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Kanomax handheld particle counters are designed for cleanroom certifications. The Model 3886 measures 5 particle sizes simultaneously with optional multi-functions, such as air velocity, temperature, and humidity. Its low air velocity measuring function is suitable for laminar flow units.
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Kanomax handheld particle counters are designed for cleanroom certifications. The Model 3887 3-channel particle counter is CE certified and ensures compliance with industry standards, such as ISO 14644-1. It is also perfect for initial assessment of indoor particulate levels and provides instant, repeatable levels of toxic parameters, VOCs and particulates.
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Characteristics
The new STAUFF Laser Particle Counter I is a microprocessor-controlled 8-channel particle counter designed for monitoring the degree of contamination of mineral based hydraulic fluids. In contrast to other commercially available particle counters, the LasPaC I is characterized by a few special features. The readings from the LasPaC I will immediately indicate the condition of the hydraulic system, the data will be documented, and you will be able to intervene at an early stage in order to prevent wear and damage to the components in the hydraulic system. This does not only minimize repair costs, but also reduces overall equipment downtime.
Technical Data
* Microprocessor-controlled 8-channel particle counter for contamination monitoring of mineral based hydraulic fluids
* Laser sensor cross-section: 500 x 500 %u03BCm
* Maximum concentration: 24,000 p/ml at a flow rate of 25 ml/min (ISO 4406 Code 23)
* Calibration according to ISO 11 171 (1999):
4 to 70 %u03BCm(c) relating to ISO 4406 (1999) and SAE AS4059 Rev. D (2001)
* Calibration according to ISO 4402 (1991):
2 to 100 %u03BCm relating to ISO 4406 (1987) and NAS 1638 (1964)
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Hand Held Single Gas Analyser
AUTO 1-2 CO
AUTO 1-2 O2
AUTO 1-2 NOx
Features
- Auto 1-Series for measuring: Carbon Monoxide (CO), Nitric Oxides (NOx) or Oxygen (O2)
- Handheld, fully portable with internal batteries and 12v adapter cable
- Compact, robust design for fast, accurate and efficient exhaust gas monitoring
- Easy to operate, no complex calibration
- Long life sensors and pumps
- Proven technology from the specialists in hand held gas analysers
- Complete with hose, probe and clamp, water trap and filter, 12v adapter cable, 4 x AA batteries, spare filters, protective boot and carry case
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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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Either in environmental related gas analysis like stack testing, continuous emission monitoring (CEM), vehicle emission testing or LEL warning indication and in process applications like combustion efficiency monitoring, boiler trim, ethylene plants or petro chemistry, sample gas needs to be extracted from the gas stream.
It is obvious, that for a reliable analysis the sample gas must be extracted free of ambient gas leaking into the system and at the same time the dew point of the sample must remain stable.
This explains why the sample gas probe is the important interface between the process and the analyser system.
Quality, reliability and low operation cost have been the main targets for the development of this programme. The results are outstanding: the modular design allows application specific combinations in a very price effective manner.
The GAS 222 series of sample probes provides "down to earth" solutions based on advanced modular designs.Depending on the application, a variaty of heated or unheated basis units can be combined with in-situ or downstream filters. The filter material can be chosen from sintered ceramic to sintered stainless steel or even pleated stainless steel. Filters with large surfaces provide long life time. For the in-situ filters a highly efficient blowback system is available at reasonable cost.
Bühler sample gas probes are the best solutions if cost effective installation and low operational cost are a concern!
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The gas sample probes are used for continuous extraction of gases from dust loaden, high temperature or humid processes for the gas analysis.
Unheated, heated, explosion proof and portable versions are available.
Due to its modular design the gas sample probes can be adapted to nearly all process conditions.
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The analyser from ARELCO A.R.C. model CATARC MP - R integrates a sensor which works on the principle of thermal conductibility and a very powerful electronics with microprocessor. It is designed for monitoring and checking binary gas blending like H2/N2, He/N2, SF6/air, ...
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The analyzers of line 4400 are suitable to being installed in rack cabinets 19 " or to panel, being placed on a job plan, and at last easy transportable thanks to a comfortable balancing handle.
They integrate the sensitive units and of control of the analyzers from process in an elegant aluminum structure and supply in continuous, with extreme precision, marks them proporziona them to variable the gaseous one wished.
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H-Sense
Hydrogen Gas Analyzer
One of industry's first, true, on-line hydrogen gas analyzers. By utilizing standard MS techniques, coupled with a unique gas handling system, the H-Sense is proven to be a powerful, high speed, direct emission, hydrogen gas analyzer.
