| Network Inverse Control System |
Internal CAN method with interface board design; can be converted to network output at will. |
| Number of Signal Output Bits |
24-bit |
| Communication Interface |
Network interface output (connected via Category 6 network cable) |
| Circuit Design |
ARM embedded design; easily enables wireless control, remote control, and mobile phone APP control. |
| Temperature Control System |
Six independent temperature control channels |
| Temperature Control Range |
Above room temperature to 450 °C; optional liquid nitrogen refrigeration: -80 °C to 450 °C |
| Column Temperature Control Accuracy |
±0.02 °C |
| Programmed Temperature Rise |
Arbitrary order, 0.1 degree per order |
| Display Module |
Large-screen liquid crystal display |
| Display Accuracy |
0.01 °C |
| Column Program Rise Rate |
0–80 °C/min (adjustment increment 0.1 °C/min), up to 120 °C/min |
| Programmed Temperature Rise Repeatability |
≤1% |
| Electronic Pressure Controller (EPC/EFC) |
Pressure range: 0–1000 kPa; full pressure control accuracy: 0.001 psi; maximum shunt ratio: 8000:1 |
| TCD Detector Sensitivity |
S value ≥ 8000 mV·ml/mg (benzene), up to 12000 mV·ml/mg (benzene) |
| TCD Baseline Noise |
≤10 uV |
| TCD Baseline Drift |
≤50 uV/30 min |
| FID Detector Detection Limit |
≤5.0 × 10-12 g/s (cetane) |
| FID Baseline Noise |
≤2 × 10-14 A |
| FID Baseline Drift |
≤1 × 10-13 A/30 min (after 2 hours of instrument stabilization) |
| ECD Detector Detection Limit |
≤1.0 × 10-13 g/s (r-666) |
| ECD Baseline Noise |
≤40 uV |
| ECD Baseline Drift |
≤100 uV/30 min |
| FPD Detector Detection Limit |
≤1.4 × 10-12 g/s (P); ≤5 × 10-11 g/s (S) |
| FPD Baseline Noise |
≤20 uV |
| FPD Baseline Drift |
≤50 uV/30 min |
| Expansion |
6 external events can be added |
| Automation Engineering |
Can add: automatic ignition function, autosampler connection, four-way flow pressure display function, and optional reverse control workstation to realize reverse control. |
