;P6=-4094;;D=01234123412123434123412123412123412121216123412341212343412341212341212341212121612341234121234341234121234121234121212161234123412123434123412123412123412121216123412341212343412341212341212341212121;;
# run 5 minutes at level 1
set sduino raw SR;;P0=-23944;;P1=220;;P2=-529;;P3=483;;P4=-252;;P5=-3828;;D=01234123412123434123412123412121212121235123412341212343412341212341212121212123512341234121234341234121234121212121212351234123412123434123412123412121212121235123412341212343412341212341212121212123;;
# go one level up
set sduino raw SR;;P0=-11158;;P1=216;;P2=-532;;P3=487;;P4=-257;;P5=-4114;;D=01234123412123434123412123412121234121215123412341212343412341212341212123412121512341234121234341234121234121212341212151234123412123434123412123412121234121215123412341212343412341212341212123412121;;
# go one level down
set sduino raw SR;;P0=-14542;;P1=221;;P2=-522;;P3=492;;P4=-240;;P5=-4114;;D=01234123412123434123412123412121212341215123412341212343412341212341212121234121512341234121234341234121234121212123412151234123412123434123412123412121212341215123412341212343412341212341212121234121;;

Sending level up/down with R=4 does not take you to the highest/lowest level - it behaves as sending with R=1.

[sidey79]

Is the MS decoder activated or disabled on the uC?

The signal is repeated many times. If using sendraw command, the signal should be limited to a single repetition.

[TheChatty]

All protocols (except 'm' and 'y') are enabled. Can you please present a non-repeated signal I can try to send?

[sidey79]

Try following:

toggle light

set sduino raw SR;;R=3;P0=-4094;;P2=-530;;P3=501;;P4=-253;;D=1012341234121234341234121234121234121212;;

[TheChatty]

Does not cause any reaction (even after s/R=3;/R=3;;/).

[sidey79]

Can you try a higher repeat value? Something like 6 or 10 ?

[sidey79]

Ah, ther was an error in the command try this i fixed it:
set sduino raw SR;;R=6;;P0=-4094;;P1=205;;P2=-530;;P3=501;;P4=-253;;D=1012341234121234341234121234121234121212;;

[TheChatty]

Your last command is working, even with R=3.

[TheChatty]

For the sake of completeness I applied your pattern to the remaining 3 commands:

set sduino raw SR;;R=4;;P0=-4094;;P1=205;;P2=-530;;P3=501;;P4=-253;;D=1012341234121234341234121234121234121212;;
set sduino raw SR;;R=4;;P0=-4094;;P1=205;;P2=-530;;P3=501;;P4=-253;;D=101234123412123434123412123412121212121234;;
set sduino raw SR;;R=4;;P0=-4094;;P1=205;;P2=-530;;P3=501;;P4=-253;;D=1012341234121234341234121234121212341212;;
set sduino raw SR;;R=4;;P0=-4094;;P1=205;;P2=-530;;P3=501;;P4=-253;;D=1012341234121234341234121234121212123412;;

I confirm they are all working as expected (light/5min/higher/lower).

[elektron-bbs]

Wollen wir nicht besser diese Fernbedienung gleich richtig integrieren?

[HomeAutoUser]

Ihr würde auch denken, wenn der Ansatz da ist, dann richtig integrieren. Somit profitieren alle davon.

[sidey79]

Auf jeden Fall, ich wollte zunächst nur feststellen, ob wir das richtig Signal haben.
Als MS wird es vermutlich nicht erkannt, weil der Takt nicht erkannt wird. :(

[elektron-bbs]

Ich habe schon mal eine Definition für diese Fernbedienung erstellt:

