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Hydra AA fully automatic mercury analyzer
Liman Leibniz Company in the United States has designed and produced the Hydra AA fully automatic mercury analysis system using the cold atomic absorp
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Product Introduction
Instrument Introduction Liman Leibniz Company in the United States has designed and produced the Hydra AA fully automatic mercury analysis system based on the cold atomic absorption method recognized by the US Environmental Protection Agency (EPA). The system has ultra-high sensitivity, excellent analytical reliability, high efficiency, low consumption, and the lowest detection limit can reach 1ppt. The analysis process is fully automatically controlled by a computer. The fully automated analysis of samples can be carried out according to the methods specified by EPA. The Hydra AA system adopts the best reagent dosage control to ensure low reagent consumption and minimal waste liquid during the analysis process, thereby reducing environmental pollution. The fully automated analysis system can ensure complete analysis conditions for each sample to ensure the best sample analysis efficiency and detection capability. The automatic sampler system has a large sample carrying capacity, including 6 standards, 7 verification standards, and 88 samples. The design of the sample introduction system and gas-liquid separator is suitable for any difficult to operate or multi bubble sample. The dual beam optical path structure and specially designed optical cell have extremely high sensitivity, super stability, and the best efficiency; The sample analysis process is dynamically monitored by a computer, which is intuitive and practical. | |
Main features 1. Adopt the cold atomic absorption analysis method recognized by the US EPA 2. Adopting high-intensity low-pressure mercury lamps, with stable and reliable performance and long service life 3. Dual beam optical path design, accurate, precise, and stable, with optional ppt ppm range 4. Specially designed dehumidifier tube, used for at least one year without daily replacement 5. Unique high mercury protection system, constantly detecting sample content to prevent pollution caused by high concentration mercury deposition | |
technical parameter 1. Maximum detection limit: 1ppt or 0.05ppt 2. Analysis time: 1 sample/minute 3. Adopting solid-state detectors |
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