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E-mail
1373740358@qq.com
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Phone
15610293837
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Address
2nd Floor, First Accelerator, Optoelectronic Industry Park, No. 155 Hatching Second Lane, High tech Zone, Weifang City, Shandong Province
Shandong Wanxiang Environmental Technology Co., Ltd
Soil Pipe Profile Moisture Meter: Building a Foundation for Precise Irrigation Data in Modern Agriculture
Date: 2025-12-22Read: 4
Soil Pipe Profile Moisture Meter:Building a solid foundation for precision irrigation data in modern agricultureModel recommendation:WX-GTS5One stop service manufacturer chooses Wanxiang Environment
One of the core advantages of the Shandong Wanxiang Environmental Tube Type Moisture Analyzer is its multi-dimensional and accurate profile monitoring capability, as well as highly flexible customized adaptation characteristics,Breaking through the industry pain points of traditional soil moisture monitoring, such as single point limitations and one-sided data, it provides precision management for modern agricultureSupported by scientific data. As a professional monitoring device developed based on the principle of dielectric constant, this product demonstrates a pursuit of excellence in both measurement principle and hardware design. It adopts a self-developed spiral measuring electrode, which optimizes the contact form between the electrode and soil, increasing the contact area by 40% compared to traditional electrodes, effectively avoiding measurement errors caused by air gaps, and making soil moisture data collection more authentic and reliable. In terms of measurement accuracy, the instrument performs particularly well, with a soil moisture measurement range covering 0-100% and an accuracy of ± 3% (in loam soil environments). It also supports customized calibration services for special soil types such as high organic matter and high clay content, ensuring accurate data output under various soil conditions; Simultaneously monitoring soil temperature and conductivity parameters, with a temperature measurement accuracy of ± 0.3 ℃ (-10~70 ℃ range) and conductivity accuracy of ± 3% (0~10000us/cm range). Multi parameter collaborative monitoring constructs a three-dimensional perception system for soil environment, providing comprehensive data basis for water salt collaborative regulation and water fertilizer coupling management.
What is even more commendable is its flexible layered monitoring design. A single tube sensor can independently collect soil parameters from 3 to 10 layers at the same time. The monitoring depth supports customized adjustment within the range of 0-100cm, and the distance between measuring points can be accurately controlled within 10cm,Adapt to the root distribution characteristics and monitoring needs of different crops. Whether it is monitoring the demand for deep soil moisture during rice booting stage or shallow water control management during tomato ripening stage, scientific regulation can be achieved through precise layered data. In practical application scenarios, the advantages of layered monitoring have been fully verified: in Xinjiang grape plantations, continuous monitoring of soil moisture in three layers of 20cm, 40cm, and 60cm using this instrument revealed that the water consumption rate of the main water absorbing layer (40-60cm) of the root system during fruit enlargement was 2.3 times that of the surface layer. Based on this, the optimized drip irrigation system allocated 60% of the irrigation water to the deep layer, which not only increased the soluble solids content of grapes by 2.8 percentage points, but also reduced deep leakage by 18%; In wheat fields in Shandong Province, a soil moisture heat map generated through layered monitoring data was used to guide farmers in implementing zone variable irrigation. The irrigation amount was increased by 15% in areas with humidity below 12% and decreased by 20% in areas with humidity above 20%, resulting in a decrease in the coefficient of variation of wheat yield from 18% to 9% and a 27% increase in water use efficiency. In addition, the product adopts the standard Modbus RTU485 communication protocol, supports secondary development and multi device linkage, and can easily integrate into the smart agriculture monitoring platform to achieve real-time uploading, historical tracing, and intelligent analysis of monitoring data. It adapts to the scene needs of different users such as agricultural and rural bureaus, research institutes, and planting enterprises, truly realizing the full chain service from data collection to decision support.
Another core advantage of the Shandong Wanxiang Environmental Pipe Profile Moisture Meter is itsLow power design andThe ability to adapt to the environment provides stable and reliable equipment support for long-term unmanned monitoring in the field,Solved the application challenges of traditional monitoring devices such as high power consumption, short battery life, and poor environmental adaptability. In terms of power consumption control, the instrument has achieved breakthrough innovation, with sensor power consumption as low as 0.26W. Coupled with an efficient power supply combination of 8W solar panels and 5000mAh built-in lithium batteries, it can achieve all-weather autonomous power supply. Even in continuous rainy weather, the lithium battery reserve can ensure the continuous operation of the equipment,Long term monitoring needs for remote farmland, mountainous orchards, and other scenarios without electricity supply. This low-power long-term operation design not only reduces energy consumption and maintenance costs during equipment use, but also ensures the continuity and integrity of monitoring data, avoiding data loss caused by power outages, and providing stable data support for long-term research on soil moisture changes and drought and disaster relief decisions.
In terms of environmental adaptability, this product demonstratesDurable performance. Its shell is made of imported PC material or PVC plastic pipe, which has been treated with special process, and has the characteristics of high strength, corrosion resistance and pollution-free. At the same time, the protection grade of the part below the ground reaches IP68, and the part above the ground reaches IP67. It can easily cope with the harsh natural environment such as high temperature, severe cold, rainstorm, wind and sand. Whether it is a desert area with drought and water shortage, or a humid and rainy water town in Jiangnan, whether it is a cold frozen soil environment of -40 ℃ or a high-temperature exposure scene of 80 ℃, this instrument can operate stably to ensure that monitoring work is not affected by the environment. In terms of installation and operation, the product adopts a humanized design, with a small size, light weight, simple and convenient installation process, and no need for complex professional skills. Farmers can independently complete installation and debugging; At the same time, it is equipped with a cloud monitoring platform that supports real-time data viewing, historical data export, abnormal situation warning and other functions. Users can remotely grasp the dynamics of soil moisture through their mobile phones or computers. When the soil moisture is detected to be too high or too low, the system will automatically issue a warning signal to remind timely irrigation or drainage, effectively avoiding crop yield reduction and losses caused by water imbalance.
As a professional environmental monitoring equipment R&D and production enterprise, Shandong Wanxiang Environment not only provides high-quality products, but also offers one-stop service solutions, from product selection and customized development to installation and commissioning, technical training, and post maintenance, providing professional support for users throughout the process. In the tobacco planting area of Yunnan, the technical team has customized a targeted monitoring plan for users based on the distribution characteristics of local saline alkali land. Real time conductivity data is monitored through instruments. When the conductivity of a certain area exceeds 1800 μ s/cm, users are guided to increase the irrigation quota by 10% for salt spraying, while reducing the amount of nitrogen fertilizer applied, so as to control the chloride ion content of tobacco leaves below 1.5% and increase the proportion of high-quality tobacco by 15 percentage points; In the corn fields of Northeast China, technicians combined local climate characteristics and instrument temperature monitoring data to develop a management plan for users of "low-temperature suspension of fertilization and high-temperature nighttime irrigation", effectively improving nutrient absorption efficiency and reducing crop respiration consumption. This "product+service" model not only fully leverages the technological advantages of the equipment, but also helps users achieve the core goals of water conservation, efficiency improvement, quality enhancement, and yield increase, winning the trust of a large number of users such as agricultural and rural bureaus, universities, and research institutesapproval.