The ARA N-FRM ("Near" FRM) is a portable, rapidly deployable, battery-powered particulate sampling and monitoring device.
It delivers Federal Reference Method (FRM) level of performance and integrates many additional functions for unmatched versatility. The compact-sized sampler collects 24-hour TSP, PM10, or PM2.5 filter samples and can simultaneously measure local meteorological parameters. It can also be equipped with a light scattering particle sensor to log temporal particulate variations. For added versatility, the N-FRM can be operated in directional sampling mode and also has the capability of remote turn on. For more utility, the N-FRM can be operated in sensor only mode for long term collection of meteorological and particulate data.
Specifications:
- Flow Range: 10-20 LPM
- Nominal Flow: 16.7 LPM
- Flow Accuracy: +/-2% Flow
- Precision: +/-1%
- Li-Ion Batteries: 18V /5Ah
- Recharge Time: 1-Hour
- Battery Operation: 30+ hrs
- Data Output: USB Flash
- Dimensions: 10” x 12” x 7”
- Sampler Weight: 15 LBS
- Shipping Weight: 25 LBS
Features:
- Versatile inlet configurations for PM2.5, PM10, or TSP sampling
- FRM quality 24-hour samples at 16.7 LPM
- Cost effective at only a fraction of traditional site-based FRM samplers
- Defensible data logging capabilities for all sampling parameters
- Deployable compact size and battery power allows remote use
- Flexible mounting options for rapid deployment
- Real-time particle sensor option for PM10 and PM2.5
- Directional sampling capability with optional meteorological sensor
- Sensor only mode for long term meteorological and dust surveys
- Easy data retrieval via USB flash drive
- Programmable with intuitive user interface
- Low maintenance particulate separators require no grease or oil
- Rechargeable batteries complete full charge in 1 hour
- Standard FRM 47mm filter media and cassettes
Applications:
- Urban Air Monitoring Networks
- National Air Monitoring Networks
- Roadside Air Monitoring
- Industrial Perimeter Monitoring
- Environmental Impact Assessments
- Research Projects
- Short-Term Hot Spot & Emergency Monitoring
- Industrial Hygiene
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