HBM FiberSensing의 광섬유 브래그 센서

Fiber Bragg 기술(FBG) 기반의 옵티컬센서는 대형 구조물, 전기 노이즈가 많은 환경, 폭발 환경 등 각종 테스트 어플리케이션에서 유용하게 사용됩니다.

  • HBM FiberSensing 옵티컬센서는 빛을 이용하여 계측하므로 측정 거리에 제한이 없으며 한 케이블당 여러 시그널을 테스트 할 수 있습니다.
  • FBG 센서부터 옵티컬 인터로게이터(Optical Interrogator) 및 소프트웨어에 이르기까지 전체적인 광측정솔루션을 제공하므로 더욱 신뢰도가 높고 안전합니다.
  • 높은 수준의 스트레인, 많은 횟수의 부하 사이클, 높은 전자파 스트레스 및 폭발 위험이 높은 환경에서도 확실하고 안전하게 재료를 테스트 할 수 있습니다.
FS62
FS62 is a High-Performance Optical Strain Sensor from HBM FiberSensing.
K-OP
K-OP 측정 체인은 변형률이 높은 용도에 맞게 옵티컬 FBG(파이버 브래그 격자) 센서를 구성할 수 있는 배열입니다. 설정 시간이 짧은 이 제품은 구성된 상태로 제공되어 설치가 간편합니다.
K-OP-A
K-OP-A 옵티컬 스트레인 게이지와 로제트 게이지는 극한 환경에서 쓰기 적합합니다.
OptiMet
When the optical fiber itself forms the sensor element and it is used for transmitting measurement data, we speak of an intrinsic, fiber-optic sensor.

More Optical Solutions from the FS Line

Adding to the optical strain sensors, the FS Line also includes other types of Fiber Bragg Grating (FBG) sensors for measuring temperature, tilt and acceleration in a wide range of applications.

FS63
FS63 is a High-Performance Optical Temperature Sensor from HBM FiberSensing.
FS64
FS64 is an optical tilt meter from HBM FiberSensing for use in a large range of monitoring applications.
FS65
FS65 is an optical accelerometer from HBM FiberSensing for use in a large range of monitoring applications.

Optical Interrogators

To complete the system, the company has available measuring devices (data acquisition systems) prepared to read Fiber Bragg Grating (FBG) sensors.

FS22
Industrial BraggMETER is a measurement unit specifically designed to interrogate Fiber Bragg Grating (FBG) based sensors in industrial environments.
FS42
The FS42 - Portable BraggMETER is a measurement unit specifically designed to interrogate Fiber Bragg Grating (FBG) based sensors on field.

Accessories

HBM offers a wide range of accessories for optical measurement technology.

Best of Both Worlds

...only with HBM: 

  • Simultaneous data acquisition of electrical AND optical strain gauges.
  • Combined data analysis from both types of sensors in HBM's catman software.

Your Benefits with FBG Technology

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Reduce installation costs

  • Reduced wiring since a single fiber can handle multiple optical sensors.
  • Individually adapted and configured measurement chain to suit your requirements.
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Precise results even in difficult environments

  • For stress and fatigue tests even in materials with high levels of strain, and with high numbers of load cycles
  • Accurate test results in adverse ambient conditions, e.g. high-voltage systems.
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Reliable data even on long-distance transmissions

  • Virtually no effects of distance and cable length on the test results
  • High-quality results even if the DAQ system is located hundredes of yards from the measuring points.
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Small sensor size and weight

  • Easy installation in remote sites and spots that are difficult to access
  • Available in different types of packaging to address a wide range of applications, such as in laboratory, concrete and outdoors.

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옵티컬 스트레인 게이지 기술에 대해 가장 많이 묻는 질문들에 대해 대답해 드립니다.
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Optical Fiber Sensors Unveiled – How These Sensors Will F
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Fiber Bragg Sensor 를 이용한 터널 모니터링
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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
옵티컬 스트레인게이지는 어떻게 작동할까요?
본 기사는 옵티컬 스트레인게이지의 원리 및 작동법에 대해 설명합니다.
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스틸에 간편하게 설치할 수 있는 신형 FS62 용접식 옵티컬 스트레인 센서
풍력 터빈 모니터링 솔루션
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.
Forces and moments on wind turbines
Wind turbines are subject to extreme loading. Read this article to learn how to determine reliably forces and moments on wind turbines with HBM.
옵티컬 스트레인 측정 용어
A useful guide of technical terms to help you understand the commonly used concepts related to strain measurement, using optical sensors.
옵티컬 스트레인 측정 용어
Learn how to accurately configure an optical strain sensors chain from HBM FiberSensing for a successful installation.
The Endesa Project
HBM installed a complete sensing system to measure strain on the surface of a steel adduction pipeline (Endesa Hydroelectric Plant), in Pampaneira, Spain.
The ITER Project
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
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