"high accuracy pressure sensor"
OEM-Silizium-Digitaldrucksensor 316L Drucktransmittersensor aus Edelstahl
BP156 Stainless Steel Pressure Transmitter Introduction of silicon pressure sensor: BP156 stainless steel silicon pressure transmitter 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 components, semi-finished
BPHT24 Flush Diaphragma-Drucksensor für Flüssigkeitsmessgerät
BPHT24 Flush Diaphragm Pressure Sensor for Liquid Level Measurement Transmitter BPHT24 Flush Diaphragm Pressure Sensor Introduction of flush diaphragm pressure sensor transmitter: BPHT24 Measurement Element and Housing: The BPHT24 pressure sensor transmitter adopts the HT series plate diaphragm silicon insulated oil core as the signal measurement element. All the components are housed in a stainless steel enclosure, which converts the sensor signal into the standard output
Hydraulische und Pneumatische Systeme BPHT24 Flush-Diaphragma-Industrialdrucksensor
Hydraulic and Pneumatic Systems BPHT24 Flush Diaphragm Industrial Pressure Sensor BPHT24 Flush Diaphragm Pressure Sensor Introduction of flush diaphragm industrial pressure sensor transmitter: The BPHT24 flat diaphragm pressure transmitter consists of a strain gauge and diffused silicon front end. The specially treated strong flushing diaphragm at the measuring end of the strain gauge flat diaphragm ensures that hard particles in the measured medium will not damage it. This
BPHT24 Flush Diaphraqm Drucksensor Übertrager-Niveau-Sensor
BPHT24 Flush Diaphraqm Pressure Sensor Transmitter level sensor BPHT24 Pressure Transmitter Introduction: 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 in places where high sanitary conditions
316L Edelstahl IP68 Wasserdichtes Flüssigkeitsübertrager mit 0,25% Genauigkeit Druckübertrager
BH93420-III Kraftstoff-/Wasserstandsensor mit ±0,25 % Genauigkeit, IP68- und ExiaIICT6-Explosionsschutz. Edelstahlkonstruktion, kundenspezifische OEM-Optionen verfügbar. Ideal für industrielle Flüssigkeitsüberwachungsanwendungen.
316L Edelstahl IP68 wasserdichtes Flüssigkeitsmessgerät mit 0,25% Genauigkeit für die Wasserspiegelmessung
Der Wasserstandstransmitter BH93420-III bietet eine hohe Genauigkeit (bis zu ±0,25 %) mit Schutzart IP68 und der Explosionsschutzklasse ExiaIICT6. Verfügt über eine Konstruktion aus 316L-Edelstahl, kundenspezifische OEM-Optionen und zuverlässige Leistung für die industrielle Flüssigkeitsstandüberwachung in verschiedenen Anwendungen.
BAOJI HENGTONG Hochtemperatur-Drucktransmitter mit 316L Edelstahl und 0,5% Genauigkeit für industrielle Anwendungen
Product Description BP93420IC Pressure Transmitter Introduction:BP93420-IC is a high-temperature pressure transmitter that utilizes the advanced HT series silicon pressure-resistance isolation oil-filled core as its core measuring element. The sensor efficiently captures the pressure of the measured medium through a specialized heat dissipation structure integrated into the transmitter. This exceptional design makes it perfectly suitable for demanding environments with high
Hengtong Digitalausgang 2088 Drucktransmitter für die Lebensmittelindustrie Intelligenter Drucksensor
Hengtong Digital Output 2088 Pressure Transmitter for Food Industry Smart Pressure Sensor Product Description Product Description BP93420-IIIQT Pressure Transmitter Introduction: 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
G1 Flush-Diaphragma-Druckwandler Siliziumdrucksensor
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
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
Der Diaphragma-Nassteil Bpht24-III Digitale Drucktransmitter-Drucksensor
the diaphragm wet part BPHT24-III Pressure Transmitter BPHT24-III Pressure Transmitter Introduction: BPHT24-III 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 environments. Product Features: Various pressure
Hochtemperaturklemmen Industriedrucksensor Flüssigwasserdrucktransmitter
High Temperature Clamp Industrial Pressure Sensor Pressure Transmitter For Water Liquid BP93420-IQT Pressure Transmitter Introduction: The BP93420-IQT 1.5mm clamp is ideal for use in industries such as food and beverage, pharmaceutical, and biotechnology, where maintaining a sterile environment is crucial. Its robust design and high-temperature capabilities make it an excellent choice for applications that require consistent performance even in harsh conditions. With a
