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Support & service (94)- WP-049WP-049Your IC results are only as good as your sample vials
Polymeric sample vials are frequently contaminated with leachable organic or inorganic ions, which originate from the production process or the raw material. These substances can falsify measurement results. The study at hand compares the leaching properties of several vial types from different manufacturers, showing considerable variations in quality and proving the importance of the right choice of vials for ion chromatography (IC). This white paper also provides recommendations and precautions to further reduce leachable contaminants for IC trace analysis.
- WP-050WP-050Manual titration vs. automatic titration: benefits and advantages to switching
This white paper summarizes the advantages and benefits of automated titration in comparison to manual titration. The increase in accuracy and precision of measurements as well as significant time and cost savings are discussed.
- WP-051WP-051Automated CVS method development and optimization of multicomponent plating baths
For the past three decades, Cyclic Voltammetric Stripping (CVS) has been the standard practice for analyzing organic additives in electroplating copper baths in the circuit board and wafer plating industries. The variations in the compositions of such baths have created a need for more optimized method development routines. New advancements in the hardware and software protocols for CVS have simplified the overall process of method optimization to a great extent. In this study, the process of method optimization is discussed in conjunction with these protocols.
- WP-052WP-052A Guide to Li-ion Battery Research and Development
The commercialization of Li-ion batteries in 1991 was the culmination of in-depth R&D conducted by scientists and engineers around the globe over the preceding few decades. Further development of Li-ion batteries and alternative rechargeable batteries has continued until today. As the world is rapidly moving towards a new era defined by green technologies, more practical and accurate R&D is required in order to meet the increasing demands for energy storage systems, specifically from the automotive industry. This white paper presents the basics of the Li-ion battery technology and guides the reader through the relevant techniques and terminologies in Li-ion battery research.
- WP-053WP-053Determination of Acid Number (AN) with Titration and NIR Spectroscopy
The acid number (AN) is a measure for the quality of oils and their potential to enhance corrosion. When analyzing fresh, unused oils, the AN is used to ensure the specified quality from the manufacturer, whereas for used oils the AN is determined to observe its increase until a critical level is reached. Although it is generally assumed that the AN correlates to the corrosive potential of the oil, this is not exactly correct, as it is the change of the AN value which indicates this issue. Therefore it is necessary to determine the AN on a regular basis.Several standards already exist to determine AN via titration methods, however it is also possible to measure this parameter via spectroscopic (NIRS) methodology. No matter which technique you choose, Metrohm has you covered with high-performance instruments suitable for these published norms.
- WP-054WP-054Aumente a eficiência no laboratório de controle de qualidade: Como o NIRS ajuda a reduzir os custos em até 90%
A subestimação dos processos de controle de qualidade (CQ) é um dos principais fatores que levam a falhas internas e externas de produtos, que, segundo relatos, causam uma perda de faturamento entre 10–30%. Como resultado, muitas normas diferentes são implementadas para apoiar os fabricantes em seus processos de CQ. No entanto, o tempo para obter resultados e os custos associados aos produtos químicos podem ser excessivos, levando muitas empresas a implementar a espectroscopia de infravermelho próximo (NIRS) em seu processo de CQ. Este documento ilustra o potencial da NIRS e mostra os potenciais de economia de custos de até 90%.
- WP-055WP-055Corrosion Best Practice – Creating Pipe-flow Conditions Using a Rotating Cylinder Electrode
Electrochemical measurements utilizing a rotating cylinder electrode (RCE) are widely used in industrial corrosion applications when simulation of realistic pipe conditions are necessary in a lab environment. This white paper allows further insight into the particularities and parameters which govern the electrochemical measurements, in particular measurements performed in turbulent flow conditions, and shows a complete picture of the best practice use of this technique. The annexes provide an overview and short explanation of the parameters and laws specific to the fluid behavior in electrochemical cells with RCE.
- WP-056WP-056White Paper: Determining dissolved oxygen in water – Titration or direct measurement?
«Dissolved oxygen» describes the amount of oxygen molecules (O2) which are dissolved in a liquid phase under certain conditions. In this white paper, two different methods for the analysis of dissolved oxygen, titration and direct measurement, are compared and contrasted to help analysts determine which method is more suitable for their specific applications. Here, we primarily focus on the determination of dissolved O2 in water. However, the same principle applies for other liquid phases such as non-alcoholic or alcoholic beverages.
- WP-057WP-057FOS/TAC Quotient for the optimization of methane production from biomass
The FOS/TAC value is an important characteristic to assess the status of the fermenter before costly problems arise. The new Eco Titrator from Metrohm allows the determination of this quotient in a fast, cost-efficient, and precise way.
- WP-058WP-058Virus detection: Fast, sensitive, and cost-effective with electrochemical testing
With significant global viral outbreaks becoming the norm rather than generational outliers, it is imperative that fast, sensitive, and cost-effective testing is available to the masses. Screen-printed electrodes (SPEs) allow rapid, widespread testing of populations for infectious disease, without the need of skilled personnel or burdensome equipment in the field. The possibility of point-of-care (POC) testing with SPEs has been exhibited in several recent studies. Metrohm DropSens combines high production capabilites of custom-made SPEs with a valid ISO 13485 certification "Manufacturing of sensors for medical devices", meaning testing procedures developed on these SPEs can be reliably scaled up for larger operations, with easier regulatory approval for commercialization.
- WP-059WP-059Stability-based value of natural oils: Easy to determine with the Rancimat test
Rancidity of oils and fats is a factor which can immediately reduce the sale price of these products to customers in the food and cosmetics industries. Oils which remain stable over longer periods of time are more highly valued as they lead to a higher quality end product. Rancidity is a natural process which occurs as fats and oils age and oxidize, and can be delayed or even stopped by addition of antioxidants at the right time.Determination of rancidity is possible in several ways (e.g., measuring the acid number or peroxide value), though these tests only give information about the current state of the product, with no indication about the remaining shelf life. One analytical method that can measure this time span until spoilage is the Rancimat method, which artificially ages the samples to determine whether antioxidants may be needed to help manufacturers get the full value from their oils.
- WP-060WP-060Multiparameter analysis in fertilizers: Fast and easy via thermometric titration
Agriculture at significant scale without fertilizers is no longer possible in the modern world. To grow a sufficient amount of produce for nearly 8 billion people as well as for domesticated animals and industrial uses, fertilizers of different nutrient compositions are available to cater to the unique needs of various soil types. Information on the fertilizer’s composition (e.g., total nitrogen, phosphorus, and potassium) is available to help select the ideal fertilizer for a specific soil. Conventionally these constituents are determined either gravimetrically (e.g., phosphorus, potassium, or sulfate) or with ICP-OES (e.g., phosphorus or potassium). These methods either have the disadvantages of long analysis times combined with laborious sample preparation (gravimetry), or require expensive instrumentation with high running costs (ICP-OES). This White Paper elaborates how thermometric titration is a fast and inexpensive alternative method to provide information on the content of various nutrients in different fertilizers.
- WP-061WP-061Moisture in petroleum products according to ASTM D6304
Knowledge of the water content in lubricating oils, additives, and similar products is important in the manufacturing, purchase, sale, or transfer of petroleum products to help estimate their quality and performance characteristics. Monitoring the water content in such products can prevent damage to infrastructure and ensure safe operation by avoiding corrosion processes and subsequent engine wear. This White Paper explains the easy determination of moisture in petroleum samples by coulometric Karl Fischer titration according to the three procedures outlined in ASTM Method D6304. A comparison is given between the procedures to determine which is most suitable for different sample types.
- WP-062WP-062Overcoming difficulties in ion measurement: Tips for standard addition and direct measurement
Ion measurement can be conducted in several different ways, e.g., ion chromatography (IC), inductively coupled plasma optical emission spectrometry (ICP-OES), or atom absorption spectroscopy (AAS). Each of these are well-established, widely used methods in analytical laboratories. However, the initial costs are relatively high. In contrast, ion measurement by the use of an ion-selective electrode (ISE) is a promising alternative to these costly techniques. This White Paper explains the challenges which may be encountered when applying standard addition or direct measurement, and how to overcome them in order for analysts to gain more confidence with this type of analysis.
- WP-063WP-063Recommendations for converting a manual titration procedure into an automated titration procedure
This white paper summarizes the steps involved in converting an existing manual titration procedure to semi-automated or automated titration procedures. It discusses topics such as selecting the right electrode and titration mode. For a better understanding, the discussion topics are illustrated with three examples.
- WP-064WP-064Illicit Drug Trafficking and Border Control with Mira DS: Safe Fentanyl Identification
Like any defense and security professional, border agents must quickly and accurately identify suspicious substances at the point of contact. When that substance is fentanyl, which is deadly in microdoses, the stakes are even higher. The Mira DS handheld Raman system from Metrohm Raman offers safe, no-contact identification of over 200 fentanyl analogues. Mira DS protects border agents, while they protect citizens from deadly narcotics, drug smugglers, and illegal entry of goods.
- WP-065WP-065Simplified sulfite determination in foods and beverages using ion chromatography
Sulfites are well-known additives in foods and beverages used to extend shelf life and preserve colors. Such properties have led to the broad usage of sulfites in a range of foodstuffs like fruits, cereals, vegetables, seafood, juices, alcoholic and non-alcoholic (soft) beverages, and in some meat products. The term «sulfites» describes a group of molecules that include sulfur dioxide (SO2) and chemically related molecules like sodium sulfite (Na2SO3), sodium bisulfite (NaHSO3), or sodium metabisulfite (Na2S2O5). Sulfite intake has been correlated with several adverse reactions, and therefore sulfites are included in the FAO/WHO Codex Alimentarius list. Labelling sulfite content in foods and beverages is necessary when the total concentration exceeds 10 mg/kg. Metrohm ion chromatography allows the reliable measurement of sulfite in different matrices using either conductivity or amperometric detection. The inclusion of automated sample preparation and cleaning steps with Metrohm instrumentation saves additional analyst time and helps increase sample throughput.
