The Raman Rxn5 process analyzer is an industry-leading, turn-key, laser-based analyzer powered by Kaiser Raman technology. It provides quantitative chemical composition measurements using Raman spectroscopy. The design of the Raman Rxn5 incorporates customer requirements for serviceability and hazard-area certification, provides a compact footprint, and minimizes utilities consumption. The high optical efficiency of the analyzer makes it ideal for typical gas-phase sample measurements.
Boost plant safety, ensure product quality, and optimize operations. Raman spectroscopy measures the composition and molecular structure of your samples from lab-to-process in real time.
Raman analyzer application guide for the oil & gas and chemical
industries - Composition analysis of gas streams and LNG
English version - 12/2021
New version available in English
A guide to our Raman spectroscopy analyzer and probe portfolio,
powered by Kaiser Raman technology, for composition analysis of
gas streams and LNG (includes the Raman Rxn4 analyzer, the
Raman Rxn5 analyzer, the Raman Rxn-30 probe, and
Raman Rxn-41 probe) in the chemical industry and oil & gas industry.
An overview brochure about our Raman Rxn5 analyzer (including the Raman Rxn-30 probe, the Rxn-40 probe, and the Rxn-41 probe), a Raman spectroscopy analyzer system for gas phase measurements powered by Kaiser Raman technology.
Raman analyzer application guide for the oil & gas and chemical
industries - Composition analysis of gas streams and LNG
PU (Publication)
English version - 12/2021
New version available in English
A guide to our Raman spectroscopy analyzer and probe portfolio, powered by Kaiser Raman technology, for composition analysis of gas streams and LNG (includes the Raman Rxn4 analyzer, the Raman Rxn5 analyzer, the Raman Rxn-30 probe, and Raman Rxn-41 probe) in the chemical industry and oil & gas industry.
An overview of the optical service kit for the Raman Rxn5 analyzer containing tools and accessories with instructions on how to clean and maintain the instrument to achieve its optimal performance.
