Process Analyzers
Product Guide
Make process decisions with confidence
using accurate and reliable analyzers

Ensuring the
integrity of yourprocess liquids
and gases
Panametrics, a Baker Hughes business,offers a wide array of process analyzers
that enable you to make process decisions
with confidence. Reliable and stable,
our products and services are backed
by decades of industry experience andby knowledgeable experts to help you
understand your application.

We know that when it comes to processcontrol, accuracy and reliability are twoof the greatest factors when choosing aprocess analyzer. Because we serve sucha wide variety of industries, applications,
technologies, and use cases, we’vedeveloped one of the strongest portfolios
of process analyzers on the market.

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ProductTechnology

Industry
applications

Key to industries
Power Plant

Aluminum Oxide

dew.IQ

Aluminum Oxide

PM880

Aluminum Oxide

HygroProII

Aluminum Oxide

Moisture Analysis

Panametrics’ process
measurement solutions
cover a wide range ofindustries and applications.

moisture.IQ

Refinery / Petrochemical Plant

HygroPro XP

Aluminum Oxide

MMY30

Aluminum Oxide

MMY31

Aluminum Oxide

AuroraLaser

OpticaChilled Mirror

OptiSonde

Chilled Mirror

Natural Gas

MMR30

Polymer CapacitanceSteel Plant

MMR31

Polymer CapacitanceIndustrial Gases

MMR101

Pharmaceutical

XMO2

Quality, Test and Calibration
Hydrogen2

Gas Analysis

Food and Beverages

Polymer Capacitance
Thermoparamagnetic

oxy.IQ

Electrochemical

Delta F

Non-depleting / Electrochemical

XMTC

Thermal Conductivity

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Moisture, Oxygen& Gas Analysis
Moisture is considered a contaminant
in many processes, causing corrosion inmetal infrastructure, reduced process
yield and impacting final product quality.
As such, industrial processes may contain a moisture removal
step using dryers like molecular sieves or glycol contactors
to ensure moisture in process gases and liquids stay below
permissible levels. Moisture measurement and control istherefore a critical component for a whole range of industries
like natural gas, petrochemical processing, power generation,
semiconductor manufacture and industrial gas, among others.

Oxygen and gases such as hydrogen need
to be measured and controlled in many
processes and applications, from explosion
prevention to ensuring process chemical
reactions take place in a controlled manner.
Applications for oxygen measurement range from tank inerting in
the chemical industry to purity measurements in food packaging.
Hydrogen measurement applications include power plant
generators and electrolyzers for hydrogen production.

The technologies usedmust be robust, reliableand proven in the field.
Panametrics has a long
tradition and experiencein moisture, oxygen andgas analysis using various
core technologies suchas: aluminum oxide, laser,
thermoparamagnetic,
electrochemical, andthermal conductivity.

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Moisture Analysis

Aluminum Oxide Technology
Panametrics aluminum oxide moisturesensors have set the standard in process
moisture measurement for more than 60
years. The sensor consists of a porous oxide
layer with a very thin metal coating. Water
vapor rapidly equilibrates on the pore wallsof the oxide layer. The number of watermolecules adsorbed on the oxide structure
determines the conductivity of the porewalls, which in turn is functionally related
to the water vapor pressure expressed aswater dew point, PPMv, PPMw, etc.

Benefits:• The sensor reports pressure dew point
at pressures up to 5000 psig (345 bar)
• Sensors work in liquid- andvapor-phase applications• The sensor is calibrated in nitrogenfor all applications• Large dynamic measurement range:-110 °C to +60 °C dew/frost point• Sensors are easy to replace in the fieldmoisture.IQ

Multi-channel moisture analyzer formeasurement in gases and liquids
The flagship analyzer of the IQ series is designed for installation ina control room or field setting, providing complete functionality
where single or multiple measurements are required, for both
moisture and oxygen analysis.
APPLICATIONSPower Plant
H2 (cooling generator)
Instrument Air lines
SF6 gasTransformer oil
Refinery / Petrochemical
Hydrocarbon Liquids
Hydrogen recycle gas
Utility gas/Instrument air
Ethylene
Polyethylene plant feeds
Natural Gas
Natural gas pipelines
LNG, LPGs, NGLs
Biogas upgrading
Steel Plant
Annealing Lines
Galvanisation Lines
Utilities
Industrial Gases
Air Separation Units
Cylinder filling
Food & beverages
CO2 gasFEATURES• Touch screen display• Analog and digital outputs• Compatible with MISP2 and M series
aluminum oxide moisture probes• 19" rack, panel, weatherproof wall-mountand explosionproof versions available

