|
|
|
The 300 Series of analyzers use the Gas Filter Correlation (GFC) NDIR technique to measure trace level and stack level concentrations of CO, CO2, and N2O. The GFC technique rejects potential interferents, such as water, and allows unprecidented sensitivity. From background monitoring to air separation, the 300 Series is the best value for precision IR monitoring.
|
|
|
AMETEK Western Research’s UV-VIS photometric analyzers are recognized worldwide offering excellent performance and reliability for continuous monitoring of pollutants emitted from refineries, chemical plants, power plants, and other industrial facilities. Western Research has the full system design and manufacturing capabilities needed to engineer a turn-key solution to meet your requirements.
|
|
Due to the extremely fast response time of the patented M&C magneto-dynamic measuring cell with no stagnant volume as well as the negligible cross sensitivity from other sample gas components, the portable M&C oxygen analysers has a wide variety of applications. The analyser is a suitable and reliable instrument for monitoring oxygen concentrations in various gas analytical control applications including flue gas-, inert gas-, fermentation processes- and process or laboratory control measurements.
|
|
Designed for measuring simultaneously up to three gases with NDIR technology with correlation cells. Typical gases are CO, NO, CO2, CH4, SO2, etc. No regular service needed, it executes automatically zero autocal with ambient air. This analyzer is equipped with 4 analogical output (4-20 ma) and 2 serials (mod-Bus RTU/ASCI), double threshold contact alarm for every measurement, fault and service. A special version with a long optical path allows the measure of extremely low amounts.
4 optional analogical input 4-20 ma and 6 digital input make it the perfect controller for every analysis system (CEMS). European certification in progress.
Hart protocol available as option.
|
|
|
AMETEK Thermox offers three styles of direct-mount flue gas oxygen analyzer - all are easily serviced without removing the analyzer from the flange. Insitu – average response, to 1250°F (677°C). Convective – average response, to 2600°F (1537°C). Close-coupled extractive – very fast response to 3200°F (1760°C).
|
|
|
New analyzer who has the absolutely new characteristic of direct in situ oxygen measuring in processes with various and variable temperatures. The probe, realized in ceramics, can be used in every type of process. The special cell heater is not be damaged also with high temperatures of the process.
|
|
The XZR-500 sensor is an oxygen sensor which has been determines the amount of excess air required for optimum combustion. It uses advanced Zirconium Oxide technology to measure the levels of oxygen in extremely harsh conditions such as boilers, furnaces and incinerators.
When combined with the XCU-500 analyzer it produces fast and accurate readings from the harshest conditions.
|
|
|
In applications such as ceramics glazing, reducing zones of incinerators, annealing furnaces, and other surface treating processes for metals, it is often necessary to control to a specific oxidizing or reducing condition. These analyzers can measure sub-stoichiometric furnace atmospheres accurately and reliably thereby helping to maintain a consistent product quality.
|
|
|
|
|
|
Binary Gas Analyzers
The 20 Series Gas Analyzer with thermal conductivity detector (TCD) is designed for non-continuous sampling and quantitative analysis of binary process streams of industrial gases and other gas mixing, cylinder identification, and atmospheric control applications.
The 50 Series Continuous Duty Gas Analyzer with thermal conductivity detector (TCD) is custom designed to your specific requirements. The analyzer contains a temperature regulated TCD which enables it to be used in continuous monitoring applications with minimum zero drift. Typical applications involve continuous monitoring of gas streams for low ppm impurity.
Both Analyzers:
- Optimized, Self-Contained Gas Flow System
- Built-in Gas Selection Manifold
- Custom Designed to Your Application
- Choice of standard, corrosion resistant or all stainless steel system
- Class 1, Div 1, Group B, C, D Class 1, Div 2, Group B, C, D available systems
We specialize in manufacturing custom engineered analyzers, therefore, we ask you to give us your specific application parameters in order to quote the appropriate analyzer for your needs.
|
|
- Cost-effective FT-UV DOAS technology
- In-situ cross stack measurement for low maintenance
- No risk of interference with CO, CO2, H2O (as opposed to FT-IR)
- Lamp life-time of many years
- Applications: Power Plants, Waste Incinerators
- Industries: Chemical, Cement, Mineral, Wool, Fertilizer
|
|
With one of the most comprehensive families of sensors and on-line analyzers for pH, conductivity and dissolved oxygen, Yokogawa is recognized as a world leader in the field of analytical equipment.
|
|
|
|
|
|
The Vaisala CARBOCAP® Hand-held Carbon Dioxide Meter GM70 is available with a sampling pump. The GM70 with the pump-aspiration option is ideal for validating the calibration of incubators and environmental chambers.
