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Introduction
Trace gas analyzer IR-GAS-600 simultaneous high‑stability NDIR detection of CO, CO₂, and CH₄. And it is ideal for demanding applications such as syngas composition analysis and gasification atmospheres. Accurate hydrogen (H₂) measurement via thermal conductivity technology, with full compensation for background gas interferences, ensuring reliable readings regardless of CO, CO₂, or CH₄ levels. Optional paramagnetic sensor for O₂ analysis, featuring a non‑depleting design for long sensor life and low maintenance.
Features
☑ ppb ultra high sensitivity Spectrum single line scanning, precise lock test wavelength
☑ Automatic compensation of atmospheric temperature, pressure and humidity
| Parameter | Specification |
|---|---|
| Measurement Principle | • Infrared dual‑beam NDIR (CO, CO₂, CH₄, CnHm) • Thermal Conductivity Detector (H₂) • Electrochemical (galvanic fuel‑cell) Detector (O₂ 0–25%) |
| Gas & Range | • CO, CO₂, CH₄: 0–5% (LR) / 0–100% (HR) • CnHm: 0–10% • H₂: 0–20% (LR) / 0–100% (HR) • O₂: 0–25% |
| Resolution | • NDIR gases (CO, CO₂, CH₄, CnHm): 0.001% (LR) / 0.01% (HR) • H₂ (TCD): 0.01% (LR & HR) • O₂ (ECD): 0.01% (LR & HR) |
| Accuracy (Full Scale) | • NDIR gases (CO, CO₂, CH₄, CnHm): ≤ ±2% • H₂, O₂: ≤ ±3% |
| Warm‑up Time | < 2 min (start‑up); < 3 min (full spec) |
| Measuring Conditions | Pa = 1013 hPa; Yes = 25 °C; Flow = 0.7 L/min |
| Response Time (t₉₀) | Approx. 12 s @ 0.7 L/min |
| Analog Output | 1 × 4–20 mA per measuring channel |
| User Interface | Front‑panel keyboard for configuration & calibration |
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