This page tries to collect links about 433 devices that I collected over time

First, try to decode signals using rtl-sdr and https://github.com/merbanan/rtl_433 (if it's temperature sensor, and even if it's not you can use -a option to analyze signals)

OOK

• http://lucsmall.com/2012/04/29/weather-station-hacking-part-2/
• http://lucsmall.com/2013/12/19/weather-updates/
• https://github.com/lucsmall/BetterWH2

Simpler and better example using interrupts: http://forum.arduino.cc/index.php?topic=145341.0

Prologue temperature sensor

dpavlin@x200:/rest/cvs/rtl_433/build$ ./src/rtl_433 -a
Registering protocol[01] Rubicson Temperature Sensor
Registering protocol[02] Prologue Temperature Sensor
Registering protocol[03] Silvercrest Remote Control
Registering protocol[04] ELV EM 1000
Registering protocol[05] ELV WS 2000
Registering protocol[06] Waveman Switch Transmitter
Registering protocol[07] Steffen Switch Transmitter
Registering protocol[08] Acurite 5n1 Weather Station
Found 1 device(s):
  0:  Realtek, RTL2838UHIDIR, SN: 00000001

Using device 0: Terratec T Stick PLUS
usb_claim_interface error -6
Failed to open rtlsdr device #0.
dpavlin@x200:/rest/cvs/rtl_433/build$ ./src/rtl_433 -a
Registering protocol[01] Rubicson Temperature Sensor
Registering protocol[02] Prologue Temperature Sensor
Registering protocol[03] Silvercrest Remote Control
Registering protocol[04] ELV EM 1000
Registering protocol[05] ELV WS 2000
Registering protocol[06] Waveman Switch Transmitter
Registering protocol[07] Steffen Switch Transmitter
Registering protocol[08] Acurite 5n1 Weather Station
Found 1 device(s):
  0:  Realtek, RTL2838UHIDIR, SN: 00000001

Using device 0: Terratec T Stick PLUS
Found Elonics E4000 tuner
Exact sample rate is: 250000.000414 Hz
Sample rate set to 250000.
Sample rate decimation set to 0. 250000->250000
Bit detection level set to 10000.
Tuner gain set to Auto.
Reading samples in async mode...
Tuned to 433920000 Hz.
*** signal_start = 2410789, signal_end = 2643271
signal_len = 232482,  pulses = 262
Iteration 1. t: 164    min: 156 (169)    max: 173 (93)    delta 725
Iteration 2. t: 162    min: 154 (134)    max: 171 (128)    delta 8
Iteration 3. t: 162    min: 154 (127)    max: 171 (135)    delta 0
Distance coding: Pulse length 162

Short distance: 443, long distance: 936, packet distance: 2255

p_limit: 162

[00] {38} 17 06 03 64 80 : 00010111 00000110 00000011 01100100 10000000
[01] {36} 5c 18 0d 92 00 : 01011100 00011000 00001101 10010010 00000000
[02] {36} 5c 18 0d 92 00 : 01011100 00011000 00001101 10010010 00000000
[03] {36} 5c 18 0d 92 00 : 01011100 00011000 00001101 10010010 00000000
[04] {36} 5c 18 0d 92 00 : 01011100 00011000 00001101 10010010 00000000
[05] {36} 5c 18 0d 92 00 : 01011100 00011000 00001101 10010010 00000000
[06] {36} 5c 18 0d 92 00 : 01011100 00011000 00001101 10010010 00000000
[07] {0} 00 : 00000000

Sensor temperature event:
protocol      = Prologue
button        = 0
battery       = Ok
temp          = 21.7
humidity      = 32
channel       = 1
id            = 5
rid           = 193
hrid          = c1
5c 18 0d 92 00

RSLR3

Wall socket with RSLR3 protocol:

• http://www.conrad.hr/Be%26%23382;i%26%23269;ni-ugradbeni-prekida%26%23269;-RSLR3.htm?websale8=conrad-hr&pi=640303&ci=SHOP_AREA_260554_2806092
• 640303-an-01-ml-FUNK_EINBAUSCHALTER_RSLR3_de_en_fr_nl.pdf

Some information how to pair it

• http://forums.ninjablocks.com/index.php?p=/discussion/269/pairing-conrad-rsl-actuators/p1
• http://www.mikrocontroller.net/topic/252895

[2 Bit = '10'][2 Bit = Tasten 1 bis 4][2Bit = Ein/Ausschalten][2 Bit = 
Wahlschalter 1 bis 4][24 Bit = "Fernsteuerungs ID"]

1.1 AN
10110110110100101011100111000000
1.1 AUS
10111110110100101011100111000000

1.2 AN
10001110110100101011100111000000
1.2 AUS
10000001110100101011100111000000

1.3 AN
10100110110100101011100111000000
1.3 AUS
10101110110100101011100111000000

1.4 AN
10010110110100101011100111000000
1.4 AUS
10011110110100101011100111000000


2.1 AN
10111001110100101011100111000000
2.1 AUS
10110101110100101011100111000000

2.2 AN
10000101110100101011100111000000
2.2 AUS
10001101110100101011100111000000

2.3 AN
10101001110100101011100111000000
2.3 AUs
10100101110100101011100111000000

2.4 AN
10011001110100101011100111000000
2.4 AUS
10010101110100101011100111000000


3.1 AN
10110000110100101011100111000000
3.1 AUS
10111000110100101011100111000000

3.2 AN
10001000110100101011100111000000
3.2 AUS
10000100110100101011100111000000

3.3 AN
10100000110100101011100111000000
3.3 AUS
10101000110100101011100111000000

3.4 AN
10010000110100101011100111000000
3.4 AUS
10011000110100101011100111000000


4.1 AN
10111100110100101011100111000000
4.1 AUS
10110010110100101011100111000000

4.2 AN
10000010110100101011100111000000
4.2 AUS
10001010110100101011100111000000

4.3 AN
10101100110100101011100111000000
4.3 AUS
10100010110100101011100111000000

4.4 AN
10011100110100101011100111000000
4.4 AUS
10010010110100101011100111000000


ALLE AN
10010011110100101011100111000000
ALLE AUS
10100011110100101011100111000000


Kleine Fernbedienung

An
10111001010010000100101011000000
AUS
10110101010010000100101011000000

Power sockets

• http://www.conrad.hr/%26%23268;etverodijelni-komplet-be%26%23382;i%26%23269;nih-prekida%26%23269;a-433-MHz.htm?websale8=conrad-hr&pi=640475&ci=SHOP_AREA_260547_0806012
• 640475-an-01-ml-FUNK_SCHALTER_SET_4TEILIG_de_en_fr_nl.pdf

Send/receive using USB sound card

• http://rurandom.org/justintime/index.php?title=Cheapest_ever_433_Mhz_transceiver_for_PCs
• https://www.tablix.org/~avian/blog/archives/2011/10/receiver_module_follow_up/