"thin pressure sensor"
BH93420-I 潜水式圧力トランスミッター センサー 数字補償 4-20mA 信号出力
BH93420-I 4-20MA SIGNAL OUTOUT DIFFUSED SILICON SUBMERSIBLE PRESSURE TRANSMITTER Introduction : BH93420-I Submersible pressure 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, ensuring excellent waterproof performance. The
SS316L 弁 水位伝送器 化学薬剤伝送器用 圧力センサー
Pressure Sensor Suitable For In The Chemical Pharmaceutical Water Level Transmitter BH93420 I Water level sensor Introduction of water level transmitter: The BH934520-IT is a versatile water level transmitter that excels in measuring the height of liquids or gases in challenging conditions. Its all-welded construction and PTFE cable provide excellent protection against high temperatures, corrosive materials, and permeable substances. This makes the transmitter a reliable
精確で安定した測定圧力センサーのための高性能液体レベルトランスミッター
High-Performance Liquid Level Transmitter For Accurate And Stable Measurement Pressure Sensor BH93420 I Water level sensor Introduction of water 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 challenging conditions. Its all-welded structure and PTFE cable provide unparalleled protection against the rigors of high temperatures, corrosive media, and highly
4-20mA出力 G1/4' シリコン圧力トランスミッター トランスデューサー 水ガスオイル 0-10MPA
BP155 Piezoresistive Diffused Silicon Pressure Transmitter Introduction: BP155 Piezoresistive Diffused Silicon Pressure Transmitter operate based on the piezoresistive effect in silicon materials. These sensors are widely used for their high accuracy, reliability, and ability to measure a wide range of pressures. utilizes the silicon pressure-resistant isolation membrane oil-filled core as the signal measuring element,The signal processing circuit is located inside a
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 液体の水の測定のためのディーゼル燃料油タンクレベルトランスミッターセンサー
BH93420-I Liquid Water Level Measurement Output Diesel Fuel Oil Tank Level Transmitter Introduction: 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, ensuring excellent waterproof
IP68 水位センサー 4-20mA 液体レベルセンサー BH93420-II カスタマイズ
BH93420 II Water level Transmitter Introduction of water level tramsmitter: The BH93420-II water level transmitter utilizes a high-precision diffused silicon piezoresistive pressure sensor as the signal measuring element. The millivolt signal obtained from the static pressure measurement, which is directly proportional to the liquid height, is converted into a standard signal output through amplification circuitry. By establishing a linear correlation between the output
高精度オイルで満たされた差圧変換器 差圧伝達器
BP93420DII Differential Pressure Transmitter Introduction of differential pressure transmitter : BP93420DII High precision oil filled differential pressure transmitter uses a piezoresistive diffused silicon sensor. It uses multi-point calibration of the sensor's temperature, linearity, hysteresis and repeatability through digital compensation technology. Digital compensation enhances the performance and reliability of pressure transmitters by leveraging advanced algorithms
ポータブルアルミニウム合金ハウジングガス差圧トランスミッタ空気センサー
Product Description Portable Aluminum Alloy Housing Gas Differential Pressure Transmitter Sensor Introduction of differential pressure transmitter : The BP93420DI is a differential pressure transmitter that utilizes the piezoresistive effect of semiconductor silicon material to convert differential pressure into an electrical signal. It is mainly used for measuring small differential pressures of non-corrosive dry gases, suitable for applications in industries such as boiler
BP93420DII ガスおよび液体パイプライン測定用差圧トランスミッタ 差圧センサー
BP93420DII Differential Pressure Transmitter for Gas and Liquid Pipeline Measurement BP93420DII Differential Pressure Transmitter Introduction of differential pressure transmitter: BP93420DII differential pressure transmitter uses diffused silicon piezoresistive sensor. Measure and output the pneumatic hydraulic difference, such as the difference in liquid pressure in two pipes, and amplify the standard signal required by the customer and increase the field display. It is
金属産業と発電産業用フラットフィルムスマート圧力トランスミッター
Piezoresistive Flat Diaphragm Smart Pressure Transmitter RS485 Digital Pressure Sensor BPHT24-III Smart Pressure Transmitter Introduction of smart pressure transmitter: The BPHT24-III digital intelligent pressure transmitter is comprised of a smart sensor and a smart electronic board. The smart sensor includes a silicon piezoresistive pressure sensor, measuring diaphragm detection circuit, temperature sensor, and temperature compensation circuit. The intelligent circuit board
BP93420DIII 工業用液体圧力差圧トランスミッター
BP93420DIII LIQUID PRESSURE DIFFERENTIAL PRESSURE TRANSMITTER BP93420DIII Differential Pressure Transmitter Introduction of differential pressure transmitter: BP93420DIII liquid pressure differential pressure transmitter uses a piezoresistive diffused silicon sensor. When the measured medium's differential pressure acts on the corrugated diaphragms at both ends of the sensor, the output signal from the Wheatstone bridge on the sensor chip exhibits a good linear relationship
