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FPI GC-3000 Gas chromatography Analyzer for VOCs in Porcess gas

FPI GC-3000 Gas chromatography Analyzer for VOCs in Porcess gas

Product catalog summary
Features and Benefits
The GC-3000 series offers enhanced sensitivity and separation efficiency through the use of adsorption and thermal desorption technology. It combines FID (Flame Ionization Detector) with PID (Photoionization Detector) for optimal sensitivity. The system is designed for reliability with automatic safety features and user-friendly operations, including automatic calibration and maintenance diagnostics.

Measuring Principle
The gas chromatography process involves a series of steps: sampling, injection, stripping, preconcentration, and detection. The system uses a combination of columns and detectors to achieve fast separation and analysis, controlled precisely by temperature.

Technical Data
  • Model GC3000-110: Utilizes a gas chromatograph with an extractive installation type. It measures a range of 0 to 1000 ppm, customizable, with a detection limit for non-methane hydrocarbons at 0.05 ppm. The analysis period is 2 minutes, with repeatability of less than 2% for methane.
  • Model GC3000-210: Also a gas chromatograph, focusing on methane and non-methane hydrocarbons. It features enhanced sensitivity and reliability, with a detection limit of less than 2 ppb using a PID detector. The analysis period is 2 minutes, with repeatability of less than 2%.

Consumption
For both models, the consumption of nitrogen is at 99.999% purity, with specific flow rates for each model.

Installation Type
Both models use an extractive installation type, allowing for customizable measurement ranges.
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Catalog excerpts

FPI GC-3000 Gas chromatography Analyzer for VOCs in Porcess gas-1

Measuring Principle Step1: Sampling Preconcentration column Stripper column Analysis column Injection Preconcentration column Stripper column Analysis column Stripping Preconcentration column Stripper column Analysis column Detection Preconcentration column Stripper column Step4: Analysis column Detector Fig.4.1: Gas chromatography measuring principle Features and Benefits ⊙ S ensitivity Separation efficiency and signal-noise ratio enhanced by utilizing adsorption, thermal desorption technology Complementary detection combined FID with PID in serial for an optimal sensitivity TECHNICAL DATA Methane/Non-methane hydrocarbon Model Technical Principle Installation type Measurement Range 0~1000 ppm(customizable)) Non-methane hydrocarbon 0.05ppm Detection Limit Detector ⊙ R esponse time Enable synchronous sampling and separation based on 2D chromatography, time saving Fast separation and analysis through precisely temperature control ⊙ R eliability Ignition and extinction safety automatically protected EFC, EPC control technology adopted Analysis Period N 2: 99.999%, 0.4MPa25ml/min Consumption H 2: 99.999%15ml/min Benzene, Methylbenzene, Ethylbenzene, Xylene and the Isomerides Model Technical Principle Measurement Range ⊙ U ser Friendly Automatic calibration and span check Software based automatic maintenance and diagnosis Touch screen Installation type Detection Limit Analysis Period

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