Shock accelerometer B00Y44

triaxialpiezoelectricIEPE

Product Overview
The B00Y44 is a high-impact triaxial IEPE shock accelerometer engineered for extreme event capture in rugged test environments. Designed for aerospace, automotive, electronics, and industrial R&D labs, this sensor delivers rapid-response measurements under severe shock conditions and full manufacturing control from LNS.

Short Description
Shock IEPE Accelerometer
Triaxial
Sensitivity: 0.5 mV/g
Range: ±10,000 g
Temperature Range: -50 ~ 120 °C
Connector: 1/4-28 4pin
Mount: Thru-Hole

Key Features & Highlights

• Triaxial Measurement — Simultaneously records X, Y, and Z axes to reduce mounting complexity and enable full-axis shock monitoring.
• Extremely High Shock Range — ±10,000 g measurement range, suitable for very high-impact events and harsh test protocols.
• Low Sensitivity for High-g Range — Approximately 0.5 mV/g sensitivity to support large amplitude capture without saturation.
• Broad Frequency Response — From ~10 Hz to ~10 kHz, enabling capture of rapid transients and shock–vibration coupling.
• Temperature Stability — Operating from –50 °C to +120 °C to handle extreme environments without performance degradation.
• Connector & Mounting — Standard 1/4-28 four-pin connector plus through-hole mounting for test-fixture compatibility.

Why Choose the B00Y44?

• Built for extreme events — Engineered for high shock, drop towers, impact sleds and severe crash pulses.
• Vertical integration & quality assurance — LNS controls piezo-material fabrication, assembly, calibration and output verification for reproducibility and reliability.
• Global-ready for engineers — Integrates into IEPE-based systems and designed for deployment across automotive, aerospace, electronics and industrial test labs.
• Comprehensive support — Supplied with calibration certificates, traceability and compliance information for qualification and specification adherence.

Typical Applications

• High-g impact simulation (crash, drop-tower, sled)
• Aerospace component impact testing (landing gear, jettison, separation events)
• Electronics board drop & shock testing for rugged devices
• Heavy industrial equipment and structural impact monitoring
• Multi-axis shock capturing in test labs where reliability and throughput matter

Caractéristiques / spécifications techniques

• Sensitivity (mV/g): 0.5
• Range (g): 10000 (±10,000 g)
• Broadband Resolution (g rms): 0.02
• Linearity: 3%
• Frequency Range [10%] (Hz): 10-10k
• Resonant Frequency (kHz): ≥70
• Discharge Time Constant (s): ≤0.5
• Transverse Sensitivity: ≤5%
• Excitation Voltage (Vdc): 20-30 Vdc
• Constant Current Excitation (mA): 2-20 mA
• Output Impedance (Ω): ≤100
• Output Bias Voltage (V): 8-12 Vdc
• Max Shock (g): 12000
• Temperature Range (℃): -50~120
• Min Temperature (℃): -50
• Max Temperature (℃): 120
• Sensitivity Temperature Coefficient (%/℃): -0.07
• Sealing: Laser Welding IP68
• Housing Material: Titanium Alloy
• Output Connector: 1/4-28 4pin
• Mounting: Thru-Hole
• Weight (grams): 7.8
• Sensor Type: Shock
• Output Type: IEPE
• Axis: Triaxial
• TEDS Optional: No