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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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Conditioning Systems
Every kind of gas analysis, either fairly straight forward single component analysis or complex multi component process gas analysis require application specific sample gas conditioning systems. These systems must deliver continuously reliable process data even under varying ambient and/ or process conditions.
It is quite obvious, that stack testing has other requirements than engine emission testing, EPA methods testing or process applications in the food industry just to name a few.
Bühler delivers modular designed prefabricated systems as mobile or stationary stand alone or 19” rack mount solutions and assists in planning application specific gas analysis systems on panels, in cubicles or analyser shelter.
Sample Gas Conditioning System SCS 19
Complete system for 19" rack
One or two gas streams
Modular design
Probe and cal gas controller
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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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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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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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Portable gas monitors belong to personal safety equipment to monitor one or more gas hazards.
GfG portable instruments are the smallest measuring instruments for personal safety. They offer more safety through easy operations.
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GfG is a world leader for gas detection and measurement technology. For over 40 years GfG has specialized in designing, developing and producing the safest and most reliable equipment and sensors available.
GfG offers an extensive range of portable monitors and fixed systems. The product range includes sensors, the world´s smallest gas monitors, micro-processor controlled multi-gas detectors and computer aided system solutions. GfG provides diverse solutios for Toxic, Explosive and Oxygen gas detection in air and water.
GfG equipement is used in a variety of applications and industries including automotive, chemical industries, landfills, steel industries, hospitals, mining, public utilities, food processing, research institutes, universities and wherever the protection of life and property is needed.
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DirectSense TOX multi-gas monitors combine the latest available electrochemical gas sensor technology with the advanced capability of mobile computing. Toxic gas sensors are available for measuring Ozone (O3), Ammonia (NH3), Sulfur Dioxide (SO2), Nitrogen Dioxide (NO2), Nitric Oxide (NO), Carbon Monoxide (CO), Hydrogen Sulfide (H2S), Hydrogen Cyanide (HCN), Hydrogen Chloride (HCl), Oxygen (O2), Chlorine (Cl2), Arsine (AsH3), Phosgene, (CCl2O), Phosphine (PH3), Diborane (B2H6), Silane (SiH4), Chlorine Dioxide (ClO2), Fluorine (F2), Hydrogen (H2), Hydrogen Fluorine (HF) and Ethylene Oxide (EtO). Up to 5 gas sensors (in addition to a temperature sensor) can be configured into a single TG-501 probe. Or choose the EC-202 probe for temperature and a single gas sensor. If %RH is important in the same probe, check out our TG-502 probe. GrayWolf toxic gas instruments efficiently log and document your surveys.
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G460 Multi-Gas Detector – Hands Free Assurance
The durable G460 continuously measures and displays readings for up to seven gases at the same time. Its functional, watertight design (IP67) and the rubberized shock resistant housing (280 grams) make the G460 an ideal device for daily operations in rough environments. A large, easy to read, three-color display changes color to indicate the severity of the alarm; the backlight color changes from green for "OK" to orange or red for an alarm. The loud audible alarm (103 dB at 12"), built-in vibrator and bright 360° LED alarm indicators alert users to hazardous conditions. The innovative backlit display can be "flipped" 180° or "zoomed" at the push of a button.
A single on/off button is all it takes for normal day to day operation. A simple three button interface provides access to advanced setup options. Calibration adjustment is completely automatic; just attach the calibration adapter and apply gas. The instrument automatically makes adjustments and retains the three most recent calibration dates for each sensor. The motorized pump includes a built-in slideshutter switch that permits operation in either diffusion or sample-draw mode while the pump is attached. The easily attachable pump is powered by its own battery pack that provides 20 hours of continuous sampling from up to 100 feet away.
G460 detectors are available for use with a wide range of long-lasting, interchangeable smart-sensors for LEL. Infrared (NDIR) sensors for the direct measurement of CO2, and photoionization detectors (PID) for the measurement of volatile organic chemical (VOC) hazards are also available.
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Single-gas detector with data-logger
The Micro IV single-gas detector is the successor to the proven Micro III. The key features of the Micro III are retained - smart, interchangeable sensor technology, low cost of ownership where 1 x AA battery lasts for up to 6 months in continuous use - but extra functionality is now added.
The Micro IV contains an integrated data-logger which records and time-stamps all events. This stored data can be transmitted to a PC via either the DI220 data interface station or DS220 docking station. Three alarm levels are available (most competing instruments only offer two) in addition to STEL and TWA alarms. The Micro IV has a very loud (95dB) sounder and high-visibility red LED alarms. Vibration alarm is also available as an option. A large display ensures that gas concentrations can be quickly and easily read by the user.
