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  FEATURES
  • up to 10 independent channelsk-SCAN Unit
  • up to 15 industry standard FBGs per channel
  • 50nm measurement bandwidth at 1550nm
  • sub-microstrain resolution and stability
  • 3U 19” rack or case mount
  • LabVIEW system software
  • no physical spacing needed between FBGs
  • world leading sensor update rate > 6kHz
     

APPLICATIONS

The k-Scan Fibre Bragg Grating (FBG) interrogation system is a multi-channel, multi-grating instrument, with world leading sensor update rate capability. As such, it is particularly suited to applications involving high bandwidth events (such as impulsive or vibrational phenomena) although its excellent long term stability makes it equally applicable to low frequency measurements. Typical applications include

  • superconducting magnet research
  • wind turbine monitoring
  • hull stress measurements in advanced composite vessel
  • bridge monitoring
  • aerospace composites
  • offshore structural analysis


DESCRIPTION

The k-Scan system is based on a highly stabilised and compensated wide bandwidth optical source coupled to an agile MEMS tunable optical filter. The filter response is customised and controlled by a dedicated digital signal processing system, (which runs in a PC) which also provides for the capture and interpretation of the sensor data. LabVIEW routines are provided for system setup and data capture and display, which can easily be customised for specific applications. The instrument, which is provided with an external DC power supply, is housed in a 3U 19” rack chassis, which can be mounted in a 19” rack frame or instrument case.

BASIC SPECIFICATION

K Scan Basic Specification

View a .pdf of the k-SCAN specification here.

ORDER CODE

KSCAN-xxxxx A specific part number will be issued in response to your detailed requirements. Please contact AOS Technology Ltd
 

 
  Find out more about k-SCAN by following this link.  
     
   
     
   

AOS Technology Ltd, 46 Pate Road, Melton Mowbray, Leicestershire, LE13 0RG, England. T:+44 (0)1664 567711   F:+44 (0)1664 567712