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The Series 3500 Trace Oxygen Transmitter is a true two-wire transmitter offering an economical way to make accurate and dependable measurements of trace oxygen in a variety of gases.
The Series 3510 Trace Oxygen Transmitter is the AC powered counterpart of the Series 3500
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Fyrite® Tech 50 & 60 Residential Combustion Analyzers
The Fyrite Tech Analyzers offer service technicians the easiest and most affordable way to gain the benefits of electronic-combustion testing.
It used to be that gas and oil fired residential furnaces and appliances could be adequately serviced by conducting visual tests. But with today%u2019s highly efficient equipment designed to comply with regulatory, environmental and safety concerns, "eye-balling the flame" is no longer a sufficient way to test.
Based on the winning technology platform of the Fyrite Pro Analyzers, the Fyrite Tech offers service technicians an economical means to achieve greater precision than can be obtained with visual tests. From carbon monoxide testing to oxygen and stack temperature measurement, the Fyrite Tech lets technicians instantly gather the precise measurements needed to ensure the safe, compliant, and efficient operation of residential fuel-burning appliances and furnaces.
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KANE250 Combustion Meter
The KANE250 is the lowest priced combustion analyser that does not compromise on performance or features. Its unique rotary switch also makes it the simplest and quickest to use.
Features
Unique rotary switch makes it quick and easy to use
Accurately measure O2, CO and temperatire
Calculates CO2, CO/CO2 ratio and efficency
Multi-fuel, gases and oils
Detachable flue probe
Infra-red output to printer
Kit price includes printer, rechargeable batteries, charger and carry case
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Measuring parameters:
O2, CO / H2, (NO, SO2 and / or CO-high optional), waste gas temperature, ambient temperature, draft or balance pressure.
NOTE: NO2 measurements are not possible.
Computed values:
CO2, CO non-diluted, Lambda, pressure and temperature difference, degree of efficiency (Eta), waste gas losses (qA), NOx, dew point, and Eta combustion value
This lightweight design incorporates many features including:
Powerful storage battery; approximately 30 hours of operation with activated display illumination
Illuminated display showing four simultaneous measuring values in a selectable display combination
Optional upgrades for up to five measuring cells: O2, CO / H2, CO-high, NO, SO2
Integrated printer for plain paper - measuring data can be printed immediately
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LAND has a range of portable gas analysers for testing, checking and monitoring combustion processes for operating efficiency; and analyzing pollutant gas emissions for environmental compliance.
The range comprises lightweight, simple-to-use portable gas analysers with facilities aimed at a wide range of applications. Up to 9 gas measurement are available on a single analyser. There are a wide range of options available, including a data acquisition system - plus the ability to self-configure the analyzer to exactly meet plant and process requirements.
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Features
- Easy to use rotary switch
- Protective rubber sleeve with magnet for “hands free” use
- Multi-fuel: Natural Gas, Propane, Butane, LPG, Light Oils (28/35 sec)
- High accuracy manometer
- Differential thermometer
- “Send” button for instant printout and logging
- Separate reports for: Combustion Pressure Let-by and Tightness Temperature CO build up
- Battery life typically 12+ hours
- Designed to meet BS7927, BS7967 and EN50379
- 5 year extended warranty if serviced annually by KANE
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Gasmet™ DX4000 is a portable FTIR gas analyzer which is typically used in stack emissions monitoring, comparison measurements, catalytic process control and other applications where multiple gas compounds need to be accurately monitored in hot & humid sample gas. The corrosion resistant sample cell is heated to 180 C, which ensures that the sample stays in gaseous phase even with high concentrations of H2O or corrosive gases.
Gasmet™ DX4000 comes equipped with easy-to-use Calcmet™ software, which can display the concentration results in ppm, mg/Nm3 or Vol-%. All measurement data can be stored for further analysis.
Gasmet™ DX4000 is typically set-up to measure H2O, CO2, CO, NO, NO2, N2O, SO2, NH3, CH4 and different VOC´s. Additional gases can be added without any hardware changes. Measurement ranges can be selected from sub-ppm until vol-% level.
Gasmet™ DX4000 can be supplied with the Gasmet™ portable sampling system. This system utilizes hot-and-wet measurement principle (no drying or dilution), which ensures that the analysis is done with a representative sample. The portable sampling unit can be optionally equipped with a ZrO2 sensor for accurate oxygen measurement.
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Gasmet™ DX4030 is a lightweight FTIR gas analyzer for ambient air analysis. It’s designed for applications where a number of compounds need to be accurate monitored in ambient air. Examples include leakage detection and various industrial hygiene applications (monitoring of VOC’s, TIC’s, anesthetic gases etc.). It’s also well suited for first response / HAZMAT type applications, thanks to its lightweight construction and fast response time.
