- Computer
- Printer
- Main analyzer
- Furnace reagent
- High purity copper
- N-Catalyst
- H2O sorb reagent
- Standard Reference Material(GBW)
- CO2 sorb reagent
- Silica wool
- Lower crucible
- Upper crucible
- O-ring kit
- Tool kit
Optional Configuration:
- AR427 com-aid for liquid sample
- Additional1 2 4 layers carousels
- 4cm x 4cm size tin-foil cup
- Bigger size hole carousel
- High throughput: standard auto loader for 35 samples per layer, stackable to 4 layers available.
- Dual-stage furnace system with pure oxygen flow to ensure the complete combustion of all samples.
- Optimum gas circuit provides good gas tightness of the system.
- O-ring free from heat resource.
- Independent detectors to determine C, H, N respectively. Analysis of CH mode and CHN mode can be chosen on software. (For 5E-CHN2200)
- Saving time, gas and reagent: only 5.5ml blended gas needed to be analyzed.
Model |
TR-EA-2000 Elemental
Analyzer |
Conforms to Method |
AS 1038.6.4, ASTM
D5373, ASTM D5291, ISO 16634, ISO 16948, ISO 29541, EN 15407,EN ISO
16948:2015-0, GB/T 30728, GB/T 30733, UNI 15104, UNI CEN/TS 15407 |
Analysis Time |
4-6 mins, depending on
sample combustion conditions |
Sample Loader |
Stackable auto loader,
up to 140 samples by 4 layers |
Repeatability |
Carbon(Cad)≤0.45%,
Hydrogen(Had)≤0.10%, Nitrogen(Nad)≤0.05% |
Sample Mass |
Up to 1000mg, depending
on sample matrix |
Temp. Resolution |
1℃ |
Gas Required* |
Helium, 99.99%, 0.25±
0.01 Mpa |
Oxygen, 99.5%, 0.25±
0.01 Mpa |
|
Nitrogen or compressed
air, 0.25± 0.01 Mpa |
|
Consumption |
Helium 200ml/min |
Furnace Type |
Resistance furnace, Max
temp 1050℃ |
Power Supply |
Single phase, AC220V
±10% , 50/60Hz, 5.5kW |
Net Weight |
110kg |
Dimensions(L×W×H) |
690mm×750mm×720mm |
*Test Condition: If
N≤0.5%, 99.995% high purity oxygen is required. |