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Miniature Triaxial Piezo-Tronic Triaxial IEPE Accelerometer - AT/10

The AT/10 is a miniature triaxial IEPE accelerometer designed for accurate, repeatable vibration measurement where low mass and high performance are critical. It incorporates three independent piezoelectric sensing elements mounted orthogonally within a lightweight titanium housing.

Description

Using DJB’s Konic Shear® sensing technology and high-temperature piezo-ceramics, the AT/10 delivers stable triaxial measurements with minimal cross-axis effects across a wide operating temperature range. Industry-standard ¼-28 UNF connectivity allows simple, single-cable installation with breakout options to suit your test setup.


Key specifications

  • 1mV/g up to 100mV/g
  • 6.9gm
  • -50°C to 125°C

Model variations

  • AT/10
  • AT/10/TB
  • AT/10/F

Design and construction

A lightweight miniature triaxial IEPE accelerometer comprising three voltage output piezoelectric accelerometer elements mounted orthogonally within a titanium block. The use of independent Konic Shear® sensing elements ensures a rugged and repeatable triaxial measurement under the most extreme conditions. This design will outperform single-element devices. The AT/10 uses high-temperature piezo-ceramics as standard to ensure thermal stability. Using the industry standard ¼-28 UNF 4-pin connector for a single cable connection, cable assemblies of any length can be provided, breaking out into 3 BNC plugs.

Standard sensitivity options are 1mV/g up to 100mV/g.


Features

  • Adhesive or stud mounting
  • Lightweight titanium design
  • Three individual Konic Shear® sensing elements for minimal cross-axis effects
  • Rugged design
  • Range of sensitivities available

Applications

  • Modal analysis of lightweight structures
  • Automotive
  • Aerospace
  • Impact testing
  • Vibration shaker testing
  • Structural testing
  • Auto/aero structural body surveys
  • General vibration measurement

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