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XDB107 Series Temperature & Pressure Sensor Module
Constructed from robust stainless steel using advanced thick film technology, XDB107 integrated temperature and pressure sensor reliably performs under extreme temperatures and conditions, and directly measures corrosive media without isolation. It is ideal for continuous monitoring in challenging industrial environments.
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XDB106 Series Industrial Pressure Sensor Module
XDB106 stainless steel pressure sensor module is designed for pressure detection and measurement, transforming pressure into output signals according to set rules. It features components made with high-temperature sintering for enhanced durability against temperature, humidity, and mechanical wear, ensuring stability in industrial settings. XDB106 includes a special PCB for zero-point calibration and temperature compensation.
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XDB103-9 Series Pressure Sensor Module
Pressure sensor module XDB103-9 is composed of a pressure sensor chip which is mounted on 18mm diameter PPS corrosion-resistant material, a signal conditioning circuit, and a protection circuit. It adopts a single crystal silicon on the back of the pressure chip to contact the medium directly, so it can be applied for pressure measurement of various corrosive/non-corrosive gases and liquids, and features high overload capacity and water hammer resistance. The working pressure range is 0-6MPa gauge pressure, the power supply voltage is 9-36VDC, and the typical current is 3mA.
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XDB105-16 Series Stainless steel Pressure Sensor
XDB105-16 stainless steel pressure sensor core is a specialized device designed to detect and measure the pressure of a given medium. It operates by converting this pressure into usable output signals, following specific predefined rules. Typically, it comprises sensitive components and conversion elements which are manufactured using high-temperature sintering techniques, which increases resilience to temperature, humidity, and mechanical fatigue, ensuring long-term stability in industrial environments.
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XDB105-15 Series Stainless steel Pressure Sensor
XDB105-15 stainless steel pressure sensor core is a specialized device designed to detect and measure the pressure of a given medium. It operates by converting this pressure into usable output signals, following specific predefined rules. Typically, it comprises sensitive components and conversion elements which are manufactured using high-temperature sintering techniques, which increases resilience to temperature, humidity, and mechanical fatigue, ensuring long-term stability in industrial environments.
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XDB105 Series Stainless Steel Pressure Sensor Core
XDB105 series stainless steel pressure sensor core is a specialized device designed to detect and measure the pressure of a givenmedium. It operates by converting this pressure into usable output signals, following specific predefined rules.Typically, it comprises sensitive components and conversion elements which are manufactured using high-temperature sintering techniques, which increases resilience to temperature, humidity, and mechanical fatigue, ensuring long-term stability in industrial environments.
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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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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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XDB100 Piezoresistive Monolithic Ceramic Pressure sensor
YH18 and YH14 series ceramic pressure sensors utilize special ceramics material and advanced manufacturing processes. They are featured with exceptional corrosion resistance, effective heat dissipation, optimal springiness, and reliable electrical insulation. As a result, more and more clients are choosing ceramics pressure sensors as a superior alternative to traditional silicon-based and mechanical pressure components.
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XDB101-4 Micro-pressure Flush Diaphragm Ceramic Pressure Sensor
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.
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XDB101-5 Square Flush Diaphragm Ceramic Pressure Sensor
XDB101-5 series flush diaphragm ceramic pressure sensor is the latest pressure pressure core in XIDIBEI, with pressure ranges of 10 bar, 20 bar, 30 bar, 40 bar, 50 bar. 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. A customized base is employed to ensure exceptional stability during the sensor mounting process.
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XDB103 Ceramic Pressure Sensor Module
XDB103 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, and suitable for measuring pressure in aggressive media due to its good chemical resistance.
