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Single Path monitoren zijn ontworpen voor in-situ meting in schoorstenen, leidingen of reactoren met typische padlengte van 0,5 tot 20 meter. By-pass en extractieve configuraties zijn ook mogelijk. Het compacte ontwerp bestaat uit de zender (met laser module, de optische module en de belangrijkste elektronica) en de ontvanger (met focus lens, fotodetector en ontvanger elektronica). De LaserGas II SP Monitor maakt gebruik van een zender / ontvanger configuratie (diametraal tegenover elkaar gemonteerd) om de gemiddelde gasconcentratie over de optische padlengte te bepalen. -
Neo Monitors is trots 's werelds eerste in-situ optische analysator voor waterstof aan te bieden. De LaserGas™ II Single Path Hydrogen is een speciaal ontworpen versie die is afgestemd op waterstofmetingen. De sensor blijft onaangetast door verontreinigingen, corrosieve stoffen en heeft geen regelmatig onderhoud nodig. De afwezigheid van extractieve conditioneringssystemen verbetert de beschikbaarheid van de metingen verder en elimineert fouten met betrekking tot monsterbehandeling. Zodra de voeding, datalijnen en spoeling zijn aangesloten, is het instrument klaar voor gebruik en worden metingen in realtime uitgevoerd. -
De LaserGas-II-Compact Monitor is afgeleid van de standaard Single Path instrumenten en werd geoptimaliseerd voor toepassingen met korte padlengtes tussen 10 en 100 centimeter. Doordat het toestel is voorzien van een gefocuste laserstraal is het mogelijk door zeer dunne insteekbuisjes te meten (<10 mm diameter). Hierdoor is er bij de SP Compact, voor toepassingen waarbij spoeling van de lens ter voorkoming van stofafzetting noodzakelijk is, slechts een zeer beperkt spoeldebiet vereist. Met de optionele interne deshydratiemiddelen kunnen deze toestellen ook worden geoptimaliseerd voor in-situ meting van sporen niveaus van bv O2 en H2O. De LaserGasTMII SP Compact Monitor bestaat uit een zender / ontvanger (gemonteerd diametraal tegenover elkaar) om de gemiddelde concentratie gas langs de optische meetveld te bepalen. -
In tegenstelling tot de vorige generaties LaserGas™-producten, meet de LaserGas™ Q-familie in het mid-infraroodspectrum, wat betere detectielimieten mogelijk maakt. Evenals detectie van gassen die niet mogelijk zijn met de meer gebruikelijke nabij-infraroodspectroscopie. De sensor heeft lage onderhoudskosten en vereist geen regelmatig onderhoud. De afwezigheid van extractieve conditioneringssystemen verbetert de beschikbaarheid van de metingen verder en elimineert fouten met betrekking tot monsterbehandeling. De monitor is direct op flenzen gemonteerd, die zijn voorzien van spoelgasaansluitingen en een kantelmechanisme voor eenvoudige uitlijning. Een continue spoelstroom voorkomt dat stof en andere verontreinigingen zich op de optische vensters nestelen. Zodra stroom- en datalijnen zijn aangesloten, worden metingen in realtime uitgevoerd. Download datasheet -
In tegenstelling tot de vorige generaties LaserGas™-producten, meet de LaserGas™ Q-familie in het mid-infraroodspectrum, wat betere detectielimieten mogelijk maakt. Evenals detectie van gassen die niet mogelijk zijn met de meer gebruikelijke nabij-infraroodspectroscopie. De sensor heeft lage onderhoudskosten en vereist geen regelmatig onderhoud. De afwezigheid van extractieve conditioneringssystemen verbetert de beschikbaarheid van de metingen verder en elimineert fouten met betrekking tot monsterbehandeling. De monitor is direct op flenzen gemonteerd, die zijn voorzien van spoelgasaansluitingen en een kantelmechanisme voor eenvoudige uitlijning. Een continue spoelstroom voorkomt dat stof en andere verontreinigingen zich op de optische vensters nestelen. Zodra stroom- en datalijnen zijn aangesloten, worden metingen in realtime uitgevoerd. -
LaserGas™ II Multi Pass combineert extractieve metingen met een compact analyserontwerp. De laserstraal wordt gekoppeld aan een meetcel, waar deze meerdere keren wordt gereflecteerd tussen twee bolvormige spiegels om de gevoeligheid van de analysator te vergroten. De monitor is een kant-en-klaar instrument. Tijdens de installatie zijn geen andere handelingen nodig dan het aansluiten van stroom, het meetgas en optionele spoeling. LaserGas™ MP biedt een betrouwbare en gebruiksvriendelijke oplossing voor een breed scala aan toepassingen. -
