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The DirectSense Ultra-Mini PC based advanced environmental monitors include USB enabled multi-sensor probes and a Mobile PC platform.
Measure ppb range volatile organic compounds (VOCs), Carbon Dioxide, CO, °C/°F, %RH and an additional specific gas for IAQ applications with a single probe. Alternative probes allow you to simultaneously measure up to 5 specific toxic gases (H2S, O3, NH3, SO2, NO2; choose from 21 specific gas sensors) and/or ppm range VOCs, air velocity, differential pressure, particle concentration and other parameters.
The new Fujitsu Ultra-Mini Vista OS mobile PC sports a swiveling, touch screen and easy-to-use keyboard. A built-in camera is great for photos (or panoramic videos) that attach to data files on-site. It's easy to carry (in-hand or in shoulder pouch) for spot-checking and spot-logging, yet it fits easily into GrayWolf's hard-shell security case for unattended trend logging.
Plug in any of GrayWolf's USB enabled DirectSense probes and you have a very powerful monitor, with features not available from any other instrument:
•On-board video help
•On-board sensor info (basic sensor care, cross-interferences, etc)
•On-board parameter details (typical sources, typical background levels, government guidelines, etc)
•On-board application related documents
•In-situ text notation
•In-situ audio notation and much more
Measurements collected in the field can be analyzed, and reports on the data and field collected note with the included WolfSense® PC software. Create tables and histograms comparing measurements from various locations in seconds. Even automate the entire reporting process with GrayWolf's optional Advancaed Report Generator software.
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The New DUSTTRAK™ II and DRX Aerosol Monitors
The Revolution in Real-Time Dust Monitoring Has Arrived: Forget everything you knew about aerosol monitors. The new DUSTTRAK II and DRX monitors are light years ahead of any other. The DUSTTRAK™ DRX monitor, for instance, is a new laser photometer that simultaneously measures both
mass and size fraction – something no other monitor can do. When it comes to worker comfort and productivity, as well as risk management, don’t you want the best? The new DUSTTRAK II and DRX aerosol monitors simply leave everyone else in the dust.
These new DUSTTRAK DRX laser photometers simultaneously measure mass and size fraction – something no other monitor can do. Both the desktop and handheld monitors are continuous real-time 90° light-scattering laser photometers that simultaneously measure size-segregated mass fraction concentrations corresponding to PM1, PM2.5, Respirable, PM10, and Total PM size fractions. They combine both particle cloud (total area of scattered light) and single particle detection to achieve mass fraction measurements.
Real-Time Dust Monitoring Takes A Giant Leap Forward.
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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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ENOTEC, as one of the world’s leading suppliers of flue gas measuring and analyser systems, is your competent partner for complete emission and process analyser systems ranging from a single probe, from our own production, to an individually designed system using our own analysers together with O.E.M. products, through to turnkey emission and process projects.
Process and emission measuring systems from ENOTEC are used worldwide in refuse incineration, crematoria, power-generation, and all kinds of other industrial combustion and process engineering.
For each task ENOTEC develops individual concepts from the sampling and treatment of measuring gas up to the analysing/measuring unit and the logging/recording. ENOTEC co-operates with all qualified blue-chip suppliers of analysers and selects for each case the instruments, which are optimal in performance and value.
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We use ours and other brands analyzers for CO-NOx-SO2-NH3-CO2-O2-DUST-TOC. Fast loop up to 5 points of emission with single set of analyzers make possible to execute measures with high level sensors and low costs. All the equipment communicate with the acquisition data PC with various communication industrial protocols. The systems are equipped with full diagnostic for monitoring the correct operations of all the components and for the environmental conditions.
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Gasmonitor Plus is just one of Crowcon’s control panel range. This flexible, rack based, microprocessor-controlled unit is used throughout the world, both onshore and offshore. Gasmonitor Plus provides the cost-effective solution to your system requirements.
Features:
Simple to Use
• All the day to day functions are available from the front panel
• The unique bar graph display per channel provides an instant representation of gas concentrations
• Common alarm LEDs on the display card mean that the whole rack status can be checked at a glance.
Flexible Architecture
• System is limitlessly expandable
• System customisation is achievable with minimal wiring
• Designed to industrial standards, Gasmonitor Plus will integrate fully with existing rack mounted protection systems on site
• Optional relay modules can be used to provide up to a total of 84 output relays per rack.