Steam Methane Reformers
Electrolyzers
Pipeline & Storage• Optional built-in temperature andpressure sensors• Calibrations traceable tonational standards• 1 to 6 channels of moisture and oxygen
measurement

Hydrogen• Intrinsically safe

• Nonvolatile calibration data storage

FEATURESFEATURES• Intrinsically safe

• Optional built-in temperature sensor• Calibrations traceable tonational standards
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dew.IQ

PM880

Single-channel moisture analyzer
for measurement in gases

Rugged intrinscially safe portable moisture
meter for gases and liquids

An economical, single-channel, aluminum oxide
hygrometer in the IQ Series line of analyzers.
It is intended for industrial applications requiring
accurate, real-time moisture measurement.

The PM880 is the number one hazardous area rated portable moisture meter on
the market. It is designed to measure moisture in gases and hydrocarbon liquids
across a broad spectrum of applications and industry segments. The compact
and rugged design makes it suitable for use in the toughest of environments.

APPLICATIONSAPPLICATIONSPower Plant

Power Plant

H2 (cooling generator)
Instrument Air lines
SF6 gasH2 (cooling generator)
Instrument Air lines
SF6 gasTransformer oil

Refinery / Petrochemical

Refinery / Petrochemical

Utility gas / Instrument air

Hydrocarbon Liquids
Hydrogen recycle gas
Utility gas / Instrument air
Ethylene
Polyethylene plant feeds

Steel Plant
Annealing Lines
Galvanisation Lines
Utilities

Natural Gas

Industrial Gases

Natural gas pipelines
LNG, LPGs, NGLs
Biogas upgrading

Air Separation Units
Cylinder filling
PharmaceuticalUtility air
Instrument calibration
Food & beverages
CO2 gasHydrogen
Steam Methane Reformers
Electrolyzers
Pipeline & Storage

FEATURES

Steel Plant
Annealing Lines
Galvanisation Lines
Utilities• Rack, bench, panel and wallmountversions available• Displays moisture content in dew/ frost point and ppmv

Industrial Gases• M Series or IQ.probe moistureprobe compatible

Air Separation Units
Cylinder filling• Intrinsic safe operation of M Series
probe with external zener barrier

PharmaceuticalUtility air

FEATURES• Intrinscially safe in a rugged
compact package• Measures moisture in gases andhydrocarbon liquids• Internal data logger• Lightweight handheld sample system• Large graphic display• Compatible with MISP2 and M series
aluminum oxide moisture probes

Food & beverages
CO2 gasHydrogen
Steam Methane Reformers
Electrolyzers
Pipeline & Storage

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HygroProII

Intrinsically safe moisture transmitterfor use in gas and liquid applications

Explosionproof aluminum oxide moisturetransmitter for gas and liquid applications

The intrinsically-safe HygroProII moisture transmitter measuresthe moisture content of gases and non-aqueous liquidsin pipelines, natural gas, petrochemical, power generation,
pharmaceutical, process and industrial applications.

HygroPro XP measures moisture concentration in gases andnon-aqueous liquids in natural gas, petrochemical, refinery,hydrogen, industrial gas, and power generation applications.
APPLICATIONSAPPLICATIONSPower Plant
H2 (cooling generator)
Instrument Air lines
SF6 gasTransformer oil

Power Plant
H2 (cooling generator)
Instrument Air lines
SF6 gasTransformer oil

Refinery / Petrochemical
Hydrocarbon Liquids
Hydrogen recycle gas
Utility gas/Instrument air
Ethylene
Polyethylene plant feeds

Refinery / Petrochemical
Hydrocarbon Liquids
Hydrogen recycle gas
Utility gas/Instrument air
Ethylene
Polyethylene plant feeds

