933163100

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933163100 is a characterizing vibration sensor that uses the differential capacitance-impedance principle. It consists of a piezoelectric element and a capacitor. When subject to mechanical vibration, the piezoelectric element converts the vibration into an electrical impulse. This generates a differential capacitance-impedance signal, which can be measured using an amplifier and read out with an analog/digital converter.

The sensor can be used for a range of applications such as vibration monitoring, structural health monitoring, dynamic displacement measurement, rotational analysis, impact testing, and shock wave analysis. It is widely used in aeronautics, automotive, petrochemical, and agricultural industries for monitoring machinery vibration, detecting abnormal operation, and measuring dynamic displacements.

This device is mainly used for the non-contact, instrumented measurement of vibration in machinery, machines, and structures. It is designed to provide rapid data transfer, low noise, and low power consumption. The sensor is reliable, durable and easy to install and maintain.

The 933163100 vibration sensor can be used to measure both static and dynamic forces. It can detect changes in force levels, detect when the force exceeds certain levels, or measure amplitude and frequency of vibrations. The piezoelectric element used in the sensor has excellent mechanical strain capability, enabling the measurement of vibration displacement, velocity and acceleration.

The 933163100 vibration sensor is an important piece of machinery for a variety of industries. Its precision and accuracy make it a great tool for monitoring and measuring vibration. Additionally, its low power consumption and easy installation make it a cost-effective solution for monitoring, measuring, and controlling vibration in machinery, machines, and structures.

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