Irrigation Moisture Sensor

Product Details: Irrigation Moisture Sensor

 I. Irrigation Moisture Sensor Product Overview

Irrigation Moisture Sensor is a high performance, high sensitivity soil moisture and temperature monitoring equipment. By measuring the soil's dielectric constant, it is able to directly and stably reflect the true moisture content of various soils and measure soil temperature at the same time. The sensor adopts the advanced soil moisture FDR (Frequency Domain Reflectometry) measurement method, which is in line with international standards, and is ideal for soil moisture monitoring, scientific experiments, agricultural irrigation and other fields.

 Irrigation Moisture Sensor Product Features

1. Dual-parameter measurement: It can measure soil temperature and soil moisture at the same time, providing comprehensive information about soil environment.

2. High-strength electrode: the electrode is made of specially treated alloy material, which can withstand strong external impacts and ensure long-term stable operation.

3. corrosion-resistant design: completely sealed structure, acid and alkali corrosion resistant, suitable for a variety of harsh environments.

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

5. Convenient installation: probe insertion design, easy installation, suitable for a variety of soils and media.

6. perfect protection: with perfect protection circuit, to ensure the safe operation of the equipment in complex environments.

Irrigation Moisture Sensor technical parameters

Fourth, the role of soil moisture sensor for irrigation

Soil moisture sensor plays a vital role in the irrigation system. Through real-time monitoring of soil moisture content and temperature, it can provide a scientific basis for irrigation decision-making, to ensure that crops get the right amount of water in the growth process. Specifically, soil moisture sensors can help achieve the following goals:

1. precise irrigation: irrigation according to the actual moisture status of the soil, to avoid excessive or insufficient, to improve irrigation efficiency.

2. Save water and reduce emissions: Reduce water waste and irrigation costs by precisely controlling the amount of irrigation.

3. Optimize crop growth: Maintain appropriate soil humidity and temperature, promote healthy crop growth, and improve yield and quality.

4. Intelligent management: Combined with the Internet of Things technology, it realizes remote monitoring and automated management of the irrigation system and improves the efficiency of agricultural production.

 V. Irrigation Moisture Sensor working process

The working process of soil moisture sensor mainly includes the following steps:

1. Installation and calibration: the sensor is inserted into the soil according to the specified depth, and necessary calibration operations are carried out to ensure the accuracy of the measurement results.

2. Real-time monitoring: the sensor starts to monitor the moisture content and temperature of the soil in real time and transmits the data to the data acquisition system.

3. Data analysis: The data acquisition system processes and analyzes the received data to generate intuitive graphs and reports.

4. Irrigation Decision Making: Based on the results of data analysis, irrigation plans are made and irrigation operations are executed through the irrigation system.

5. Feedback Adjustment: According to the growth of crops and soil moisture conditions, constantly adjust the irrigation program to ensure that the crops get the best growing environment.

 Installation of Irrigation Moisture Sensor and Measurement Recommendations

In order to ensure the accurate measurement and long-term stable operation of the soil moisture sensor, please follow the following installation and measurement recommendations:

1. Choose a suitable measurement location: avoid hard objects such as stones to ensure that the electrode can be inserted into the soil smoothly.

2. Install the sensor correctly: Plow through the top layer of soil according to the desired measurement depth, hold the sensor body and insert it vertically into the soil to make sure it is in close contact with the soil.

3. Conduct rapid measurement or buried measurement: choose the appropriate measurement method according to the actual needs, and conduct several measurements to average to improve the accuracy.

4. Pay attention to the shade and protection: When used under strong sunlight, please pay attention to the shade and protection to prevent the sensor from being affected by the high temperature of temperature measurement.

 VII. Irrigation Moisture Sensor Product Role

Irrigation Moisture Sensor has the following important roles in the field of irrigation:

1. Intelligent regulation of irrigation: According to the soil moisture data, reasonably adjust the irrigation time and irrigation volume, to realize water-saving irrigation.

2. Optimize the growing environment of crops: Ensure that the soil moisture is appropriate to provide good growing conditions for crops.

3. Improve agricultural production efficiency: reduce agricultural production costs and improve yield and quality through precise irrigation.

Summary

Irrigation Moisture Sensor has become an indispensable and important tool in modern agricultural irrigation system with its excellent performance and wide range of applications. Choose Irrigation Moisture Sensor to provide accurate and reliable soil moisture and temperature monitoring solutions for your agricultural production. Its accurate measurement, durability and smart integration capabilities make it an essential part of modern irrigation systems, promoting efficient water management and sustainable crop production.

Soil Moisture Temperature sensor data sheet

NBL-S-THR-Soil-temperature-and-moisture-sensors-Instruction-Manual-V4.0.pdf