Particle Monitor | MET ONE BAM 1020

Air analysis

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“ Key points : Compact / Portable with integrated printer US EPA equivalent method for monitoring PM10, PM2.5 and PM10-2.5 Long-term unattended remote operation for up to 60 days between site visits Very low operating costs Automatic span calibration checks Quick and easy field audits using popular FRM audit tools Installation on table or equipment rack in mobile or fixed shelters Rugged anodized aluminum, stainless steel and baked enamel construction Extremely precise, reliable and mechanically simple flow system Hourly filter progress minimizes effects on volatile compounds Advanced Smart Heater technology precisely controls the relative humidity of the sample The integrated data logger allows connection of up to six weather sensors Data retrieval through RS-232 serial ports using direct PC connections or digital system data collection ”

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Presentation

The BAM 1020 automatically measures and records concentration levels of airborne particles, the proven principle of beta-ray attenuation. Thousands of BAM 1020 units are currently deployed around the world, making the unit one of the most successful air monitoring platforms in the world.

Key points :

Compact / Portable with integrated printer
US EPA equivalent method for monitoring PM10, PM2.5 and PM10-2.5
Long-term unattended remote operation for up to 60 days between site visits
Very low operating costs
Automatic span calibration checks
Quick and easy field audits using popular FRM audit tools
Installation on table or equipment rack in mobile or fixed shelters
Rugged anodized aluminum, stainless steel and baked enamel construction
Extremely precise, reliable and mechanically simple flow system
Hourly filter progress minimizes effects on volatile compounds
Advanced Smart Heater technology precisely controls the relative humidity of the sample
The integrated data logger allows connection of up to six weather sensors
Data retrieval through RS-232 serial ports using direct PC connections or digital system data collection