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The Series 3000 Trace Oxygen Analyzers are rugged, microprocessor-controlled instruments designed for continuous or intermittent measurement of trace concentrations of oxygen. The Series 3000 Trace Oxygen Analyzers are available in single or three ranges, from 0-1 to 0-10,000 parts per million (ppm).
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PE 135
Salient Features & Benefits
- Highly sensitive & stable .
- Manual Temperature Compensation
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Galvanic In-situ Oxygen Gas Detector Analyzer (Panel Mount) - G1010
- Exceptional high performance dynamic range for oxygen analysis
- Single point calibration
- Broad Range
- Microprocessor-controlled
- Programmable alarms and analogue output
- Hazardous-area models available
The G1010 in-situ oxygen gas detector and analyzer uses a galvanic oxygen cell to measure oxygen over an exceptional dynamic range of 100% to 0.1ppm (parts per million) in a variety of gases. The instruments are microprocessor- controlled and provide exceptional performance and versatility.
A large multi-digit, auto-ranging LCD shows the concentration and user-adjustable parameters.
Two alarm channels, user-programmable to be high, low or off, each provide one set of volt-free changeover contacts, and can be set to any concentration within the span of the instrument.
A user programmable analogue output of 0 to 5v or 4 to 20mA is available at the time of ordering.
Several versions of sensor are available, enabling the analyzer to operate at optimum performance in a diverse range of applications. These include a sensor suitable for operating in the presence of high concentrations of mildly acidic gases such as carbon dioxide and hydrogen sulphide.
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The Ntron Oxytron 2000 is a full-featured industrial process control instrument for measuring oxygen in industrial process vessels and gas streams.
By continuously measuring oxygen, the Model 2000 provides increased safety margins in process manufacturing environments. It reduces inert gas consumption and VOC emissions by allowing manufacturers to use inert gas only as needed to maintain safe oxygen levels.
The Model 2000 offers low installation cost and comes ready to install with no additional hardware/software needed. Automated sensor calibration and system diagnostics enable low operating and maintenance costs.
The Oxytron 2000 provides the gas analysis component of the Neutronics Inerting Control System (ICS), the only proven system that automatically controls the level of oxygen in process manufacturing. Originally developed for one of the country’s largest chemical manufacturers, Neutronics ICS has been proven reliable in thousands of installations.
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OxyBoss 100 Oxygen Sensor
OxyBoss 100 Oxygen Sensor -- The OxyBoss 100 is a long life product. The cell is guaranteed for one year. Rel-Tek has been manufacturing oxygen sensors for over a decade, and we've learned a lot about making sensors last. And, with an initial price comparable to competing "flash-bulb" O2 products, the cost of ownership of the high quality OxyBoss 100, including on-going maintenance, is a lot less. Range is 0-25% O2; uses 10-30VDC, 4-20ma, 2-wire hookup; supplied with NEMA-4X fiberglass enclosure with SS hardware and optional digital meter.
Another cost benefit is a natural zero, i.e. reading 4ma when ambient oxygen drops to zero; which may seem trivial, unless you have experience with competing sensors that don't. Calibrating the OxyBoss 100 is simple; use ambient air to set an upscale 20.7%. The cost savings?.. Well, with a natural zero, you never have to calibrate the zero point, a tedious process requiring what seems to be an interminable application of nitrogen. Safety, performance, reliability and low cost combine in the OxyBoss 100. This fine US-built product is engineered for quality, safety and performance.
The OxyBoss 100 offers unusually long O2 cell life... units often in service for a year or more without requiring cell replacement. Long term stability, temperature compensation, easy calibration and tolerance for moisture and dust have given this instrument a reputation for dependability. A dust filter and calibration adapter are included. A flow through adapter is available for low pressure in-line monitoring. The unique O2 sensing cell assembly will not rust or corrode, the nemesis of competing products for wet environments.
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The TAPI series of gas analyzers may be fitted internally with reliable and sensitive O2 and/or CO2 sensor modules, using the paramagnetic technology. This allows simultaneous readings of the primary target gas as well as oxygen in stack applications. Integration and operation costs are dramatically reduced using these modules.
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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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Zirconium oxide-based trace oxygen analyzers monitor oxygen concentration from PPB to % levels. Applications are wide ranging and include semiconductor rapid thermal processing, inerting/purging using N2, Ar, CO2 or He, UV curing, and specialty welding. The analyzers offer a very fast response, are unaffected by exposure to air and will not fail to zero oxygen reading.
