Metallic Fiber Bragg Grating Strain Sensor︱OSC3400

Description:

Fiber Bragg Grating products utilize ultraviolet light passing through a mask grating onto bare optical fiber, causing a change in the refractive index of the fiber core, forming a Bragg grating. After encapsulation, the grating becomes a strain gauge. When subjected to external stress and strain changes, the grating spacing varies, and the reflected wavelength changes. Since there is a linear relationship between wavelength and strain, this allows for precise measurement of strain values.

Fiber Bragg Grating strain gauges are available in embedded and surface-mounted types. The strain sensors are specifically designed for internal strain measurement in materials such as concrete, reinforced concrete, or steel structures, to enable long-term observation of structural strain changes, conduct condition analysis, and achieve early warning and fault diagnosis.

Features:

High precision, high resolution, capable of measuring both positive and negative strains

Ø Non-interfered by electromagnetic disturbance, naturally explosion-proof, with good dynamic characteristics

Long-term stable, minimal temperature drift, high survival rate

Easily establishes a distributed sensor network

All stainless steel material encapsulation, fully sealed internally

Easy installation and reusable

Fiber optic dual-end output, capable of series measurement

Built-in temperature compensation sensor, no external temperature sensor required

Available for customizing外形尺寸and installation base according to customer requirements.

Application:

Civil Engineering Structure Health Monitoring (such as bridges, dams, tunnels, large buildings, etc.)

Petroleum, natural gas pipelines, and offshore oil platform structural health monitoring

Transportation Industry (Rail, Road, Aerospace)

Embedded suitable for embedding in concrete structures such as beams, columns, pile foundations, supports, retaining walls, hydraulic structures, linings, piers and footings, as well as bedrock and more.