ELTRA‘s CS-580A is the ideal elemental analyzer for simultaneous determination of carbon and sulfur in organic samples. It features a resistance furnace with vertical ceramic tube and uses ceramic crucibles as sample carriers.
An automatic sample loader allows for analysis of large numbers of samples without operator intervention. The sample loader is available in two versions to accommodate 36 or 130 crucibles. For reliable analysis of acidified samples (TOC analysis), both versions are available in an acid-resistance configuration.
The temperature can be set in steps of 1 °C to a maximum of 1,550 °C. Thanks to sample weights of up to 500 mg and more even inhomogeneous materials can be reliably analyzed. The CS-580 A elemental analyzer can be equipped with up to four independent infrared cells for measuring carbon and sulfur concentrations, allowing for a great variety of applications.
Operation of the CS-580 A elemental analyzer is simple, fast and convenient. The samples are weighed and registered in the software as manual analysis or analysis via autoloader. Typical sample weights are between 50 and 500 mg. After starting the analysis, the sample is introduced into the furnace and the combustion gases CO2 and SO2 are measured in up to four infrared measuring cells. The results of the elemental analysis can be exported via LIMS, report or text file.
Logging the sample into the software and weighing
Placing sample in autoloader and analysis
Measurement results and export
The elemental analyzer CS-580 A can be configured to meet a wide range of customer requirements. C, S and C/S configurations are available with up to 2 infrared cells for each element to cover a wide working range. Robust measuring cells for the reliable determination of sulfur in very high concentrations are also available.
The ELTRA CS-580 A series is perfectly equipped for TOC analysis according to DIN EN 15936 with optional acid-resistant autosamplers, as well as the optional TIC module.
An optional autoloader with 130 crucible positions is available for elemental analyses with high sample throughput.
Analyzer with optional TIC module
Autoloader with 130 crucible positions
Autoloader with acid-resistant plastic crucible holders
The CS-580 A elemental analyzer is perfectly suited for measuring carbon and sulfur concentrations in matrices such as popioły, materiały budowlane, coal , koks, gips, wapień, olej, materiały roślinne, guma, piasek, soil, sadza, tobacco, odpady, ...
coal
soil
tobacco
| Parametry mierzone | siarka, węgiel |
| Próbki | organiczne |
| Ustawienie pieca | pionowy |
| Nośnik próbek | tygle ceramiczne |
| Dziedzina zastosowania | biologia, chemia / tworzywa sztuczne, materiały budowlane, medycyna / farmaceutyki, rolnictwo, węgiel / elektrownie, środowisko / recykling |
| Piec | piec oporowy (rura ceramiczna), regulowana do 1550 °C (krok co 1 °C) |
| Metoda detekcji | półprzewodnikowa absorpcja w podczerwieni |
| Ilość cel pomiarowych | 1 - 4 |
| Materiał kuwety IR | złoto |
| Typowy czas analizy | 60 - 120 s |
| Wymagane odczynniki chemiczne | nadchloran magnezu, wodorotlenek sodu |
| Wymagane gazy | tlen 99.5 % (2 - 4 bar / 30 - 60 psi) sprężone powietrze (4 - 6 bar / 60 - 90 psi) |
| Wymagane dot. zasilania | 230 V, 50/60 Hz, maksymalna moc grzania 2000 W |
| Wymiary (szer. x wys. x gł.) | 55 x 100 x 60 cm (analizator) 85 x 35 x 45 cm (Autoloader na 130 tygli) |
| Masa | ~ 90 kg (analizator) ~ 15 kg (Autoloader na 130 tygli) |
| Wymagane wyposażenie | PC, monitor, waga (dokładność 0.0001g) |
| Wymagane akcesoria | Autoloader (na 36 lub 130 tygli) |
| Opcjonalne akcesoria | moduł TIC, stabilizator napięcia 5 kVA |
In the CS-580A elemental analyzers the sample is burnt in an oxygen atmosphere at temperatures of up to 1,550 °C. The furnace temperature can be freely selected in steps of 1 °C. The combustion gasses (CO2, H2O, SO2) coming from the furnace pass through a dust filter. After the water vapor is chemically absorbed, the dried CO2 and SO2 gas is detected in the additional infrared cells. Depending on the configuration, it is possible to combine up to four infrared cells with different sensitivities to measure carbon and sulfur concentrations.
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