"high precision temperature sensor"
BP93420IB 産業用圧力センサー 精度計と密封された圧力測定送信機
Gauge Absolute and Sealed Pressure Measurement BP93420IB Industrial Pressure Sensor BP93420IB Pressure Transmitter Introduction of industrial pressure sensor transducer: The welded BP93420IB industrial pressure sensor is designed for measuring non-corrosive gases and liquids. It utilizes the HT series diffused silicon isolated oil-filled core as the signal measurement element. The stainless steel sensor is sealed with a gas-tight weld, and the signal processing circuit PCB is
幅広く測定できる工業用圧力センサー
Wide Measuring Range Industrial Pressure Sensor with Diverse Pressure Interface Forms BP93420IB Pressure Transmitter Introduction of industrial pressure sensor transducer: The BP93420IB industrial pressure sensor features a welded design, making it suitable for measuring non-corrosive gases and liquids. Its core component is the HT series diffused silicon isolated oil-filled element that serves as the signal measurement device. The sensor is encased in stainless steel and
BP93420-I 汎用用用用 工業用 圧力センサー ステンレス スチール 送信機
BP93420-I Stainless Steel Industrial Pressure Sensor Transmitter for Versatile Applications BP93420I Pressure Transmitter Introduction of industrial pressure sensor transmitter: The BP93420-I Diffused Industrial Pressure Sensor Transmitter is a versatile instrument known for its accuracy and reliability. Its advanced technology guarantees precise pressure measurement. The sensor has a broad measurement range and can be applied in various applications with diverse pressure
IP68 ステンレス鋼産業用圧力センサートランスミッター G1/4 または G1/8 スレッドレベルセンサー
IP68 Stainless Steel Industrial Pressure Sensor Transmitter with High-Performance Design BP156 industrial Pressure sensor Transmitter Introduction of mini Industrial pressure sensor transmitter : The BP156 Small industrial pressure sensor transmitter is a compact rod-shaped pressure transmitter. It utilizes a high-reliability silicon piezoresistive pressure sensor as its sensitive core and undergoes temperature compensation, digital circuit correction, and signal conditioning
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
19mm 1.5mA 拡散シリコン圧力センサー ピエゾレシシブ 圧力変換器
19mm Diffused Silicon Pressure Sensor Piezoresistive Pressure Sensor Introduction of silicon pressure sensor: HT19 piezoresistive silicon pressure sensor, the main component is a high stability diffuse silicon sensing element. The sensing package utilizes silicone oil to transfer pressure from a 316L stainless steel diaphragm to the sensing element. Piezoresistive pressure sensor adopts international advanced silicon pressure chip with high stability and high precision,
DN25 工業用トランスミッター用高温フラッシュ弁圧感センサー
DN25 High Temperature Flush Diaphragm Pressure Sensor for Industrial Applications BP93420-IIIFL Pressure Transmitter Introduction of flush diaphragm pressure sensor: The BP93420-III-FL pressure transmitter utilizes the HT series silicon resistive film oil-filled core as the signal measuring element. Its process connection involves the direct welding of a 316L isolation diaphragm and matching flange, ensuring precise pressure measurement. The customized heat sink is designed
HTシリーズ シリコンレジシブフィルム 高温産業トランスミッター用 油で満たされたコアフラッシュ弁圧感センサー
HT Series Silicon Resistive Film Oil-Filled Core Flush Diaphragm Pressure Sensor For High Temperature Industrial BP93420-IIIFL Pressure Transmitter Introduction of flush diaphragm pressure sensor: BP93420 - III - FL pressure transmitter utilizes the HT series resistance silicon membrane oil-filled core as the signal measuring element. Its process connection encompasses the direct welding of the 316L isolation diaphragm and the matching flange, guaranteeing precise pressure
HT20V 100mv 圧力センサー 10VDC 液体のピエゾレシシブ差圧センサー
Introduction of differential diffused silicon pressure sensor: HT20V is The sensor consists of a silicon diaphragm with piezoresistive elements diffused into it, forming a Wheatstone bridge circuit. When differential pressure is applied across the diaphragm, it causes the diaphragm to deform. This deformation changes the resistance of the piezoresistive elements, unbalancing the Wheatstone bridge. The resulting voltage output is proportional to the differential pressure
12-32VDC 高温産業圧力センサー ステンレス鋼構造
High Temperature Industrial Pressure Sensor with Stainless Steel Structure BP93420IC Industrial Pressure Sensor Introduction of Industrial pressure sensor: BP93420-IC is a high temperature industrial pressure sensor transmitter, utilizing the our HT19 series silicon pressure isolation oil-filled core as the primary measurement element. The sensor effectively captures the pressure of the measured medium through a dedicated heat dissipation structure integrated into the
BP93420-IC 高温産業圧力センサー IP65 保護基準
High Temperature Industrial Pressure Sensor With IP65 Protection Rating BP93420IC Industrial Pressure Sensor Introduction of Industrial pressure sensor: BP93420-IC is a high temperature industrial pressure sensor transmitter, using HT19 series silicon pressure isolation oil-filled core produced by our company as the core measurement element.The sensor effectively captures the pressure of the measured medium by means of a dedicated heat dissipation structure integrated into