The mobile analyzer boasts a number of advantages:
Electron Pulse Ionization (EIMS) mass spec principle optimized for H2 only analysis.
Fully integrated gas inlet system compensates for high pressure variations.
High dynamic detection range (low ppm to 100%), highest degree of flexibility, ruggedized for any industrial or laboratory process.
System contamination from particulate or condensation is eliminated
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Hydrosteel 6000 is the ultimate portable monitoring tool for sour, HF and high temperature corrosion and diffusible hydrogen damage in steel.
The intrinsically safe instrument is totally non-intrusive and with minimal test surface preparation, and no consumables such as grease required, reliable measurements can be made within a minute.
Measurements can be taken from small pipes and large vessels, at any orientation and at any temperature up to 500 °C (932 °F), with a single probe.
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The Casella CEL Microtherm Indoor Air Quality instrument is designed to monitor and record the indoor environment of storage facilities, factories, office or general workplace environments.
The overall instrument is compact and portable, allowing it to be transported and operated by a single person. Power is supplied from the mains, re-chargeable battery pack (option) or a combination of both. The fully integrated comprehensive software enables the user to archive data and generate reports automatically
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DirectSense IAQ Monitors from GrayWolf make proactive indoor air quality surveys efficient and easy to conduct. Optimize the balance between facility energy efficiency and occupant health & comfort. Identify potential IAQ issues before they become problems and respond immediately to complaints with the highly accurate, extremely advanced and the most intuitive portable IAQ meters and test instrumentation available today.
This IAQ meter is designed for both walk-thru surveys and for long term (hours/days/weeks) trend logging: the 2 modes necessary for thorough Indoor Air Quality investigations.
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Quest Indoor Air Quality Monitors provide you with a single source diagnostic tool for recording, reporting, charting, and analyzing your indoor air quality data.
Typical Applications for Indoor Air Quality Monitors include:
IAQ Complaint Investigation and Mitigation
Air Exchange Rate Measurement
HVAC System Performance Monitoring
HVAC System Balancing
Mold Investigation and Remediation
Health and Comfort Assessment
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The Kanomax IAQ Monitor 2211 features quick start-up and high accuracy in measuring carbon dioxide and carbon monoxide concentration levels in the environment. Temperature and humidity are also simultaneously measured in ah handy lightweight design.
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CO2 & CH4 Infrared Gas Analyzer (Wall Mount) - IR600
In-situ Carbon Dioxide and Methane Detection Monitor
- Continuous monitoring of carbon dioxide or methane
- Dual wavelength infra-red sensors for long-term stability and accuracy
- Digital display with 4 to 20mA analogue output & alarm/control relay outputs
- Choice of ranges from percentage to trace concentrations
- Remote sampling as standard
IR600 in-situ analyzers continuously monitor carbon dioxide or methane in concentrations ranging from 100% down to ppm levels. Features include a dual wavelength sensor, remote sampling, digital readout, adjustable level relay outputs for alarm and control purposes, and minimal maintenance.
High performance is guaranteed by the infra-red sensor which makes use of a reference wavelength as well as a sensing wavelength, thus maintaining accuracy over long periods without the need to recalibrate.
An internal pump draws gas samples into the sensor through a particle filter from an intake which can be located at distances up to 30m from the monitor. The intake can be fitted with a moisture exclusion unit for use in wet environments.
A choice of seven concentration ranges from 0 to 100% down to 0 to 3000ppm (0.3%) is available for carbon dioxide monitoring and a choice of three, 0 to 100%, 0 to 30% and 0 to 10% for methane monitoring.
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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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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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Fast, non-intrusive measurements of gas concentrations and temperatures, performed inside of the process itself are the domain of the diode laser gas analytic. The gas analyzer LDS 6 which combines the compact and service friendly set-up, the easy operation and the network connectivity of Series 6 with the known unique performance of diode laser based in-situ gas analytics.
Fibre optics and IR diode laser technology, standard components of high quality and reliability in communications engineering, give an extremely robust analyzer concept almost free of maintenance which enables process relevant information even under very harsh environmental or process conditions. A build-in hands-off reference gas cell avoids the need for any test gases in the field. By the means of a simple analogue modem a remote control or diagnosis of the analyzers is possible (almost) anywhere and anytime.
Today, the list of gases able to be measured with NIR diode lasers contains already gases like O2, NH3, HCl, HF, H2O, CO, CO2, H2S, CH4, ... and it is continuously growing with the state of the development in semiconductor laser technology. Additionally, high gas temperatures can be determined non-intrusively with an O2 measurement.
