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3650 handheld analyzer measures accurately both saturated and trace level (down to 1 ppb) concentrations of oxygen in gas as well as in liquids. 3655 measures dissolved oxygen. Stores up to 500 measurements. Rechargeable batteries allow up to 40 hours operation in continuous measuring mode.
-Waterproof, super-sturdy, lightweight O2 or dO2 analyzer
-Works with an Orbisphere patented electrochemical sensor
-No warm up necessary for accurate measuring
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Easy to use and simple to calibrate using your choice of gases, the Rapidox 2100 offers exceptional performance and flexibility using a rugged, long-life zirconia oxygen sensor. The Rapidox 2100 portable oxygen gas analyser is packed with features usually available only in much more expensive oxygen analysers.
From the display to the outputs, every feature is fully user-programmable using the menu system on the front panel. An auxiliary input can be used to connect an optional pressure, vacuum or dewpoint sensor.
The Rapidox is supplied with powerful Windows software for easy data-logging and graphing. Just switch on and start measuring...
- Portable on-line zirconia oxygen analyser
- Highly sensitive and ideal for use in vacuum applications.
- Suitable for helium gas mixtures
- Optional external additional sensor: pressure, vacuum or dewpoint
- Rapid response long-life sensor
- Range 10E-20ppm to 100% O2
- Wide temperature range (0 - 650°C)
- Installed directly in gas pipes or gas tubing using the sampling chamber supplied
- Suitable for operating in helium gas mixtures
- Suitable for static or flowing gas applications
- Perfect for furnace / kiln applications & Flue gas monitoring
- Optional sample pump attachment available
- Sensor (on 2m cable) must be installed in gas stream by the operator
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On-line process analyzers for the compositional analysis of gas and liquid sample streams. Common applications include: purity analysis, blending control, quality (concentration, color, etc.) assurance, reaction rate monitoring, waste effluent analysis, feedgas monitoring, color-precursor detection, plating bath analysis, and many others.
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ORBISPHERE 3620 Series
Gas Analyzer
Dual channel analyzers designed to work with two Orbisphere patented sensors. Available in wall-, rack- or panel-mounted versions for online measurement or portable version. Designed for optimum measurement and control in harsh environments. Performs equally well in low and in high concentrations, in liquid or in gas phase
3620 for CO2 and N2 monitoring for beverage processing.
3621 for O2 and CO2, N2 or H2 monitoring for beverage processing or power generation
3622 for H2 and N2 monitoring for power plants
3623 for O2 and H2 monitoring for nuclear power plants
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Analyzers designed and assembled from Fer Strumenti from 25 years, has caught up an absolute degree of reliability that make them suitable for use in the more aggressive conditions and in the highest temperatures. Wide availability of accessories make this probes suitable also in extremely hostile processes. Available in version for safety areas, and for areas with explosion risk(ATEX available). Hart protocol available as option
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The Ultima ID HVAC Refrigerant Identifier delivers the capabilities today’s professional HVAC professionals want:
Capabilities:
Dispersive infrared (NDIR) technology determines the weight concentrations of R12, R134a, and R22 hydrocarbons and air.
“Blend-ID” analytical software quickly and accurately indicates the presence of R410a blend refrigerant.
Automatically determines the purity of R134a refrigerants, reducing the potential for human error.
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Dycor Residual Gas Analyzers and Mass Spectrometers incorporate the latest sensing technology and are being used in thousands of applications located around the
world. Featuring smart sensor design for distributed control, and a choice of open or closed ion sources for applications ranging from UHV applications to PVD and
CVD processes, Dycor offers the optimum configuration for your gas analysis needs.
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The residual gas analyzers from SRS offer exceptional performance and value. These RGA's provide detailed gas analysis of vacuum systems at about half the price of competitive models. Each RGA system comes complete with a quadrupole probe, electronics control unit (ECU), and a real-time Windows software package that is used for data acquisition and analysis, as well as probe control.
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AMETEK Western Research offers two high-performance tail gas analyzers, allowing the customer to choose the model they prefer. The model 900 ADA can measure H2S/SO2/COS/CS2 while installed remotely from the sample tap. When on-the-pipe measurement is required, the 880-NSL offers H2S/SO2 analysis with virtually no-maintenance due to its long lamp life and rugged design.
We also produce acid feed gas analyzers, pit gas analyzers, analyzers for TGTUs, and continuous emission monitors for the thermal oxidizer's stack.
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The GOW-MAC Series 23-550 FID Hydrocarbon Analyzer uses a flame ionization detector (FID) to establish the total hydrocarbon content of grades 5 and 6 high purity gases, specialty gases, electronic gases and ambient air. The detection of trace levels of hydrocarbons in pure gases used in the semiconductor industry, air separation plants and packaged by the bottled spec gas producers are determined from the sub-ppm level to higher levels with excellent linearity. Standard and corrosive resistant analyzers are available.
