Temperature sensors measure heat in a heat source, enabling them to detect temperature changes and convert those changes into data. Machinery used in manufacturing often requires ambient and equipment temperatures to be at specific levels. Similarly, in agriculture, soil temperature is a key factor in crop growth.

soil moisture monitoring system can be extended with a variety of sensors to monitor more environmental information, such as soil water potential sensor, soil temperature sensor, soil moisture sensor, ultraviolet radiation, light intensity, atmospheric humidity, wind speed sensor, wind direction sensor, etc.

Soil moisture monitoring is a key technical link in the new technology of water-saving agriculture and the realization of scientific and reasonable effective water use in agricultural irrigation. Reasonable use of soil moisture monitoring system can contribute to agricultural water conservation.

Moisture content is the degree to which soil moisture meets the growth of crops. It is difficult to obtain soil moisture information from macroscopic to microscopic monitoring and prediction and dynamic analysis by traditional means.

The soil moisture monitoring system developed by NiuBoL can realize continuous monitoring of soil moisture for a long time. Users can flexibly arrange soil moisture sensors according to monitoring needs; they can also arrange the sensors at different depths to measure the soil moisture in the profile.

By use:Pressure-sensitive and force-sensitive sensors, position sensors, liquid level sensors, energy consumption sensors, speed sensors, acceleration sensors, radiation sensors, thermal sensors.

Soil moisture sensor use method and attentionIn addition to the equipment itself, the use of soil moisture sensors should also consider areas with large differences in geographical environmental factors such as altitude, terrain topography, and soil texture.

Soil multi-parameter tester can detect and record soil temperature, soil moisture, atmospheric temperature and humidity, PH and other parameters, and the instrument can work independently from the computer, the host computer software is powerful, easy to view the data.

the most commonly used in greenhouses are temperature and humidity sensors, carbon dioxide sensors, light level sensors, soil nutrient sensors, etc.

By embedding IoT soil sensors in agricultural soils, farmers can monitor the soil's water content and understand its chemical composition in real time, 24/7. These devices can automatically notify farmers when the water content of the soil or the levels of elements such as nitrogen, potassium, phosphorus and sulfur reach undesirable values.