Also, the parts list in the OSpi Manual is not complete. So, I had to take the RPi and OSPi apart, insert the micro SD card.
However, once the Raspberry Pi and OSPI are connected, the micro SD slot is not accessible. For example, when following the OSPi User Manual steps, I connected the Raspberry Pi to the OSPI (Step 2) and then many steps later imaged the micro SD card (step 8 = 7 hardware steps plus 1 software step). I changed the order of some OpenSprinkler steps. This is a great source for the latest OpenSprkler documents. The OpenSprinkler v1.4+ User Manual (updated May 31, 2015) is the basis for this document. Use WiFi instead of a wired connection.Add soil sensors (I haven't done this yet – not supported by Open Sprinkler as of publish date).Integrate with weather reports (built in to OpenSprinkler).
Add functionality to the irrigation system.Control the irrigation system from the web.Don’t lose any functionality from current Rainbird irrigation system.If you are looking for a first project, do this one. This is the perfect home automation project. This instructable simply documents my progress in Home Automation. OpenSprinkler doesn't need an instructable. It is an easy and low-cost solution to transform a Raspberry Pi into a capable sprinkler controller with 8 zones for lawn and garden watering. OpenSprinkler Pi (OSPi) is an open-source sprinkler / irrigation extension board for the Raspberry Pi. I updated it JUL2021 to use latest build and newer hardware.
0 kommentar(er)
