Soil moisture sensor Soil Measuring Instrument Stainless Steel Probe output Modbus/RS485

Soil conductivity is important parameter indispensable for the study of fine agriculture, and it contains a wealth of information reflecting the quality and physical properties of the soil.

For example, soil salinity, moisture, temperature, organic matter content and texture structure all affect soil conductivity to varying degrees. Effective acquisition of soil conductivity values is of great significance in determining the differences in the spatial and temporal distribution of various field parameters, thus also laying the foundation for the popularization of modern fine agriculture based on information and knowledge.

The soil conductivity sensor is well sealed and can be buried in the soil for a long time without corrosion. The output signal of soil moisture sensor adopts standard current loop transmission technology, which makes it strong anti-interference ability, long transmission distance, high measurement accuracy and fast response speed.

Soil conductivity sensor

Soil conductivity sensor is suitable for scientific experiments,water-saving irrigation,greenhouse,flowers and vegetables, grass pasture,soil quick measurement,plant culture,sewage treatment and various kinds of particulate matter conductivity measurement.

Soil temperature and moisture sensor combines soil temperature and moisture measurement in one, simple operation, there are two kinds of measurement methods: quick measurement method and buried measurement method.

Quick measurement method: select a suitable measurement location, avoid stones and similar hard objects, create the surface soil according to the depth required for measurement and then insert the sensor pin vertically into the soil without moving, and wait for the results.

Buried measurement method: vertical digging diameter of about 20cm of the soil pit, the depth is determined in accordance with the measurement needs, the sensor will be inserted horizontally into the pit, filled with soil compaction, to ensure that the steel needle and the soil in close contact, with the sensor can be stable after a long time to measure, record soil temperature and humidity values.

Note: When using the soil temperature and humidity sensor, the steel needle must be completely submerged in the soil to avoid data errors caused by the temperature and humidity in the shed or sunlight exposure.

Soil temperature and humidity sensors can also be connected to the greenhouse's intelligent environmental monitoring system, uploading data to the environmental monitoring software in real time, so that managers can combine a variety of environmental factors to determine whether the need to increase the temperature of crops, watering, fertilization, etc., to deal with the impact of environmental changes inside and outside the shed on the crops in the shed.

With the emphasis on agriculture, agronomy research continues to deepen, soil temperature and humidity will gradually be included in the agricultural management of a necessary factor, soil temperature and humidity sensor applications are no longer limited to scientific experiments, water-saving irrigation, greenhouses, horticulture planting such areas, began to gradually expand to tea plantations, pastures, grain storage and other more particle water content and temperature measurement, the use of soil temperature and humidity Monitoring to better serve the agricultural production.