Gas Transmission Infrared Fiber Optic Probe for Gases (Polycrystalline IR)

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Specifications

Transmission: 3 – 18 um
Temperature Range: -50 – 140 C
Sensitivity: >1ppm depending on optical path, spectrometer performance, gases in test
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Features

  • Online Transmission Spectroscopy Capability: Allows for the real-time analysis of gases through transmission spectroscopy, facilitating immediate data collection and analysis.
  • Broad NIR-MIR Spectral Throughput: Engineered to provide high throughput across the Near-Infrared to Mid-Infrared (NIR-MIR) spectra, making it versatile for a wide array of gas detection and analysis tasks.
  • Industrial Design: Built to be both flexible and durable, ensuring suitability for various industrial settings and applications.
  • Universal Spectrometer Compatibility: Designed to work with any spectrometer, offering flexibility in integration with existing systems.
  • Part of the FlexiSpec® Line: Belongs to the latest generation of Transmission infrared fiber optic probes, indicating cutting-edge technology and enhanced performance capabilities.
  • Bifurcated Fiber Bundle Design: Incorporates a bifurcated fiber bundle to optimize gas analysis efficiency.
  • Extended Optical Path Length: Utilizes a collimated beam in a double or multiple pass gas cell to extend the optical path length to 10 – 40cm, improving detection sensitivity by compensating for low Mid-IR attenuation in gases.
  • Transmission Range: Features a wide transmission range from 3-18um, suitable for detecting a variety of gases across a broad spectrum.
  • Operational Temperature Range: Functional within a temperature range of -50°C to 140°C, providing reliability under diverse environmental conditions.
  • High Sensitivity: Offers sensitivity greater than 1ppm, which varies with the optical path length, spectrometer performance, and gases being tested, ensuring precise measurements.
  • Versatile Applications: Applicable for reaction monitoring, analytical characterization, exhaust gas analysis, solvent vaporization studies, and monitoring associated petroleum gas, among others.

Applications

  • Reaction investigation and monitoring in real time
  • Analytical Characterization
  • Exhaust gases monitoring
  • Solvent vaporization monitoring
  • Associated petroleum gas monitoring