The Series 23-750 FID Hydrocarbon Analyzer allows for the analysis of total hydrocarbons, carbon dioxide, and carbon monoxide by a built-in methanizer. The methanizer is user selectable for quantitating methane alone or methane plus carbon monoxide and carbon dioxide.
GOW-MAC’s Total Hydrocarbon Analyzers offer unique features, including: triple ranges from 0.03 ppm to 19,999 ppm methane in nitrogen using hydrogen as fuel; units meet EPA certification for linearity; an electronic flame-out circuit to continuously monitor the flame (eliminating flame out sensor burnout); digital readout; and terminals for permanent recording of data. Both analyzers are offered with an optional sample stream, calibration, and zero selection system.
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The 100 Series of analyzers are designed to provide precise and reliable measurements of SO2, H2S, Total Reduced Sulfur and Total Sulfur in ambient and smoke stack applications. Using the sensitive UV Fluorescence method, the 100 Series allows repeatable and linear results over a broad range of concentrations.
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Series 1200 Analyzer for Trace N2 in Argon
Series 1300 Analyzer for Trace N2 in Helium
Series 1400 Analyzer for Trace H2O in Argon
Each series has variations to choose from covering different ppm ranges.
Detection is based on spectral emission of argon (helium in the Series 1300) plasma. High signal gain and improved noise rejection, gives each series the guaranteed sensitivity of 10 ppb for the impurity.
Each analyzer is designed as a rugged, low cost, low maintenance, straightforward instrument to operate. There are no valves, carrier gas, or radioactive source. The analyzer is virtually maintenance-free. Features of the analyzers include on-line, continuous trending of impurity concentration with no need for sample injection or separation columns; Exposure to atmosphere or high impurity concentrations does not result in damage to the analytical cell; Recovers quickly from high impurity levels; Rapid recovery is enhanced by the unique detector design; Over-range protection eliminates possibility of false readings caused by high impurity plasma quenching; A non-depleting cell for extended operation provides long life and is maintenance-free; Patented electro-optical modulation eliminates unwanted noise and drift.
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Developped by GAZ DE FRANCE, the COMBUMATIC is designed to monitor
the quality of Natural gas by determination of comburity or Wobbe index.
This parameter is very usefull when the change of natural gas composition
can upset the process.
The instrument is based on an air/gas blender, a catalytic combustion
chamber where is burnt the air/gas sample and a cell to measure the
oxygen remaining after combustion.
A programmable controller receives all measured values and safety status
and calculates the comburity and Wobbe index. This controller is also able
to initiate automatic calibration cycles with malfunction detection related to
the calibration.
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or industrial service where changes in fuel gas or ambient air characteristics will upset the heating process, the mixture output from the combustion controller can be monitored and controlled. The Selas Qual-O-Rimeter Mixture Monitor detects any deviation in flame temperature and automatically adjusts the gas/air ratio to compensate. By connecting the Qual-O-Rimeter sample line immediately downstream of the combustion controller, continuous and accurate correction for gas and ambient air variations is assured before production is affected.
The Selas Qual-O-Rimeter Mixture Monitor is superior to oxygen analyzers for temperature-sensitive processes. Pushbutton control, digital display, and microprocessor circuitry assure easy operation and fast-acting response. Built-in alarms and an output for optional recorder are also included.
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ACX is a complete system solution for continuous gas analysis
The ACX system includes everything from probe, heated lines, sample conditioning to reliable and time-tested analyzers of the Advance Optima series. It can be operated from the outside.
The system is available in various variants tailored to your measuring tasks - emission monitoring, process gas measurements and cement applications.
It is especially designed for easy service and maintenance.
The unique features of the ACX:
Compact, completely designed system
Up to 6 measuring components
Sophisticated internal function control
Designed for easy maintenance
Comprehensive digital communication
Global remote maintenance and control with Analyze IT Explorer
Emission certificates available
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The Series 9500 Oxygen and Carbon Dioxide Monitor is designed to provide continuous, unattended monitoring of both oxygen and carbon dioxide.
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Q-TRAK™ Indoor Air Quality Monitor
Model 7565
Providing a comfortable, safe and healthy indoor environment is an increasingly important concern. Good air quality increases concentration and productivity. It can also reduce lost days due to absence. TSI’s Q-TRAK IAQ Monitor provides quick, accurate information to assess key IAQ parameters.