Natural Gas
Natural gas pipelines
LNG, LPGs, NGLs
Biogas upgrading

Natural Gas
Natural gas pipelines
LNG, LPGs, NGLs
Biogas upgrading
Steel Plant
Annealing Lines
Galvanisation Lines
Utilities
Industrial Gases
Air Separation Units
Cylinder filling
Food & beverages
CO2 gasHydrogen
Steam Methane Reformers
Electrolyzers
Pipeline & Storage

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HygroPro XP

FEATURES• Intrinsically safe

• Ambient to ppb moisture levels usingaluminum oxide moisture sensor• Built-in temperature and pressure sensors• Gas and liquid applications• HART communication

Steel Plant
Annealing Lines
Galvanisation Lines
Utilities
Industrial Gases
Air Separation Units
Cylinder filling
Food & beverages

FEATURES• Explosionproof• Ambient to ppb moisture levels usingaluminum oxide moisture sensor• Built-in temperature and pressure sensors• Gas and liquid applications• HART communication

CO2 gasHydrogen
Steam Methane Reformers
Electrolyzers
Pipeline & Storage

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DewPro MMY30

DewPro MMY31

Loop powered moisture transmitterfor measurement in gases

Loop powered moisture transmitterfor measurement in gases

The MMY30 is designed to measure dew point or ppm in gases
at line or atmospheric pressure. An integral flow cell withfiltration and flow regulation allows for easy implementation.

The MMY31 is designed for inline installation in clean
applications where trace moisture measurement is required
and a bypass or extractive installation is not appropriate.
APPLICATIONSAPPLICATIONS

PharmaceuticalUtility air
Instrument calibration
Environmental chambers
Glove boxes

Power Plant
H2 (cooling generator)
Instrument Air lines
SF6 gasRefinery / Petrochemical
Utility gas / Instrument air
Natural Gas
Natural gas pipelines
LNG, LPGs, NGLs
Biogas upgrading
Steel Plant
Annealing Lines
Galvanisation Lines
Utilities
Industrial Gases
Air Separation Units
Cylinder filling
Pharmaceutical

FEATURESFEATURES• Loop powered, 4-20mA transmitter• Hazardous area configurations available• Loop powered, 4-20mA transmitter• Integral filtering and flow regulation• Hazardous area configurations available

Utility air
Instrument calibration
Food & beverages
CO2 gasHydrogen
Steam Methane Reformers
Electrolyzers
Pipeline & Storage

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Moisture Analysis

AuroraLaser based moisture analyzer for gases

Laser Technology

Panametrics Aurora analyzer uses tunable
diode laser absorption spectroscopy(TDLAS) to rapidly and accurately measuremoisture in a variety of background gases.
The concentration of water is directly related
to the partial pressure. At certain specificfrequencies, light energy will be absorbed
by water molecules. As the concentrationof water increases, the absorption also
increases. Aurora analyzers sweep the diodelaser output through a narrow spectrum oflight frequencies. Comparing the return lightintensity with the incident light intensity, theanalyzer provides a direct measure of thewater vapor pressure in PPMv and related
units. With the input of line pressure, themoisture content is expressed as pressure
dew point.

Benefits:

The Aurora uses tunable diode laser absorption
spectroscopy (TDLAS) to quickly and accurately
measure moisture in gases, with speed of light
response and minimum maintenance requirements.

• Very fast response, especially after
process upset

APPLICATIONS• Long-term stability, negligible drift

Refinery / Petrochemical
Hydrogen recycle gas
Utility gas / Instrument air• Non-contact based measurement,
suitable for harsh applications

Natural Gas
Natural gas dehydration
Natural gas pipelines and storage
LPGs, NGLs
Biogas upgrading
Steel Plant
Annealing Lines
Galvanisation Lines
Utilities
Industrial Gases
Air Separation Units
Cylinder filling
CO2

FEATURES• Rated for installation directly in ahazardous area
• Optical response <2 seconds• Integrated sample system formeasurement integrity• Patented temperature and pressurecompensation• Optional safe area 19" rack mount andportable configurations available

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Moisture Analysis

Chilled Mirror Technology
Panametrics chilled mirror sensors use athermoelectric cooling module to cool themirror exposed to the flowing gas sample.
Infrared light reflects off the mirror. The
reflected light is received by a photodetector.
As the mirror is cooled, and water vapor
condenses on the mirror, the light received
by the photodetector decreases due toabsorption and scattering. The signal fromthe photodetector is utilized in a control loop
to maintain a constant mass. A precision RTD
measures the temperature of the mirror. This
mirror temperature is by definition equal tothe dew or frost point temperature..

