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Triaxial accelerometer IEPE, KiVibe Miniature, TEDS, PiezoStar crystal, 100 g / Z22198E100A

The triaxial miniature IEPE accelerometer KiVibe Miniature fits tight spaces and lightweight structures.
Triaxial accelerometer IEPE, KiVibe Miniature, TEDS, PiezoStar crystal, 100 g
The world’s lightest miniature triaxial IEPE accelerometer KiVibe Miniature from Kistler for vibration measurements.
The triaxial miniature IEPE accelerometer KiVibe Miniature fits tight spaces and lightweight structures.
Z22198E100A
18049218
  • Triaxial IEPE accelerometer with a measuring range of 100 g (50 mV/g)
  • Broad frequency bandwidth from 2.5 to 8 000 Hz (±5%)
  • Minimal thermal sensitivity shift thanks to Kistler’s PiezoStar crystal technology
  • Case isolated design and TEDS
Upon request
On request
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Measuring ranges
Maximum measuring range [g]
Maximum acceleration value you want to measure.
100 g
Product type
Number of Axes
3
Electrical properties
Output signal type
Voltage (Piezoelectric, IEPE)
Electrical isolation
Case isolation
Influence quantities
Sensitivity for Voltage and IEPE Output
50 mV/g
Dynamical properties
Minimum frequency (±5%) [Hz]
2.5 Hz
Maximum frequency (±5%) [Hz]
8000 Hz
Operation and installation
Minimal operating temperature [°C]
Minimal static operating temperature.
-55 °C
Maximum operating temperature [°C]
Maximum static operating temperature.
125 °C
Mounting type
Adhesive / Wax
Applications
NVH testing, eVTOL / UAV / drone testing, Electric motor testing R&D, Space payload testing, 3C electronics manufacturing, Semiconductor manufacturing, Space payload testing, Structural health monitoring

This triaxial miniature IEPE accelerometer with a measuring range of 100 g is designed for structural testing for example on satellites, printed boards, and components with limited mounting space. The integrated PiezoStar sensing element delivers a very low thermal sensitivity shift. This unique sensing element is combined with low noise electronics to provide a wide frequency bandwidth. The accelerometer is case isolated to guarantee low noise performance even with high electromagnetic interference, for example in electric motors. In addition, the welded titanium housing combines ruggedness and lightweight. The integral cable is attached to the sensor using a patented technology, combining robustness and easy handling for demanding installations. The cable is equipped with a four-pin industry standard connector (1/4-28 UNF pos.) and includes a Transducer Electronic Data Sheet (TEDS). 

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