B00H04 – LNS® High-temperature IEPE single axial accelerometer
To meet the needs of vibration test and measurement, LNS® has developed a high-temperature IEPE type single-axis acceleration sensor – B00H04.
This product uses a stainless steel shell, laser welding and sealing and has strong reliability; the internal shear structure, special ceramic materials, and high-temperature micro-circuit improve the product’s anti-interference ability and temperature resistance and ensure the stability and accuracy of the signal output; in addition, this type of product has the characteristics of small size and lightweight, and the output form of the top integrated cable can further meet the signal acquisition requirements.
| Unit | B00H04 | |
|---|---|---|
| Sensitivity | mV/g | 0.25 |
| Measuring range | g | ±20000 |
| Frequency response ±5% | Hz | – |
| ±10% | Hz | 10-12k |
| Ampliftude Linearity | % | ≤1 |
| Lateral Sensitivity | % | ≤5 |
| Resonant Frequency | kHz | ≥50 |
| Time Constant | s | ≤1 |
| Resolution | grms | 0.001 |
| Base Strain | g/ε | 0.0008 |
| Shock Limit | g pk | 24000 |
PRODUCT FEATURES:
Use high-temperature micro-miniature built-in circuit;
Small size and lightweight, high-frequency response characteristics;
Multiple ranges available, special piezoelectric materials, low temperature drift
Top-mounted cable output;
APPLICATIONS
1) AUTOMOTIVE
Used for key functions such as vehicle stability control systems, collision tests, and triggering airbags to improve driving safety;
Used for automobile engine monitoring;
Exhaust device testing;
2) OIL & GAS
Monitoring the impact force of drilling equipment on oil drilling platforms
Monitoring the vibration of compressors, pumps and other equipment
3) HEAVY MACHINERY
Impact force monitoring of stamping machines and forging machines
Vibration and impact force monitoring during the operation of crushers and ball mills
4) AEROSPACE INDUSTRY
Aircraft structural health monitoring. Installed in key parts such as the aircraft fuselage, wings, and engines, it monitors the operation of the aircraft in real time during flight.
