![]() ![]() Again, the default password is opendoor.Īt any time, you can click on the Stop All Station button to reset and close all stations. Note that to use these control buttons, you need to input your password for security reasons. Next you will see the Controller Status, including the Operation status, Rain Delay and Rain Sensor status, Water Level/Percentage, and a Lastrun log (which shows the record of the station that ran most recently).Īt the bottom of the page are a list of Control Buttons, with which you can Start/Stop Controller Operation, switch to Manual Mode, set Rain Delay time, or Reboot the controller. If a station is turned on, the status will show which program it is running and the remaining water time if a station is scheduled to turn on but not running yet, the status will show the the scheduled water time. An annotated image is attached below:Īt the top are the Menu Links to other pages, the Firmware Version and Device Time, followed by a Program Preview button and the current Station Status. Open a web browser on your computer or any mobile device connected to same local network, and type in either or the IP address (for example, ). In addition, you can set the controller to ignore/bypass the web password. Web Password: for security reasons, changes to the controller settings and water schedules must go through password verification. If you encounter any issues, please check the F.A.Q. Once the controller starts, it will request an IP address from your router through either DHCP or static IP set by you. In order to use the web interface, you need to connect OpenSprinkler to your home router, using either a wired connection, or wireless via a WiFi adapter/bridge. In addition, you can remotely access and monitor your sprinkler stations online, even when you are traveling away. You can access the controller using any device that has a built-in web browser. Compared to traditional sprinkler timers, which limit you to a few buttons, dials, and a small screen, the web provides a much more intuitive user interface. The OpenSprinkler web interface allows you to program water schedules and monitor station status through the web. Does it make sense to try to make my own or should I just pay the money and get an OpenSprinkler Pi? I don’t exactly have lots of free time either.Instructions of previous firmware versions have been archived here. ![]() I looked in the forums and I can’t really tell if this is something that people talk about on the forum or if they’re pretty much on their own if they do this. The only reason I think I might be able to make something is that there are so many webpages of people using OpenSprinkler with their own custom builds and they only use a few parts (mainly the microcontroller and the relays). I’d rather use the ESP boards because I’m not sure I’ll ever use them for anything else and I’ve already used the Raspberry Pi for a few things (mainly retropi). My electrical engineering knowledge is pretty basic, like I understand the ideas but I’ve never designed anything. The microcontrollers were given to me as part of conference badges years ago and I bought the other stuff thinking I’d do something with the microcontrollers but I never did. ![]() I have 5 zones but someday I might want to add more (like for a garden). My sprinkler valves are 24V AC and my old sprinkler controller has a 24V AC transformer. I’m mainly missing the relays and I don’t have a 24V AC to 5V DC converter (and not sure I want to try to make one, although I might buy something instead of putting a 5V adapter in my outdoor container). I have a Raspberry Pi Zero W, 2 x WeMos D1 mini (ESP-8266), 2 x Lolin D32 (ESP32-WROOM-32), a SparkFun RedBoard (ATmega328), and a box full of other parts (shift registers, resistors, buttons, transistors, MOSFETS, voltage regulators, I think a humidity and barometric pressure sensor too, etc). I know Ray makes money selling prebuild controllers but I guess I’m trying to save a few bucks and use what I already have. I went looking online and I found OpenSprinkler. My commercial sprinkler controller quit working so I decided to see if I can make something with all the spare parts I have before I buy a new controller. ![]()
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