Gases available:
O2, H2S, CO, NO, NH3, HCN, HCl, SO2, H2, C2H4O, SiH4, PH3, THT, HF, COCl2, NO2, Cl2, O3, ClO2
Additional functionality of the MICRO IV
- Data-logging
- Infrared interface for data communication to Dockingstations
- Continuous storage of data without PC
- Continuous display of gas concentration
- Up to 6 months continuous operation with only one AA battery
- Simple bump check and calibration via the Dockingstation (option)
Inaccessible areas, like tanks and containers, can contain deadly gas mixtures. With the Micro IV, and attachable high-performance pump is available that can sample the gas from up to 30 metres away. The pump and tube is quick and easy to attach, and has its' own power supply which means the run time of the Micro IV instrument is not compromised.
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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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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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The LinkBus Remote Instrument Monitoring System (LinkBus RIMS) from AMETEK addresses the limitations of traditional maintenance programs and frees up resources, making them available to give attention where it is most needed. Maintenance and performance personnel now have easy access to all the analyzers’ vital signs from their desk computer or through the DCS, not just the measured parameter that is typically delivered to the process control room. Any
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Designed for measuring simultaneously up to three gases with NDIR technology with correlation cells. Typical gases are CO, NO, CO2, CH4, SO2, etc. No regular service needed, it executes automatically zero autocal with ambient air. This analyzer is equipped with 4 analogical output (4-20 ma) and 2 serials (mod-Bus RTU/ASCI), double threshold contact alarm for every measurement, fault and service. A special version with a long optical path allows the measure of extremely low amounts.
4 optional analogical input 4-20 ma and 6 digital input make it the perfect controller for every analysis system (CEMS). European certification in progress.
Hart protocol available as option.
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AMETEK Thermox offers three styles of direct-mount flue gas oxygen analyzer - all are easily serviced without removing the analyzer from the flange. Insitu – average response, to 1250°F (677°C). Convective – average response, to 2600°F (1537°C). Close-coupled extractive – very fast response to 3200°F (1760°C).
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New analyzer who has the absolutely new characteristic of direct in situ oxygen measuring in processes with various and variable temperatures. The probe, realized in ceramics, can be used in every type of process. The special cell heater is not be damaged also with high temperatures of the process.
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The XZR-500 sensor is an oxygen sensor which has been determines the amount of excess air required for optimum combustion. It uses advanced Zirconium Oxide technology to measure the levels of oxygen in extremely harsh conditions such as boilers, furnaces and incinerators.
When combined with the XCU-500 analyzer it produces fast and accurate readings from the harshest conditions.
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Reliable measurement of ppm combustibles (CO + H2) or carbon monoxide (CO) together with oxygen, allows the user to determine and maintain the optimal O2 set point for the process. This results in improved product throughput, increased safety, longer equipment life, lower emissions and maximized fuel efficiency.
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This units provide completely pre-installed sample gas conditioning for continuous use and can excellently be integrated into gas analysis systems. Its compact construction means that it takes up only little space.The units are ready for use within a few minutes.This, at last, makes the usual time-consuming procurement of individual components and assembly superfluous. Examples of applications for sample gas conditioning units: flue gas and process gas conditioning.
The units are also available as portable systems.
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Binary Gas Analyzers
The 20 Series Gas Analyzer with thermal conductivity detector (TCD) is designed for non-continuous sampling and quantitative analysis of binary process streams of industrial gases and other gas mixing, cylinder identification, and atmospheric control applications.
The 50 Series Continuous Duty Gas Analyzer with thermal conductivity detector (TCD) is custom designed to your specific requirements. The analyzer contains a temperature regulated TCD which enables it to be used in continuous monitoring applications with minimum zero drift. Typical applications involve continuous monitoring of gas streams for low ppm impurity.
Both Analyzers:
- Optimized, Self-Contained Gas Flow System
- Built-in Gas Selection Manifold
- Custom Designed to Your Application
- Choice of standard, corrosion resistant or all stainless steel system
- Class 1, Div 1, Group B, C, D Class 1, Div 2, Group B, C, D available systems
We specialize in manufacturing custom engineered analyzers, therefore, we ask you to give us your specific application parameters in order to quote the appropriate analyzer for your needs.
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Gas density controllers
These operate mechanically. The density of the sample gas is compared via a bellows system with the gas density in a reference gas chamber. If the density of the sample gas alters, the bellows system actuates one or more micro switches. Gas density controllers function independent of any power supply.