To prevent condensation from occurring when drawing a gas sample from an environment with high humidity and temperatures into ambient air, an option called Nafionä tubing is available. The tubing prevents condensation in the gas sample by selectively removing the water vapor without affecting the level of CO2.
The GM70 incorporates the Vaisala CARBOCAP® Sensor, which is a silicon-based NDIR sensor that provides excellent reliability and long-term stability. Features include ten measurement ranges between 0…20% CO2 and a two year recommended calibration interval.
The GM70 has a multilingual user interface and a graphical LCD display. Data can be logged up to 30 days. The optional Windows® software provides an easy-to-use interface to a PC. Probes for measuring relative humidity, temperature and dewpoint temperature can also be connected to the GM70. A carrying case incorporates all the equipment and keeps the setup ready for immediate measurement.
|
|
|
|
|
|
Specifications:
Sensor: Mini Zirconia Oxygen Sensor with Integral Heater
Measurement Range: 0-1,000PPM Oxygen (over-range to 1500PPM)
Sample Method: Pump Drive with sample flow meter (includes internal mounted bypass check valve)
Display: 0.75” LED digital display,
Resolution: XXXX.X Color coded LEDs for system status: Alarms 1&2=RED, System Fault=YELLOW, System OK & on-line=Green
Response Time: <15 sec. for 90% response due to step change in PPM Oxygen @ 1 SCFH flow
Accuracy: ±3PPM @ 0-50PPM Oxygen (±1ppm with 2nd point cal near measurement point) ±5PPM at 51 500PPM Oxygen ±10PPM at 501-1,000PPM Oxygen
Operating Temperature: 32º-113º F (0º-45º C)
Signal Interface:
Serial service port: Bi-directional RS-232 Computer Communications of the following: Oxygen Concentration, Alarm Settings/Status, Fault Status
Analog Outputs: Voltage 0-1VDC or 0-5VDC or 0-10VDC +/- 0.5% @ 1K input min.
Non-isolated: 4-20mA: +/- 0.5%, negative ground (loop is powered by analyzer) Maximum loop impedance 500Ω.
Sample Port: 1/8 inch compression tube fitting (1/8” tubing assembly included)
Warm-Up Time: Approximately 2 min. to reach thermal equilibrium with ambient temperature.
Power: 9-250VAC, 50/60 Hz, Single Phase 10W
Power Electrical Connections: 2 meter power cable, ON/OFF Switch
Storage Temperature: 15º to 50º C (5-122º F)
Humidity: 0-95% non-condensing
Sample Flow: 1.0 to 2.0 SCFH @ constant pressure
Warranty: Analyzer & sensor: 12 mo. from date of shipment under normal operation
Weight: Less than 5 lb.
Mechanical: Aluminum chassis with carrying handle on top and rubber feet
|
|
|
|
|
|
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.
|
|
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.
|
|
|
|
|
|
The Rapidox 3100 provides fast and accurate analysis over a wide oxygen range using a rugged, long-life zirconia sensor. It is available in models to measure just oxygen, or oxygen plus either CO or CO2.
Easy to use and simple to calibrate using your choice of any two gases, the Rapidox 3100 offers the high performance and flexibility usually found only in much more expensive products.
The Rapidox 3100 incorporates a powerful and silent linear piston pump for remote sampling of gas. From the display to the outputs, all features are fully programmable using the keypad on the front panel. Connections are made using 6/4mm flexible tubing to the front panel input and output unions and the front panel includes a flow gauge allowing the user to control the rate of gas flow into the analyser.
The Rapidox is supplied with powerful Windows software for easy data-logging and graphing. Just switch on and start measuring...
- Bench mounted zirconia oxygen analyser with internal sensor & sample pump
- Rapid response long-life sensor
- Easy to calibrate using any two gases
- Fully programmable audible alarms with signal output
- Sample flow rate adjustable from 0 to 4 litres per minute
- Suitable for applications where the gas must be sampled remotely
- Gas is sampled through flexible tubing connected to the front of the analyser
- Perfect for analysis of room air and difficult to access locations
- Perfect for static gas applications
- Suitable for gases up to 150°C
|
|
|
|
|
|
The Rapidox SF6 Multimeter performs a rapid analysis of the condition of SF6 by measuring the concentration of SF6, moisture and SF6 products in the gas. SF6 in air or nitrogen is continually sampled and a programmable alarm will trigger if the results are outside a programmable range. The Rapidox 3100C is ideal for monitoring the condition gas-insulated equipment and guarding against electrical breakdown.
