Gas Meter Carbon Monoxide Co Analyzer

• Customization: Available
• After-sales Service: Whole Life Technical Support
• Warranty: 1 Year
• Model NO.: JX-CO
• Customized: Customized
• Portable: Non Portable
• Gas: CO
• Type: Electrochemical Gas Analyzer
• Working Environment Temperature: (5~45)Celsius
• Stability: 2%Fs/7D
• Repeatability: 1%
• Linear Deviation: 2%Fs
• Response Time (T90): 25s (Infrared)
• Ambient Temperature Influence: 2%Fs
• Interference Error Influence: 2%Fs
• Transport Package: Wooden Case
• Specification: Customized
• Trademark: J&X
• Origin: China
• HS Code: 9027100090
• Production Capacity: 300pieces/Month

Product Description

Carbon monoxide analyzer

 

Brief description:
The carbon monoxide analyzer uses intelligent digital processing technology to realize the analysis process of gas concentration. It is used for online analysis of gas concentration in industrial processes and scientific laboratories. It has the characteristics of high automation, strong functions, simple operation and digital communication.
Based on the semiconductor infrared analysis method, the carbon monoxide analyzer uses intelligent digital processing technology to realize the analysis process of gas concentration. It is used for online analysis of gas concentration in industrial processes and scientific laboratories. It has the characteristics of high automation, strong functions, simple operation and digital communication.

Instrument function:
Based on the semiconductor infrared analysis method, the carbon monoxide analyzer uses intelligent digital processing technology to realize the analysis process of gas concentration. It is used for online analysis of gas concentration in industrial processes and scientific laboratories. It has the characteristics of high automation, strong functions, simple operation and digital communication. The main functions of the carbon monoxide infrared gas analyzer are as follows:
Single-component or dual-component infrared, can simultaneously analyze three gas concentrations, dual-component infrared measurement and one oxygen measurement;
 Can achieve intermediate range measurement;
Color LCD display, clear display information;
Touch screen operation, easy to operate;
4-20mA current loop output;
 8-way switch quantity (relay) output.

Technical parameters:
Used to analyze the concentration of gases such as CO, CO2, CH4, SO2 and NO, and can add one oxygen concentration measurement.
Measuring component name Chemical molecular formula Small range Large range
Carbon monoxide CO 0~100ppm 0~100%

Working environment temperature	(5~45)ºC
Stability	±2%FS/7d
Repeatability	1%
Linear deviation	±2%FS
Response time (T90)	≤25s (infrared)
Ambient temperature influence	±2%FS (5~45)ºC
Interference error influence	± 2%FS

Working principle:
1.The spectral absorption method shows that many gas molecules have characteristic absorption in the infrared band. According to the Lambert-Beer law, the characteristic absorption intensity is proportional to the gas concentration. The carbon monoxide infrared gas analyzer adopts this principle and belongs to the NDIR (non-spectral) infrared gas analyzer, which can be used to continuously analyze the concentration of one or several gas components to be measured in the mixed gas.

2.The carbon monoxide infrared gas analyzer adopts a mature and reliable analysis method in the field of gas analysis, and selects the most advanced MEMS infrared light source and dual-channel infrared detector.

3.The carbon monoxide infrared gas analyzer has complete functions and excellent performance indicators, especially good stability, strong resistance to radiation, little influence by ambient temperature and high reliability. It is suitable for online use in process industries with harsh environments, as well as in environmental protection and scientific research fields.

Technical advantages:
1. MEMS infrared light source is an electrically modulated pulse light source with a high modulation frequency, which meets the characteristic requirements of pyroelectric detectors.
2. Dual-channel detector design effectively improves the stability of the instrument.
3. High-precision constant temperature control reduces the influence of ambient temperature on instrument measurement.
4. Atmospheric pressure compensation reduces the influence of ambient atmospheric pressure changes on instrument measurement.
5. Isolated current loop output and switch output eliminate the influence of various external interferences on instrument measurement.
Typical engineering application areas
6. Industrial process gas analysis such as fertilizer and chemical industry
7. Cement and metallurgical industry gas analysis
8. Flue gas composition analysis (such as CEMS)
9. Scientific laboratory gas analysis