Trafag gas density controllers are employed internationally in gas-insulated, high-voltage switchgear in power distribution networks. Their performance record is worldwide is unique. Even at climate-related temperature fluctuations of over 135°C, they provide precise measurement results and function reliably and maintenance-free. They are therefore to be found all around the world, in the ice-cold polar regions or under the blazing desert sun.
Gas density sensors
function electronically. The consistent resonant frequency of a quartz oscillator under vacuum is compared with the resonant frequency of an identical quartz situated in the sample gas. The difference in the resonant frequency is proportional to the density of the sample gas. This difference is processed into a digital or analogue output signal.
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With its intuitive and easy to use operator interface, the CheckMate II headspace analyser is an important everyday tool in any quality control process of modified atmosphere products or for nitrogen flushed pharmaceutical products.
With the CheckMate II headspace analyser operator errors can easily be avoided due to the easy to use bar code recognition feature. The unit ensures that all important data is logged, such as operator name, product line, production date, batch number etc.
Data logging in a central database or on paper
The CheckMate II is available with an optional built-in printer ensuring that all logged data can be easily stored on paper. However, the data can also be transferred to a PC or server, either automatically via LAN or manually via RS232.
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Many thousands of OXITEC® oxygen measuring systems are in operation throughout the world, providing customers with reliable, accurate measurements that guarantee easy and safe control of combustion processes. The OXITEC® analysing systems are the consistent advancement of the InSitu oxygen measuring technique on zircon oxide basis. Only the special gold brazing technique developed by ENOTEC guarantees a durably gas tight measuring cell and makes a regular calibration of the probe redundant.
Probe material and design make a problem-free use of the OXITEC® analysing systems for many years possible, also under harsh conditions, and apart from the explosion-proof execution (probe and electronics) also specially designed models for almost all conceivable applications are available. By the InSitu measurement (measurement directly in the flue gas, without extraction) the OXITEC® oxygen analysing system is maintenance-free, and also concerning the reaction rate OXITEC® is clearly superior to each extractive measurement.
The simple operation of the electronics and the interactive operator guidance make the handling of the SME5 evaluation electronics a child's play.
OXITEC® oxygen analysing systems are available in explosion proofed version (ATEX, CENELEC), too. As the only manufacturer in the world ENOTEC has an ATEX certificated dust explosion proofed probe available.
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BW Technologies by Honeywell has raised the bar for maintenance-free detection with the new GasAlertClip Extreme. Providing two years of protection from H2S, SO2, CO or O2, the water-resistant GasAlertClip Extreme has a built-in concussion-proof boot and is ideal for offshore, marine, and other high-moisture environments.
Equipped with two alarm levels and an internal vibrator, the GasAlertClip Extreme now features four visual LEDs, and a high-output audible alarm. The large, alphanumeric display provides instant notification of gas alarms, test status, life remaining (months then days then hours) and peak (maximum) exposures encountered.
The GasAlertClip Extreme’s advanced microprocessor performs a full function self-test automatically on startup and on demand to verify sensor, circuit and battery integrity, as well as audible/visual alarm operation.
Generating a permanent record of gas alarm events has never been easier. The GasAlertClip Extreme allows for effortless transmission of stored event data to a cordless printer or a PC for review and analysis.
Despite being loaded with features, the GasAlertClip Extreme is compact and light, which makes it comfortable to wear. Clip it to your lapel, pocket, belt or hardhat for unequalled protection.
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BW Technologies by Honeywell announces the arrival of the latest portable multi-gas solution – the GasAlertMax XT. Simultaneously monitoring for hydrogen sulfide (H2S) carbon monoxide (CO), oxygen (O2) and combustibles (%LEL), the GasAlertMax XT features a non-intrusive integrated sampling pump and SmartSample diaphragm pump technology. By offering one-button operation, the GasAlertMax XT provides ease of use and simple compliance to industry safety standards. Tamper-proof, user adjustable options enable the instrument to be customized to suit your specific application.
The GasAlertMax XT is ideally suited to a range of applications and customers including confined space entry, oil and gas, marine and shipping, utilities, wastewater treatment plants, power generation and municipal needs.
Powered by rechargeable batteries that provide enough power for an entire 13 hour shift, the compact GasAlertMax XT comes with standard event logging and datalogging. Calibration is simple with an automatic procedure. The GasAlertMax XT is compatible with the BW MicroDock II automatic test and calibration system. Multi-language support is available in English, French, German, Spanish and Portuguese.
For more information on the GasAlertMax XT, visit www.gasmonitors.com.
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FirstCheck is the very first multi-gas to combine complete VOC and toxic gas detection from 1 ppb up to 10,000 ppm with traditional multi-gas sensors for oxygen, hydrogen sulfied, carbon monoxide and explosive gas detection.
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