Elemental (CHN) Analyzer CHN-A10
The Elemental (CHN) Analyzer CHN-A10 is employed for determining the content of Carbon, Hydrogen, and Nitrogen in macro amounts of samples. It incorporates a dual-stage furnace with pure oxygen flow to facilitate complete combustion, ensuring accurate results. The analyzer features multiple detectors and blended gas analysis for enhanced precision. Additionally, it is equipped with an IR CO2 monitor detector and a stackable auto loader to streamline operations and improve efficiency. These advanced features ensure the analyzer’s reliable performance and the acquisition of dependable results.
Specifications
| Gas required | Helium: 99.99% 0.25 ± 0.01 mPa Oxygen: 99.5% 0.25 ± 0.01 mPa Nitrogen or Composed air: 0.25 ± 0.01 mPa |
| Measurement range | Carbon: 0.02 to 150 mg Hydrogen: 0.1 to 12 mg Nitrogen: 0.04 to 50 mg |
| Consumption | Helium 200 ml/ min |
| Sample mass | Up to 1000 mg, depending on the sample matrix |
| Analysis time | 4 to 6 mins, depending on sample combustion condition |
| Autosampler | Stackable auto loader, up to 140 samples by 4 layers |
| Accuracy | Carbon (Cad): 0.45% Hydrogen (Had): 0.10% Nitrogen (Nad): 0.05% |
| Furnace type | Resistance furnace (main furnace and furnace rear) |
| Maximum temperature | 1050°C |
| Dimension | 690 × 750 × 720 mm |
| Weight | 110 kg |
| Power | 5.5 kW |
| Power supply | AC 220 ± 10 %V , 50/60 Hz |
Features
- Dual-stage furnace ensures complete catalytic combustion
- Customized multiple detectors for different elements
- Efficient analysis of samples in minimal time
- Utilizes 5.0 ml blended gas analysis to reduce helium and copper consumption
- Incorporates IR CO2 and IR H2O detectors
- IR CO2 monitor detector ensures complete combustion
- Stackable auto loader accommodates 25/35 samples in each layer
- Capable of analyzing macro-weighed samples of liquids, solids, and heterogeneous matrices
- Windows-based operating software enables control and parameter viewing on PC
- Complies with CE standards
Applications
It is employed for analyzing a wide range of samples such as fuels, biomass, food, oil, coal, waste, plastic, solvents, fertilizers, and more, across various laboratories and industries.
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