HYPERION Fiber Bragg Grating Sensor Demodulator

Luna's HYPERION si155 is an industrial-grade fanless fiber optic grating sensor demodulator, featuring both static and dynamic full-spectrum analysis capabilities. The si155 supports 4-channel synchronous data collection, with each channel covering a 160nm wavelength range, capable of connecting hundreds of sensors simultaneously, ideal for long-term, reliable, high-precision measurements.

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The si155 is equipped with an upgraded high-power, low-noise, ultra-wideband scanning laser light source. The MOI's patented tunable fiber Bragg grating filter and wavelength reference technology ensure the wavelength accuracy of each scan. (Patent No.: US6904206B2)

The si155 is manufactured on the next-generation HYPERION platform, featuring groundbreaking new functionalities, high-performance DSP, and real-time computation FPGA. Consequently, the si155 is capable of rapid full-spectrum data acquisition, incorporates editable peak detection algorithms, and is suitable for sensors such as fiber Bragg gratings (FBG), long-period gratings (LPG), fiber Fabry-Perot sensors (FP), and Mach-Zehnder interferometers (M-Z), among others, for data collection in closed-loop feedback applications.

The HYPERION platform is compatible with the ENLIGHT sensor analysis software, which integrates a suite of powerful tools for analyzing spectral data, wavelength calculations, fiber optic network analysis, and can connect to servers to build remote monitoring platforms.

The HYPERION platform also offers various interface programs (APIs) such as LabVIEW, Python, Matlab, C++, and C#, allowing users to conveniently call them for secondary development.

Key Features:

• Standard version, high-speed version configuration, supports 4-channel synchronous collection, each configuration can be optionally equipped with depolarized light source.

Dynamic, wavelength measurement, spectrally observable FBGs, LPGs, FP, and M-Z type sensors.

• Wide dynamic range, each channel operates independently without interference, suitable for each sensor on every channel, unaffected by system loss variations.

• Data verification key ensures output of valid data. Each data set is calibrated and verified according to NIST standards.

• The scanner laser's reliability and stability have been verified over a long period. Since 2000, the total running time has exceeded 100 million hours.

Application:Petroleum and natural gas,EquipmentIndustrial MeasurementEnergy,Structural Health MonitoringSecurity & ProtectionAerospace。