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XDB313 Anti-explosion Hygienic Pressure Transmitter
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.
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XDB101 Flush Diaphragm Piezoresistive Ceramic Pressure Sensor
YH18P and YH14P series flush diaphragm piezoresistive ceramic pressure sensors feature a 96% Al2O3 base and diaphragm. These sensors feature wide temperature compensation, high operating temperature range, and a robust structure for safety under extreme pressure, thus they can directly handle various acids and alkaline media without additional protection. As a result, they are ideal for industries with high safety requirements and can be easily integrated into standard transmission output modules.
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XDB102-6 Temperature & Pressure Dual Output Pressure Sensor
XDB102-6 series temperature & pressure dual output pressure sensor can measure the temperature and pressure critically at the same time. It has a very strong interchangeability, overall size is φ19mm ( universal ). XDB102-6 can be reliably applied to hydraulic systems, industrial process control and hydrological applications.
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XDB102-1 Diffused Silicon Pressure Sensor
XDB102-1(A) series diffused silicon pressure sensor cores have the same shape, assembly size and sealing methods as the mainstream similar products abroad, and can be directly replaced. The production of each product has adopts strict aging, screening and testing processes to ensure excellent quality and high reliability.
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XDB103-10 Ceramic Pressure Sensor Module
XDB103-10 series ceramic pressure sensor module features a 96% Al2O3 ceramic material and works based on the piezoresistive principle. The signal conditioning is done by a small PCB, which is mounted directly to the sensor, offering 0.5-4.5V, ratio-metric voltage signal (customized is available). With excellent long-term stability and minimal temperature drift, it incorporates offset and span correction for temperature changes. The module is cost-effective, easy to mount, more stable and suitable for measuring pressure in aggressive media due to its good chemical resistance.
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XDB401 Pro SS316L Pressure Transducer For Coffee Machine
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.
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XDB102-3 Diffused Silicon Pressure Sensor
XDB102-3 series diffused silicon pressure sensor cores use high stability diffused silicon chip, the measured medium pressure can be transferred to silicon chips through the diaphragm and silicon oil transfer to the diffusion of silicon chips, the use of diffused silicon piezo-resistive effect principle to achieve the purpose of measuring the size of liquid, gas pressure.
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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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XDB320 Adjustable Mechanical Pressure Switch
XDB320 Pressure switch uses a built-in micro switch and sensing hydraulic system pressure and it conveys the electrical signal to electromagnetic directional valve or electric motor to make it change directions or warn and closed circuit so as to achieve the effect of system protection. XDB320 Pressure switch uses liquid pressure to open or close electrical contact hydraulic electrical interface element. When the system pressure achieves the value of the pressure switch setting, it signals and makes electrical components work. It makes the oil pressure release, reverse and execute components realize order action, or closed motor to stop the system from working to provide safety protection.
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XDB905 Intelligent Single Light Column Water Level Indicator Digital T80 Controller
The T80 controller utilizes advanced micro-processing technology for intelligent control. It is designed to handle various physical quantities such as temperature, humidity, pressure, liquid level, instantaneous flow rate, speed, and the display and control of detection signals. The controller is capable of accurately measuring non-linear input signals through high-precision linear correction.
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XDB900 LCD & LED Hirschmann Meter Digital Gauge for Pressure Transmitter
XDB produces both LCD and LED digital gauges. They are highly accurate and adjustable. You can use it in almost every medium, such as fuel, water and air medium.
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XDB503 Anti-Clogging Water Level Transmitter
The XDB503 series float water level sensor features an advanced diffusion silicon pressure sensor and high-precision electronic measuring components, ensuring exceptional performance. It is designed to be anti-clogging, overload-resistant, impact- resistant, and corrosion-resistant, providing reliable and accurate measurements. This transmitter is well-suited for a wide range of industrial measurement applications and can handle various media. It utilizes a PTFE pressure-guided design, making it an ideal upgrade option for traditional liquid level instruments and bit transmitters.