    "78"  =>  ## Remote control SEAV BeSmart S4 for BEST Cirrus Draw (07F57800) Deckenluefter
                # https://github.com/RFD-FHEM/RFFHEM/issues/909 @TheChatty
                # MU;P0=-19987;P1=205;P2=-530;P3=501;P4=-253;P6=-4094;D=01234123412123434123412123412123412121216123412341212343412341212341212341212121612341234121234341234121234121234121212161234123412123434123412123412123412121216123412341212343412341212341212341212121;CP=1;R=70;
                # MU;P0=-23944;P1=220;P2=-529;P3=483;P4=-252;P5=-3828;D=01234123412123434123412123412121212121235123412341212343412341212341212121212123512341234121234341234121234121212121212351234123412123434123412123412121212121235123412341212343412341212341212121212123;CP=1;R=74;
                # MU;P0=-8617;P1=204;P2=-544;P3=490;P4=-246;P6=-4106;D=01234123412123434123412123412121234121216123412341212343412341212341212123412121612341234121234341234121234121212341212161234123412123434123412123412121234121216123412341212343412341212341212123412121;CP=1;R=70;
                # MU;P0=-14542;P1=221;P2=-522;P3=492;P4=-240;P5=-4114;D=01234123412123434123412123412121212341215123412341212343412341212341212121234121512341234121234341234121234121212123412151234123412123434123412123412121212341215123412341212343412341212341212121234121;CP=1;R=62;
      {
        name            => 'BeSmart_Sx',
        comment         => 'Remote control SEAV BeSmart S4',
        id              => '78',
        knownFreqs      => '433.92',
        zero            => [1,-2],
        one             => [2,-1],
        end             => [-14],
        # start           => [-14],
        clockabs        => 250,
        reconstructBit  => '1',
        format          => 'twostate',
        preamble        => 'u78#',
        # clientmodule    => 'SD_UT',
        # modulematch     => '^P78#',
        length_min      => '19',
        length_max      => '20',
      },

Die vier Tasten werden damit folgendermaßen dekodiert:

53490
53481
53488
53484

Ich habe jetzt ein Problem mit der Zuordnung von Ident und Button. Die verschiedenen Tasten belegen mindestens 4 Bit, bleiben noch max. 16 Bit für die Ident von insgesamt 20 Bit.
Auf der Herstellerseite https://www.seav.com/en-gb/433mhz-transmitters steht aber: "Encoding: 18 bit random code".
Ich würde ja dazu tendieren, die ersten 12 Bit für die Ident zu nehmen und die restlichen 8 Bit für die Buttoncodes.

@TheChatty
Um das zu verifizieren, müsstest du bitte die Fernbedienung mehrmals resetten, um neue Codes zu erzeugen und die danach empfangenen Nachrichten hier hochladen.

[TheChatty]

So wie ich es verstanden habe, benötigt man das besondere Kabel um die aktuellen Codes von FB1 auf FB2 zu übertragen. In der Bedienungsanleitung des Deckenlüfters steht gar nichts, wie man eine FB anlernt - ich kontaktiere mal den Hersteller. Ich will jedenfalls nicht ohne FB dastehen, denn man kann den Lüfter nämlich nicht von Hand steuern.

Ich habe deine Definition mal eingespielt und sie funktioniert, wie erwartet.

set sduino sendMsg P78#0x53490#R4 ==> toggle light
set sduino sendMsg P78#0x53481#R4 ==> 5 minutes @ level 1
set sduino sendMsg P78#0x53488#R4 ==> level up
set sduino sendMsg P78#0x53484#R4 ==> level down

[elektron-bbs]

Laut Doku muss man dazu zwei Tasten betätigen:

Creating a new random code (Reset):
The radio control is supplied with default random
codes. If you want to create a new set of random
codes, follow the RESET process: press the two
buttons (the top and bottom buttons on the 4-
channel model and the only two buttons on the 2-
channel model) simultaneously and hold them for
10 seconds. After the LED lights up, press the
same two buttons within 3 seconds. The LED will
flash 3 times to indicate that the process is
complete.
WARNING! The RESET process completely
deletes the default codes.

Sicher muss danach allerdings der Deckenlüfter die Codes neu anlernen.