Features and Benefits
• Measures CO2, temperature, humidity, and CO
• Calculates dew point, wet bulb and percent outside air
• Displays up to 5 measurements simultaneously
• One instrument with multiple plug-in probe options
• User-selectable logging intervals and start/stop times
• Store up to 38.9 days of data collected at one-minute log intervals
• TRAKPRO™ software provided for data logging, analysis and documenting results
- Perform single-point tests for quick building surveys
Easy to Use
The Q-TRAK features a menu-driven user interface for easy operation. On-screen prompts and step-by-step instructions guide the user through operation and field calibration. The Q-TRAK also features an ergonomic, overmolded case design and a keypad lockout to prevent tampering during unattended use.
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The CO-measuring system was developed according EU regulations for controlling the concentration of the limit values of carbon monoxide (CO) and nitrogen (NO) if applicable.
The warning-system can be connected to the tunnel DCS.
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The new Serinus 10 Ozone (O3) analyzer is the next generation in
gas monitoring technology.
The Serinus 10 Ozone analyzer uses proven non-dispersive
ultraviolet (UV) absorption technology to measure O3 in ambient air
(LDL <0.5ppb, Range 0-20ppm). Combining several new technical
advances and innovative features, the Serinus delivers Ecotech’s
renowned performance and excellent value.
Superior performance
• U.S. EPA approved
• New zero volume fittings and flexible Teflon® tubing improves system integrity
• Advanced diagnostics and status indicator deliver better instrument status information
• New removable flash memory stores eight years of data, including up to 16 individual parameters and event logs
Lower Cost of Ownership
• More affordable to purchase, operate and maintain
• Utilises low cost consumables, spare parts and accessories
• Reduced power usage and a lower carbon footprint
Reduced Maintenance
• Remote diagnostics and maintenance functions including calibration, parameter set-up, operational status etc.
• Standardised components reduces the cost of spare parts, accessories and consumable items
• New “dual particulate filter” can reduce scheduled maintenance calls by up to 50%
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The HORIBA Advantage combines advanced combustion technology with a unique, patented design. HORIBA first introduced analyzers for emission and air monitoring in 1964. Today, HORIBA Jobin Yvon is the only company that offers the experience of HORIBA combustion analyzer technology and over 180 years of expertise and experience in optics and spectroscopy.
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ECA 450 Combustion Efficiency & Environmental Analyzer
The ECA 450 is ideal for professionals concerned about combustion efficiency, environmental compliance, or both. It enables plant maintenance engineers and managers, industrial boiler/furnace service technicians, energy coordinators, compliance officers, environmental auditors and safety managers ensure that industrial equipment is burning efficiently while environmental regulations are being met.
Unlike any other industrial grade combustion efficiency and environmental analyzer on the market today, the new ECA 450 from Bacharach conducts accurate combustion and emissions tests that will help you meet environmental regulations and ensure your equipment is burning efficiently. The ECA 450 measures Oxygen, Carbon Monoxide, Nitric Oxide, Nitrogen Dioxide and Sulfur Dioxide, as well as combustibles, temperature and draft. It also calculates combustion efficiency, excess air, carbon dioxide, NOx (Nitrogen Oxides) and pollution units.
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Uses :
- Emission monitoring - of exhausts from chemical processes, Ammonia in stacks, scrubber efficiency and filter break-through
- Process quality control measurements - of trace impurities in pure gas production or SF6 leaks from operational transformers
- Occupational health and safety measurements - of possible production or accumulation of toxic/carcinogenic substances in working areas
- Automotive monitoring - of alcohol content in vehicle exhausts and production of Ammonia and N2O in diesel exhausts
Features :
- Selectively measures a wide range of gases/vapors
- Linear response over a wide dynamic range
- High stability (low drift) makes calibration only necessary 1-2 times a year
- Extremely reliable due to self-testing procedures
- User-friendly procedures for calibrating the monitor, presenting and analyzing measurement data via the PC user-interface
- Accurate - compensates for temperature fluctuations, water-vapor interference and interference from other known gases
- Extremely low-volume flushing possible
- Fits in a standard 19 inch rack and collects samples from points up to 50m away
- Presents measurement data both in tabular and graphic formats - up to 5 gas concentrations and water vapor graphs displayed, simultaneously
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Teledyne%u2019s hand-held GB300 Portable Percent Oxygen Analyzer is designed for use in a wide variety of applications from diving to fine tuning boilers.
Lightweight and easy to use, the GB300 incorporates Teledyne%u2019s own Micro-fuel Cell sensor for quick and accurate analysis of oxygen.
This maintenance-free, sealed, electrochemical cell is specific to oxygen, insensitive to flow rate, and has a 90% response in less than 10 seconds. At the end of its life, the cell is discarded and replaced like a flashlight battery.
Constructed of high impact resistant materials, the GB300 provides unparalleled performance under the harshest conditions. The unit is powered by 3 AA batteries which should last for at least 2000 hours of use.
