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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. -
Continuous measurement of humidity in highly dusts loaded flue gas through dry and wet zirconia oxygen measurements. In-situ or extractive O2 + H2O monitors depending on the application. Perfect for combustion control of biomass boilers : industrial boilers, district heating.O2 DRY - O2 WET - H2O
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Microventuri based continuous monitoring of flue gas flow rate, pressure and temperatureDesigned for tough industrial applications with highly dusts loaded fl ue gas. -
The Kemtrak FL007 is a fiber optic probe based oil in water monitor. A state-of-the-art combined fluorescence and turbidity measurement assures reliable continuous monitoring of oil and hydrocarbon contamination in water. Mineral oils rich in aromatic content will fluoresce when illuminated with ultraviolet light. The intensity of this fluorescence is dependent upon the polyaromatic hydrocarbon (PAH) content of the oil. Typical oils that fluoresce include fuel oil, crude oil, hydraulic oil and transformer oil. -
The filterinlet model iFiD Filter is a flashbackable filterunit for all heated Testa Samplegasfilters. The filter is usable for exhaust gas from engines as well as for emmission measuring tasks. -
The heated prefilter model iFiD Filter is a gasfilter for the high temperature applications who need a permanent temperature up to 300°C. The filter is very stable with the temperature level you can preselected. In permanent use the maximum temperature is 300°C. The temperature is regulated in a range of +-1%. -
Wall mount Flame-Ionisation-Detector 3001W
The Flame-Ionisation-Detector 3001W measures Total Hydrocarbons in a wide range of applications like catalytic - and thermal oxidiser plants, waste gas processing plants, room and environmental air, solvent recovery plants and vehicle exhaust gases. Because of its swingable housing, there is an easy installation and optimal accessibility guaranteed. This wallmounted analyser is a compact, robust weatherproofed version. The environmental protectionmode is IP65. -
Total Hydrocarbon Analyser
The Flame-Ionisation-Detector 2010 T measures Total HydroCarbon (THC) in a wide range of applications like catalytic- and thermal oxidiser plants, waste gas processing plants, room and environmental air, solvent recovery plants and vehicle exhaust gases.By it`s little weight and it`s compact dimensions, he is especially made for daily changing measuring points or shorttime measurings campains. -
Methaan/THC Analysator
De draagbare verwarmde FID 2010 NMHC van TESTA meet met zijn ingebouwde NMHC-cutter de methaanconcentratie (alleen methaan) en na overschakeling op een ander kanaal ook de THC in een breed scala aan toepassingen zoals bewaking van schoorsteengasemissies, bewaking van omgevingslucht, monitoring van thermische reactor- en verbrandingsemissies en ook uitlaatgassen van voertuigen. De monitoring is continu met een hoge nauwkeurigheid, gevoeligheid en stabiliteit. Alle componenten die in contact komen met het monster worden volledig verwarmd op 200°. -
Mini/Micro-SHED
The Flame-Ionisation-Detector (FID) 2000 MP measures the concentration of Total Hydrocarbons in SHED-chambers of different sizes. For applications beginning of 2,5m3 we recommend to measure in a heated circular system to get a response time near to real changes of concentration in the chamber. For smaller chambers, we have developed a special FID-analyzer with a sample flow of 12ml/min. These two types of analyzers optimizethe air change rateover the extraction rate. -
The Flame-Ionisation-Detector (FID) 2000 MP measures the concentration of Total Hydrocarbons in a wide range of applications like all kind of emission control, catalytic- and thermal oxidiser plants, waste gas processing plants, room and environmental air (immissions), solvent recovery plants and vehicle exhaust gases. The monitoring is continous with a high accuracy. -
Methane only / Total Hydrocarbon THC monitoring system (Change-over switch) The 19” Flame-Ionisation-Detector (FID) 1230NMHC measures with its built-in NMHC-Cutter the methane concentration (methane only) and after switching to THC in a wide range of applications like stack gas emissions monitoring, ambient air monitoring, thermal reactor and combustor emissions monitoring and also vehicle exhaust gases. The monitoring is continous with a high accuracy, sensitivity and stability. -
19" rack version Flame-Ionisation Detector FID 1230
The Flame-Ionisation-Detector FID1230 Module measures Total Hydrocarbons in a wide range of applications like catalytic - and thermal oxidiser plants, waste gas processing plants, room and environmental air, solvent recovery plants and vehicle exhaust gases. The monitoring is continous with a high accuracy. Because of the module system, there is an optimal configuration for every measurement-task under profit aspects possible. All modules can be fit in at any time. -
