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H2scan’s Series 700 in-line hydrogen-specific process monitors are designed for ease of use, interface flexibility and true process control. The HY-OPTIMA™ 700 is a solid state sensor that can operate in humidity and process gas streams with temperatures up to 100ºC. The HY-OPTIMA™ 700 is ideal for hydrogen production and petrochemical applications where real time measurements of hydrogen can increase process plant efficiencies, improve diagnostics and enhance maintenance management translating into higher profitability.
Performance
Hydrogen Sensitivity Range:
0.5% to 100% hydrogen by volume at 1ATM
Typical Response Time: T90 less than 30 sec
Ingress Protection: IP64 capable
Calibration Interval: 90 days
Product Life Expectancy: 10 years
Accuracy: ± (3.0% of indication + 2000ppm)
Interface Options
Input Voltage Range: 8VDC to 13VDC
Input Current: 0.5A
Analog Outputs: 4-20mA
Serial Communication Options: RS232 or RS422
Relay Contacts: Two programmable 60VDC/1A
SPDT relays with both normally open (N.O.)
and normally closed (N.C.) contacts.
Operating Conditions
Operating Humidity: 0% to 95% RH
Flow Rate: 0.1slpm to 50slpm
Pressure: 0 to 7bar gauge, 0 to 100psi gauge
Process Gas Temperature Range: -20ºC to 100ºC
Operating Temperature Range: -20ºC to 40ºC
Storage Temperature Range: -40ºC to 50ºC
Calibration Background Gas: Nitrogen
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Advanced Gasmitter for biogas applications
NDIR-Dual Wavelenth Principle
OEM-Gastransmitter with improved characteristics
• Simultaneous measurement of CO2 and CH4
• No cross sensitivity to water steam and H2S
• Maximum long term stability due to high grade devices
on the PCB
• Fast response time
• Superior accuracy due to improved signal-to-noise-ratio
• USB and RS485 interface
• Linearized analogue output: 4...20mA / 0...8V
• Display for measurement range deviation: 2...22mA output
• Web based communication software
• Simple integration into analyzers and measurement systems
• Customizable to measure various combinations of gas
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KIMO, French manufacturer of measuring instruments, designed and developed AQ100 to meet with requirements of new regulations on CO2 air detection.
Key features of AQ100: easy and friendly use, large display, accurate measurements, CO2 / temperature probe.
- CO2 : from 0 to 5,000 ppm
- temperature (integrated inside the probe) : from –20 to +80°C
AQ100 is supplied with calibration certificate.
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COMTEC® 6000 is an InSitu Oxygen & COe (Combustibles) flue gas and process gas analyser. The innovative combustibles sensor pioneered and developed by ENOTEC (patent pending), combines with its world-proven "leak-proof" Zirconia Cell technology to produce the worlds first InSitu O2 & COe analyser.
Both measuring cells, (O2 & COe), are actually located inside the process measuring actual real-time values without the need for sampling, conditioning and expensive hybrid systems. The COMTEC® 6000 probe simply installs directly inside the duct for direct & continuous dual readings of Oxygen & COe present. COMTEC® 6000 can easily be installed as standalone instrument or as a retrofit upgrade to an existing system. It's designed to be maintenance free, with minimal calibration requirements, and completely user-friendly operation.
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The NeoFox Phase Measurement system is a fluorescence based optical sensor system that helps you reduce costs, improve stability and make calibration easier for a wide variety of oxygen sensing setups. NeoFox is the benchtop device for measurement of fluorescence lifetime, phase and intensity and is particularly suited for applications where sensitivity to drift and system stability are critical.
