3-in-1 Soil Sensor Monitoring

Temperature, humidity, conductivity three-in-one soil sensor product overview

The product is a set of soil temperature, soil moisture, soil conductivity three in one multifunctional soil sensor, product parameters can be optional according to the actual situation, can achieve real-time monitoring of soil environmental parameters. The sensor uses the FDR principle to measure the dielectric constant of the soil and thus the soil water content. The measured soil value is the soil moisture volume percentage, which is the current standard soil moisture measurement method.

The sensor is suitable for soil moisture monitoring, scientific experiments, water-saving irrigation, greenhouse greenhouses, flowers and vegetables, grassland pastures, soil quick measurement, plant culture, sewage treatment, fine agriculture and other occasions.

Three in one soil sensor functional features:

1、Soil temperature, humidity and conductivity three parameters in one.

2、Adopt imported chip, stable and reliable data collection.

3, can also be used for water and fertilizer solution, and other nutrient solution and substrate conductivity.

4, completely sealed, acid and alkali corrosion resistant, can be buried in the soil or directly into the water for long-term dynamic detection.

5, high precision, fast response, good consistency, probe insertion design to ensure accurate measurement, reliable performance.

Three in one soil sensor fast measurement method:

(1) Select a suitable measurement location, avoiding soil blocks.

(2) According to the measurement depth, planing the top soil layer.

(3) Maintain the original looseness of the lower layer of soil;

(4) Hold the sensor tightly and insert it into the soil vertically.

(5) Do not shake from side to side when inserting to ensure close contact with the soil.

Three in one soil sensor buried measurement method:

(1) dig a vertical pit of about 20cm in diameter.

(2) depth according to the measurement needs.

(3) Insert the sensor steel needle horizontally into the pit.

(4) Fill and compact the pit to ensure close contact with the soil.

(5) After the band is stabilized for a period of time, long time measurements and records can be made.