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You will see lights flashing on your Arduino UNO and you should see text starting up in your Serial port.

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Step 12 вЂ“ Compile and download the code to your Arduino by hitting the green right facing arrow button on the upper left of the Arduino IDE screen. Next set your Serial Window Baud Rate to 115200 Step 11 вЂ“ Click on the magnifying glass on the upper right of the Arduino IDE to see the Serial output from the Arduino. Step 10 вЂ“ Now you will see three tabs containing the WeatherRack2 software. Go to Open->SDL_Arduino_WeatherRack2 and select the SDL_Arduino_WeatherRack2.ino file. Step 9 вЂ“ Open the downloaded SDL_Arduino_WeatherRack2.ino file. The port number and name will vary by computer type. Step 8 вЂ“ Select the USB Serial port in which you have plugged the Arduino. Go to Tools->Board->Arduino AVR Boards->Arduino UNO Step 7 вЂ“ Select the Arduino Board you have. The location of this will vary by computer type. Step 5 вЂ“ Move the whole program directory to your вЂњarduinoвЂќ directory. Step 4 вЂ“ Remove the вЂњ-masterвЂќ from the name of the unzipped directory

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Step 2 вЂ“ Download the SDL_Arduino_WeatherRack2 drivers.ДЄnd download the zip file (under the green Code tab). Go toДЄnd follow the instructions for your computer. This process will vary according to your computer.

#Raspberry pi mac address sniffer install#

Step 1 вЂ“ Install the Arduino IDE on your computer. Before you proceed, make sure you have assembled your WeatherRack2 and have batteries in both the WeatherRack2 and the Indoor T/H Sensor (F016TH).

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To program the Arduino, you must install the Arduino IDE, download the software and program the Arduino. The Arduino UNO (Part B) is generally supplied unprogrammed. Step 4 вЂ“ Plug the square end of the USB Cable (Part E) in the Arduino UNO (Part B) and then the other end of the USB Cable into an USB Port on your computer. Step 3 вЂ“ Plug the male end of the 3 male to female jumpers (Part A) into the Arduino Uno (Part B) pins as follows: RXB8 (Part D) PinsД¬heck your work! DO NOT MIX UP THESE WIRES! YOU MAY DAMAGE YOUR HARDWARE! Step 2 вЂ“ Plug the Two Lead Female Dipole antenna (Part C) into the RXB8 (Part D) pins ANT and GND as shown. Carefully note the colors that you have on each pin (your colors will vary). Step 1 вЂ“ Plug the 3 male to female jumpers (Part A) into the GND, Data and +5V pins of the RXB6 receiver (Part D). Part E вЂ“ USB Cable for Arduino to Computer Connection (included in the Arduino link above in Part B) Step-By-Step Assembly Part C вЂ“ 2 female 17cm dipole antenna cable (colors will vary) Cut two jumpers to 17cm long and leave the female header attached Part B вЂ“ Arduino UNO вЂ“ Any Arduino or compatible will work. Follow the instructions in the WeatherRack2 Technical Specification and Assembly manual. This post provides step by step instructions for installation, operation and troubleshooting an Arduino receiver for the WeatherRack2.ДЄssemble your WeatherRack2 and Indoor T/H Sensor and put batteries in the units. You can increase the range by using better antennas that the suggested Dipole antenna. The range of these units will be around 50-100 meters depending on your electrical environment and where you locate the receiver. This kit uses only one digital input so you have lots of other pins to use on your own projects. It is based on the ATmega328P processor and has 14 digital input/output pins and 6 analog inputs. It is simple, fully contained and there are thousands of projects out there to build using an Arduino. The Arduino UNO is the best board to get started with electronics and coding. Connecting the Arduino to the 433MHz WeatherRack2