Features
» Usable for both dissolved and gaseous oxygen measurements
» Field and bench top models available
» Fibre optic based probe
» Analog output
» Software control
» Various probes available
» Various O2 ranges available
Advantages
» Fast response times
» No need for frequent calibration
» Does not consume oxygen
» Portable design
» High sensitivity
» Good stability
» Immune to change in pH level or ionic strength, salinity and biofouling
» Low power consumption
Applications
» Biological measurements
» Cosmetical analysis
» Medical analysis
» Chemical measurements
» Food analysis (inside packaging)
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BULYSER 3 select
- Measurement of up to four gas components
- O -measurement: paramagnetic, electrochemical or/and ZrO
- IR-measuring cells (NDIR)
- Modular design, easy to maintain
- User-friendly touchscreen
- Graphical flow display
- Tested on the basis of EN 15267-3
- All relevant threshold and status alarms
- 4-20 mA output signal for each channel RS-232 interface
- Integrated pumps optional
- Pressure and temperature compensation optional
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Package Analyzer - Single pass headspace and liquid measurement - Flexible architecture
The ultimate tool for package analysis
The Package Analyzer is the ultimate tool for analysis of beer and soft drinks in glass bottles, PET containers and cans. The instrument is based on the popular MecSens piercer but its control, operation and data management are handled by a high performance touch screen PC. The ultra sophisticated miniature channel flow chamber allows accurate headspace analysis and is an example of MecSens engineering and its Swiss precision manufacturing capability.
The package incorporates two trace level oxygen sensors ingeniously connected to an ultra sophisticated miniature channel flow chamber for measuring headspace volume, temperature and the oxygen levels in headspace and the liquid. The Mecsens CO2 sensor allows the measurement of CO2 levels in liquid.
True TPO: No shaking of samples, no temperature preparation, no calculated values.
Client references proven technology.
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PerkinElmer recently acquired Arnel, a recognized leader in engineered solutions for GC applications in the hydrocarbon processing, food & beverage and industrial hygiene markets. PerkinElmer continues to provide standard and custom engineered solutions based upon the Clarus GC platform.
PerkinElmer offers more than 100 turnkey solutions with defined specifications that cover a wide range of applications and requirements in many industries – petroleum refining/petrochemical, natural gas and dissolved gases in transformer oils – providing superior analytical capabilities and ease-of-use.
And if our standard analyzers do not meet your needs, we can configure an analyzer to match your requirements.
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With one of the most comprehensive families of sensors and on-line analyzers for pH, conductivity and dissolved oxygen, Yokogawa is recognized as a world leader in the field of analytical equipment.
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KIMO, French manufacturer of measuring instruments, designed and developed AQ200 for CO/CO2, hygrometry, temperature and pressure control.
Key features of AQ200 :
- easy and friendly use: large display, browsing joystick
- multi-probe innovating system: can be used with 3 probes :
- CO / temperature: from 0 to 1,000 ppm and from -20 to +80°C
- CO2 / temperature: from 0 to 5,000 ppm and from -20 to +80°C
- CO2 / temperature / hygrometry: from 0 to 5,000 ppm, from -20 to +80°C, from 5 to 95%RH
- 3 interchangeable measuring modules: individually calibrated and automatically recognized by the instrument :
- 1 climatic conditions module (hygrometry, air pressure and temperature)
- 1 thermocouple temperature module (4 channels)
- 1 current / voltage module
AQ200 can measure and store up to 8,000 values, which can be saved on your PC, via wireless communication system.
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Portable oxygen Instrument for liquid and gas phase measurements
High quality analyzer for industrial use.
The MecSens series 512 hand-held analyzers are designed for off-line and in-line oxygen measurements in very harsh conditions. They fulfill all requirements for on-the-spot measurement in the beverage, power, water, semiconductor and chemical industries.
This high quality portable instruments with logging capabilities display both oxygen concentrations in either dissolved or gaseous units from trace levels to saturation and the temperature of the sample.
Ready to operate anywhere and anytime in the plant
These portable analyzers continuously measure temperature and oxygen concentration. They are compatible with all sensors in the 61 series. Exceptionally versatile, the customer can easily use the device as a log for automatically or manually storing measurement data with date and time. Featuring menu-driven user friendly operation, these analyzers can be easily configured using function keys and are built with the latest state-of-the-art technology.
