You can control your device from outside the local network with proper port forwarding and use of the WAN IP within the application or by using a VPN. The design of the schematic, PCB, and parts list can be found on the project. This application requires you to own an OpenSprinkler that is properly connected to your network. OpenSprinkler: Open-source Web-enabled Sprinkler Valve Controller: Overview. I updated it JUL2021 to use latest build and newer hardware.OpenSprinkler Pi (OSPi) is an open-source sprinkler / irrigation extension board for the Raspberry Pi. * Multiple supported languages (Afrikaans, Amharic, Chinese, Czech, Dutch, French, German, Hebrew, Hungarian, Italian, Mongolian, Norwegian, Polish, Portuguese, Slovak, Slovenian, Spanish, and more) OpenSprinkler: This instructable was published in 2015.
* View current weather and forecast status for the device location * View graphical and tabulated representation of log data * View visual representation of upcoming scheduled programs Add soil sensors (I havent done this yet not supported by Open Sprinkler. * Launch ad-hoc or defined programs instantly Integrate with weather reports (built in to OpenSprinkler). OpenSprinkler is an open-source Internet web-based sprinkler timer / controller built upon the Arduino platform. Its hardware schematic, firmware source code, user manual, and API document are all available at the OpenSprinkler Github repository (look for the prefix OSBee in the repository). When a sprinkler head opens as a result of exposure to high heat, the gas pressure in the pipes is reduced, which triggers a remote valve to open, filling the pipes with water, which is then discharged only through the open heads. The application allows you to automatically detect and control your OpenSprinkler irrigation system(s). dry pipe system: same as above, except pipes filled with air (or other gas) under pressure.
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