CA202 144-202-000-106 144-202-000-203 Vibro-meter industrial-grade piezoelectric accelerometer

The CA202 144-202-000-106 / 144-202-000-203 Vibro-meter industrial-grade piezoelectric accelerometer is a high-reliability vibration sensing device engineered for accurate acceleration measurement in industrial machinery and structural monitoring systems.

Utilizing advanced piezoelectric crystal technology, this accelerometer delivers stable, low-noise, and high-precision vibration signals, making it ideal for continuous condition monitoring and predictive maintenance applications.

It is widely used in turbines, compressors, pumps, motors, and other rotating equipment where vibration integrity is critical for operational safety and equipment longevity.

• High-resolution vibration signal acquisition
• Stable long-term measurement performance
• Excellent repeatability and sensitivity
• Reliable operation under thermal and mechanical stress
• Accurate detection of micro-vibration events

• Steam turbines
• Gas turbines
• Hydro turbines
• Centrifugal compressors
• Industrial pumps
• Electric motors and generators
• Petrochemical plants
• Power generation systems
• Structural health monitoring systems

The CA202 144-202-000-106 / 144-202-000-203 Vibro-meter industrial-grade piezoelectric accelerometer operates through a precision piezoelectric crystal structure that generates an electrical charge proportional to mechanical acceleration, enabling highly accurate vibration measurement.

This accelerometer achieves high-fidelity signal acquisition through optimized crystal sensitivity and low-noise electrical output design.

The CA202 accelerometer provides wide-frequency response and stable acceleration detection, making it ideal for analyzing dynamic vibration behavior in rotating machinery.

This accelerometer incorporates robust EMI-resistant design and shielding compatibility to ensure stable signal transmission in electrically noisy environments.

The CA202 accelerometer enables continuous vibration data acquisition, supporting early detection of mechanical degradation and predictive maintenance strategies.