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The MAP Check Combi II can be fitted onto most vertical and horizontal flow packgaging machines. The analyser can be fully integrated with the packaging machine, thereby ensuring that the packaging process is stopped if the required gas content is not present in the packages. In the PFC (proportional flow control) version of the MAP Check Combi II, gas savings of up to 25% are possible.
The MAP Check Combi series secures the quality in Modified Atmosphere Packaging through on-line measuring and recording of the gas content in the package before sealing.
MAP Check Combi is tested to be in compliance with EU regulation 1935/2004 on materials and articles intended to come into contact with food.
Other features:
- Extremely fast responding sensors
- Packaging machine interface
- Large userfriendly touch screen display
- Calibration intervals: 1 year
- Documentation of tests
- 99 set-up programs
- MCC is delivered with a stainless steel cabinet, and MCC II is delivered with a anodized aluminium cabinet
- Each package is tested
- Secure uniform quality in MAP
- User-dependent faults are minimised, and the product requires low maintenance
- Easy to operate
- Designed for both vertical and horizontal flow packaging machines (flow wrappers)
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Description:
The Becker PIC Series Pressure Instrumentation Column provides regulated and conditioned supply pressures for control valves and instrumentation utilized in natural gas pipeline applications. The PIC regulates full pressure from the natural gas transmission/distribution pipelines and regulates down to various pressure levels required to operate control valves and related instrumentation. The PIC features a fully-welded assembly that is pressure rated to 600 ANSI (standard) and 900 ANSI (optional) pressure. Each PIC is hydrostatically tested to 1.5 times the full ANSI pressure rating. PIC’s are available with a variety of options and configurations. Pressure Instrumentation Columns may be equipped with catalytic (flameless) heaters, filter-dryers, instrumentation mounting brackets, and a variety of other optional components. The Becker PIC is the original “Column” designed for use in natural gas distribution/transmission pipelines.
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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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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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When the concentrations of mercury need to be accurately measured, laboratories all over the world turn to Teledyne Leeman Labs for high performance solutions to their Hg analysis challenges.
The Hydra Series is a family of fully automated instruments that address both solid and liquid sample types. The Hydra Series consists of the Hydra AA, Hydra AF, and Hydra-C direct combustion analyzer.
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Features
Maintenance-free (6 months) dry reactor
High operational safety
Easy maintenance
Low cross sensitivities
Easily legible LC display
Applications
Waste incinerations (municipal waste, industrial waste, hospital waste)
Sewage sludge incineration
Hazardous waste incineration
Steel plants with scrap metal preparation
Contaminated soil burning plants
Crematoriums
Mercury mines and refineries
Fluorescent light bulb recycling plants
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The Tekran® Model 2600-NG Mercury Analyzer is designed for the analysis of gas phase sample cartridges. The system contains an atomic fluorescence detector, a dual stage thermal desorber and a data acquisition and control system. A single serial connection allows a Windows based PC to control the entire analysis process, acquire the detector output and calculate final results
Key Features
- Dedicated analyzer for manually exposed sampling cartridges.
- Sample path optimized for difficult matrices.
- Desorbs industry standard .25” OD x 5” to 6” long friction fit cartridges.
- Ultra sensitive Atomic Fluorescence (AF) detector.
- Dual stage gold preconcentrator/thermal desorber.
- Precision mass flowmeter gives superior long term stability.
- Auto carrier shutoff to conserve carrier gas
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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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The Tekran Model 2537 Mercury Vapour Analyzer provides continuous analysis of total gaseous mercury (TGM) in air at sub-ng/m3 (parts per trillion (ppt) and parts per quadrillion (ppq)) levels.
The instrument samples air and traps mercury vapour into a cartridge containing an ultra-pure gold adsorbent. The amalgamated mercury is thermally desorbed and detected using Cold Vapour Atomic Fluorescence Spectrometry (CVAFS). A dual cartridge design allows alternate sampling and desorption, resulting in continuous measurement of the air stream.
Key Features
- Patented dual cartridge design.
- Capable of unattended operation for extended periods.
- High precision mass flow meter provides accurate measure of total sample volume.
- Ultraviolet excitation source is temperature controlled and features closed loop optical intensity control for optimum stability.
- Simple menu based operation allows modifications of all operational parameters to suit any monitoring application.
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In addition to O2 and combustibles (CO + H2), the on-board methane detector provides extra safety during purge-down and light-off cycles of natural gas-fired boilers, furnaces and kilns. Analyzers are available with oxygen, combustibles and methane, or oxygen and methane only.
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Gas analyzers, Portable gas detectors 
