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XDB414 Series Spray Equipment Pressure Transmitter
XDB414, designed for spraying equipment, features micro-melting technology with silicon strain sensor, imported pressure-sensitive components, digital compensation amplification circuits with microprocessors, stainless steel laser packaging, and integrated RF and electromagnetic interference protection. It excels in precision, reliability, compactness, vibration resistance, and anti-interference capabilities.
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XDB413 Series Hard Flat Diaphragm Sanitary Pressure Transmitter
XDB413 is a robust and dependable hygienic pressure transmitter with a strain gauge sensor core. Its sturdy design, strict quality standards, fully welded stainless steel construction, hard flat diaphragm, wide measurement range, and on-site display make it ideal for precise pressure control in challenging high-viscosity or particle-laden fluids. -
XDB311(B) Series Industrial Diffused Silicon Pressure Transmitters
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. -
XDB602 intelligent differential pressure transmitter
XDB602 intelligent pressure/differential pressure transmitter boasts a modular microprocessor-based design with advanced digital isolation technology, ensuring exceptional stability and resistance to interference. It incorporates built-in temperature sensors for improved accuracy, reduced temperature drift, and robust self-diagnostic capabilities. Users can easily calibrate and configure the transmitter through a HART communication manual operator.”
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XDB311A Series Industrial Diffused Silicon Flush Pressure Transmitters
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.
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XDB324 Industrial pressure transducer
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.
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XDB603 Differential Pressure Transmitter
The diffused silicon differential pressure transmitter is composed of a dual-isolation differential pressure sensor and an integrated amplification circuit. It features high stability, excellent dynamic measurement performance, and other advantages. Equipped with a high-performance microprocessor, it performs correction and compensation for sensor non-linearity and temperature drift, enabling accurate digital data transmission, on-site equipment diagnostics, remote bidirectional communication, and other functions. It is suitable for measuring and controlling liquids and gases. This transmitter comes in various range options to meet the requirements of different users.
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XDB303 Aluminum Industrial Pressure Transducer
XDB303 series of pressure transducers utilize ceramic pressure sensor core, ensuring exceptional reliability and long-term stability. Exploit piezoresistance technology, and adopt aluminum structure. It is featured with compact size, long-term reliability, ease installation and high performance price ratio with high accuracy, light weighted and economical. With economical aluminum shell structure and multiple signal output options, they are widely used in various industries and fields，like air, gas, oil, water compatible with aluminum.
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XDB311 Stainless Steel Diffused Silicon Sensor For Sanitary Equipment
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.
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XDB312 Industrial Pressure Sender
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.
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XDB310 Industrial Diffused Silicon Pressure Transmitter
XDB310 series of pressure transmitters utilizes imported high-precision and high-stability diffused silicon sensor with SS316L isolation diaphragm, offering pressure measurements for a wide range of corrosive media compatible with SS316L. With laser resistance adjustment and temperature compensation, they meet stringent performance requirements across various applications with reliable and accurate measurements.
XDB 310 series pressure transmitters utilize piezoresistance technology, use high-precision and high-stability diffused silicon sensor with stainless steel 316L isolation diaphragm and stainless steel 304 housing, suitable for corrosive media and sanitary equipment.
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XDB400 Explosion-Proof Pressure Transmitter
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.
