3 in 1 soil moisture & EC & temperature sensor is provided with high accurate and high sensitive. It is an important tool to observe and study the occurrence, evolution, improvement and the dynamics water of saline soil. By measuring the dielectric constant of the reaction of soil, soil direct stable real moisture content. MEC10 sensor can measure the volume of soil moisture. The soil moisture measurement method is in line with international standards at present. Apply to the soil moisture monitoring, scientific experiment, water-saving irrigation, greenhouse vegetables, flowers, grass, soil, plant cultivation, measured speed of sewage treatment, grain storage, greenhouse control, precision agriculture.
Products Description:
3 in 1 soil moisture & EC & temperature sensor is provided with high accurate and high sensitive. It is an important tool to observe and study the occurrence, evolution, improvement and the dynamics water of saline soil. By measuring the dielectric constant of the reaction of soil, soil direct stable real moisture content. MEC10 sensor can measure the volume of soil moisture. The soil moisture measurement method is in line with international standards at present. Apply to the soil moisture monitoring, scientific experiment, water-saving irrigation, greenhouse vegetables, flowers, grass, soil, plant cultivation, measured speed of sewage treatment, grain storage, greenhouse control, precision agriculture.
Integrated Soil Monitoring Solution for Professionals
Designed for agronomists, environmental scientists, and precision agriculture specialists, this 3 In 1 soil moisture temperature ec sensor provides comprehensive soil condition data. It enables accurate monitoring of soil water content, thermal variations, and salinity which are critical for irrigation management, crop health assessments, and soil quality evaluation. This device supports long-term deployment underground or submerged, meeting the demands of rigorous soil research and field applications.
Advanced Measurement Technology and Durable Construction
Employing dielectric constant-based sensing for soil moisture and robust alloy electrodes treated for corrosion resistance, the sensor achieves high accuracy and stability. It simultaneously captures electrical conductivity and temperature with rapid response times, offering precise, real-time data. Fully sealed and resistant to acid, alkali, and impact damage, this sensor guarantees reliable performance with multiple signal outputs for seamless integration into data acquisition systems, ensuring compliance with international soil measurement standards.
Versatile Applications Across Agricultural and Environmental Fields
This multi-parameter sensor plays an essential role in precision irrigation management, salinity monitoring, and environmental soil studies. It supports water-saving strategies by providing real-time soil condition data, optimizing fertilizer application through conductivity measurements, and facilitating scientific investigations into soil dynamics including saline environments. Its integration in greenhouse control systems and storage monitoring further enhances operational efficiency and quality assurance in diverse agricultural and environmental settings.
Product Advantages
Robust Design for Challenging Environments
The sensor’s structural design incorporates fully sealed housing and specially treated alloy electrodes that deliver superior resistance to acid and alkali corrosion, mechanical impact, and water immersion. The probe’s insert design ensures stable contact with the soil matrix, enhancing reading reliability in variable soil types and conditions. This modular integration supports easy deployment in both buried and submerged modes, enabling long-term monitoring without sensor degradation or signal loss, critical for sustained soil condition tracking.
Enhanced Performance with Reliable Data Outputs
Equipped with high-precision sensing elements, the sensor ensures rapid and accurate detection of soil moisture, conductivity, and temperature fluctuations. Multiple protected signal output interfaces facilitate compatibility with diverse agricultural automation systems or environmental data loggers. Users benefit from fast sensor responsiveness and reduced maintenance requirements, empowering real-time decision making to improve crop management efficiency and environmental research accuracy.
The sensor has the following characteristics:
(1) Soil moisture content, electrical conductivity and temperature three parameters.
(2) One solution can also be used for fertilizer, and other nutrient solution conductivity matrix.
(3) Electrode using special treatment of the alloy material, can withstand a strong external impact, not easy to damage.
(4) Completely sealed, acid and alkali corrosion, can be buried in the soil or directly into the water for long-term dynamic testing.
(5)High precision, fast response, good compatibility, the probe insert design to ensure accurate measurement, reliable performance.
(6)Perfect protection circuit and a variety of signal output interface.
Use Scenarios
Precision Agriculture Soil Monitoring
In precision agriculture environments, this sensor assists farm managers and agronomists by providing critical data on soil moisture levels, salinity, and temperature fluctuations. Its real-time measurable parameters support irrigation scheduling, nutrient management, and crop stress detection, optimizing resource use and maximizing yield. The sensor’s corrosion-resistant design guarantees reliable soil insertion and prolonged field use, compatible with automated control systems for dynamic irrigation adjustments.
Environmental Research and Soil Science Applications
Environmental researchers utilize this multi-parameter sensor for comprehensive soil condition assessments in studies of saline soil evolution, water dynamics, and temperature profiling. Its capacity for long-term underground or submerged deployment facilitates continuous monitoring in harsh environments, complying with international standards for soil moisture measurement. Seamless integration with data acquisition platforms enables detailed analysis essential for ecological modeling, risk assessment, and sustainable land management strategies.
What materials are used in the 3 In 1 Soil Moisture & Temperature & EC sensor?
We use specially treated alloy electrodes that provide durability and resistance to acid, alkali corrosion, and mechanical impact. This ensures the soil moisture temperature EC sensor delivers stable, high-precision readings in harsh soil and water environments.
Can you customize the 3 In 1 Soil Moisture & Temperature & EC sensor to fit specific project needs?
Yes, we offer OEM and ODM services. Customers can request tailored solutions to meet unique industrial requirements. Contact us to discuss your project specifications and get a personalized plan for this soil moisture temperature EC sensor.
How should the sensor be installed for accurate soil monitoring?
Our sensor uses a probe insert design to ensure stable and reliable readings. It can be buried in soil or submerged in water, supporting long-term monitoring in various environments such as greenhouses or saline soils, suitable for precision agriculture and environmental research.
What is the estimated delivery timeframe for the 3 In 1 Soil Moisture & Temperature & EC sensor?
Most of our sensors are in stock and ship within 3 days after payment confirmation. However, some electrical equipment may take 1 to 4 weeks depending on customization and availability. We advise contacting our sales team for up-to-date logistics details.
