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The housing of the industrial accelerometer sensor is made of 304 stainless steel, with a measurement range of up to ±50g. It utilizes the positive piezoelectric effect of piezoelectric materials and is suitable for precision monitoring tasks in high-impact vibration environments. The sensor has a sensitivity of 100mV/g (160Hz, 25°C), a frequency response range of 0.2 to 10,000Hz (±3dB), an output impedance below 100Ω, and a ±5V peak output signal, enabling high-precision data acquisition.
Industrial accelerometer sensors are widely used in machinery vibration monitoring, rotating equipment condition diagnostics, wind turbines, pumps, compressors, CNC machine tools and other applications.
Compared to MEMS accelerometer sensors, industrial accelerometer sensors have significant advantages in terms of high-frequency vibration response, signal-to-noise ratio, dynamic range and long-term stability. It does not require external power supply excitation, has a fast response speed, and can realize accurate measurement from a few Hz to tens of kHz range, especially suitable for detecting high-energy events such as shocks, impacts, and abnormal vibrations.
To ensure measurement accuracy, it is recommended that the sensor be firmly fixed to the surface of the measured object using threaded mounting or a special magnetic mount. The mounting location should be close to the vibration source, avoiding the use of flexible structures or adhesives. The mounting surface should be flat, clean and, if necessary, polished to enhance the coupling effect. At the same time, cable routing should avoid high-frequency interference sources, and use shielded wires or industry-standard connectors to enhance anti-interference capability and signal stability.