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KIMO, French manufacturer of measuring instruments, designed and developed AQ200 for CO/CO2, hygrometry, temperature and pressure control.
Key features of AQ200 :
- easy and friendly use: large display, browsing joystick
- multi-probe innovating system: can be used with 3 probes :
- CO / temperature: from 0 to 1,000 ppm and from -20 to +80°C
- CO2 / temperature: from 0 to 5,000 ppm and from -20 to +80°C
- CO2 / temperature / hygrometry: from 0 to 5,000 ppm, from -20 to +80°C, from 5 to 95%RH
- 3 interchangeable measuring modules: individually calibrated and automatically recognized by the instrument :
- 1 climatic conditions module (hygrometry, air pressure and temperature)
- 1 thermocouple temperature module (4 channels)
- 1 current / voltage module
AQ200 can measure and store up to 8,000 values, which can be saved on your PC, via wireless communication system.
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Series 200ACE Acetaldehyde Analyzer
Meets ISBT Method 11 criteria for selective measurement of acetaldehyde in CO2
- Rugged, low cost, low maintenance, turn-key system
- Capable of PC-based control and data logging
- Batch or continuous stream monitoring
- Detector: Flame Ionization Detector (FID)
- Automatic, hands-free calibration, flow setting and analysis
- Detection limits for acetaldehyde of < 30 part-per-billion (ppb)
- Instrument operating temperature: ambient
- Detector temperature: factory set; adjustable
- Oven temperature regulation: factory set with software controlled conditioning
- Tested against virtually all of the potential alcohol and oxygenate impurities that could be present and determined to be interference-free
- Acetaldehyde is captured by the software system, with results displayed digitally on the instrument's front panel
- On-board software package contained in the Series 200ACE allows complete unattended operation
- Installation: bench or 19" rack
- Power: 115-230 V, 50-60 Hz
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Series 200AHC Aromatic Hydrocarbon Analyzer
Specific detection of benzene within beverage-grade carbon dioxide.
Trace aromatic impurity monitoring is of critical importance to carbon dioxide manufacturers and the carbonated beverage industry. The Series 200 AHC meets all ISBT Method 12.0 criteria for selective measurement of benzene in carbon dioxide. Continuous stream or batch sampling operations are readily performed.
The Series 200 AHC is specifically designed as a rugged, low cost, low maintenance, simple to operate, turn-key system. No cylinder support gases are needed. Calibration and sample introduction are totally automated. A newly designed photo-ionization detector (PID) and proprietary technology are used for the specific measurement of benzene without interference from other potential impurities in beverage-grade carbon dioxide. Detector response is linear over three orders of magnitude. The detectable limit for benzene is 3 ppb, which is far below the ISBT guideline limit of 20 ppb. GOW-MAC’s Series 200 AHC system is also capable of PC-based control and data logging. Full documentation is provided, along with optional customer training and support services.
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Series 200BTEX Gas Analyzer
Meets all ISBT Method 12 criteria for selective measurement of BTEX (benzene, toluene, ethyl benzene, o-xylene, m-xylene, and p-xylene) in CO2
- Rugged, low cost, low maintenance, turn-key system
- Features: Auto-Calibration, Auto-Calibration Validation, Process/Manual mode, As Found/As Left function, Sample stream selection, and six 4-20 mA outputs
- Capable of PC-based control and data logging
- Batch or continuous stream monitoring
- Detector: Photo Ionization Detector (PID)
- Automatic, hands-free calibration, flow setting and analysis
- Detection limits for benzene of < 5 ppb
- Instrument operating temperature: ambient
- Detector temperature: factory set; adjustable
- Oven temperature: factory set with software controlled conditioning
- Tested against virtually all of the potential alcohol and oxygenate impurities that could be present and determined to be interference-free
- Benzene is captured by the software system, with results displayed digitally on the instrument's front panel
- On-board software package contained in the Series 200AHC allows complete unattended operation
- Installation: bench or 19" rack
- Power: 115-230 V, 50-60 Hz
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Full inline quality control for soft drink production. Know in less than one minute the dissolved carbon dioxide, oxygen, and temperature in the product. Offers real-time analysis. Audible and visual alarms. Internal components are sanitized automatically during normal CIP operation. Up to 1,000 product specifications can be stored in the software.
-Confirm carbon dioxide levels within one minute of initial startup or changeover
-Confirm Brix levels within three minutes
-Reduce product and package waste by not filling packages with product out of specifications
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Non-Sampling, integrated Co2 measurement and control for carbonated beverages.
