Products
Model 920 Multi-Gas Analyzer
The Model 920 is a multi-component analyzer capable of measuring up to five different gases simultaneously. It, therefore, performs…
Model 919 Hot/Wet Single Gas Analyzer
The Model 919 is a UV-based photometric analyzer capable of measuring any one of hundreds of UV-absorbing compounds. The 919 is a complete…
Model 909 Hot/wet Single Gas Mass Flow CEM
The analyzer is specifically configured for monitoring stack emissions on a mass rate basis. It measures stack effluent temperature and…
Model 910 Hot/wet Multi-Gas CEM
The Model 910 is a version of the Model 920 specifically configured for monitoring stack emissions on a mass rate basis. The standard…
WDG-IV Series
The WDG-IV series analyzers mount directly on the combustion process and are designed for direct measurement in high temperature fl ue gas…
WDG-IVC Flue gas oxygen & combustibles analyzer
Close-coupled extractive design for fast response in a wide range of flue gas applications up to 3000°f (1648°c). completely field…
WDG IVCM/IQ
Close-coupled extractive design for fast response in flue gases up to 3000°F (1648°C). A thick-film, laser-trimmed combustibles detector…
LaserGas III Portable HF Analyser
NEO Monitors new portable analyser is compact, lightweight, and battery powered for HF measurement on the spot (other gases such as HCl,…
LaserDust MP, LP and XLP Monitors
NEO Monitors LaserDust Medium Path (MP), Long Path (LP), and Extra Long Path (XLP) Monitors are compact, optical dust monitors for true…
LaserGas II SP
The LaserGas II Single Path (SP) monitor from NEO Monitors is a compact, high performance gas monitor for true continuous in-situ…
WDGVCM
Flue gas oxygen, combustibles & hydrocarbon analyzer Close-coupled extractive design for fast response in a wide range of flue…
WDG 1200-1210 Insitu Probes
The WDG 1200/Insitu and the WDG1210/Insitu are rugged, reliable flue gas analyzers for net oxygen that use industry-proven zirconium…
Amevision
The WDG-V series of analyzers continually monitor the performance and health of the analyzer and provide details regarding the analyzer’s…