M6181-C00005-500PG

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The M6181-C00005-500PG is a pressure sensor/transducer that comes in a variety of styles. It is used in a variety of applications, including pressure sensing in industrial processes, automotive, oil and gas, and medical settings. The M6181-C00005-500PG is rugged, reliable, and highly accurate when used in its optimal operating environment.

This pressure sensor has an onboard microsystem, which is responsible for measuring and controlling the pressure. It is a hybrid design, combining both analog and digital elements to provide accurate continuous data acquisition and signal conditioning. The size of the sensor is small and lightweight, making it ideal for use in confined spaces and harsh environments.

The M6181-C00005-500PG is capable of measuring from 0-500 Bar, with an accuracy of 0.1% of the range. It has an overload protection of +/- 5 Bar, and a total error band of +/- 1% of the range. In addition, it has a manual zero, a signal output (stabilized for good linearity), and a remote sensing capability. The input voltage is 5V DC, with a current consumption of 400mA. It is mounted directly onto the system using two male M6 screws.

As a pressure transducer, the M6181-C00005-500PG converts pressure into an electrical signal. The pressure is applied to a diaphragm which acts as an electrical contact and then a Wheatstone bridge is used to convert the electrical signal into an analog voltage.

This pressure transducer has a range of advantages that make it suitable for a wide range of applications. It provides excellent stability and accuracy over time. It is also compatible with various media including liquid and gas, and is resistant to corrosion. Furthermore, it has a high operating temperature range, and can be used in a variety of environments.

The M6181-C00005-500PG is a reliable and accurate pressure sensor/transducer, suitable for use in a variety of environments. It is rugged and dependable, and provides excellent stability and accuracy over time. The onboard processor performs signal conditioning and data acquisition to ensure accurate measurement, and the Wheatstone bridge converts pressure into an analog signal. The size and weight of the sensor makes it ideally suited for use in confined spaces.

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