FS22

FS22 Industrial BraggMETER are static and dynamic optical measurement units specifically designed to interrogate Fiber Bragg Grating (FBG) based sensors in industrial environments.

Improved acquisition rate and time synchronization in FS22DI

The FS22 Industrial BraggMETER for dynamic acquisition rates had the capability of offering, instead of averaging,  real sampling rates of operation between 50 S/s, 100 S/s, 200 S/s, and 500 S/s. Now, in addition, the FS22 DI interrogator can operate with a sampling rate of 1000 S/s. Moreover, time synchronization over the network has been improved with the integration of the NTP protocol in the interrogator internal processing unit.

BraggMETER Technology

BraggMETER interrogators employ proven continuous swept laser scanning technology. They include a traceable wavelength reference that provides continuous calibration to ensure system accuracy over long term operation.

The Industrial optical interrogators meet the required reliability and versatility to be used in both laboratory testing and field deployment in Civil, Aeronautics, Energy and R&D.

Efficient

• Broadband tuning range
• 1, 4 or 8 parallel optical channels

Simultaneous measurement of a large number of sensors.

Reliable

• Clever design, careful selection of components
• Real-time operating system
• Consistent and deterministic operating system

24/7 operation under harsh environments

Programmable

• Ethernet Interface for connection to an external PC
• Fully controlled using ASCII strings, BraggMONITOR or catman® software

Easy control via several apps

Compatible

• Full integration with other products via catman® software

Hybrid measurements with other HBM instruments and technologies

Available Configurations:

FS22 Rack-Mountable Format

FS22 Standard Format

• SI – Static (1S/s) / DI – Dynamic (50 S/s, 100 S/s, 200 S/s, 500 S/s, 1000 S/s)
• Standard or rack-mountable formats
• 1,4 or 8 channels

Smart Peak Detection

Embedded in the FS22 BraggMETER SI (static) interrogators this feature allows accurate and stable detection of all FBG peak values in large/complex sensing structures..
For more information please refer to the data sheet.