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FS64TLS

newLight 光学传感器系列, FS64 倾角传感器是一款坚固耐用的布拉格光栅 (FBG) 倾角仪,设计用于测量垂直方向上非常小的角度变化。传感器采用推挽式配置的两个FBG进行有效的温度补偿。它可用于多种监测应用,例如承重墙、桥梁桩基、隧道或建筑物。

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FS64TLS

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newLight FS64 倾角光学传感器,用于测量小角度变化

newLight 光学传感器系列, FS64 倾角传感器是一款坚固耐用的光纤布拉格光栅 (FBG) 倾角仪,设计用于测量垂直方向上的极小角度变化。传感器使用两个推拉式FBG;以实现有效的温度补偿。

它可以用于各种监测应用,例如支撑墙、桥梁桩基、隧道或建筑物。利用多个传感器可以测量不同方向的倾斜度。

坚固,可重复使用

  • 坚固耐用的封装和电气惰性使其适用于潜在爆炸性环境、高压区域和强电磁场

即使在潮湿、盐雾等恶劣环境和不利条件下也有效

稳定

  • 采用两个推挽式 FBG,可实现有效的温度交叉效应补偿(<3毫度/ºC)

适用于长期温度变化测量

兼容

  • 可与其他基于光纤布拉格光栅(FBG)的传感器轻松连接,并兼容大多数光学解调器

经济高效的共享设备和更简单的传感网络

Language keyboard_arrow_down
FS64TLS - 數據表 Data Sheets English
newLight FS64 - 數據表 Data Sheets Japanese
newLight FS64 - 數據表 Data Sheets German
newLight FS64 - 數據表 Data Sheets French
newLight FS64 - 操作說明 Manual Japanese
newLight FS64 - 操作說明 Manual German
newLight FS64 - 操作說明 Manual French
FS64TLS - 安裝說明 Mounting Instructions English

Sales documents

Optical Measurement - 小冊 Brochure English
FS64TLS
Type/technology Fiber Bragg Grating
Measurement range 10
Measurement range 10
Mounting Bolted
Environment Explosive / ATEX, EMI (electromagnetic interference), RFI (radio-frequency interference)
Cable type Armor
Degree of protection IP65

newLight FS64 Tilt Optical Sensor for Measuring Small Angle Variations

Based on the newLight optical sensor line, the FS64 tilt sensor is a ruggedized Fiber Bragg Grating (FBG) inclinometer designed to measure very small angle variations towards the vertical. The sensor uses two FBGs in a push-pull configuration for effective temperature compensation.

It can be used in a large range of monitoring applications such as sustaining walls, bridge piles, tunnels, or buildings. The measurement of tilt in different directions is possible with the use of multiple sensors.

Robust and reusable

  • Ruggedized packing and electrical passiveness make it suited for potentially explosive atmospheres, high voltage areas, and intense electromagnetic fields

Effective even under aggressive environments and adverse conditions such as humidity and salt

Stable

  • Effective temperature cross-effect compensation (<3milideg/ºC) by the employment of two FBGs in a push-pull configuration

Fitted for long-term measurements with temperature changes

Compatible

  • Stress-free connection with other FBG-based transducers and compatibility with most optical interrogators

Cost-effective shared equipment and simpler sensing networks

Free White Paper Download

Optical Fiber Sensors vs. Conventional Electrical Strain Gauges for Infrastructure Monitoring Applications

  • FBG principles
  • Bragg wavelengths
  • Monitoring applications

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