Miniature accelerometer B01Y32

triaxialIEPEG-force

Product overview
The B01Y32 is a miniature triaxial IEPE accelerometer housed in a laser-welded titanium cube. It provides simultaneous X, Y and Z high-g shock and vibration measurement in confined installations, suitable for R&D, test labs and aerospace/automotive qualification.

Key features

• Triaxial measurement (X, Y, Z) in a miniature titanium cube housing
• Sensitivity: 5 mV/g
• Measurement range: ±1000 g (max acceleration 2500 g)
• Frequency response: ~1 Hz to 10 kHz (5% level)
• Operating temperature: -50 °C to +120 °C
• Connector: 1/4-28 four-pin IEPE; mounting: M2.5 female and adhesive
• Laser-welded titanium housing, IP68; weight: 3.3 g; TEDS optional

Why choose the B01Y32?
Designed for engineers and test specialists who need reliable three-axis shock capture where space is limited. Combines miniature size, wide dynamic range and integrated low-impedance IEPE electronics to simplify installation and ensure consistent signal quality.

Typical applications

• Drop-tower and impact testing with limited mounting area
• Multi-axis shock measurement on automotive and electronic modules
• Vibration and shock testing in constrained fixtures and small satellites
• Structural dynamics and modal test labs requiring compact triaxial sensors

Technical specifications

• Model: B01Y32
• Sensor type: Miniature triaxial IEPE accelerometer
• Sensitivity: 5 mV/g
• Measurement range: ±1000 g (max shock 6000 g)
• Frequency response (5%): 1 Hz to 10 kHz
• Resonant frequency: ≥70 kHz
• Broadband resolution: 0.002 g rms
• Linearity: 1%
• Transverse sensitivity: ≤5%
• Excitation voltage: 20–30 Vdc (constant current 2–20 mA)
• Output impedance: ≤100 Ω
• Output bias voltage: 8–12 Vdc
• Sealing: Laser welding, IP68
• Housing material: Titanium alloy
• Connector: 1/4-28 four-pin
• Mounting: M2.5 female thread and adhesive
• Weight: 3.3 g
• TEDS: Optional