5800-GO Portable Online VOC Analyzer

　　5800-GO Portable Online VOC Analyzer

　　Thermo Scientific 5800-GO Portable Vocs Online Analyser conducts on-site qualitative and quantitative analyses of the components of samples such as metane / non-Methane Hydrocarbons, BTEX Compunds, using technically mature and stable GC-FID techniques, with test limits up to ppb level. The instrument is fully compliant with national standards and methods for VOC analysis (e.g. HJ/T38, HJ732, HJ734, etc.) and allows customers to inspect, validate and mark existing detection systems on multiple occasions. The system is suitable for on-site detection of ambient air and emissions from pollution sources.

　　For sample analysis of VOCs in ambient air (normal pressure) or in a negative pressure environment, the sample gas enters the analyzer with an built-in filter, where the inside sample pump is accurately quantified by importing the sample into a quantitative ring. The prototype valve is then converted by preset control, the sample is separated by carrying gas into the dedicated chromatography column, and the composition of the separation enters the detector in a sequential manner. The built-in work software automatically completes data acquisition, analysis, processing, storage and transmission.

　　For the system of analysis of emissions from sources of pollution, the instrument allows for real-time analysis of the gases in the pipeline without any changes to the original system. The system-selected sample-transmitting heating tube ensures that the sample will not have any condensation at the sampling stage, while the portable cylinder partner with the instrument will not only provide the instrument ' s necessary gas (nitrogen), hydrogen and zero air, but will also include standard gases along the way to mark or inspect the instrument at the site.

　　Features

　　I'm high-quality and I'm carrying a bottle of gas.

　　5800-GO is more flexible than the traditional stationary Vocs analyzer and can be carried by hand to the test site. In conjunction with the 5800-GO gas cylinder partner, all gases required for the operation of the instrument are available: hydrogen, zero air and nitrogen. Hardware such as high-pressure-resistant steel bottles, high-performance stainless steel pressure-relief valves and safety valves in the system can provide instruments with secure external gases and ensure that the results of the analysis are fully consistent with those of the laboratory. When the cylinders are fully filled, H2 and N2 can support the instrument for more than 30 hours, while air can support up to 8 hours.

　　The introduction of the portable steel bottle gas programme described above would effectively eliminate the accuracy problems associated with zero air and hydrogen impurity and volatility in the field. Households could focus on sample analysis without fear of ineffective work caused by quality problems in external sources.

　　l Enriched Configuration

　　A total of 5800-GO has four major series, which meet the needs of clients in different applications, and the following is a model description.

　　I-separable design, remote-controlled instrument

　　5800-GO supports the industry WiFi, which allows the analyzer to be remotely connected to the controller. The internal control computer alone can be separated from the mainframe, the user can place the instrument on site, and the data can be processed later by the computer after the analysis has been completed through the WiFi control device for sampling and data storage and analysis.

　　l Laboratory-level precision and flexibility

　　The 5800-GO standard configuration is a gas chromatography combination (GC-FID) with high detection accuracy and a wide linear range; The system was designed in such a way as to ensure the overall temperature of the sample and to avoid high boiling point material residues; The whole-way EPC system improves the accuracy of gas flow control, ensures the repetition and accuracy of data, and also ensures the stability of the long-term operation of the instrument. At the same time, the system is equipped with the Unihat technology of Thermo Fisher, which allows the instrument to be ready within 10 minutes and then to analyse the sample directly, thereby increasing the efficiency of the analysis of the system as a whole. 5800-GO also has a self-defined shortcut, with a single key for rapid sample analysis to further improve the efficiency of the user ' s work at the detection site.

　　Based on standard non-methane total hydrocarbons analysis, the instrument supports the expansion of a wide range of BTEX components analysis containing benzene, toluene, ethylbenzene, xylene, etc. All analyses are based on the national marker methodology and the results can be compared directly with laboratory analyses in parallel.

　　I can expand the sample detector to support direct sampling in the drain.

　　The 5800-GO sampling probe supports multiple configurations and includes shortcut buttons and an instrument information display. The entire sampling line is heated to prevent condensation. Inert internal tubing minimizes sample adsorption and loss along the line.

　　l Other characteristics

　　The analysis group is wide-ranging, including methane, non-methane total hydrocarbons, BTEX companies, etc.

　　Internal sample filters that can be quickly replaced

　　Support positive pressure, constant pressure and negative pressure sample analysis

　　Expand automatic sequence sampling analysis for sampling bags or SUMMA canisters

　　Supports the monitoring and recording of the full-scale pressure of sampling bags and SUMMA samples

　　Supports sampling bags and SUMMA sample size programmable (0-10L) and records

　　Technical parameters:

　　The 5800-GO portable VOCs online analyzer information is available to you from Thermo Fisher Scientific Environments and Processes. If you would like to know more about the 5800-GO portable VOCs online analyzer offers, models, parameters, etc., please call or leave a message.