Weather station, thermometer, soil moisture & conductivity sensor

Weather station, thermometer, soil moisture & conductivity sensor

Model

AGIoT-5585

AGIoT-5585 is an energy autonomous integrated system for conducting environmental measurements in open fields (e.g. fields, forests). It consists of a data logging unit (node), a weather station, a thermometer, a soil moisture sensor, a soil conductometer and a photovoltaic panel.

The node comes with 2G/4G/GPRS/EDGE/NB-IoT connectivity via a built-in SIM card (which is provided with free of charge lifetime internet connection), while the user can access the data of the connected sensors (meteorological parameters, temperature, humidity, conductivity) via the remote control and management software.

From this software (in the form of a web app or app for Android mobile phones) one can be updated with the latest measurements, historical data, weather forecast, control the system remotely, export data, set alerts and create automations.

The system can be installed practically anywhere due to its small size, solar panel power supply and waterproof construction (IP67), while no specialized knowledge is required for its installation, as it has been designed with a plug-and-play architecture. In addition, it is possible to remotely restart the system or mobile network if an error is encountered.

The system is manufactured by AGENSO and comes with a two (2) year warranty.

Technical Specifications

Small size
IP67 protection
Connection to 2G/4G/GPRS/EDGE/NB-IoT mobile networks with free lifetime data with the integrated SIM card
Plug & play
Energy autonomous
GPS for position tracing
Anti-theft system (tracking and remote disabling)
Integrated rechargeable battery
Charging capability with power bank

Remote control and management of systems
Responsive design able to operate in any device
Mobile app for devices with Android OS
Measurements export in various data types (.csv, .xls, .png, .jpg) for further editing
Historical data for the last three years
Interconnection and interoperability with third-party systems or platforms via an API based on OpenAPI specification
Implementation of MQTT protocol for machine-to-machine communications
Creation of automation rules
Creation of specialized notifications
User management with different access rights

Operational temperature: -40˚C – 60˚C
Cable length: 5m (up to 75m at custom order)
Compliance to standards: EN ISO/IEC 17050:2010, 2014/30/ EU, 2011/65/EU, EN61326-1:2013, EN55022/CISPR22
Volumetric water content (VWC)
Measurements range: 0 – 0.70 m³/m³ (mineral soil calibration) / 0 – 1.0 m³/m³ (soilless media calibration)
Resolution: 0.001 m³/m³
Accuracy: ±0.03 m³/m³ in mineral soils that have solution EC <8,000 μS/cm
Apparent dielectric permittivity (εa): 1 (air) up to 80 (water)
Temperature
Measurements range: -40˚C – 60˚C
Resolution: 0.1˚C
Accuracy: ±0.5˚C (-40˚C – 0˚C) / ±0.3˚C (0˚C – 60˚C)
Dielectric measurement frequence: 70 MHz
Electrical conductivity
Measurements range: 0 – 20.000 μS/cm
Resolution: 1 μS/cm
Accuracy: ±5% + 10 μS/cm (from 0 – 10.000 μS/cm) / ±8% (from 10.000 – 20.000 μS/cm)

Temperature: -40˚C – +60˚C
Humidity: 10% – 99%
Rain volume: 0 – 9999 mm
Wind speed: 0 – 144 km/h
Wind gusts speed: 0 – 144 km/h
Wind direction: 0˚ – 360˚
Solar irradiance: 0 – 2370w/m²
UV radiation: 0 – 13 (UV index)
Air pressure: 300 – 1100 hPa