5E-TCN2200 Nitrogen/Protein Analyzer
Description
Standard Configuration:
Computer
Main analyzer
Furnace reagent
High purity copper
N-Catalyst
H2O sorb reagent
Standrad 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
Features:
Maximum Efficiency
1. High throughput: standard auto loader for 35 samples per layer, stackable to 4 layers available.
2. Closed-loop water circulation assures the purity of water system without any additional solution.
3. Dual-stage furnace system with pure oxygen flow to ensure the complete combustion of all samples.
Good Environment Adaptability
1. Optimum gas circuit provides good gas tightness of the system.
2. O-ring free from heat resource.
Minimum Consumption
1. To determine N by TCD.
2. Saving time, gas and reagent: only 5.5ml blended gas needed to be analyzed.
Unattended Operation
The operator is limited to just adding sample to auto sample loader. Then the instrument will finish the test, cool down and shut off automatically.
Specification
Model | 5E-TCN2200 Nitrogen/Protein Analyzer |
Conforms to Method | AOAC 990.03, AOAC 992.15, AOAC 992.23, AOAC 993.13, AOAC 997.09. AACC, ASBC, ISO 29541, ISO 16634, OIV, GT/B 30728, ASTM D5291 |
Analysis Time | 5 mins, depending on sample combustion conditions |
Sample Loader | Stackable auto loader, up to 140 samples by 4 layers |
Repeatability | Nitrogen≤0.08% |
Sample Mass | Up to1000mg, depending on sample matrix |
Temp. Resolution | 1℃ |
Gas Required* | Helium, 99.99%, 0.25± 0.01 Mpa |
Oxygen, 99.99%, 0.25± 0.01 Mpa | |
Nitrogen or compressed air, 0.25± 0.01 Mpa | |
Consumption | Helium 200ml/min |
Measurement Rang | Nitrogen: 0.04mg-50mg |
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≤0.8%, 99.999% high purity oxygen is required. |