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MAIN CHARACTERISTICS • Derived parameters (calculated): pH (TC), pCO2 (TC), pO2 (TC), TCO2, HCO2, BE, sO2%, Ca, TCa, AG, RI, AaDO2, O2SAT, tHb (c). • Input parameters: patient temperature, hemoglobin, FiO2, B.P...
Gas analyzers are precision instruments used to measure the concentration of gases in various environments. They are essential in industries such as environmental monitoring, industrial safety, and laboratory research. Gas analyzers help ensure compliance with safety standards and optimize operational efficiency by detecting and quantifying gases like oxygen, carbon dioxide, and toxic substances.
Check the analyzer's calibration history, overall condition, and whether it meets the specific gas detection requirements for your application. Ensure it includes all necessary accessories and manuals.
Choose a shipping service experienced in handling sensitive equipment. Pack the analyzer securely using protective materials to prevent damage during transit.
Regular maintenance includes calibrating the analyzer according to the manufacturer's guidelines, cleaning sensors, and replacing any worn or damaged parts. Consult the user manual for specific maintenance intervals and procedures.
