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Ons assortiment zuurstofanalysatoren is ontworpen om gas te bewaken dat wordt geproduceerd of gebruikt in industriële processen waar zuurstofspoor van lage deeltjes per miljoen tot pure O2 nauwkeurig moet worden gemeten. Door gebruik te maken van de hoogwaardige galvanische zuurstofsensoren van AII zijn deze geavanceerde instrumenten eenvoudig te gebruiken met een gemeenschappelijke HMI en menustructuur voor het hele bereik. Operators hoeven slechts één instrument te leren voor meerdere gasanalysetoepassingen bij verschillende zuurstofniveaus. Verkrijgbaar als bench-, 19 "rack-, panel- en wandmontage voor flexibele installatie. -
De zeer nauwkeurige draagbare zuurstofanalysatoren van Analytical Industries zijn bedoeld voor toepassingen die op verschillende gedefinieerde meetpunten moeten worden gecontroleerd. Het GPR-3500-model heeft een compacte, robuuste behuizing en bevat roestvrijstalen onderdelen die in contact komen met de vloeistof, geïntegreerde debietmeters en naaldventielen. Het meet de zuiverheid voor inerte gassen, kooldioxide en zuurstof. De GPR-1200 compacte draagbare zuurstofanalyser voor sporen heeft een 4-wegklep die een gasmonster in de sensor opvangt. Dit maakt snellere zuurstofmeettijden mogelijk bij het verplaatsen van punt naar punt in een proces en beschermt ook sporenzuurstofsensoren tegen voortijdige uitputting als gevolg van blootstelling aan omgevingszuurstofniveaus om hun levensduur te verlengen. Dit alles zorgt voor een zuinige werking en lage eigendomskosten voor deze toonaangevende reeks draagbare zuurstofanalysers. -
Deze robuuste draagbare instrumenten zijn geschikt voor sporen zuurstofmetingen van 0,1 ppm tot zuiverheid toepassingen bij 100% zuurstof en delen dezelfde geavanceerde sensortechnologie als de online proces zuurstof analysatoren, waardoor u kunt vertrouwen op hun betrouwbaarheid en nauwkeurigheid. Het concept van Analytical Instruments, waarbij dezelfde HMI en menustructuren worden gebruikt voor draagbare en online analysers, maakt het voor operators uiterst eenvoudig om beide soorten instrumenten op hun locatie te gebruiken zonder dat er extra training nodig is. -
Automatic systemdesigned for continuous mercury monitoring in natural gas even in hazardous zones (ATEX, IEC-Ex)Each mercury on-line system will differ in sample characteristics as well as installation conditions and operating environment. We have the experience to design systems that fully meet the requirements of your particular mercury monitoring task. -
Technically identical to the SM-4, this device is ideal for mercury determination at varying sites. The SM-4 Mobile by Mercury Instruments has been developed on the basis of the well proven SM-4 mercury stack gas monitor. Its measurement principle and technique, its thermocatalytic reactor, the detector and the sample probe are identical with those of the stationary SM-4. -
QAL 1 certified for continuous, accurate and reliable measurement of total mercury emissions, even in very low concentrations and within complex matrices (SO2, NOx, HCl, etc.) With over 20 years experience, Mercury Instruments (part of ENVEA Group) were the first to develop mercury monitors and mercury analyzers using a dry thermocatalytic method instead of wet chemistry. The SM-4 Mercury Monitor is QAL1 certified and is ready to meet future regulatory requirements (Minamata convention & European directives for thermal power plants and incinerators). -
The SM-3 mercury analyzer measures continuously the elemental, bound and ionic mercury in stack fluegasThe operating principle of the SM-3 is based on a completely new technique: mercury compounds cracking and the reduction of ionic mercury contained in stack gas is performed applying the thermocatalytic method. Wet chemical sample gas treatment using reagents and bubblers is avoided. Maintenance and servicing of the SM-3 are therefore extremely easy. -
Relative humidity and temperature meter (hygrometer) for industrial use. The drawn current (4-20mA) responds to measured humidity 0-100% RH. Principal of Operation The instrument uses a capacitance type sensing element with polymer dielectric medium. The temperature sensor is a Pt-1000 Ohm RTD. Microprocessor control allows for multipoint calibration. A maximum accuracy of 1.5 %RH is achieved with 8 points. Built in special temperature compensation is to correct humidity values from deviations arising from temperature effects on the sensor and the electronics. -
