Product Listings

The versatile AMETEK Model 5000 is a highly sensitive moisture analyzer for process applications where the continuous, reliable measurement of moisture in vapors and gases is required.

EXTRACTIVE NET OXYGEN ANALYZER FOR USE IN A WET OR DRY GAS CEM SYSTEM OR INSTRUMENT CABINET

The CG1000 is a portable oxygen analyzer designed for industrial and laboratory applications. It has a wide operating range (0.1 ppm to 100% O2, autoranging), a fast response to oxygen changes, and advanced electronic capabilities for easy system integration.

For years, the natural gas industry has needed a more reliable, field- ready portable chromatograph to measure the heating value of natural gas—one that would be easier to operate and maintain. With the Model 292 Portable Natural Gas Chromatograph, Chandler has eliminated the hassle and inaccuracy of gas analysis. Now you can do the tests with ease where they are most accurate— on site. You also eliminate DOT concerns. The 292 was designed around field-proven chromatographic techniques defined by ASTM, GPA, AGA, and ISO.

The IPS-4 is capable of detecting, quantifying, and compensating for multiple chemicals of interest and interfering species.

Versatile pre-combustion or Flue Gas analyser commonly used for spot sampling gas melting tanks, mix station tuning on forehearths, furnace atmosphere control and flame treating applications.

The Thermox PACE2 400 is an easy-to-use industrial-grade combustion efficiency and environmental analyser that calculates the combustion efficiency of furnaces, boilers and other industrial combustion equipment.

The CWD 2005 is a high speed process gas analyser for monitoring and control of Calorific value, Wobbe Index and Specific gravity and as an option, the Air/Fuel ratio of process gas.

TSI LPG samplers enable operators to obtain representative samples of gas or high vapor pressure . The sample is captured in a sample cylinder for easy transport to the lab. Texas Sampling's patented design uses cylinder saddles to ensure safe, proper alignment, hold cylinder securely in place, and prevents leakage when connecting the cylinder.

The Western Research® Model 241CE Dew Point Monitor is a quality control tool for natural gas processing, distribution, and consumption. Detection and measurement of hydrocarbon dew point is achieved in a single-cell, single-cycle operation.

The Chandler Bureau of Mines Dew Point Tester is a primary instrument used to measure the dew point temperature of any gas.

The DS 2005 indicates the specific gravity of burnable or unburnable gases in a large range of s.g. 0.2 to 2.2 (air=1). It is an online measurement without flame.

The Dycor mass spectrometer system is used for sampling gases over a wide range of pressures from high vacuum up to and beyond atmospheric pressure.

The FGA II continuous emissions monitor uses Advanced Dual Sensor Technology (ADST) to measure specific flue gas components.

Please download the PDF for more information on this product.

The model HGC303 is the world smallest gas chromatograph, which is capable of analyzing 11 different components of natural gas and digitally publishing the derived parameters, such as calorific value, Wobbe-index, or density.

Advanced Sensor Technology

Recovers from Air to 10 PPM < 1 Hour

Sensitivity 0.05 PPM (50 PPB)