LaserGas™ III Open Path-gasdetector is speciaal ontworpen voor continue bewaking in explosiegevaarlijke omgevingen. Gebaseerd op onze derde generatie LaserGas™-technologie, is het hele instrument ingebouwd in compacte vuurvaste behuizingen, waardoor het ideaal is voor zone 1-locaties. De LaserGas™ III OP bestaat uit een zender- en ontvangereenheid die tegenover elkaar is gemonteerd op een afstand tot 100 meter. Het laserlicht wordt van de zender naar de ontvanger gestuurd en eventuele veranderingen in de gasconcentratie langs het optische pad van de zender naar de ontvanger worden in realtime gedetecteerd. -
LaserDust™ Medium Path (MP), Long Path (LP) en Extra Long Path (XLP) monitoren zijn compacte, optische stofmonitors voor echte continue in-situ meting van stofconcentratie of opaciteit. De monitoren zijn ontworpen voor metingen over pijpen, schoorstenen en kanalen met typische padlengtes van 0,5 – 10 m. LaserDust™-monitoren gebruiken een zender/ontvangerconfiguratie om de stofconcentratie langs de optische zichtlijn te meten. Onze echte contactloze benadering is superieur aan stofmeters van het punttype. Met innovatieve lasertechnologie combineert de LaserDust™ twee meetprincipes in één instrument.- Bij lage stofniveaus werkt het met voorwaartse strooilichttechnologie: Het invallende laserlicht wordt verstrooid door stofdeeltjes en verzameld op een solid-state sensor voor stofkwantificering. Deze zeer gevoelige modus maakt detectiegrenzen van < 0,5 mg/Nm3 mogelijk en wordt niet beïnvloed door stofafzetting op de vensters.
- Bij hoge stofniveaus meet de LaserDust™ de doorlaatbaarheid of opaciteit: Lichtabsorptie door stofdeeltjes wordt opgevangen door een 2e sensor.
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LaserGas™ iQ² analyzer is the first to measure up to four gases (O2, CO, CH4, H2O) and temperature depending on configuration, which eliminates the need for multiple units for combustion analysis. The cutting-edge design and ground-breaking functionality, ensures that the instrument delivers unmatched reliability and durability. Customers may replace existing analyzers where explosion risks or high maintenance issues are a huge concern. -
The Liebherr P78-SC sensor in conjunction with the Liebherr Litronic-FMS/CCS type coating thickness and basis weight determination system has become indispensable for many industrial processes. The areas of use include the coating of paper, box, film, non-woven and textile webs. The sensor installations take place, for example, before and after the squeegee for the exact determination of the coating or the humidity The Litronic-FMS III evaluation and transfer unit, which is a mandatory part of the system, is used to record, process and prepare the values measured by the sensors. The integrated software is used for convenient parametrisation and calibration. Thanks to the various interfaces, signal transmission to the higher-level control is feasible. Measurement by the Liebherr sensor system is based on the physical principle of capacitance determination in the high-frequency stray field. In addition to their high precision and robustness, the measuring devices from Bad Schussenried are characterised by their reproducibility. Once the sensor has been calibrated, further measuring points can be set up or devices renewed on this basis at any time without great effort. The plant thus always remains reliable, regardless of its previous term and age. -
A self-sufficient system with almost unlimited possibilities. The Litronic FMS II type moisture measuring installation has been used for decades in a wide range of industries to measure the moisture content of various materials in real time.At the beginning of each measurement section, the calibration per product must be carried out by means of reference procedures. The Litronic-FMS II software enables convenient and fast parameterisation. The evaluation unit receives the raw values measured by the Liebherr sensors and immediately converts them into percentage humidity. Thanks to the various interfaces, transfer to a higher-level control is possible. Measurement by the Liebherr sensor system is based on the physical principle of capacitance determination in the high-frequency stray field. In addition to their high precision and robustness, the measuring devices from Bad Schussenried are characterised by their reproducibility. Once the system has been calibrated, further measuring points can be set up or devices renewed on this basis at any time without great effort. The plant thus always remains reliable, regardless of its previous term and age. -
De Kjeldahl-methode is een methode geschikt om de fractie organische stikstof in samples te bepalen. De methode zal de hoeveelheid stikstof en ammoniak die in organische verbindingen vervat zit analyseren, enkel stikstof in de vorm van nitraten en nitrieten verbindingen worden genegeerd.
