"flush diaphragm pressure sensor"
G1 Flush Diaphragma-Druckwandler Siliziumdiaphragma-Drucksensor
BPHT241 Flush Diaphragm Pressure Transmitter Introduction: BPHT241 flush diaphragm pressure transmitter utilizes the HT series big flush diaphragm silicon pressure-resistance isolation 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. This pressure transmitter is primarily used in places where high sanitary conditions are required, ensuring
HT-IQ 1,5'' Drucksensor für die Lebensmittelindustrie als Kernkomponente für Füllstandtransmitter, mit bündiger Membran
Food Industry Pressure sensor Transmitter core components HT-IQ 1.5' Food Industry Pressure sensor for level Transmitter core components HT-IQ Silicon Piezoresistive Pressure Sensor Introduction: 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
Led-LCD-Display-Durchfließdiaphragma-Drucksensor Smart-Typ-Drucktransmitter mit IX-DI-Display
Led Lcd Display Flush Diaphragm Pressure Sensor Smart Pressure Transmitter BPHT24-IX Pressure Transmitter Introduction of Smart Pressure Transmitter : BPHT24-IX pressure transmitter The signal processing circuit is located inside a stainless steel housing, converting the sensor signal into a standard output signal. This pressure transmitter is primarily used in places where high sanitary conditions are required, ensuring reliable and accurate pressure measurements in hygienic
Hochtemperatur-Flanschsensor, leicht zu reinigen, der Drucksensor, bündige Membran-Drucksensor
HT-IQT-Drucksensor mit bündiger Membran und Gehäuse aus 316L-Edelstahl. Hochtemperaturdesign (-40 ~ 125 °C) für einfache Reinigung. IP65-zertifiziert, ideal für Lebensmittel-, Pharma- und Industrieanwendungen. Anpassbare Optionen verfügbar.
HT-IQ Sanitäre Flachdiaphragma-Drucksensor Piezoresistiver Niveausensor
HT-IQ Sanitary Flat Diaphragm Pressure Sensor Piezoresistive Pressure Sensor 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 and
4-20mA Flachdiaphragma-Drucksensor Sanitärdrucktransmitter für Getränke und Lebensmittel
4-20mA 3.5Mpa Sanitary Flat Diaphragm Pressure Sensor Smart Pressure Transmitter BP93420-IIIQT Pressure Transmitter Introduction of Smart Pressure sensor: The BP93420-IIIQT pressure transmitter utilizes an HT series silicon pressure-resistance isolation oil-filled core as its signal measuring element. It features a full metal flush diaphragm and direct welding with the process connection, ensuring precise connections between the process connection and the measuring diaphragm.
24V 0,1%F.S. Sanitärdruckübertrager Smart Flat Diaphragm Drucksensor
24V 0.1%F.S Sanitary Smart Pressure Transmitter Flat Diaphragm Pressure Sensor BP93420-IIIQT Pressure Transmitter Introduction of Smart Pressure sensor: The BP93420-IIIQT pressure transmitter is equipped with an HT series silicon pressure-resistance isolation oil-filled core, which serves as the signal measuring element. It is designed with a full metal flush diaphragm and utilizes direct welding with the process connection, ensuring accurate and precise connections between
OEM-Digitaldrucksensor Sanitär-Flush-Diaphragma-Druckwandler 4-20mA
OEM Digital Sanitary Flush Diaphragm Industrial Pressure Sensor With 4-20mA BP93420-IIIQT Pressure Transmitter Introduction of Industrial Pressure sensor: BP93420-IIIQT pressure transmitter utilizes the HT series silicon pressure-resistance isolation oil-filled core as the signal measuring element. It features a full metal flush diaphragm and direct welding with the process connection, ensuring precise connections between the process connection and the measuring diaphragm.
1/2NPT Schnurverbindung Drucktransmitter Sensor Flush Diaphragma Drucktransmitter
1/2NPT Thread Connect Flush Diaphragm Pressure Transmitter Sensor with DIN BPHT24 Pressure Transmitter Introduction of Pressure Transmitter Sensor: BPHT24 pressure transmitter utilizes the HT series flat diaphragm silicon pressure-resistance isolation 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. This pressure transmitter is primarily used
4-20mA Klammer Flachfilm Drucktransmitter Flush-Membran Drucktransmitter Sensor
4-20mA Clamp flat film Pressure Transmitter Flush Diaphragm Pressure Transmitter Sensor BP93420-IQ Pressure Transmitter Introduction of Pressure Transmitter Sensor BP93420-IQ pressure transmitters usually use heat sinks to improve the heat dissipation performance of the sensor. The heat sink is in close contact with the sensor, and the heat generated by the sensor is rapidly transmitted to the heat sink through the thermal conductive material, and is emitted through the
BP93420-IQT Membran-Drucktransmitter mit 0,5% Genauigkeit und IP65 Schutz
BP93420-IQT bündiger Membran-Drucktransmitter mit 0,5 % Genauigkeit, Schutzart IP65 und 316L-Membran. Anpassbar für die Flüssigkeitsmessung in medizinischen, pharmazeutischen und industriellen Anwendungen. OEM/ODM verfügbar mit einer Kapazität von 2000 Stück/Monat.
Flush 50.4mm Clamp Exposed Diaphragm Level Sensor for Pressure Transducer Sensor
flush 50.4 Clamp exposed diaphragm pressure sensor transmitter flush 50.4 Clamp exposed diaphragm level sensor for pressure transducer HT-IQ Silicon Piezoresistive Pressure Sensor Introduction: HT-IQ is a flush diaphragm pressure sensor equipped with a highly stable diffused silicon chip. Pressure is transmitted to the sensing chip via a stainless steel diaphragm and sealed silicone oil, ensuring no direct contact between the chip and the measured medium. Featuring a flat