24 Month Expected Life

Excellent Compatibility with CO2

No Maintenance

Stainless Steel Wetted Parts

Designed for Industrial Use

Advanced Long Life Sensor

Recovers from Air < 1 Hour

Bypass Sample System

Stainless Steel Wetted Parts

Advanced Sensor Technology

Accuracy < 1% FS Range

Sensitivity < 0.5% FS Range

Fast Recovery to < 1 ppm

24 Month Expected Life

No Maintenance

Intrinsically Safe Design

4 Standard Analysis Ranges

Auto or Manual Ranging

SS Bypass Sample System

Water Resistant Enclosure

ISO 9001:2000 Approved QA System

Two Wire 13-36V DC Loop Power

4-20mA Signal Output

Advanced Galvanic Sensors

0-100 ppm low range

Optional sub-freezing operating ranges

Explosion Proof Enclosure & Gas Ports

Suitable for Class 1, Division 1, Groups B, C, D use

Custom Sample Systems Optional

ISO 9001 Certified

2 Wire Loop Powered O2 Transmitter

Advanced Sensor Technology

Accuracy < 1% FS Range

Sensitivity < 0.5% FS Range

Fast Recovery from Air to 10 ppm

Long Life, No Maintenance

Compatible with 0-100% CO2

4 Analysis Ranges, Auto or Manual

4-20mA Signal Output

Stainless Steel Wetted Parts

Advanced Galvanic Sensor Technology

0-10 ppm FS Low Range

50 ppb Sensitivity Excellent Stability

Digital Electronics & Remote Control

Fast Start SS Bypass Sample System

No Maintenance or Electrolyte Addition

ISO 9001 Approved QA System

Advanced Galvanic Sensor Technology Explosion Proof Integral Sensor

50 ppb Sensitivity

0-10 ppm Full Scale Low Range

Recovers from Air to 10 ppm in 1 hour

24 Month Sensor Life, No Maintenance

Stainless Steel Wetted Parts

12-24 VDC or 100/230 VAC Powered

Intrinsically Safe Oxygen Transmitter

Advanced Sensor Technology

Sensitivity 0.05% (50 PPM)

36 Month Expected Life

Excellent Compatibility with CO2

Auto Ranging

No Maintenance

Designed for Industrial Use

Advanced Sensor Technology

Sensitivity 0.05% (50 PPM)

36 Month Expected Life

Excellent Compatibility with CO2

Auto Ranging

No Maintenance

Designed for Industrial Use

2 Wire Loop Powered O2 Transmitter

Advanced Sensor Technology

Accuracy < 1% FS Range

Sensitivity < 0.5% FS Range

Long Life

No Maintenance

Compatible with 0-100% CO2

4 Analysis Ranges, Auto or Manual

4-20mA Signal Output

Stainless Steel Wetted Parts

XLT-11-24-4 sensor with > 0.5% CO2 present; 24 month sensor life Wall mount NEMA4 and 4X enclosure Temperature controlled heater system for elimination of drift and outdoor use Sample conditioning accessories - contact factory

Advanced Sensor Technology Accuracy < 1%

FS Range Sensitivity < 0.5%

FS Range Fast Response Extended Operating Range

36 Month Expected Life

No Maintenance Compatible in 0-100%

CO2 4 Standard Analysis Ranges

SS Sample System Adjustable HI, LO Alarms Sensor & Power Failure Alarms

Isolated 4-20mA Signal Output Certified ISO 9001 QA System

Accuracy < +1% FS Range

Sensitivity < 0.5% FS Range

Fast Response

Extended Operating Range

36 Month Expected Life

No Maintenance

Compatible in 0-100% CO2

Accuracy < +1% FS Range

Sensitivity < 0.5% FS Range

Fast Response

Extended Operating Temp –20⁰C (-4⁰F)

