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FS62CSS-ARM/1530

Optical Composite Strain Sensor FC 1530

FS62CSS – Composite Strain Sensor
- Fiber Bragg Grating (FBG) based sensor built with newLight®
technology.
- For straightforward strain measurements within extended measurement
ranges and for high cycle count.
- Applicable by gluing on many materials such as steel, composite,
concrete, etc.
- For harsh environments.
- Characteristics: ±5000μm/m measurement range, Ø 3 mm Armor cable with
2m each side terminated with FC/APC connectors. FBG wavelength of 1530
nm.

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Optical Composite Strain Sensor FC 1530

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newLight FS62 Optical Strain Sensor for Static and Dynamic Strain Measurements

The FS62 optical strain sensors of the newLight sensor series are designed to easily retrieve static and dynamic strain measurements for stress analysis in smart materials, machines, components, and other types of structures.

With different encapsulations, materials, and attachment methods, they fulfil the requirements of strain measurements for smart materials testing, laboratory, and structural health monitoring (SHM) applications.

Safe, robust, and durable

  • Three types of cable protection: steel reinforcement for demanding environments
  • Electrical isolation against explosive atmospheres, high voltage areas, and intense electromagnetic fields

Effective even in hazardous environments

Cost-effective

  • Dual lead fibers for connecting a large number of combined sensors in a single optical cable

Easy deployment of large sensing networks with less cabling requirements

High strain resistant

  • Sensors produced through-the-coating femtosecond to withstand high strain and fatigue

Accurate measurements even in materials with high levels of strain

Key Attributes: Strain Gauges
Type/technology Fiber Bragg Grating
Application Optical stress measurement
Geometry Linear
Measuring grid length 5 mm
Measuring grid length 0.2 in
Measuring grid width 0.195 mm
Measuring grid width 0.008 in
Carrier length 130 mm
Carrier length 5.1 in
Carrier width 20 mm
Carrier width 0.8 in
Temperature range Limited temperature range
Nominal resistance Other resistance
Gauge factor (measuring grid material) FBG (ca. 0.79)
Temperature response No matching of temperature response
Maximum elongation Enhanced
Fatigue life Enhanced
Connection configuration Optical fiber
Mounting Bondable
Grid protection Other