XDB102-2(A) series flush diaphragm pressure sensors adopt MEMS silicon die, and combined with our company’s unique design and production process. The production of each product has adopted strict aging, screening and testing processes, to ensure excellent quality and high reliability, and to provide high-quality products for the long-term use of customers.
The product uses flush membrane thread installation structure, easy to clean, high reliability, suitable for food, hygiene or viscous medium pressure measurement.
XDB314-2 series of high temperature pressure transmitters utilize the international advanced piezoresistive sensor technology. It uses ceramic core and all stainless steel structure with heat sink. and offer the flexibility of selecting different sensor cores to meet specific application demands. XDB314-2is encased in a robust stainless steel package with heat sink and with multiple signal output options available, they exhibit exceptional long-terms stability and are compatible with a wide range of media, thus they are widely used in various industries and fields. It is featured with compact size, long-term reliability, high temperature resistance, ease installation and very economical and suitable for air, oil or other media.
XDB305 series of pressure transmitters utilize international advanced piezoresistive sensor technology, and offer the flexibility of selecting different sensor cores to meet specific application demands. Encased in a robust all-stainless steel package and with multiple signal output options, they exhibit exceptional long-term stability and are compatible with a wide range of media and applications, thus they are widely used in various industries and fields. XDB 305 series pressure transmitters utilize piezoresistance technology, use ceramic core and all stainless steel structure. It is featured with compact size, long-term reliability, ease installation, high performance price ratio with high accuracy, robustness, common use and suitable for air, gas, oil, water and others.
XDB318 series combines semiconductor piezoresistive effects and MEMS technology to integrate sensitive components, signal processing, calibration, compensation, and a microcontroller onto a silicon chip. It is mounted on a 18mm ceramic sensor core, offering high level of accuracy and impressive overload capacity and resistance to water hammer effects;As a result, it is an ideal choice for a wide range of corrosive and non-corrosive gases and liquids.
XDB101-4 series flush diaphragm ceramic pressure sensor is the latest micro-pressure pressure core in XIDIBEI, with pressure ranges from -10KPa to 0 to 10Kpa, 0-40Kpa, and 0-50Kpa. It is made of 96% Al2O3, allowing direct contact with most acidic and alkaline media (excluding hydrofluoric acid) without the need for additional isolation protection devices, saving packaging costs.
The soil nitrogen, phosphorus and potassium storage device is a device that supports writing nitrogen, phosphorus and potassium parameters through 485 commands to achieve the purpose of displaying data to on-site users, thereby facilitating customers’ systematic assessment of soil conditions.
The soil moisture sensor is a high-precision, high-sensitivity soil moisture sensor based on the frequency domain reflection principle and manufactured using high-frequency electronic technology. By measuring the dielectric constant of the soil, it can directly and stably reflect the true moisture content of various soils. The soil moisture sensor can measure the volume percentage of soil moisture and is currently the most popular soil moisture measurement method in the world.
The soil temperature and humidity sensor integrates soil moisture and soil temperature sensors. It has the advantages of being easy to carry, sealed, and high-precision. It is an ideal choice for measuring soil moisture and soil temperature. The soil moisture part is a high-precision, high-sensitivity sensor based on the frequency domain reflection principle and manufactured using high-frequency electronic technology. By measuring the dielectric constant of the soil, it can directly and stably reflect the true moisture content (volumetric moisture content) of various soils. It is currently the most popular soil moisture measurement method in the world. The sensor part consists of a power module, a temperature sensor module, a transmitter module, a temperature compensation module, and a data processing module, and has a high adaptability to the use environment.
The soil temperature sensor consists of a power module, a temperature sensor module, a transmitter module, a temperature compensation module and a data processing module, which completely solves the measurement error introduced by the platinum resistor due to its own characteristics. The sensor has a zero drift circuit and a temperature compensation circuit, which has a high adaptability to the use environment. The soil moisture part is a high-precision and high-sensitivity sensor for measuring soil moisture based on the frequency domain reflection principle and manufactured using high-frequency electronic technology. By measuring the dielectric constant of the soil, it can directly and stably reflect the true moisture content of various soils, and can measure the volume percentage of soil moisture. It is currently the most popular soil moisture measurement method in the world.
The soil conductivity sensor uses a stainless steel probe to convert the soil conductivity through the sensor into an analog or digital signal. During the development process, it absorbs the advanced technology of similar foreign instruments, and combines the actual situation and use requirements of my country to convert the conductivity value into a corresponding analog or digital signal. After burying this conductivity sensor in the soil, the conductivity of the soluble salt ions in the soil solution is directly measured. Stainless steel electrodes have the characteristics of stable performance and high sensitivity, and are suitable for a wide measurement range, especially for high conductivity, so they are very suitable for the determination of soil conductivity.