Closed loop relative humidity and temperature meter (hygrometer) for industrial use. The drawn current (4-20mA) responds to measured humidity 0-100% RH.The instrument uses a capacitance type sensing element with polymer dielectric medium. The temperature sensor is a Pt-1000 Ohm RTD. Microprocessor control allows for multipoint calibration. A maximum accuracy of 1.5 %RH is achieved with 8 points. Built in special temperature compensation is to correct humidity values from deviations arising from temperature effects on the sensor and the electronics. -
High-precision relative humidity and temperature meter (hygrometer) for industrial use. The following humidity units can be calculated, displayed and issued. Dew point [°C, °F], absolute humidity [g/scm], specific humidity [g/kg] and enthalpy [kJ/kg]. The temperature can be displayed as °C or °F. -
Optical Moisture Meter for Heat Treating Applications and Moisture in CO2 Applications. The XTDL-HT™ is designed with a new proprietary optical sampling system for the dirty blanket gases in your Heat Treating applications that causes other analyzers to be damaged, readings to drift and a measurement that cannot be trusted as reported by our many customers after 30 years in this business. -
The portable dew point meter, model XPDM, is a battery operated, hand-held, hygrometer, designed for applications where quick and accurate dew point measurements have to be made. Operating Principle The Xentaur dew point meter, XPDM utilizes HTFTM aluminum oxide sensors which adsorb water molecules much faster than they desorb water molecules. It is therefore an advantage, if at the beginning of the measurement the dew point sensor is dryer than the gas sample to be measured. The XPDM dew point meter keeps the sensor in dry storage until the measurement is taken. The sensor slides directly from the dry storage into the sample cell, without ever coming in contact with ambient air. After the measurement is completed, the sensor slides back into the dry storage, where it is dried down for the next sample. -
XDT in explosion proof enclosure, UL approved for use in Hazardous Locations Class I Division 1 Groups B, C & D.Xentaur Hyper-Thin-Film (HTF) AL2O3™ Moisture Sensor Technology The model XDT uses a Xentaur HTF™ Aluminum Oxide sensor. The breakthrough HTF™ sensor technology represents advances in thin film and metal oxide sciences and offers significant performance advantages over all other aluminum oxide sensors.The operating principle of the HTF™ aluminum oxide sensors is that a hygroscopic layer of aluminum oxide adsorbs or releases water molecules within its pores, depending on the water vapor pressure in its environment. The electrical capacitance of the aluminum oxide layer changes with the surrounding water vapor pressure. The electrical capacitance is measured between the aluminum core of the sensor and a porous conductive gold layer on the outside.The advantages of the HTF sensor technology are a result of the proprietary manufacturing method in which the aluminum oxide layer is made to be hyper thin as well as extremely hygroscopic. This results in a very sensitive sensor with fast response. -
The Xentaur digital dew point transmitters are designed as compact, simple and reliable instruments, which will continually monitor air dryer performance, compressed air quality and dry gas moisture, from ambient dew point levels to as low as -100ºC (-148ºF) up to +20ºC (+68ºF). Electronics The XDT transmitter electronics take full advantage of state of the art microprocessor technology and offer many advanced intelligent features. With optional dual alarms, analog and digital outputs, the Xentaur dewpoint transmitters can be used as indicators, alarm units or controllers. -
Mission Critical Process Moisture Analyzer Designed to Handle Rigorous Demands of Moisture Measurement in Natural Gas Applications, Provides Fully Automatic Self-Calibration Dew Point System, Provides Cost Effective Solution for Demanding and Critical Moisture Monitoring Applications -
Xentaur’s Dew Point Meter, Model LPDT, is the world’s smallest loop powered (2-wire) dew point transmitter with a display. Electronics The compact LPDT dew point meter is a fully functional instrument operated through a miniature custom LCD display and three push buttons, using the same user friendly interface of all Xentaur hygrometers. The analog output is linear to the engineering units selected for display and is user configurable. A weatherproof cap is available for outdoor NEMA 4X (IP65) applications.
