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Agricultural Sensors
NBL-S-TM soil moisture temperature sensor It can monitor soil temperature and humidity at different levels in real time, realize dynamic observation of moisture content in soil at each soil layer, visualize soil salt accumulation, and can monitor soil temperature and humidity at different soil layers, quickly and accurately. Soil parameter quick test instrument is widely used in the field of soil testing in smart agriculture, orchard nursery, demonstration park, smart city, e···
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In agriculture, horticulture, environmental monitoring and other fields, soil temperature and humidity is a key factor affecting crop growth. In order to help you realize precise management, we have launched this high-performance soil temperature and humidity integrated sensor. The sensor combines high accuracy, high sensitivity and strong stability, and can measure soil temperature and humidity at the same time, providing reliable data to support your decision-making.
Soil temperature: | Range: -40~80°C; Resolution: 0.1°C; Accuracy: ±0.5°C |
Soil moisture: | Range: 0-100%RH; resolution: 0.1%RH; precision: 5% |
Supply voltage: | DC5V-24V or DC12V-24V |
Signal output: | RS485, Modbus protocol |
Measuring principle: | soil moisture FDR method |
Protection level: | IP68 can be used for a long time when submerged in water. |
Operating environment: | -40~85°C |
Probe material: | anti-corrosion special electrode |
Sealing material: | black flame retardant epoxy resin |
Installation method: | all buried or probe inserted into the measured medium |
Default cable length: | 5 meters, cable length can be customized according to requirements |
Overall dimensions: | 45*15*135mm |
Electrode length: | 50mm |
Dual-parameter simultaneous measurement: obtain soil temperature and humidity information at once, improve monitoring efficiency.
True moisture content reflection: By measuring the soil dielectric constant, it accurately reflects the true moisture content of various types of soil, in line with international standards.
Volume Percentage Measurement: The soil moisture sensor adopts advanced measurement technology to accurately measure the volume percentage of soil moisture.
Dual-parameter measurement: Simultaneous monitoring of soil temperature and humidity to meet diversified needs.
High-strength electrode: special alloy material, impact resistance, not easy to damage.
Fully sealed design: acid and alkali corrosion resistant, suitable for a variety of harsh environments.
High precision and fast response: probe insertion design ensures accurate and reliable measurement.
Perfect protection circuit: to guarantee the stable operation of the sensor and prolong its service life.
Selection of point: Avoid hard objects such as stones and choose a suitable measurement location.
Planing: Plan the top layer of soil according to the required measuring depth, keep the original looseness of the soil.
Insertion: Hold the sensor body and insert it vertically into the soil, avoid shaking and ensure close contact.
Multiple measurements: average the measurements over a small area to improve the accuracy of the data.
Digging: Dig a pit with a diameter of more than 20 centimeters and a depth as required.
Insertion: Insert the sensor pin horizontally into the pit wall at the established depth.
Filling: compact the soil to ensure that the electrodes are in close contact with the soil.
Continuous monitoring: Long-term continuous measurement is possible after stabilization.
Soil moisture monitoring: real-time mastery of soil moisture conditions, guiding irrigation plans.
Scientific experiment: Provide accurate data support for agricultural research projects.
Agricultural irrigation: realize precise irrigation and save water resources.
Greenhouse: Optimize the growing environment of crops to improve yield and quality.
Flowers and vegetables, grassland and pasture: maintain suitable soil conditions to promote plant growth.
Soil Rapid Measurement: Rapidly assess soil moisture conditions for timely decision-making.
Plant Cultivation: Provide accurate growing environment data for plant research.
Precautions
Handling of hard ground: Drill the hole first before insertion to ensure accurate measurement.
Prevent vibration and shock: avoid violent vibration and hard objects knocking.
Shade protection: When used under strong sunlight, pay attention to shading to prevent the sensor from overheating.
Conclusion
Choosing our NBL-S-TM Soil Temperature and Moisture Sensor is choosing an accurate, efficient and reliable soil monitoring solution. Whether you are an agricultural practitioner, a researcher or a horticultural enthusiast, this sensor can be your trustworthy partner to help you realize more scientific and intelligent soil management. Act now and start your journey to smart agriculture!
Soil temperature and humidity sensor is equal to the combination of soil temperature sensor and soil humidity sensor. The monitoring of soil temperature and humidity enables us to understand the soil condition in time, analyze the soil drought and flood conditions and the impact on the growth and development of crops, which helps transform traditional agriculture into modern agriculture and promotes the development of "smart agriculture".
In addition, based on the measured soil temperature and humidity data, we can predict floods, droughts and other natural disasters in a timely manner to help protect and build the ecological environment.
Based on the principle of dielectric constant, the sensor can monitor soil temperature and humidity at different levels in real time, realize dynamic observation of moisture content in each soil layer, visualize soil salt accumulation, and quickly and accurately monitor soil temperature and humidity in different soil layers. Soil parameter quick test instrument is widely used in the field of soil testing in smart agriculture, orchard nursery, demonstration park, smart city, etc.
NBL-S-TM-Soil-temperature-and-moisture-sensor-Instruction-Manual-4.0.pdf
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