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3010 PLUS portable/total hydrocarbon/methane/non methane total hydrocarbon analyzer
The 3010 portable total hydrocarbon/methane/non methane total hydrocarbon analyzer is designed using a heated flame ionization detector (HFID) combine
Product details
Product Description:
The 3010 portable total hydrocarbon/methane/non methane total hydrocarbon analyzer is designed using a heated flame ionization detector (HFID) combined with a high-temperature catalytic module. It is a classic method for measuring volatile organic compounds (THC, VOC, TOC, NMHC). The equipment is suitable for detecting volatile organic pollutants in various industrial environments and fixed source exhaust gases. It can be widely used for fixed source emissions, thermal reactor emissions, combustion device emissions, volatile organic solvent leakage, automobile exhaust emissions, environmental air detection, and medical industry pollution exhaust gas detection needs. The detector has a very good response to hydrocarbons, alcohols, lipids, ketones, and aromatic compounds. The analyzer performs high-temperature sampling, high-temperature filtration, and high-temperature rapid analysis throughout the entire process, which can quickly and non destructively detect the tested sample gas. It can effectively prevent condensation loss of high molecular weight volatile organic compounds and hot and humid sample gases during the detection process.
Main features:
★ Can simultaneously measure total hydrocarbons THC、 Non methane total hydrocarbons HMHC, methane CH4, flue gas parameters (O2, humidity, flow rate, temperature, pressure related parameters, benzene derivatives, etc.).
★ Detection method: catalytic oxidation+dual FID, no need to switch between total hydrocarbon/methane measurements.
★ By combining high-precision EPC control unit and circular quantitative loop technology, the flow rates of hydrogen, combustion air, and sample gas are accurately controlled.
★ Fuel gas is supplied and carried safely, and can be pure hydrogen fuel, hydrogen helium mixed fuel, or solid hydrogen fuel.
★ Fully automated control (automatic heating, automatic ignition, automatic calibration, etc.), with a maximum heating temperature of 200 ℃ throughout the entire process.
★ It has the functions of automatic recording and storage of data files, historical data query, reprocessing and printing, displaying and setting system time and time tags, as well as report and reporting functions.
Application scenarios:
★ Routine monitoring of ecological environment
★ Automobile exhaust emission testing
★ Natural gas pipeline leak detection
Industrial boiler renovation and emission testing
★ Engine combustion efficiency testing and emission monitoring
Research conducted by universities and research institutions
★ Tobacco industry, paint spraying
★ Production of semiconductor electronic devices
★ Organic solvent incineration and absorption
★ Catalytic conversion and thermal combustion testing
advantage:
★ Dual FID detector, simultaneous detection and display of total hydrocarbons/methane/non methane
★ Easy to operate, real-time on-site reading
★ Built in zero gas and auxiliary gas generator
★ Comes standard with a 1L gas cylinder that meets domestic standards
★ Small size, sturdy and durable
★ Integrated heating sampling pipeline
★ Removable PTFE sample gas filter
★ Configure multiple ranges for quick switching without shutting down or restarting
Equipped with an IoT terminal system to achieve perfect data presentation
★ Scalable: Temperature, pressure, flow rate, humidity, oxygen, PID/benzene series measurement
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Analyzer detector configuration type
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Detector T temperature
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Range
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Cold FID (CFID-THC/NMHC)
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120 ℃ single FID detector
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Range A. 0-1000ppm, Range B. 0-10000ppm, Range C. 0-10000ppm (note: units can be selected as ppm or mg/m3)
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Hot FID (HFID-THC/NMHC)
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200 ℃ single FID detector
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Range A. 0-1000ppm, Range B. 0-10000ppm, Range C. 0-10000ppm (note: units can be selected as ppm or mg/m3)
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Methane and Non Methane Thermal FID (HFID-THC/NMHC)
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200 ℃ dual FID detector
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Range A. 0-1000ppm, Range B. 0-10000ppm, Range C. 0-10000ppm (note: units can be selected as ppm or mg/m3)
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Compliant with standards:
★ EN13526
★ EN12619
★ EPA
The NMHC calculation method and FID detection technology in the HJ/T38-2017 standard
★ "DB 11/T 1367-2016" Determination of methane/total hydrocarbons/non methane total hydrocarbons in fixed source exhaust gas Portable hydrogen flame ionization detector method
★ Technical requirements and detection methods for portable detectors of total hydrocarbons methane and non methane total hydrocarbons in ambient air and exhaust gas according to HJ1012-2018
★ GB17691-2018 Limits and Measurement Methods for Pollutant Emissions from Heavy duty Diesel Vehicles
★ GB18352.6-2016 Limits and Measurement Methods for Pollutant Emissions from Light duty Vehicles
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