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Gas Chromatography Mass Spectrometry NGMS-100
Gas Chromatography Mass spectrometry NGMS-100 features a maximum inlet temperature of 450°C for efficient sample vaporization and accurate results. It is equipped with an electronic pressure flow control system for precise regulation and consistent flow rates. Our unit includes a high-energy dynode electron multiplier for improved sensitivity and detection of trace analytes. It has full-scale gauges for real-time monitoring of vacuum levels.
GC Inlet Temperature | Maximum 450°C |
GC Pressure Range |
0 to 100 psi ± 0.002psi |
GC Pressure Control Mode | Electronic Pressure Control (EPC), Support CV and CC |
GC Split Mode | Split/Splitless, Max. Split Ratio, 1000:1 |
GC Column Oven Working Temperature | Room Temperature 4°C to 450 °C |
GC Heating Rate | Up to 120 °C/min |
GC Temperature Programing | 7 Stages/8 Platforms |
MS EI Source Ionization Energy | 5 W to 250 W, V (Adjustable) |
MS Mass Range | 1.5 to 1000 amu |
MS Resolution | Unit Resolution(Full width at half maximum) |
MS Ion Source Temperature | 100 to 3500 °C |
MS Filament Emission Current | 0 to 350 pA |
GC-MS Interface Temperature | Maximum 450 °C |
MS Stability | ± 0.10 amu/48 hrs |
MS Sensitivity | Full scan, 1 pg OFN at m/z 272 with S/N ≥30:1 (RMS) |
MS Scan rate | Up to l000 amu/s |
MS Vacuum | Turbo molecular pump(67L/s) |
MS Detector | High energy dynode electron multiplier |
Power | 220V |
Dimension | 720 × 620 × 820 mm |
Net Weight | 100 kg |
Gross Weight | 170 kg |
Gas Chromatography Mass Spectrometry identifies and quantifies chemical compounds by separating and analyzing them. It is used in environmental analysis, pharmaceuticals, and forensic science.
Mechanical Pump × 1 pc
Auto Sampler
GC Inlet Temperature | 450°C |
GC Pressure Range | 0 to 100 psi, ± 0.002psi |
GC Pressure Control Mode | Electronic Pressure Control (EPC), Support CV and CC |
GC Split Mode | Split/Splitless, Max. Split Ratio, 1000:1 |
Sample Introduction System | Sample Injector and Evaporation Chamber |
Control System Flow rate | 200 ml/min (N2), 1000 ml/min (He) |
Flow rate accuracy | ± 5% |
Flow rate repeatability | ± 0.35% |