• Sixteen of these relays can be voted to activate from a combination of the three levels of alarm per channel
Other controllers in our fixed gas monitoring range include:
Vortex 1 to 12 channel control system
Gasmaster 1 to 4 channel control system
Gasflag Single channel control system
CellarSafe CO2 monitoring system
Ditech modular gas and fire detection and extinguishant control system
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MSA offers a complete range of safety related modular control systems, for all system sizes and applications, designed to process the input signals of gas detectors and other devices. In alarm conditions appropriate actions are triggered by the controller.
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World leader in stack gas monitoring systems for more than 40 years and pioneer in FTIR technology, ABB Analytical is offering an inexpensive and forward-looking system with the ACF-NT (former Advance Cemas FTIR) multi-component emission and process monitoring system.
Continuous, quantitative and selective measurement of HCl, HF, H2O, CO, CO2, SO2, NOX, NH3, N2O, O2, TOC and NMHC (other gases on request)
Maximum 12 measuring components (standard), simple upgrade on request
Proven hot wet extractive measurement technique
High stability, accuracy and reliability through proven FTIR technology
Fully integrated TOC and O2 analyzer modules (optional) according European Standard EN12619
Unique air-driven injector pump, no moving parts, low condensate to handle
Low ownership, maintenance and installation cost through multi-component measurement technology with only one sampling system
Complete pre-engineered system, modest space requirement, compact and modular system design
Clear-text status messages and user-friendly operator interface on a large back-lit display
Measured value and status signal transmission via analog and digital outputs and via Modbus or Profibus
Remote control and remote maintenance via Ethernet or modem
Integration and display of signals from other detectors (e.g. dust, mercury, flow, pressure, temperature)
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Gasmet™ In-Situ analyser consists of a sample cell inserted into the stack or duct, heated steel mounting flange and the rugged GICCOR™ interferometer unit in an IP65 enclosure that is directly attached to the flange.
Gasmet™ In-Situ offers a cost-effective alternative for extractive systems in continuous emissions & process monitoring where multiple compounds are monitored. Typically, concentrations of H2O, CO2, CO, NO, NO2, N2O, SO2, HCl, HF, NH3, CH4 are continuously monitored with a single Gasmet™ In-Situ. In addition, different VOC’s can be measured as individual compounds. There is no need for any span calibrations; only zero calibration with instrument air every 24 hours. Measurement results can be transmitted with analog 4 – 20 mA signals or with a digital protocol (MODBUS, PROFIBUS etc.).
By combining powerful FTIR technology with rugged in-stack measurement cell, the Gasmet™ In-Situ offers increased analytical capability and reduced cross-interference effects when compared with other types of in-situ analysers.
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Gasmet™ CEMS is used for continuous emissions monitoring in waste incinerators and cement plants. In addition, various process monitoring applications are also possible. Typically, concentrations of H2O, CO2, CO, SO2, NO, NO2, N2O, HCl, HF, NH3, O2 and TOC (Total Organic Carbon) are continuously measured with the Gasmet™ CEMS. The Gasmet™ CEMS has been also certified by TÜV (17th BlmSchV) and MCERTS. It also fulfills the requirements of QAL 1 according to EN 14181 and EN ISO 14956.
Overview
Gasmet™ CEMS is a modular construction that typically comprises of Gasmet™ CX4000 FTIR gas analyzer, heated sampling unit, industrial PC and a ZrO2 – oxygen analyzer which are installed in an air-conditioned cabin. All modules are 19’’ rack mounted in pull-out shelves for easy accessibility & service. Gasmet™ CX4000 FTIR gas analyzer can also be equipped with a TDL (Tunable Diode Laser) O2 - measurement module.
Key Advantages
- Low need for maintenance
- No span calibrations required (automated span checks possible)
- Hot-extractive-sampling; no sample loss or change of composition
- Capability to water soluble compounds like HCl, HF, NH3, etc.
- TOC (Total Organic Carbon) measured with FTIR – no need for a separated FID
- Fully automated measurement system with comprehensive safety functions
- Ready for future requirements - new compounds can be added without any hardware changes
- Fully modular system built to customer specification
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The Tekran® Series 3300 Mercury Continuous Emissions Monitoring System (CEMS) represents the only system proven for both accuracy and reliability.
Building on over twelve years of experience in mercury measurement , Tekran has leapt to the forefront of the Mercury CEMS industry, leveraging its experience with cold vapor atomic fluorescence and pure gold preconcentration. In reliability, system availability and analytical accuracy, Tekran's CEM systems have outperformed all competitors in EPA and private tests in wet and dry stacks.