- WP-066WP-066An introduction to ion chromatography mass spectrometry (IC-MS)
Ion chromatography mass spectrometry (IC-MS) is a powerful tool that can handle many challenging analytical tasks which cannot be performed adequately by IC alone. IC-MS is a robust, sensitive, and selective technique used for the determination of polar contaminants like inorganic anions, organic acids, haloacetic acids, oxyhalides, or alkali and alkaline earth metals. After separation of the sample components via IC, mass selective detection guarantees peak identity with low detection limits. The inclusion of automated Metrohm Inline Sample Preparation (MISP) allows not only water samples, but also chemicals, organic solvents, or post-explosion residues to be readily analyzed without need for extensive manual laboratory work. This White Paper explains the benefits of IC-MS over IC in certain cases, the hyphenation of IC and different MS systems, as well as related norms and standards.
- WP-067WP-067Quality control of semiconductor acid baths as per ASTM E1655 – Time- and cost-efficient with NIRS
The demand for microelectronics and printed circuit boards (PCBs) has steadily increased as more flat panel displays, LEDs, photovoltaics, and other essential intermediates are required to create modern consumer devices. This is favorable for the semiconductor industry, though challenges may arise to deliver on time while upholding high quality standards. To be successful, several processes must be optimized in order to increase production efficiency. This White Paper describes the capabilities of the modern analytical method near-infrared (NIR) spectroscopy for assessing the quality of acid baths for etching of microelectronics and printed electronics. Not only are analysis times sharply reduced to less than a minute, the related running costs are also significantly lower – certainly a boost in efficiency that should not be overlooked!
- WP-068WP-068Recommendations for titration methods validation
The objective of validation of an analytical procedure is to demonstrate that it is suitable for its intended purpose. Recommendations for the validation of analytical methods can be found in ICH Guidance Q2(R1) Validation of Analytical Procedures: Text and Methodology and in USP General Chapter <1225> Validation of Compendial Procedures. The goal of this white paper is to provide some recommendations for the validation of titration methods.
- WP-069WP-069(Un)Grounded: Grounded and floating measurements and their application in electrochemical research
In this White Paper, details of the electronic (PGSTAT) and electrochemical cell grounding are presented together with the necessity of using a floating PGSTAT for different application and experimental examples. Due to the wide variation of experimental requirements and kinds of electrochemical cells, the use of an electrochemical instrument with a selectable floating feature (such as VIONIC) which brings additional versatility to the user is recommended.
- WP-070WP-070On-site Identification of Improvised Incendiary Devices: Integrated Chemical ID and Decision Guidance with MIRA DS and HazMasterG3®
Handheld Raman is ever evolving. The combination of large libraries, a compact and easy-to-use system, and predictive Hazmat software make MIRA DS a powerful tool for defense and security professionals. Identify on-site materials, get hazard information, and make quick decisions about response to dangerous situations.
- WP-071WP-071Improving the corn to ethanol fermentation process with near-infrared spectroscopy (NIRS)
The fermentation of corn starch to produce ethanol is a complex biochemical process that requires monitoring of many different parameters (e.g., solids, pH, sugar profile, glycerol, lactic and acetic acid, and water and ethanol content). Traditional laboratory analysis using primary methods (e.g. Karl Fischer titration) takes about an hour to complete and is a limiting step for increasing plant capacity and efficiency. As a fast and non-destructive analytical technique, near-infrared spectroscopy (NIRS) can replace routine laboratory analysis, decreasing operating costs and increasing plant efficiency and capacity. This White Paper describes the capabilities of the modern analytical method near-infrared (NIR) spectroscopy for monitoring and improving the fermentation process of corn to ethanol.
- WP-072WP-072Fluorescence-free 785 nm material ID with MIRA XTR DS
In this White Paper, you will learn about MIRA XTR DS – the smallest, smartest, most flexible handheld Raman system with the largest libraries available on the market! MIRA XTR DS has all the benefits of 785 nm Raman interrogation: compact size, low laser power, sample preservation, long battery lifetimes... now with fluorescence rejection. Additionally, there is improved sensitivity and resolution over 1064 nm systems. This opens up new possibilities for 785 nm Raman, including strongly colored materials, common excipients, illicit materials, and more.
- WP-073WP-073On-site detection of hexavalent chromium in protective paint primers
It is widely accepted that prolonged exposure to hexavalent chromium compounds can have dire health effects. This has led to increased regulation of chromium-containing products and greater demand for technologies that can positively identify hexavalent chromium in potential matrices. These include paints, dyes, and primers, which can pose a problem for interrogation with Raman, as strongly colored materials often exhibit fluorescence when stimulated at 785 nm. Fluorescence can obscure the Raman signal and prevent positive identification. MIRA XTR DS provides all the functionality of handheld material ID with a new capability that selectively eXTRacts the Raman signal from fluorescent materials. Fluorescence rejection at 785 nm provides higher sensitivity and resolution than 1064 nm systems, as well as a much wider scope of applications amenable to Raman spectroscopy. MIRA XTR DS offers a comprehensive and versatile material ID test solution for field operations.
- WP-074WP-074Determination of polyribosylribitol phosphate (PRP) in Haemophilus influenzae vaccine using ion chromatography with pulsed amperometric detection
Haemophilus influenzae type B (Hib) is a major cause of bacterial meningitis in children in many countries. The capsular polysaccharide (PS) of Hib plays an important role in the virulence of the organism. The polysaccharide capsule hides cell surface components from elements of the mammalian immune system, such as antibodies and complement proteins that otherwise would activate mechanisms to kill the pathogen. Vaccines require rigorous characterization and assays to ensure final product quality and consistency. For glycoconjugate vaccines, it is important to measure both free and total PS to ensure the quality. A large amount of unconjugated PS may suppress immunity to the antigen. Additionally, the presence of free PS is a key indicator of process consistency. Current methods to determine PS content in vaccines such as Hib are imprecise and unreliable, especially if the vaccine contains a sugar stabilizer (e.g. lactose). Ion chromatography with pulsed amperometric detection (IC-PAD, or HPAEC-PAD) offers a simpler procedure and better sensitivity than other assays to quantify PS (here, polyribosylribitol phosphate [PRP]) in Hib vaccine.
- WP-075WP-075Simple determination of haloacetic acids (HAAs) in potable water with ion chromatography hyphenated to mass spectrometry
Haloacetic acids (HAAs) are commonly produced as disinfection byproducts (DBPs) from water treatment processes. Some HAAs are regulated by the authorities and have been classified as potentially carcinogenic. They have traditionally been analyzed by gas chromatography (GC), a technique that requires time-consuming sample extraction and derivatization, leading to higher costs per analysis. Ion chromatography hyphenated to mass spectrometry (e.g., single or triple quadrupole MS systems) is a powerful tool that can handle many challenging analytical tasks such as measuring μg/L levels of HAAs in potable water samples. This White Paper explains the benefits of using this hyphenated technique for the accurate measurement of HAAs in potable water.
- WP-076WP-076Process analyzers as proactive solutions for online corrosion monitoring
White paper on monitoring corrosion and the benefits of online or inline chemical analysis over manual sampling and offline laboratory methods for corrosion monitoring. Online and inline process application solutions for corrosion prevention with related application notes for further information are presented.
- WP-077WP-077Robust multiparameter analysis of infant and follow-on formulas with ion chromatography (IC)
Free white paper gives comprehensive overview of how to reliably assess the quality of infant formula with ion chromatography.
- WP-078WP-078Adsorbable organic fluorine (AOF) for screening of PFAS in waters
Learn about PFAS, their impact on water quality, EU Directive 2020/2184, and the benefits of AOF measurement using combustion ion chromatography (CIC).
- WP-079WP-079How to characterize a catalyst? Cyclic voltammetry in action
This White Paper introduces the principles of cyclic voltammetry (CV) and the various ways it can be used for catalyst investigation. A case study and helpful glossary are provided to support your understanding.
- WP-080WP-080Seamless electrochemical measurements with VIONIC powered by INTELLO
This White Paper introduces seamless measurements that are possible with VIONIC powered by INTELLO and applications that can benefit from this unique feature. The combination of software and new generation electronics provides data in real-time with no gaps or missed reactions.
- WP-081WP-081Fast determination of AOX in waters according to DIN 38409-59
Monitor adsorbable organic halogens (AOX) in water using combustion ion chromatography (CIC) for precise analysis of AOCl, AOBr, AOI, and total AOX.
- WP-082WP-082Measuring inorganic cations and amines with ion chromatography mass spectrometry (IC-MS)
This white paper presents IC-MS as powerful analysis technique. This multiparameter method determines various analytes such as inorganic cations and amines in one run.
- WP-083WP-083Hyphenated electrochemical-Raman spectroscopy: Another dimension for your research
White paper about Raman spectroscopy and electrochemistry and their combination (electrochemical Raman).
- WP-084WP-084Quality control of analytical parameters in battery production
Lithium-ion batteries (LIBs) are the most common rechargeable options available today. Production of LIBs needs to follow stringent quality standards.
- WP-085WP-085Improved antioxidant monitoring of in-service industrial lubricants
Voltammetry (VA) is a fast and established method for testing the remaining antioxidant content in industrial lubricants. The flexible and modular Metrohm VA system setup discussed in this White Paper delivers more repeatable and more reproducible results which fulfill all ASTM requirements. Additionally, users can automate the complete analysis process which makes it possible to run series of samples completely unattended.
- WP-086WP-086Measuring organic acids and inorganic anions with ion chromatography mass spectrometry
This White Paper focuses on selected IC-MS applications for the straightforward identification and quantification of organic acids and inorganic anions in different matrices.
