Introduction of soil conductivity sensor(soil ec sensor)

Soil conductivity sensor is a device used to measure soil conductivity, which reflects the content of dissolved salts in the soil, and is one of the important indicators of soil fertility and moisture status. By measuring the conductivity of the soil, you can indirectly understand the salt content of the soil, moisture status and soil structure and other information, which is of great significance in the fields of agricultural irrigation, soil management, environmental monitoring and so on.

High-performance soil temperature and humidity conductivity sensor product details

Product name: High-performance soil temperature and moisture conductivity sensor

Soil temperature and moisture conductivity sensor product features:

- Stable performance, high sensitivity: can simultaneously measure soil temperature, soil moisture and conductivity to meet a variety of monitoring needs.

- Real moisture content reflection: through the measurement of soil dielectric constant, can directly and stably reflect the real moisture content of various soils, in line with international standards.

- Multiple application scenarios: Suitable for soil moisture monitoring, scientific experiment, agricultural irrigation, greenhouse, flowers and vegetables, grass pasture, soil quick test, plant culture and other occasions.

- High-quality electrode: the electrode is made of specially treated alloy material, which is durable and impact resistant.

- Sealed design: completely sealed, acid and alkali corrosion resistant, adapting to various harsh environments.

- High-precision detection: high precision, fast response, good interchangeability, ensuring the accuracy of measurement results.

- Perfect protection: built-in protection circuit to guarantee the long-term stable operation of the sensor.

Soil temperature and moisture conductivity sensor technical specifications:

Soil conductivity sensor installation and measurement:

- Quick measurement method:

  - Choose a suitable measuring place, avoid rocks and other hard objects, insert the sensor vertically and make sure it is in close contact with the soil. It is recommended to take several measurements for averaging.

- Buried measurement method:

  - Dig a pit with a diameter of more than 20 cm, insert the sensor needle horizontally into the pit wall, fill in and compact the pit for continuous measurement.

Caution:

- When measuring on hard ground, drill a hole before inserting the sensor.

- The sensor should be prevented from violent vibration and shock, and avoid knocking with hard objects.

- When used under strong sunlight, please pay attention to the shade and protection, to prevent the sensor temperature is too high to affect the measurement accuracy.

 Role and value of soil conductivity sensor (soil ec sensor)

1. Soil fertility assessment:

   - Conductivity is closely related to the salt content in the soil, through the measurement of conductivity can assess the fertility level of the soil, and guide the reasonable fertilization.

2. Moisture management:

   - Changes in conductivity can reflect the dynamic changes in soil moisture, providing a scientific basis for irrigation decisions and avoiding crop growth problems caused by too much or too little water.

3. environmental monitoring:

   - In environmental monitoring, soil conductivity sensors can be used to monitor soil pollution, timely detection and treatment of soil pollution.

4. agricultural research:

   - In agricultural research, soil conductivity sensors can be used to study the relationship between soil properties and crop growth, providing basic data support for agricultural research.

5. Precision agricultural management:

   - By monitoring soil conductivity, it can provide scientific fertilization and irrigation programs for crop cultivation, and improve crop yield and quality.

6. Water-saving irrigation:

   - According to the soil conductivity data, the irrigation program can be rationally adjusted to realize water-saving irrigation.

7. Crop health monitoring:

   - Too high or too low conductivity may affect the growth of crops, sensor data to guide the adjustment of the soil environment to promote crop health.

8. Agricultural water conservancy projects:

   - In farmland water conservancy projects, soil conductivity sensors can be used to monitor the drainage and irrigation effect of farmland, to ensure the water balance and soil quality of farmland.

Soil temperature and humidity conductivity sensor application scenarios:

- Agricultural irrigation management: By monitoring the conductivity of the soil, we can indirectly understand the salt content and water status of the soil, so as to guide the irrigation decision-making, ensure that the crops get the right amount of water and nutrition, and avoid root diseases caused by too much water or insufficient water to affect the growth of crops.

- Soil Fertility Assessment: Evaluating the degree of soil salinization, providing data support for soil improvement and environmental protection.

- Environmental monitoring and protection: monitor soil pollution status, especially heavy metals and salinization and other pollution problems, provide early warning and decision-making support for environmental protection.

- Greenhouse and Plant Cultivation: precisely control the amount of irrigation and fertilization to ensure that plants get the best growing conditions. At the same time, by monitoring changes in soil conductivity, problems that may be encountered during plant growth can be detected and solved in a timely manner.

- Grassland Rangeland Management: Monitoring the soil moisture and fertility status of grassland, guiding grazing and grassland management decisions, and maintaining the ecological balance and sustainable development of grassland.

- Soil quick test and scientific research: Quickly obtain the basic property information of soil and provide basic data support for scientific research projects. Meanwhile, by comparing the conductivity data of different soil types, it can deeply understand the relationship between soil properties and crop growth.

- Agricultural water conservancy project: monitor the drainage and irrigation effect of farmland to ensure the water balance and soil quality of farmland. By rationally adjusting the irrigation and drainage programs, the productivity and drought resistance of farmland can be improved.

 Summarize

Soil temperature, moisture and conductivity sensors have become an important tool in the field of soil monitoring due to their stable performance, high sensitivity and wide range of application scenarios. By accurately measuring the temperature, humidity and conductivity of soil, they provide powerful data support for agricultural irrigation, soil management, environmental monitoring and so on. Whether in scientific research or practical applications, the sensor shows great value.

3-in-1 Soil Temperature Humidity EC Sensor data sheet 

NBL-S-TMC-Soil-temperature-and-moisture-conductivity-sensor.pdf