HFW1131G01M

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HFW1131G01M is a multifunctional pressure transducer that features a stainless steel construction and two ranges of pressure operation. It is designed with a hermetically sealed sensor module and is equipped with a high-precision digital output signal. This transducer is suitable for applications that require the detection of varying pressures over a wide range of operating pressures.

HFW1131G01M has a wide range of application fields. Examples include industrial and military applications such as aircraft instruments, aircraft hydraulics, aerospace test rigs, sensors for automotive safety systems, and electronic equipment. HFW1131G01M can also be used in medical devices, robotic applications, water and air quality monitoring, food processing, and petrochemical processes. In addition, it is ideal for high-precision industrial applications that require accurate measurement of fluid or gas pressure.

HFW1131G01M operates on a principle of thermal conductivity. Its hermetically sealed stainless steel construction with a special topography allows it to measure temperature changes accurately. This transducer uses a thermally-activated sensing element to detect changes in pressure. When a pressure difference is detected, the sensor component is activated and sends an electronic signal to the controller board.

HFW1131G01M utilizes two different pressure ranges. The signal range can be extended from 0-50 mbar to 0-1000 mbar. This transducer has a high-precision digital output signal, with an accuracy of 0.1% FS plus 0.05 mbar. The unit is also equipped with several protection systems, including reverse polarity and overvoltage protection, making it suitable for harsh environments.

HFW1131G01M is an essential unit for high-performance applications that require accurate and reliable pressure measurement. Its stainless steel construction and hermetically sealed design protect it from blasts and vibrations, while its two-range operating pressure range makes it suitable for a variety of applications. Additionally, its high-precision digital output signal offers reliable accuracy and stability, making it ideal for precision industrial applications.

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