Series 3300
Key Features
- Construction materials selection is based on years of experimentation and the ability to withstand harsh stack gas conditions.
- Patented technology separates mercury into elemental and ionic species, while removing interfering acid gases without the use of chemical reagents or solid sorbents.
- The system provides real-time feedback to optimize your mercury reduction technologies.
- Minimum detectable limit for total mercury of less than 0.05 ug/m3, with rapid response time to changes in concentration.
- Insensitive to the presence of SO2, NOX, CO, HCl and all other common combustion by-products.
- Unaffected by particulate in sample stream.
- Low-cost Calibration eliminates the need for expensive mercury calibration gas cylinders.
- No chemical reagents required.
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LAND has a range of stack gas emissions analysers suitable for measuring a wide range of pollutant gases. These analysers are for stack emissions monitoring of CO, O2, NO, NO2, NOx, SO2, SO3 & CO2 in flue gas.
These gas analysers can operate stand-alone or form part of an automated measurement system (AMS) or continuous emissions monitoring system (CEM).
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REGARD is a state-of-the-art microprocessor-driven, modular gas monitoring system.
Each card is fully configurable for all types of transmitters and gases, using the on-board push buttons. The gas concentration is displayed on a LED display and status LED’s allow a quick overview on the condition of the system.
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Product Overview
As a turn-key CEMS supplier, Horiba accepts total responsibility to ensure that our systems meet all customer and compliance requirements. Horiba offers more than 50 standard versions of the ENDA-4000 series. Each system features an XS analyzer or an XE analyzer, as well as a sample conditioning system. Either analyzer can be combined with a standard sampling system, a flow monitor, and an opacity monitor to provide a flexible, powerful, and totally cost-effective integrated system.
The field-proven sample conditioning system uses a two-stage sample drying technique to deliver clean, dry sample into the analyzers, thus ensuring accurate measurements with minimum loss of gases to be measured. All systems include automatic calibration, calibration gas injected at the probes, and a sample line temperature controller installed in the cabinet. Probe blowback capability is optional.
Product Features
Measurement up to five gases.
No optical alignment required.
No routine maintenance required.
Highly reliable with technology proven in thousands of installations.
Manufactured under strict ISO 9001 certification.
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General description:
The air particle counter PSS air is applied for the monitoring of the particle concentration in clean rooms, production sites and assembly facilities. The sensor can be operated as a stand-alone unit in connection with an available control system or within a network system.
Low-cost installation because of integrated pump
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HazardWatch is a modular Fire and Gas Detection System built using state-of-the-art industrial automation/control equipment to perform the requirements of an integrated Fire and Gas Detection System certified by Factory Mutual to be compliant to NFPA 72 (2002).
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The DS2 Docking Station provides the ultimate flexibility for managing your gas monitors wherever you use them. The DS2 gives you all of the benefits of consistent automated calibration, record keeping, battery recharging and instrument diagnostics for your monitors to limit your liabilities and safety hazards. Two way wireless and/or ethernet connectivity enables you to link up to 100 stand-alone Instrument Docking Stations (IDSs) from remote locations anywhere in your facility and relay the data back to one central database for total instrument management. A graphical user interface tool (DSSAC) allows an administrator to view operations on each Docking Station from a network computer, making it easy to track instruments, print reports, set events and change parameters for any location.
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The MicroDock II is the world’s most advanced, compact and affordable automatic calibration, testing and data management system for portable gas detection equipment. Compatible with BW’s GasAlertMicro 5, GasAlertMicro 5 PID, GasAlertMicro, GasAlertMicroClip, GasAlert Extreme and GasAlertClip Extreme family, the MicroDock II is expandable to up to 10 docking modules (including up to 6 charging units).
- Fully automatic “hands-free” calibration & functional bump test
- Automatically verifies performance of audible and visual alarms
- No computer required
- Entirely self-contained
- Fully portable
- Lightweight and mobile
- Operates via line power or a set of four C-cell batteries
- Add additional self-contained docking modules to system via simple, plug-in connections-no external pressure transducers or gas lines necessary
- Simplify record keeping
-Verify proper performance
- Reduce maintenance costs
- Multiple MicroDock II systems can be connected via a LAN
- Multi-language support in English, French, German, Spanish, and Portuguese
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The new CheckBox IMH automates the routine gas (bump) testing, calibration and management of Crowcon portable gas detectors and facilitates the traceability and routine maintenance of instruments. Capable of operating with up to 10 instrument interfaces, CheckBOx IMH is available for use with the Tetra, Triple Plus Plus and Gasman products.