The CarboCheck is the world's leading CO2 monitor and control system and uses the well known saturation pressure/temperature technique for accurate, non-sampling measurement. CarboCheck can be used for measurement alone or configured as a control system.
The CarboCheck sensor features a silicon rubber membrane, through which the dissolved CO2 permeates into a sealed, evacuated chamber. The partial pressure of the gas is then measured and displayed by the analyser/control unit as a CO2 content. The system incorporates a vacuum exhauster to regularly evacuate the sensor, providing continual, accurate measurement of dissolved CO2. The analyser/control unit can be linked to a carbonation system to enable fully integrated CO2 measurement, injection and control.
Benefits:
-Accurate monitoring and control of dissolved CO2 levels in carbonated beverages.
-Improved "right first time" carbonation figures in-line or in tank.
-More efficient process control.
-Reduction in re-work.
Features:
-Accurate to +/- 0.02vol/vol(+/- 0.04g/l)
-No sampling or product by-pass lines
-Hygenic fitting, can be cleaned in place
-No moving parts
-Low maintenance requirement
-Available as single /dual channel controller or up to 4 channel monitor.
Typical Applications include:
-Beer carbonation ex-filter
-Mineral waters carbonation
-Sparkling wines carbonation
-In-line CO2 monitoring on brewery and soft drinks packaging lines
-Carbonation of pre-mixed drinks.
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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.
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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
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The Series 9500 Oxygen and Carbon Dioxide Monitor is designed to provide continuous, unattended monitoring of both oxygen and carbon dioxide.
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The analyser 2008 IR P is dependable and competitive, it is used to measure CO2 punctually (either CO or CH4) in all your techniques.
This portable analyser inserts a pomp of prélevement as well as a filter of porosity 0.1µm optional
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The HORIBA Advantage combines advanced combustion technology with a unique, patented design. HORIBA first introduced analyzers for emission and air monitoring in 1964. Today, HORIBA Jobin Yvon is the only company that offers the experience of HORIBA combustion analyzer technology and over 180 years of expertise and experience in optics and spectroscopy.
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Q-TRAK™ Indoor Air Quality Monitor
Model 7565
Providing a comfortable, safe and healthy indoor environment is an increasingly important concern. Good air quality increases concentration and productivity. It can also reduce lost days due to absence. TSI’s Q-TRAK IAQ Monitor provides quick, accurate information to assess key IAQ parameters.
Features and Benefits
• Measures CO2, temperature, humidity, and CO
• Calculates dew point, wet bulb and percent outside air
• Displays up to 5 measurements simultaneously
• One instrument with multiple plug-in probe options
• User-selectable logging intervals and start/stop times
• Store up to 38.9 days of data collected at one-minute log intervals
• TRAKPRO™ software provided for data logging, analysis and documenting results
- Perform single-point tests for quick building surveys
Easy to Use
The Q-TRAK features a menu-driven user interface for easy operation. On-screen prompts and step-by-step instructions guide the user through operation and field calibration. The Q-TRAK also features an ergonomic, overmolded case design and a keypad lockout to prevent tampering during unattended use.
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Advanced Gasmitter for biogas applications
NDIR-Dual Wavelenth Principle
OEM-Gastransmitter with improved characteristics
• Simultaneous measurement of CO2 and CH4
• No cross sensitivity to water steam and H2S
• Maximum long term stability due to high grade devices
on the PCB
• Fast response time
• Superior accuracy due to improved signal-to-noise-ratio
• USB and RS485 interface
• Linearized analogue output: 4...20mA / 0...8V
• Display for measurement range deviation: 2...22mA output
• Web based communication software
• Simple integration into analyzers and measurement systems
• Customizable to measure various combinations of gas
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testo 350 XL analyzer box, equipped with O2, CO (with switch-off and rinse function), NO, NO2, differential pressure measurement, 2 temperature probe sockets, gas preparation, Testo data bus adapter, automatic fresh air rinse with valve (including measurement range extension with dilution factor 5 for all sensors), built-in rechargeable battery, data memory, can be upgraded to max. 6 gas sensors (with H2S, HC, SO2, CO2 NDIR)
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O2 and CO2 are the gases whose rates of consumption or production are most frequently measured for the purposes of study and process control (energetic metabolism, substract utilisation, etc.).
The measuring ranges of the GA analyser (0÷10 or 15% for CO2, and 21÷10% for O2) have been chosen specifically for your application.
The system is based on wellproven, high quality transducers, and is characterised by an extremely reduced internal volume, to reduce overall response times.
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