- WP-087WP-087Green alternative methods for voltammetric analysis in different water matrices
This White Paper presents four different «green» sensors: the scTRACE Gold, screen-printed electrodes, the glassy carbon electrode, and the Bi drop electrode from Metrohm that can be used to determine low concentrations of heavy metals in different sample matrices, such as boiler feed water, drinking water, and sea water.
- WP-088Simplified analysis of dairy products with Metrohm Inline Dialysis
This White Paper compares automated Inline Ultrafiltration and Inline Dialysis to the traditional Carrez clarification procedure for the analysis of milk samples by ion chromatography (IC). A continuous test series over approximately six months proved Inline Dialysis to be a reliable and valuable alternative to treat dairy products prior to IC analysis.
- WP-089Water content determination in ketones using Hydranal™ NEXTGEN FA reagents
With Hydranal™ NEXTGEN FA reagents, the water content in ketones can be determined quickly and reliably. Compared to other existing KF reagents for ketones on the market, the side reactions are measurably better suppressed.
- WP-090WP-090Automated water hardness determination according to ASTM D8192
The ASTM D8192 standard allows analysts to determine water hardness in different water matrices by complexometry with automated photometric endpoint recognition, increasing the reproducibility and the precision of the results.
- WP-091WP-091Case study: Ion chromatography in pharmaceutical research and development
This White Paper will walk you through the selection process of ion chromatography as the best analytical tool in the product development of a cell-based gene therapy.
- WP-092WP-092USP monograph modernization initiative leading to modern ion chromatography-based methods
The USP and FDA started to modernize several monographs and General Chapters. In many cases, IC-focused methods have replaced older, wet chemistry procedures. Learn more about the USP modernization initiative and the advantages of ion chromatography in this white paper.
- WP-093WP-093Significant cost savings through dynamic ventilation during nitrification in wastewater treatment
This White Paper gives an overview of the energy-intensive nitrification process that converts ammonia into less harmful nitrogen compounds at wastewater treatment plants (WWTPs). It displays the results from a field test at a WWTP, showcasing the positive influence of single-method process analyzers on the efficiency of the nitrification process.
- WP-094WP-094OMNIS NIRS: An efficiency boost for your laboratory
This White Paper discusses the concept and benefits of NIR spectroscopy and outlines several real-life laboratory application examples with the use of OMNIS NIRS, the cutting-edge NIR spectrometer from Metrohm.
- WP-095WP-095The future of manufacturing and commercializing green ammonia with electrochemistry
Free White Paper outlines the fundamental principles of the nitrogen reduction reaction. It then delves into the technical barriers hindering the industrialization of green ammonia production, their impact on final yield and selectivity, and potential strategies or research gaps to overcome these issues.
- WP-096WP-096Validation of ion chromatographic (IC) methods according to USP <1225>
This White Paper discusses USP <1225> and how ion chromatography determines active ingredients in pharma products (assays) as well as identifies impurities and degradation components.
- WP-097WP-097Why switch to OMNIS Client/Server (C/S)?
OMNIS Client/Server boosts business performance with scalable server management, cutting costs by reducing hardware, energy use, and maintenance across locations.
AUT.LED.LDC655.S
655 nm LED cover for the Autolab LED Driver kit (Deep Red)LED cover, with lens, fitted with a 655 nm LED (Deep red) light source. Designed to fit the Autolab LED Driver kit. This cover allows electrochemical measurements under constant or modulated light.
AUT.LED.LDCCW.S
Cool white LED cover for the Autolab LED Driver kitLED cover, with lens, fitted with a cool white light source. Designed to fit the Autolab LED Driver kit. This cover allows electrochemical measurements under constant or modulated light.
AUT.LED.LDCNW.S
Neutral white LED cover for the Autolab LED Driver kitLED cover, with lens, fitted with a neutral white light source. Designed to fit the Autolab LED Driver kit. This cover allows electrochemical measurements under constant or modulated light.
AUT.LED.LDCRB.S
Royal blue LED cover for the Autolab LED Driver kit.LED cover, with lens, fitted with a 447.5 nm LED (Royal blue) light source. Designed to fit the Autolab LED Driver kit. This cover allows electrochemical measurements under constant or modulated light.
AUT.LED.LDCWW.S
Warm white LED cover for the Autolab LED Driver kitLED cover, with lens, fitted with a warm white light source. Designed to fit the Autolab LED Driver kit. This cover allows electrochemical measurements under constant or modulated light.
AUT.LED.LDH.S
Autolab LED Driver cover holderLED cover holder for the optical bench. The holder can be used to quickly exchange the LED cover to change the wavelength of the light source.
AUT.LED.PHDIODE.S
Autolab LED Driver calibrated photodiodeCalibrated photodiode holder for optical bench. This holder is used to measure the light intensity.Range: 350 - 1100 nm, 3.6 x 3.6 mm active area.An additional cover for a neutral density filter is supplied with the holder.
AUT.PS12V1A
Power supply for Autolab D/HAL light source compact12 V, 1 A DC power supply for the Autolab deuterium/halogen compact light source.
AUT.RCE
Rotating Cylinder Electrode (RCE)Autolab Rotating Cylinder Electrode (RCE) with a non-carbon liquid contact provides superior noise-free corrosion measurements. The RCE’s Hg contact produces smooth and accurate data that requires no special handling or tools for use in your lab.With the highest rotation rate among commercially available systems, the Autolab Rotating Cylinder Electrode allows you to simulate the widest variety of pipe flow conditions in your lab. The RCE has double the rotation rate of any other 12 mm rotating cylinder electrode making achievable flow rates are 50% higher than any other commercially available RCE.Maximum simulated turbulent flow rates: 1 inch/2.66 cm pipe with schedule 40 is 365 cm/s24 inch/57.48 cm pipe with schedule 40 is 566 cm/sThe Autolab RCE is very compact, only a tenth of the size of other commercially available RCEs. You can access the full rotation rate of the Autolab RCE (100-5000 rpms) with a 12 mm cylinder. Operating temperature range: max 40 C°Exposed sample surface: 3 cm2Image shows RCE and controller, RRDE cell, PGSTAT204 and NOVA software. Keywords: Rotating Cylinder Electrode, Corrosion, RCE, pipe flow, turbulent flow, corrosion in pipes, pipes, Reynolds number, cylindrical sample.
AUT.RDE.CTRL.S
AUT.RDE.CTRL.SMetrohm Autolab Motor controller unit used to control the rotation rate of the rotating disk, rotating cylinder and rotating ring-disk electrodes. It can be used manually or remotely from the NOVA ot INTELLO software
AUT.RDE.ELCBL
AUT.RDE.ELCBLElectrode cable to connect the Metrohm Autolab potentiostats/galvanostats to the rotating disk and rotating cylinder electrodes.
AUT.RDE.M3
Rotating disk electrode with M3 threadThe Autolab RDE with an M3 thread is a high-end rotating disk electrode for measurements on systems where high rotation speed and low noise are required. The unit can go up to 10,000 rpm, a liquid Hg contact guarantees low noise. The PCTFE shaft has been designed to fit in Metrohm cell vessels, but also fits on most other electrochemical cells. The tip diameter is 8 mm with a glass shaft and an active surface diameter of 2 mm.The rotation speed of the RDE is controlled manually with the button on the front of the motor control unit. The RDE can also be controlled remotely with the Autolab software. The rotation speed can be varied continuously between 100 and 10,000 rpm with a resolution of 1 rpm.
AUT.RDE.ROT.M3.S
Autolab RotatorAutolab rotator for the rotating disk electrode with M3 thread
AUT.RDE.ROT.S
AUT.RDE.ROT.SAutolab rotator for the rotating disk and rotating cylinder electrodes.
AUT.RDE.S
Rotating disk electrodeThe Autolab RDE is a high-end rotating disk electrode for measurements on systems where high rotation speed and low noise are required. The unit can go up to 10,000 rpm, a liquid Hg contact guarantees low noise. The PCTFE shaft has been designed to fit in Metrohm cell vessels, but also fits on most other electrochemical cells. The tip diameter is 10 mm, with an active surface diameter of 3 mm or 5 mm.The rotation speed of the RDE is controlled manually with the button on the front of the motor control unit. The RDE can also be controlled remotely with the Autolab software. The rotation speed can be varied continuously between 100 and 10,000 rpm with a resolution of 1 rpm.
AUT.RHD.TSCBATT
Measuring Cell TSC Battery StandardThe TSC Battery is a closed measuring cell intended for assembling half or full battery or supercap cells with e.g. active materials and separators. It is also suitable for investigating solid or gel-like samples in contact with metal electrodes in a plate/plate geometry.You have flexibility with cell configuration either two and three electrode measurements can be performed by inserting a microreference electrode from the side.The standard variant contains flat metal electrodes. For current collectors designed for using elemental lithium as electrode material please refer to the extended variant."This cell is airtight and thus shielded against atmosphere and can be used with moisture-sensitive samples.
AUT.RHD.TSCSURF
Measuring Cell TSC SurfaceThe TSC Surface is a closed cell designed for electrochemical measurements on flat samples and can be used to study the electrochemical interface between a well defined working electrode and solution and the kinetics of electron transfer reactions. This cell, like all other cells is suitable for measurements with ionic liquids, but it can also be used with aqueous and organic solvents and for corrosion measurements.
AUT.RRDE.S
Rotating Ring Disk ElectrodeThe Autolab RRDE is a low-noise rotating ring disk electrode that can be used to perform electrochemical measurements under controlled hydrodynamic conditions. The ring and disk electrode assembly provides the means to detect reaction intermediates in situ through collection experiments.The Autolab RRDE uses 2 identical friction-less mercury contacts for low noise measurements and can be used with any Autolab potentiostat/galvanostat fitted with the BA, dual-mode bipotentiostat module.The rotation speed of the RRDE is controlled manually with the button on the front of the motor control unit. The RRDE can also be controlled remotely with the Autolab software. The rotation speed can be varied continuously between 100 and 10,000 rpm with a resolution of 1 rpm.
