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Open path instruments create a light path of up to several kilometers length to measure atmospheric trace gases like (no2, so2, o3, hcho, hono, h2o, bro, io) with high precision and time resolution. Typical applications are monitoring of emissions from traffic (e.g., at ship routes or motorways) or from industrial facilities, as well as scientific applications concerning atmospheric chemistry and/or ground-level validation of satellite remote sensing.
Resources:
Features & Benefits:
Active remote sensing of atmospheric gases.
Simultaneous detection of multiple species, e.g., no2, so2, o3, hcho, hono, h2o, bro, io.
Low maintenance.
Automatic telescope alignment, no calibration required, optimized for operational applications.
Monitoring on kilometer scale.
Measurement paths from 100 to 3000 meter provide high representativeness at minimal influence from point sources.
High precision.
Sub ppb range sensitivty, time resolution of seconds.
Technical Specifications:
Detector Quantum efficiency: ~60% (back UV thinned detector).
Noise: 10-4 at 1000 scans (~60 s int. time).
Detectable gas species: NO₂, SO₂, O3, HCHO, HONO, H2O,BrO, OClO.
Light sources: High power LEDs centered at 280, 325 and 365 nm, optionally highpower broad band Xe lamp.
Power consumption: < 70 W, 12 V.
Data communication: USB 2.0, Measurement PC (Notebook) included.
Telescope mounting options: Aluminum rail system or tripod.
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Our team is here to help you! Call us or leave us a message and an Apel Laser consultant will be happy to answer your questions and find personalized solutions for you.
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