60 Month Expected Life

No Maintenance

Compatible with 0-100% CO2

Breakthrough Sensor Technology

24 month life at 100%

Oxygen LevelsAccuracy < 1%

FS RangeSensitivity < 0.1%

Oxygen

No maintenance

Inherent Accuracy 0.1%

Following Calibration With 100% Oxygen

4 Standard Analysis Ranges

including 3 Suppressed Ranges 50/80/90-100%Auto Zero

Breakthrough Sensor Technology

24 month life at 100% Oxygen Levels

Accuracy < 1% FS Range

Sensitivity < 0.1% Oxygen

No maintenance

nherent Accuracy 0.1% Following

Calibration With 100% Oxygen

4 Standard Analysis Ranges including

3 Suppressed Ranges 50/80/90-100%

Auto Zero, Span Calibration

Temperature Controlled Sample System

Pressure Compensated

Remote Communication Link

Certified ISO 9001 QA System

Breakthrough Sensor Technology

24 month life at 100% Oxygen Levels

Accuracy < 1% FS Range

Sensitivity < 0.1% Oxygen

No maintenance

Inherent Accuracy 0.1% Following

Calibration With 100% Oxygen

4 Standard Analysis Ranges including

3 Suppressed Ranges 50/80/90-100%

Auto Zero, Span Calibration

Temperature Controlled Sample System

Pressure Compensated

Remote Communication Link

Certified ISO 9001 QA System

CSA and CE Approved

Pressure Compensated=No False Alarms

Advanced Sensor Technology

Accuracy < 1% FS Range

Sensitivity < 0.5% FS Range

Fast Response

Extended Operating Range

36 Month Expected Life

No Maintenance

Dual OHSA Alarms 20.0%, 19.5%

Dual Red-Green LED Alarm Indicators

LED Indicators for AC Failure, Low Batt

NEMA 4X Enclosure

Optional HI, LO Alarms

Optional Integral Pump, 4-20mA Output

Certified ISO 9001 QA System

Breakthrough Electrochemical

Oxygen Purity Sensor

Inherent Accuracy 0.1% after Calibration

24 Month Life in 100% Oxygen

Compensated for Barometric Pressure

No Maintenance

Unaffected by Vibration and Motion

Designed for Industrial Use

Intrinsically Safe Design

3 Standard Analysis Ranges

Optional High PPM Ranges Available

Auto-ranging or Manual

Stainless Steel Wetted Parts

0-1V Signal Output

Water Resistant Enclosure

Certified ISO 9001 QA System

12-24 VDC or 100/230 VAC Powered Intrinsically Safe H2S Transmitter

ATEX Certification Directive 94/9/EC Pending

ATEX certified O2 analyser manufactured by Advanced Instruments.

The Model 931 is a rugged, single-component photometric gas analyzer housed in an explosion-proof package designed for a variety of gas monitoring and process control applications.

Superb measurement of H2S in Natural Gas, the Model 933 uses AMETEK Western Research’s proprietary frontal elution chromatography sampling technique, combined with our exceptionally high resolution multi-wavelength UV optical bench.

Discontinuous measurement. The instrument is equipped with a process gas cooler and can have up to 8 measuring points.The components methane (CH4), carbon dioxide (CO2), oxygen (O2) and hydrogen sulfide (H2S) are analyzed in condensate free or wet gas. The gas is aspirated from the measuring points, which can be at a distance of up to 100 m. Two calibration gas inputs allow time-controlled periodic calibrations. The patented μPulse technique leads to an extended lifetime of the H2S sensor.

Discontinuous measurement.The instrument is equipped with a process gas cooler. The components methane (CH4), carbon dioxide (CO2), oxygen (O2) and hydrogen sulfide (H2S) are analyzed in condensate free or wet gas.

The 5100 NCM comes standard with a moisture reference in the electronics enclosure.

Fiber-optic cables couple the energy from the laser to both the sample cell and this internal reference

The LaserGas II Single Path (SP) monitor from NEO Monitors  is a compact, high performance gas monitor for true continuous in-situ monitoring. Based on the well-proven tuneable diode laser (TDLAS)

NEO Monitors LaserDust Medium Path (MP), Long Path (LP), and Extra Long Path (XLP) Monitors are compact, optical dust monitors for true continuous in-situ mea- surement of dust concentration or opaci- ty. The monitors are designed for measu- rement across pipes, stacks, and ducts with typical path lengths of 0.5 – 10 m. LaserDust Monitors use a transmitter / receiver configuration to probe the dust concentration along the optical line-of- sight. Our true non-contact approach (no probes) is superior to point type dust meters.

NEO Monitors LaserGas II Multipass (MP) Monitor employs a multipass cell concept to combine long measure- ment path lengths with a compact ana- lyser design. The long path will enhan- ce the detection limit. Thus, the MP is the analyser of choice for measurement of trace levels of gases, offline in a control- led environment. We offer this analyser as cabinet or 19" rack version. Heated and non-heated cells with different volume and path length are available.

NEO Monitors LaserGas II Open Path (OP) Monitor is a compact, high perfor- mance gas analyser for long distance monitoring in ambient air. Measure- ment lengths up to 1000 m one way are possible. The OP Monitor utilizes a trans- mitter / reflector configuration to mea- sure the average gas concentration along the optical line-of-sight. As option a portable, battery-powered version is available containing a control keypad and a flash memory for data logging.

NEO Monitors LaserGas II Single Path (SP) Compact Monitor is a compact, highly reliable gas analyser for true continuous in-situ monitoring. SP Com- pact Monitors are optimised for short distance measurement across pipes and along short cells. Due to its focused laser beam the SP Compact can mea- sure through very thin nozzles (< 10 mm diameter). Thus, for applications with continuous purge to prevent dust from settling on the windows the SP Compact will require very small purge flow.

NEO Monitors new portable analyser is compact, lightweight, and battery powered for HF measurement on the spot (other gases such as HCl, NH3, H2S on request).