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The continuous measurement of oxygen and COe (combustibles) in cement plants has always been a challenge for any type of analysing probe. Up to now, it’s been nearly impossible to extract measuring gas for continuous analysing systems, because the probe becomes “cemented over and sealed” very quickly, resulting in extremely high maintenance costs and kiln production down time. Now ENOTEC has solved these special analysing problems in the cement industry with the new analysing system called CEMTEC®. Now Cement plants are able to significantly reduce their maintenance costs to a fraction of their previous costs. Mounted in a water-cooled outer jacket, the measuring probe is continuously turning +/- 90°. This keeps the gas inlet area free of cement and prevents the dust build up on the probe filter. Additionally, a highly effective automatic cleaning system with pressurised air ensures that the probe with its dust filter and the gas channels remain completely clean and clear. The InSitu probe measures oxygen using a ZrO2 cell and the COe concentration with a Ga2O3 sensor. The system delivers 2 continuous measuring signals with a response time less than 1 second. In addition, it is also possible to extract flue gas for the extractive type flue gas analysis (SO2, NOx, etc.).
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Zirkonia Oxygen Analyser
BA 1000
Insitu ZrO2 oxygen analyser
Fast response time
Zero drift free
No cal- and reference gases necessary
Easy installation
Oxygen Flue Gas Analyzer
BA 2000
Oxygen Flue Gas Analyser with upstream filter
Durable ZrO2 – cell
Fast response
Quick probe and filter replacement
Easy calibration by instrument air
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The MVI rapidly detects and continuously measures mercury
vapour. Revolutionary dual beam technology means the
instrument does not saturate or require regeneration
between readings as do traditional gold film detection
methods, ensuring instrument downtime is eliminated.
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Its unique modular principle means that the system can be constructed individually. You can configure your multi EA 5000 to meet your needs, thus creating your personal analysis system. No problem if your analytical requirements change, the modular structure of the multi EA 5000 can be extended at any time.
The unique double furnace technology makes it quick to switch between vertical and horizontal applications in one instrument, i.e. fast and optimum adaptation to the sample matrix and analysis standard with minimal effort.
The flame sensor technology guarantees matrix-optimized, quantitative combustion. Even unknown samples, whose properties are undocumented, can be analyzed soot-free, precisely and reliably today.
Forget time-consuming method generation and optimization of process parameters, such as gas flow, temperature, dosing speed – these are in the past!
- Application diversity, analyzes solid, paste, fluid, gaseous and LPG samples
- Multi-element, with C, N, S and Cl determination in one instrument
- Multimatrix sampler, for fully automated determination of solid and fluid samples in vertical or horizontal furnace configuration
- Double furnace technology, optimal adaptation to the sample matrix – vertical and horizontal mode in a single instrument
- Extended measuring range with low maintenance, ultra-modern detectors, all the way from ppb to percent
- Modular design, freedom to select and extend your analysis system configuration
- Self Check System (SCS) for trouble-free operation
- Flame sensor technology for matrix-optimized sample digestion
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TS-100V offer wide mesurement range from 0.02ppm to percent level in highest reliability by the contribution of Oxygen control combustion and unique optics.
The combination of the Ultra Violet Fluorescence method as a Sulfur detector and vertical furnace using Oxygen control combustion (patent pending) realize more defined trace Sulfur measurements for petroleum, petrochemical, fuel, biodiesels.
And it can be upgraded to simultaneous Sulfur and Nitrogen analysis afterwards very easily.
Wide option are available for various application, autoliquid sampler, Gas&LPG injector, Trap&release unit, Nitrogen detector.
Horizontal version also available for solid sample.
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TCL-2100V can measure total chlorine/sulfur from trace level in fast, easy. New developed control and electrodes enable ppb level measurement in accurate and stable. It can be applicable to variety of liquid and gaseous sample by approved coulometric analysis. Trace chlorine analysis down to 0.05ppm in liquid sample and 0.2ppm in gaseous sample. Auto liquid/solid sample can be upgraded afterwards for automation. Open/close furnace offer improved maintenance ability and safety.
Horizontal version (TOX-2100H) enable to handle liquid, gas and solid sample.
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Analysers
A broad range of applications like boiler trim, emission monitoring, ammonia slip monitoring, combustion efficiency, LEL warning indication or inner atmosphere control require analysers with different measuring principles. Bühler offers optical, paramagnetic and zirconium technologies as well as tuned diode laser (TDL) gas analysers.
