Support for these remotes

[TurboTronix]

Tried Tasmota and now Espurna but nothing seems to be working. I don't even know if these types of remotes are supported:

I can sniff the codes but I can't send them (or maybe I am sending them since the RF light blinks but nothing happens).

These are my 2 remotes (the 315Mhz is for a projector curtain, and the 433.92mhz is for RGB pool lights)

[TurboTronix]

Funny thing I just noticed, I made Espurna learn my 433.92mhz remote codes (on/off is the same button on the remote so made the ON/OFF in Espurna the same code: C00101B31800557FC0). When I press the ON/OFF button on my remote it changes the switch status is Espurna from On to Off and vise versa. But Espurna doesn't control the actual light bulb only the original remote does.

[TurboTronix]

This is what happens when I press the buttons via Espurna (button switch0 pressed on and off, and button switch1 pressed on and off):

[924386] [WEBSOCKET] Requested action: relay
[924389] [RELAY] #0 scheduled ON in 0 ms
[924392] [RELAY] #0 set to ON
[924395] [RF] Enqueuing MESSAGE 'C00101B41800557FC0' 1 time(s)
[924399] [MQTT] Sending ESPURNA-CD02DC/relay/0 => 1 (PID 1)
[925402] [RELAY] Setting relay mask: 1
[925582] [WEBSOCKET] Requested action: relay
[925585] [RELAY] #0 scheduled OFF in 0 ms
[925589] [RELAY] #0 set to OFF
[925592] [RF] Enqueuing MESSAGE 'C00101B41800557FC0' 1 time(s)
[925596] [MQTT] Sending ESPURNA-CD02DC/relay/0 => 0 (PID 1)
[926601] [RELAY] Setting relay mask: 0
[926700] [WEBSOCKET] Requested action: relay
[926703] [RELAY] #1 scheduled ON in 0 ms
[926705] [RELAY] #1 set to ON
[926709] [RF] Enqueuing MESSAGE 'C00101B51800557F30' 1 time(s)
[926713] [MQTT] Sending ESPURNA-CD02DC/relay/1 => 1 (PID 1)
[927718] [RELAY] Setting relay mask: 2
[927740] [WEBSOCKET] Requested action: relay
[927742] [RELAY] #1 scheduled OFF in 0 ms
[927745] [RELAY] #1 set to OFF
[927748] [RF] Enqueuing MESSAGE 'C00101B51800557F30' 1 time(s)
[927752] [MQTT] Sending ESPURNA-CD02DC/relay/1 => 0 (PID 1)
[928758] [RELAY] Setting relay mask: 0

And this via the original remote(Button pressed On then Off, and button Mode pressed twice):

[973305] [RF] Received code: 00557FC0
[973308] [RF] Action 0xA4
[973309] [RF] Received message 'C00101B51800557FC0'
[973313] [RF] Trying to match code 557FC0
[973315] [RF] Match ON code for relay 0
[973318] [RF] Match OFF code for relay 0
[973320] [RF] Matched message 'C00101B41800557FC0'
[973322] [RELAY] #0 scheduled ON in 0 ms
[973326] [MQTT] Sending ESPURNA-CD02DC/rfin => C00101B41800557FC0 (PID 1)
[973333] [RELAY] #0 set to ON
[973337] [MQTT] Sending ESPURNA-CD02DC/relay/0 => 1 (PID 1)
[974342] [RELAY] Setting relay mask: 1
[979136] [RF] Received code: 00557F30
[979138] [RF] Action 0xA4
[979140] [RF] Received message 'C00101B41800557F30'
[979143] [RF] Trying to match code 557F30
[979147] [RF] Match ON code for relay 1
[979151] [RF] Match OFF code for relay 1
[979154] [RF] Matched message 'C00101B51800557F30'
[979158] [RELAY] #1 scheduled ON in 0 ms
[979162] [MQTT] Sending ESPURNA-CD02DC/rfin => C00101B51800557F30 (PID 1)
[979169] [RELAY] #1 set to ON
[979176] [MQTT] Sending ESPURNA-CD02DC/relay/1 => 1 (PID 1)
[980181] [RELAY] Setting relay mask: 3

[TurboTronix]

How can i send rfout from command line?

[TurboTronix]

Ok i managed to send an rfout command via hassio but it doesn't control my light. Can't figure out if the rf bridge transmit any rf signal, is there a way to see if the rf bridge send anything out?

[sesam]

Using a cheap SDR (soft defined radio, $9 and up) you can monitor RF activity to record and replay RF remores and more.

[pelson]

Similar situation here. I have the "Brennenstuhl Comfort-Line RCR CE1 1011 IP20 FR 3726" sockets and "Brennenstuhl Comfort-Line RCT CE1 CR 3726" remote. When I press a button I get one of 4 or 5 different codes, but each button press is definitely not unique (so not a rolling code FWICT). Based on no evidence at all, I suspect this is using the Intertechno v3 protocol - I'm not entirely certain how to confirm this though.

I've got a couple of sonos RF bridges, both with direct bypass (RFB_DIRECT) and am happy to experiment with the bridges if there are suggestions for better understanding the devices.