AUTSRV.BSTR10.CELL.S
Booster10A Dummy cell100 mOhm dummy cell for testing the Booster10A.
AUTSRV.BSTR20.CELL.S
Booster20A Dummy Cell50 mOhm dummy cell for testing the Booster20A.
BA.MAC.204
Dual mode bipotentiostat moduleThe BA is a dual-mode bipotentiostat module that converts the Autolab into a double channel potentiostat with which measurements on 2 working electrodes can be performed sharing the same counter and reference electrode.In the Bipotentiostat mode, a fixed potential is applied to the second channel (second Working Electrode) while applying a potential step or a sweep to the first channel (first Working Electrode). In the Scanning Bipotentiostat mode, a potential offset with respect to the first channel is applied to the second channel.
BA.S
Dual mode bipotentiostat moduleThe BA is a dual-mode bipotentiostat module that converts the Autolab into a double channel potentiostat with which measurements on 2 working electrodes can be performed sharing the same counter and reference electrode.In the Bipotentiostat mode, a fixed potential is applied to the second channel (second Working Electrode) while applying a potential step or a sweep to the first channel (first Working Electrode). In the Scanning Bipotentiostat mode, a potential offset with respect to the first channel is applied to the second channel.
BST.EMER.BUTN
Booster emergency stop buttonThe Booster20A is fitted with an emergency stop button which can be position in close proximity to the instrument. This button can be used to immediatly disconnect the Booster20A from the cell if necessary.
BSTR10A.PG204.M204.S
Booster 10AThe Booster 10A module increases the maximum current of the PGSTAT204 or M204 to 10 Ampere. The compliance voltage of the system is 20 V in combination with the Booster10A.With its fast response time, the Autolab Booster 10A has been optimized to perform electrochemical impedance measurements, in combination with the FRA32M module, on fuel cells, batteries and super-capacitors. The booster is able to handle active as well as passive cells. The Booster 10A can be used to measure the charge and discharge characteristics of super-capacitors, perform measurements on fuel cells or perform DC or AC measurements on large area electrodes.
BSTR10A.S
Booster 10AThe Booster 10A module increases the maximum current of the PGSTAT100N, PGSTAT128N, PGSTAT302N, PGSTAT204 or M204 to 10 Ampere. The compliance voltage of the system is 20 V in combination with the Booster10A.With its fast response time, the Autolab Booster 10A has been optimized to perform electrochemical impedance measurements, in combination with the FRA32M module, on fuel cells, batteries and super-capacitors. The booster is able to handle active as well as passive cells. The Booster 10A can be used to measure the charge and discharge characteristics of super-capacitors, perform measurements on fuel cells or perform DC or AC measurements on large area electrodes.
BSTR20.EMG.S
Booster emergency stop buttonThe Booster20A is fitted with an emergency stop button which can be position in close proximity to the instrument.
BW840000463
BAC151x probe adapterBAC151x Probe Adaptor to connect B&W Tek Lab grade Raman probes to BAC151x Video microscope sampling system. Remove the standard shaft and distance regulator, to use the adaptor and connect the probe head to the video microscope. 3 adaptors per pack.
BWT-810000468
Connection cleanerCleaner for SMA905 and FC/PC connections.
BWT-810000469
Cleaner for ferrule end surfacesFC/PC and FC/APC receptacle cleaner recommended for i-Raman Pro/Prime, STRam, QTRam. Do not use on SMA.FRC
BWT-810000623
Microscope head tripod adaptorBAC151x-TRI tripod adapter for the BAC151x sampling system with Raman video microscope.
BWT-810000719
Power cord for EU power for use with portable Raman systemsPower cord for EU power for use with portable Raman systems.BWPC-EU
BWT-810000721
Carrying Case for i-Raman Pro/Prime SeriesCarrying Case for i-Raman Pro and Prime series. Includes a soft, black carrying case with wheels and custom-cut foam for packing and safely carrying the i-Raman Pro, i-Raman Prime, STRam, or QTRam.CCRM
BWT-840000117
Raman Flow Cell (BAC160-SS)Raman flow-through cell made of stainless steel, for inline Raman measurements of liquid samples by interfacing with standard laboratory probe (9.5 mm diameter; probe is not included in scope of delivery).
BWT-840000130
Immersion shaft for portable Raman instrumentsOptional immersion shaft for BAC100/BAC102 Raman probes with an excitation wavelength of 532 nm or 785 nm. Equipped with a 76.2 mm long body made of 316L stainless steel with an outer diameter of 12.0 mm and a silica window that is sealed with an O-ring made of perfluoro rubber. Operating distance 5.0 mm in air. Can be used at -55 °C to 200 °C. The seal is liquid-tight at low pressure ( 1 bar).
BWT-840000131
Immersion shaft for portable Raman instrumentsOptional immersion shaft for BAC100/BAC102 Raman probes with an excitation wavelength of 532 nm or 785 nm. Equipped with a 76.2 mm long body made of 316L stainless steel with an outer diameter of 12.0 mm and a sapphire-glass window that is sealed with an O-ring made of perfluoro rubber. Operating distance 5.0 mm in air. Can be used at -55 °C to 200 °C. The seal is liquid-tight at low pressure ( 1 bar).
BWT-840000290
NanoRam BatteryNanoRam (model BWS456-785 only) Rechargeable lithium-ion battery.
BWT-840000294
Battery Charging CradleLithium-ion battery charging cradle.(for charging NR-BAT and TID-BAT only).
BWT-840000295
Vials for liquids, 15 mm in diameterBorosilicate glass vials (diameter 15 mm), package of 6, with pouch.
BWT-840000296
Stylus/penStylus/pen combo for touch screens.NR-STY
BWT-840000298
NanoRam Carrying CaseNanoRam hard plastic rugged carrying case.
BWT-840000301
Power Adapter, 12 V DCPower Adapter 12 V DC; 2.0 A.
BWT-840000307
NanoRam Product Manual SetNanoRam documentation set including Product Manual and NanoRam ID Installation Instructions.
BWT-840000322
Video Microscope Objective, 10xMicroscope objective, infinity-corrected, 10x, working distance (mm) = 16, focal length (mm) = 20, numerical aperture (NA) = 0.3.RML110A
BWT-840000323
Video Microscope Objective, 20x (RML120A)Microscope objective, infinity-corrected, 20x, working distance (mm) = 12, focal length (mm) = 10, numerical aperture (NA) = 0.4.RML120A
BWT-840000325
Video Microscope Objective, 50x (RML150A)Microscope objective, infinity-corrected, 50x, working distance (mm) = 9.15, focal length (mm) = 4, numerical aperture (NA) = 0.55.RML150A
BWT-840000328
Video Microscope Objective, 100xMicroscope objective, infinity-corrected, 100x, working distance (mm) = 3.2, numerical aperture (NA) = 0.8, Focal length (mm) = 2.RML1100A
BWT-840000329
Pouch for 15 mm VialsPouch for 15 mm vials.
BWT-840000332
Tablet HolderTablet holder compatible with all models of BAC100/BAC102 lab-grade fiber-optic Raman probe with 9.5 mm shaft diameter.
BWT-840000342
Right-Angle AdapterRight-angle adapter for hands-free measurement using handheld Raman instruments. Compatible with NanoRam-1064 and TacticID Mobile.
BWT-840000343
Point-and-Shoot-AdapterPoint-and-shoot adapter for handheld Raman instruments. Compatible with NanoRam-1064 and TacticID Mobile.
BWT-840000344
Vial Holder AdapterVial holder adapter, compatible with 15 mm-diameter vials.
BWT-840000345
Handheld Raman bottle adapterHandheld Raman accessories: bottle adapterNR2-BSA
BWT-840000346
NanoRam Tablet HolderNanoRam tablet holder adapter.
BWT-840000347
NanoRam Immersion ProbeImmersion probe – 30.5 cm (12 inch) length – stainless steel with quartz objective.
BWT-840000348
Polystyrene Validation CapPolystyrene Validation cap with integrated ASTM standard polystyrene.
BWT-840000349
NanoRam 6 mm ShaftNanoRam (model BWS456-785 only) replacement shaft with objective for sampling adapters – point-and-shoot; vial holder; bottle adapter. Working distance 6 mm.
BWT-840000350
NanoRam 10 mm ShaftNanoRam Shaft with lens for thick container sampling. Working distance 10 mm.
BWT-840000352
LAN cableLAN cable for connection to PC.
BWT-840000353
Shaft Protection CapHandheld Raman shaft protective cap, package of 10.
BWT-840000354
Pouch for adapters (NR2-PCH-ADPT)Pouch for handheld Raman adapters compatible with NanoRam-1064, TacticID-N Plus, and TacticID Mobile.NR2-PCH-ADPT
BWT-840000355
NanoRam Leather Shoulder BagLeather shoulder bag for NanoRam unit including one NR2-PCH-ADPT pouch for holding accessories.
BWT-840000361
Handheld Laser Power MeterLaser Power Meter, Pen Type, Calibrated. Range: 5 micro-Watts to 1 Watt. Used in OQ/PQ and annual certification laser power measurement.
BWT-840000403
10.8 V rechargeable lithium ion batteryRechargeable lithium-ion battery: fits TacticID-N Plus, TacticID Mobile, and NanoRam-1064.TID-BAT
BWT-840000406
TacticID Vial-Holder AdapterTacticID Vial-Holder Adapter, compatible with 15 mm-diameter vials.
BWT-840000414
18 V Power AdapterPower adapter for 18 V DC, 1.67 A. Plugs for USA, EU, UK and AU included in the scope of delivery.TID-PWA
BWT-840000416
TacticID Point-and-Shoot adapterTacticID Point-and-Shoot adapter.
