"high precision temperature sensor for industrial"
4-20mA シリコンフラッシュ弁 圧力トランスミッターセンサー 食品およびジュースレベルセンサー
4-20mA Silicon Flush Diaphragm Pressure Transmitter Sensor For Food And Juice BP93420-IQT Pressure Transmitter sensor Introduction of flush Diaphragm pressure transmitter sensor: The BP93420-IQT compact flush diaphragm pressure transmitter sensor has undergone rigorous testing across various parameters, ensuring stable and reliable performance. Its exposed large diaphragm effectively prevents blockage of the pressure hole due to medium crystallization, making it suitable for
BP155 高性能産業用圧力センサー ガスと液体測定送信機
BP155 High-Performance Industrial Pressure Sensor For Gas And Liquid Measurements BP155 Pressure SensorTransmitter Introduction of Industrial pressure sensor transmitter : BP155 small size industrial pressure sensor transmitter is a high performance/price ratio pressure transmitter launched by our company. It adopts a flat film structure sensor core and a specially customized amplifier circuit. After linear correction and temperature compensation, it can meet the pressure
BP93420-IIIE 産業用圧力センサー 水位センサーと表示レベルセンサー
BP93420-IIIE Industrial Pressure Sensor Water Level Transducer with Display BP93420-IIIE industrial Pressure Transmitter Introduction of industrial pressure sensor transducer: BP93420-IIIE industrial pressure sensor transmitter uses a diffused silicon-filled oil core as a sensitive element, and the signal processing circuit converts the pressure signal into a standard output signal. Product parts, semi-finished products, finished products after strict screening, stable and
エラストーマー材料 弁隔離技術付き工業圧力センサー レベルトランスミッターセンサー
Elastomer Material and Diaphragm Isolation Technology in Industrial Pressure Sensor BP93420-IQT Pressure Transmitter Introduction of flush Diaphragm industrial pressure sensor: The BP93420-IQT compact flush diaphragm pressure sensor transmitter has undergone rigorous testing for various projects, ensuring stable and reliable performance. The exposed large diaphragm effectively prevents blockage of the pressure hole caused by medium crystallization, making it suitable for
精密な測定と監視圧力センサーのための工業級液体レベルトランスミッター
Industrial-Grade Liquid Level Transmitter For Accurate Measurement And Monitoring Pressure Sensor BH93420 I Water level sensor Introduction of liquid level transmitter sensor: The BH934520-IT is an exceptional liquid level transmitter engineered to excel in the measurement of liquid or gas height, even in the most demanding conditions. Its all-welded construction and PTFE cable provide unparalleled protection against the rigors of high temperatures, corrosive media, and
産業用センサー用の316Lステンレス鋼の耐腐蝕圧力トランスミッターセンサー
316L Stainless Steel Industrial Pressure Transmitter Sensor Transmitter For Corrosion Resistance Manufcture BP156 industrial Pressure sensor Transmitter Introduction of mini Industrial pressure transmitter sensor : The BP156 Compact Rod-Style Industrial Pressure Transmitter Sensor Utilizes a high-performance silicon piezoresistive pressure sensor as the core sensing element.Incorporates advanced temperature compensation, digital circuit correction, and signal conditioning to
BH93420-I 水静的潜水燃料液体水位センサー 4-20mA 変光シリコン 19mm
BH93420-I 4-20mA Digital Compensation High Precision Diffued Silicon Water Level Transmitter Introduction of water level transmitter: BH93420-I diffused silicon water level transmitter that uses HT series diffused silicon isolation oil-filled core as its signal measuring element. It is designed with a full stainless steel housing and a compact one-piece structure. The sensing part of the transmitter that is immersed in the water is completely sealed with stainless steel,
BH93420-I 4-20mA 0.5-4.5V RS485 タンク川測定用の潜水液体水位センサー
BH93420-I Submersible Liquid Water Level Sensor Introduction of Submersible Liquid Water Level Sensor: BH93420-I Submersible Liquid Water Level Sensor that USE small diameter as 19mm .It adopts high performance diffused silicon pressure sensor as the measuring element The products has reliable amplified circuit and precision temperature compensation,to transfer the gauge or absolute pressure of measurement medium to standard voltage or current signal. It is widely used in
BPHT24 環境保護と化学産業用トランスミッター用フラッシュ弁圧力センサー
BPHT24 Flush Diaphragm Pressure Sensor for Environmental Protection and Chemical Industry 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
高温圧力アプリケーション用センサー
Flush Diaphragm Pressure Sensor Transmitter for High temperature Pressure Applications BP93420-IIIQT1 Pressure Transmitter Introduction of flush diaphragm pressure sensor: The BP93420-IIIQT1 flush-diaphragm pressure sensor transmitter is an analog pressure transmitter with the following key features: 1. Flat Membrane Structure: The transmitter's flush-diaphragm design increases the contact area with the measured medium, enhancing its performance. 2. Wide Temperature Range:
BP93420-IC 高温圧力伝送センサー 精度測定
BP93420-IC High Temperature Pressure Transmitter Sensor for Accurate and Measurements BP93420IC Pressure Transmitter Sensor Introduction of pressure transmitter sensor: BP93420-IC is a high temperature pressure transmitter sensor using advanced HT19 series silicon pressure isolation oil filled core as the core measurement element.A heat dissipation device is added to the front end to drastically cool the medium that comes into contact with the sensor.This particular design
BP93420-IC 高温圧力トランスミッターセンサーと熱分散装置センサー
BP93420-IC High Temperature Pressure Transmitter Sensor with Heat Dissipation Device BP93420IC Pressure Transmitter Sensor Introduction of pressure transmitter sensor: The BP93420-IC is a high-temperature pressure transmitter sensor that utilizes the advanced HT19 series silicon pressure isolation oil-filled core as its core measurement element. A heat dissipation device has been incorporated at the front end to significantly cool the medium in contact with the sensor. This
