高性能光纤应变传感器

HBM FiberSensing 提供两种类型基于布拉格光栅原理的光纤传感器:

  • FS Line 包括多种类型，适合用于大型检测网络。即使几公里的光纤连接，而不会影响传感器信号。
  • OP Line 光纤应变片具有优异的弯曲性能，适合高应变测量。
FS62
FS62 是 HBM FiberSensing 的高性能光学应变传感器
K-OP
带有高性能涂层的光纤应变片具有优异的弯曲性能，适合用于高应变测量
K-OP-A
铠装光纤应变片和应变花适合用于恶劣环境下高应变测量
OptiMet
单根光纤带有多个布拉格光栅，多种保护涂层，适合苛刻应用中的应变多点测量。

FS Line 更多光纤解决方案

除了光纤应变传感器外, FS Line 还可以提供 温度，倾角和加速度 光纤传感器。

FS63
HBM FiberSensing FS63 是一款高性能光纤温度传感器。
FS64
FS64 光纤倾角传感器用于大范围监控
FS65
FS65 光学加速度传感器用于大范围监控

光纤解调仪

光纤解调仪用于读取布拉格光栅传感器数据，组成完美匹配的光纤测量链。 

FS22
静态和动态光纤解调仪，专门用于在工业环境中光纤（FBG）传感器
FS42
FS42 便携式 BraggMETER - 用于实验室和现场测试的光纤解调仪

附件

HBM 能够为光纤测量提供广泛地附件。

两种技术全球顶尖 ... 仅 HBM

  • 电阻和光纤应变片同步数据采集。
  • 在 HBM catman 软件中 将两种传感器进行组合分析

布拉格光栅技术优势

white check mark in green circle

降低安装费用

  • 降低布线费用，因为单根光纤可容纳多个光纤传感器。
  • 测量链可独立调节和配置，适合您的需求
white check mark in green circle

精确可靠的测量结果，即使在恶劣的环境下

  • 对于应力和疲劳试验，可用于高应变，高负载循环的材料
  • 即使恶劣的环境下也可获得高精度的测试结果
white check mark in green circle

即使在长距离传输上也或获得可靠数据

  • 距离和电缆长度对测试结果几乎没有影响
  • 测量点即使距离数十公里，也可获得高质量的测量结果
white check mark in green circle

传感器尺寸小，重量轻

  • 可以安装非常狭小的空间内
  • 提供不同型号，以满足广泛的应用，如实验室，混凝土和户外等。

为您推荐

Frequently asked questions
Concise answers to the most frequently asked questions about optical strain gages and fiber bragg grating technology
疲劳寿命测试
疲劳寿命测试: 在 ±5,000 µm/m 范围内，光绪应变计可以承载1千万次测试
A comparison: electrical or optical stain gages
When are electrical strain gauges adequate, when do you need to use optical strain gauges? This article describes the fundamental differences between the t
Strain Measurement with Fiber Bragg Grating Sensors
什么是布拉格光栅?
A fiber Bragg grating is just a few millimeters long, highly sensitive and very reliable. Learn more about its properties!
Optical Fiber Sensors Unveiled – How These Sensors Will F
In this webinar, you will be guided through the fundamental concepts of optical fiber technology and how it can be used for sensing.
Innovative Optical Measurement Technology
In this webinar, the Smart Peak Detection (SPD) method that allows accurate and stable detection of sensors in complex optical networks will be explained.
采用布拉格光纤传感器进行隧道监控
隧道是现代建筑结构的核心之一 - 无论是大型城市，山体或是水下: 隧道提供快速连接，更短的距离。但是如何保证他们的安全?
I.A.T. & Earthsystem: 监控教堂
建于18 世纪的意大利教堂 Santa Maria del Suffragio 在 2009年地震中被损坏。在其重建过程中，光纤传感器被用于结构监控。
Optical Fiber Sensors vs. Electrical Strain Gauges
Virtually every type of public infrastructure, including bridges, pipelines, tunnels, foundations, roadways, dams, etc., is subject to factors that can deg
光纤应变片如何工作？
本文详细解释了光纤应变片和电阻应变片之间的区别
FS62 课焊接应变传感器，易于在钢材上安装
HBM FiberSensing FS62 可焊接光纤应变传感器的改进版，可轻松安装在钢结构上
土木工程健康监控
交钥匙解决方案 - 监控整个结构的设计，施工，运行到完整的生命周期。
FS22 DI 增强型光纤解调仪
HBM FiberSensing 推出了 FS22 增强型动态解调仪，具有更高采集速率和时间同步功能
风力发电机监控解决方案
Gain real insight into you wind turbine by monitoring it through HBM high quality measurement systems plus professional on-site installation.
Optical Strain Sensor Fundamentals
Basics and fundamentals of strain measurements with focus on optical strain sensors and their applications, such as monitoring structural health.
风机力和力矩可靠测量
Wind turbines are subject to extreme loading. Read this article to learn how to determine reliably forces and moments on wind turbines with HBM.
应变测量名词解释
A useful guide of technical terms to help you understand the commonly used concepts related to strain measurement, using optical sensors.
Configuring optical strain sensors
Learn how to accurately configure an optical strain sensors chain from HBM FiberSensing for a successful installation.
Endesa 项目：内收管道的光学测量
HBM installed a complete sensing system to measure strain on the surface of a steel adduction pipeline (Endesa Hydroelectric Plant), in Pampaneira, Spain.
ITER 项目: 核反应堆的光纤测量
HBM FiberSensing will be delivering optical sensing systems for the vacuum vessel of theITER (International Fusion Energy Organization) project for fusion.
New Online Guide on Strain Measurement
(January 26, 2018) - HBM has launched a new Strain Measurement online guide, focusing on the selection, installation, data acquisition of strain gauges.
Available seminar data
Need technical advice?

Click here to ask our experts on optical sensor technology