Canada FISO Fiber Optic Strain Sensor - FOS-N

I.FOS-NIntroduction to Fiber Optic Strain Sensors
The FOS-N is a fiber optic stress sensor, ideal for structural health monitoring in composite material engineering research and industrial applications such as buildings, bridges, tunnel linings, support structures, ships, and power transformers.

The FOS-N strain sensor features small size, high accuracy, immunity to EMI/RFI interference, corrosion resistance, and high-temperature resistance.

Based on the well-established Fabry-Perot interferometry technology, FISO's fiber optic strain sensors are an excellent choice for high-performance strain measurement. The technology and compatible monitoring system of the FOS-N allow users to measure strain over long distances without compromising reading reliability.

The FOS-N strain sensor is insensitive to the stretching and handling of any fiber to be used, which can be a significant advantage when embedding the sensor in composite materials.

The FOS-N fiber optic strain sensor operates reliably in harsh chemical environments, and its robust construction and flexibility meet the requirements of current high-performance composite material research and civil structural monitoring.

II.FOS-NKey Features of Fiber Optic Strain Sensors
• Immune to EMI/RFI/lightning
• Intrinsically safe
• Static/dynamic response
• Resolution 0.01%FS
• Immune to cable bending interference
• Long-distance signal transmission
• Absolute measurement in engineering units

III.FOS-NApplications of Fiber Optic Strain Sensors
• Torque measurement
• New material development
• Ships, power transformers
• Nuclear power plants
• Structural health monitoring
• Corrosive environments
• High EMI/RFI environments