The Rapidox SF6 Multimeter allows the sampled gas to be recycled and recovered, ensuring that no SF6 is released into the atmosphere. It is supplied with powerful Windows software for easy data-logging and graphing. Just switch on and start measuring...
- Ideal for controlling the SF6 quality in bus bars and circuit breakers
- Continuous gas sampling of SF6, SO2 and moisture
- Ideal for detecting the presence of leaks
- The Rapidox SF6 Multimeter is ideal for checking for the build-up of corrosive decomposition products
- High-precision catharometer for SF6 analysis over the range 0-100%
- Full-scale ceramic dew point sensor for moisture analysis -100°C to +20°C
- Input pressure 0.5 to 14 bar
- Windows data logging software with graphing
|
|
The Thermo Scientific TITAN 4000 is the ultimate Total Nitrogen,
Sulfur and Chlorine Analyzer, perfectly crafted for today’s
demanding laboratories. Powerful advances in technology deliver
brilliant results, with unprecedented sample throughput and
lowest cost of ownership.
• TN/TS analysis in less than 2 minutes
• Up to 60% reduction in bench space
• Consumable savings of at least 10% pa
• Future proof upgradeability
|
|
|
The 200 Series of analyzers utilize the ultra-sensitive chemiluminescence technique for stable, precise measurements of NO, NO2, NOx, NH3 and O3. The 200 Series offers performance and quality that are unsurpassed in the industry.
|
|
The XZR-400 oxygen analyzer detects trace oxygen and controls the purity of gases such as Carbon Dioxide, Helium, Nitrogen and Argon. To ensure a low cost of ownership, the XZR-400 uses a highly responsive zirconium oxide sensor with metallic sealed reference and S Type T/C. This instrument is easy to maintain and calibrate It also has a long sensor lifetime and is extremely quick and simple to install.
The XZR-400 is suitable to many applications and is available in three different versions; wall-mounted, rack-mounted and portable.
|
|
|
The XTP600 gas analyzer measures the percentage of oxygen in hydrogen, nitrogen or any hydrocarbon mixture. Thermoparamagnetic technology has been used to ensure the sensor is reliable and resistant to drift. This sensor is then built into an explosion proof casing which has been approved ATEX zone 1 for use in hazardous areas. As the sensor has no moving parts, vibration and movement will not affect the measurements over a long period of time. The outer casing of the XTP600 is strong and can be easily placed at the exact point of measurement. The XTP600’s maintenance time has been kept to a minimum by making sure the casing unscrews to allow easy access to the centre.
|
|
|
|
|
|
For the first time, the Vaisala SPECTRACAP® Oxygen Transmitter OMT355 offers Tunable Diode Laser (TDL) technology in a compact probe suitable for field use. The SPECTRACAP® sensor measures oxygen concentration optically by measuring the absorption of light from a tunable diode laser.
The OMT355 can be flange-mounted directly into a process without sampling or sample conditioning equipment. This provides the user real time measurement data without sampling or sample switching delays. In addition, the stainless steel probe tolerates aggressive chemicals and excessive amounts of moisture.
For processes with high temperatures, elevated pressures or excessive solids content, an optional sampling cell is available for the transmitter. As the sensor is very robust and has low sensitivity to gas flow and pressure variations, the associated sampling system is simple and can be installed near the sampling point.
The OMT355 is a low-maintenance instrument. A stainless steel mesh filter protects the probe optics from dust and dirt. An optional hydrophobic, porous PTFE filter is also available.
Typical applications for the OMT355 include gas generation, inert gas blanketing, fermentation and composting process monitoring.
|
|
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.
|
|
|
|
|
|
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.
|
|
|
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.
|
|
|
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.
|
|
|
Designed for the measure of oxygen traces in processes with protection atmospheres. Extremely low oxygen measuring also available.
|
|
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
|
|
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.
|
|
The new EUROLYZER ST by AFRISO-EURO-INDEX is an ergonomic, light-weight flue gas analyser for checking and servicing oil- and gas-fuelled systems (optionally also for pellet systems). The extremely easy-to-handle device is already approved according to BImSchV and KÜO (TÜV By RgG 190) as well as DIN EN 50379-2. In addition, the user benefits from maximum product reliability since quality and production of the instruments are subjected to regular inspections and stringent checks by TÜV-Süd.
The intuitive user interface excels with high user-friendliness that is further supported by a colour-coded menu system.
|
|
|
|
