Application Requirement - International Sensor …
Hazardous Gas MonitorsElectrochemicalSensor selection OverviewMonitorsAnalyzersApplication Requirement Safety Monitoring (LEL) Exposure Assessment (TWA) Toxic Limit Detection (PEL) Ambient Air Quality Compliance Monitoring Leak Detection Personal SafetyLIMIT DETECTION ALARMQUALITATIVE & QUANTITATIVE ANALYSISToxicGasesSolid-StateCatalyticCo mbustibleGasesInfraredSolid-StateVolatil eOrganicCompoundsPhotoionizationMonitor Type:TotalHydro-CarbonsFlame IonizationThermalConductivityOtherGasesC olorimetricAnalyzer Type:UV PhotometersUV FluorescenceTarget Gas:Multi-Gas(Laboratory)AirQualityMonit orChemiluminescenceFlame IonizationInfraredParamagnetic;Zirconium Oxide;ElectrochemicalUV/IR SpectrometerFourier Transform IRMass SpectrometerGas ChromatographSingleGas(Online)O3SO2NOxTH C*COCO2SO2O2ContinuousEmissionMonitorMos t UV/IRAbsorbing GasesMost IRAbsorbing GasesMost Gases*Total hydrocarbon103Chapter 8 Sensor selection GuideChapter 8Sensor selection GuideEach of the following sensors electrochemical,catalytic bead, solid state, infrared and photo-ionization detectors must meet certain criteriato be practical for use in area air quality and safetyapplications.
105 Chapter 8 Sensor Selection Guide In determining which sensor to use for a given ap-plication, the following factors/observations should be considered: A. Realistically define what objective one is trying to ac-
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