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Designed for the measure of oxygen traces in processes with protection atmospheres. Extremely low oxygen measuring also available.
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The ORBISPHERE G1100 luminescent sensor, working in conjunction with an ORBISPHERE 410 analyzer, offers a new way of monitoring oxygen in high purity water applications. The complete system consists of the 410 analyzer, sensor, flow cell, and a calibration sample.
This complete system is designed for use in power generation plants or other industrial applications requiring effective oxygen monitoring. It features a fully automatic on-line calibration, programmable to meet operating requirements and has a low cost of ownership with downtime reduced to a 5 minute annual service.
-Luminescent sensor for process ppb level oxygen monitoring
-Dry sensor with no membrane, no electrolyte, and no chemicals
-Simple to install, set up and operate
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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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The Mini ICS™ is Ntron’s most affordable, off-the-shelf solution for measuring oxygen in industrial process vessels and gas streams.
By continuously measuring oxygen, the Mini ICS provides increased safety margins in process manufacturing environments. It helps reduce inert gas consumption and VOC emissions by allowing manufacturers to use inert gas only as needed to maintain safe oxygen levels.
The Mini ICS offers extremely low installation cost and comes ready to install with no additional hardware/software needed.
The Mini ICS can be used as a stand-alone instrument or as the analysis component in the Neutronics Inerting Control System (ICS), the only proven system that automatically controls the level of oxygen in process manufacturing. Originally developed for one of the country’s largest chemical manufacturers, Neutronics ICS has been proven reliable in thousands of installations.
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From the MET ONE legacy, Hach Ultra continues providing superior sampling with high reliability for electronics and pharmaceutical cleanroom applications
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The Model 3900 is a CE certified 6-Channel Portable Laser Particle Counter with a high flow rate of 1.0 cfm. The Model 3900 has a large color touch screen and its user-friendly interface makes operation easy. In addition the Model 3900 offers multi-parameter measurements including airflow, air temperature, humidity, and differential pressure. It also includes a multi-standard operation mode to ensure compliance with industry standards, such as ISO 14644-1, Federal Standard 209E, British Standard 5295 and EC GMP.
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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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INFICON Stiletto® is a scanning-laser particle detection system that finds yield-limiting particle contamination in real time on every wafer. Its increased particle detection area and accurate particle counting and sizing, enable yield and productivity improvements for the most advanced semiconductor processes.
INFICON Stiletto is capable of in situ metrology and process control, enabling yield and productivity improvements for the most advanced semiconductor processes. Stiletto is the first in situ particle monitoring system to be fully integrated with the process tool. When combined with parametric tool data, particle counts can be overlaid with equipment status to allow engineers to identify the exact time and cause of particle formation. The ability of INFICON Stiletto to detect particles during every run of every wafer provides unprecedented protection against defect-induced yield loss.
INFICON Stiletto resonant scanner continuously monitors a much larger volume than the stationary laser beam systems used in existing in situ particle monitors, so Stiletto is able to provide statistically significant count rates for process control. In addition, repeatedly scanning the same volume permits auto-correlation, an advanced signal processing technique that virtually eliminates false counts. This combination of cutting-edge technologies delivers submicron sensitivity that detects "killer particles" while avoiding nuisance events. So you get reliable fault detection for every wafer, every run, every time.
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Gasman
Intrinsically Safe Personal Gas Monitor
The new Gasman full function personal single gas monitor is compact and lightweight yet is fully ruggedised for the toughest of industrial environments. Featuring simple one button operation, it has a large easy to read display of gas concentration, and audible, visual and vibrating alarms.
* Versions available for flammable gas, oxygen and toxic gases
* Rechargeable versions for all gas types
* Non rechargeable versions for oxygen and toxic gases
* Ultra lightweight – just 80g for toxic versions
* Loud 95dBA audible alarm
* Dual colour visual alarm, red blue twin flashing LEDs
* Vibrating alarm
* IP65 and IP67 ingress protection
* Real time TWA and Peak display options
* Data and event logging as standard
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Dräger's line of single-gas measurement products keep you aware of one specifc gas's concentration consistently and reliably. The versatility of these products allow you to configure the product to meet your application needs.