Deze erg oude methode is nog steeds de meest “populaire” (lees erkende) methode voor het bepalen van Stikstof in waters en voedsel samples.
Omwille van de chemicaliën en de hogere temperaturen die zich in het Kjeldahl proces voordoen is Kjeldahl lang een ongewenste gast op het labo geweest daar de nodige voorzichtigheid aangewezen is.
Vandaag zijn deze analyses bijna volledig geautomatiseerd, beveiligd en gecontroleerd zodat het gebruik van deze analyzers haast kinderspel geworden is.
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LaserGas™ III HF Portable analyzer is compact, lightweight and battery powered instrument which is ideal for HF leakage detection. With on-board pump and connections for Teflon tubing the target gas is continuously transferred into the internal measurement cell. The instrument´s low power design gives long operating time on each battery cycle. The analyzer provides reliable operation with instantaneous response and sufficient dynamic range to measure from sub ppm to several hundred ppm HF concentrations. -
LaserGas™ iQ2 Vulcan is the first in-situ single-flange solution to measure up to four gases (O2, CO, CH4, H2O) as well as the process temperature in a single unit. Based on the well-proven and trusted tunable diode laser absorption spectroscopy (TDLAS) technology, the solution combines cutting-edge design and ground-breaking functionality. It is a complete combustion solution eliminating the need for multiple units. Advanced TDLAS technology enables unmatched reliability and durability. Installation costs of this all-in-one solution are significantly reduced since only one flange is needed. In addition, operational and maintenance costs are kept at a minimum. -
LaserGas™ II Open Path is a compact, high performance gas monitor for ambient long distance monitoring. The LaserGas™ II OP consists of a transceiver and retro-reflector unit. The retro-reflector unit consists of one or several cube corners in a weather proof enclosure, which reflects the light back to the transceiver. The detector collects the returned light for calculation of the gas concentration. An optional auto-alignment unit can also be applied to ensure consistent alignment over time. -
The ACC cooler offers precision, safety and long-term stability for extractive analytics. The very low gas dissolution rate is attained owing to the new cooler technology (Patents applied). Both the permanent separation of the condensate from the gas phase, as well as the shorter contact time of the gas in the system, plays important roles in reducing gas dissolution rates.
The new cooler incorporates an advanced structural design with housing suitable for both wall-mounting and 19“-racks. The coolers can be integrated into the analysis cabinet without empty space requirements at the side for a cooling air outlet.
The new design enables up to 4 heat exchangers and peristaltic pumps to be incorporated either at the factory or at a later time, without any problem. The exchangers and pumps can be connected in series or parallel following customer requirements.
An electronic system not only monitors the dew point, but also the ambient temperature. The integrated fan is cooling air temperature dependent controlled.
A temperature alarm output is wired to the terminal block incorporated of the cooler housing for a safe connection without disassembling the cooler.
