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FIELD ASYMMETRIC ION MOBILITY SPECTROMETRY

Field Asymmetric Ion Mobility Spectrometry

Application

  • R&D and general laboratory use
  • Condition-based monitoring
  • Reaction and end-point process monitoring
  • Fermentation and bioreactor off-gas analysis
  • Pharamaceutical solvent drying
  • Food and beverage taints
  • Food freshness and odours
  • Gas purity
  • Gas scrubber efficiency and breakthrough
  • Leaks and Ingress
  • Recirculated atmospheres
  • Glovebox monitoring
  • Material verification
  • Cleaning verification

Specifications

Technology
 
: Field Asymmetric Ion
  Mobility Spectrometry (FAIMS)
Detection Mode : Positive and negative ions
Sample input : Ambient, Headspace, Process line
Inlet / Outlet : 1/8” Swagelok compression fittings
Analyte range : Industrial gases and VOCs
Dynamic range
 
: User adjustable inlet dilution for ppb
  – % concentrations
Instrumental Air
 
 
: Integrated and easy-to-replace scrubber
  and desiccant Connection to air line for
  long life, fixed point operation
Max heater temperature : 70°C
Humidity Range : 0% - 95%
Instrument sensors : Temperature, humidity, flow and pressure
Start-up time : 5 minutes
Spectra analysis time :<1 sec
Inputs
 
:Inbuilt tracker ball. Optional
 connectivity to keyboard and mouse
Output
 
: Real-time chemical spectra and
  stored data files for offline analysis
Computer : Inbuilt PC running Windows XP
Memory : 4Gb internal storage
Comms
 
: USB x4. RJ45 Ethernet network connection. GPIO. Bluetooth wireless (optional)
Software : Custom online control and offline analysis software
AC Inputs : 120/240 VAC
Dimensions : 383 (w) X 262 (h) X 195 (d) mm
Weight : 7.8kg