High-Temperature Analyzer for Exhaust gas measurement
The flame-ionization-detector 1230I-H can measure the sum of total hydrocarbon concentrationin applications like cold starts of engines (down to–40°Cambient temperature), inwoodburning systems and also at engine test units (especially oil-and gasburners, airplaneengines etc.) Our high temperature heated lines with a operation temperature of 400°C are made additionally for measurements of highboiling hydrocarbons. For the sample-gas pickup we have built some prefilters who are able to hold back the tar compounds. -
- real-time measurement of PM2,5
- Monitoring of fine dust concentrations in ambient air and/or at workplaces
- optical sensor including fitting with clip system, therefore easily exchangeable
- active and automatic zero point setting
- active air suction
- Integrated pre-separator for particles > 2,5 µm
- noiseless operation
- network-compatible
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- simultaneous real-time measurement of PM10 & PM2.5
- based on optical sensor, active suction & patented electrostatic precipitator for zero point setting
- flexible use - indoors & outdoors -
- portable case with offline power supply by power bank
- including data logger for storage of measuring values
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- optical sensor for continuous, simultaneous measurement and control of fine dust contents PM10/TSP and PM2,5
- patented zero point control by electrostatic precipitator
- smart, robust, network-capable
- simple unit design
- installation without any special tools
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Optical sensor for continuous measurement and monitoring of fine dust contents indoor and outdoor.
- optical sensor for continuous measurement and monitoring of fine dust concentrations (PM10, PM2.5)
- smart, robust, network-capable
- simple unit design
- installation without any special tools
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Fuji Electric Extractive Gas Analyzers for process control and continuous measurement of stack emissions. Their QAL1 certification guarantees high performance and regulatory and normative compliance. Reliable and precise, their design quality guarantees 24-hour operation in difficult environments such as smoke from industrial chimneys. Robustness reduces maintenance costs and increases the availability of boilers and equipment. Extractive measurement consists of taking a gas flow from the chimney or the gas pipe via a sampling probe and conveying it to the gas analyzer. The gas is sampled, treated in order to ensure optimal conditions for gas measurement. -
The Kemtrak EX-D3 hazardous area enclosure allows the use of a Kemtrak 007 series process analyzer in potentially explosive atmospheres. The primary function of an Ex d enclosure is to prevent the propagation of an internal explosion to the surrounding explosive atmosphere and protecting the internal components from the environment, humidity, dirt, dust or water. A window on the front of the enclosure is used to view the analyzer display and status lamps while four external push-buttons provide complete operation control of the instrument. All Kemtrak products use fiber optics and maintenance free measurement cells with no electronics or moving parts to perform the measurement. Fiber optics are ideally suited for use in explosive environments as they only allow transmission of ultra-low power cold light. -
Dynamic Vapor Sorption (DVS) is a gravimetric technique that measures how quickly and how much of a solvent is absorbed by a sample. It does this by varying the vapor concentration surrounding the sample and measuring the change in mass loss or uptake. Water vapor is most commonly used, but it is also possible to use a wide range of organic solvents. The DVS instrument rapidly measures uptake and loss of moisture or organic vapours by flowing a carrier gas at a specified relative humidity over a sample (which can weigh between 1 mg and 4 g) suspended from the weighing mechanism of an ultra-sensitive recording microbalance. This particular microbalance is used as it is capable of measuring changes in sample mass lower than 0.1ppm , providing unrivalled long-term stability required for accurate measurements of vapour sorption, which may take from minutes to days to complete depending upon the sample size and material. A big factor of sorption behaviour is the need to establish rapid sorption. So the DVS instrument allows sorption behaviour to be accurately determined on very small sample sizes (typically 10 mg) to have a fast expiriment. -
