| Infrared sensor | Gas sensor | | Industrial probe | Electrochemical transducer | | | - - Products 1 to 30 of 70 Carbon dioxide (CO2) probe METREL A 1180 - CO2 probe CO2 probe is used for carbon dioxide measuring in crowded places, such as schools, hospitals, hotels, universities and industry. It should be plugged to Multinorm instrument MI 6201. Instrument Multinorm Probe adapter Universal microclimatic probe Illumination probe Type B Class 2 sound probe Windscreen Plastic shield Tripod adapter Carrying case LabLink PC SW with RS 232 cable Power supply adapter + 6 NiMH batteries Instruction manual Product verification data Declaration of conformity ISO calibration certificate for complete system Carbon dioxide (CO2) probe VAISALA CARBOCAP® GMP343 The Vaisala CARBOCAP® Carbon Dioxide Probe GMP343 is a compact field instrument designed for soil respiration measurements, other ecological measurements and various custom applications. The metal-cased GMP343 operates in harsh conditions: in temperatures -40...+60 °C (-40...+140 °F) and humidity 0...100 %RH. The GMP343 weighs less than 0.4 kg and consumes under 1 W of power. The probe uses the unique Vaisala CARBOCAP® silicon-based infrared sensor. The diffusion-aspirated design eliminates the need for sampling systems and pumps. In soil respiration box measurements this design also eliminates errors caused by pressure differences often present in pump-aspirated measurement systems. The GMP343 is very stable, with 6 hour drift less than 1 ppm outdoors, and has as a short warm-up time. The GMP343 can output numerically filtered or raw measurement data. Additional features include heated optics, compensation possibilities for temperature, relative humidity and pressure, and built-in self-diagnostics. In addition to the diffusion-aspirated version, the GMP343 is available as a flow-through version. The GMP343 can be powered and used with the portable MI70 indicator for convenient field measurement. Carbon sensor for heat treatment Fer Strumenti Oxygen measuring concentration in the atmosphere of a metal treatment furnace allows through well-known thermodynamic relations, the measuring of carbon potential p (C) even when traditional analysis systems (Dew point and CO2) are no longer reliable parameters Catalytic flammable gas sensor Alphasense 100% LEL CH4 etc Alphasense Pellistors are available in three housing sizes: A, D and the new F size for fixed installation applications. The innovative design of the Alphasense Pellistor range provides high quality, low power (only 190mW) and excellent poison resistance. As with all other Alphasense sensors, computer controlled stabilisation racks to continuously monitor every sensor during initial conditioning ensures that only sensors operating within specification are allowed to be tested with our ATAV (Alphasense Test and Validation) system. Performance of very sensor is traceable via bar coding. CH-A3 is a drop-in 20mm diameter replacement to existing products with improved stability and poison resistance; CH-D3 is a unique miniature size - 11.5mm height, 15mm diameter, complementing the existing and fast-growing Alphasense D sensor family - with the same good stability and high poison resistance of the CH-A3. All pellistors are housed in certified flameproof chambers. Alphasense Pellistors include a matched pair of sensing and compensator pellistor beads, sealed in a 316 stainless steel housing with stainless steel flame arrester sinter. Catalytic flammable gas sensor Dräger Safety Catalytic DrägerSensors Catalytic DrägerSensors for the detection of flammable gases and vapors utilise Pellistors which are based on the catalytic effect. Different sensor versions will suit even the most demanding industrial applications. The DrägerSensor Ex PR M (PR = poison resistant) contains pellistors, which in the presence of catalytic poisons have a longer lifetime than conventional sensors. The DrägerSensor Ex HT M contains also PR-pellistors, but additionally is approved to be used at temperatures up to 150 °C. The DrägerSensor Ex LC M contains PR-pellistors, which by their special encapsulation and electronic amplification are suitable to monitor very low gas concentrations. The measuring range is 0...10% LEL. Catalytic flammable gas sensor Figaro Engineering TGS6810, which can detect both methane and LP gas, has been developed for residential gas detection. Combining Figaro’s 35+ years of experience in catalyst material technology with its advanced micro fabrication technology, Figaro can produce the most advanced compact pellistor sensors whose durability, stability, quick response, and linear output make them ideal for detecting many combustible gases. As the sensor possesses an adsorbent inside its sensor cap, its cross sensitivity to alcohol is much smaller than traditional catalytic type sensors. In addition, TGS6810 is more durable against silicone compounds than the traditional catalytic type sensors. * linear output * compact size * small sensitivity to alcohol * sensitive to both methane and LP gas * meets RoHS requirements Catalytic flammable gas sensor General Monitors ATEX, CSA, FM Features - Extra Strong Support Post - Large Active Bead Surface Area - Precious Metals Used for All Components Mounted in Teflon Body - Active and Reference Beads Matched by Size and Resistance - Teflon Barrier Protects