Benefits:• Direct fundamental measurementof dew / frost point• High precision• Long-term stability

OpticaChilled mirror based hygrometer for highaccuracy moisture measurements in gases

The Optica is a primary standard measurement device designed
for industrial and laboratory applications requiring high precision
without long term drift. It may be used with a number of chilled
mirror sensors providing a wide measurement range.
APPLICATIONS
Steel Plant
Annealing Lines
Galvanisation Lines
Utilities
Industrial Gases
Air Separation Units
Cylinder filling
PharmaceuticalUtility air
Instrument calibration
Clean Room
Food & beverages
Utility air
Instrument calibration
Clean Room
Quality, Test & Calibration
Environmental test chambers
Engine test cells
Air conditioning and heatexchange coil testing
Metrology labs

FEATURES• Measurements traceable tonational standards• 1/4 color VGA display• Built-in data logger• Multiple measurement units canbe displayed and transmitted• Patented PACER® cycle
automatically cleans mirror toensure measurement integrity

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OptiSonde

Economical chilled mirror based
hygrometer for high accuracy moisturemeasurements in gases

The OptiSonde is a primary standard device designed forprocess and laboratory measurements requiring high precision
without long term drift. It may be used with a number of chilled
mirror sensors providing a wide measurement range.
APPLICATIONS
Steel Plant
Annealing Lines
Galvanisation Lines
Utilities
Industrial Gases
Air Separation Units
Cylinder filling
PharmaceuticalUtility air
Instrument calibration
Clean Room
Food & beverages
Utility air
Instrument calibration
Clean Room
Quality, Test & Calibration
Environmental test chambers
Engine test cells
Air conditioning and heatexchange coil testing
Metrology labs

FEATURES• Measurements traceable
to national standards• Built-in data logger• Multiple measurement units canbe displayed and transmitted• Patented PACER® cycle
automatically cleans mirror toensure measurement integrity

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Moisture Analysis

Polymer Capacitance Technology
Panametrics relative humidity transmittersuse a proven polymer capacitive sensor
to provide a humidity measurement in therange of 0 to 100% RH. The sensor consists ofa hygroscopic polymer sensing layer whose
dielectric properties change depending on
the amount of water vapor in contact withthe sensing surface. This causes a change inthe capacitance of the sensor which is thenconverted into a relative humidity reading.

Benefits:• Good resistance to chemical vapors• Ability to function at hightemperatures (>100 °C)• Fast speed of response• Ability to recover from condensationor full water immersion

MMR30

Loop powered mid-range
moisture transmitter
The MMR30 is designed for mid-range (5°F to 185°F/-15°C to 85°C)
moisture applications such as refrigerated compressed air
dryers. It is compact and can be easily installed in indoor oroutdoor environments.
APPLICATIONSPower Plant
Gas Turbline inlet air
Pharmaceutical
Drying applications
Product Validation
Tablet coating
ETO Sterilisation
Food & beverages
Dehydration applications
Fruit Ripening
Coating
Quality, Test & Calibration
Weather Stations

FEATURES• Loop powered 4-20mA transmitter• Proven Polymer Capacitive sensor• Integral filtering and flow regulation• Optional integral display with user interface

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MMR31Loop powered mid-range
moisture transmitter

Loop powered high temperature
relative humidity transmitter

The MMR31 is designed for relative humidity measurement(0-100%) applications. It is compact and can be easily
installed in indoor or outdoor environments.

The MMR101 is designed for high temperature
relative humidity (0-100%) applications. It’s rugged
design is suitable for the harshest installations.

