High Speed Fiber Sensor Interrogator
FSI-800E High Speed Fiber Sensor Interrogator
Name: FSI-800E High Speed Fiber Sensor Interrogator | Category: Interrogator
Name: FSI-800E High Speed Fiber Sensor Interrogator
Aniber’s new FSI-800E Fiber Sensor Interrogator and fiber-based transducers* for physical parameter measurements provide a cost-effective solutions for industrial measurements. The FSI-800E is a high performance and low-cost fiber sensing system for measurement of multiple fiber sensors* along single strand of optical fiber. More than 20 transducers can be connected in series and interrogated simultaneously at a sampling rate of 250 Hz.
The FSI-800E is an enhanced version of our previous FSI-800 and provides a complete all-in-one sensing solution. With the embedded industrial graded computer, the FSI-800E simplifies system setup for a wide variety of sensing applications, and is the ideal choice for both beginners of fiber sensing and experienced measurement engineers.
ADVANTAGES OF FIBER SENSING AND APPLICATIONS
Fiber Sensors can provide all form of measurements with better reliability and accuracy than conventional electronic-based sensor while offer additional benefits of, EMI-immunity, multiplexing capability and ease of sensor system design and installation.
Principle Advantages of Fiber Sensor
Passive sensor with high reliability and long lifetime
Multiple sensors can be daisy-chained and spanned over several kilometers of optical fiber
Simultaneous and multiple parameter sensing capability
EMI immune and suitable for hazardous environments
Suitable for static and dynamic measurements
Applications of Fiber Sensing
Civil Engineering – Bridge, Dams, Tunnels.
Transportation – Railway, Roadway, LNG tank ship
Energy – Wind Turbines, Oil, Gas Pipelines
Make Measurements Simple! Key Features
All-in-One Sensing System
Low-cost Sensing Solution
High Accuracy and Reliability
Sampling Rates up to 250 Hz
FBG-based transducers for temperature, strain, and many other parameters are available.
OPTICAL PROPERTIESNumber of Channel1 (shared by 2 optical connections)Sampling FrequencyAdjustable up to 250 Hz (all sensors simultaneously)Wavelength Range835 – 875 nm typ., 40 nm min.Wavelength Stability+/- 1 pm1 typ., +/- 3 pm2 max.Wavelength Repeatability1 pm @ 100Hz, 0.4 pm with 25 averageWavelength Accuracy5 pm3Wavelength Resolution0.1 pmDynamic Range428 dB typ., 20 dB min.Gain ControlAutomaticMaximum Number of FBG per Channel18 typ.FBG RequirementFWHM 0.3 nm (max.), SMSR > 10dBFBG Wavelength Separation1 nm (min.)Optical Connectors2 x FC/APC (others on request)DATA PROCESSING CAPABILITIESEmbedded Industrial PCIntel Atom D510, 2GB RAMOperation SystemWindows XPExternal InterfaceCOM / 4 x USB / 2 x GbE / VGAEmbedded SoftwareSpectroInt V1.5md Sensing SystemEnhanced Data ManagementPeak Detection, Tracking, Sensor MonitorMECHANICAL, ENVIRONMENT, ELECTRICAL PROPERTIESDimension320 mm x 246.5 mm x 87 mm (W x L x H)Net Weight4 kgOperation Temperature/Humidity0˚ – 40˚ C / 50 – 80 % RHStorage Temperature/Humidity-5° – 50° C / 20 – 90% RH @ 40° CPower Supply12Vdc (2A)
1. At 10 samples per second.
2. Long term performance.
3. With 25 points in average.
4. Defined as optical launch power minus detector noise floor.
Graphical User Interface of SpectroInt V 1.5
SPECTRONINT V1.5 SENSING SYSTEM
Specifications are subjected to change with a view of enhancing system performance without prior notice.
Design and specifications can be customized to suit a range of customer requirements.
Download Specificatios(.PDF)
More details at http://www.anibertech.com/FSI-800E.html or http://www.anibertech.com/
