High quality CI-XT5100 Stationary Pollution Source VOCs online monitoring system
The product is extensively known for high quality and reliability.
The CI-XT5100 system uses the whole process high temperature extraction method to extract the sample gas, and adopts gas chromatography-hydrogen flame ionization detection technology(FID) conducts online monitoring of volatile organic compound emissions from stationary pollution sources.It can be widely used in the monitoring of total combustion, methane and non-methane total combustion in waste gas from pollution sources such as pharmaceuticals, petrochemicals, paints, and chemicals.
CI-XT5100 Stationary Pollution Source VOCs online monitoring system Product Features
Using the internationally recognized VOCs detection standard method gas chromatography/hydrogen flame ion detector (GC-FID), it has the characteristics of high and high sensitivity, stable and reliable operation, simple maintenance, and online detection of organic volatiles in industrial exhaust gas suitable for complex and harsh environmental conditions;
The pretreatment design meets the technical requirements and detection methods of the on-line monitoring system of VOCs of fixed pollution sources. The system adopts the whole heat tracing method, from the sampling probe to the online gas chromatograph, the whole process is high-temperature, without water removal, effectively avoiding the loss of sample components, and ensuring the accuracy and effectiveness of the detection data;
The system can monitor: methane, total burning, non-methane total waste and other organic waste gases, which can meet different customer needs;
The system uses corrosion-resistant and inert materials to reduce the loss of gas samples in the pipe wall.
Technical Index
Stationary Pollution Source VOCs | |||||
Detection object | THC,CH₄,NMHC,BETX,VOC characteristic factors | ||||
Detection range | Non-methane total hydrocarbons 0-50/100/200/1000/5000mg/m³(Configurable)Benzene series0-50/100/200mg/m³(configurable) | ||||
Detection limit | <0.8mg/m³ | ||||
Baseline noise | 2×10⁻¹⁴A | ||||
Baseline drift | 2×10⁻¹³A/30min | ||||
Linear error | ≤±2% | ||||
24h drift | ≤±3% | ||||
Qualitative repeatability | 1% | ||||
Quantitative repeatability | 3% | ||||
Analysis period | ≤2min | ||||
Injection flow rate | Approx. 20mL/min | ||||
Instrument alarm | Fault/concentration(optional switch output) | ||||
Sampling line | Traced temperature 100~180℃(adjustable) | ||||
Data Acquisition And Processing | |||||
System software | 1 way LAN | ||||
Industrial computer | 4-way USB interface | ||||
Windows7 operating system | |||||
AC: 220V±22V/ (50±1) Hz | |||||
<5KVA | |||||
（-20~50）℃ | |||||
≤80%RH | |||||
Flue Gas Parameters | |||||
Measurement parameters | TEMP. | Pressure | Flow rate | Humidity | Oxygen |
Measuring range | (0~400)℃ | (-5000~5000)Pa | (0~40)m/s | (0~40)%V/V | (0~25)% |
Application Field
Geography:all regions, applicable to enterprises involved in VOCs emissions;
Industry:petrochemical, printing, spraying, pharmaceuticals, electronic component production plants, furniture production plants, etc..
This product is thoroughly inspected as per the quality guidelines.