Eltra – Carbon/Sulfur Analyzer – CS-580
Thanks to sample weights of 500 mg and more, even inhomogeneous materials can be reliably analyzed. The temperature of the powerful horizontal resistance furnace with ceramic tube can be set in steps from 1 °C to a maximum of 1,550 °C. The analyzer can be equipped with up to four independent infrared cells according to the user‘s requirements, allowing for a great variety of applications.
Application Examples
Ashes, building materials, coal, coke, gypsum, limestone, oil, plant materials, rubber, sand, soils, soot, tobacco, waste
Function Principle
Operation Carbon / Sulfur Analyzer CS-580
After weighing the sample in a ceramic boat, the weight is transferred from the interfaced balance to the PC. If required, sample weights can also be entered manually. Then the ceramic boat is introduced into the furnace for combustion. The average analysis time is 60 to 120 seconds. The detector signals and instrument parameters are displayed during analysis. Evaluation of the signals and display of the results are done automatically; the data can be transferred to a laboratory information management system (LIMS). The CS-580 requires minimum maintenance. The particle filters and chemicals which need to be maintained are easily accessible.
Measuring Principle Carbon / Sulfur Analyzer CS-580
In the CS-580 the sample is burnt in an oxygen atmosphere at temperatures 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 and 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 (for C, S analyzers) infrared cells with different sensitivities.
Technical Specifications
| Measured elements | carbon, sulfur |
| Samples | organic |
|---|---|
| Furnace alignment | horizontal |
| Sample carrier | ceramic boats |
| Field of application | agriculture, biology, chemistry / plastics, coal / power plant, construction materials, environment / recycling, medicine / pharmaceuticals |
| Furnace | resistance furnace (ceramic tube), adjustable up to 1550 °C (steps of 1 °C) |
| Detection method | solid state infrared absorption |
| Number of IR cells | 1 – 4 |
| Material of IR path | gold |
| Typical analysis time | 60 – 120 s |
| Chemicals required | magnesium perchlorate, sodium hydroxide |
| Gas required | oxygen 99.5 % pure (2 – 4 bar / 30 – 60 psi) |
| Power requirements | 230 V, 50/60 H, max. heating up current 20 A |
| Dimensions (W x H x D) | 55 x 80 x 60 cm |
| Weight | ~ 70 kg |
| Required equipment | balance (resolution 0.0001g), monitor, PC |
| Optional accessories | support for low carbon measurement, TIC module, voltage stabilizer 5 KVA |
Key Features
CS-580
- Simultaneous carbon and sulfur determination with minimal sample preparation
- Wide range of organic materials can be analyzed
- Rapid, precise, accurate and reliable element determination
- Resistance furnace can be set up to 1550 °C in steps of 1 °C
- Customized infrared cells provide wide, dynamic measuring range
- Due to gold IR path, increased cell live time for analysis of halogen or acid containig samples
- Powerful software (multilingual, customized display, export of results)
- Single and multipoint calibration
- Simultaneous calibration of carbon and sulfur
- Low maintenance
- Robust design allows usage in production control and laboratory
Key Industries
- Construction
- Energy
- Environmental
- Mining & Minerals
Brand
ELTRA is a specialist for elemental analyzers for the accurate and rapid analysis of solid materials. ELTRA equipment is a standard for elemental analysis in industries such as mining, steel, energy, cement and metal working.
ELTRA analyzers are used to reliably determine elements like carbon, hydrogen, sulfur, oxygen and nitrogen, and cover a wide, dynamic measuring range. The ability to adapt each analyzer to user specifications allows the precise measurement of a great variety of organic and inorganic samples in a multitude of applications.
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