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| Original file line number | Diff line number | Diff line change |
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| @@ -0,0 +1,79 @@ | ||
| # Decoder for Hornbach awning remotes. | ||
| # | ||
| # The remote is labeled MSRC-SAL and has article number 6196477 printed on the | ||
| # label [0]. On the inside there's a chip with its markings removed, but it | ||
| # looks like an off-the-shelf, generic remote. There are multiple LED positions, | ||
| # where only one is soldered. There's unused keys, an unlabeled one on the | ||
| # front, which does not even emit an RC signal, and one on the back, 'time', | ||
| # without even a button behind it, nor was there a spot on the PCB for a key. | ||
| # | ||
| # There is also another sort of remote, which includes a wind-sensor [1]. | ||
| # It is assumed that it functions just like a remote, taking light and wind | ||
| # into account to send the close signal. | ||
| # | ||
| # It should probably be mentioned, that Hornbach itself is likely not the | ||
| # manufacturer itself. | ||
| # | ||
| # The remote operates on a 433.92 MHz frequency. The PCB is labeled | ||
| # 'DC104-HD V1.3' and seems to be produced in 2019-07-04. | ||
| # | ||
| # Hornbach awnings use OOK_PWM encoding. | ||
| # - 0 is defined as a 372 µs pulse followed by a 744 µs gap. | ||
| # - 1 is defined as a 744 µs pulse followed by a 372 µs gap. | ||
| # - reset is defined as a 1116 gap followed by a 7812 µs gap. | ||
| # - sync is defined as a 4836 µs pulse, followed by a 1488 µs gap. | ||
| # | ||
| # > __Note:__ It is unclear if the last space (gap) of a bit is always extended | ||
| # to a certain length, or if this is an additional delimiter. One could argue | ||
| # the reset/delimiter is a 8928 µs gap. | ||
| # | ||
| # Transmissions starts with a sync and gap pulse, followed by 40 bits, closed | ||
| # off with a gap and reset pulse. | ||
| # These seem to be repeated at least 4 times, depending on how long the button | ||
| # is kept pressed. The exception is the light, which is never repeated more than | ||
| # 4 times, which is also visible on the remotes activity LED. | ||
| # | ||
| # Possible packet layout: | ||
| # It starts with 32 bits Remote ID, possibly a combination of vendor + function | ||
| # as commonly seen in infra-red remote controls. These are likely remote-unique. | ||
| # When programming the awning to match a new/different remote, one is expected | ||
| # to press `P2` during power-on, which the awning will acknowledge with some | ||
| # beeps. Since the code does not change when pushing `P2`, this is a fair | ||
| # assumption, but an assumption still. | ||
| # | ||
| # Following the remote ID we have a single byte that indicates the button. | ||
| # | ||
| # | Button | Byte | Bits | Function | | ||
| # |----------|------|------------------|-------------------------------------| | ||
| # | P2 | 33 | 0 0 1 1 0 0 1 1 | Program/Learn remote | | ||
| # | MODE | 3e | 0 0 1 1 1 1 1 0 | Unknown/Undocumented | | ||
| # | STOP | aa | 1 0 1 0 1 0 1 0 | Stop awning at current position | | ||
| # | DOWN rel | c3 | 1 1 0 0 0 0 1 1 | Release of button DOWN | | ||
| # | DOWN | cc | 1 1 0 0 1 1 0 0 | Open awning (via internal endstop) | | ||
| # | UP rel | e1 | 1 1 1 0 0 0 0 1 | Release of button UP | | ||
| # | UP | ee | 1 1 1 0 1 1 1 0 | Close awning (via internal endstop) | | ||
| # | LIGHT | f0 | 1 1 1 1 0 0 0 0 | Light high/low/off | | ||
| # | ||
| # The UP/DOWN buttons are the only buttons that sends a release event when the | ||
| # key is released on the remote. If the button is kept pressed until the remote | ||
| # stops the signal, the UP/DOWN (release) key is not sent. Interestingly the | ||
| # release events is the inverse of the last nibble of the press event. They are | ||
| # ignored by the awning, which makes sense, as it is already moving. | ||
|
|
||
| frequency 433.92M | ||
|
|
||
| decoder { | ||
| name = MSRC-SAL, | ||
| modulation = OOK_PWM, | ||
| bits = 40, | ||
| short = 372, | ||
| long = 744, | ||
| reset = 7812, | ||
| sync = 4836, | ||
| gap = 1488, | ||
| get = RUID:@0:{32}:%x, | ||
| get = button:@32:{8}:[0x33:P2 0x3E:MODE 0xAA:STOP 0xC3:DOWN_(release) 0xCC:DOWN 0xE1 UP_(release) 0xEE:UP 0xF0:LIGHT], | ||
| } | ||
|
|
||
