New in Shop: OpenSprinkler Pro – the smart complete solution

OpenSprinkler Pro
OpenSprinkler Pro – the new complete solution for smart irrigation

New in the shop: The OpenSprinkler Per

We are pleased to introduce a new highlight in our range: the OpenSprinkler Pro – the new complete solution for smart irrigation control based on the proven OpenSprinkler Upgrade Board. Thanks to the new housing, this becomes a fully-fledged, immediately usable irrigation controller for indoor and protected outdoor areas.

The most important features at a glance

  • Modern ESP32-C5 platform with WiFi 6, BLE, optional Zigbee (Ethernet variant) and experimental Matter support
  • 8 zones as standard, expandable up to 72 zones via expander
  • Three hardware variants: AC (24 V AC), DC (9-24 V DC, also for 24 V AC solenoid valves), Latch (9 V pulse coils for solar/battery operation)
  • Weather based adjustment with Zimmerman, ETo and manual percent adjustment
  • Diverse sensor integration: Rain, soil moisture, flow and program switches as well as BLE, MQTT, remote and RS485/Modbus sensors
  • Flow and error monitoring automatically detects unusual conditions
  • Convenient operation via web interface, OpenSprinkler app or directly on the device via OLED display and 3 buttons
  • Open OpenSprinkler firmware – flexible, expandable and future-proof Github
  • Manual –  clearly explained, in German, English, French and Italian!

Who is the OpenSprinkler Pro intended for?

Whether it's a garden, lawn, raised bed, greenhouse or professional irrigation system - the OpenSprinkler Pro combines the latest hardware with a sophisticated software platform and thus offers flexible control for almost every application. Thanks to the smart home connection (Matter, Zigbee, MQTT, BLE), it is also perfect for networked households.

Now available

The OpenSprinkler Pro is now available in our shop – starting from 269 € in the variants AC, DC, and Latch.

To the product »

2 thoughts on “New in Shop: OpenSprinkler Pro – the smart complete solution

  1. Jonathan Cross says:

    Fantastic project! Is there a way to control this using LoraWAN? The other options seem to be less fault tolerant / higher power / require the controlling device be relatively nearby.

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