Portable trace O2-analyzer
BA 4510
Portable oxygen analyser
With ZrO2 measuring cell
O2 traces analysis
Internal pump
4-20 mA output signal, RS 232 serial interface, adjustable relay contacts
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In-line process Instrument for oxygen
High quality analyzer for industrial use
The MecSens model 51101 in-line instruments are designed to measure oxygen levels in very harsh
conditions.
They fulfill the requirements for continuous measurement in beverage, power, water, semiconductor and chemical industries.
A step ahead in in-line measurements
The in-line analyzers are compatible with all Mecsens 611 series sensors and continuously measure oxygen concentration and medium temperature.
Ruggedly constructed and waterproof, the instruments are built to last and are the ideal choice for demanding applications.
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KIMO proposes to discover the new analyzers of combustion: KIGAZ 210 and KIGAZ 310.
Especially conceived to answer new decrees 2009-648 and 2009-649, these apparatuses are evolutionary and flexible according to your applications:
- For the boilers gas:
Measure ambient max. CO, CO of smoke (with Qualigaz procedure integrated).
- For the boilers gas - fuel - wood:
Measure O2, output, losses, excess of air, pulling, differential pressure, room temperature, temperature of smoke, DT.
- For the measurement of pollution:
Measure Nox.
The KIGAZ lay out:
- From 2 to 3 interchangeable measuring cells to facilitate maintenance.
- Of a printer integrated with standard paper (not thermics) which makes it possible to durably preserve the documents in proof of each series of measurement.
- Of a hull of magnetized protection.
- Of a maintenance contract over 5 years including/understanding maintenance, the annual calibration, the transport costs.
- In option, of a software for the exploitation of the data.
These instruments are delivered with certificate of calibration.
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Waste gas, biogas, off-gas, blast furnace and coke oven gas are often used as fuel for boilers, reboilers, furnaces, gas turbines and incinerators. The highly variable BTU content makes it difficult to use these fuels efficiently, safely and with minimum emissions. This analyzer directly measures the flow of air needed to burn a flow of a variable composition fuel gas.
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Control of the air-to-fuel ratio in premix gases is essential for venturi or diaphragm mix outlet stations in glass and fiberglass production and also for ribbon burners or flame treating applications. PreMix analyzers take a sample of premixed gas, burn it and determine the resultant excess oxygen or excess fuel.The CMFA-P 2000 is portable, the PreMix 2000 is fixed.
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Series 200ACE Acetaldehyde Analyzer
Meets ISBT Method 11 criteria for selective measurement of acetaldehyde in CO2
- Rugged, low cost, low maintenance, turn-key system
- Capable of PC-based control and data logging
- Batch or continuous stream monitoring
- Detector: Flame Ionization Detector (FID)
- Automatic, hands-free calibration, flow setting and analysis
- Detection limits for acetaldehyde of < 30 part-per-billion (ppb)
- Instrument operating temperature: ambient
- Detector temperature: factory set; adjustable
- Oven temperature regulation: factory set with software controlled conditioning
- Tested against virtually all of the potential alcohol and oxygenate impurities that could be present and determined to be interference-free
- Acetaldehyde is captured by the software system, with results displayed digitally on the instrument's front panel
- On-board software package contained in the Series 200ACE allows complete unattended operation
- Installation: bench or 19" rack
- Power: 115-230 V, 50-60 Hz
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Series 200AHC Aromatic Hydrocarbon Analyzer
Specific detection of benzene within beverage-grade carbon dioxide.
Trace aromatic impurity monitoring is of critical importance to carbon dioxide manufacturers and the carbonated beverage industry. The Series 200 AHC meets all ISBT Method 12.0 criteria for selective measurement of benzene in carbon dioxide. Continuous stream or batch sampling operations are readily performed.
The Series 200 AHC is specifically designed as a rugged, low cost, low maintenance, simple to operate, turn-key system. No cylinder support gases are needed. Calibration and sample introduction are totally automated. A newly designed photo-ionization detector (PID) and proprietary technology are used for the specific measurement of benzene without interference from other potential impurities in beverage-grade carbon dioxide. Detector response is linear over three orders of magnitude. The detectable limit for benzene is 3 ppb, which is far below the ISBT guideline limit of 20 ppb. GOW-MAC’s Series 200 AHC system is also capable of PC-based control and data logging. Full documentation is provided, along with optional customer training and support services.