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The SafeLog 100 datalogging single gas monitor is designed for today’s demanding work environments.
It is rugged, lightweight, and features a large four digit display with backlighting and pulsating warning horn and visual alarms.
The SafeLog 100 is protected in an impact resistant ABS housing to take the punishments of real life work conditions.
The unit is powered by a user replaceable 9 volt battery that will supply 100 hours of continuous operation.
User flexibility is as simple as selecting from ten different interchangeable electrochemical sensors. The SafeLog 100 measures gas concentration at one sample per second. With an extended memory capacity, it datalogs 60 plus hours (continuous or multiple sessions) of 1 minute historical data.
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Personal Air Monitoring Systems
3M™ Organic Vapor, Ethylene Oxide and Formaldehyde Monitors sample airborne contaminants by the simple process of diffusion. The results may then be compared to permissible exposure limits published in health and safety standards.
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Biosystems, LLC, a Bacou-Dalloz® Company, is a leading supplier of gas detectors, respiratory maintenance equipment and monitoring systems, worldwide. Founded in 1981, Biosystems is headquartered in Middletown, Connecticut.
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Volatile Organic Compounds (VOCs) emanate from a broad range of sources in indoor air quality, as well as industrial applications. GrayWolf's TG-502 probes offer a choice of two different Photo Ionization Detector (PID) sensors optimized for each application. Each probe also includes sensors for relative humidity, temperature and up to 3 electrochemical specific gas sensors. Coupled with the power of mobile computing, end-users can efficiently log and annotate readings, while easily accessing on-board information about specific volatiles and potential sources.
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The world's most advanced, humidity resistant photoionisation detector.
PhoCheck+, independently verified to be the most sensitive, most accurate and most reproducible PID available today has redesigned handheld VOC and toxic gas detection.
PhoCheck+ is the most advanced handheld humidity resistant PID for volatile organic compounds, providing rapid response and accurate detection.
Its unique patented Fence Electrode Technology incorporates a three-electrode format enabling proven resistance to humidity and contamination, giving optimal performance in the field.
PhoCheck is a highly sensitive photoionisation detector (PID) with a dynamic detection range from 1 ppb up to 10,000 ppm, making it the only instrument on the market able to detect VOC's at low toxic thresholds and lower explosive limits.
Available in 4 different versions with varying detection capabilities and features ensuring that Ion Science has a detector to meet your specific needs.
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The problem of asbestos is still with us and is the subject of stringent legislation for its removal and disposal. The requirement for quick sample collection and counting of airborne fibre in the shortest time possible means a far higher flow rate than with more conventional sampling methods is required
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SIDEPAK™ PERSONAL SAMPLING PUMPS (SP730)
The 3 and 5 L/min SIDEPAK™ Personal Sampling Pumps weigh as little as 16 oz. All models offer TSI's Smart Battery Management System™ with long-running NiMH or alkaline battery packs and provides precise run time information in minutes remaining.
All SIDEPAK pumps are intrinsically safe and ideal for the sampling of aerosols, gases and vapors in hazardous environments.
Advanced personal sampling pump models feature precision volumetric flow control, continuous measurement and logging of volumetric flow rate for accurate sample volume information, fully programmable multi-mode operation and convenient internal low-flow adjustment.
Features and Benefits:
- Multiple battery options
- Precise run time in minutes remaining
- Intrinsically safe (CSA and ATEX Approval)
- Available in single-, 3- and 5-unit kits
Applications:
- Personal exposure monitoring/IH studies
- Ambient/work area monitoring
- Environmental sampling
- Epidemiology health studies
- Engineering studies
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Capex L2
Contamination free pumping
The Capex L2 vacuum pump/compressor provides a clean oil free vacuum and pressure source.
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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 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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Monoxor® III
The Monoxor III offers service technicians the easiest and most affordable way to locate CO in ambient air as well as stack gases.
Bacharach's Monoxor III is a continuous sampling instrument that quickly and accurately measures levels of CO between 0 and 2,000 ppm. In addition, the Monoxor III is supplied with a stainless steel probe and five feet of tubing to sample CO found in flue gases of residential furnaces, combustion appliances, commercial and industrial boilers.
An optional wireless IrDA printer provides a permanent record of the detected CO level.
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Gas analyzers, Portable gas detectors 
