Here’s a bunch of codes sent by my door sensors - which are the same as yours, as Francis says the only identifying feature is the code they send:
'92A90A':['433mhz/sensor_lounge_door','ON','true'],
'92A90E':['433mhz/sensor_lounge_door','OFF','true'],
'92A906':['433mhz/battery_lounge_door','ON','true'],
'0F400A':['433mhz/sensor_east_front_window','ON','true'],
'0F400E':['433mhz/sensor_east_front_window','OFF','true'],
'0F4006':['433mhz/battery_east_front_window','ON','true'],
'14760A':['433mhz/sensor_east_sunroom_door','ON','true'],
'14760E':['433mhz/sensor_east_sunroom_door','OFF','true'],
'147606':['433mhz/battery_east_sunroom_door','ON','true'],
'DDDE0A':['433mhz/sensor_back_door','ON','true'],
'DDDE0E':['433mhz/sensor_back_door','OFF','true'],
'DDDE06':['433mhz/battery_back_door','ON','true'],
This is an extract from my Python script. The values are in hex, those ending in A are OPEN, ending in E are CLOSED and ending in 6 are LOW BATTERY.
These correspond to various bits toggling in your binary value - use a binary to hex converter to see.
These sensors are very handy - they have a tamper sensor on the board that can be used to generate a 4th code.
I use them as light switches - see this: