Analog sensor board

The analog sensor board allows the connection of 8 analog devices with voltages from 0..4V

** Attention: your OpenSprinkler 3/3.2 needs a firmware update so that it can recognize the board! (see below) **

** Not for OSPi !! But take a look here: https://opensprinklershop.de/2023/09/06/neue-ospi-software-mit-analog-sensor-api **

As an app for your smartphone, search the App/Play Store for “OpenSprinklerASB”

Features:

• 8 analog sensor inputs with the range 0..4V
• Outputs: 5V (Pin 6), 3.3V (Pin 7) and GND (Pin 8) to power the sensors
• Can also be combined with up to 4x Zone Expanders
• Maximum ONE Analog Sensor Board per OpenSprinkler 3/3.2
• 16 bit digital analogue to digital converter
• Compatible eg with the Truebner SMT50 or other analog sensors
• Diverse application possibilities: cistern filling level, temperatures or current humidity values
• New software with additional options, e.g
  • Linear or digital watering adjustment based on soil moisture
  • Group sensors with averaging
  • Permanent logging of sensor data
  • Integration of RS485 sensors via IP interface, e.g. for the Truebner SMT100 RS485 Modbus
  • Incorporating analog sensors connected to another OpenSprinkler are connected
  • Additional API and enhanced GUI of OpenSprinkler  APP
  • Current value display on the APP start page, e.g. for cistern fill level, temperatures or current humidity values
  • Integrate current weather data
  • New: Monitoring and Control
• Compatible with OpenSprinkler 3.2 AC/DC/Latch (not with OSPi compatible)
• Graphic representation of the logged sensor values:
  
• Support for the following sensors/types:
  • Truebner SMT100 RS485 Modbus over IP2Modbus Adapter
  • Truebner SMT100 analog version 3,3V
  • Truebner SMT50 soil moisture and soil temperature
  • General measurement 0…4V
  • General measurement 0…3,3V i.e. 0…100%, e.g. level
  • Vegetronix VH400
  • Vegetronix THERM200
  • Vegetronix AquaPlumb
  • Someone else's (analog) sensors OpenSprinklers, over the network
  • Current weather data for data collection: temperature, humidity, rain, wind
  • Group formation: Several sensors can be combined, value formation from Min/Max/Avg/Sum
• Export of data as JSON or CSV (via API)
• All sensor data is pushed to a configured MQTT server.

Example configuration with an SMT50:

See also here: https://opensprinklershop.de/2023/01/29/analog-sensor-konfiguration-aktivieren

Summary: https://opensprinklershop.de/asb