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Series 200BTEX Gas Analyzer
Meets all ISBT Method 12 criteria for selective measurement of BTEX (benzene, toluene, ethyl benzene, o-xylene, m-xylene, and p-xylene) in CO2
- Rugged, low cost, low maintenance, turn-key system
- Features: Auto-Calibration, Auto-Calibration Validation, Process/Manual mode, As Found/As Left function, Sample stream selection, and six 4-20 mA outputs
- Capable of PC-based control and data logging
- Batch or continuous stream monitoring
- Detector: Photo Ionization Detector (PID)
- Automatic, hands-free calibration, flow setting and analysis
- Detection limits for benzene of < 5 ppb
- Instrument operating temperature: ambient
- Detector temperature: factory set; adjustable
- Oven temperature: factory set with software controlled conditioning
- Tested against virtually all of the potential alcohol and oxygenate impurities that could be present and determined to be interference-free
- Benzene is captured by the software system, with results displayed digitally on the instrument's front panel
- On-board software package contained in the Series 200AHC allows complete unattended operation
- Installation: bench or 19" rack
- Power: 115-230 V, 50-60 Hz
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Full inline quality control for soft drink production. Know in less than one minute the dissolved carbon dioxide, oxygen, and temperature in the product. Offers real-time analysis. Audible and visual alarms. Internal components are sanitized automatically during normal CIP operation. Up to 1,000 product specifications can be stored in the software.
-Confirm carbon dioxide levels within one minute of initial startup or changeover
-Confirm Brix levels within three minutes
-Reduce product and package waste by not filling packages with product out of specifications
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Non-Sampling, integrated Co2 measurement and control for carbonated beverages.
The CarboCheck is the world's leading CO2 monitor and control system and uses the well known saturation pressure/temperature technique for accurate, non-sampling measurement. CarboCheck can be used for measurement alone or configured as a control system.
The CarboCheck sensor features a silicon rubber membrane, through which the dissolved CO2 permeates into a sealed, evacuated chamber. The partial pressure of the gas is then measured and displayed by the analyser/control unit as a CO2 content. The system incorporates a vacuum exhauster to regularly evacuate the sensor, providing continual, accurate measurement of dissolved CO2. The analyser/control unit can be linked to a carbonation system to enable fully integrated CO2 measurement, injection and control.
Benefits:
-Accurate monitoring and control of dissolved CO2 levels in carbonated beverages.
-Improved "right first time" carbonation figures in-line or in tank.
-More efficient process control.
-Reduction in re-work.
Features:
-Accurate to +/- 0.02vol/vol(+/- 0.04g/l)
-No sampling or product by-pass lines
-Hygenic fitting, can be cleaned in place
-No moving parts
-Low maintenance requirement
-Available as single /dual channel controller or up to 4 channel monitor.
Typical Applications include:
-Beer carbonation ex-filter
-Mineral waters carbonation
-Sparkling wines carbonation
-In-line CO2 monitoring on brewery and soft drinks packaging lines
-Carbonation of pre-mixed drinks.
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FireBoss 100 Carbon Monoxide Sensor
FireBoss 100 Carbon Monoxide Sensor -All CO sensors are not alike. The FireBoss toxic 0-25-100-500 ppm CO sensor line has been re-designed and enhanced over a period of two decades of underground mining use, and has evolved as a tough, dependable product with exceptionally long-term stability. Others are often plagued with temperature problems and short life expectancy. We frequently observe sensors still working on their first electrochemical cell after 5- 8 years of grueling service.
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The 300 Series of analyzers use the Gas Filter Correlation (GFC) NDIR technique to measure trace level and stack level concentrations of CO, CO2, and N2O. The GFC technique rejects potential interferents, such as water, and allows unprecidented sensitivity. From background monitoring to air separation, the 300 Series is the best value for precision IR monitoring.
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AMETEK Western Research’s UV-VIS photometric analyzers are recognized worldwide offering excellent performance and reliability for continuous monitoring of pollutants emitted from refineries, chemical plants, power plants, and other industrial facilities. Western Research has the full system design and manufacturing capabilities needed to engineer a turn-key solution to meet your requirements.
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