Available for 230VAC and 115VAC power supply.
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Due to its modular design and various options, the Ankersmid heated sample probe filters cover the widest range of applications. With a choice of different lengths of heated filter body, a filter element of 150mm length, suitable for most applications up to 1g dust/m3 can be integrated. 180mm filters with a larger filter surface are used for applications up to 4g dust/m3; with the blow- back function dust loads of up to 10g/m3 can be handled. The 500mm model filter of the ASP 1500 has a capacity for dust up to 10g/m3. When this type is equipped with blow-back option, it handles up to 20g/m3. For even higher dust loads, a primary filter is positioned on top of the first filter. A significant advantage is that all filters are replaceable without dismounting the probe without using any tools and in the shortest possible time. Cleaning and exchanging of unheated sample tubes or preliminary top-filters can be affected by extracting the filter from the probe. The probe temperature is controlled by a microprocessor based PID-controller (optional with Modbus/RS485 communication). Alarm or fault contacts can be programmed and the temperature can be changed easily. The standard sensor is PT100, whereas a thermo-couple is standard for the high temperature version. -
This unique microprocessor controlled Peltier Cooler has been designed with a powerful dew point stabiliser. The dew point is set at 4°C but can be changed at any value between 1 and 15°C. The condensate that is formed should be removed by a peristaltic pump, automatic drain or collection vessel.
The heat exchanger is demountable and PFA®-coated.
The digital controlled cooler has many control and warning features like programmable alarms, mA-output, digital inputs and Modbus or RS485 communication. The alarm status changes when the temperature deviates by • ± 3 °C from the set point.
Available for 230VAC and 115VAC power supply.
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Ankersmid Universal Filters are known as a reliable technique for the separation of particles from gas, ensuring a flow of clean gas to the analyzer. Filter housings in a variety of materials and standard dimensions are available.
The design of the filter and filter housing also ensures that any liquids present in the gas will be separated from the gas.
Liquids are collected in the bottom of the filter-housing.
Due to its universal standard dimensions and functionality, the filter elements can also be used with any commercially available filter housings.
The filters are easily replaced without the use of any additional tools.
Where needed, a liquid sensor or liquid drain can be installed at the bottom of the filter housing tube.
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The ACC cooler offers precision, safety and long-term stability for extractive analytics. The very low gas dissolution rate is attained owing to the new cooler technology (Patents applied). Both the permanent separation of the condensate from the gas phase, as well as the shorter contact time of the gas in the system, plays important roles in reducing gas dissolution rates. The new cooler incorporates an advanced structural design with housing suitable for both wall-mounting (standard) and 19“-racks by using optional brackets. The coolers can be integrated into the analysis cabinet without empty space requirements at the side for a cooling air outlet. The design enables 1 or 2 heat exchangers to be incorporated either at the factory or at a later time, without any problem. The exchangers can be connected in series or parallel following customer requirements. An electronic system monitors the dew point and controls the integrated fan. A temperature alarm output is wired to the terminal block incorporated of the cooler housing for a safe connection without disassembling the cooler.Available for 230 VAC and 115 VAC power supply.
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The portable system is suitable for variable, discontinuous and continuous operation. The components built into the system can be used for standard applications. For special requirements please ask us for other solutions.
The heated sample line is to be mounted at the gas measuring inlet terminal inside the portable case. A ball-valve can be fitted to the inlet terminal of the portable system in order to calibrate analyser(s) with check gas.
The amount of flow is determined by a sample gas diaphragm pump. The sample gas pump AMP 11P is activated automatically by means of an excess temperature contact on the cooler.
Optional flow meters with integrated needle valve are available. The flow meters are built-in as the electronic controller and are visible from outside when the carrying case is closed. This unique microprocessor controlled Peltier cooler is a powerful designed dew point stabiliser. The dew point is set at 4°C but can be changed at any value between 1°C and 15°C. The gas cooler is equipped with an innovative heat exchanger system.
