Pessl Instruments GmbH
iMetos3.3
Prediction optimal irrigation time
Historical weather data
Notifications in case of value overrun
Real time weather data from the region
Disease forecasting
Connection to farm management systems
A complete solution for environmental monitoring, disease models, soil moisture and more.
iMETOS 3.3 is a durable and flexible data logger for all climatic conditions, powered by a rechargeable battery and a solar panel.The data logger has a built-in UMTS/CDMA modem for direct communication with the FieldClimate platform and can manage up to 600 sensors via the intelligent sensor bus system. The system is extremely reliable due to its non-volatile internal memory and can store up to 8 MB of logged data (approximately 1 month). The iMETOS can also alert you by SMS message in case of frost, heavy rain, heat, etc. (user defined via internet). The measured data is regularly transferred to the FieldClimate platform, to which you have real-time access anywhere and anytime. In addition to accessing historical data and daily evapotranspiration values, you can also use decision support solutions such as localized weather forecasts, disease models and irrigation management.
The iMETOS 3.3 series is available in three main sensor variants.
iMETOS IMT200: Air temperature and humidity sensor, rain gauge, leaf wetness sensor, and disease model sensors
iMETOS IMT280-USW: Rain gauge and all sensors for evapotranspiration calculation: air temperature and relative humidity, global radiation and ultrasonic wind.
iMETOS IMT300-USW: Sensors for evapotranspiration and disease model calculation: air temperature and relative humidity, rain gauge, global radiation, ultrasonic wind and leaf wetness.
Pricing
Attributes
Support
Phone support
Mail support
Remote maintenance
Videotutorials
Software
Browser application
Android-App
iOS-App
Place of data storage
Agronomic assistance
Recommendation on sowing time
Recommendation on fertilization measures
Forecast harvest time
Climate assessment
Growth Degree Days
Refrigeration units
Refrigerated portions
Accumulated cold hours
Temperature sum
Wet bulb temperature
Evaporation
Dew point
Frost forecast
Frost forecast
Basis of the prediction
Irrigation management
Irrigation management
- Water savings - better timing and potential reduction in water use.
- Higher yields - safeguarding and maximizing genetic potential
- Better quality - optimizing quality by improving plant health
- Fertilizer savings - reducing runoff or deep leaching of nutrients and optimizing fertilizer use.
- Plant health - manage water against phytopathological adversity, stimulate root development, and provide frost protection
- Safety - Real-time alerting on a range of parameters, including refills and saturated soil moisture, pump activation or malfunction, and traceability of all events.
- Save time - streamline business operations
- Reduced environmental impact - less water waste and groundwater pollution
- Weather measurements and forecasts, such as precipitation amounts and their timing.
- Saturation deficit.
- Growing degree days (phenological phases).
- Current and projected evapotranspiration ET0.
Available irrigation indicators
Prediction optimal irrigation time
Sub-area specific irrigation
Disease Models
Disease forecasting
Available diseases
General data acquisition
Air temperature
Humidity
Air pressure
Precipitation
Wind speed
Wind direction
Wind gusts
Soil temperature
Soil moisture
Irradiation values
Leaf moisture
Dew point temperature
Stock moisture
Software functions
Weather forecast
Historical weather data
Real time weather data from the region
Notifications in case of value overrun
Integration of external stations possible
Employee Access
Connection to farm management systems