Andros 6511 OEM Gas Analyzer For Greenhouse Gas Detection And Monitoring
Description
The Andros® 6511 OEM gas module achieves high reliability through simplicity of design and implementation. Andros Non-Dispersive Infrared (NDIR) gas modules are inherently reliable because there are no moving parts in the optical path. Unlike alternative analyzers that require motors, gratings, chopperwheels, and/or other moving components with limited useful lives, Andros gas analyzers use a pulsed infrared source to achieve high accuracy with high reliability. Unlike other infrared analyzers, Andros non-dispersive infrared (NDIR) gas analyzers measure multiple gases in an instrument with a single optical path platform. Single-gas analyzers are inadequate when using methane as a bio fuel because the gas often contains large amounts of CO2 as a contaminant. Andros analyzers have the ability to measure CO2, CO, and O2 in addition to methane and therefore provide the optimal combination of gases for combustion optimization.
Andros 6511 OEM Gas Analyzer For Greenhouse Gas Detection And Monitoring
Specifications |
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|---|---|
| Type Of Compound: | Oxygen, Ozone, CO2 (Carbon Dioxide), NOx |
| Detection Technology: | Not Specified |
| Minimum Detectivity: | 1 ppt (parts per trillion) |
Features
RS232 output
Differential Pressure for flow monitoring
Low power
Fast response times
Precision-beam collimation
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United States
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Frequently Asked Questions
The Andros 6511 OEM gas analyzer can measure CO2, CO, O2, methane, and other gases.
The Andros 6511 achieves high reliability through simplicity of design and implementation, with no moving parts in the optical path.
The necessary features for methane applications include temperature and pressure data for calculating pounds per hour of CH4 and CO2, and two electrochemical sensor inputs for measuring a total of five gases.
Landfill operators, industrial operators of methane-fueled equipment, and agricultural methane capture projects will benefit from methane measurement using the Andros 6511.
Yes, the Andros 6511 has a wide dynamic measurement range and real-time temperature and pressure compensation, making it suitable for monitoring anaerobic digestion processes and maximizing methane production.