The Dustroid Smart is an air particulate monitoring device specially developed to monitor ambient dust particles. The Dustroid Smart is a compact and connected optical particle counter which offers near real-time particulate matter count. The easy to install and the requirement for minimal space for deployment make it a scalable solution to create a dense network of data points. The Smart version is specially designed for creating a quality sensor network for crucial applications like Smart Cities, Roadside monitoring, Tunnel monitoring. Globally 25% of urban ambient air pollution is from particulate matter. Particulate matter is one of the most harmful pollutants. It causes several health hazards such as non-fatal heart attacks, irregular heartbeat, aggravated asthma, decreased lung function. Monitoring in tunnels enable ventilation fans automation, roadside monitoring enables the city authorities to identify the impact of vehicular emissions on the total PM generation of the city. Other activities like coal and charcoal burning also play a major role in increased levels of particulate matter. In order to mitigate the dust levels, it is necessary to identify the exact sources of dust pollution and apply necessary mitigation strategies. Dustroid Smart – dust monitoring device measures all the PM parameters like PM1, PM2.5, PM10, PM100, Temperature, and Humidity. The Dustroid Smart is technologically equipped to offer higher accuracy with features, humidity correction for Particulate monitoring, Auto device firmware updates, Anti-static inlet to avoid loss of particulate during sampling, and remote calibration capabilities Our intelligent optical particle counter can transmit data through various data communication modules such as GSM, WiFi, LORA, etc. The data is transmitted to the Oizom cloud in near real-time. Additionally, it has an inbuilt memory backup to ensure no data loss in case of network failure. The collected data can be visualized on the Oizom IoT Terminal in the form of real-time dashboards, automated reports, and smart alerts. The data can also be accessible through Rest APIs for integration into 3rd party software and automated dust suppression. -
The Dustroid Pro is an Online Dust Monitoring System specially developed for dust levels for critical applications. Dustroid Pro operates on the Laser Scattering Working Principle. Dustroid comes with a heated inlet for dehumidification of air-sample for improved accuracy and stability. The heated inlet reduces dehumidifies the air sample by reducing humidity up to 60%, which makes it an ideal solution for dust monitoring in Humid places. Hence, Dustroid pro is the most reliable dust monitor, its design helps in effective dust level monitoring at critical applications such as Construction dust monitoring, Mining dust monitoring, Quarrying dust monitoring, Thermal Power Plant Dust Monitoring, Cement Factory dust monitoring. Monitoring around heavy dust-laden activities is very important as they have a direct impact on the surrounding areas and the employees working on the premises. Therefore, through efficient dust monitoring, timely steps can be taken to activate dust suppression activities. With an increase of smart dust mitigation systems, they can be automated using the accurate particulate matter data derived from the Dustroid Pro. Dustroid Pro measures all the PM parameters like PM1, PM2.5, PM10, PM100, Temperature and Humidity. The Dustroid Pro is technologically equipped to offer higher accuracy with a heated inlet for humidity correction for Particulate monitoring, Auto device firmware updates, an Anti-static inlet to avoid loss of particulate during sampling and remote calibration capabilities. Our intelligent optical particle counter can transmit data through various data communication modules such as GSM, WiFi, LORA, etc. The data is transmitted to the Oizom cloud in near real-time. Additionally, it has an inbuilt memory backup to ensure no data loss in case of network failure. So, the collected data can be visualized on the Oizom IoT Terminal in the form of real-time dashboards, automated reports, and smart alerts. The data is also accessible through Rest APIs for setting triggers and alerts to automate dust mitigation systems like fogging cannons, misting systems and ambient dust purification systems. -
The Differential Thermal Analysis is the most common thermal analysis method due to its wide range of information provided. The Linseis high temperature DTA PT 1600 is designed to deliver highest calorimetric sensitivity, short time constants and a condensation free sample chamber. These features guarantee superior resolution and baseline stability over the entire instrument lifetime. Thus providing a indispensable tool for material development, R&D and quality control. All Linseis Differential Thermal Analyzers (DTA) comprise the advantages of latest technology, highest resolution and a robust easy to use instrument design. -