Gasmet DX4030 can be used in table-top configuration or fitted inside a back-pack. With Gasmet DX4030 no sample preparation is needed; the sample gas is drawn into the analyzer with a built-in pump through a particle filter.
Span calibrations are not required, thanks to inherent calibration stability of the FTIR analyzer. The user is only required to perform a zero calibration with nitrogen or ambient air every 24 hours.
The DX4030 features a unique PDA (Portable Digital Assistant) user interface with Calcmet™ Lite software. Analysis results of up to 25 compounds are displayed on the screen of a PDA (Personal Digital Assistant) with Calcmet™ Lite software. Optionally, the measured spectra can be transferred to Calcmet™ DX4030 Pro - software for further analysis with a 250 gas reference library.
The user does not require any previous experience with analytical instruments in order to operate the DX4030.
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The X-Wand® is a new screening technology to measure halogenated volatile organic compounds (HVOC%u2019s) in the field. The X-Wand® is used following ASTM D7203-06: Standard Test Method for Screening TCE - Contaminated Media Using a Heated Diode Sensor.
In addition to the demonstrated utility for field screening soil and water, the X-Wand® can be used in the laboratory to determine which of two very different GC/MS analysis methods should be used to determine HVOC%u2019s in soil samples. This is an important time and cost saving issue for analytical laboratories.
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Zirconia Oxygen Analyzer (Transportable) - Z4010
- Measures from 100% to less than 1ppm
- Fast response time of less than 5s for 90% change
- Fully auto-ranging
- Fully programmable analogue output
- IP67 Rating
The Z4010 fully auto-ranging portable oxygen analyzer measures a wide range of oxygen concentrations from percentage levels to less than ppm in clean nonreactive gas mixtures. The zirconia oxygen sensor has a fast response time of less than 5s for a 90% change. Its robust carrying case, fast warm up time and switchable supply voltage provide an ideal solution for on-the-spot oxygen monitoring applications.
A large multi-digit, auto-ranging LCD is used to display measured concentrations and also user-adjustable parameters for alarm and analogue output configuration. A programmable analogue output provides an easy means to log results where necessary.
Two alarms channels, user-configurable for high, low or off states and hysteresis, each provide one set of volt free changeover contacts. They can be set to any concentration within the span of the instrument. A choice of two analogue outputs is available, 0 to 5V or 4 to 20mA, each with several pre-set ranges. Sample flow adjustment and monitoring are built-in, along with a sample pump for applications with a low sample pressure.
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Teledyne Analytical Instruments offers a wide array of trace and percent portable oxygen analysis instrumentation built for both accuracy and endurance.
The Model 3110 portable trace oxygen analyzer combines a rugged design with the high reliability of Teledyne's trace level sensors. This ensures highly accurate ppm oxygen readings in a variety of background gases -- including hydrocarbons. The batteries supply at least 100 hours of continuous power to the analyzer, with a low-battery indicator LED.
The Model 311TC and 311XL portable trace oxygen analyzers provides complete oxygen analysis in a compact package. With high accuracy and fast response, this unit is FM approved intrinsically safe for use in Class I, Division 1, Groups B, C, and D. The 311PC offers the same features for percent analysis.
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The Series 3520 Trace Oxygen Analyzer is a light-weight, compact portable oxygen analyzer designed for industrial and commercial applications where accurate, spot oxygen measurements need to be made.
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The Titan-OL is a turnkey, process-ready gas analysis system. The analyzer and sample handling hardware can be wall or frame mounted in a NEMA enclosure suitable for use in production environments, including Class I, Div. 1. The integrated sampling system is fully purgeable and can handle multiple sample and reference lines.
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Airsense
High Speed Multi-component Gas Analyzer
On-line, process gas analyzer, providing the combination of high speed analysis, ultra low detection levels, operational and integration flexibility, along with ruggedized operation.
Based on the Ion Molecule Reaction (IMR) principle coupled with a patented ion transfer system, several hundreds of Airsense operate in a vast number of industrial and laboratory based applications.
Attributes Include:
High speed multi-component analysis
Flexibility and ease of operation allows for integration easily to any test location
IMR technique provides the analysis capabilities for an extensive list of contaminants with no interferences or false positives
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The oxygen analyzer ARELCO A.R.C. Model POA MP - R integrates an electrochemical sensor sealed without mainntenance, and an electronics with microprocessor very successful.
The display with touch-sensitive screen allows to show in a look the totality of the essential parameters and to reach the various menus.
