Showing results: 16 - 30 of 478 items found.
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ZET 601 -
ZETLAB Company
The acoustic emission sensor is the most important element of any acoustic emission NDC system. The ZET 601 acoustic emission transducer converts AE-process acoustic signal to an electric signal parameters of which are used for the assessment of acoustic emission sources.They are used for technical diagnostics using passive ultrasound.
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GT301 -
ZETLAB Company
Acoustic emission transducer GT301 converts acoustic signal into electrical signal, parameters of which are used for acoustic emission source evaluation.
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GT200 -
ZETLAB Company
Acoustic emission transducer is a key element of non-destructive acoustic emission testing. Transducers GT 200 are used for technical diagnostics by means of passive ultrasound.
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GT205 -
ZETLAB Company
Acoustic emission transducer is a key element of non-destructive acoustic emission testing. Transducers GT 301 are used for technical diagnostics by means of passive ultrasound.
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Bruker Nano Surfaces
Optical emission spectrometers (OES) and the measuring principle of the atomic emission are the ideal method and provide the perfect instrumentation for metal analysis in all different industrial businesses and environments.
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Bruker microCT
Optical emission spectrometers (OES) and the measuring principle of the atomic emission are the ideal method and provide the perfect instrumentation for metal analysis in all different industrial businesses and environments.
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Seitron
When it comes to the analysis of emissions and industrial precision, combustion and reliability are two essential concepts. Seitron analysers can be used in all contexts in which it is necessary to measure and document emissions in accordance with applicable regulations.
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BH-12 -
Aeromon
Is ideal for quick and cost effective emission measurements
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Si-CA 8500 -
Sauermann Group
Accurate, reliable, robust & fast, the Si-CA 8500 Combustion Analyzer is the most powerful and advanced portable emissions analyzer on the market. Complete portable tool for emissions level monitoring of boilers, engines, and other combustion equipment, this emissions monitoring device can boast as many as 9 gas sensors, detecting one of the widest spectra of gases: O2, CO, NO, NO2, SO2, CO2, CxHy, High CO, VOCs and H2S.
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PCA 400 -
Bacharach, Inc.
Bacharach’s PCA® 400 combustion & emissions analyzer offers everything you and your technicians need to commission, tune, maintain and certify any boiler. It is perfect for spot-checking and tuning your engines with the high-range CO sensor and available sample conditioner. Whether it’s boiler combustion or emissions testing of your natural gas, stationary genset or mobile fleet vehicles, monitoring your emissions is fast, easy and accurate.
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Van Leeuwen Test Systems BV
A zero emission cabinet is connected to the exhaust extration system of the building and prevents exhaust gases from escaping into the building.VLT offers several different zero-emission cabinets for use with emission and diesel smoke analysers. They can be connected to your exhaust extraction system. Mandatory in some countries.
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Gasmet Technologies Oy
Gasmet manufactures complete continuous emissions monitoring systems. There are two different continuous monitoring systems:*The Continuous Emission Monitoring System CEMS II e offers TÜV and MCERTS certified solution (QAL1) for a wide range of demanding emission monitoring applications.*The Continuous Mercury Monitoring system CMM has the lowest certified range in the world (0-5 µg/m3) and is TÜV and MCERTS certified solution (QAL1) for measuring mercury continuously from hot, wet and corrosive gas streams.
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Trialon Corp.
Trialon’s Vehicle Emissions state of the art testing facility is located in the heart of the Detroit Metro area. Our facility is equipped with the essential emissions equipment to simulate real driving conditions to meet the needs of national regulations. The test facility is staffed with talented technicians and engineers with over 50 year of combined experience.
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Innerspec Technologies, Inc
The Acoustic Emission NDT technique is based on the detection and conversion of high frequency elastic waves into electrical signals.