Key Features

• Gen. 3 compact LaserGas electronics
• For operation in zone 1 and class I div 1 areas
• Sub second response times
• Low power < 10 Watt
• Suitable for use in SIL 2 systems
• No interference from other gases
• Stable calibration, no zero drift
• No gas sampling: In-situ measurement

The MGA™1200EC process mass spectrometer is a fixed magnetic sector analyzer that provides rapid, accurate and stable real-time analysis of up to 16 gas components in multiple gas streams.

The Ametek Proline Mass Spec provides unrivalled performance and reliability.

AMETEK’s Model 2850 moisture analyzer establishes a new standard in clean gas moisture analyzers: ultrafast response speed, exceptional accuracy, virtually no interferences, multigas compatibility, and onboard measurement verification.

The Chandler Model 2920 Gas Analyzer System is a stand-alone Gas Chromatographmatograph designed to measure the heating value of up to six natural gas streams.

AMETEK’s Model 3050-AM sets the ease-of-use standard for accurate, ppmv moisture analysis. This analyzer offers a truly remarkable combination of performance features: exceptional accuracy, multi-gas compatibility, fast response speed, and wide measurement range.

The Model 3050-AP measures trace levels of moisture in a gas through the use of a quartz-crystal oscillator sample cell.

Tremendous cost savings can be realized through optimization of mole sieve dryer operation. Use of a truly accurate and reliable moisture analyzer enables feedback control of dryer regeneration.

This highly sensitive moisture analyzer is designed for applications that require continuous and reliable measurement of ppmv moisture in gases and vapors.

AMETEK Western Research’s Model 4000 Photometric Analyzer is the world’s choice for reliable, accurate, continuous, online photometry measurement, and the only photometric analyzer on the market with over 40 years of actual field experience in thousands of applications.

The need for the measurement of low level H2S in sales gas is important both for corrosion control and personal safety. Reducing the level excessively to provide safety margin drastically increases the operating costs of removal and recovery operation whereas high levels of H2S will result in costly plant shutdowns.

Substantial energy savings can be achieved in amine regeneration by controlling amine recirculation to ensure optimum H2S loading. Continuous measurement of the H2S in rich amine permits feedback control to the circulator thus ensuring optimum absorber efficiency.

The AMETEK Model 5100 Portable Gas Analyzer is used for spot checking the performance of plant equipment, like dryers, and verifying the measurements of on-line moisture analyzers.

Noncontact Measurement
All Digital Signal Processing
Web-Based Interface
Connectivity
Real-Time Performance Monitoring
NEMA 4 Enclosure houses the electronic components
Fully-Integrated Sample Handling
Resistant to Contamination

Multiple Laser Capability
All Digital Signal Processing
Web-Based Interface
Real-Time Performance Monitoring
NEMA 4 Enclosure houses the electronic components
Fully-Integrated Sample Conditioning
Resistant to Contamination
Hazardous Area Certifications

Critical moisture measurement applications include high purity gas production; olefin manufacture, storage, and transmission; semiconductor gases; and industrial gas production and quality assurance.

AMETEK’s Model 5812 moisture in natural gas analyzer is designed specifically for the needs of the natural gas industry for reliable, low maintenance, and self-verifying moisture analysis.

Quartz-crystal technology provides accuracy, speed, and calibration stability On-line verification system confirms analytical performance Intuitive, easy-to-use interface with keypad and display allows quick access to operating variables Multi-gas compatibility makes the analyzer ideal for periodic testing of multiple sample gases Menu-driven gas selection eliminates all manual adjustments

AMETEK Process Instruments Model 5910 UHP Moisture Analyzer achieves never-beforeseen
baseline stability and sensitivity to subppbv changes in moisture concentration while providing one of the fastest response speeds available.

Building upon the success of our quartz-crystal moisture measurement technology, AMETEK’s Model 5920 is an easy-to-use process moisture analyzer that offers a truly remarkable combination of performance features: multi-gas compatibility, exceptional accuracy, on-line verification, fast response speed, and wide measurement range.

