B00Y43

Shock IEPE Accelerometer
Triaxial
Sensitivity: 1mV/g
Range: ±5000g
Temp Range: -50~120°C
Connector: 1/4-28 4pin
Mount: Thru-Hole

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SKU: B00Y43 Categories: , , ,

LNS B00Y43 Shock IEPE Triaxial Accelerometer

The B00Y43 is a robust triaxial IEPE shock accelerometer optimized for high-g events in R&D and reliability test environments. With a ±5,000 g range and 1 mV/g sensitivity, it is ideal for automotive, electronics and industrial impact testing where multi-axis capture is key.

Key Features & Highlights

  • Triaxial Measurement — Provides X, Y and Z axis measurement in one package, minimizing installation and alignment time.

  • High Shock Range: ±5,000 g — Suitable for many durability, drop, and impact test scenarios.

  • Sensitivity: ~1 mV/g — Offers a good balance of signal level and range for high-g events.

  • Frequency Response: 10 Hz to 10 kHz (typical) — Enables capturing fast transient events as well as high-frequency post-shock dynamics.

  • Temperature Range: –50 °C to +120 °C — Suitable for harsh environmental test conditions.

  • Connector & Mounting — ¼-28 four-pin connector with through-hole mounting, aligning with common test fixture standards.

Why Choose the B00Y43?

  • Optimized for mid-to-high-g shock regimes — Perfect for many automotive durability tests, electronics drop tests, and aerospace component tests.

  • One sensor, three axes — Reduces mounting complexity, saves time and ensures synchronized axis capture for more accurate analysis.

  • Manufactured end-to-end — Your sensor is built, calibrated and tested in a vertically-integrated supply chain, ensuring reproducibility, reliability and faster delivery.

  • Support & documentation — Includes calibration certificate, traceability and technical documentation to support qualification and supplier audits.

Typical Applications

  • Vehicle component impact and durability testing

  • Electronics board drop and shock qualification

  • Multi-axis shock capture in aerospace or industrial equipment tests

  • Lab environments where test throughput and reliability are prioritized

Datasheet: B00Y43

Sensitivity (mV/g)

1

Range (g)

5000

Broadband Resolution (g rms)

0.01

Linearity

1%

Frequency Range [5%] (Hz)

Min Frequency [5%] (Hz)

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 Acceleration (g)

6000

Max Shock (g)

10000

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