2B30UM

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2B30UM, or 2B3O Ultraviolet Mass Spectrometer, is a multi-element mass spectrometer capable of precisely measuring trace elements in process gas samples. Its potential field of application is quite wide due to the specific needs of different industries. Analytical, food, environmental, pharmaceutical, petrochemical and medical sectors can all potentially utilize 2B30UM for their analysis purposes.

2B30UM has high detection sensitivity and wide dynamic range, allowing for accurate and precise measurements of targeted components in process gases. Its advanced optics allows for high performance transmission measurements and its unmatched high performance ultraviolet (UV) source makes it the preferred instrument for applications in direct measurement of nitrogen and oxygen. It has a wide range of stable isotopes and optical configurations, further enhancing its performance in measurement of trace elements.

Using dual beam differential ionization method, 2B30UM allows for accurate and precise measurement of several kinds of trace elements at once. This makes it a powerful tool for quantifying the concentrations of components in process gas streams. It’s also ideal for applications requiring precise, analytical measurements without interference from any non-targeted components. An example of such application is the analysis of airborne particles.

The working principle of the 2B30UM Spectrometer is basically the same for all instruments of similar design. A sample gas is introduced to the instrument through a sampling chamber. It then passes through a series of filters and canisters which reduce its pressure to a very low level. As the gas passes through this process, it is ionized through the use of an electron source and enters an ionization chamber.

The ionized particles then pass through an acceleration region and gain an energy associated with a mass-to-charge ratio (m/z). This energy, represented by the m/z ratio, is subsequently measured using the instrument’s detector. The particle’s m/z ratio can then be correlated to its specific element or compound, giving the user the ability to identify the element or compound present in the sample gas.

The combination of high performance optical elements, low-power, high-precision ionization source, and a sensitive universal detector allows the 2B30UM to measure even the most difficult and low detectable components. Its superior performance and precise analytical capabilities make it an ideal instrument for monitoring environmental pollution, quantifying the contents of fuel gases, and analyzing trace and ultra-trace elements in process gases. Due to its superior performance, the 2B30UM is often the go-to instrument for those needing the highest quality process control measurements.

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