"diffused silicon pressure sensor"
Lebensmittel- und Getränkeindustrie Siliziumdrucksensor Hochtemperatur HT-IQT
HT-IQT High Temperature Food And Beverage Industry Silicon Pressure Sensor HT-IQT Silicon Piezoresistive Pressure Sensor Introduction of silicon pressure sensor: HT-IQT is a flush diaphragm pressure sensor with a highly stable high temperature diffusion silicon chip. The sensitive chip does not directly contact the measured medium. The pressure is transferred to the sensitive chip through the stainless steel diaphragm and the sealing silicone oil, and the resistance bridge of
50,4 mm Clap Industry Silizium-Drucksensor HT-IQT Hochtemperatur-Flüssigkeitsdrucksensor
50.4mm Clap Industry Silicon Pressure Sensor High Temperature HT-IQT Sensor HT-IQT Silicon Piezoresistive Pressure Sensor Introduction of silicon pressure sensor: HT-IQT is a flush diaphragm pressure sensor with a highly stable high temperature diffusion silicon chip. The sensitive chip does not directly contact the measured medium. The pressure is transferred to the sensitive chip through the stainless steel diaphragm and the sealing silicone oil, and the resistance bridge
19 mm Mini 4-20mA Ausgang Siliziumdrucksensor für OEM-Sender
19mm Mini 4-20mA Output Silicon Pressure Sensor For OEM Transmitter HT19-4-20 Pressure Sensor Introduction of silicon pressure sensor: HT19-4-20 Silicon Piezoresistive Pressure Sensor The HT19-4-20 is a high-stability piezoresistive pressure sensor featuring a precision diffused silicon sensing element. It accurately measures liquid and gas pressure by transmitting force through a silicon diaphragm and isolating the medium via a silicone oil-filled isolation diaphragm.
Silizium-Drucksensor 19 mm Durchmesser, Mini-Drucksensor-Kern, industrieller Flüssigkeitsmessdrucksensor
HT26 OEM-Drucksensorkern: 7 mm Höhe, Edelstahlkonstruktion, Schutzart IP65. Hohe Stabilität, ±0,3 % FS-Genauigkeit, 1 ms Reaktionszeit. Anpassbar für die Gas-/Flüssigkeitsmessung in industriellen Anwendungen. Kapazität 50.000 Einheiten/Jahr.
10VDC Leistung HT24V Siliziumdrucksensor Zelle G1/2 Level Sensor Flush Drucksensor Kern
HT24V-Silizium-Drucksensor mit 10 VDC-Stromversorgung, Schutzart IP65 und 0,2 % FS/Jahr Stabilität. Verfügt über eine bündige Membran aus 316L-Edelstahl für eine einfache Reinigung bei Lebensmittel-/Pharmaanwendungen. Anpassbar mit einer Produktionskapazität von 50.000 Einheiten/Jahr.
Differenzielle Leiter-Typ-Level-Sender Diffusioniertes Silizium-Druck-Sender
BP93420DII Differential Pressure Transmitter For Measurement Pipeline Pressure BP93420DII Differential Pressure Transmitter Introduction of differential pressure transmitter: BP93420DII differential pressure transmitter uses a piezoresistive diffused silicon sensor. The sensor adopts full-automatic linear and temperature compensation technology to ensure the efficiency and quality of mass production. Fully-sealed and isolated air cavity design to ensure the long term
4-20mA Hochpräzisions-Silizium-Piezoresistive-Druckmessgerät aus Edelstahl
4-20mA High Precision Stainless Steel Silicon Piezoresistive Flush Diaphragm Pressure Sensor BPHT24-IX Pressure Transmitter Introduction of flush diaphragm pressure sensor transmitter: BPHT24 - IX flat Flush diaphragm pressure sensor transmitter feel pressure signal, using integrated circuit converts the signal to standard output signal processing. This pressure transmitter is mainly used in places with high sanitary conditions, such as food, medical and other industries, to
M12 Connection Oem Silizium Digitaldrucksensor 316L Drucktransmitter aus Edelstahl
BP156 STAINLESS STEEL OEM DIGITAL SILICON PRESSURE SENSOR BP156 SILICON PRESSURE SENSOR Introduction of silicon pressure sensor: BP156 silicon pressure sensor utilizes the HT series silicon pressure-resistant isolation membrane oil-filled core as the signal measuring element. The signal processing circuit is located inside a stainless steel housing, converting the sensor signal into a standard output signal. The product has undergone rigorous testing and aging screening of
Diaphragma Piezoresistiver Drucksensor Diffusionssilizium Sanitärdruckwandler Sensor
Diaphragm Piezoresistive Pressure Sensor Diffused Silicon Sanitary Pressure Transducer HT-IQ Silicon Piezoresistive Pressure SensorIntroduction: HT-IQ is a flush diaphragm pressure sensor with a highly stable diffused silicon chip. The pressure is transmitted to the sensitive chip through a stainless steel diaphragmand sealed silicon oil. The sensitive chip does not directly contact the measured medium. This product features a flat diaphragm structure, making it easy to clean
Luftwasser 316L OEM-Standard piezoresistiver Siliziumdrucksensor für Druckwandler
Diaphragm Piezoresistive Pressure Sensor Diffused Silicon Sanitary Pressure Transducer HT-IQ Silicon Piezoresistive Pressure SensorIntroduction: HT-IQ is a flush diaphragm pressure sensor with a highly stable diffused silicon chip. The pressure is transmitted to the sensitive chip through a stainless steel diaphragmand sealed silicon oil. The sensitive chip does not directly contact the measured medium. This product features a flat diaphragm structure, making it easy to clean
Drucksensor mit temperaturkompensierter, ölgefüllter Isolierfolie, 15mm Füllstandssensor, Silizium-Drucksensor
30psi pressure sensor with temperature-compensated oil-filled isolation film HT15V Silicon Piezoresistive Pressure Sensor Introduction: HT15V is a silicon piezoresistive pressure sensor featuring a highly stable diffused silicon element core. It employs the piezoresistive effect of diffused silicon for precise measurement of both liquid and gas pressures. This sensor finds extensive usage in various applications, including air compressors and refrigeration systems . Product
HT19 Silikon-Piezoresistiver Niveausdrucksensor aus Edelstahl mit 4 Draht-Sensorkern
Product Description HT19 Stainless Steel Silicon Piezoresistive Level Pressure Sensor With 4 Wire Sensor Core HT19 Silicon Piezoresistive Pressure Sensor Introduction: HT19 is a silicon piezoresistive pressure sensor, featuring a highly stable diffused silicon sensing element at its core. By transmitting the pressure of the measured medium to the silicon diaphragm through an isolation diaphragm and silicone oil, it ensures accurate and reliable measurement of both liquid and
