Allows a single Nova gas analyzer to be time shared over many sample points. It can be controlled locally or remotely. Applications include multiple greenhouses, mushroom farms, multiple flue gas ducts, multiple landfill well or area sampling.
(5)
For continuous analysis of Oxygen (O2) in process gas streams. Also recommended for other applications such as O2 enrichment of combustion air, Flue Gas Analysis, Oxygen deficiency analysis, and many more.
(6)
For continuous analysis of Oxygen (O2) in process gas streams that contain gases that interfere with other methods of O2 measurement. For high accuracy or high purity applications.
(6)
For continuous analysis of trace PPM levels of Oxygen (O2) in process gas streams. Applications include blanketing mixtures, glove boxes, electronics, research, Hydrogen/Nitrogen mixtures, and many others.
(6)
For continuous analysis of many binary gas mixtures comprised of H2, CO2, O2, CH4, SO2, Ar, He, NH3, SF6, air, and others. Applications include heat treating atmospheres, welding gas mixtures, blanketing gas mixtures, Ammonia synthesis, leak detection, purge monitoring, flue gas, magnesium blanketing by SF6 and others.
(6)
For continuous analysis of up to 100% Hydrogen (H2) in process gas streams. Also recommended for other applications such as H2 cooled generators, electrolysis units, refinery gas, heat treating atmospheres, blast furnace gas, and many more.
(6)
For continuous analysis of Sulfur Dioxide (SO2) in process gas streams using an infrared detector. Percent and PPM levels available as Models 460 & 460L respectively.
(6)
For continuous analysis of Methane (CH4) in process gas streams using an infrared detector. Percent and PPM levels available as Models 470 & 470L respectively.
(7)
For continuous analysis of Carbon Monoxide (CO) in process gas streams using an infrared detector. Percent and PPM levels available as Models 481 and 481L respectively.