Summary of Contents for MAGEE Scientific Aerosol Aethalometer AETH-HA-PUMP
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Aethalometer ® High Altitude Booster Pump User’s Manual Version 1.0 March 2021 ___________________________________________________________________________________________________________ User's manual – Version 1.0 March 2021 1/17...
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Licensed OEM distributors may use the contents of this manual with their own names, trademarks, and logos for branding purposes and for the distribution of the Magee Scientific Aethalometer High Altitude Booster Pump. The text may not be modified without the prior written permission of Aerosol d.o.o.
Aethalometer HAP TABLE OF CONTENTS INTRODUCTION .......................... 4 Unpacking the equipment ........................... 5 Intended use and description of the equipment..................6 Technical specification ............................7 IDENTIFICATION, SAFETY NOTES and LABELS ..............8 Equipment identification label.......................... 8 Safety notes and labels ............................8 INSTALLATION .........................
Aethalometer HAP INTRODUCTION Measurements of Aerosol Black Carbon at remote or high-altitude locations are essential for determining the long-range transport of pollution; impacts on sensitive ecosystems; and radiative forcing for climate change. The analytical performance of instruments such as the AE33 and AE43 Aethalometers is directly proportional to the sample air flow rate.
Aethalometer HAP 1.2 Intended use and description of the equipment. The AE33/AE43 internal suction pump draws the sample air stream into the inlet connector and through the analytical filtration area. The pump speed is under closed-loop software control to stabilize the sample flow rate to the desired set point. Two flow sensors measure the airflow in the two sampling streams.
Aethalometer HAP 1.3 Technical specification Electrical Power Supply: • Supply voltage: 12 V ; 12.5 A; • Max power consumption: 150 W. Typical power consumption: 100 W Mechanical Specifications: • Chassis material: Aluminum • Length: 32 cm / Width: 14 cm / Height: 19 cm •...
Aethalometer HAP IDENTIFICATION, SAFETY NOTES and LABELS CAUTION! READ THIS CHAPTER VERY CAREFULLY BEFORE OPERATING THE EQUIPMENT 2.1 Equipment identification label 2.2 Safety notes and labels Equipment operation Read this User’s manual BEFORE operating the equipment. INCORRECT equipment operation; or use by persons who do not have suitable qualifications, technical skills or practical experience;...
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Aethalometer HAP Electric shock Use ONLY the External AC/DC power supply (VES150PS12) specified by the manufacturer and supplied with the equipment (see below). CHECK the USB power supply and the USB supply cord ANNUALLY. If either is DAMAGED, stop using the equipment and contact your authorized representative.
Aethalometer HAP INSTALLATION 3.1 Air tubing connection Place the High-Altitude Booster Pump on an even surface next to the Aethalometer. maximum distance between AETH-HA-PUMP and AE33/AE43 should not exceed 1.5 m. The equipment is supplied with two meters of black conductive sample line tubing (M4997). Connect the AE33/AE43 Sample Air outlet to the Booster Pump as shown below in Figure 4.
Aethalometer HAP 3.2 AC/DC power supply and connecting cable The external AC/DC power supply, cord and Control Cable are supplied with the Booster Pump. Connect them as shown in Figure 5. Figure 5. Connect AETH-HA-PUMP (12 VDC, 150 W connector) to power supply with External AC/DC power supply adapter (VES150PS12).
Aethalometer HAP 3.3 Flow range set valve adjustment The Flow range set valve is located on the rear panel (Figure 6). The purpose of this valve is to control the minimum lower flow of the HAP. Figure 6. Flow range set valve is located on the rear panel. NOTE: If the valve is fully open, the minimum lower flow of the HAP may exceed the maximum flow of the internal AE33/AE43 pump.
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Aethalometer HAP FULLY OPENED FLOW RANGE SET VALVE Aethalometer HAP AE33 internal suction pump 1000 2000 3000 4000 5000 6000 Attitude [m above sea level] Figure 7. If the valve is fully open, the minimum flow of the HAP exceeds the maximum flow of the internal AE33/AE43 pump.
Aethalometer HAP MAINTENANCE The Aethalometer HAP should be maintained regularly. We recommend the following schedule for regular maintenance. Maintenance activity Maintenance period Cleaning with dry cloth As needed Inspect the sample line tubing (M4995) Monthly Inspect External AC/DC power supply Annually (VES150PS12) Inspect the Control cable (HAP 1 99 004)
SI-1000 Ljubljana SLOVENIA, EUROPE tel: +386 1 4391 700 support@aerosol.eu www.aerosol.eu In the US, please contact: Magee Scientific Corporation 1916A M.L. King Jr. Way Berkeley CA 94704, USA tel: +1 510 845 2801 support@mageescientific.com www.mageescientific.com The distributor responsible for your country is: ___________________________________________________________________________________________________________ User's manual –...
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Licensed OEM distributors may use the contents of this manual with their own names, trademarks and logos for branding purposes and for the distribution of the Magee Scientific Aethalometer High Altitude Booster Pump. The text may not be modified without the prior written permission of Aerosol d.o.o.
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Aethalometer HAP ___________________________________________________________________________________________________________ User's manual – Version 1.0 March 2021 17/17...