APPLICATIONSAPPLICATIONS

Pharmaceutical

Steel Plant

Drying applications
Product Validation
Tablet coating
ETO Sterilisation

Blast gas humidification
Pharmaceutical
High temperaturedrying applications

Food & beverages
Dehydration applications
Fruit Ripening
Coating

Food & beverages
High temperaturedrying applications

Quality, Test & Calibration

Quality, Test & Calibration

Humidity control
sterilization chambers

High temperaturedrying applications

FEATURESFEATURES• Loop powered 4-20mA transmitter• Loop powered 4-20mA transmitter• Simple field recalibration with salt bottles• Optional integral display with user interface• Proven Polymer Capacitive sensor• Optional integral display with user interface• Hazardous area options available

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MMR101• Proven Polymer Capacitive sensor• Hazardous area options available• Operating temperature up to 300°F (150°C)

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Oxygen Analysis

Thermoparamagnetic Technology
Oxygen has the property of being attracted
into a magnetic field. The Panametrics
XMO2 thermoparamagnetic analyzer uses
this paramagnetic property combined withheated thermistors to measure the oxygen
concentration. This measurement techniquealong with the flow-through design and nomoving parts ensure a stable measurement,
long-term calibration stability, and immunity
to process upsets.

Benefits:

XMO2

Proven robustness in hazardous areaoxygen analysis in gas applications

Designed for stability and longevity in hazardous area locations,
the XMO2 provides high accuracy percent-level measurements
and easily recovers from process upsets.

• No Moving Parts• Infrequent Calibration• Simple, Easy to use• Automatic Calibration / Verification• Minimized Cost of Ownership• Compact design reduces costin system solutions

APPLICATIONS
Refinery / Petrochemical
Inerting of Storage Tanks
Hydrocarbon Gas Supply
Hydrogen Recycle Gas
Ethylene/Polyethylene Plant
Natural Gas
Biogas Processing
Steel Plant
Heat treatment Processes
Industrial Gases
Percent Oxygen Analysis
Pharmaceutical
Storage Tanks for
Liquid Hydrocarbons
Centrifuges and Reactors
Ambient Atmosphere Monitoring
Carbon Reactivation
Reaction Optimization
Food & beverages
Inert Gas Packing
Prevention of Oxidationof Dry Powders

FEATURES• Background gas compensation• Push button field calibration• No moving parts assuring
trouble‑free operation• Class 1 Div 1 / ATEX and IECEx
zone 1 as standard

Quality, Test & Calibration
Waste Water Treatment

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Oxygen Analysis

Electrochemical Technology
Panametrics’ oxy.IQ utilizes galvanic fuel cell
technology to measure trace and percentlevel oxygen in gases. Oxygen in the gas
flowing through the chamber reacts atthe cathode to form ions that travel to theanode, converting from lead to lead oxide.
The resultant current is proportional tothe amount of oxygen. The oxy.IQ uses anadvanced galvanic fuel cell, a self-containedcell that requires no electrolyte refueling orelectrode replacement, providing superior
performance, accuracy, stability and longlife. The oxy.IQ is insensitive to backgroundgas changes with drop-in sensors that coverdifferent concentration ranges, with a special
sensor option for acid gas compositions.

Benefits:• Compact design allows installation flexibility• Proven galvanic fuel cell technology• Background gas insensitivity

oxy.IQ

Highly reliable and cost effective
oxygen measurement, all in a compact
intrinsically safe package
Designed for installation flexibility, the oxy.IQ is a two wireloop powered transmitter with 17 percent- and ppm-level
oxygen ranges. oxy.IQ combines proven sensor technology,
an intuitive user interface, and a compact design in an
intrinsically safe package perfect for oxygen measurement
in a variety of background gases.