BWT-840000417
TacticID Validation CapTacticID Validation Cap with integrated ASTM-standard polystyrene. For use with TacticID-N Plus and TacticID-GP Plus.
BWT-840000418
TacticID-GP shaft protection cap (Yellow)TacticID-GP and TacticID-GP Plus shaft protection cap (Yellow).TID-CAP-GP
BWT-840000419
TacticID Stylus/pen comboStylus/pen combo for touch screens (package of 5).TID-STY
BWT-840000422
TacticID Carrying CaseTacticID hard plastic rugged carrying case.
BWT-840000428
Wireless RouterWireless, battery-powered portable router; 3G/4G connectivity.
BWT-840000429
TacticID-N shaft protection cap (Black)TacticID-N and TacticID-N Plus shaft protection cap (Black).TID-CAP-N
BWT-840000433
O-ring replacement kit for NanoRam instrumentsNanoRam O-ring replacement kit – includes: O-rings, ID 9.00 mm, x15; O-Rings, ID 10.00 mm x15; O-rings, ID 13.00 mm x10 for the shaft in handheld Raman instruments.
BWT-840000463
BAC151x probe adapterBAC151x Probe Adaptor to connect B&W Tek Lab grade Raman probes to BAC151x Video microscope sampling system. Remove the standard shaft and distance regulator, to use the adaptor and connect the probe head to the video microscope. 3 adaptors per pack.
BWT-840000481
NanoRam immersion shaft protective sleeve, package of 49Disposable, protective sleeve for the NanoRam Immersion Probe model NR2-IMP, package of 49.
BWT-840000482
NanoRam immersion shaft protective sleeve, package of 490Disposable, protective sleeve for the NanoRam Immersion Probe model NR2-IMP, package of 490.
BWT-840000491
TacticID Right-Angle AdapterTacticID Right-Angle Adapter.
BWT-840000498
Disposable Battery CartridgeTacticID battery cartridge for use with six type 123A disposable batteries (e.g. Surefire). Batteries not included.
BWT-840000524
TacPacTM AdapterSERS analysis adapter for use with TacPac™-P SERS substrates.
BWT-840000528
TacPacTM Kit for TacticID-N PlusTAP-KIT-T is a SERS Analysis kit for use with the TacticID-N Plus for Raman signal amplification and fluorescence reduction of hard-to-measure samples. This kit includes a black pouch, Tweezer, SERS Analysis Adaptor, and 25 SERS substratesSERS analysis kit for use with Raman handheld spectrometers from B&W Tek. For Raman signal amplification and fluorescence reduction of hard-to-measure samples. For use with 785 nm laser excitation. Includes: tweezers, TacPac adapter, 25 SERS strips.TAP-KIT-T
BWT-840000603
Pouch for TacticID AdaptersTacticID (785 nm) Pouch for Adapters
BWT-840000629
Battery Charging CradleLithium-ion battery charging cradle.
BWT-840000655
Sterilized NanoRam Immersion Shaft Protective SleeveSterilized disposable, protective sleeve for the NanoRam Immersion Probe model NR2-IMP; package of 490.
BWT-840000669
TacticID Car ChargerCar charger for TacticID-N Plus.
BWT-840000679
Raman Zoom Lens (20-60 mm)Zoom lens for our BAC100/BAC102 fiber-optic Raman probes. Working distance is adjustable from 20 mm to 60 mm. Suitable for a Raman excitation range from 500 nm to 850 nm.
BWT-840000680
Raman Zoom Lens (60-600 mm)Long-working-distance zoom lens for BAC100/BAC102 fiber-optic Raman probes. Working distance is adjustable from 60 mm to 600 mm. Suitable for a Raman excitation range from 500 nm to 850 nm.
BWT-840000681
Raman Stand-off Lens (0.6-6 m)A telescope Stand-off lens for BAC100/BAC102 fiber-optic Raman probes. Wide zoom range for sample measurement ranges from 0.6 meters to 6 meters. Suitable for a Raman excitation range from 500 nm to 850 nm.RTS202-VIS-NIR
BWT-840000711
Raman Zoom Lens (20-60 mm)Zoom lens for our BAC100/BAC102 fiber-optic Raman probes. Working distance is adjustable from 20 mm to 60 mm. Suitable for a Raman excitation range from 785 nm to 1064 nm.
BWT-840000712
Raman Zoom Lens (60-600 mm)Long-working-distance zoom lens for BAC100/BAC102 fiber-optic Raman probes. Working distance is adjustable from 60 mm to 600 mm. Suitable for a Raman excitation range from 1000 nm to 1100 nm.
BWT-840000858
USB cableUSB cable supporting micro USB port up to type A USB 2.0.
BWT-840000861
Micro USB flash driveTacticID micro USB flash drive.
BWT-840000881
NanoRam Contact ProbeNanoRam accessories: 0.5” outer diameter x 150 mm L (5.9”) – Raman contact probe accessory for NanoRam. Rugged 316 stainless steel shaft.
BWT-840000911
TacticID Large Carrying CaseCarrying case for TacticID Mobile.
BWT-840000912
O-ring replacement kit for handheld Raman instrumentsHandheld Raman O-ring replacement kit –(for shaft only).Kit includes: O-Ring#1 ID 9.00 mm x15 and O-Ring#2 ID 10.00 mm x15 (TacticID-N Plus, TacticID Mobile, and NanoRam-1064).TID-ORK
BWT-840000934
Polystyrene Reference for QT-SamplerPolystyrene reference for the QT-Sampler transmission Raman accessory.
BWT-840000940
QT-Sampler Optics and Sample Holder Set – 2 mmSet of 2 mm excitation aperture, collection aperture, large round sample holder and large square sample holder for QT-Sampler.
BWT-840000941
QT-Sampler Optics and Sample Holder Set – 4 mmSet of 4 mm excitation aperture, collection aperture, large round sample holder and large square sample holder for QT-Sampler.
BWT-840000942
QT-Sampler Optics and Sample Holder Set – 6 mmSet of 6 mm excitation aperture, collection aperture, large round sample holder and large square sample holder for QT-Sampler.
BWT-840000943
QT-Sampler Optics and Sample Holder Set – 8 mmSet of 8 mm excitation aperture, collection aperture, large round sample holder and large square sample holder for QT-Sampler.
BWT-840000948
USB OTG Host CableUSB OTG host cable for data transmission between a USB flash drive and a handheld system.
BWT-840000949
Large Spot AdapterThe large-spot sampling adapter is designed for use with Metrohm handheld Raman systems, providing a larger spot size and increased sampling depth to minimize the risk of sample burning, particularly for sensitive or dark-colored samples. Additionally, this adapter supports see-through capabilities when used with devices compatible with see-through software.TID-STA
BWT-840000964
Raman Video Micro-Sampling Head (785 nm)Video microscope sampling system head for use with B&W Tek's lab and industrial Raman probes. With coaxial LED illuminator for target alignment and video camera for sample observation. Compatible with standard microscope objectives. Probe not included, available separately. Objective lens not included, available separately. 785 nm configuration.
BWT-840000965
Raman Video Micro-Sampling Head (532 nm)Video microscope sampling system head for use with B&W Tek's lab and industrial Raman probes. With coaxial LED illuminator for target alignment and video camera for sample observation. Compatible with standard microscope objectives. Probe not included, available separately. Objective lens not included, available separately. 532 nm configuration.
BWT-840000966
Raman Video Micro-Sampling Head (532/785 nm dual)Video microscope sampling system head for use with B&W Tek's lab and industrial Raman probes. With coaxial LED illuminator for target alignment and video camera for sample observation. Compatible with standard microscope objectives. Probe not included, available separately. Objective lens not included, available separately. Dual 532/785 nm configuration.
BWT-840000969
Handheld Raman 1064 Immersion ProbeHandheld Raman Spectrometer 1064 accessory:. Contact immersion probe, 6” length, working distance approx. 1 mm, operating pressure up to 2 bar at room temperature.NRX-CTP-IMP
BWT-840000970
Handheld Raman large bottle adapter (1064)Handheld Raman Spectrometer 1064 accessories: Large bottle adapter with 10 mm working distance.NRX-BSA
BWT-840000980
TacticID Plus ManualsTacticID Plus Product Manual Set including Quick Reference Guide and TID Installation Instructions.
BWT-840000984
Raman Video Micro-Sampling Head (1,064 nm)Video microscope sampling system head for use with B&W Tek's lab and industrial Raman probes. With coaxial LED illuminator for target alignment and video camera for sample observation. Compatible with standard microscope objectives. Probe not included, available separately. Objective lens not included, available separately. 1064 nm configuration.
BWT-840001119
Focus adaptor for See-Through Raman probe (785nm)Focus adapter for 785 nm See-Through Raman probes
BWT-840001120
Light shield accessory for See-Through Raman probesLight shield accessory for See-Through Raman probes.
BWT-840001121
Focus adaptor for See-Through Rama probes (1064 nm)Focus adapter for 1064 nm See-Through Raman probes.
BWT-840001122
Surface regulator for See-Through Raman probeSurface regulator for See-Through Raman probe.
