Category Archives: Generally

OSPi with new kernel

For a few days now there have been increasing requests that the OSPi would no longer switch the outputs. The reason for this is the changes in the Linux kernel, which simply removed support for the Raspi-GPIO module. And that's exactly what OpenSprinkler-OSPi needs in order to be able to switch the GPIOs. 06/14/2024 ATTENTION: The original firmware has already been adapted! Update […]

LoRaWan+NB-IOT+MQTT

With the new firmware 2.3.1(150), LoRaWan, NB-IOT and other external sensors can now also be integrated. However, the prerequisite is that they hand over their sensor data to an MQTT broker; OpenSprinkler can then subscribe to this as sensor data. The sensor is integrated with its “topic” and a text/JSON filter. The irrigation controller can then use this value. This is how it works […]

Colleges and universities…

...as well as public clients can easily order from us by invoice: Register as a user here: https://OpenSprinklerShop.de/my-account/ Send me an email with the subject “Invoice” and tell me your user name and the exact invoice address (to info@OpenSprinklerShop.de) That’s it! You will then receive a confirmation from me that I have activated you. You can […]

dynamic irrigation control

There are no clear specifications or guidelines on how to implement dynamic weather control. In principle, the OpenSprinkler is just the tool, you have to work. That means trying things out until it works. Up until now, the weather service and the “Zimmermann” or “Evapotranspiration” adaptation type were a good way to dynamically implement weather-dependent control. Due to the […]

Example configuration Waveshare and SMT100 Modbus

The Waveshare instructions can be found here: https://www.waveshare.com/wiki/RS485_TO_ETH_(B) In principle, you just have to connect the Waveshare and install the software. Then set it up as follows: Start VirCom, “Device Management”, then the device should appear. Configure the device with “Edit Device”. You can freely choose the port, e.g. 502 or 8899 or completely different. Important: Firmware 2.3.0.(135) or […]

Example configuration USR-W610 and Truebner SMT100 RS485 Modbus

The USR-W610 has the advantage that it also comes with the right power connection for the sensors. Up to 32 sensors can be connected to a Modbus port of a USR-W610 (at maximum expansion level, a more powerful power supply may be necessary). Currently only the Truebner SMT100, the Truebner Aquaflex and the Truebner T100 are supported in the RS485 Modbus versions. […]