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Published byPaulina Hines Modified over 9 years ago
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additional items sourced through recordum
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US-EPA and TUEV approved PM-Monitor SHARP 5030 Dual detectors (optical/ß-source) Fast response because of Nephelometer Accurate reading because of ß-gauge Full integration into airpointer PM-housing Source with low radioactivity IMR system (Intelligent Moisture Reduction) More direct method than optical measurement
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US-EPA approved PM-Monitor FH62 C14 “SHARP without Nephelometer“ PM 2.5/ PM10 approval (US-EPA) Full integration into airpointer PM-housing Source with low radioactivity More direct method than optical measurement
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US-EPA and TUEV approved PM-Monitor BAM 1020 1h-cycles Full integration into airpointer PM-housing Source with low radioactivity PM 10 / PM 2.5 approval More direct method than optical measurement
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US-EPA and TUEV approved PM-Monitor Full integration into airpointer PM-housing Monitor with low radiactive source PM 10 / PM 2.5 approved
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Black Carbon Monitor MAAP 5012 Built on proven platform (SHARP, FH 62C14) Full integration into airpointer PM-housing Network ready Continuous BC measurement in mass/m 3 Multi angle adsorption/reflection
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CO 2 -Sensor:
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O 2 -Sensor:
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AMA GC Series 5000 Built in preconcentration unit Detection limit downto ppt-level Two versions C1-C6 & C4-C12 Cryo-focussing for better peak shapes FID or FID/PID (C4-C12) Wide concentration range
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AMA GC Series 5000 MFC temp. & pressure compensated User defined temperature program N2 (carrier gas), H2 for FID and zero air supply needed Internal computer interface
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LAT TOC in gas analyzer FID for TOC (gas) if high humidity is present Portable and stationary versions Heated sample tube Filter for high boiling hydrocarbons Range: 0-20mg/m 3 0-40 ppm CH 4 LDL: 0,2 mg/m 3
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