Soil moisture monitoring is of great importance. The Tubular Soil Moisture Detector is specialized in measuring soil moisture, featuring flexibility, durability, and precision to inform agricultural operations and conditions.
The flexibility of the Tubular Soil Moisture Detector is reflected in multiple aspects. It has adjustable capabilities, with a maximum monitoring depth of approximately one meter, allowing customized settings according to different crop types, soil characteristics of planting areas, and actual agricultural production needs. For example, when planting deep-rooted crops, the monitoring depth can be set deeper to comprehensively understand the soil moisture in the crop root distribution layer; for shallow-rooted crops, it can focus on monitoring the shallow soil conditions.
It supports multiple communication methods. 5G/4G network transmission quickly uploads monitoring data to the data center, ensuring timely data delivery even in remote areas. The RS485 communication method is suitable for scenarios with specific requirements for data transmission distance and stability. The system also opens data interfaces, enabling users to obtain data as needed, which can be accessed into agricultural production management platforms or used for in-depth analysis of scientific research data.
The fully sealed structure reaches the IP67 waterproof rating, and the PVC casing is sturdy and corrosion-resistant, allowing long-term placement in fields and land without fear of wind, rain, or sunlight, ensuring uninterrupted measurement. The device adopts a low-power design and provides multiple external power supply solutions. Solar power supply is environmentally friendly, continuously providing energy for system operation in areas with sufficient sunlight. 220V power supply is stable and reliable, suitable for areas with stable power supply. The built-in long-life battery can ensure the system continues to work for a period when external power supply fails, ensuring uninterrupted data collection.
Through tubular moisture sensors installed at different depths, the system can simultaneously measure multiple parameters such as soil moisture and temperature, and transmit these data to the data center in real time. The data management cloud platform and APP provide users with convenient viewing methods, allowing farmers or agricultural workers to grasp the dynamic changes of soil moisture at any time through web pages or mobile phones, regardless of their location. With these accurate and timely data, farmers can irrigate precisely based on the actual soil water content, avoiding water waste caused by over-irrigation or crop growth impact due to insufficient irrigation. When fertilizing, they can reasonably adjust the type and amount of fertilizer according to soil temperature and nutrient conditions, improving fertilizer utilization efficiency.
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