M96571

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When discussing the M96571 application field and working principle, it is useful to contextually group them into the broader category of miscellaneous. The M96571 is a numerical pressure transducer that is designed for use with air, sea and other non-flammable gases. It is typically used in industrial applications such as hydraulic cylinder pressure measurement, air conditioning and ventilation systems, and other industrial processes. The M96571 has a linear output range of ±0-20 A and a pressure range of 0-30 bar. The output is available in both 4-20 mA and 0-10 VDC versions.

In terms of its working principle, the M96571 uses capacitive technology, which is based on the concept of electromagnetic fields. A small ceramic disk is placed in between two metal plates, with the distance between the plates and the disk changing depending on the pressure being exerted. This variation in distance causes a change in capacitance, which is then detected by a built-in amplifier and converted into a corresponding signal output.

The M96571 is designed to with withstand extreme temperatures, vibration and shock, and also features built-in surge protection and overload detection. It is also designed for wide operating pressure ranges, with an accuracy of 0.25 % Full Scale (FS) and a Repeatability of 0.2 %FS. The device also offers a quick response time, high resolution, and robust construction for improved reliability.

In conclusion, the M96571 application field and working principle have been discussed in the context of miscellaneous. The device is designed primarily for industrial settings, utilizes a capacitive-based design, and is capable of withstanding various environmental conditions while still offering high accuracy and resolution. It is a reliable and versatile product that is well-suited to a variety of applications.

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