SidePak™ AM520i Personal Aerosol Monitor

Model Number: AM520I

The SidePak™ AM520i is IECEx, ATEX, CSA, and IECEx-SIM certified for use in explosive environments. It provides real-time aerosol mass concentration readings for PM10, respirable, China respirable, PM2.5, PM1 and 0.8 DPM.

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Product Details

The SidePak™ AM520i Personal Aerosol Monitor is a small, single-channel, portable, battery-operated, data-logging, light-scattering laser photometer that provides real-time aerosol mass concentration readings of dusts, fumes, mists, smoke and fog within a worker breathing zone. Newly designed inlet conditioners increase the mass concentration capability and provide size fraction cut points for PM10, PM4 (Respirable), PM5 (China Respirable), PM2.5 , PM1 and 0.8 μm Diesel Particulate Matter (DPM).

The SidePak AM520i has IECEx, ATEX, CSA and IECEx-SIM certifications, meaning it can help you protect workers and maintain compliance in a variety of potentially volatile environments.

Features and benefits

Dual display and data logging of mass concentration and response concentration on one screen (i.e. for respirable silica, welding fume and DPM monitoring applications)
Stores up to 10 custom calibration factors on the instrument for different applications
Updates to TrakPro™ v5 Data Analysis Software include:
- Custom calibration factor calculator to simplify calibration factor process
- Continued ability to name custom calibration factors and upload them to the instrument
- Enhanced alarm features to include response concentration alarm value
IECEx and ATEX certified
CSA Certifications for North America
Audible and visual alarms
0.8 μm DPM impactor
PM5 China respirable size fraction impactor
High capacity battery
Color OLED display
Real-time mass concentration measurement and data logging for "in-the-field" data analysis
Push button menu operation or programmable through newly improved TrakPro™ v5 Software
User-selectable alarm levels to alert workers to high aerosol concentrations
Robust impactors enable reliable size fraction measurements at higher aerosol concentrations over longer run times