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Due to various acid dew points at various applications the probe is heated up to 180°C.
A filter element of 150mm is integrated, suitable for most applications up to 1g dust/m3. A significant advantage is that this filter is replaceable without dismounting the probe. With the filter element of 150mm length this probe is suitable for most applications up to 1g dust/m3; with the blow-back function dust loads of up to 10g/m3 can be handled.
Calibration gas can be injected directly into the probe through the calibration gas connection according to EN14181 (regulation for calibration of emission monitoring systems) that enables calibration gas feeding via the filter element of the gas sample probe. The use of the optional high-flow check valve type APP 200 is recommended.
The portable gas sample probe series APP is a perfect completion to the Ankersmid portable gas conditioning system series APS 303/313. Both devices can easily be connected together by the Ankersmid heated sample line type AHL205/025 with the incorporated innovative Quick-Lock System which guarantees a fast and reliable connection.
Using this heated line the probe's electrical power is then fed to the probe via the feed line integrated within the sample line. To avoid cooling-down and condensation of sample gas in the extraction area, the heated sample probe tube type AST 301 is available.
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Ankersmid Ambient Air Filters AAF 051 / AAF 052 / AAF 053 are used for the filtration of ambient air in gas monitoring systems.
The main applications are in ambient air monitoring and in air conditioning systems.
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Ankersmid Universal Filters are known as a reliable technique for the adsorption of components in a gas stream that cause interferences in the gas measurement.
The design of the filter and filter housing ensures that any liquids present in the gas will be separated and collected in the bottom of the filter-housing.
The AAM series are based on the elements of the AUF universal filter series.
Due to its universal standard design, the filters can be used with various adsorption cartridges and, if needed, also be fitted with a liquid sensor.
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The Ankersmid Humidifier controls the humidity of the gas sample stream. The Humidifier is used to wet calibration gases to ensure these gases undergo an identical cycle through the conditioning set-up.
In this set-up, the calibration gases enter the cooler saturated at a stable dew point. Calibration gases with water-soluble components must not be passed through the humidifier.
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The Ankersmid wash bottle serves different purposes. First of all, the wash bottle can wash out sample gases. The second application is its role in maintaining a constant pressure upstream of the analyzer by establishing a constant differential pressure with respect to the atmosphere by using the second inlet. -
The Ankersmid fluid particle filter or coalescence filter is suitable for filtration of fluid particles of all types and is recommended for sample gases with an acid dew point above 100 °C. Application examples are measurements in flue gas of heavy oil and black coal combustions.
The filter separates the aerosols (very fine fluid particles) which still pass the gas cooler. The most effective position of the filter is downstream the sample conditioning close to the flow meter of the analyser. For additional system protection we provide the version with integrated hydrophobic diaphragm, working as a liquid stop.
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The APF front panel mounting reliably extra-fine filters solids, in particular very fine particles, from the gas stream for gas conditioning applications. The APF uses a very fine, deep-acting filter element that removes particles larger then 100 nanometer from the gas stream. The large filter surface of the cylindrical filter element guarantees reliable extra-fine filtration and a long service life with low pressure drop.
The APF extra-fine filter was primarily developed for 19" front-plate mounting equipment, as is evident from the APF’s small size that is suited to flat-design equipment
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The ALS liquid-stop protects analyzers against an inrush of liquids from the gas conditioning unit into the analyzer.
This avoids major damages of the analyser.
The best position of the liquid is behind the gas conditioning unit, and before the flow meter going to the analyser.
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We earned with the biochemistry analyzers a reputation as the Gold Standard in bio-analytical instruments with highly accurate sensors and rapid results.
So the key to generating analyte-specific results in 60 seconds or less is YSI’s innovative biosensor technology. Using the inherent specificity of enzymes for a single target analyte, YSI’s proprietary immobilized enzyme electrodes allow a rapid, accurate and largely interference free measurement to be made in about a minute.
Most noteworthy is the unique fluidics and chamber design resist clogging – even at high cell densities.