The DSC PT 1000 was developed to provide a general purpose TM – DSC with a broad temperature range (-180 – 600°C) for all common applications. Furthermore emphasis was placed on an extremely stable baseline and high reproducibility. The design allows manual and automatic operation. The conception of the cell guarantees maximum mechanical and chemical resistance. The key part of every DSC is the sensor, so don’t make any compromise. Up to now it has been impossible to achieve highest resolution and sensitivity in one sensor. The revolutionary design of the HiperRes® Sensor line now enables just that. The Ceramic/Metal Sensor deliver outstanding resolution in combination with superior reproducibility. -
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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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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Dilatometry DIL is a technique in which a dimension of a substance under negligible load is measured (e.g. expansion measurement or shrinkage measurement) as a function of temperature while the substance is subjected to a controlled temperature program in a specified atmosphere. Linseis produces a wide range of Single-, Dual-, Differential-, Quattro-, Quenching-, Laser- and Optical Dilatometer in a temperature range from -180°C up to 2800°C and a resolution up to 0.3 nm. Thanks to our years of experience (est. 1953), Linseis offers Dilatometers with an unbeaten performance. -
The Differential Thermal Analysis DTA is the most common thermal analysis method due to its wide range of information provided. The Linseis high temperature DTA PT 1600 is designed to deliver highest calorimetric sensitivity, short time constants and a condensation free sample chamber. These features guarantee superior resolution and baseline stability over the entire instrument lifetime. Thus providing a indispensable tool for material development, R&D and quality control. All Linseis Differential Thermal Analyzers (DTA) comprise the advantages of latest technology, highest resolution and a robust easy to use instrument design. -
The all new Chip DSC-sensor integrates all essential parts of DSC, furnace, sensor and electronics in a miniaturized housing. The chip-arrangement comprises the heater and temperature sensor in a chemically inert ceramic arrangement with metallic heater and temperature sensor. This arrangement allows superior reproducibility and due to the low mass outstanding temperature control and heating rates of up to 300°C/min. The integrated sensor is easily user exchangeable and available for a low cost. The integrated design of the chip-sensor delivers superior raw data, which enables a direct analysis without pre- or post-processing of heat flow data. -
The Kemtrak DCP007 is an easy to operate industrial fiber optic photometer designed to accurately measure the concentration and color of process samples. Measurements are real time and in-line. The Kemtrak DCP007 uses a long life high performance LED light source with robust industrial grade fiber optics to provide drift and noise-free measurement with very high precision. A proprietary dual wavelength four channel measurement technique and advanced digital electronics design allows deep absorbance measurement to 5 AU. A range of shorter optical pathlengths allow for deeper absorbance measurements. Automatic compensation for sample turbidity and/or fouling of the optical windows ensures trouble free operation. Maintenance free measurement cells with sapphire windows have no electronics or moving parts making the unit suitable for hazardous area use. -
The Kemtrak DCP007 UV process analyzer uses ultra-low power cold light at the exact wavelength required for the analysis, exposing the sample to thousands of times less energy than a traditional UV photometer. This is achieved from a state of the art digital photometer design using a modulated high performance UV LED light source with precision fiber optics. Industrial fiber optic measurement cells for chemical concentration, platinum cobalt, hazen, saybolt, ASTM, chlorine dioxide and ICUMSA color. -
The Kemtrak DCP007-NIR is an advanced dual wavelength NIR photometer designed to accurately measure the concentration of process liquids and gasses with near-infrared (NIR) absorbance between 800 and 1550 nm. Examples of NIR measurements include moisture (water & trace water), ethanol, methanol, sodium hydroxide, ammonia and continuous fuel identification. The Kemtrak DCP007-NIR uses a long life high performance NIR LED light source with robust industrial grade fiber optics to deliver a drift and noise-free measurement with very high precision. Automatic compensation for sample turbidity and/or fouling of the optical windows ensures trouble free operation.