| # [0]: https://www.hornbach.nl/p/reserveonderdeel-afstandsbediening-voor-zonnescherm-6145050-6145051-6145052-10178611-10178638-10178639-10178640-6823732-6823733-6823734-10461615-104961614-10328334-10328335-10468366-10468367-10468368-10468369-10468370/6196477/ | ||
| # [1]: https://www.hornbach.de/p/windwaechter-fuer-motor-markisen-weiss-inkl-1-5-m-netzanschlussleitung/10178681/ |
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| Original file line number | Diff line number | Diff line change |
|---|---|---|
| @@ -0,0 +1,22 @@ | ||
| # iVac Pro remote control that has different channels, tools and an on/off button | ||
| # https://github.com/merbanan/rtl_433/issues/3034 | ||
|
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| # -X 'n=iVacPro,m=OOK_PWM,s=420,l=856,r=2000,bits=13,unique,get=id:@0:{6}:%d,get=CMD:@8:{1}:[0:ON 1:OFF],get=SYSTEM_ADDRESS:@6:{2}:[0:D_11 1:C_01 2:B_10 3:A_00],get=TOOL_ADDRESS:@9:{3}:[0:7_111 1:6_011 2:5_101 3:4_001 4:3_110 5:2_010 6:1_100 7:8_000],get=Parity:@12:{1}:%d' | ||
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| decoder { | ||
| name=iVacPro, | ||
| modulation=OOK_PWM, | ||
| short=420, | ||
| long=856, | ||
| reset=2000, | ||
| bits=13, | ||
| unique, | ||
|
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||
| get=@0:{6}:id:%d, | ||
| get=@8:{1}:CMD:[0:ON 1:OFF], | ||
| get=@6:{2}:SYSTEM_ADDRESS:[0:D_11 1:C_01 2:B_10 3:A_00], | ||
| get=@9:{3}:TOOL_ADDRESS:[0:7_111 1:6_011 2:5_101 3:4_001 4:3_110 5:2_010 6:1_100 7:8_000], | ||
| get=@12:{1}:Parity:%d | ||
| } | ||
|
|
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| Original file line number | Diff line number | Diff line change |
|---|---|---|
| @@ -0,0 +1,61 @@ | ||
| # Decoder for oma battery powered roller blind motor controller | ||
| # Tested with blind motor with electronic limit switch. Mechanical limit | ||
| # switch motors not tested. | ||
| # Instructions (LKC040902 ver 1.0) reference motors C-C16/C-C17. | ||
|
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||
| # The device tested is model 8C-C18-DC-WA-A101 5 channels | ||
| # 433.92MHz | ||
| # https://www.omaautomation.com/ | ||
| # FCC ID: Unknown | ||
|
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||
| # Note. There is another controller of similar apearance, which has | ||
| # programmable date/time functions, which uses a different (incompatable) | ||
| # protocol. | ||
|
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| # User manual: LKC040902 ver 1.0 (hardcopy) | ||
|
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| # FCC ID: Unknown | ||
|
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| # I have tested commands for blind up, blind stop and blind down. | ||
|
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| # Short pulses have been found to work between 400 to 350 us, with long pulses | ||
| # twice that. | ||
|
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| # Schema of signal is <2 byte command> | ||
| # <7 byte controller address> | ||
| # <1 byte 1's compliment of channel number> | ||
| # Up and down commands are sent as a pair of repeated commands. | ||
| # Stop command is sent as a single repeated command. | ||
| # The number of repeats received is quite variable, usually around 10. | ||
|
|
||
| # Channel number is 1's complement of the eigth byte. Thus 0xf = channel 0 | ||
| # 0xe = channel 1 | ||
| # ... | ||
| # 0x0 = channel 15 | ||
|
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||
| # Up commands are: | ||
| # Burst of about 6 repeats of: <ee><7 byte controler address><1 byte channel> | ||
| # followed by a burst of about 6 repeats of: <e1><7 byte controler address><1 byte channel> | ||
|
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| # Stop commands are: | ||
| # Burst of about 6 repeats of: <aa><7 byte controler address><1 byte channel> | ||
|
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| # Down commands are: | ||
| # Burst of about 6 repeats of: <cc><7 byte controler address><1 byte channel> | ||
| # followed by a burst of about 6 repeats of: <c3><7 byte controler address><1 byte channel> | ||
|
|
||
| decoder { | ||
| n=oma, | ||
| m=OOK_PWM, | ||
| s=375, | ||
| l=750, | ||
| r=11760, | ||
| g=0,t=0, | ||
| y=4824, | ||
| bits=40, | ||
| rows>=2, | ||
| get=command:@0:{8}:[238:up 225:up 170:stop 204:down 195:down], | ||
| get=@8:{28}:controller_id, | ||
| get=channel:@36:{4}:[15:0 14:1 13:2 12:3 11:4 10:5 9:6 8:7 7:8 6:9 5:10 4:11 3:12 2:13 1:14 0:15], | ||
| unique | ||
| } |
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