BWT-840001123
Bluetooth 1D barcode scannerBluetooth 1D barcode scanner for use with BWID software operating a portable Raman instrument
BWT-840001124
TacPac sample preparation kit (package of 25)SERS analysis sample preparation kit for use with Raman handheld spectrometers from B&W Tek. For Raman signal amplification and fluorescence reduction of hard-to-measure samples. For use with 785 nm laser excitation. Disposable plastic single-use laboratory spatula, pipettes and PP graduated microcentrifuge tubes (2 ml) used to prepare samples for testing with TacPac™ SERS. Package of 25 SERS substrates included.TAP-SAM25
BWT-840001125
TacPac sample preparation kit (package of 50)SERS analysis sample preparation kit for use with Raman handheld spectrometers from B&W Tek. For Raman signal amplification and fluorescence reduction of hard-to-measure samples. For use with 785 nm laser excitation. Disposable plastic single-use laboratory spatula, pipettes and PP graduated microcentrifuge tubes (2 ml) used to prepare samples for testing with TacPac™ SERS. Package of 50 SERS substrates included.TAP-SAM50
BWT-840001126
TacPac SERS substrate (package of 25)Performance grade flexible and sensitive SERS substrates in strip form for dip or liquid pipette sample techniques - 25 pack.TAP-P25
BWT-840001127
TacPac SERS substrate (package of 50)Performance grade flexible and sensitive SERS substrates in strip form for dip or liquid pipette sample techniques - 50 pack.TAP-P50
BWT-840001153
QT-Sampler carrying caseLightweight black polycarbonate carrying case for QT-Sampler module. Watertight, crushproof, and dustproof with cube foam fitting.CCRM QT-Sampler
BWT-840001154
Shoulder bag for HH Raman SeriesShoulder bag for TacticID series. Constructed with 1000d heavy duty fabric, multiple tactical pouches and compartment designed for rugged use and hard wearing.. Compatible with all TacticID products and NanoRam products. For transportation purposes only.TID-SBG
BWT-840001177
Aperture Removal ToolAperture removal tool for easy interchanging different apertures for optimal Raman spot size for transmission Raman with QT-Sampler.TOOL-APERTURE
BWT-840001178
Carrying Case for i-Raman Plus, i-Raman EX and GemRam systems.Carrying Case for i-Raman, i-Raman Plus, i-Raman EX and GemRam systems. This is black soft carrying case with extendable handle, wheels and custom cut foam (27 to 28” case length) for safe, convenient instrument transport. (Model CCRM-GEMRAM)
BWT-840001191
Type C to Type A USB cableType-C to Type-A USB cable. Compatible with TacticID Mobile.HHX-USB
BWT-840001192
TacticID Mobile Power Adaptor with international plugsPower adaptor 15V 3.6A DC. Plugs for US, EU, UK and AU included. Compatible with TacticID Mobile.HHX-PWA
BWT-840001193
USB drive containing TacticID Mobile User ManualsUSB drive containing TacticID Mobile User Manual; Includes both USB type-A connector and USB type-C connector, and can be used for OTG functions.HHX-USB-OTG
BWT-840001194
TacticID Mobile Power BankPower bank (battery pack) for TacticID Mobile. Compatible with the TacticID Mobile unit and the TacticID Mobile power adaptor for charging purposes.HHX-PWB
BWT-840001202
Hastelloy immersion shaft for 785nm Raman probeRIS100-HS-785-08: Hastelloy immersion shaft for BAC102/BAC100B Raman probes with excitation wavelength 785nm. Features a 0.5" (12.7 mm) O.D. x 8" (203.2 mm) L Hastelloy C-276 shaft and a gold- sealed sapphire ball lens. Working distance 0.4 mm in air, 0.6 mm in water. Shaft operating temperature is up to 250 degrees C, pressure up to 4000 psi. Shaft must be purchased with B&W Tek Raman probe.RIS100-HS-785-08
BWT-840001204
Hastelloy immersion shaft for 532nm Raman probeRIS100-HS-532-08: Hastelloy immersion shaft for BAC102/BAC100B Raman probes with excitation wavelength 532 nm. Features a 0.5" (12.7 mm) O.D. x 8" (203.2 mm) L Hastelloy C-276 shaft and a gold- sealed sapphire ball lens. Working distance 0.4 mm in air, 0.6 mm in water. Shaft operating temperature is up to 250 degrees C, pressure up to 4000 psi. Shaft must be purchased with B&W Tek Raman probe.RIS100-HS-532-08
BWT-840001223
USB-C car charger for TacticID MobileUSB-C Car Charger for TacticID Mobile. Includes a dedicated USB-C Cable for fast charging inside a vehicle. Model HHX-CCA
BWT-840001283
QT-SamplerThe QT-Sampler is an accessory for transmission Raman measurements, enabling content uniformity testing of pharmaceutical tablets. Compatible with i-Raman NxG 785H.Apertures and sample holders are sold separately.
CABLE.BNC.50
50 cm BNC cable50 cm BNC cable for diagnostics purposes.
CABLE.MONITOR
Monitor cable for N series AutolabMonitor cable for modular Autolab systems, providing connections for external equipments (Potential output (Eout), Current output (iout) and Potential input (Ein)).
CABLE.MONITOR4
Monitor cable for PGSTAT101Monitor cable for PGSTAT101, providing connections for analog outputs (Eout, iout and Vout) and input (Vin)
CABLE.PWR
Power cableStandard power cable for Autolab instruments and accessories.
Cat-empty
Cat-emptyCBL.BSTR20A.DIO
Booster20A digital interface cableDigital control cable for the Autolab Booster20A.
CBL.BSTR.DIO
Booster10A digital interface cableDigital control cable for the Autolab Booster10A.
CBL.MONIT.MAC.204.S
Monitor cable for M101/M204/PGSTAT204Monitor cable for M101/M204/PGSTAT204, providing connections for analog outputs (Eout, iout and Vout) and input (Vin).
CBL.MONITOR7.S
Monitor cable for Autolab 7 seriesMonitor cable for 7 series (serial number starting with AUT7xxxx) modular Autolab systems, providing connections for external equipment (Potential output (Eout), Current output (iout) and Potential input (Ein)).
CBL.MONITOR8.S
Monitor cable for Autolab 8 seriesMonitor cable for 8 series (serial number starting with AUT8xxxx) modular Autolab N systems, providing connections for external equipment (Potential output (Eout), Current output (iout) and Potential input (Ein)).
CBL.MONITOR.PG101.S
Monitor cable for PGSTAT101Monitor cable for PGSTAT101, providing connections for analog outputs (Eout, iout and Vout) and input (Vin).
CBL.PWR.XXX
Power cableStandard power cord to plug the VIONIC instument into the power grid. The type of the inclued power cord is region specific.
CBL.USB
Standard USB cableStandard USB cable for Autolab instruments.
CELLCBL.101
Cell cable (CE, RE, S, WE, GND) for PGSTAT101Standard cell cable, 1.5 m, with connection for counter electrode (CE), reference electrode (RE), sense electrode (S), working electrode (WE) and ground for PGSTAT101.
CELLCBL.30.RE.S
Cell cableStandard cell cable, 1.5 m, with connection for reference electrode (RE) and sense electrode (S).
CELLCBL.30.WE.S
Cell cableStandard cell cable, 1.5 m, with connection for counter electrode (CE), working electrode (WE) and ground.
CELLCBL.M101.204
Cell cableStandard cell cable, 1.5 m, with connection for counter electrode (CE), reference electrode (RE), sense electrode (S), working electrode (WE) and ground for M101/M204/PGSTAT204.
CORR.1LCELL.S
1 L corrosion cellThe Autolab 1 L corrosion cell is suitable for corrosion measurements according to ASTM standards. The cell has a thermostatic jacket for temperature control and a series of openings for counter electrodes, pH sensor, thermometer, Luggin-Haber capillary and gas purging.The 1 ll corrosion cell has been designed to measure the corrosion properties samples with a diameter ranging from 14.7 mm to 16 mm and a thickness from 0.5 mm up to 4 mm. The exposed surface is 1 cm² and the seals are made out of natural rubber.
CORR.1LHLD
1 L corrosion cell sample holderCORR.1LSTL
1 L corrosion cell SS electr. (MOQ=2)CORR250.CELL.S
0.250 L Corrosion CellComplete cell for corrosion measurements, 250 mL.
CORR.CELL.S
Corrosion cellThe Autolab 400 ml corrosion cell is suitable for corrosion measurements. The cell has a thermostatic jacket for temperature control and a series of openings for counter electrodes, pH sensor, thermometer, Luggin-Haber capillary and gas purging.The 400 ml corrosion cell has been designed to measure the corrosion properties of 14 mm diameter and 1 mm thick flat circular samples immersed in an electrolyte. The exposed surface area is 0.785 cm². The holder is made of Delrin with a Viton seal.
CORR.THERM
ThermometerGlass thermometer (-20 °C to 150 °C).
CUV-UV/VIS
Cuvette holderThe cuvette holder provides the possibility to carry out transmission measurements using a classic 10 mm glass or quartz cuvette. The holder is fitted with two SMA-905 connectors with collimating lenses built-in. A cover is provided to shield the cuvette from environmental light.
DIO12.SPEC.TRIGGER.S
Spectroelectrochemistry trigger cable for DIO12 instrumentsTriggering cable required for synchronized spectroelectrochemical measurement in combination with Autolab instruments equipped with a DIO12 interface. This cable provides a direct connection between the digital input/output (DIO) port of the Autolab and the Autolab light source and Autolab spectrophotometer. The connection to the light source enables the remote control of the shutter and the connection to the spectrophotometer provides the possibility to synchronize the acquisition of spectroscopy data with the acquisition of electrochemical data.
DIO48.SPEC.TRIGGER.S
Spectroelectrochemistry trigger cable for DIO48 instrumentsTriggering cable required for synchronized spectroelectrochemical measurement in combination with Autolab instruments equipped with a DIO48 interface. This cable provides a direct connection between the digital input/output (DIO) port of the Autolab and the Autolab light source and Autolab spectrophotometer. The connection to the light source enables the remote control of the shutter and the connection to the spectrophotometer provides the possibility to synchronize the acquisition of spectroscopy data with the acquisition of electrochemical data.
DRP-4MMHCAST8
Eight channel boxed connector for μStat-i MultiXEight channel boxed connector suitable to improve the set-up confirguration acting as an interface between uStat-i MultiX and screen-printed electrodes.
