Three-in-one soil temperature and moisture &conductivity sensor Product introduction

Three-in-one soil temperature and moisture &conductivity  sensor Product introduction

Soil is the basis for human survival and sustainable development. Rapid and accurate acquisition of soil environmental quality information is an inevitable requirement for rapid soil quality detection and assessment and the development of modern precision agriculture. Through soil testing, we can know data related to soil quality such as soil temperature, humidity, electrical conductivity. These data play a very important role in the growth of crops.

In order to monitor the temperature, humidity and conductivity in soil more conveniently, NiuBoL has launched a three-in-one sensor for conductivity, soil temperature and moisture, which has stable performance, high sensitivity, fast response and stable output, and is suitable for various soil types. It can be buried in the soil for a long time, resistant to long-term electrolysis, corrosion resistance, vacuum potting, and completely waterproof. Measure soil temperature, moisture and electrical conductivity without destroying the original soil structure.

Soil temperature monitoring

Soil temperature has an important effect on soil nutrient uptake and transport. Affects plant growth, development and soil formation. Various biochemical processes in soil, such as biochemical processes and non-living chemical processes caused by microbial activities, are affected by soil temperature. The NiuBoL conductivity soil temperature and moisture 3-in-1 sensor can quickly monitor its soil temperature without reagents and unlimited detection times.

Soil Moisture Monitoring

Water is an important factor that constitutes soil fertility. It not only affects the physical properties of the soil, but also restricts the dissolution and migration of nutrients in the soil. It is an important indicator for monitoring soil drought and degradation. The NiuBoL conductivity soil temperature and moisture 3-in-1 sensor can directly and stably reflect the real moisture content of various soils by measuring the dielectric constant of the soil. It can measure the volume percentage of soil moisture, which is a soil moisture measurement method in line with current international standards. It is less affected by the outside world, and the measured results are accurate.

Soil conductivity monitoring

Soil conductivity can also be called soil salinity, which is an important indicator for soil salinization research and an important factor restricting agricultural production. Effective acquisition of soil conductivity values is of great significance for determining the differences in the spatiotemporal distribution of various field parameters, and also provides effective reference data for modern precision agriculture. The conductivity soil temperature and moisture three-in-one sensor needs to correctly reflect the conductivity of the soluble salt ions in the soil through the electrode when the soil volumetric moisture content is higher than about 20%. Its electrodes are made of alloy materials with special treatment, which can withstand strong external impact and are not easy to be damaged.

In order to facilitate managers to understand the soil environment in a timely manner, the conductivity soil temperature and moisture three-in-one sensor can be connected to the environmental monitoring host through 485 wiring and uploaded to the environmental monitoring cloud platform to monitor soil conditions in real time. It can also cooperate with relevant soil data to control related equipment such as irrigation systems. Once one of the data of soil temperature, moisture and conductivity exceeds the set upper and lower limits, an alarm will be triggered to notify managers to deal with it.

The sensor is suitable for soil moisture monitoring, scientific experiments, water-saving irrigation, greenhouses, flowers and vegetables, grassland pastures, soil rapid testing, plant cultivation, sewage treatment, precision agriculture and other occasions temperature, humidity and conductivity testing.