No problem
19:40:11.424 MQT: tele/Tasmota_RFBridge/STATE = {“Time”:“2021-04-23T19:40:11”,“Uptime”:“0T09:55:10”,“UptimeSec”:35710,“Heap”:27,“SleepMode”:“Dynamic”,“Sleep”:50,“LoadAvg”:19,“MqttCount”:1,“Wifi”:{“AP”:1,“SSId”:“VM3178242”,“BSSId”:“AC:F8:CC:0A:2B:93”,“Channel”:6,“RSSI”:86,“Signal”:-57,“LinkCount”:1,“Downtime”:“0T00:00:03”}}
This is just the state of the bridge, a kind of heartbeat that the bridge is sending in a regular time frame.
19:41:02.734 MQT: tele/Tasmota_RFBridge/RESULT = {“Time”:“2021-04-23T19:41:02”,
“RfReceived”:{“Sync”:12520,“Low”:440,“High”:1240,“Data”:“D84E3E”,“RfKey”:“None”}}
This is the important part for decoding the PIR signal.
Sync, Low and High will be different, but always in a range that is nearby these values.
The Data part will always be the same, normally. That’s how you can identify the PIR.
Before I continue I need to know, if the PIR is sending a second signal after a while, when the area is clear again.
Means: if you activate the PIR and then nothing happens for x seconds, will the PIR send a second signal or not?
There are PIR’s that send just a signal when a motion is recognized and there are PIR’s that send a second signal when no motion was recognized after a certain time, when the area is ‘clear’.
If that is the case, then the data for sending ‘clear’ could be different.