DRP-ALCRUCIBPACK
Aluminum crucibles (5 x 1.6 mm ; 5 x 4.2 mm) for DRP-RAMANCELLAluminum crucibles (5 x 1.6 mm ; 5 x 4.2 mm) to be used in combination with RAMANCELL to perform Raman measurements over solid samples.
DRP-BANANA4TO2MM
Banana connector 4 mm to 2 mm (includes 4 units)Adaptor from 4 mm male banana connections to 2 mm female connections
DRP-BIASTIR
Stirrer for BIASPEStirrer for batch injection analysis cells. The stirring rod in Teflon allows a precise control of the rotation rate
DRP-BICASTDIR
µStat cable connector for dual screen-printed electrodesConnector that acts as an interface between our dual screen-printed electrodes and Metrohm DropSens instruments and some accessories.
DRP-BIDSC4MM
Boxed connector for dual screen-printed electrodesConnector that functions as an interface between DropSens dual screen-printed electrodes (SPEs) and interdigitated electrodes with any type of potentiostat.
DRP-BIDSC-FET
Connector for Field-effect transistor ElectrodesBoxed connector that acts as an interface between ref. AUFET30 electrodes and any kind of potentiostat
DRP-BINP-PUR
Purified Bismuth Nanoparticles SolutionDRP-CABSTAT
mStat Cable connector (2WE) for conventional electrodesFlexible cable connector that acts as an interface between DropSens bipotentiostats and conventional electrodes
DRP-CAC4MMH
Cable connector with 4mm banana connectors for screen-printed electrodesFlexible cable that act as an interface between ceramic substrate SPEs and any kind of potentiostat
DRP-CACIDEMEA
Cable connector for interdigitated electrodes with AUX and REFFlexible cable that act as an interface between interdigitated electrodes in glass with CE and RE and any kind of potentiostat.Cable connector for interdigitated electrodes with CE and RE quantity
DRP-CAC-NTC
Cable connector for C110-NTC screen-printed electrodesFlexible cable that act as an interface between ref.C110-NTC SPEs and any kind of potentiostat
DRP-CASTDIR
µStat cable connector for screen-printed electrodesConnects single (1 WE) SPEs to μStat 200, μStat 300, μStat 400, μStat 4000/P, μStat 8000/P, μStatECL, SpectroECL and the SPELEC line of instruments.
DRP-CAST-P
mStat Cable connector for plastic substrate screen-printed electrodesFlexible cable that act as an interface between plastic substrate SPEs and DropSens potentiostats
DRP-CAST-TLFCL
μStat cable for TLFCL format SPEsCable connector from μStat instruments and the SPELEC line of instruments to TLFCL format SPEs
DRP-CDIOCABLE400
I/O Cable for µStat400DRP-CDIOCABLEMULTI
DIO cable for mStat-i MultiX (requires DRP-CDIOINTERMULTI)DRP-CELL-IDE
Cell for interdigitated electrodesCells for batch analysis with interdigitated electrodes (IDE). Suitable for working with volumes up to 3-8 ml and manufactured in different materials that will allow you to work even with organic solvents.
DRP-CELL-IDE-PEEK
Cell for interdigitated electrodes in PEEKDRP-CFLWCL-CONICPEEK
Cell in PEEK for screen-printed electrodes - Conical wellDRP-CFLWCL-WE-PEEK
Flow Cell in PEEK - Only working electrodeDRP-CONNECTOR96X-SYN
Pack including CONNECTOR96X and SYNCONN96XDRP-CUNP-PUR
Purified Copper Nanoparticles SolutionDRP-DIOC200SYNC96
PIO Cable suitable to connect the SYNCONN96X with STAT200Cable connector suitable to connect SYNCONN96X with STAT200 for automation of the electrochemical ELISA System
DRP-DIOC400SYNC96
PIO Cable suitable to connect the SYNCONN96X with STAT300 and STAT400Cable connector suitable to connect SYNCONN96X with STAT300 and STAT400 for automation of the electrochemical ELISA System
DRP-DIOC8000SYNC96
PIO Cable suitable to connect the SYNCONN96X with STAT4000/P and 8000/PCable connector suitable to connect SYNCONN96X with STAT4000/P and 8000/P for automation of the electrochemical ELISA System
DRP-DIOMULTISYNC96
DIO cable for connecting mStat-i MultiX with SYNCONN96X (requires DRP-CDIOINTERMULTI)DRP-DSC4MM
Boxed connector for screen-printed electrodesConnector that functions as an interface between DropSens screen-printed electrodes (SPEs) and interdigitated electrodes with any type of potentiostat.
DRP-DTIPD1000
Tips for Electronic Micropipette P1000M (96 units)Pipette tip boxes to be used with P1000M micropipette included in BIASPE10 cell
DRP-DTIPD200
Tips for Electronic Micropipette P200M (96 units)Pipette tip boxes to be used with P200M micropipette included in BIASPE02 cell
DRP-ECLPHOTODIODCELL
Photodiode cell for electrochemiluminescence measurementsCell for screen-printed electrodes to perform electrochemiluminescence measurements. This ABS cell includes a Silicon photodiode with preamp with a spectral response range 340 - 1100 nm and peak sensitivity wavelength of 960nm. This cell should be used in combination with µStat ECL or µStat SpectroECL electrochemiluminiscence instruments.
DRP-FLKIT
Fluorescence kitKit for performing fluorescence experiments composed by 2 x short optical fibers (600 µm) ended in SMA 905 connections, 2 x optical filters one of 230-500 nm and other for 300-750 nm wavelength and 2 x holders for the filters.Complete your set up by adding the required excitation light depending on the range of interest (ref. LEDUV275, LEDVIS395 or LEDRGB).For performing fluorescence spectroscopy experiments coupled to spectroelectrochemistry (ref. SPELEC) with SPEs acquire the suitable reflection probe (RPROBE) and reflection cell (REFLECELL).
DRP-FLKITSPE
Fluorescence Kit for screen-printed electrodesKit designed for those researchers interested in performing fluorescence spectroscopy experiments with screen-printed electrodes (Includes 2 x optical fibers (600 um) ended in SMA 905 connections, 2 x optical filters 230-500 and 300-750 nm 2 x holders, 1 x RPROBE-VIS-UV and 1 x REFLECELL).
DRP-FLWCL-IDE-PEEK
Flow Cell in PEEK for Interdigitated ElectrodesDRP-FOLSOL-AQU-1ML
Fullerenol solution-Aqueous-1 mLDRP-FOLSOL-AQU-5ML
Fullerenol solution-Aqueous-5 mLDRP-GQD
Graphene Quantum DotsDRP-HCELL
H-cell for hydrogen permeation experimentsThis cell consists of two electrochemical compartments in which hydrogen is produced in the load cell and detected in the oxidation cell. It can be used to evaluate hydrogen uptake, permeability and transport in a variety of metal membranes, among other applications.
DRP-HCELLKIT
Hydrogen permeation kit additional cell to be acquired onlyDRP-I-BICAST
i-µStat cable connector for dual screen-printed electrodesConnector that acts as an interface between our dual screen-printed electrodes and Metrohm DropSens potentiostats.
DRP-I-CABSTAT
μStat Cable connector for μStat-i 400 and conventional electrodesμStat Cable connector for μStat-i 400 and conventional electrodes
DRP-I-CABSTAT1
μStat Cable connector for μStat-i 400s and conventional electrodesμStat Cable connector for μStat-i 400s and conventional electrodes
DRP-I-CAST
i-µStat Cable Connector for Screen-Printed ElectrodesConnector that act as an interface between our Screen-Printed Electrodes and Metrohm DropSens potentiostats.
DRP-IRNP-COL
Colloidal Iridium Nanoparticles SolutionDRP-I-VKIT
Instruments verification kits for µStat-i-400 and µStat-i-400sKit for verifying the correct performance of instruments: μStat-i 400s, μStat-i 400s and μStat-i MultiX
- 8.840.14128.840.1412Tutorial for 840 Touch Control, French
Outros idiomas
- 8.840.14138.840.1413Tutorial for 840 Touch Control, English
English
- 8.840.14158.840.1415Tutorial for 840 Touch Control, Spanish
Outros idiomas
- 8.840.15118.840.1511Tutorial for PC Control 2.0/3.0/4.0/4.1/5.0/6.0, German
Outros idiomas
- 8.840.15128.840.1512Tutorial for PC Control 2.0/3.0/4.0/4.1/5.0/6.0, French
Outros idiomas
- 8.840.15138.840.1513Tutorial for PC Control 2.0/3.0/4.0/4.1/5.0/6.0, English
English
- 8.840.15158.840.1515Tutorial for PC Control 2.0/3.0/4.0/4.1/5.0/6.0, Spanish
Outros idiomas
- 8.840.30018.840.3001Declaration of conformity 840 Touch Control, English
English
- 8.840.30028.840.3002Declaration of conformity: Touch Control software 5.840.0140, English
English
- 8.840.30058.840.3005Declaration of conformity PC Control 5.0, English
English
- 8.840.30088.840.3008Certificate: FDA 21 CFR Part 11 Compliance for 840 Touch Control software 5.840.0150
English
Outros idiomas
- 8.840.30098.840.3009Certificate: FDA 21 CFR Part 11 Compliance for PC Control 6.0
English
Outros idiomas
- 8.840.30108.840.3010Declaration of conformity Touch Control software 5.840.0150, English
English
- 8.840.30118.840.3011Declaration of conformity PC Control 6.0, English
English
- 8.840.40038.840.4003System Assessment Report for 840 Touch Control software 5.840.0150
English
Outros idiomas
- 8.840.40048.840.4004System Assessment Report for PC Control 6.0
English
Outros idiomas
- 8.840.80018.840.8001Release Notes PC Control 5.0 / Touch Control 5.840.0140, English
English
- 8.840.80098.840.8009Release Notes PC Control 6.0 / Touch Control 5.840.0150, English
English
- 8.841.30138.841.3013Declaration of conformity 841 Titrando, english
English
- 8.842.30038.842.3003Declaration of conformity 842 Titrando, english
English
- 8.843.30018.843.3001EU declaration of conformity for 843 Pump Station
English
Outros idiomas
- 8.844.10518.844.1051Instructions for Use 844 UV/VIS Compact IC, german
4.version
Outros idiomas
- 8.844.30018.844.3001Declaration of conformity 844 UV/VIS Compact IC
English
- 8.845.09038.845.0903Declaration of conformity 845 Mix Control Software, english
English
- 8.845.30018.845.3001Declaration of conformity 845 Eluent Synthesizer
English
- 8.846.30018.846.3001Declaration of conformity 846 Dosing Interface
English
Outros idiomas
- 8.846.60018.846.6001Brochure: 846 Dosing Interface
The 846 Dosing Interface and the 800 Dosino turn the basic liquid handling operations into child's play. The 846 Dosing Interface is a control unit for up to four dosing elements. It can be used to expand existing Metrohm systems but also deals, as an independent system, with any liquid handling task occurring in the laboratory.
