The core technical advantage of this piezoelectric displacement transducer is its high response frequency of up to 1kHz, which can capture real-time dynamic displacement and vibration changes accurately. It has high sensitivity of 10mV/μm, which can detect tiny displacement changes. The titanium alloy housing has excellent wear resistance and corrosion resistance, and the IP65 protection grade makes it suitable for various industrial environments. Compared with other displacement sensors, it has a compact structure and is easy to install, which can be fixed on the surface of equipment to realize real-time dynamic displacement monitoring.
This transducer has a measuring range of 0-50mm, with a measurement accuracy of ±0.02% F.S. and a sensitivity of 10mV/μm. It supports two output modes of charge output and voltage output, which can be adapted to different data acquisition systems. The power supply ranges from 18V DC to 30V DC, and it can work stably in the temperature range of -20℃ to +80℃. The housing is made of titanium alloy, with overall dimensions of 100mm × 50mm × 40mm and a net weight of 0.5kg. It adopts bolt mounting, which can be fixed on the surface of various equipment quickly.
This piezoelectric displacement transducer is suitable for mechanical vibration displacement monitoring, bridge vibration detection, aerospace component dynamic displacement testing, equipment fault diagnosis, and small-scale seismic monitoring. It can provide real-time dynamic displacement data for industrial vibration testing, equipment condition monitoring, and structural safety detection, helping enterprises and research institutions detect equipment faults and structural abnormalities in time.
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