IRGAS EP-IR Short Path Gas Analyzer

Applications

• Hydrocarbons
• Indoor Air Monitoring
• Environmental Monitoring
• Continuous Emissions Monitoring
• Automobile Exhaust
• Process Streams
• Corrosive and Toxic Gas
• Combustion Gas Monitoring

System Specifications

System Components

     EP-IR Aspectrics Spectrometer with an electronically cooled           PbSe detector

     2, 5, 10, 15, or 20 cm Scout-EN

Sensitivity Range

     Component dependent, please contact CIC Photonics

Pressure Range

     Atmospheric to 200 psi

Temperature Range

     0°C to 300°C

About IRGAS EP-IR Short Path Gas Analyzer

CIC Photonics, Inc. is dedicated to providing today’s growing industries with the highest sensitivity and fastest time response instrumentation. Our analyzers are used worldwide in a variety of different arenas, and although CIC Photonics has a set of core systems, we pride ourselves on truly meeting the needs of our customers by adapting the core analyzers to their specifications.

Our EP-IRGAS short path analyzer incorporates a rugged EP-IR (Encoded Photometric Infrared) spectrometer with a stainless steel short path gas cell. This combination produces an analyzer that can handle some of the most demanding applications. The EP-IRGAS short path analyzer is ideal for applications for which gas species main adsorption peaks lie in the 2.5µm to 5µm spectral range. Its sensitivity is component dependent, but generally falls in the % level to ppm range. For more specific limits of detection, please contact CIC Photonics.

The key features of the EP-IR spectrometer are:

• Simultaneous multiple gas monitoring
• Ultra fast scanning - 100 scans/sec
• Vibration insensitive
• No hydroscopic materials
• No internal lasers
• Real-time data
• Embedded PC and flash memory
• 128 photometric channels

Analyzer Options

• Digital Analog Output
• Valving Manifold
• Automated Manifold
• Computer
• Script Editor Software (runs automated manifold)
• Moisture Reduction Stack
• Cabinet/Rack Mount
• Additional Analyzers (O2, H2, THC, etc.)
• Multipoint Monitoring
• Heated/Unheated Sampling Systems