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  • Home
  • Raman
    • BioProcessing
    • Micro Analysis >
      • RXN1 microprobe
      • Raman WorkStation
    • Macro / PAT >
      • PhAT
      • Raman WorkStation
    • Reaction Monitoring >
      • RXN1
      • RXN2 multi
      • RXN2 Hybrid
      • RXN3 Pilot
      • RXN4
    • HandHeld >
      • Serstech 100
      • NanoRam
      • TacticID
    • Portable >
      • i-Raman Plus
      • i-Raman Pro
      • i-Raman Pro-ST
      • i-Raman EX
      • GemRam
    • Gas Analysis >
      • RXN4 Gas-Phase Analyzer
  • FTIR
    • ThreatID - Portable FTIR
  • Peptide 합성
    • 펩타이드 자동합성기 >
      • PurePep Chorus
      • Symphony X
      • PurePep Sonata +
      • Symphony / Quartet
      • Prelude X
      • Tribute UV-IR
      • SonataXT
      • PS3
    • 아미노산
    • 레진(Resin)
    • Coupling 시약
  • Sampling Tools
    • Micro Sampling Tools >
      • EZ-SliceIR
      • Micro Vice
      • MicroVice SliceIR
      • EZ-PICK III
      • Diamond-EX-Press-II
      • Mini Plane Sectioning Knife
      • Micro TouchPick Pen
      • Microscope Slices
      • Sample Holders
    • FTIR accesories >
      • SurveyIR - Micro Analysis
      • MicromATR - ATR
      • MicromATR Vision - ATR Imaging
      • Micro Contact Monitor
      • Si-CheckIR
      • LC-CollectIR
    • Spectral Analysis >
      • Spectral Database
      • Spectral Analysis Software
  • 회사소개
    • 새소식
    • 협력회사 >
      • 해외 >
        • Kaiser Optical Systems Inc.
        • Smiths Detection
        • BWTEK
        • Agilent(A2)
        • STJapan
        • PIKE
        • Specac
        • ICL
        • Gemini
        • LabCognition
        • Protein Technoloiges
      • 국내
    • contact us
  • .
Home > RAMAN > Gas Analysis > RXN4 Gas-Phase Analyzer

Raman RXN4    Gas-Phase Raman Analyzer

그림
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The RAMANRXN4™ gas-phase Raman analyzer offers an alternative to typical process gas analyzers. The chemical specificity and spectral range of the RAMANRXN4™ gas-phase analyzer allows multiple gases to be independently identified without chromatographic separation over concentration ranges from ppm levels to 100%.

Benefits of Raman based gas-phase analysis include fiber-optic connectivity to remote sampling locations (no sample loops required), no consumables, and a single RAMANRXN4™ analyzer can measure up to four sample locations simultaneously. Thus Raman gas analyzers can offer both lower site installation costs, and lower cost-of-ownership than traditional process gas analyzers.

Installation flexibility is accomplished by coupling the RAMANRXN4™ analyzer with Kaiser's AirHead™high-performance gas-phase probe for insertion sampling. The AirHead™ probe can be coupled either directly to an appropriate process or to a fast transfer loop.
The RAMANRXN4™ gas-phase fiber-coupled Raman analyzer serves the needs of the analytical Raman market, process analytics, petrochemical, chemical, and polymer markets, as well as the pharmaceutical and bioprocessing markets.
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Applications
  • Distillation Column Monitoring and Control
  • Column Start-up and Steady State Monitoring
  • Bulk and Fractions from a Single Analyzer
  • Corrosive Gases / Process Safety Including Oxygen Levels

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Raman Analyzer for Process Monitoring & Control...

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Analyzer Features
  • Direct in situ measurement of gas phase
  • 100 ppm LOD (typical)
  • Up to 4 measurement points from a single analyzer
  • Multi-analyzer calibration transfer demonstrated
  • Low cost of ownership
    - Easy to Install
    - No consumables
    - Minimal maintenance requirements / analyzer technician times
  • Robust data modeling
  • 4-20 mA, Modbus, or OPC analyzer outputs

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Implementation - Options
  • Control room, rack-mounted packaging
  • Classified area purged packaging
  • Fiber optic analyzer to sample points
  • Stainless steel probe construction
  • Direct insertion implementation
  • Low-volume flow-cell implementation
  • Standard NPT port-compatibility 
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Gas Phase Application - Examples
  • Distillation column monitoring and control
  • Column start-up and steady state monitoring
  • Bulk and fractions from a single analyzer
  • Corrosive gases / process safety including oxygen levels
  • Diatomics
  • Hydrocarbon streams
  • Syngas production
  • Fuels 
그림
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