Wireless Outdoor Arduino Weather Station With PC Logging and Graphs 4 Steps. To Assemble the remote weather station you will go through the following step, and will elaborate on each below Connect all the sensors to the StalkerArduino board Make minor modification to the Stalker Configure the XBee modules Load program onto the Stalker Run program on the PC Connecting the sensors DHT2. DHT2. 2 Pin 1 to 3. Volt of Arduino. DHT2. Pin 4 to GND of Arduino. DHT2. 2 Pin 2 to digital pin 2 of Arduino. KOhm resistor between pin 1 Vcc to pin 2 data of the sensor. In 1988, the NEXRAD Agencies established the WSR88D Weather Surveillance Radar 88 Doppler Radar Operations Center ROC in Norman, Oklahoma. The ROC employees come. View and Download Apple IPHONE 7 user manual online. IPHONE 7 Cell Phone pdf manual download. Introduction Wireless Outdoor Arduino Weather Station With PC Logging and Graphs. Station profile. Here is some information about my shack, so you have an idea of the conditions under which I usually test receivers. Location type suburban. DHT2. 2 Pin 3 is left not connected. Consider using small bread board for this small circuit. Console for debugging optional on digital pins 3 and 9 9. This is only useful if you want to see debug messages, change things in the SW etc. For this to work you will need to connect the FTDI to the below pins or simply useadditional FTDI board thats what I did. If you only use one board then you will needto connect it to the programming side, load the program then connect to the console pins to see the output, which is pretty tedious if you ask me. To connect console only, here are the connections required GND from the FTDI to Arduino GNDRx from the FTDI to digital pin 9 of the Arduino. Tx from the FTDI to digital pin 3 of the Arduino. BMP0. 85 is connected to the I2. C interface analog pins 4 and 5 of the Arduino. Vcc from sensor breakout board to 3. V of Arduino. Gnd from sensor breakout board to GND of Arduino. SDA from sensor breakout board to Aruino analog pin 4. BARRYS GOODS FOR SALE Bridgeportstyle Millhead for Sale. SL101.jpg' alt='Instructions Manual For Rf Tech Weather Station' title='Instructions Manual For Rf Tech Weather Station' />SCL from sensor breakout board to Arduino analog pin 5. If you are using small bread board for the DHT2. Minor modification to the Stalker board I used the Stalker v. In the v. 2. 0 you will need to place a short on the bottom side of the board to connect INTA and PD2 pads, see this picture. I did not checked it with v. Stalker, but could see the same functionality still exist there. Having said that, the RTC module used in the Stalker v. DS3. 23. 1 compared to R8. There are Arduino libraries for this new version RTC module out there, but it will obviously require some code modifications on the sketch I have here. This is not very difficult though, so dont be too scared of that. Next connect Arduino digital output 5 to XBee pin 9. You will see Pin 1 marked on the XBee and Pin 9 is one before last on that row. The Stalker does expose 0. XBee pins so it is easy to solder a header and do the connection, or use simple wire for that. Configuring the XBee modules There is quite a bit of information and in depth on the XBee modules on the net. I will not go into all the details here. Few notes though The XBee modules have API mode and Command mode firmwares. I use the library that requires the API mode. Also, with Series 2 of XBee, there is a role for each module, so we need one coordinator that is connected to the PC and one endpoint which is the module installed on the remote weather station. Also there is some addressing information that needs to be identical between units, and I chose this address code to be 2. Obviously you can choose something different. On the coordinator side PC the AO needs to be 0. On the weather station side the AO should be 2 but in any case I ignore the return codes, so it will work anyway. Install the X CTU utility Optionally do firmware upgrade to the XBee Modules please note you need the API mode firmware Configure one unit to be coordinator and another to be endpoint Configuration for both coordinator and endpoint the sensor is included in the ZIP file for this instructable Write down the Coordinator XBee address Nodes AddressingSH and AddressingSL. Place the XBee module configured as endpoint into the Stalker socket Place the XBee module configured as coordinator into the XBee. Explorer and connect it to the PC Loading Program onto the Stalker board Connect the Uart. Bee to the Stalker programming pins see Seeduino site for details. Make the recommended modifications to Arduino IDE so that it will know about this type of board see the content in Arduino. IDE sub directory of the ZIP file attached here Add the libraries from the ZIP file sub directory Libraries to the user libraries of your Arduino IDE Connect the Uart. Bee to your PC USB Place the code for the Stalker in your development area, Go to the line in the. XBee. Address. 64 addr. Divertimento Bartok Pdf Files. XBee. Address. 640x. A2. 00, 0x. 40. 86. EF2 and modify the numbers to have the address of your coordinator as you wrote down in previous section XBee. Address. 64SH, SL Compile and load the program onto the Stalker Connect battery and solar charger once you also assembled all in your enclosure Run the program on the PC Place the. PC in some directory of your choice no, did not do an install program. Weather. Sation. Man. DTG. Spreadsheet. Weather. Station. ManbinDebug Run the program and double click on the COM port to which your XBee is connected to After a minute or so, you should start to see readings of the weather information from the remote station Add the program to automatically start on boot time by following steps in this explanation. Follow the path and file name of the program with the parameter specifying the COM port to which the XBee is connected. For example, if the COM port is COM2. C TempWeather. Station. Vehicle Outlines.