microAeth® MA300 microAeth® MA300 microAeth ® AE51 microAeth® MA300 Black Carbon monitor microAeth® MA300 Black Carbon monitor The microAeth® MA300 is a small, real-time 5-wavelength UV-VIS-IR Black Carbon monitor with an 85 Communications The sampling microAeth® location MA300 automatic is a small, filter tape real-time advance 5-wavelength system which UV-VIS-IR allows for Black 3-12 Carbon months monitor of continuous USB connectivity to Windows®-based with PC with an 85 sampling measurements. location automatic filter tape advance system which microAethCOM. allows for 3-12 months of continuous measurements. The device is a self-contained instrument with built-in pump, Data flow Output control, data storage, and 4X the battery The capacity device of is the a MA200. self-contained The MA300 instrument also features with built-in onboard pump, Internal GPS, flow data satellite control, files time are data uploaded synchronization, storage, microAethCOM and 4X accelerometer, the battery PC capacity altimeter/barometer, Measurement of the Principle MA200. and The sensors MA300 for also relative features humidity onboard and software temperature. GPS, satellite and stored time on synchronization, local disk. accelerometer, altimeter/barometer, Real-time analysis by measuring and sensors the rate for relative of change humidity and temperature. The in absorption MA300 is of designed transmitted for light extended due to continuous multi-month measurement PC Software campaigns in both stationary and mobile collection of aerosol deposit on filter. Measurement at 880 The applications. MA300 is The designed 85 location for extended filter tape multi-month cartridge allows measurement for microAethCOM extended campaigns continuous software both is sampling included. stationary of Provides higher and mobile visual nm interpreted as concentration of Black Carbon (‘BC’). applications. concentrations The for 85 up location to a year filter depending tape cartridge on the allows sampling interface for extended environment including continuous conditions real-time BC sampling and mass instrument concentration of higher settings. values. Facilitates settings configuration, calibration concentrations Measurement Range for up to a year depending on the sampling routines, environment downloading conditions data, and and uploading instrument new settings. The 0-1 mg spectrum BC/m 3 , filter measurement life time dependent provides on insight concentration into the composition instrument of firmware. light absorbing carbonaceous particles The and flow spectrum helps rate to setting: distinguish measurement among provides the different insight optical into the signatures composition of various of light combustion absorbing carbonaceous sources such particles as diesel, and woodsmoke, avg. helps 5 µg BC/m to distinguish biomass, 3 for 24 hours and among @ tobacco. 100 the ml/min different optical signatures Dimensions of various combustion sources such as diesel, woodsmoke, avg. 100 µg BC/m biomass, 3 for 3 hours and tobacco. @ 50 ml/min 4.6 in (117 mm) L x 2.6 in (66 mm) W x 1.5 in (38 mm) D The avg. instrument 1 mg BC/m 3 supports for 15 minutes the DualSpot® @ 50 ml/minloading compensation method which corrects for optical loading The effects instrument and provides supports additional the DualSpot® information loading about compensation aerosol Weight optical method properties. which corrects for optical loading effects Measurement and provides Resolution additional information about aerosol Approximately optical properties. 9.88 ounces (280 g). 0.001 µg BC/m 3 Power Measurement Precision Example Applications Internal rechargeable lithium-ion battery. ±0.1 µg BC/m Continuous 3 , 1 min avg., real-time 150 ml/min monitoring flow rate Example Applications Mobile monitoring Power Supply Adapter Continuous Multi-month real-time monitoring monitoring Personal Mobile monitoring Measurement Timebase (User setting) Input: 100~240 VAC 50/60 Hz monitoring 0.2 A 1, 10, 30, 60, or 300 Multi-month seconds Ambient air monitoring monitoring Output: 5VDC / 0.5A Personal Indoor air monitoring quality Flow Rate (User setting) Ambient Source apportionment air monitoring Indoor Woodsmoke air quality Charging Time Internal pump provides Source 50, Tobacco apportionment 100, 150, 200 ml/min, 4 hours to full charge Woodsmoke (using AC adapter, instrument Biomass monitored by mass flow meter and stabilized by turned off). closed-loop control. Stationary Tobacco monitoring Engine Biomass testing Vehicle Stationary on-road mobile monitoring Total Run Time (Single monitoring Network Engine battery monitoring testing charge) Sampling Minimum 24 hours @ 300 second timebase at 100 ml/min 3 mm spot Vehicle created UAVs on-road filter & vertical strip mobile containing profiling** monitoring insert of flow High rate. Run concentration time Network may vary / monitoring Cookstove due PM monitoring concentrations. T60 Teflon-coated UAVs borosilicate & vertical glass profiling** fiber filter material. High concentration / Cookstove monitoring PM2.5 size selective inlet available. Operation Environment 0 ~ 40 °C operating, non-condensing. **Contact AethLabs for application support. **Contact AethLabs for application support. © Specifications 2018 AethLabs are subject | San to Francisco, change without California notice. | https://aethlabs.com Specifications | firstname.lastname@example.org - microAeth AE51, Page 1 of 1, Jul 2016, Rev 04 © 2018 AethLabs | San Francisco, California | https://aethlabs.com | email@example.com Consumables Filter strip: 1 filter strip per sampling campaign, typically one per day. High concentration sampling may require more than one filter per day. Data Storage 4 MB internal flash memory, providing up to 1 month data storage when operating on a 300 second timebase, and 1 week when operating on a 60 second timebase. © 2016 AethLabs | San Francisco, California | https://aethlabs.com | firstname.lastname@example.org
"Very efficient. Competitive pricing. The reminders, I’m so busy in my job that it’s so great to have a reminder to do something. It really helps me.
I’m very happy".
- Tim Cannon – Research and Development Manager; Pecan Engineering Pty Ltd