Active and Reference Beads - Ultra Poison Resistant Active Bead - Glass Coated Reference Bead Detector tube MSA Europe Detector tubes are the simplest solution if you frequently need to measure many different substances. You can store detector tubes for a long time without service if you need to measure many different substances only occasionally. The handling of detector tubes is very simple. Electrochemical carbon dioxide (CO2) sensor Figaro Engineering 350 ~ 30,000 ppm Figaro Pre-calibrated CO2 sensor modules combine Figaro's CO2 sensor TGS4160/ 4161 with a microcomputer and Figaro's proprietary signal processing technique. With simple user-defined settings, this module generates a control signal for ventilation and/or air conditioning systems. The result is economic, long-lived, and maintenance free air quality control. When compared with traditional CO2 sensor modules using infrared sensors, Figaro's CO2 module is much more cost effective. CDM4160 - Pre-calibrated CO2 modules Suitable for indoor ventilation control and CO2 monitoring in factories, agriculture, and automobiles where conditions are more severe than in residential applications. Based on the specific needs of each user, models are available in three sensitivity ranges: 400-4000ppm, 400-8000ppm, and 400-40000ppm. CDM4161 - Pre-calibrated CO2 module Suitable for indoor ventilation control in residences and high occupancy buildings. Models with detection ranges of 400-4000ppm or 400-8000ppm are available to meet the specific requirements of your application. * pre-calibrated * maintenance-free * linear voltage output corresponding to CO2 concentration * control signal * malfunction signal Electrochemical carbon monoxide (CO) sensor Alphasense Alphasense Carbon Monoxide sensors operate using well-known fuel cell technology. The CO-BF contains a chemical filter to remove cross-interferants such as SOx, NOx and H2S. The Alphasense CO-B series offers our leak-free guarantee and good, reliable detection performance. The leakproof housing is moulded in colour coded plastic for ease of identification. Our unique ATAV test and validation system enables us to perform customised testing to customer requirements, eg we can test 100% of all our CO-BF sensors for hydrogen response. A record of each sensor's performance is stored in our database, accessible via the sensor barcode. This can provide hard copy evidence if required and serve as a powerful diagnostic tool. Electrochemical carbon monoxide (CO) sensor Figaro Engineering Figaro's carbon monoxide sensor TGS5042 is a battery operable electrochemical sensor which offers several advantages over traditional electrochemical sensors: its electrolyte is environmentally friendly, it poses no risk of electrolyte leakage, it does not consume active materials or its electrodes during operation, and it has lower sensitivity to interference gases. With long life, good long term stability, and high accuracy, this sensor is an ideal choice for CO detectors with digital display. OEM customers will find individual sensor data printed in bar code form on each sensor, allowing individual sensor tracking and enabling users to skip costly gas calibration. Utilizes a standard AA battery-sized package. Features: * Battery operable * High repeatability/ selectivity to carbon monoxide * Reduced influence by various interference gases * Long life * UL recognized component * simple calibration * no sensor aging necessary * meets UL2034 and EN50291 * meets RoHS requirements Applications: * Residential and commercial CO detectors * CO monitors for industrial applications * Ventilation control for indoor parking garages and attic * Recreational vehicle CO detectors * Marine boat CO detectors * Fire detection Electrochemical carbon monoxide (CO) sensor with low hydrogen cross sensitivity Alphasense Cross sensitivity to H2, > 4% Sensitivity nA/ppm in 400ppm CO 55 to 85 Response time t90 (s) from zero to 800ppm CO < 45 Zero current ppm equivalent in zero air < ± 2 Resolution RMS noise (ppm equivalent) < 1 Range ppm CO limit of performance warranty 2,000 Linearity ppm error at full scale, linear at zero and 800ppm CO < ± 40 Overgas range maximum ppm for stable response to gas pulse 4,000 Electrochemical chlorine (Cl2) sensor Alphasense The Alphasense Chlorine Electrochemical range of sensors, are available in both the company's 'A' ,'B' and D series sizes, and are clearly yellow colour code. The CL2 sensors supplement the already established Toxic Gas Sensor ranges, which include Carbon Monoxide, Hydrogen Sulfide, Sulfur Dioxide, Nitric Oxide and Nitrogen Dioxode. The 'A' series is also available as an oxygen sensor. The Alphasense CL2-A/B/D Sensors provide OEM's with an alternative for use in high volume applications. Strong signal levels combined with low zero current allows resolution to 50ppb and an operating range of 20ppm. The sensors are suitable for inclusion in fixed installation sensing heads and portable safety instruments. These sensors show better transient response to humidity changes, compared to competitors’ equivalent sensors. As with all other Alphasense sensors, computer controlled stabilisation racks to continuously monitor every sensor during initial conditioning ensures that only sensors operating within specification are allowed to be tested with our ATAV (Alphasense Test and