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Dycor mass spectrometers offer users excellent qualitative and quantitative analytical capability in one of the easiest to use and maintain packages available anywhere. The quadrupole mass spectrometers utilize our proprietary Dycor technology that provides excellent analytical stability in a small package which is field maintainable by the average user. This enables Dycor customers to maximize the utility of their mass spectrometers while minimizing analyzer downtime and cost of ownership.
The Dycor technology makes it possible for any use to match any electronics set with any quadrupole sensor thereby enabling a user to restore an analyzer to full functionality themselves. This eliminates the tremendous downtime and costs associated with sending mass spectrometers back to a manufacturer for repair or hiring expensive factory service personnel to perform maintenance or repairs. This ability to rapidly restore an analyzer to full functionality is especially important when users are operating manufacturing facilities or conducting valuable and time sensitive research projects.
The basic Dycor mass spectrometer is an excellent residual gas analyzer. It can also be used for quantitative and well as qualitative applications in research and process analysis. For more in-depth application capability, the ProLine and ProMaxion process mass spectrometers offer complete sample handling and conditioning options within their rugged, lab and factory-floor packaging.
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The ProLine process mass spectrometer is a small footprint system for use in laboratories and light manfuacturing areas with non-hazardous electrical area classifications. Applications include: cell culture respiration monitoring, fermentation control, fuel cell research, gas blending analysis and control, pilot-plant analysis, etc.
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The ProMaxionTM is an industrially-hardened packaging of our process mass spectrometer technology. Suitable for use in heavy industrial and hazardous locations such as chemical plants and refineries, the ProMaxion is ideal for the monitoring and control of production equipment. The ProMaxion's multiple sample inlet ports allow it to be configured to monitor and control multiple production systems. Applications include: batch drying control, fermentation control, pilot-plant analysis, feed gas/exhaust gas analysis, gas blending analysis, atmospheric monitoring, etc.
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The ProMaxion is an industrially-hardened packaging of our process mass spectrometer technology. Suitable for use in heavy industrial and hazardous locations, the ProMaxion is ideal for the monitoring and control of production equipment. The ProMaxion's multiple sample inlet ports allow it to be configured to monitor and control multiple production systems. Applications include: solvent drying end-point detection, cell culture respiration monitoring, fermentation control, pilot-plant analysis, etc. |
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The Dycor ProLine process mass spectrometer is a multi-point, multi-component analyzer providing exceptional performance for real time gas analysis in a compact bench-top package. Whether your need is on-line process monitoring, verification of gas mixtures, or research and development, the ProLine delivers quantitative, accurate, and repeatable results at an affordable price.
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Moisture analyzers configured for the needs of natural gas analysis. Primarily used in instrumentation shelters at gas processing and custody transfer facilities.
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Moisture analyzers for general industrial applications such as monitoring bulk atmospheric gases (N2, Ar, H2, etc.), drying air, instrument air, clean hydrocarbon gases, etc.
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Moisture analyzers for applications requiring high levels of purity such as monitoring hydrocarbon gases entering a cold box, high purity bulk atmospheric gases (N2, Ar, H2, etc.), the production of electrically insulating gases such as SF6, etc.
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Moisture analyzers for applications that demand the utmost in gas purity such as 300mm semiconductor fabrication facilities.
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The IPS-4 is the newest generation of process spectrophotometer. With its long-life broadband light source and detector array it is adaptable to most single and multi-component gas or liquid analysis applications.
The IPS-4's integrated sample system is customizable to fit the specific configuration and materials requirements of even unique applications. The IPS-4 is capable of providing full spectral data for research and application development via its fast ethernet port. |
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These chemical compositional analyzers are capable of accurate, on-line monitoring of a single chemical or trait (eg. color) in their sample stream.
Analyzer configurations can range from bench/rack mount units to industrial units for indoor, outdoor and/or hazardous location installations. |
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These chemical compositional analyzers are capable of accurate, on-line monitoring of multiple chemicals in their sample stream. This enhanced capability is useful for simultaneously monitoring multiple species of interest or to compensate the measurement of interest for interfering species.
Analyzer configurations can range from bench/rack mount units to industrial units for indoor, outdoor and/or hazardous location installations. |
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Analyzers for the monitoring or control of chlorine dioxide concentration for process control and safety.
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Analyzers used to monitor the effectiveness of ClO2 scrubbing systems typically used to meet emissions or air quality requirements.
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Individual analyzers and turn-key CEM rack systems for dry-basis monitoring of pollutants in flue gases. Analyzers are available for use in new or existing extractive CEM rack systems (or other instrument racks) where the sample gas entering the analyzer is non-condensing at ambient temperatures.
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Complete stack CEM systems designed for optimum accuracy and reliability. Sample integrity is maintained by heating above the water dew point thereby eliminating complex sample conditioning and the need to correct for condensed components.
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For the EPA's 40CFR Parts 60 and 75, these oxygen analyzers can be provided for stand-alone operation or combined into a wet+dry system for continuous analysis of flue gas moisture. These cost-effective O2 wet or dry analyzers integrate easily into an overall emissions monitoring system. Custom designs, packaging, labeling and software can be provided, as well as retrofit or replacement analyzers for obsolete systems.
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Designed for EPA refinery fuel gas compliance monitoring, these analyzers are also excellent for safety and quality control monitoring of hydrogen sulfide in refinery fuel gas.
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Analyzers used to monitor the effectiveness of ClO2 scrubbing systems typically used to meet emissions or air quality requirements.
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Analyzers configured for the measurement of phenol concentrations in water and wastewater applications.
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www.ametekpi.com
For more information contact us at:
(978)532-1330 or eta@etaassociates.com
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