AMETEK's No Sample Line technology for the sulfur pit. The 881-NSL has no costly troublesome external sample line. The analyzer mounts directly on your sulfur pit lid, eliminating sample line plugging, the number one problem in Claus Plant analysis. The 881-NSL photometer combines an extraordinary long lamp life (estimated 5 years!) with many innovative features designed to minimize maintenance and increase reliability. The 881-NSL is equipped with anti-clogging blowback features. Any out-of-range condition automatically initiates air blowback to clear the sample system. This feature minimizes the chance of costly downtime by reducing sample line plugging. The analyzer continuously monitors itself for proper operation and has built-in alarm features.

The analyzer is specifically configured for monitoring stack emissions on a mass rate basis. It measures stack effluent temperature and velocity in addition to pollutant concentrations at stack conditions enabling mass emission rates to be reported.

The Model 910 is a version of the Model 920 specifically configured for monitoring stack emissions on a mass rate basis. The standard configuration measures stack effluent temperature and velocity in addition to pollutant concentrations at stack conditions, enabling mass emission rates to be reported.

The Model 919 is a UV-based photometric analyzer capable of measuring any one of hundreds of UV-absorbing compounds. The 919 is a complete system with a sample extraction and transport system designed to maintain sample integrity.

The Model 920 is a multi-component analyzer capable of measuring up to five different gases simultaneously. It, therefore, performs analyses typically requiring two or more separate analyzers.

The Model 930 is a multicomponent analyzer that is configured for simultaneous measurement of both H2S and SO2. Sulfur vapor concentrations in the sample can also be monitored.

The Western Research® Model 932 is designed for a variety of gas monitoring and process control applications. Whether it’s reliable H2S and NH3 analysis for feed-forward control of modern SRU plants, monitoring of H2S and COS for the control of aminebased SRU tail gas treating plants, or any one of hundreds of other applications, the 932 analyzer is the best choice for reliable, field-proven, and rugged on-line analysis.

HGC Data Manager (HDM) is a powerful HGC family component, which adds valuable data management function to the analyzer. Model HDM303 is Fieldbus device and is completed by LAS (Link Active Scheduler) which actives as brain in scheduling and controlling Fieldbus communication.

HGC Fieldbus Adaptor (HFA) is an interface used to connect the HGM (HGC monitor) a Windows based, PC application, to Yamatake's state of art analyser, HGC (Heat value Gas Chromatorgraph) that operates on a Foundation TM fieldbus H1 network.Users are able to configure, monitor and maintain the HGC all from the PC by simply connecting the HFA to the Fieldbus network.

The model HGC303 is the world smallest gas chromatograph, which is capable of analyzing 11 different components of natural gas and digitally publishing the derived parameters, such as calorific value, Wobbe-index, or density.

The IPS-4 NDIR analyzer, built on our field proven IPS-4 UV-VIS platform, offers unparalleled reliability, enhanced analog and digital connectivity all in a nicely packaged field installable unit.

Please download the PDF for more information on this product.

The Model 3050-OLV measures trace levels of moisture in a gas through the use of a quartzcrystal oscillator sample cell. AMETEK is the leader in quartz-crystal technology, which for thirty years has offered significant advantages over other measurement techniques:

Please download the PDF for more information on this product.

The Model 3050-TE solution is specifically designed to monitor the sub-0.1 ppmv moisture content of the natural gas feeding turbo-expanders and other cryogenic processes.

The Omni 3000 flow computers are reliable, easy to use and uniquely versatile flow measurement instruments. They are user configurable for single or multi-run oil and gas applications. Typical products measured include: crude oils, refined products, NGLs, LPGs, ethylene, propylene, natural gas, and speciality gases, such as O2, N2, H2, H2O and CO2.

The Omni 3000 flow computers are reliable, easy to use and uniquely versatile flow measurement instuments. They are user configurable for single or multi-run oil and gas applications. Typical products measured include: crude oils, refined products, NGLs, LPGs, ethylene, propylene, natural gas, and speciality gases, such as O2, N2, H2, H2O and CO2.

The Omni 7000 Series flow computer is a universal measurement and control device designed for industrial data gathering and processing.

Omni flow computers provide the metering focal point for high performance metering systems, with responsibility for the measurement, calculations and integrity of data. The information is accessed using an integral keyboard and display.

The Thermox PreMix 2000 analyzer accurately and continuously measures the proportions of oxygen and fuel in pre-mix gases, operating in either excess fuel or excess air conditions. The analyzer is fed a small sample of the air/fuel mixture, burns it and then measures the net oxygen or net excess fuel content of the mixture.

