iBebot SoilQuality - intelligent soil moisture and EC sensor | data logger

The iBebot SoilQuality Sensor - a wireless sensor designed to monitor the most important soil parameters - moisture content and electrical conductivity (EC).

iBebot SoilQuality is a state-of-the-art wireless sensor designed to monitor the most important soil parameters - moisture content and electrical conductivity (EC). The device uses Bluetooth Low Energy (BLE 4.2) technology, which allows for convenient and fast data transfer to a mobile application, where the user can analyze the state of the soil in real time.

Equipped with a high-precision probe, the sensor measures moisture in the range of 0 to 70% of the water volume ratio (AVR) and EC in the range of 0-10 mS/cm with high resolution. With adjustable measurement frequency (from 5 to 40 minutes), the user has full control over the frequency of readings. SoilQuality collects data for up to 100 days and runs on a single AAA battery.

Application:

• Monitoring crops in pots, tunnels and greenhouses

• Optimizing watering and fertilization

• Supporting healthy root system development

• Technical specifications:

  • Connectivity

  :

  • Bluetooth Low Energy (BLE) 4.2

• • Sensing range:

  • Up to 10 m (in open area)

• • Humidity range:

  • 0-70% AVR, resolution 0.1%

• • EC Range: 0-10 mS/cm, resolution 0.001 mS/cm

• • Measurement interval: 5-40 min (adjustable)

• • Data storage capacity: up to 100 days

• • Power supply: 1x AAA battery (not included)

• • Dimensions: 20 mm diameter, 212 mm height

• • Weight: approx.

  • 28 g

• Safety:
  Do not immerse the device in water, expose to excessive dust, shock or extreme temperatures.

  Do not open or modify internal components.

  Compatibility:
  Works with the dedicated iBebot app and with other iBebot devices such as AirComfort and iBebot Hub.

  To remotely monitor data from the SoilQuality sensor via Wi-Fi or the Internet, an additional device, the iBebot Hub (sold separately), is required. The Hub connects to the sensor via Bluetooth and then uploads the data to the cloud, allowing it to be viewed from anywhere in the world via a mobile app.