Validation) system. Performance of every sensor is traceable via bar coding. Electrochemical flammable gas sensor Dräger Safety Electrochemical Sensors Design does matter: a bigger sensor means bigger electrodes and more electrolyte, hence faster response higher accuracy more stability longer life The smart DraegerSensor with embedded micro-chip and temperature element supports sensor recognition, numerous selftest functions, remote calibration and signal compensation over the entire temperature range of typically -40 to +65 ºC. Electrochemical flammable gas sensor Oliver IGD The IGD MKIII flammable gas detector has been in service for many years gaining an enviable reputation for reliability and performance. Developed originally for the off shore oil and gas industries using IGD's patented pellistor technology the MKIII today finds applications across many industries from drilling platfoms to boiler monitoring and everything in between. Now ATEX approved the MKIII and available with a range of EEXd controllers, rack cards and 4-20mA output interfaces. Electrochemical hydrogen (H2) sensor IPSEN VIDE Electrochemical hydrogen sulfide (H2S) sensor Alphasense Alphasense Hydrogen Sulfide sensors operate using well-known fuel cell technology. The H2S-A series sensors are designed for continuous use between -30C and +50C, making H2S-A1 ideal for Oil and Gas/Petrochemical applications in adverse climatic conditions. The H2S-A offers our leak free guarantee and good, reliable detection performance. The leakproof housing is moulded in colour coded plastic for ease of identification. Our unique ATAV test and validation system enables us to perform customised testing to customer requirements. A record of each sensor's performance is stored in our database, accessible via the sensor barcode, available as hard copy evidence and as a powerful diagnostic tool. Electrochemical nitrogen monoxide (NO) sensor Alphasense The Alphasense Electrochemical range of Nitric Oxide sensors are available in both the companies 'A' and 'B' series sizes and are colour coded in light blue moulded tops. The NO sensors supplement the already established Toxic Gas Sensor ranges that include Carbon Monixide, Hydrogen Sulfide, Sulfur Dioxide and Chlorine. The 'A' series is also available as an oxygen sensor. The alphasense NO-A/B provides OEM's with a good, reliable sensor for use in a number of high volume applications. Strong signal levels combined with low zero current allows resolution to 200ppb (parts per billion) whilst giving linear outputs to as high as 250ppm (parts per million). The sensors are suitable for inclusion in fixed installation sensing heads, portable safety instruments and stack gas analysers. The sensors incorporate innovative catalyst technology, which reduces the effects of a number of common cross interference gases whilst ensuring batch-to-batch consistency and stable output. These sensors provide a significant improvement in stability of response with respect transient relative humidity changes. These sensors allow OEM's to design instrumnts that provide trouble free monitoring of the reduced allowable maximum exposure limit of 1.0ppm for Nitric Oxide. Physical robustness allows the sensors to be used in the most demanding environments. Electrochemical oxygen (O2) sensor Alphasense 15% - 30% Alphasense Oxygen Sensors operate using well-known fuel cell technology. The O2-A3 (3-year warranty), O2-A2 (2-year warranty), O2-A1 (1-year warranty), O2-G2 (2-year warranty)and O2-G1 (1-year warranty),sensors are designed for the latest generation of portable gas detectors where high detection performance, total reliability, small size and long lifetime are the key criteria. All Alphasense sensors pass through our unique ATAV system (Automatic Test and Validation), which provides 100% traceability for you and your customers. Our sensors can also be supplied with a customised test report to individual requirements. A record of each sensor's performance is stored in the Alphasense database, accessible via the sensor barcode. This can be made available as hard copy evidence and also provides a powerful diagnostic tool. Electrochemical oxygen (O2) sensor Bran Luebbe The remarkable features of this oxygen sensor are its extremely long service life and the low maintenance costs due to its long-term adjustment and cleaning intervals. The adjustment can be done in air or in saturated water without any calibration tables. The replacement of the galvanic cell is simplified by the design of the sensor. The membrane is very durable and is almost unbreak-able (100 µm membrane thickness). Newly developed sensor electronics enable the oxygen sensor to work without an additional storage battery. The sensor can be modified to customer's needs regarding measuring range and accuracy. The response time is less than 2 minutes. The sensor can be immersed directly in water courses or tanks and does not need regular maintenance. The sensor is also available in combination with a temperature sensor. Electrochemical oxygen (O2) sensor Figaro Engineering The GS-Yuasa Oxygen Sensor SK-25 is a unique galvanic cell type oxygen sensor. Its most notable features are long life expectency, excellent chemical durability, no position dependency, and it is not influenced by CO2. The SK-25 oxygen sensor is ideal to meet the ever-increasing demand for oxygen