ETG 9500 FTIR, the new standard of FTIR technology that faces any threat

PORTABLE VERSION Besides the standard 19” Rack format, which is perfect for integration into complex measurement systems or research laboratories, ETG Risorse e Tecnologia has developed the transportable version of the ETG 9500 FTIR analyser. Configurable to suit each customer’s needs, it provides a small measurement and sampling system for every situation. Equipped with a heated line to prevent gas condensation, it becomes an invaluable ally in monitoring VOCs, industrial emissions, filtering systems and siloxanes. Its great flexibility allows unlimited analysis possibilities, which, combined...

Rugged Case External (remotely controlled) Power Supply Analyzer Power Consumption Heater Power Consumption Heated Line Power Consumption Sample Pump User Interface Overview Measurement Technique FTIR Spectrometry Measurable Gases and Vapors Most molecules except for He, Ar, N2, H2, and O2 Concentration setting between 10ppb and 100% Full Scale (depending on gas type) Spectral Resolution Spectral Range Scan Frequency Light Source Reference Laser Stabilized semiconductor laser Signal-to-noise ratio Pneumatic Connections Output Options Modbus, Profinet, Profibus… SAMPLING PARAMETERS Sample Temperature...

GAS CELL Path Length Internal Volume Temperature Range Aluminum with inert coating Mirrors Parabolic Rhodium protected, gold coated aluminum BBAR ZnSe PERFORMANCE SPECIFICATIONS Zero-point Drift < 2 % of measuring range per 48 h background measurement interval Sensitivity Drift Linearity Deviation Temperature Drift < 1 % of measuring range per 10 K temperature change. Ambient temperature changes are measured and compensated. Pressure Influence 1 % change of measuring value for 1 % sample pressure change. Ambient pressure changes are measured and compensated Background Measurement Interval Suitable...

The CEMS application CEMS (Continuous Emissions Monitoring System) technology is an advanced monitoring system that provides real-time measurement and monitoring of industrial emissions. It is widely used in power plants, refineries, and other heavy industrial facilities to measure and control the release of pollutants into the atmosphere. CEMS technology uses various sensors and instruments, such as gas analyzers, particulate analyzers, and flow meters, to accurately measure and report the levels of pollutants such as sulfur dioxide, nitrogen oxides, and particulate matter. CEMS is an essential...