AutoTD OLS PLUS Preconcentration Instrument Introduction: The AutoTD OLS PLUS preconcentrator can inject air samples into various sampling devices such as suma tanks, sampling bags, and sampling bottles, and concentrate and aggregate them at low temperatures. It can effectively concentrate and analyze polar (aldehydes, alcohols, esters, ketones, ethers) and non-polar, active sulfur, nitrogen compounds, and other organic compounds in air samples, and effectively remove gases such as H2O, O2, CO2, N2, etc. from gas samples. Features: 1. Semiconductor refrigeration, with a minimum temperature of -60 ℃ in the cold trap (method used); 2. The multi-stage cold hydrazine dehydration technology (with independent intellectual property rights) effectively removes inorganic gases such as H2O, CO2, N2, O2, etc. from the gas sample, without causing any loss to the target compound. It has a high recovery rate for both low and high boiling points, strong and weak polar compounds in the sample; 3. Online gas flow control, accurate control of sampling volume, ensuring sample repeatability; 4. It can be compatible with various gas chromatographs or gas chromatography-mass spectrometry; 5. Touch screen operation, password protection, capable of saving 10 methods and running them sequentially; 6. Remote control (requires additional configuration of corresponding external accessories or options); 7. Available in both Chinese and English; 8. Equipped with automatic leak testing, self diagnosis, fault alarm and other functions; 9. Standard configuration can be carried out according to the set method; 10. It can highly integrate supporting products such as dynamic dilution, center cutting accessories, Suma can automatic sampler, and can cleaning instrument.
Introduction: The AutoTD OLS PLUS preconcentrator can inject air samples into various sampling devices such as suma tanks, sampling bags, and sampling bottles, and concentrate and aggregate them at low temperatures. It can effectively concentrate and analyze polar (aldehydes, alcohols, esters, ketones, ethers) and non-polar, active sulfur, nitrogen compounds, and other organic compounds in air samples, and effectively remove gases such as H2O, O2, CO2, N2, etc. from gas samples.
