B06BG2

The B06BG2 is a uniaxial IEPE accelerometer built on a piezoelectric ceramic shear sensing element with a wide-bandwidth frequency response. With 100 mV/g sensitivity and a ±50 g range it is the most sensitive model in the BXXBG2 family, with the lowest noise floor for very low-level vibration measurement. Typical uses include building and structural vibration, modal surveys on light structures, condition monitoring and precision R&D work.

An integrated base-isolated design fully isolates the signal ground from the mounting surface, breaking ground loops on conductive structures. The built-in low-impedance IEPE circuit provides low output noise and an excellent sensitivity temperature response, and the compact HEX 12.7 mm titanium-alloy housing is laser welded to IP68. Available with M5 or 10-32 connector and mounting thread.

Base-isolated design

An integrated isolation base gives full signal-ground-to-housing isolation (≥ 10⁸ Ω), so the sensor can be stud mounted on conductive structures without ground loops or noise pickup.

Built-in IEPE electronics

Low-impedance IEPE circuit with 2–20 mA constant-current excitation. Spectral noise of 4 µg/√Hz at 100 Hz, 0.0001 g rms broadband resolution and an excellent sensitivity temperature response.

Compact titanium housing

Laser-welded HEX 12.7 × 16 mm titanium housing sealed to IP68, weighing just 7.8 g and rated to 400 g rms vibration and 1,000 g pk shock. Side connector with M5 or 10-32 options.

Key specifications