Model :GC112N Series
The AELAB GC112N Gas Chromatograph provides accurate carrier-gas control, stable column temperature regulation, and multi-detector capability for laboratory and industrial analytical workflows. Its 7-inch touch interface, split/splitless injection control, and precise heating performance ensure reproducible gas chromatographic measurements across research, QC, and process applications.
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The AELAB GC112N Gas Chromatograph is designed to deliver precise carrier-gas control, high-stability column temperature performance, and flexible detector configuration for advanced laboratory analysis. Its integrated PC workstation enables simultaneous touch-screen and remote PC control, improving workflow efficiency and analytical accuracy. The system incorporates a robust 32-bit embedded platform to ensure stable long-term operation in research and industrial environments.
The GC112N features a 7-inch color touch interface, digital pressure display, and full alarm protection, including gas shortage monitoring and automatic heating shutdown when the column oven door opens. The chromatograph supports external triggers, programmable temperature ramps, and multi-zone independent temperature control for injection and detection units.
The AELAB GC112N uses a rigid, thermally stable column oven with a 22L chamber and 5℃ to 400℃ temperature control range. The system integrates precise heating elements enabling 0.1–60℃/min ramp rates and nine programmable temperature sequences. Smart airflow channels and automatic cooling support rapid return from 250℃ to 50℃ within 10 minutes. All detectors and injector components feature independent temperature regulation for controlled GC operation.
The GC112N performs gas chromatographic separation by regulating carrier-gas pressure, delivering constant flow, and applying programmable oven temperature profiles. Samples introduced through split or splitless injection are transported through a packed or capillary column. The Hydrogen Flame Ionization Detector (FID) and Thermal Conductivity Detector (TCD) quantify analytes through ion conductivity and thermal conductivity variation, respectively. Digital detection circuitry ensures low noise, minimal drift, and wide linear dynamic range.
The GC112N includes RS232 communication ports, LAM network interface, and external event control ports for automation systems. It integrates a built-in workstation capable of synchronous touchscreen and PC control, supporting GLP-style data acquisition, method storage, and remote instrument operation.
| Model | Detector Options | Temperature Range |
|---|---|---|
| GC112N | FID, TCD optional | Column oven: 5℃~400℃; Injector/Detector: up to 420℃ |
The AELAB GC112N Gas Chromatograph is suitable for petroleum analysis, environmental monitoring, food safety testing, chemical process control, solvent purity analysis, pharmaceutical QA/QC, and material research. Its dual-detector capability supports hydrocarbon analysis, permanent gas detection, and general volatile organic compound testing.
The instrument is manufactured under AELAB quality inspection standards and supports GLP data workflows. Temperature accuracy, drift performance, and detector response meet international laboratory analytical requirements. Power supply specifications comply with AC220V±22V, 50Hz±0.5Hz operational frameworks.
| Column Temperature Box | |
|---|---|
| Content product: | 22L |
| Temperature control range: | 5℃ ~ 400℃ at room temperature |
| Temperature control accuracy: | ±0.1℃ |
| Heating rate: | 0.1 ~ 60℃ / min |
| Program temperature rise order: | 9 |
| Program heating repeatability: | ≤ 2% |
| Cooling way: | open the door after |
| Cooling speed: | ≤10 mins (250℃ ~ 50℃) |
| Control software function: | (GC112N only) |
| Column temperature box control | |
| Detector control | |
| Injector control | |
| Map display | |
| Sampler | |
| Temperature control range: | 7℃ ~ 420℃ at room temperature |
| Temperature control method: | independent temperature control |
| Carrier gas flow control mode: | constant pressure |
| Number of simultaneous installations: | 3 at most |
| Type of injection unit: | filling column, shunt |
| Split ratio: | split ratio display |
| Cylinder pressure range: | 0 ~ 400kPa |
| Cylinder pressure control accuracy: | 0.1kPa |
| Flow setting range: | H2 0 ~ 200ml / min, N2 0 ~ 150ml / min |
| Hydrogen Flame Ionization Detector (FID) | |
| Detection limit: | ≤ 3×10 g/s (n-hexadecane) |
| Baseline noise: | ≤ 5×10-14A |
| Baseline drift: | ≤ 6×10-13A |
| Dynamic range: | 107 |
| RSD: | 3% or less |
| Thermal Conductivity Detector (TCD) | |
| Sensitivity: | 5000mV•mL/mg (n-cetane) |
| Baseline noise: | ≤ 0.05 mV |
| Baseline drift: | ≤ 0.15mV / 30min |
| Dynamic range: | 105 |
| Supply voltage: | AC220V±22V, 50Hz±0.5Hz |
| Power: | 3000W |
| Detector | |
| FID, TCD optional | |
| Temperature control: | Max. 420℃ |
| Number of simultaneous installations: | 2 at most |
| Ignition function: | automatic |