The device incorporates a function of internal memorization of data ( 350 values) stretchable by card SRAM which assures a total traceability on the analyzer (values of alarms, error message, calibration, modifications of configuration).
All these data is available on a parallel release (for connecting in a printer) and on a digital release RS232.
The function automatic calibration is easy to use and honorable elements as the choice of the values standards, the sequence of calibration thrown manually, at a set time or in interval of regular time, the choice of a calibration in one or two points, the safety in case of error on the gas used for the calibration.
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INFICON residual gas analyzers are used as diagnostic tools to aid process engineers in continuously monitoring the manufacturing process for the presence of contaminant gases and for verifying the presence of desired process gases.
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Model 4020 Total Hydrocarbon Analyzer
The Model 4020 utilizes a flame ionization detector (FID) for the continuous trace analysis of total hydrocarbons (THC) under a variety of different process conditions. The principle of operation is based on measuring the ion current generated when organic compounds are dissociated in an intense hydrogen flame.
The 4020 is ideal for monitoring hydrocarbon contamination in high purity bulk gases. When coupled with Teledyne's unique separation column, the 4020 is also diverse enough to be applied in hazardous locations for the detection of volatile hydrocarbons in cooling water for process leak detection and environmental compliance.
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ANTEK’s Model R 1040 Total Hydrocarbon (THC) Analyzer is lightweight and easy to use in the laboratory, on-line/process, or field. It analyzes gas samples in a variety of applications such as air monitoring, specialty gas manufacturing and/or blending, semiconductor manufacturing, or other areas where THC information is needed.
Features & Benefits
- Continuous measurement of total hydrocarbon in gas samples
- Factory set according to your application
- Flame status optically monitored, not signal dependent
- Sensitivity of 1 ppm CH4 full scale, LDL–10 ppb (application dependent)
- Linearity within 1%
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The 6400-TSG utilizes a flame combustion converter module (FCCM) with field-proven UV-Fluorescence technology to detect all sulfur compounds in a gas stream. The analyzer includes sample conditioning system to properly handle a variety of sample compositions, including fuel/combustible gases, with minimal maintenance.
Advantages
Ranges from 0-200 ppb to percent levels - detection as low as 10 ppb
Continuous reading updates - no switching valve to service
Non-consumable sensing technology
High-temperature flame of FCCM ensures complete sulfur conversion
No maintenance of FCCM expected in first two years of service
No pure oxygen required as a utility gas
Single and multiple sequenced stream configurations available
Class I Div 1 (Zone 1) and Class I Div 2 (Zone 2) configurations available
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RAID-AFM The RAID-AFM (NC Version) meets the challenging requirements for the protection of Critical Infrastructure. Designed to be used in a stationary role it provides long term monitoring of chemical agents threats (chemical warfare agents, CWA as well as toxic industrial chemicals, TIC and nuclear radiation.
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HORIBA's INM-700 in-situ gas analyzer is designed to meet the requirements of coal-fired power generation plants for cost-effective, low maintenance NOX monitoring. The analyzer uses a ceramic diffusion filter and Zirconium Oxide sensor directly in the gas stream, which eliminates the need for an extraction process for sample collection, and results in lower maintenance. The INM-700 is ideal for inlet SCR control, NOX measurements, and burner balancing/combustion tuning in boiler plant operations.
The INM-700 has the advantage of lower installation, maintenance, and capital costs, and a faster response time. In addition, for compliance strategies, the ceramic filter allows measurements to be taken near the combustion point of the furnace.
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SERVOPRO Plasma (k2001)
The SERVOPRO Plasma is designed for continuous monitoring of nitrogen in argon, helium or both. Its unique plasma emission detector provides an accurate, highly stable and reliable measurement. It uses a new micro-processor platform that offers enhanced connectivity, allowing you to remotely control the analyser from anywhere in the world.
- Unique Plasma emission detection
- Wide measurement range
- Lowest measurement range offers 10ppb resolution
Technology Used
Plasma Emission Detector - Servomex's unique non-depleting plasma emission cell offers an accurate, selective, and reliable measurement.
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SERVOTOUGH Fluegas (2700) Combustion Gas Analyser
The SERVOTOUGH Fluegas measures oxygen and combustibles in flue gases to allow improved combustion efficiency and reduced emissions. The Fluegas gas analyser is designed to suit the most demanding needs of combustion efficiency applications in the Power Generation and Process Industries.