• Acid gas sensor options
APPLICATIONSPower Plant
Oxygen measurement H2cooled generators
Refinery / Petrochemical
Catalytic reformer for recycle hydrogen
Isomerization unit for recycle hydrogen
Butamer unit off-gas
Hydrotreater for recycle hydrogen
Fuel gas / off gas
Natural Gas
Natural gas pipelines
Biogas processing
Steel Plant
Heat treatment Processes
Industrial Gases
Nitrogen Generators
Oxygen Applications
Pharmaceutical
Glove Box Applications
Food & beverages
Inert Gas Packing
CO2 Purity (Breweries)
Hydrogen
Water Electrolysis: traces ofoxygen in hydrogen

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FEATURES• Compact and innovative design,
easy installation and systemsolution flexibility• Built-in microprocessor,
intuitive user interface to easily
select range, trim outputs andperform calibration• User-selectable ranges,
calibration, sensor
diagnostics with keypadsimplifies programming• Maintenance-free device

27

Oxygen Analysis

Non-depleting Electrochemical
Panametrics delivers Delta F oxygen sensor
technology as a standard sensor input
to the Panametrics flagship moisture.IQ
analyzer. The oxygen from the sample takes
part in a reaction. The voltage applied tothe electrodes is the driving force. At thecathode, the oxygen is first converted intohydroxyl ions. These hydroxyl ions travel
through the electrolyte to the anode where
it is converted back to oxygen. The current
is a direct measurement of the hydroxyl ion
transport and therefore proportional to theoxygen concentration. Nothing is consumed
in making the measurement.

Delta F

Delivering ultra-stable, trace oxygen
analysis in industrial gas applications• Fast response to changes inoxygen concentration

The Delta F non-depleting, coulometric oxygen sensor
provides ultra-stable oxygen measurement and requires
only an annual span calibration. Combined with Panametrics’
moisture.IQ, this offers a cost effective six-channel solution
for multi-point oxygen measurement covering ppm andppb measurements. The Delta F sensor is particularly suited
to applications requiring high sensitivity measurements forprocess control.

• Short recovery time after exposure
to high concentrations

APPLICATIONS

Benefits:• Non-depleting oxygen sensor• Sensitivity down to a ppb-level oxygen• Ability to work in acid gases using
Stab-El electrodes

Refinery / Petrochemical
Ethylene
Polyethylene plant feeds
Steel Plant
Heat treatment Processes
Industrial Gases
Air separation units (N2 / Ar / O2 / H2)
Cylinder filling
Pharmaceutical
Glove Box Applications

FEATURES• Ultra-stable coulometricmeasurement technology• Non-depleting sensor• Fast response times• Unique combination
with moisture.IQ offers
up to 6-channels ofmoisture and oxygen• Safe and hazardous
area configurations

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Multi-function
Displays
Panametrics offers a suite of local displays/ controllers that connect to the blind oxygenand binary gas transmitters providing power
and local read-out. Additional features
include alarm contacts, additional analog
outputs, and auto-calibration functionality.

XDP
Benefits:• Sensor installed at point of use• Display installed where needed forvisual indication• Auto-calibration / verification capabilities• Provides DC power to the transmitterswhen AC power is available

Offering added functionality to Panametrics
transmitters, the XDP is more than just afully certified explosionproof display
In addition to offering a local display, the auto-calibration andverification functionality of the XDP compliments the XMO2 and
XMTC transmitters with even lower maintenance and calibration
requirements, offering a full solution package. The advanced
micro-processor control compares calibration readings withfactory settings to verify calibration. Corrections are automaticwith user notification.
COMPATIBLE WITH
XMO2

XMTC

FEATURES• Full solution enabler to compliment
the XMO2, XMTC and oxy.IQ withadded functionality• 4 relay output for solenoid control• Very low maintenance requirement
and reduced touch time of othertransmitters

oxy.IQ• Class 1 Div 1 / ATEX and IECEx zone 1
as standard• Calibration Curve Management30

31

Gas Analysis

XMTC

Thermal Conductivity Technology
Thermal conductivity is a physical property,
a fluid’s ability to dissipate heat. This property
is useful in measuring concentrations inbinary gas mixtures such as oxygen inhydrogen, carbon dioxide in methane, etc.
Panametrics’ XMTC compares the thermal
conductivity of the sample gas to thatof a reference gas to determine thepercent-level concentration of one gas ina two-gas mixture or multi-gas mixture ofgases with similar thermal conductivities.
The sample gas flows through the measuring
cell with built-in thermistors. The thermal
conductivity difference between the sample
and reference, when compared to thezero and span gas calibration, is directly
proportional to the gas concentration. The
XMTC can reliably measure percent-levels of
one gas in another, when the two gases havesufficiently different thermal conductivities.

