Difference between revisions of "LinkSprite weather station"
(→Tutorial) |
(→Tutorial) |
||
| Line 107: | Line 107: | ||
| − | 3. Software programming | + | '''3. Software programming''' |
| − | a. Install Arduino IDE | + | '''a. Install Arduino IDE''' |
*Make sure you have installed Arduino IDE with ESP8266 Arduino core, details you can check here | *Make sure you have installed Arduino IDE with ESP8266 Arduino core, details you can check here | ||
| − | b. Prepare the libraries | + | '''b. Prepare the libraries''' |
*Download the Arduino project and related libraries from github | *Download the Arduino project and related libraries from github | ||
| Line 123: | Line 123: | ||
| − | c. Update and your program | + | '''c. Update and your program''' |
*Using Arduino IDE to open the WeatherStation Arduino project | *Using Arduino IDE to open the WeatherStation Arduino project | ||
| Line 132: | Line 132: | ||
| − | d. Download the program | + | '''d. Download the program''' |
*Configure the board type and select the serial port which is recognized by your PC when using usb cable to connect PC and linkNode D1 | *Configure the board type and select the serial port which is recognized by your PC when using usb cable to connect PC and linkNode D1 | ||
| Line 148: | Line 148: | ||
| − | 4. Run and test | + | '''4. Run and test''' |
*After upload the program, the LinkNode D1 will create a AP called LinkNodeAP | *After upload the program, the LinkNode D1 will create a AP called LinkNodeAP | ||
Revision as of 09:27, 27 June 2016
Introduction
LinkSprite weather station is one kind of LinkSprite IoT kit which is powered by ESP8266 WiFi SoC. This kit can automatically collect environmental data including temperature, humidity and pressure, and display them on the local LCD. At the same time, it would upload these data periodically to LinkSprite IoT cloud server. User can check them on the website or using APP. This also is an open source product and you can download the hardware and software from the website.
Features
- LinkNode D1
- Temperature & humidity sensor
- Pressure sensor
- RTC module
- 16x2 SerLCD
- Solar powered
- Automatically sync data to LinkSpriteIO
Tutorial
1. Hardware assembling
- There are 6 acrylic panels to build a case for weather station
- Mount the solar panel onto the D panel, connect solar panel and battery to power management module
- Use screws to mount the LinkNode D1 and T&M sensor module onto the B panel
- Use Blue-tack to paste the pressure sensor module and RTC module on B panel
- Mount the SerLCD on the A panel
- Mount the button module on the E or F panel
- According to the following connection diagram to connect the LinkNode D1 and other peripherals
2. Access to LinkSpriteIO
a. Register to or sign in www.linksprite.io
- - Go to My devices --> Create DIY device
- Open the new created Device and get Device ID
- Go to My profile to get your own API key
3. Software programming
a. Install Arduino IDE
- Make sure you have installed Arduino IDE with ESP8266 Arduino core, details you can check here
b. Prepare the libraries
- Download the Arduino project and related libraries from github
- Unzip the WeatherStationLibraries.zip and move the files to the Arduino/libraries which is located in your account directory
- Open Arduino IDE and go to Sketch --> Include Library --> Manage Libraries
- Search the wifimanager and install it
c. Update and your program
- Using Arduino IDE to open the WeatherStation Arduino project
- Update Arduino project with your own deviceID and apikey
d. Download the program
- Configure the board type and select the serial port which is recognized by your PC when using usb cable to connect PC and linkNode D1
- Click the run button to program LinkNode D1
4. Run and test
- After upload the program, the LinkNode D1 will create a AP called LinkNodeAP
- Use your mobile phone to connect this AP
- Open a browser and enter the IP address 10.0.1.1 and you will see the following website:
