Suitable for measuring the flow, level, density, and pressure of liquids, gases, or steam, it converts the measured differential pressure value into a 4-20mA current signal output. It can measure, display, or remotely monitor static pressure, featuring quick response, remote setting capabilities, and self-diagnosis functions. This product boasts the following characteristics: <br/> ● High-quality diffused silicon piezoresistive sensing element <br/> ● Multiple signal outputs available <br/> ● Supports HART protocol (please specify when ordering) <br/> ●Isolated Circuit Design <br/> ● Equipped with overcurrent and overvoltage protection features <br/> ●Anti-pulsation Pressure Shock <br/>

Suitable for pressure measurement of gases, liquids, steam, and other media in high-temperature environments, this device outputs a 4–20mA current signal or digital signal representing the measured pressure to downstream control equipment. It can measure, display, or remotely monitor static pressure, making it a widely used, cost-effective pressure sensor. This product features the following characteristics: <br/> ● Imported core—offers superior performance in harsh environments, making it ideal for low-temperature applications <br/> ● Highly stable transmission function—suitable for various industrial environments with stringent stability requirements <br/> ● Strong anti-interference capability—Featuring an isolated circuit design, the input and output are electrically separated, delivering remarkable performance even in environments with significant on-site interference. <br/> ● Overcurrent/Overvoltage/Polarity Reverse Protection – If field personnel connect wires incorrectly or if abnormal current/voltage occurs due to a fault, the instrument can be effectively protected. <br/> ● Strong corrosion resistance—can accommodate a wider range of media by selecting different seals <br/> ● Damping Design – Resistant to Pulsating Pressure Impacts <br/>

Suitable for pressure measurement in sanitary applications, as well as environments with corrosive and viscous media, this product features a design with no pressure-tapping holes and no dead corners. It can be used for gases, liquids, and oils, delivering the measured pressure value as a 4-20mA current signal or digital signal to downstream control devices. Additionally, it enables the measurement, display, or remote monitoring of static pressure. This product boasts the following key features: <br/> ●Diaphragm oil-filled design – independent pressure-sensing chamber, hygienic and corrosion-resistant <br/> ● Highly stable transmission function—suitable for various industrial environments with stringent stability requirements <br/> ● Strong anti-interference capability—Featuring an isolated circuit design, the input and output are electrically separated, delivering remarkable performance even in environments with significant on-site interference. <br/> ● Overcurrent/Overvoltage/Polarity Reverse Protection – If field personnel connect wires incorrectly or if abnormal current/voltage occurs due to a fault, the instrument can be effectively protected. <br/> ● Strong corrosion resistance—can accommodate a wider range of media by selecting different seals <br/> ● Damping Design – Resistant to Pulsating Pressure Impacts <br/>

Suitable for pressure measurement of gases, liquids, steam, and other media under corrosive conditions, this product features a specially designed pressure-sensing diaphragm that comes into direct contact with the medium. The internal cavity is filled with an inert isolation oil, which accurately transmits the measured pressure as either a 4-20mA current signal or a digital signal to downstream control equipment. This allows for accurate measurement, display, or even remote monitoring of static pressure. Commonly used isolation diaphragms include TAN, HC, and TI. This product boasts the following key features: <br/> ●Diaphragm oil-filled — Utilizes a special diaphragm and inert oil for pressure transmission, along with various seals to ensure compatibility across multiple operating conditions. <br/> ● High-stability transmitter function—suitable for various industrial environments with stringent stability requirements <br/> ● Strong anti-interference capability—Featuring an isolated circuit design, the input and output are electrically separated, delivering remarkable performance even in environments with significant on-site interference. <br/> ● Overcurrent/Overvoltage/Polarity Reverse Protection – If field personnel connect wires incorrectly or if abnormal current/voltage occurs due to a fault, the instrument can be effectively protected. <br/>

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