ewLight系列FS64是一种基于布拉格光栅的坚固型倾角传感器,用于垂直方向微小角度变化测量。推挽式结构的两个布拉格光栅用于有效温度补偿。
其主要用于支撑墙、桥梁桩、隧道或建筑物监测应用。采用多个传感器可以测量不同方向的倾斜度。
结实,高复用
即使在潮湿,盐碱等极恶劣环境下,依然有效
可靠
适合在温度经常变化的环境下长期测量
兼容
经济高效的共享设备,简化测量网络
FS64 TLS
Special features
Temperature compensated
Robust desing
Configurable wavelengths, cable lengths
and connector types
Description
The Tilt Sensor is a Fiber Bragg Grating (FBG) based sensor designed to measure small angle variations
towards the vertical. This sensor uses two FBGs in an innovative push-pull configuration for effective temperature
compensation. It is a robust and completely passive sensor with high multiplexing capability, suited for
remote sensing, self-referenced and compatible with most interrogators. The Tilt Sensor can be used in a large
range of monitoring applications, such as in slopes and bridge pillars.
The FS64TLS is based on the newLight® technology developed by HBM FiberSensing to combine particular
advantages of the FBG overcoming technical compromises that existed so far. newLight® sensors employ high
strength fiber coatings and different FBG fabrication techniques to ensure increased strain measurement
ranges, enhanced fatigue resistance and higher measurement accuracy. The low bend loss, telecom compatible
fiber opens the possibilities for innovative sensor designs as well as the straightforward usage of multiplexed sensors
on the same fiber even if kilometers apart. The technology is completely passive, self-referenced and compatible
with most interrogators.
Connect two tilt sensors at orthogonal directions for bi-axial tilt measurements. Contact HBM FiberSensing for
custom service of preassembling the sensors in such way and connected via splices.
Benefits and applications
Possibility to connect in series with other tilt sensors for bi-axial measurements
No need for temperature compensation with external elements
High sensitivity for countless applications
Suited for harsh environments
Fiber Bragg grating technology
Absolute reference measurement
Insensitive to EM/RF interferences
Passive (can be used in Ex-areas)
Intrinsic multiplexing capability reducing cabling requirements
Long distances between sensors and the interrogators possible
Combinable with other sensor measurands
Specifications
Sensor | ||||||
Sensitivity1) | pm/deg | 185 | ||||
Resolution3) | deg | 0.002 | ||||
Measurement range | deg | 10 | ||||
Transverse sensitivity | % | <5 | ||||
Maximum calibration error | deg | 0.05 | ||||
Settling time | s | 1.5 | ||||
Operation and storage temperature | °C | -20 … +80 | ||||
Temperature cross sensitivity | deg/°C | <0.003 | ||||
Sensor bend radius | n.a. | Cannot bent | ||||
Attachment method5) | n.a. | Bolted (M8) | ||||
Dimensions | mm | 220 ±0.5 x 140 ±0.5 x 42.5 ±0.5 | ||||
Weight6) | kg | 3.3 | ||||
Main materials | n.a. | Stainless steel, aluminium, polycarbonate, brass, ormocer® | ||||
Bragg wavelengths | nm | 1500 … 1600 (±0.5) | ||||
Fiber core, cladding and coating diameter | μm | 8/125/195 | ||||
FWHM, reflectivity and side lobe suppression | n.a. | > 0.2nm, 20±6%, > 7dB | ||||
Inputs / Outputs | ||||||
Cable type | n.a. | Ø 3 mm armor (Hytrel, stainless steel spiral, Kevlar®, stainless steel mesh and PE) | ||||
Cable bend radius | mm | >10 | ||||
Cable length7) | m | 0 … 20 ±0.05 | ||||
Connectors | n.a. | FC/APC, SC/APC or NC (No Connectors) |
Ordering information
Configurable Item K-FS64TLS – 1 2 – 3 – 4 5 |
Standard item8) | |||||
Options | 1-FS64TLS-10/2510 | |||||
1 | NC - No connector; FC - FC/APC; SC - SC/APC | 1-FS64TLS-10/2530 | ||||
2 | 0.5 m < Cable length < 20 m @0.5 m steps | 1-FS64TLS-10/2550 | ||||
3 | 1510 nm ≤ Wavelength9) ≤ 1595 nm @10nm steps | 1-FS64TLS-10/2570 | ||||
4 | 0.5 m < Cable Length < 20 m @0.5 m steps | |||||
5 | NC - No connector; FC - FC/APC; SC - SC/APC |
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