Thus as a result combining trusted measurement technology with the latest in automated sample handling, the 2900 serie furthers YSI’s legacy of expertise in the following applications:
• Critical bioprocess monitoring and fermentation control
• Biofuel production and research
• Clinical blood chemistry
• Food and beverage processing -
VA-100 ViscoScope sensors van Marimex worden ingezet voor standaard toepassingen en zijn verkrijgbaar met NPT en metrische schroefdraad en VARIVENT®- of Tri-clover® fittingen. De toestellen kunnen in kleine tanks, leidingen met kleine diameter of doorstroomcellen worden geïnstalleerd. De sensoren zijn ontworpen voor de lage en gemiddelde viscositeit varieert, procestemperaturen tot 130°C en zijn bijzonder geschikt voor o.a. toepassingen van verven, lakken etc. -
Het VERSA 10 werkstation is een compacte, kost effectieve, high throughput, automatische air-displacement vloeistof sampler.
Het systeem bied een oplossing voor de nood aan hoge doorvoer vloeistof behandelings mogelijkheden van een klein benchtop model tot een uitgebreid vloer model. Door het combineren van een 4 of 8 kanaals kop maar wel met single kanaals functionaliteit kan dit workstation de routine protocollen automatiseren met een variabele hoeveelheid aan samples. Het compacte 6positie werkplatform zorgt ervoor dat u de pipetteer protocollen kunt uitvoeren in een bio-afzuigkap of plekken met beperkte ruimte.
Dit systeem ondersteund verschillende eigen reagentia en labware door zijn open systeem en dit aan een zeer aantrekkelijke prijs.
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Draagbare Vlamionisatiedetector
De vlamionisatiedetector (FID) meet de totale koolwaterstofconcentratie in industriële en laboratoriumomgevingen. Door zijn lichtgewicht en compacte afmetingen is hij speciaal gemaakt voor dagelijks wisselende meetpunten of kortstondige metingen. -
19" Rack vlamionisatiedetector voor continue CxHy bewaking
De stationaire vlamionisatiedetector (FID) iFiD Rack is ontworpen voor stack monitoring, proces controle alsook voor VOC meting. Het volledige gaspad is verwarmd op 300°C, vandaar we kunnen spreken van een hoge temperatuur FID. -
Outdoor Flame-Ionisation-Detector iFiD Mobile for continuous monitoring
The stationary Flame-Ionisation-Detector (FID) iFiD Wall is made for rough conditions and field installations. This unit measures the Total Hydrocarbon concentration especially in heavy industrial environment or freeair installations with small weatherprotection. The stainless steelhousing with a protection class IP65 gives the analyser a strong shelter all year long. -
19" Rack Flame-Ionisation-Detector iFiD SHED for continuous monitoring
The stationary Flame-Ionisation-Detector (FID) iFiD SHED was designed as a 19" Rackunit. This analyzer is designed to measure volatile organic compounds in different sized SHED-chambers. The device is available in a bypass circuit version and an extraction version. The special advantage of the extraction version is a sample flow of only 12-15ml per minute. The whole gaspath is heated to 200°C and with its unique Pyrolysis cleaning system you can clean easily and save service costs. -
19" RackFlame-Ionisation-Detector iFiD Rack for continuous monitoring of 2 channels parallel
The stationary Flame-Ionisation-Detector iFiD Dual is designed for measuring at two points with one unit. This saves money in comparison to a 2 unit solution. The channels are separated from each other and so you can permanently measure high and low concentrations paralell without switching procedure. -
ECO PHYSICS nCLD EL S
Gas Analyzer The nCLD EL S is the next generation in single-channel NO/NOX measurement. Unique in speed and precision, the nCLD EL S is modular designed and allows the continuous measurement of concentrations in the range of parts per million. The measuring principle complies with international emissions monitoring regulations and its new and intuitive user interface individually displays and connects to other instruments’ data. connects to other instruments’ data. -
ECO PHYSICS nCLD 66 Y