* Automatic gas (bump) testing
* Automatic calibration
* Can use single gases or quad mixtures
* Up to eight gas inlets
* Five or ten instrument interfaces
* Accommodates pumped or non pumped instruments
* Data and event file uploading
* Stores and controls configurations
* Records all activities
* Provides reports and certificates
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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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The MICRO III, with its small dimensions of only 4,7 x 8,8 x 2,5 cm, is the ideal gas detector for personal protection. It weighs only 70 g, but yet offers the loudest alarm in its class (95dB). Easily placed into the shirt pocket or put on the belt you get the sixth sense for gas hazards for more than 5000 hours on a single battery (AA). The MICRO III uses the Smart-sensor technology, which means that if your detection requirement changes, the MICRO III can be easily adapted to the new measurement task by pre-calibrated, user replaceable sensors. The MICRO III is available for the following gases: oxygen, hydrogen sulfide, carbon monoxide, sulfur dioxide, nitrogen monoxide, nitrogen dioxide, chlorine, chlorine dioxide, hydrogen chloride, hydrogen cyanide, ammonia, ethylene oxide, phosphine, silan, phosgene, hydrogen and ozone. For gas sampling an optional pump, which has its own power supply, can be attached to the detector. The durablitly, ease of use, and low maintenance of the MICRO III is an investment for many years.
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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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GasCheck is conveniently calibrated against helium - the most commonly used tracer gas - and is particularly sensitive to ammonia, argon, butane, hydrogen, SF6 and refrigerants. The instrument range offers intrinsically safe versions for use in flammable areas and can also safely detect flammable gases.
GasCheck Features include:
- Detects even the smallest of leaks
- Repeatable readings
- Accurate leak measurement
- Intrinsically safe versions
- Data logging capability
- Hand held
- Large back lit display
- Choice of readings in ppm or ml/sec
Holds peak reading
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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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The MX4 iQuad™ can be configured to monitor from 1 to 4 gases including oxygen, combustible gas and a choice of two toxic gases including CO, H2S or NO2. The MX4 features an LCD readout of all gases, peak/hold function, STEL, TWA, datalogging and lithium-ion or alkaline battery operation. The small size and durable, lightweight construction make the MX4 ideally suited for personal monitoring needs. An optional hand pump is available for using the MX4 in remote sampling applications.
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The iTX Multi-Gas Monitor is the industry's most versatile portable gas detection instrument. Designed to grow with you as your monitoring needs change, the iTX can go from being a single gas unit to a six-gas monitor, or anything in between, with just a few simple user configurations and sensor changes. Featuring advanced "smart" sensor technology, the iTX is capable of recognizing and configuring a wide assortment of field replaceable, interchangeable sensors. Providing simplified, single-button operation and calibration functions, the iTX's special Quick-Cal feature quickly calibrates up to four sensors at once.
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The MX6 iBrid™ is the new full featured multi-gas monitor from Industrial Scientific. The user-friendly design of the unit features a full-color liquid crystal display and 5-way navigation button to scroll through the menu-based operating system. Designed to meet a variety of monitoring applications, the MX6 iBrid™ can be set up to detect from 1 to 6 gases, including options for PID and infrared sensors for combustible gases and Carbon Dioxide. Configured with an internal sampling pump or for diffusion operation, it is ideal for applications from confined space entry to personal survey monitoring. The MX6 iBrid™ is compatible with the award winning DS2 Docking Station™ and iNet Instrument Network™ to further simplify and automate calibration, function (bump) testing and data management.
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Built with the durability and simplicity found in every Industrial Scientific instrument, the M40 is a reliable, low cost gas monitoring solution for confined space or personal monitoring applications. The M40’s rugged composite case is immune to RFI, and houses four discrete sensors, a large LCD readout, and integral lithium-ion battery for up to 18 hours continuous runtime.
The M40 continuously monitors oxygen, combustible gases, carbon monoxide, and hydrogen sulfide in any combination, activating bright alarm light, 90-dB audible and internal vibrating alarms when gas concentrations exceed the preset limits. Additional standard features include Peak/Hold functions, STEL and TWA readings, a continuous loop datalogger and ‘Quick-Cal’ calibration.
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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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