Ftir Analyzer for Online Monitoring Emission Gas of So2, Nox (NO, NO2) , CH4, Nh3, HCl, Hf, Co, CO2, O2, Low Detection Limit, Suitable for Ultra-Low Emission.

• Customization: Available
• Warranty: 12 Months
• Brand: Yuan Zhen
• Model NO.: FTIR-3000
• Customized: Non-Customized
• Portable: Non Portable
• Certification: Ccep
• Gas: So2, Nox (No, No2), CH4, Nh3, HCl, Hf, Co, CO2, O2
• Type: Non-Dispersive Infrared Analysis
• Transport Package: Carbon Packing, Air Shipping
• Specification: 30Kg
• Origin: China
• Production Capacity: 500

Product Description

FTIR-3000 Fourier infrared gas analyzer
FTIR-3000 is an online continuous gas monitoring analyzer based on fourier transform infrared spectroscopy, monitoring emission gas of SO2, NOx(NO, NO2), CH4, NH3, HCl, HF, CO, CO2, O2, H2O, and other components at the same time, and can extend to measure other components such as SO3, N2O, etc. according to user demand. The continuous gas analyzer has high measurement precision, high range dynamics, low detection limit, which is suitable for low emission monitoring.


Features:
 

FTIR-3000 laser gas analyzer has a white cavity design, high signal-to-noise ratio, measuring optical path up to 13m, low detection limit, high range dynamics,  it is suitable for ultra-low emission monitoring; Using the least squares method and the PLS algorithm, selecting the appropriate wavelength range, can effectively eliminate the interference of H2O and other composition; Interior cavity mirror of gas cell is plated with gold, high reflectivity. Protective gas purging, long maintenance intervals.


Application:
FTIR-3000 continuous gas analyzer  can be applied to waste incineration power plant, ultra-low emission monitoring, solid waste treatment plant, marine exhaust emission.



Specification:
SO2: 0~500mg/m3,
NO: 0~300mg/m3
NO2: 0~500mg/m3,
NOx: 0~959mg/m3
HCl: 0~100mg/m3,
HF: 0~80mg/m3
CO: 0~300mg/m3,
CO2: (0~20)% vol
CH4: 0~400mg/m3
H2O: (0~32)%
O2: (0~25)vol
IP grade: IP54
Zero drift: ≤±2%F.S./7d
Span drift: ≤±2%F.S./7d
Linearity error: ≤±2%F.S.
 

 

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