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SupremeLine Trace Gas Analyzer With CraNOx II, ECO PHYSICS is launching the second generation of its high-end measurement solution in the ppb and ppt range. The new system is smaller and more sophisticated, as it now has the power to calculate the photostatic equilibrium by means of the integrated ozone analyzer. The CraNOx II system is capable of simultaneously measuring NO, NOX, NO2 and O3. Furthermore, it can be expanded to assess NOY and NH3 concentrations. -
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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The Chip-DSC 100 combines the advantages of chip technology with the requirements of our previous DSC models. Various options such as a sample robot, UV attachment and Raman spectroscopy transform the Chip-DSC 100 into a highly versatile measuring instrument. The arrangement of the Chip-Sensor allows superior reproducibility and due to the low mass outstanding temperature control and heating rates of up to 1000 K/min. The integrated sensor is easily user exchangeable and available for a low cost. The integrated design of the chip-sensor delivers superior raw data, which enables a direct analysis without pre- or post-processing of heat flow data. Applications on the Chip-DSC 100 can be expanded with various accessories. You can use different cooling systems in combination with a sample robot. The sample robot is available with 96 positions. -
The all new Chip-DSC 10 integrates all essential parts of DSC: furnace, sensor and electronics in a miniaturized housing. The chip-arrangement comprises the heater and temperature sensor in a chemically inert ceramic arrangement with metallic heater and temperature sensor. This arrangement allows superior reproducibility and due to the low mass outstanding temperature control and heating rates of up to 300 K/min. The integrated sensor is easily user exchangeable and available for a low cost. https://www.youtube.com/watch?v=07XKWG_aEoc -
The all new Chip-DSC 1 integrates all essential parts of DSC: furnace, sensor and electronics in a miniaturized housing. The chip-arrangement comprises the heater and temperature sensor in a chemically inert ceramic arrangement with metallic heater and temperature sensor. This arrangement allows superior reproducibility and due to the low mass outstanding temperature control and heating rates of up to 100 K/min. The integrated sensor is easily user exchangeable and available for a low cost. The integrated design of the chip-sensor delivers superior raw data, which enables a direct analysis without pre- or post-processing of heat flow data. The compact construction, leads to a significant reduction in production cost which can be passed on to our customers. The low energy consumption and unrivaled dynamic response result in unsurpassed performance of this revolutionary DSC-concept.
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The MC-3000 is used for generating a continuous stream of a mercury vapor loaded gas stream in order to check or calibrate mercury analyzers. It is also suitable for all those applications where a gas stream with a preset and constant mercury concentration is needed.- Generates elemental mercury vapor
- continuous operation
- approx. 10 ... 500 µg/m³ Hg°
- Compact and portable size
- No permeation principle - no need to calibrate the calibrator
- Microprocessor controlled
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The heated prefilter model iFiD Backwash M2 is a samplegasfilter which can be flushbacked. The filter is very stable with the temperature level you preselect, and also in permanent use. In permanent use the maximum temperature is 200°C. The temperature is regulated in a range of +-1%. -
The heated prefilter model iFiD Filter Backwash M1is a samplegasfilter which can flushbacked with an electronic solenoid valve. This valve can controll the pressure air (flushbackair) and the sample gas. The filter is very stable with the temperature level you preselect, and also in permanent use. In permanent use the maximum temperature is 200°C. The temperature is regulated in a range of +-1%. -
Kemtrak backscatter probes are designed to accurately measure low to extremely high turbidity directly in tanks and pipelines. The dual fiber optic design of the Kemtrak probe provides high resolution at low turbidity ranges with excellent linearity all the way up to extremely high turbidities when used with a Kemtrak NBP007 backscatter photometer. A unique benefit of the Kemtrak backscatter immersion probe is that it does not go blind at high sample turbidities. Other probes stop working at 4 000 NTU/FNU (< 1 wt% solids) after which the signal will decrease resulting in an erroneous and misleading output. The output of the Kemtrak probe will continue to increase with sample concentration ensuring a reliable measurement. -
The heated sampling system is a combination of a heated sample line and a heated sample filter. The sample line is 500mm long; the filter element can be replaced very quick with the bayonet lock. Beside the very precisious and constant regulation of the line and filter temperature, there is a separate controll point fort he temperature at the filterinlet, where you have an information of the exhaust gas temperature. Also the calibration gas (prewarmed) can directly connected with the unit. The thermocouple is available as PT 100 or NiCrNi. -
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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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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The static calibration unit is meant for automatically calibrating the UT-3000 Mercury Ultratracer in natural gas monitoring systems for low to intermediate mercury concentrations. -
The Aurora 1030 line of TOC analyzers from OI Analytical includes instrument configurations for laboratory and process monitoring, employing 100 °C persulfate wet oxidation or thermal combustion techniques. The Aurora 1030 line incorporates several noteworthy innovations and can be equipped with parallel reactors allowing concurrent sample processing for increased analytical throughput. The unique 1030D Dual Mode TOC analyzer allows sample processing by wet oxidation or thermal combustion using the same instrument. -
Experience two types of TOC analysis in one powerful instrument! Use the Aurora 1030D to analyze TOC through the proven heated persulfate wet oxidation technique or the high temperature combustion method. Both modes have distinct chamber features to ensure accurate and reliable results.
