XDB 311 series pressure transmitters utilize piezoresistance technology, use high-precision and high-stability diffused silicon sensor with stainless steel 316L isolation diaphragm, test head without pilot hole, no viscous media blockage in the process of measurement, suitable for corrosive media and sanitary equipment.
XDB311(B) series of pressure transmitters utilize imported high-precision and high-stability diffused silicon sensor with SS316L flush type isolation diaphragm. The transmitters are specifically designed for measuring viscous media, ensuring accurate and reliable readings without any blockages during the measurement process.
XDB311 series of pressure transmitters feature imported high-quality MEMS silicon in combination with the XIDIBEI’s unique design and years of process experience production plus SS316L flush type isolation diaphragm. The production process of each product has undergone strict aging, screening and testing processes to ensure its excellent quality and high reliability.
XDB312series of hard flat diaphragm pressure transmitter utilize stainless steel isolation diaphragm and all welded structure. The sensor flat diaphragm structure design is specially used for various rough viscous media measurement and the transmitters feature strong corrosion resistance, thus they are suitable for the circumstances with strict hygiene requirements.
XDB313 series of pressure transmitters utilize imported high-precision and high-stability diffused silicon sensor with SS316L isolation diaphragm. Encased in a type 131 compact explosion-proof enclosure, they are directly output after laser resistance adjustment and temperature compensation. The international standard signal is 4-20mA output.
XDB 315-1 series pressure transmitters utilize piezoresistance technology, use high-precision and high-stability diffused silicon flat film sanitary diaphragm. They are featured with anti-block function, long-term reliability, high accuracy, ease installation and very economical and suitable for a variety of media and applications. XDB315-2 series pressure transmitters utilize piezoresistance technology,use high-precision and high-stability diffused silicon flat film sanitary diaphragm.They are featured with anti- block function, cooling unit,long-term reliability,high accuracy,ease installation and very economical and suitable for a variety of media and applications.
XDB 316 series pressure transducers utilize piezoresistive technology, use ceramic core sensor and all stainless steel structure. They are featured with small and delicate design, specially used for IoT industry. As part of the IoT ecosystem, Ceramic Pressure Sensors offer digital output capabilities, making it easier to interface with microcontrollers and IoT platforms. These sensors can seamlessly communicate pressure data to other connected devices, enabling real-time monitoring and data analysis. With their compatibility with standard communication protocols like I2C and SPI, they effortlessly integrate into complex IoT networks.
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XDB316-3 transducer is equipped with a pressure sensor chip, signal conditioning circuit, protection circuit, and a stainless steel shell. Its standout feature lies in the use of 18mm PPS corrosion- resistant material for the pressure sensor chip. The medium contacts the monocrystalline silicon on the back of the pressure chip, enabling XDB316-3 to excel in measuring pressure for a broad spectrum of corrosive and non-corrosive gases and liquids. It also offers impressive overload capacity and resistance to water hammer effects.
XDB324 series of pressure transducers utilize strain gauge pressure sensor core, ensuring exceptional reliability and long-term stability. Encased in a sturdy stainless steel shell structure, the transducers excel in adapting to diverse circumstances and applications, thus they are widely used in various industries and fields.
XDB326 PTFE pressure transmitter uses either a diffused silicon sensor core or a ceramic sensor core based on pressure ranges and applications. It utilizes a highly reliable amplification circuit to transform liquid level signals into standard outputs: 4-20mADC, 0-10VDC, 0-5VDC, and RS485.Superior sensors, advanced packaging technology, and precise assembly processes guarantee exceptional product quality and performance.
XDB327 series stainless steel pressure transmitter features an SS316L stainless steel sensor cell, offering exceptional corrosion, hightemperature, and oxidation resistance. With robust structural strength and versatile output signals, it is ideal for use acrossvarious industries, particularly in harsh environments.
XDB400 series explosion-proof pressure transmitters feature an imported diffused silicon pressure core, an industrial explosion-proof shell,and a reliable piezoresistive pressure sensor. Equipped with a transmitter-specific circuit,they convert the sensor’s millivolt signal into standard voltage and current outputs. Our transmitters undergo automatic computer testing and temperature compensation, thus ensuring accuracy. They can be directly connected to computers, control instruments, or display instruments, allowing for long-distance signal transmission. Overall,the XDB400 series offers stable, reliable pressure measurement in industrial settings,including hazardous environments.
XDB401 series of pressure transducers utilize ceramic pressure sensor core, ensuring exceptional reliability and long-term stability. Encased in a sturdy stainless steel shell structure, the transducers excel in adapting to diverse circumstances and applications, thus they are widely used in various industries and fields.
XDB401 Pro series pressure transducers are specifically designed for use in coffee machines. They can detect, regulate, and monitor pressure, and convert this physical data into electronic signals. This transducer can remind users to supply water when the water level is low, preventing the machine from running dry and disrupting the coffee-making process. They can also detect high water or pressure levels and raise an alarm to prevent overflowing. The transducers are made from 316L material, which is more compatible with food and can help to ensure that the machine produces perfect espresso by maintaining accurate pressure and temperature.
