Product Description
Force Balance Accelerometer Acceleration sensor For Structural Health Monitoring
Application
1) Pulsation measurement and vibration monitoring of ground and various structures.
2) Vibration measurement and monitoring in vibration tests of general engineering structures such as bridges, buildings, ports, and dams.
3) Vibration measurement of large rotating equipment, such as hydraulic turbine generator sets.
4) Measurement of weak vibrations and evaluation of isolation effects on isolation platforms.
5) Ultra-low frequency large amplitude measurement of highly flexible structures, such as suspension bridges.
6) Other low-frequency and ultra-low frequency vibration measurements.
The GLS-3 force balance accelerometer is a precision sensor that uses capacitive sensing transducers. It employs electronic feedback technology, featuring a wide frequency band and a large dynamic range. The GLS-3 force balance accelerometer can measure linear motion acceleration in one, two, or three directions, making it suitable for measuring micro-vibration signals and strong earthquake signals in civil engineering structures such as buildings, railways, bridges, reservoirs, and dams.
1) Compact size
2) Stable performance
3) Low zero drift
4) Convenient adjustment
5) Excellent performance: capable of measuring low-frequency vibrations from 0-120Hz.
(6) Can be customized according to the requirements of sensitivity, range and other parameters.
| Item |
Parameters |
| Channels |
1/2/3 Channels |
| Trigger threshold |
Software can be set up |
| Input range |
±10V |
| Input signal |
Analog Voltage |
| ADS ampling accuracy |
24bit |
| Dynamic range |
≥120dB |
| Input noise |
≤5μVrms |
Application
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