B06Y94

The B06Y94 is a high-temperature three-axis IEPE accelerometer built on a piezoelectric ceramic shear structure with an internal high-temperature, low-impedance circuit rated to +160 °C. With 100 mV/g sensitivity and a ±50 g range it is the most sensitive model in the family, with the lowest noise floor for very low-level triaxial vibration at elevated temperatures. Typical uses include condition monitoring on hot machinery, modal surveys in heated test cells, cabin and body NVH near heat sources and precision environmental testing.

Low transverse sensitivity and a low thermal transient response keep the three channels clean through thermal cycling, and the lightweight 13.5 mm titanium-alloy cube is laser welded to IP68. Each axis has its own M2.5 calibration and mounting hole for easy installation and calibration, and an insulated mounting assembly ships as standard.

Rated to +160 °C

A built-in high-temperature circuit and low-drift piezoelectric material keep all three channels stable from −50 °C right up to +160 °C, with a low thermal transient response for clean data on hot surfaces and through thermal cycling.

Three axes, one mounting point

Simultaneous X, Y and Z measurement from a single cube with ≤ 5% transverse sensitivity. Built-in IEPE electronics with 2–20 mA excitation and 8–14 V bias; spectral noise of 2.4 µg/√Hz at 100 Hz.

Lightweight titanium cube

Laser-welded 13.5 mm titanium-alloy cube sealed to IP68, weighing 9.5 g and rated to 400 g rms vibration and 1,000 g pk shock. M2.5 holes on every axis, adhesive mounting and an insulated mounting base as standard.

Key specifications