CO Analyzer
Technical principle
The basic working principle of the carbon monoxide analyzer is the gas-free non-dispersive infrared method: the absorption of infrared light based on CO molecules is consistent with Beer-Lambert's law: I = Io e-αLc Infrared light containing a specific wavelength needs to be preferentially modulated and then passes through a high concentration of carbon monoxide chamber, a pure nitrogen gas chamber. After the infrared light passes through the high concentration of carbon monoxide, Infrared light comes into the sample chamber, and then the CO no longer absorb infrared light. The basic working principle of the carbon monoxide analyzer is the gas-free non-dispersive infrared method: the absorption of infrared light based on CO molecules is consistent with Beer-Lambert's law.
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Measurement range |
0 ~50ppm, 0~1,000ppm(optional) |
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Unit |
nmol/mol (ppb), μmol/mol (ppm), μg/m3, mg/m3(optional) |
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Zero noise |
<0.2 ppb(RMS) |
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Detection lower limit |
0.04ppm(RMS) |
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Zero drift |
<0.2ppm/24hours |
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Span drift |
<0.5ppm/24hours |
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Response time |
<120s |
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Linearity |
<1%FS |
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Repeatability |
<1% |
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Sampling flow range |
900cm3/min±10% |
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Ambient temperature |
5 ℃ ~ 40 ℃ |
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Dimension |
178 mm×430 mm×635 mm |
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Weight |
<20kg |
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Power supply |
200V~240V, 50/60Hz, 400W |
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Analog output |
10V, 5V, 1V, 0.1V (optional) |
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Communication specification |
RS232/RS485 |
Feature
1. High sensitivity, high repeatability, simple operation 2. Instrument parameters can be automatically monitored 3. Support remote calibration and diagnostics 4. Light source light attenuation self-test function 5. Adaptive signal filtering technology to optimize the response time 6. Temperature and pressure are automatically compensated in real time 7. Large capacity memory; automatic storage of historical data
