The Soil PH Sensor is a device that measures the pH of the soil. Its technology has been in development for several years. Its first public disclosure occurred in the summer of 1998. The device’s development supported by a grant from the United Soybean Board. The grant allowed for further engineering and better interpretation of the data. Jess Lowenberg-DeBoer and Alan Hallman analyzed the potential value of the sensor data, and developed a method that applied to agricultural production.
EcoTech Soil
EcoTech Soil PH Sensor is a simple and reliable device for measuring soil pH. The pH of soil is an important determinant of plant growth. Different plants have different optimum pH levels. Keeping the pH level of soil within a reasonable range promotes healthy crop growth. This sensor has been design for use in various soil conditions, and features high accuracy and fast measurement speed. Its IP68 protection grade and vacuum potting ensures its long-term durability.
The EcoTech Soil PH Sensor has two electrodes: a reference electrode and a glass probe. The pH glass probe is protect against accelerated aging by a diaphragm, and is embedded in a salt bridge for electrical contact with the soil. The probe can also be use in combination with the redox electrode from ecoTech.
This sensor can also measure moisture in the soil. Its unique glass element can withstand up to 290 psi of pressure and two million psi of pressure. Its durability and reliability make it an excellent choice for monitoring soil pH in large agricultural operations. Besides enhancing the quality of crops and increasing the yield of your crops, this sensor will also reduce the cost of installing and maintaining soil pH mapping infrastructure.
The pH sensor is based on an Arduino Nano microcontroller, which is a microcontroller. The Arduino Nano functions as a controller, receiver, and processor. The software allows the user to see the data recorded by the DHT22 sensor and pH sensor. The microcontroller also includes an LED to indicate results.
Dragino LSPH01 Soil PH Sensor
The Dragino LSPH01 Soil pH Sensor uses a wireless LoRaWAN connection to measure soil pH. It is waterproof and IP68 rated, so it can be used in wet areas. The sensor also offers high accuracy and a stable pH reading. It is built for durability and uses LoRa wireless technology to ensure a long battery life. This sensor is powered by a 8500mAh Li-SOCI2 battery, which allows it to be used for extended periods.
The Dragino LSPH01 Soil pH Sensor works with an Arduino Nano microcontroller, which serves as its controller, receiver, and processor. It also displays the measurements from the DHT22 and pH sensors with an LED. The device can be used in a variety of settings, including agricultural fields.
Veris pH Manager
The Veris pH Manager soil pH sensor provides accurate and real-time measurements of pH levels in soil. Its portable design allows it to be move around and sample soil at the same time. The sensor is also able to measure the organic matter content of soil and provide valuable information about the pH levels in different soil types.
The Veris pH Manager soil PH sensor is the first commercial system to map soil pH properties on-the-go. The detailed lime prescriptions it produces will increase crop yields and nutrient use, resulting in greater profits for growers. The soil pH manager is also compatible with soil EC arrays, enabling users to capture data on soil color and EC simultaneously.
With Veris pH mapping technology, you can target problem areas by measuring pH below the surface. The Veris pH Manager maps the pH levels at five-, ten-, and twenty-cm depths across a paddock. The map provides a direct comparison between surface pH and subsurface pH levels. In addition, areas with high surface pH levels have high subsurface pH levels. Areas with low pH levels show increased scatter.
The Veris pH Manager is a soil pH management system comprise of antimony electrode, digital mapping, and soil sensors. It measures pH levels with an estimated total error of less than 0.3 pH. It also provides georeferenced maps of pH levels.