The CCO 5500 Carbon Monoxide (CO) Analyzer uses infrared absorption spectroscopy to continuously measure CO concentration in combustion flue gases. The infrared source is mounted directly on the flue gas duct or stack on the side opposite from the receiver. Infrared energy is radiated by the source, through a chopper across the duct to the receiver. The receiver employs gas filter correlation and narrow band-pass optical filtration with two solid state detectors to determine the absorption of radiation by CO in the flue gas.
Features
Measurements can be displayed as ppm, mg/m3, mg/Nm3 (normalized)
Sophisticated diagnostic routines alert operators to maintenance requirements
Optional calibration standard available
In situ analysis
Rugged lithium tantalite pyro-electric detector
Benefits
Easy to operate control room electronics
Reliable process information without calibration gas requirement
Representative across-duct measurement free from stratification errors
Highly sensitive and stable CO measurements
The CCO 5500 Carbon Monoxide (CO) Analyzer uses infrared absorption spectroscopy to continuously measure CO concentration in combustion flue gases. The infrared source is mounted directly on the flue gas duct or stack on the side opposite from the receiver. Infrared energy is radiated by the source, through a chopper across the duct to the receiver. The receiver employs gas filter correlation and narrow band-pass optical filtration with two solid state detectors to determine the absorption of radiation by CO in the flue gas.
Features
- Measurements can be displayed as ppm, mg/m3, mg/Nm3 (normalized)
- Sophisticated diagnostic routines alert operators to maintenance requirements
- Optional calibration standard available
- In situ analysis
- Rugged lithium tantalite pyro-electric detector
Benefits
- Easy to operate control room electronics
- Reliable process information without calibration gas requirement
- Representative across-duct measurement free from stratification errors
- Highly sensitive and stable CO measurements