Gas Analyzer The nCLD 66 Y is the next generation in single-channel ambient air monitoring instrumentation. Unique in speed and precision, the nCLD 66 Y is modular designed and capable of sequentially measuring NO, NO2 and NOX. The analyzers expandable capabilities allow assessment of additional nitrogen oxide based parameters. Its graphical user interface also individually displays and connects to other instruments’ data. -
ECO PHYSICS nCLD EL
Gas Analyzer The nCLD EL is the next generation in single-channel NO/NOX measurement. Unique in speed and precision, the nCLD EL is modular designed and allows the continuous measurement of concentrations in the range of parts per million. The measuring principle complies with international emissions monitoring regulations and its new and intuitive user interface individually displays and connects to other instruments’ data. -
ECO PHYSICS nCLD 62 MOx
Multi-Gas Analyzer The nCLD 62 MOx is the next generation in measuring NO/NOX , O2 and CO2. Unique in speed and precision, the nCLD 62 MOx is modular designed and allows the continuous measurement of concentrations in the range of parts per million. The measuring principles comply with international emissions monitoring regulations and its new and intuitive user interface individually displays and connects to other instruments’ data. -
ECO PHYSICS nCLD 63 MOx
Multi-Gas Analyzer The nCLD 63 MOx is the next generation in measuring NO/NOx , O2 and CO2. Unique in speed and precision, the nCLD 63 MOx is modular designed and allows the continuous measurement of concentrations in the range of parts per million. The measuring principles comply with international emissions monitoring regulations and its new and intuitive user interface individually displays and connects to other instruments’ data. -
ECO PHYSICS nCLD 82 S
Modular Gas Analyzer The nCLD 82 S analyzer is the next generation in single-channel high precision nitrogen oxide measurement. Unique in speed and reliability, the nCLD 82 M is modular designed and capable of measuring NO or NOX . The new and intuitive graphical user interface also individually displays and connects to other instruments’ data. -
ECO PHYSICS nCLD 82 Mh
Modular Gas Analyzer The nCLD 82 Mh analyzer is the next generation in high precision single-channel nitrogen oxide measurement. Unique in speed and reliability, the nCLD 82 Mh is modular designed and capable of measuring NOX from hot and humid gas sources without additional cooler. The new and intuitive graphical user interface also individually displays and connects to other instruments’ data. -
ECO PHYSICS nCLD 84 M
Modular Gas Analyzer The nCLD 84 M analyzer is the next generation in single-channel high precision nitrogen oxide measurement. Unique in speed and reliability, the nCLD 84 M is modular designed and capable of measuring NO or NOX. The new and intuitive graphical user interface also individually displays and connects to other instruments’ data. -
ECO PHYSICS nCLD 822 M
Modular Gas Analyzer The nCLD 822 M analyzer is the next generation in two-channel high precision nitrogen oxide measurement. Unique in speed and reliability, the nCLD 822 M is modular designed and capable of simultaneously measuring NO, NO2 and NOX. The analyzer’s expandable capabilities allow assessment of hot and humid gas sources without additional cooler. The new and intuitive graphical user interface also individually displays and connects to other instruments’ data. -
ECO PHYSICS nCLD EL²
Modular Gas Analyzer The nCLD EL2 analyzer is the next generation in two-channel high precision nitrogen oxide measurement. Unique in speed and reliability, the nCLD EL2 is modular designed and capable of simultaneously measuring NO, NO2 and NOX from hot and humid gas sources without additional cooler. The new and intuitive graphical user interface also individually displays and connects to other instruments’ data. -
ECO PHYSICS nCLD 822 Mr
Modular Gas Analyzer The nCLD 822 Mr analyzer is the next generation in high precision two-channel nitrogen oxide measurement. Unique in speed and reliability, the nCLD 822 Mr is modular designed and capable of simultaneously measuring NO, NO2 and NOX from sources with pressure variations. The new and intuitive graphical user interface also individually displays and connects to other instruments’ data.
