Features and Benefits:

• NO, NO2 (Nitrogen Oxide and Nitrogen Dioxide).
• Chemiluminescence.
• 0-10 ppm (configurable).
• EN 14212, US-EPA, KECO, CNEMC.

Features and Benefits:

• CO (Carbon Monoxide).
• IR gas filter correlation.
• 0-100 ppm (configurable).
• EN 14212, US-EPA, KECO, CNEMC.

Features and Benefits:

• O3 (ozone).
• UV photometry.
• 0-1 ppm (configurable)
• EN 14212, US-EPA, KECO, CNEMC.

Features and Benefits:

• TSP, PM10, PM2.5, PM1 (via inlet change)
• Beta Gauge.
• Reliable mass measurement.
• Real time optical module available.
• Regulatory monitoring, research.
• EN 14212, US-EPA, KECO, CNEMC.

Features and Benefits:

• TSP, PM10, PM2.5, PM1 (simultaneously).
• Light scattering (nephelometry).
• Real time, multi parameter device.
• Regulatory monitoring, research.
• EN 12341

Features and Benefits:

• THC, CH4, NMHC.
• Flame ionization detector (FID).
• FID combined with catalytic methane cutter (optional).
• Urban air toxics, industrial perimeter.
• Compliant to US-EPA and EN 12619 (for THC).

Features and Benefits:

• VOCs (BTEX, etc.).
• Photo Ionization Detector + Gas Chromatography.
• Speciation capability, highly sensitive.
• Urban air toxics, industrial perimeter.
• Certified to EN 14662-3.

Features and Benefits:

• Total reduced sulfur (TRS).
• UV fluorescence after conversion.
• Based on AF22e with thermal converter in an external rack for TRS.
• Odor monitoring, pulp & paper, water treatment, waste management, petrochemicals.
• Based off reference method.

Features and Benefits:

• H2S (hydrogen sulfide).
• UV fluorescence after conversion.
• Based on AF22e with built in thermal converter for H2S.
• Odor monitoring, pulp & paper, water treatment, waste management, petrochemicals.
• Based off reference method.

Features and Benefits:

• Ammonia (NH3).
• Chemiluminescence after conversion.
• Based on AC32e thermal converter in an external rack for NH3.
• Odor monitoring, pulp & paper, water treatment, waste management, petrochemicals.
• Based off reference method.

Features and Benefits:

• NDIR-GFC multi-gas analyzer.
• Automated drift control option.
• Simultaneous multi-gas measurement of NOx, SO2, CO, O2, residual H2O, and optionally CO2, CH4 and N2O (greenhouse gases).
• Environmental-friendly and cost-saving analyzer, with ultra-low power consumption.
• No compressed air required (if using a gas cooler).
• QAL1 certified according to EN 15267, QAL3 compliance as defined by EN 14181, U.S. EPA Compliance (40 CFR PART 60 & 75).

Features and Benefits:

• Stack gas sampling system.
• Sampling probe equipped with double stage particulate filtration.
• Direct span and zero gas injection for a complete system calibration.
• Permeation-based drying system avoids loss of highly condensable gases (e.g. HCl, SO2, NO2 and HF).
• To be used with unheated analyzers such as MIR 9000, MIR 9000e, MIR 9000CLD.
• Automatic back-flush function.

Features and Benefits:

• Heated sampling system.
• Double stage dust filtration.
• Direct span and zero gas injection for a complete system calibration.
• Automatic back-flush function.
• To be used with heated analyzers such as MIR FT, MIR 9000H, Graphite 52M.
• 190°C heated sampling system without any modification of the gas matrix including water content.

Features and Benefits:

• Heated sampling system.
• Stainless steel probe tube with optional reusable primary filter.
• Check valve eliminates dead volume.
• To be used with heated analyzers, or with unheated analyzers, such as MIR 9000, MIR 9000e, MIR-IS, by adding a cooling dryer.
• Single stage dust filtration.
• 190°C heated sampling system without any modification of the gas matrix including water content.