monitoring in various fields such as food, bio-technology, security system. Electrochemical oxygen (O2) sensor General Monitors ATEX, CSA, UL, CUL, CE The TS420 Oxygen Deficiency Detector continuously monitors for oxygen deficiency and provides an analog output. The TS420's design is based on electrochemical cell technology. Electrochemical oxygen (O2) sensor IPSEN VIDE Electrochemical sulphur dioxide (SO2) sensor Alphasense Alphasense Sulfur Dioxide SO2 B series sensors are supplied in leakproof housing with clearly colour coded red mouldings. They have an operating range suitable for personal safety monitoring applications. Additional sensors with significantly higher operating and overload ranges are available to satisfy the needs of the Stack Gas Analyser market. These provide linear outputs to 5000ppm (parts per million) with overgas capacity to 10,000ppm. The Sulfur Dioxide sensors provide OEM's with a good, reliable sensor for use in a number of high volume applications. The sensors are designed for use in both fixed head and portable instrumentation. As with all Alphasense sensors, the use of stabilisation racks to continuously monitor every sensor during initial conditioning ensures that only sensors operating within specification are passed to the Company's unique ATAV (Alphasense Test and Validation) system. The key operating characteristics for every sensor are recorded against the sensor serial number, which is bar coded onto the sensor. This data can be released at the time of despatch so that full traceability is maintained. Electrochemical toxic gas sensor Dräger Safety Electrochemical Sensors Design does matter: a bigger sensor means bigger electrodes and more electrolyte, hence faster response higher accuracy more stability longer life The smart DraegerSensor with embedded micro-chip and temperature element supports sensor recognition, numerous selftest functions, remote calibration and signal compensation over the entire temperature range of typically -40 to +65 ºC. Fiber optic oxygen (O2) sensor Ocean Optics Ocean Optics sensor systems are ushering in a new generation of low-cost, portable chemical-sensing devices. Thanks to innovation in the development of chemical-sensing complexes -- particularly those with fluorescing properties -- products such as our Oxygen Sensor systems will continue to provide viable alternatives to traditional chemical-sensing devices such as electrodes. The use of optical-sensing methods lessens the reliance on the electrochemical technologies that have dominated the field of oxygen sensing. Infrared carbon dioxide (CO2) sensor Alphasense 5000 ppm, 5%, 10%, 20%, 65% The LED based CO2 NDIR sensor is a fast response, low power NDIR CO2 sensor. It uses patented Indium Antimonide technology to produce a solid state source/detector pair. This gives a fast response to changes in gas concentration, and high immunity to ambient light/heat sources. Carbon Dioxide (CO2) is measured by recording changes in the transmission of mid IR wavelengths around the carbon dioxide absorption peak at 4.26um. The C20 is fully solid state, using an advanced mid IR LED and photodiode pair. This eliminates the need for heated filaments entirely. This sensor produces a temperature compensated, linearised output via a serial line, and is extremely simple to integrate into microcontroller based instruments. Infrared carbon dioxide (CO2) sensor Alphasense 5000 ppm, 5%, 10%, 20%, 100% NDIR Carbon Dioxide - Infared Sensors Alphasense contemporary designed miniature CO2 infra-red sensors are self-contained, plug in sensors with integrated optics contained within standard sized miniature (20.0 mm) gas sensor housings. There are no moving parts within the sensors. An internal temperature sensor is included to enable the temperature to be monitored at the detectors, thereby providing the best means of compensating for temperature effects, including ideal gas law corrections. CO2 Gas Ranges IR-CO2-A1 Carbon Dioxide 0 to 5,000-ppm IR-CO2-A1 Carbon Dioxide 0 to 5% Volume IR-CO2-A1 Carbon Dioxide 0 to 20% Volume IR-CO2-A1 Carbon Dioxide 0 to 100% Volume Long life electrochemical oxygen (O2) sensor Figaro Engineering The GS Oxygen Sensor KE series (KE-25 and KE-50) is a unique galvanic cell type oxygen sensor which was developed in Japan in 1985. Its most notable features are long life expectency, excellent chemical durability, and it is not influenced by CO2. The KE series oxygen sensor is ideal to meet the ever-increasing demand for oxygen monitoring in various fields such as combustion gas monitoring, the biochemical field, medical applications, domestic combustion appliances, etc. Miniature electrochemical carbon monoxide (CO) sensor Alphasense Alphasense Carbon Monoxide miniature sensors operate using well-known fuel cell technology. The Alphasense CO-D series offers our unique leak-free guarantee and superior detection performance all in a diameter of 14.5mm. Only its size is reduced, not its performance or guaranteed life. The leak proof housing is colour coded for ease of identification. Our unique ATAV test and validation system enables us to perform customised testing to customer requirements. A record of each sensor's performance is stored in our database, accessible via the sensor barcode. This can provide hard copy evidence if required and serve as a powerful diagnostic tool.