Showing results: 76 - 90 of 320 items found.
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CI2000-RQD -
Shanghai ChangAi Electronic Science & Technology Co.,Ltd
Determining gas concentrations by measuring the thermal conductivity of the gas, CI2000-RQD analyzer uses advanced thermal conductivity sensor with single chip technology. It adopts platinum thread as sense organ to make up Imbalance Bridge, which output signal has a relationship with tested gas volume. And the single chip will magnify, sieve wavelength, modify linearly and criteria the signal by electric procedure.
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Thermo Fisher Scientific Inc.
Get fast responses and wide measurement ranges for reliable emissions monitoring. Our gas moisture and sulfur analyzers provide a solution for continuous and accurate determination of total sulfur in flare gas (high and low ranges), allowing sulfur emissions in process heaters and flares to be successfully monitored by petroleum refineries requiring compliance.
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IMI-FLOW -
Hiden Isochema Ltd
The IMI-FLOW combines the manometric gas sorption capabilities of all IMI analyzers with flowing mode operation and integrated mass spectrometry. Manometric mode offers high accuracy isotherm determination to 200 bar, while the flowing mode provides complete control of pressure, composition and flow rate. Integrated mass spectrometry allows downstream gas analysis for TPD and advanced methods.
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SERVOTOUGH -
Servomex Group Ltd
Optimized for hazardous area use, and utilizing both extractive and in situ analysis techniques, common gas measurements receive higher level analysis for light hydrocarbons and combustibles; this makes SERVOTOUGH analyzers ideal for extensive use within most hydrocarbon processing and power generation applications.
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IMR 1440FL -
IMR Environmental Equipment, Inc.
The exhaust gas analyzer, IMR 1440FL/COFL, is designed to measure exhaust gases of Forklift Trucks that are powered by a variety of fuels. According to US regulations, the IMR 1440FL/COFL can measure soot and CO for Forklift Trucks. If state regulations require NOx, the IMR 1440FL/COFL can be equipped with a NOx sensor. The IMR 1440COFL is equipped with two CO sensors. One CO sensor operates in the low range and another CO sensor operates in the high range.
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PLGA-1000 -
HORIBA, Ltd.
The PLGA-1000 Process Laser Gas Analyzer is designed to measure hydrocarbons and other gases contained in process gases at petrochemical plants. The PLGA-1000 uses proprietary technology to measure low concentrations of acetylene (C2H2) and carbon dioxide (CO2) contained as impurities in high concentration methane (CH4) and ethane (C2H6) which are material gases, continuously at high speed and with high sensitivity . This contributes to improvements in productivity, cost, and quality in the manufacturing process, as well as reducing environmental impact.
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testo AG
Combustion analysis in high definition is more than just a brilliant display. It's a combination of proven measurement standards, contractor-rugged design, and Testo's innovation. The result - Testo's series of combustion analyzer - makes combustion analysis easier to perform, easier to control, and easier to understand.
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XEMIS Series -
Hiden Isochema Ltd
The XEMIS series offers reproducible, high resolution, high accuracy measurements even with small sample sizes or small uptakes, and performance unrivalled in a high pressure sorption analyzer.
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Process Insights, Inc.
Our real-time Extrel quadrupole mass spectrometers are built for the demands of the gas and ion analysis for industrial and high purity process control, environmental monitoring, and cutting-edge laboratory research. Our mass spectrometers offer high sensitivity and a wide dynamic measurement range (ppb to %) for full, speciated composition. Our fast and powerful, quadrupole mass spectrometer performs precision quantitative analysis on every component in a gas or vapor mixture. It can easily be fully automated for sampling of multiple gas channels. For decades we have collaborated with research, academic, and industrial customers to deliver, design, integrate validate, and support these unique turnkey solutions.
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NOA-7100 -
Shimadzu Corp.
The NOA-7100 adopts the normal pressure chemiluminescence method is adopted for NOx measurement, and the zirconia method is adopted for O2 measurement. NOA-7100 is “All-in-one portable analyzer” that incorporates the pretreatment parts needed for measurements. Switching between eight ranges from 25 to 4,000 ppm supports a wide range of NOx measurements. The NOA-7100 has wireless communication capability, so measurement values and charts can be displayed on PCs or smart devices. And measurement data can be exported using a USB flash drive.
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LRGAS-100, -200, -300 -
TEK-VAC INDUSTRIES Inc.
Complete with RGA sensor, software, & electronics, vacuum pumping system, and mobile cart.Variety of sampling fittings.Automatic pump down.100, 200, or 300 amu sensor.Standard model contains an 80 L/s turbo pumping system with stainless steel manifold.Small footprint.Plugs into a common 120 VAC power outlet.Full front panel control.
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BE-150 -
HORIBA, Ltd.
The BE-150 is the palm-top sized OEM NDIR analyzer capable of measuring CO, CO2 and HC in automotive exhaust gases. High accuracy and reliability, the BE-150 meets OIML Class 0 and complies BAR-97 & GB18285-2018 specifications.
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MEXA-1300R -
HORIBA, Ltd.
MEXA-1300R is a motor exhaust gas analyzing system for two and four stroke engine assembly lines and has an integrated sample handling system for removal of oil and moisture. The measurement of CO, CO2, HC and O2 (optional) in exhaust gases is made simply by inserting the sample probe into the tail pipe. AFR and Lambda are also calculated from the exhaust gas concentrations.
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MEXA-ONE -
HORIBA, Ltd.
MEXA-ONE offers an intuitive user interface with a highly efficient hardware and software design.This results in increased testing efficiency and economical facility operation, while enhancing reliability and accuracy. These advancements are possible because the MEXA-ONE software employs new "HORIBA ONE PLATFORM". This platform integrates the test devices in an emission cell into a single user interface, increasing efficiency and optimizing user control over the entire testing process.