Accelerometers for vibration measurements under low frequencies.
FS65ACC
Based on the Fiber Bragg Grating (FBG) technology and the newLight optical sensor line, the FS65ACC accelerometer is a high precision vibration sensor tailored to measure acceleration at different frequencies from 0 to 50Hz.
The accelerometer can be used in a large range of monitoring applications where low frequency, but relevant amplitude vibrations are present, including measuring load induced vibration of civil structures and ambient cable vibrations. The simultaneous measurement of vibration along different axes is possible using multiple accelerometers.
Effective even under aggressive environments and adverse conditions such as humidity and salt
Dual output for in-series integration
Accurate measurements over its full operating range
| Code | 名前 |
|---|---|
| 1-FS65ACC-10/1530 | 光学式加速度計 FC 1530 |
| 1-FS65ACC-10/1540 | 光学式加速度計 FC 1540 |
| 1-FS65ACC-10/1550 | 光学式加速度計 FC 1550 |
| 1-FS65ACC-10/1560 | 光学式加速度計 FC 1560 |
| 1-FS65ACC-10/1570 | 光学式加速度計 FC 1570 |
| K-FS65ACC | 構成の指定が可能な光学式加速度計 |
| FS65ACC newLight - データシート | Data Sheets | Japanese |
| newLight FS65 - データシート | Data Sheets | English |
| FS65ACC newLight - 取付説明書 | Mounting Instructions | Japanese |
| newLight FS65 - 設置マニュアル | Mounting Instructions | English |
Sales documents
| Optical Measurement - ブローシャー | パンフレット | English |
| Type/technology | Fiber Bragg Grating |
| Direction/Axes | Uniaxial |
| Measurement range | 100 m/s² |
| Measurement range | 10 g |
| Weight | 338 g |
| Weight | 12 oz |
| Sensitivity | 59 pm/g |
| Lower frequency | 0 Hz |
| Higher frequency | 50 Hz |
| Minimum Temperature | -20 °C |
| Maximum Temperature | 80 °C |
| Minimum Temperature | -4 °F |
| Maximum Temperature | 176 °F |
| Mounting | Center bolt mounting |
| Resonance frequency | 0.43 kHz |
| Real-time capabilities | None |
| Electric isolation | None |
| Output signal (connectivity) | Analogue |
| Electrical connector location | Integral cable |
| TEDS | No |
| Filtering | None |
Optical Fiber Sensors vs. Conventional Electrical Strain Gauges for Infrastructure Monitoring Applications