The next generation process gas chromatograph, the FXi Series5™ system was developed from a heritage of highly reliable and field proven systems. The FXi Series5 system continuously analyzes and reports component concentrations and physical properties of process gas streams in a variety of applications in the natural gas, refining, petrochemical, chemical and pharmaceutical industries.

The Thermox PreMix 2000 analyzer accurately and continuously measures the proportions of oxygen and fuel in pre-mix gases, perating in either excess fuel or excess air conditions. The analyzer is fed a small sample of the air/fuel mixture, burns it and then measures the net oxygen or net excess fuel content of the mixture.

The Pury 250e gas purification system dries and cleans gas in such a way that it can be processed for measurement in a CWD2000 gas calorimeter or other on-line process analyzers.

Ranarex Gravitometers measure the specific gravity of gases as compared to air. For many industrial process gases there is a definite connection between the analysis of the gas mixture and its specific gravity.

The Model 921 is a rugged single gas analyzer housed in a single 19-inch, rack-mounted unit which can be integrated into CEM systems or used alone for a variety of gas monitoring applications. The Model 921’s no-moving-parts design was specifically developed to enable the high sensitivity, low concentration measurements required by the latest environmental regulations.

The Trace AnalyticalTM ta3000 series, manufactured by AMETEK Process Instruments, is a family of instruments designed to monitor trace levels of specific impurities in bulk gases, environmental applications and research applications. All ta3000 instruments include a dedicated sample processing system, a single high sensitivity detector, and on-board analysis electronics. There are two models of ta3000. Containing a different detector, each model is used to monitor a different selection of impurities.

The Trace AnalyticalTM ta3000 series, manufactured by AMETEK Process Instruments, is a family of instruments designed to monitor trace levels of specific impurities in bulk gases, environmental applications and research applications. All ta3000 instruments include a dedicated sample processing system, a single high ensitivity detector, and on-board analysis electronics. There are two models of ta3000. Containing a different detector, each model is used to monitor a different selection of impurities.

The Trace Analytical TM ta5000, manufactured by AMETEK Process Instruments, is a family of instruments designed to monitor trace levels of specific impurities in bulk gases, environmental applications and research applications. All ta5000 instruments include a dedicated sample processing system, a single high sensitivity detector, and on-board analysis electronics. There are two models of ta5000. Containing a different detector, each model is used to monitor a different selection of impurities.

The Trace Analytical TM ta5000, manufactured by AMETEK Process Instruments, is a family of instruments designed to monitor trace levels of specific impurities in bulk gases, environmental applications and research applications. All ta5000 instruments include a dedicated sample processing system, a single high sensitivity detector, and on-board analysis electronics. There are two models of ta5000. Containing a different detector, each model is used to monitor a different selection of impurities.

The Trace Analytical™ ta7000 series, manufactured by AMETEK Process Instruments, is a family of instruments designed to monitor specific impurities in ultra high purity bulk gases.

Accurate, reliable measurement of H2S and SO2 in the tail gas from a Claus sulfur recovery plant is critical. Unfortunately, tail gas analysis has historically been one of the most difficult applications because of common problems with sample line plugging due to sulfur vapors present in the sample.

AMETEK’s Western Research Model 900 Air Demand Analyzer was specifically designed for Claus processes and to meet the more demanding analytical requirements of these new processes. Used in conjunction with the ASR 900 sampling probe, which provides trouble-free sampling, the Model 900 ensures maximum data availability for optimum operation of all sulfur recovery processes. SO2.

Close-coupled extractive design for fast response in flue gases up to 3000°F (1648°C). A thick-film, laser-trimmed combustibles detector provides ±25 ppm combustibles accuracy between 0 to 500 ppm. Recommended for applications with natural gas and light oil as fuel.

Close-coupled convective design for high particulate applications. Suitable for flue gas temperature up to 2800°F (1537°C). Completely field serviceable.

The WDG-IV series analyzers mount directly on the combustion process and are designed for direct measurement in high temperature fl ue gas applications such as fi red heaters and furnaces, but are equally at home on boilers and other lower temperature applications

Close-coupled extractive design for fast response in a wide range of flue gas applications up to 3000°f (1648°c). completely field serviceable.