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The EasyLine analyzers are the entry line to the ABB continuous gas analysis. The analyzers incorporate ABB's proven measuring technology for many applications like emissions monitoring, biofermenters, landfill, combustion processes, ambient air monitoring, silo monitoring, fruit-warehouses, food packing, O2 purity measurements, gasfilling.
EasyLine analyzers can measure flammable gases in general purpose environments.
Proven analyzer technology
Intuitive operation by a practical navigation menu
Extensive self-diagnosis functions
NEW: Internal QAL3 reporting option according EN14181
NEW: first analyzers already meets the new European guideline EN 15267-3
Automatic calibration
Digital output and control by means of RS232/RS485 port with Modbus protocol
19" wide, 3 HU only, for rack mounting
compact, purgeable IP65 enclosure for wall mounting
Several types of analyzers are available:
Uras26 with NDIR Photometer
the photometer can also be combined with a chemical oxygen cell, with the paramagnetic oxygen sensor or with the thermal conductivity sensor!
Caldos27 thermal conductivity sensor
Magnos206 with paramagnetic oxygen sensor
Electrochemical Oxygen cell
A gas feed unit can be integrated as an option
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ABB Analytical and Advanced Solutions offers three series of gas analyzers to meet the requirements of the different industrial sectors.
The analyzers will be delivered with an unrivalled range of innovative measurement technology, easy operation, simplified calibration and concepts for operation in hazardous locations and outstanding possibilities for integration in digital networks.
The Advance Optima process gas analyzers have a modular design that increases flexibility and saves money.
Analyzer modules can be combined into tailor-made solutions and upgraded to new features at any time.
Remote modules are easily attached and centrally operated.
Advantage of Advance Optima: Three analyzer modules just need two enclosures!
One central unit and various analyzer modules
– with common controls
– with a common connection technology
– in a common system housing
All analyzers use high performance measurement technology and simplified calibration that doesn't require test gas bottles.
– Photometers
– In-Situ Laser Analyzer
– Oxygen Analyzers
- Trace Oxygen Analyzer ZO23
– Thermal Conductivity Analyzers
– FID Analyzers
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* Ion-selective electrode with patented, replaceable tip
* Automatic calibration
* Temperature-controlled wall-jet flow cell
* Rugged, lightweight enclosure
* Ultra-low reagent consumption
* Virtually immune to interferences
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testo 330-1 LL flue gas analyzer with long-life gas sensors, rechargeable battery and calibration protocol included
In the testo 330-1 LL, the follow-on costs for the user are greatly reduced by the extended sensor life of up to 6 years for O2 and CO. At least one sensor replacement is avoided during the typical duration of use of the instrument. In addition to this, Testo gives a warranty of 4 years on the complete instrument (testo 330-1 LL incl. O2 and CO sensors as well as probe). The great adavantage of the flue gas analyzer is its capability for dialogue. At the press of a button, the instrument diagnosis provides information on qualitiative status, e.g. the filling level of the condensate trap, or of wearing parts such as the status of the gas sensors. Maintenance intervals are displayed. The modular probes, such as those for differential temperature and pressure as well as for flue gas, are automatically recognized by the measuring instrument. The measurement results thus immediately appear in the menu.
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testo 335 flue gas analyzer, rechargeable battery and calibration protocol included, equipped with O2 sensor
testo 335 is the new generation flue gas analyser, specially tailored to industrial applications' requirements. testo 335 can be used for all emission monitoring applications by the operators of industrial furnaces such as processing and power plants, by service technicians for burner/furnace manufacturers, for plant construction as well as for stationary motors. Even spot measurements for up to 2 hours are possible.
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testo 350 XL analyzer box, equipped with O2, CO (with switch-off and rinse function), NO, NO2, differential pressure measurement, 2 temperature probe sockets, gas preparation, Testo data bus adapter, automatic fresh air rinse with valve (including measurement range extension with dilution factor 5 for all sensors), built-in rechargeable battery, data memory, can be upgraded to max. 6 gas sensors (with H2S, HC, SO2, CO2 NDIR)
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Extractive process gas analysis is characterized by the fact that a sample is extracted from the process line and conveyed to the analyzer. Typically, the sample is extracted by a probe, then transported through a sample line and conditioned before being processed to the analyzer.
Siemens has integrated numerous extractive analytical methods in the series 6 analyzers family with a modular and consistent housing and operating concept. Each of the analyzers is thereby a class of its own:
IR-active components: ULTRAMAT 6 and ULTRAMAT 23
IR-active components and Oxygen
Oxygen: OXYMAT 6 and OXYMAT 61 and OXYMAT 64
Hydrocarbons (total content measurement): FIDAMAT 6
Hydrogen and noble gases: CALOMAT 6 and CALOMAT 62
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