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Corr Instruments is the world pioneer in developing and manufacturing coupled multielectrode sensor (CMS) analyzers for real-time and online monitoring of localized corrosions and most types of general corrosions! |
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CMS Analyzers for Localized Corrosion Monitoring
Our nanoCorr® CA series of CMS analyzers are the world's first compact commercial instruments for online and real-time localized corrosion monitoring and electrochemical studies. These ultra-high precision instruments measure extremely low currents in the pico-ampere levels, which can be translated into a corrosion rate as low as a few nanometers per year, in some applications (PDF).
The coupled multielectrode sensor (CMS) technology measures the flow of electrons from corroding electrodes to one or more cathodes. The corroding electrodes in a CMS Probe simulate the anodic sites of a corroding metal. This technology is especially suitable for localized corrosions, which cause the majority of catastrophic corrosion problems in industries, and for most types of general corrosions. Thanks to CMS technology, nanoCorr® analyzers have made possible the online and real-time monitoring of localized corrosions and data interpretation by laboratory testers and field operators. Click here for the working principles of nanoCorr® analyzer(PDF)
CorrVisualTM Software for nanoCorr® Analyzer, Localized Corrosion Monitoring System Our CorrVisualTM is a user-friendly software that provides a graphical user interface for setting up and controlling one or more nanoCorr® CMS Analyzers in conjunction with different types of CMS probes. CorrVisualTM also provides real-time and easy-to-understand output signals, including the maximum penetration rate and the cumulative penetration depth that can be used directly to optimize corrosion control strategies. Our new S-Models CMS stations and CorrVisualTM software also measure signals from pH and ORP probes and transmitters. CMS Probes for Localized Corrosions
Our CMS Probes are made from a wide range of user specified alloys. The number of electrodes varies from 9 to 25, for corroding monitoring applications, and from 8 to 100, for laboratory studies. Electrode diameters vary from 0.1 mm to 4 mm. Surface areas are 7.85x10-5 to 0.125 cm2 for a flush-mounted probe and 7.85x10-4 to 5 cm2 for electrode-exposed probes. Building upon Corr Instruments' innovative feedthrough and proprietary sealing material, our CMS probes can be used in the harsh environments found in almost any type of application, including the primary cooling system of nuclear reactors, supercritical water systems and the fireside tubes of boilers. QueonTM, the Best Material for Electrical Compression Seals Our proprietary sealing material, QueonTM, is the world's only material for compression type electrical seals that offers high sealability for a wide range of temperatures [-300oF to 650oF (or -184oC to 340oC)], under high pressure conditions. High Performance Compression Feedthroughs/Fittings Building upon the unique sealing compound, QueonTM, Corr Instruments offers a full range of exceptionally high performance compression feedthroughs / fittings or sealing glands. These feedthroughs are the world's only demountable electrical feedthroughs that have the combined exceptional pressure, sealability, and voltage ratings over a wide range of temperatures [-300oF to 650oF (-184oC to 340oC)].
Applications
In conjunction with our innovative CMS probes, high temperature and high-pressure feedthroughs, and CorrVisual Software, nanoCorr® Analyzers can be used for:
Click the following links for more details: |
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Post test Appearance of Corroded CMS Probes |
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Localized Corrosion Monitoring Localized Corrosion Monitoring Localized Corrosion Monitoring |
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| Call: (210) 924-3101 | Fax: (210)696-1126 | Email: info@corrinstruments.com | ||
| copyright © 2003, Corr Instruments, LLC, San Antonio, TX, USA, All rights reserved. | ||||
