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Mercury tracker 3000XS monitor Air quality & Environment

Mercury tracker 3000XS monitor Air quality & Environment
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Mercury tracker 3000XS monitor Air quality & Environment - 1

Mercury Tracker-3000 XS AIR QUALITY MONITORING The well-proven Mercury Tracker 3000 IP is now updated. The new Mercury Tracker-3000 XS weighs even less, it is smaller, easier to handle and features GPS, a 5.7” color TFT display and a new high performance Eneloop battery pack with minimized self-discharge. SPECIFIC FEATURES  Easy to operate  Real time measurement  High precision measuring principle: atomic absorption spectrometry (AAS)  Measuring ranges 0.1-100 / 0-1000 / 0-2000 µg/m3  High resolution 0.0001 mg/m3  Data logger integrated, with built-in 4 GB SD card  Shock proof and corrosion resistant for rugged ﬁeld operation Avoid problems related to mercury contamination ! The Mercury Tracker-3000 XS is a lightweight, compact and rugged instrument with built-in GPS for measuring the mercury concentration in air.  Waterproof keypad and cable connectors  Additional quick swap Eneloop battery pack (optional)  GPS MAIN APPLICATIONS Mercury Tracker-3000 XS: ready for ﬁeld work with built-in GPS and datalogger.  Safety at work  Exhaust gas survey  Environmental monitoring  Mercury spills screening  Hazardous waste inspection  Investigation of contaminated sites  Investigation of mercury contamination in air  Measurement of mercury

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Mercury tracker 3000XS monitor Air quality & Environment - 2

TECHNICAL SPECIFICATIONS ANALYTICAL PERFORMANCE Measuring principle: UV absorption (CVAAS), wavelength = 253.7 nm Electrodeless low-pressure mercury lamp (EDL) Stabilization method: Reference beam method Optical cell: Fused silica (Suprasil) l = 170 mm Response time: ~ 1 second, real time measurement The Mercury Tracker-3000 XS uses a high-frequency driven electrodeless mercury discharge lamp (EDL) as UV source. It generates emission lines of an extremely narrow bandwidth which are congruent with the absorption lines of the Hg atoms to be measured. Cross-sensitivities are thus minimized....

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