IoT Sensors for Soil Moisture Monitoring
Digital Technology for Healthy Plant Life
Work the soil with an ear to the ground.
Let your business bloom
It’s easy to know your soil’s water and temperature condition with the ALTA® by Monnit Soil Moisture Sensor. It provides a highly effective way to improve irrigation scheduling and efficiency. You’ll know when and where to water your crops, plants, or landscape from the data you gather.
See water tension to prevent water stress.
The Soil Moisture Sensor measures soil water tension (matric potential) and temperature. With a resistive granular matrix element, you can optimize your tension parameters to determine the earliest indication of water stress and make sure you irrigate before it reaches that point. The unique element feature delivers consistent calibration without needing to recalibrate for every installation.
The Sensor also has a thermistor-based temperature element. Its readings will help you assess temperature -40°C to 125°C and the moisture’s temperature compensation, eliminating the need to measure moisture every time the soil temperature changes.
More key features of our Soil Moisture Sensor include:
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Safe and durable in both hot and freezing temperatures
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Measure within a range of 0 to 240 centibar (cb) or kilopascal (kPa)
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Corrosion-resistant and made of high-grade stainless steel
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Internally compensated for commonly found salinity levels
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Easy to install and use compared to traditional tensiometers
Remote Monitoring for Business - How Monnit Works
Getting Started is Easy!
Remote Monitoring is as easy as 1, 2, 3
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Select the sensors to remotely monitor the moisture in your soil.
Install. All Monnit sensors can be installed in as little as 15 minutes.
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Gain peace of mind knowing that your operation is now being monitored around the clock. You'll receive an instant alert anytime conditions fall below or exceed predefined thresholds.
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Gain peace of mind knowing that your operation is now being monitored around the clock. You'll receive an instant alert anytime conditions fall below or exceed predefined thresholds.