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NBL-S-THR TDR Soil Moisture Sensor, utilizing advanced Time Domain Reflectance (TDR) technology, provides best-in-class soil moisture measurement solutions for precision agriculture, environmental monitoring, and scientific research. As a leading supplier, we are committed to providing the most reliable and accurate soil moisture data to support efficient water management.
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The NBL-S-THR TDR Soil Moisture Sensor, utilizing advanced Time Domain Reflectance (TDR) technology, provides best-in-class soil moisture measurement solutions for precision agriculture, environmental monitoring, and scientific research. As a leading supplier, we are committed to providing the most reliable and accurate soil moisture data to support efficient water management.
Measuring range: | - Soil Humidity: 0~100%RH - Soil Moisture: -50 ~ 100 ℃ |
Power supply: | DC 12-24V |
Resolution: | - Soil humidity: 0.1% - Soil Moisture: 0.1°C |
Accuracy: | - Soil humidity: ±3% - Soil Moisture: ±0.5°C |
Output : | - RS485 - 4-20mA - 0-5V |
Product power consumption: | about 0.3W |
Operating environment: | -40℃~80℃ |
Protection grade: | IP68 |
- Accurate Measurement: Utilizes TDR technology to ensure that the true transmission time of the high-frequency signal is accurately determined, providing a highly accurate moisture content measurement of ±0.01 cm³/cm³, even under complex soil conditions.
- Multi-parameter monitoring: In addition to moisture content, soil conductivity and temperature can also be assessed simultaneously, providing data support for comprehensive analysis of soil conditions.
- High temporal resolution: Real-time monitoring capability supports continuous data collection, helping users capture subtle changes in soil moisture and optimize irrigation schedules.
- Durable design: Designed for long-term field deployment, it is corrosion-resistant and resistant to extreme weather, ensuring long-term stable operation and reducing maintenance needs.
- Easy Integration and Remote Monitoring: Compatible with a variety of data collection systems and supports wireless data transmission, facilitating remote monitoring and automated management.
- Scientific validation: Strictly scientifically validated calibration curves ensure the scientific validity and consistency of the data, suitable for high standard research and applications.
- High efficiency and energy saving: no need for frequent calibration, reducing maintenance costs and improving work efficiency.
- Long life: Durable probe, long life, reduce the frequency of replacement.
- Easy to install: compact structure, easy to install, save time and labor.
- Intelligent Data Output: Supports analog (e.g., 4-20mA) and digital (e.g., RS-485, Modbus) outputs, which is convenient for integration with various data acquisition systems and monitoring systems.
- Environmentally friendly: the sensor material meets the environmental protection standard, does not cause pollution to the soil, and is suitable for monitoring in ecologically sensitive areas.
- Precision agriculture: optimize irrigation strategies to improve crop yield and quality.
- Environmental research: monitoring soil moisture dynamics and studying the impact of climate change on the ecosystem.
- Water resource management: monitoring around reservoirs and rivers to assist in water allocation decisions.
- Urban greening and horticulture: ensuring healthy vegetation and reducing water waste.
- Research and Education: Provide accurate experimental data for universities and research institutes.
- Agricultural research: To study the response of different soil types and crops to water, and provide scientific basis for sustainable agricultural development.
- Intelligent agricultural irrigation system: through real-time monitoring of soil moisture conditions, automatically adjusting the amount and frequency of irrigation water, realizing water savings of more than 30%, while increasing crop yields by 15%.
- Eco-protected area soil moisture monitoring: help researchers understand the water cycle of ecosystems, and provide an important basis for vegetation restoration and soil and water conservation in protected areas.
- Intelligent management system for urban greening: realizes automated irrigation of green belts, saves water resources and improves the overall management of urban green areas.
- Soil Moisture Research for Scientific Research Institutions: Provides a scientific basis for soil moisture management and supports water dynamics research under different soil types and crop cultivation.
With its excellent performance, wide applicability and easy maintenance, the NBL-S-THR TDR Soil Moisture Sensor Probe is an ideal choice for agricultural irrigation, environmental monitoring, research and education. By accurately measuring soil moisture content, our sensors can help you optimize irrigation schedules, improve water use efficiency, assess ecological health, and support sustainable development, and we will be happy to provide you with quality products and services.
NBL-S-THR-Soil-temperature-and-moisture-sensors-Instruction-Manual-V4.0.pdf
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