PRODUCTS
Localization of Control Measurement and Production Control System

Vibration Sensors

1

Seismic Accelerometer (Tri‑axial)

- Broadband seismic/structural monitoring (X, Y, Z)
- Free‑field and building/structural monitoring

VL-3120S


AUTOSYS VL‑3120S Seismic Accelerometer is a high‑performance instrument capable of ultra‑precise seismic and structural vibration measurements down to 10 nano‑g rms. It features a tri‑axial (X, Y, Z) sensor with a 120 dB dynamic range, and provides GPS time synchronization and real‑time data processing. The system is deployed for structural vibration monitoring across bridges, tunnels, railways, and power plants, and—through real‑time analytics and remote monitoring—supports efficient facility and asset management

. Related Sensor :

Precision Seismic Recorder

. Associated Applications :

Seismic / Structural Monitoring








2

Single‑Axis Accelerometer

- Structural/bridge vibration measurement

ASE-1005


The AUTOSYS ASE‑1005 Single‑Axis Accelerometer is a high‑precision sensor capable of measuring vibration over a ¡¾2 g range. It offers a 0–400 Hz frequency response and high sensitivity of 1000 mV/g, while delivering a low noise density of 5 ¥ìg/¡îHz. Suited to applications that require precise vibration measurement and monitoring in industrial environments—such as bridges and large civil structures—the sensor supports efficient operation with a 5 V supply and a low current draw of 25 mA.








3

Tri‑Axis Accelerometer

- For wind turbines and large industrial assets

ASE-3025


The AUTOSYS ASE‑3025 Accelerometer is a high‑performance sensor designed to measure vibration in wind turbines and large industrial equipment. With selectable measurement ranges of ¡¾2 g or ¡¾4 g and a sensitivity of 400 mV/g, it enables precise vibration measurements. It offers a wide 0–2400 Hz frequency response and an excellent noise density of 20 ¥ìg/¡îHz. Featuring low cross‑axis sensitivity (1%) and nonlinearity of 0.1%, the sensor accurately detects blade vibration, tower structural vibration, and gearbox anomalies in wind‑energy applications.