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Mapsens SensAgro - Model A-2 - Soil Moisture and Air Temperature Sensor
The SensAgro A-2 is an advanced agricultural sensor device building upon the capabilities of the SensAgro A-1 by integrating additional functionalities specifically for soil moisture measurement. This device incorporates dual capacitive sensors that perform measurements at varying depths, providing robust, dependable assessments of soil moisture relative content. The sensors are designed to withstand environmental conditions due to their waterproof and weather-resistant construction, ensuring long-term durability even when buried. This autonomous device facilitates the precise monitoring and verification of irrigation areas, playing an essential role in managing soil moisture. Notable for its ease of installation and independence, the SensAgro A-2 serves as an effective tool for agronomists and agricultural technicians aiming to optimize watering schedules and enhance crop cultivation. Its advanced design offers improved resilience and reliability over traditional resistive soil moisture probes, making it a valuable asset for modern agriculture.
In the SensAgro A-2 device we have added relative soil humidity measurements to the ambient temperature and relative air humidity measurements of the SensAgro A-1 product . The relative soil humidity measurement refers to the relative water content in the soil. The measurements are made using two capacitive sensors with probes at two different depths. The probes stand out for their robustness, impermeability and weather resistance.
Therefore, the SensAgro A-2 product maintains the features of the SensAgro A-1 , also incorporating the soil moisture sensors mentioned, with the characteristics described below.
- Sensor for high-precision measurements of ambient temperature and relative air humidity.
- Two-depth survey .
- Robustness in the measurement before temperature changes.
- Possibility of burying in the ground without adverse effects on accuracy.
- Resistance to water and environmental conditions of the terrain without deteriorating its performance over time.
- Greater durability than resistive soil moisture probes.
- Easily installable and completely autonomous device.
- Verification of irrigation in areas of greatest interest.
- Soil moisture control.