Siemens Industry, Inc. - Process Analytics products

The experts in IR-active components: Most frequently used for sophisticated applications, the ULTRAMAT 6 must meet high standards with regard to reliability and measurement quality. This is guaranteed by modern electronics, ease of operation, and a physical element that is adapted to the measurement task.

Best combination for IR-active components and oxygen. The ULTRAMAT/OXYMAT 6 combines the features of the ULTRAMAT 6 and the OXYMAT 6 in one 19" analyzer. Most frequently used for demanding applications, the ULTRAMAT/OXYMAT 6 must meet high standards with regard to reliability and measurement quality. This is guaranteed by state-of-the-art electronics, ease of operation, and a physical element that is adapted to the measurement task.

Specializing in hydrogen and noble gases: For continuous measurement of hydrogen and noble gases, the specific thermal conductivity of the sample gas mixture is measured and used to calculate the concentration. Only binary gas mixtures can be measured directly. If more than two components are present, the concentrations of all other components must be measured separately using other measuring methods. The CALOMAT 6 can carry out internal interference correction after transmission of the external measurement results. There is no need for an external computer.

Measures hydrogen and noble gases in corrosive gases. The CALOMAT 62 is a thermal conductivity analytical device specially designed for applications in corrosive gases. Concentration of gas components such as Cl2, HCl, and NH3 can be measured directly, along with H2 and N2 in aggressive environments, for example. This results in a number of possible applications such as in chlor-alkali electrolysis, steel production and processing, LNG facilities, ammonia synthesis, fertilizer production, and in the petrochemical industry.

Gas analyzers with an FID (flame ionization detector) are well suited for continuous total hydrocarbon measurement. The measurement is not component specific but substance-class specific. In the first approximation, the measurement result is proportional to the number of C atoms in the respective molecule.