The integrated analyzer system solution >

The measurement of a large number of different gas components, at low concentrations, places exacting demands on your continuous gas analysis systems. At ABB, we offer you solutions that meet and exceed those demands, with flexible systems designed to provide optimum results at very competitive prices.With Advance Optima, ABB is the right partner for you. Advanced and reliable technology Advance Optima is based on an integrated systemconcept and it excels the performance standards of conventional analyzers. Thanks to the advanced features built into all Advance Optima analyzers,comprehensive...

Integrated system solutions for added flexibility "Packaging" that fits right in Three system housings are available: a 19" slide-inversion for cabinet installation, a wall mounted housing and an explosion-protected design. And all these housings can be purged for the measurement of toxic or corrosive gases. Standardized modules can now be adapted to your measuring tasks and combined to systems tailoredto your individual requirements. And all of theseassemblies are designed to integrate flexibly with each other ֖ from analyzer modules to housings,from displays to control units and from power...

Thanks to Advance Optima֒s unique communication network, which includes a wide range of standard interfaces, vital information can be made available virtually anywhere. Its analyzers are seamlessly incorporated in existing PC networks or higher-level control systems by means of an integrated ethernet, profibus or modbus port. Improved operating functions such as remote con-trol of the analyzer, effective asset management as well as the installation of new software versions from a central maintenance computer, are now also possible. And advanced software tools are available too. Naturally, today's...

Safety concept for flammable and toxic sampling components A sophisticated safety concept which is built into Advance Optima ensures the impermeability of its measuring system. Minimized purging volumesand superior EEx nAC (nonincendive) protection even permits the installation of these modules inhazardous Zone 2 or Division 2 areas. Explosion protection Advance Optima with all its associated safetyengineering assemblies is certified for operation inhazardous Zone 1, Zone 2 and Class I Division 2designated areas.The AO2060 category's 2G analyzers are available inan explosion-proof version. And...

The continuous NDIR industrial photometer can selectively measure concentrations of up to foursample components. The analyzer features gas-filled opto-pneumaticdetectors. Detector filling corresponds to the gasbeing measured. This means that the detector provides optimum sensitivity and high selectivitycompared with the other gas components in thesample. Smallest measuring ranges are possible with the thermostat version. Typical applications Emission monitoring Landfill gas monitoring Gas production/purity monitoring Burner optimization Process monitoring, e.g. in the chemical industry, steel...

Typical applications Burner optimization The Limas11 is a process photometer which is easily configured to meet individual process measurement requirements. The measuring principle is particularly reliablebecause of its high stability which is based on the four-beam signal processing principle. As a result, the Limas11 is unaffected by contamination in thecells. A high degree of selectivity is provided byusing interference and gas filters as well as optimum selection of measured wavelength and referencewavelength. This allows electronic cross sensitivitycorrection.The Limas11 is also the economical...

The Caldos25 is designed for highly corrosive appli- cations. The measuring cell with its glass-coatedresistor is especially resistant to corrosive gases.With Caldos25 pressure correction is not required. The measurement signal is completely independent of the sample gas pressure whether negative orpositive. Smallest measuring ranges and fast measurementsare characteristic of Caldos27 thanks to its siliconsensor. In addition, the micro-structure of the sensorgives the Caldos27 a particularly short T > 90 responsetime. Measuring ranges can be selected freely. An exceptionally long-term stability...

Measurement principle The Magnos206 is based on the magneto-mecha- nical measuring principle. Thanks to the short T The measuring method of this analyzer module is based on the specific paramagnetic behavior of oxygen. > 90 time, the Magnos206 is also suitable for measuring rapid changes in the concentration of the samplegas. The ability to freely select measuring ranges and setsuppressed ranges means that the analyzer can be easily adapted to specific measurement tasks. Evenmeasurements for safety are no problem monito- ring the sample flow rate through the measuringchamber always ensures that...

The Multi-FID14 is a flame ionization detector which measures the total content of organic carbonin the sample gas. For this purpose organic sub-stances are ionized in a hydrogen flame. The current of these ions is proportional to the organic carbon content. The analyzer is heated up to 200 C andcan be directly connected to a heated sample gasline. Thus no cold spots occur at any point. The Multi-FID14 features self-monitoring, fault detection, logging and messaging functions. An automatic reset is also possible after fault correction. The Multi-FID14 NMHC is a flame ionization detec-tor which...

The LS25 laser analyzer selectively measures theconcentration of up to two sample components.The laser operates according to the principle ofsingle-line spectroscopy. For measurement purposes a single absorption line is selected from the gas to be measured in the near infrared spectral range, atwhich no cross-sensitivity from other gases occurs.The absorption line is scanned and the receiver located opposite detects the absorption caused by the sample gas and calculates the gas concentration from this. Multianalyzer systems allow the combination of upto four analyzer modules from the product...