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The Aurora series of nephelometers are the broadest and most cost effective nephelometer range on the market. Ecotech’s nephelometer range is easy to install, operate, maintain and service.
The Aurora nephelometer series delivers:
Features
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New high powered LED light source increasing accuracy and reliability
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Compact and portable (light weight)
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Reduced power consumption and a lower carbon footprint due to:
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Automated instrument calibration using zero and span gas
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Pressure and temperature reporting
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The Aurora 1000 is the ‘new generation’ integrating nephelometer which uses a single wavelength for visibility measurements at one of three user specified wavelengths
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- 450nm (blue) for fine and ultra fine particulates (wood fires, automobiles)
- 525nm (green) for visibility
- 635nm (red) for large particulates (e.g. pollen, sea salt)
Differentiated in the marketplace by Ecotech’s innovative LED Light source design, the Aurora 1000 nephelometer provides higher reliability and stability in measuring local atmospheric visibility.
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The Aurora 2000 is part of the ‘new generation’ nephelometers using a single wavelength to measure aerosol light scattering and derive particulate concentrations.
The Aurora 2000 is available in two configurations.
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- Configured with a PM2.5 Size Selective Inlet (SSI) to sample PM2.5, ideal in areas with stable aerosol chemistry
- Configured to communicate directly with a BAM1020, providing 1 minute PM corrected data, ideal in areas with multiple aerosol sources
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The Aurora 3000 three wavelength nephelometer is the instrument of choice when analysis is required on a number of different contributors to air pollution or for studies regarding global warming using backscatter.
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Using an innovative LED light source, the Aurora 3000 simultaneously measures at 525nm (green), 450nm (blue) and 635nm (red) to enable wide and in-depth analysis of particulate matter. The Aurora 3000 includes backscatter measurement in the standard unit. Backscatter measurement allows the measurement of light scattered back towards the light source (90-170°) after colliding with particulate matter.
Nepheometer in external Cabinet
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