Benefits:• Compact, rugged, no moving parts• Enhanced signal measurement• Real-time error detection• Digital communication• Flexible calibration, various
gas combinations• Minimal calibration and service

High accuracy analysis in a compact
binary gas analyzer

The XMTC is a compact, reliable, and field-proven thermal
conductivity analyzer for safety and measurement applications.
Certified for hazardous area environments, the XMTC is a costeffective analyzer in a compact transmitter design for percent
measurement of one gas in another.
APPLICATIONSPower Plant
Hydrogen-Cooled Generators
Refinery / Petrochemical
Catalytic Reformer for Recycle Hydrogen
Isomerization Unit for Recycle Hydrogen
Butamer Unit Off-Gas
Hydrotreater for Recycle Hydrogen
Fuel Gas/Exhaust Gas
Natural Gas
Biogas processing
Steel Plant
Heat treatment Processes
Industrial Gases
Air separation units (N2 / Ar / O2 / H2)
Cylinder filling
Food & beverages
CO2 -purity (Breweries)
Hydrogen
Water Electrolysis: Hydrogen andOxygen Analysis

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FEATURES• One-button field calibration• Ultra stable thermistors• Temperature compensation for
reduced temperature effect• Compact sensor Assembly• Class 1 Div 1, ATEX andIECEx Zone 1, IP66/4X

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TMO2D

Added functionality in a cost effective
package, this safe area display
compliments the Panametrics analyzers
with increased functionality and control

The TMO2D offers auto-calibration and verification control tosupport the XMO2, XMTC and oxy.IQ analyzers. This package
comes in user selectable form factors which offers reduced
maintenance and alarm outputs.

COMPATIBLE WITH
XMO2

XMTC

FEATURES• Single or dual isolated
4-20mA outputs• Up to four field-configurable
process alarms• Automatic calibration relays for
autocalibration of XMO2 and XMTC• Calibration Curve Management34

oxy.IQ

35

Sample Conditioning
Systems
Save money and time withthe right sample systemfrom the application experts
Sample handling systems are essential
for getting top performance from yourprocess analyzer systems. To get the rightsample system for your application, turn toPanametrics, the analyzer application expert
with more than 50 years of design experience.
Couple Panametrics process analyzers
with the appropriate Panametrics sample
handling and you will have reliable, accurate,and low maintenance measurements.

Features and benefits:

Panametrics sample systems ensure theperformance of an analyzer by supplying
a sample to the analyzer at optimalpressure, temperature, flow rate, and freefrom contaminants. Designed specificallyto meet the needs of your Panametrics
analyzers, Panametrics sample systems
reduce cost and downtime by:• Providing better measurement accuracy
and reliability

Application engineeringis the difference
Our application and service engineering teams
possess the expertise to provide a comprehensive
sample system designed and built for your specificsituation. We know how our analyzers perform in yourapplications and how our sample handling systems
can help deliver the best measurements. We offer a
cost-effective source for complete analyzer packages.
• Standard systems for common applications• Engineered systems for customer-specificrequirements• Design, construction, and inspectionof all systems• Installation guidance• Start-up and commissioning• Calibration• Extended warranties and service plans
for analyzer systems• Extending analyzer life
• Minimizing analyzer maintenanceand associated parts and labor• Facilitating field calibration

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Panametrics, a Baker Hughes business,
provides solutions in the toughest
applications and environments for moisture,oxygen, liquid and gas flow measurement.
Experts in flare management, Panametrics
technology also reduces flare emissions
and optimizes performance.
With a reach that extends across the globe,
Panametrics’ critical measurement solutions

and flare emissions management are
enabling customers to drive efficiency andachieve carbon reduction targets acrosscritical industries including: Oil & Gas; Energy;
Healthcare; Water and Wastewater; Chemical
Processing; Food & Beverage and many others.
Join the conversation and follow us on LinkedIn
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Contact us

For more information please contact yourlocal Panametrics representative, or visit:
panametrics.com© Copyright 2024. Baker Hughes Company. This material contains
one or more registered trademarks of Baker Hughes Company andits subsidiaries in one or more countries. All third-party productand company names are trademarks of their respective holders.
BHCS39332 (01/2024)