• Vibration & Shock
  • Low Impedance Output
  • Sensitivity 10 mV/g
  • Low Base Strain Sensitivity
  • Electrical Isolation
  • Hermetically Sealed
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The Model 962 Piezoelectric Accelerometer is designed for the measurement of high frequency, moderate to high-level shock and vibration. It incorporates a hybrid electronic assembly within a rugged, welded, double-wall stainless steel body to enhance its operation in humid and dirty environments.

The sensor's double-wall, electrically isolated construction provides additional isolation from metallic structures, which aids in acquiring accurate, wideband shock and vibration data uncorrupted by electrical ground loop currents. The sensor module is bonded into the outer stainless steel body with a high temperature, glass-filled polymer insulator. Low impedance output of 100 ohms or less allows operation directly into standard readout equipment without auxiliary signal conditioning, and is capable of driving up to 500 feet of shielded cable.

Consult the factory for customized versions of this sensor.

At +75 Deg F, 10g Peak, 100Hz; Power Supply 2 To 10 mA DC Constant Current with 18 To 30 VDC Min Compliance
Referenced to Sensitivity @ 100 Hz.
Unit is Hermetic Sealed.


Frequency Linearity +/-5% Max, 2 Hz To 20,000 Hz
Resonant Frequency 40KHz, Min.
Amplitude Linearity +/-1.0% (BFSL) / 250 g
Output Bias Voltage 10.25 +/-1 VDC
Avg Temp Coeff of Sensitivity 0.03% / Deg F
Transverse Sensitivity 3% Max, Typical
Voltage Sensitivity 10 mv/g +/-5%
Range +/-500 g
Electrical Noise 0.04 g Equiv., Nom.
Phase Shift (Relative) 3% Max, Typical
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