Used HIDEN HAL 200 #9053222 for sale

HIDEN HAL 200 is a residual gas analyzer (RGA) designed for the analysis of hydrocarbon, oxygen and halogen gases. It uses a combination of three analytical techniques - mass spectrometry, quadrupole resonance and ion transport. By combining these three techniques, HAL 200 can measure the partial pressure, volume percentage and molecular concentration of the sample gases in order to analyze a vast range of components in trace concentrations. The mass spectrometer component helps analyze molecules over a wide range of masses (10-300 amu) and by detecting characteristic ion fragments, it can detect hydrocarbons, oxygen halides and ethers. The quadrupole resonance technique enables the precise analysis of heavy molecules at high pressures with reduced noise. The ion transport component takes advantage of the size selectivity of its ion traps in order to measure partial pressure, volume percentage and molecular concentration. Its double function principle enables it to determine the exact peak areas and temperatures in its measurements. HIDEN HAL 200 offers a high level of accuracy, as its mass range is 10 times greater than that of other RGAs. This is further enhanced by continuous signal processing, which helps remove signal noise in order to ensure accurate analysis of trace components. Furthermore, the instrument takes advantage of its large graphic display to perform a quick and easy operation. The easy-to-use user interface provides a simple menu system, allowing users to access each analytical technique without difficulty. HAL 200 is also highly versatile, as it measures both gases and vapors. This means it can also be used to analyze polar compounds in addition to hydrocarbon elements. Furthermore, it provides a good correlation between the results from both partial pressure and volume percentage measurements, providing an accurate insight into the composition of the sample. In addition, HIDEN HAL 200 is a highly reliable instrument. Its determination accuracies are of the order of 2-3% and it is long lasting in operation thanks to maintenance free components. This increases its efficiency in the analytical process and helps ensure that it continues to provide accurate and reproducible data. Finally, the tool is also highly competitively priced, making it one of the most cost-effective residual gas analysis instruments on the market.