Product code: PS-0050-JB
Soil moisture and temperature sensor
The sensor measures the apparent dielectric constant in the soil and computes theVolumetric Water Content (VWC).
The embedded regression formula and specific factory calibration guarantee high accuracy in all the most common type of soils.
Compatible with:
- MeteoSense station (up to 4 sensors)
- Wireless units (up to 2 sensors)
- Wireless Repeater (up to 2 sensors)
- Portable reader HandySense
- Output: RS485 (Modbus RTU), 4-20 mA, 0-1 V
Applications:
- Water saving
- Remote irrigation management
Product code: PS-0084-CF
Electrical conductivity sensor
The sensor operates with 4 electrodes Wenner bridge measurement principle, which guarantees accuracy and long term stability of the measurements. It can be used to evaluate the electrical conductivity of a soil sample, thus allowing to estimate the concentration of dissolved ions.
Compatible with:
- MeteoSense stations
- Wireless units
- Wireless Repeater
- Output: RS485 (Modbus RTU)
Applications:
- Fertigation
- Remote irrigation management
Product code: PS-0061-AD
Leaf wetness sensor
The leaf wetness is a capacitive sensor immune from surface oxidation and loss of sensitivity, as compared to common resistive type sensors.
Its unique feature is to separately measure the wetting of the upper and lower side, with a crucial impact to verify the pathogens risk of infection.
Compatible with:
- MeteoSense stations
- Wireless units
- Wireless Repeater
- Output: 0-3 V
Applications:
- Integrated pest management
- Precision Agriculture
Product code: PS-0090-JG
Air temperature and humidity sensor
Housed in a white solar radiation shield, it features a new generation solid-state sensor, ensuring high reliability and measurement accuracy.
The internal sensor is protected by a special filter, also available as a spare part.
Compatible with:
- MeteoSense stations
- Wireless units
- Wireless Repeater
- Output: RS485 (Modbus RTU), 0-1 V
Applications:
- Meteorology
- Precision Agriculture
- Pest management
- Calculation of evapotranspiration
Product code: PS-0085-FF
Solar Radiation Sensor
This sensors is based on a silicon photodiode, ad it is enclosed in an anodized aluminum housing with PTFE lens, the sensor is suitable for all applications of agro-meteorology and has an excellent quality/price ratio.
Compatible with:
- MeteoSense stations
- Wireless units
- Wireless Repeater
- Output: RS485 (Modbus RTU), 0-3 V
Applications:
- Meteorology
- Solar plants
- Precision Agriculture
- Calculation of evapotranspiration
Product code: PS-0015-LA
Diametrical growth sensor
The sensor can be positioned across the trunk or shoots of the plant, to assess both the seasonal growth and the daily changes.
It can be useful to check in advance the onset of water stress.
Compatible with:
- Wireless units
- Wireless Repeater
Applications:
- Irrigation management
- Precision Agriculture
MeteoSense 2.0 is the realibale and ease-of-use weather station for precision agriculture, featuring sensors for plant protection, sensors for water saving and sensors for soilmoisture.
AgriSense is the IOT system for precision agriculture designed for farms, as wellas consortia and producer organizations, for reducing production costs and increase the yield of their crops.
VineSense is the IOT system for precision viticulture providing a DSS with use ful indications for pest management in each vineyard plot, using IOT wireless sensors that constantly monitor microclimatic conditions.
WiSense 2.0 is the ultimate monitoring system for water saving in agriculture and allows a fully automated management of irrigation systems.
Netsens manufactures a wide range of agro-meteorological sensors that can be easily integrated in tothird-party systems, suchas for example. Soil humidity and temperature sensors, solar radiation sensors, leaf wetness sensors, electrical conductivity sensors and diameter growh sensors.
Our LiveData cloud platform provides real-time access to agro-meteorological data and decision support (DSS) for agriculture; acquires and processes data and presents information in a simple and advanced way.