- Continuous measurement of Oxygen and / or combustibles
- Simple to operate and install
- Fully field maintainable
- High sensitivity sensor: ranges 0-500ppm to 0-2000ppm
- High range sensor: ranges 0-1500ppm to 6000ppm*
- Suitable for high temperature operation up to 1750°C (3182°F)
- *ranges up to 1 or 2% in certain applications
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SERVOFLEX MicroMarine (5100 Marine)
The SERVOFLEX MicroMarine is an accurate, highly reliable portable gas analyser specifically designed for use in marine applications.
- Designed for measuring levels of oxygen or methane during gas freeing, cowing and other marine operations
- Meets the latest electrical and mechanical hazardous area safety requirements
- Accurate and reliable non-consumable sensors
- Backed by a worldwide support network
- No need for annual factory service
- Marine approvals: LR and DNV type approval, ABS Product Design Assessment.
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VA-3000/VS-3000 Multi-component Analyzer
Product Overview
From environmental monitoring to developing new energy sources and chemicals for the new era, gas analysis systems are faced with needs and challenges that have changed dramatically over time. Responding to these new needs, HORIBA has developed the VA-3000, the versatile gas analyzer that's ready for the future. A single analyzer is now capable of measuring a wider selection of gas components utilizing many different types of sensor technology. Non-dispersive infrared (NDIR) modules are available to measure gases such as CO, CO2, NO, N2O, CH4, SO2 and others. A chemiluminescent sensor module may be included to measure NO or NOx with a standard converter. And four different types of sensor modules are available to measure O2 - galvanic, paramagnetic, zirconium oxide or magnetopneumatic. Designed to be compact and lightweight, the VA-3000 may have up to three sensor modules installed in a single analyzer case. This unique feature means the VA-3000 can be used today for a broad range of applications including research and development or environmental pollution monitoring, where efficiency and space-saving are crucial.
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SERVOPRO 1440 Gas Analyser
The 1440D provides a convenient solution for the measurement of one or two of the following gases: oxygen, carbon dioxide, carbon monoxide and methane.
- Excellent stability and performance
- Low maintenance
- No electrochemical cells to replace or renew
- Variants suitable for flammable / toxic sample gases
- 19” rack, panel mount or bench-top case options
- Concentration and low flow alarms
Technology Used
Oxygen – Servomex’ unique paramagnetic cell, which offers a fast, linear, accurate, highly stable and selective response in a non-depleting rugged package.
Carbon monoxide (CO), carbon dioxide (C02), Methane (CH4) – Single beam, single wavelength infrared technology, which gives a highly stable, selective measurement.
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SERVOPRO 4100 Gas Analyser
The 4100 is designed to meet the process control and product qualification needs of industrial gas producers and users.
- Easy to set up and operate
- Low maintenance
- Extremely stable and reliable sensors
- Can measure up to four gases simultaneously
- External analogue input facilities
- RS232 / RS485 serial data output
- Modbus TM communications
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The Oxatex oxygen analyser is designed for the continuous measuring of oxygen content in combustion flue gas for industrial installations, such as:
- Power plants
- Refineries
- Heating installations
- Industrial waste incinerators
- Process control applications, etc.
The flue gas to be measured is fed to a zirconium micro-gauge by natural
circulation.
The measured reading is directly processed by the unit’s integrated electronics.
Advantages:
• Robust Industrial construction for daily use in the most difficult of environments.
• Reliability of readings by automatic programmable calibration at regular intervals (optional).
• An «all in» one concept, with integrated electronics for reduced installation costs.
• Easy setting of parameters, carried out by remote control
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SERVOTOUGH Oxy Analyser (1900 Digital)
Offering an exceptional range of industry-standard options and three unique, ground-breaking functions, the forthcoming Servomex SERVOTOUGH-Oxy oxygen gas analyser will set new standards of flexibility, stability and reliability from a single, cost-effective unit.
The new SERVOTOUGH Oxy is an intrinsically safe oxygen analyser for zone 1 areas with no purge required.
Technology Used
Oxygen – Servomex’s unique paramagnetic cell, which offers a fast, linear, accurate, highly stable and selective response in a non-depleting rugged package.
The sensors use non-depleting technologies, maximizing availability and reducing maintenance and operating costs.
Features
- Heated sample cell allowing significantly simplified sample system requirements
- Internal flow sensor for improved safety
- Internal pressure compensation for barometric and process fluctuations e.g Flare Stacks
- Autovalidation safely reducing the level of hands on maintenance with the highest confidence
- Low cost of ownership with no need for reference or purge gases.
- Long calibration intervals and indefinite cell life
- Configurable build giving specific solutions for a wide range of applications
- FEMA report available fully supporting SIL2 failure Mode & Effects analysis
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