Outros idiomas
- 8.847.10018.847.1001Instructions for Use 847 USB Lab Link, german
Outros idiomas
- 8.847.30038.847.3003Declaration of conformity 847 USB Lab Link, english
English
- 8.848.30068.848.3006Declaration of conformity: 848 Titrino plus
English
Outros idiomas
- 8.848.80048.848.8004Tutorial 848/877 Titrino plus
English
Outros idiomas
- 8.848.80058.848.8005Release Notes Titrino plus, prog. 0022
English
Outros idiomas
- 8.848.80068.848.8006Release Notes Titrino plus, prog. 0023
English
Outros idiomas
- 8.848.80098.848.8009Release Notes 848, 870, 877, 865, 876, 862, 885, 899
English
Outros idiomas
- 8.848.80108.848.8010Release Notes 5.848.025, 5.870.025, 5.877.025, 5.865.026, 5.876.026, 5.885.0012
English
Outros idiomas
- 8.849.30028.849.3002Declaration of conformity 849 Level Control
English
Outros idiomas
- 8.850.30348.850.3034Declaration of conformity for IC Conductivity Detector
English
Outros idiomas
- 8.850.30358.850.3035Declaration of conformity for IC Amperometric Detector
English
Outros idiomas
- 8.850.80048.850.8004Manual for 850 Professional IC, 2.850.2010 - Anion
Outros idiomas
- 8.850.80058.850.8005Manual for 850 Professional IC, 2.850.2030 - Anion MCS
- 8.850.80078.850.8007Manual for 850 Professional IC, 2.850.2110 - Anion MCS Prep 1
Outros idiomas
- 8.850.80088.850.8008Manual for 850 Professional IC, 2.850.2150 - Anion MCS Prep 2
Outros idiomas
- 8.850.80098.850.8009Manual for 850 Professional IC, 2.850.2190 - Anion MCS Prep 3
Outros idiomas
- 8.850.80108.850.8010Manual for 850 Professional IC, 2.850.2220 - Anion MCS Gradient
Outros idiomas
- 8.850.80308.850.8030Manual for 850 Professional IC, 2.850.1030 - Cation Prep 1
Outros idiomas
- 8.850.80318.850.8031Manual for 850 Professional IC, 2.850.1050 - Cation Prep 2
Outros idiomas
- 8.850.80328.850.8032Manual for 850 Professional IC, 2.850.2010 - Anion
Outros idiomas
- 8.850.80348.850.8034Manual for 850 Professional IC, 2.850.2110 - Anion MCS Prep 1
Outros idiomas
- 8.850.80358.850.8035Manual for 850 Professional IC, 2.850.2150 - Anion MCS Prep 2
Outros idiomas
- 8.850.80368.850.8036Manual for 850 Professional IC, 2.850.2190 - Anion MCS Prep 3
Outros idiomas
- 8.850.80378.850.8037Manual for 850 Professional IC, 2.850.2220 - Anion MCS Gradient
Outros idiomas
- 8.850.80388.850.8038Manual for 850 Professional IC, 2.850.3010 - AnCat
Outros idiomas
- 8.850.80408.850.8040Manual for 850 Professional IC, 2.850.2210 - Anion - MCS - LP Gradient
Outros idiomas
- 8.850.80418.850.8041Manual for 850 Professional IC, 2.850.3000 - AnCat - non-suppressed
Outros idiomas
- 8.850.80558.850.8055Supplement to 850, 881, 882, 883 anion manuals
Label of the suppressor capillaries changed
English
Outros idiomas
- 8.850.80638.850.8063Supplement to 850, 881, 882, 883 Manuals
Correct installation of aspiration filter (6.2821.090)
English
- 8.850.80648.850.8064Release Notes 850 Devices 5.850.0113
English
Outros idiomas
- 8.850.80668.850.8066Release Notes firmware version 5.850.0114
English
Outros idiomas
- 8.851.30018.851.3001Declaration of conformity 851 Titrando
EU declaration of conformity / UK declaration of conformity 851 Titrando
English
Outros idiomas
- 8.851.80058.851.8005Release Notes for 5.851.0012 - 5.852.0012 Titrando
English
- 8.852.30018.852.3001Declaration of conformity 852 Titrando
EU declaration of conformity / UK declaration of conformity 852 Titrando
English
Outros idiomas
- 8.853.30018.853.3001Declaration of conformity 853 CO2 Suppressor
English
Outros idiomas
- 8.854.30028.854.3002Declaration of conformity 854 iConnect
English
Outros idiomas
- 8.855.30038.855.3003Declaration of conformity 855 Robotic Titrosampler
English
Outros idiomas
- 8.856.30018.856.3001EU declaration of conformity 856 Conductivity Module
English
Outros idiomas
- 8.856.80038.856.8003Release Notes for 5.856.0020 856 Conductivity Module
English
- 8.856.80068.856.8006Release Notes for various instruments, USB 3.0 compatibility
English
- 8.857.30038.857.3003Declaration of conformity 857 Titrando, english
English
- 8.858.30018.858.3001Declaration of conformity: 858 Professional Sample Processor
English
Outros idiomas
- 8.859.80028.859.8002Release Notes 859 Titrotherm FW V6
English
Outros idiomas
- 8.860.30018.860.3001Declaration of conformity: 860 KF Thermoprep
English
Outros idiomas
- 8.861.10118.861.1011Instructions for Use 2.861.0500 Advanced Compact IC Column Heating, german
Outros idiomas
- 8.861.10318.861.1031Instructions for Use 861 Advanced Compact IC, german
Outros idiomas
- 8.861.10328.861.1032Instructions for Use 861 Advanced Compact IC, french
Outros idiomas
- 8.861.30018.861.3001Declaration of conformity 861 Advanced Compact IC
English
- 8.861.30028.861.3002Declaration of conformity 861 Advanced Compact IC Column Heating
English
- 8.862.30028.862.3002Declaration of conformity 862 Compact Titrosampler
English
Outros idiomas
- 8.862.80038.862.8003Tutorial 862 Compact Titrosampler
English
Outros idiomas
- 8.863.30028.863.3002Declaration of conformity: 863 Compact Autosampler
English
Outros idiomas
- 8.864.30018.864.3001EU declaration of conformity 864 Robotic Balance Sample Processor
English
Outros idiomas
- 8.865.30028.865.3002Declaration of conformity for 865 Dosimat plus
English
Outros idiomas
- 8.865.80038.865.8003Release Notes for Dosimat plus, Prog. 0023
English
Outros idiomas
- 8.865.80048.865.8004Release Notes for Dosimat plus, Prog. 0024
English
Outros idiomas
- 8.867.30018.867.3001EU declaration of Conformity for 867 ph Module
English
Outros idiomas
- 8.869.30028.869.3002Declaration of conformity 869 Compact Sample Changer
English
- 8.870.30058.870.3005Declaration of conformity 870 KF Titrino plus
English
Outros idiomas
- 8.870.80028.870.8002Installation and tutorial 870 KF Titrino plus
Outros idiomas
- 8.870.80048.870.8004Installation and tutorial 870 KF Titrino plus
English
Outros idiomas
- 8.871.30018.871.3001Declaration of conformity 871 Advanced Bioscan
English
- 8.873.30028.873.3002Declaration of conformity 873 Biodiesel Rancimat software 1.1
English
- 8.873.30038.873.3003Declaration of conformity 873 Biodiesel Rancimat
English
Outros idiomas
- 8.873.80048.873.8004Supplement for 873 Biodiesel Rancimat, German/English
English
Outros idiomas
- 8.874.30048.874.3004Declaration of conformity 874 Oven Sample Processor
English
Outros idiomas
- 8.874.80038.874.8003Leaflet for 874 Oven Sample Processor, English/German
English
Outros idiomas
- 8.876.30028.876.3002Declaration of conformity 876 Dosimat plus
English
Outros idiomas
- 8.877.30058.877.3005EU declaration of conformity 877 Titrino plus
English
Outros idiomas
- 8.881.30028.881.3002Declaration of conformity for 881 Compact IC pro (English)
English
- 8.881.80118.881.8011Leaflet on 881 Combustion IC complete
MultiTek 230 V / 110 V
English
Outros idiomas
- 8.882.30028.882.3002Declaration of conformity 882 Compact IC plus
English
- 8.883.30018.883.3001EU declaration of Conformity 883 Basic IC plus
English
Outros idiomas
- 8.884.30038.884.3003EU declaration of conformity for 884 Professional VA
English
Outros idiomas
- 8.884.30048.884.3004Release Notes 884 Professional VA / 894 Professional CVS
English
- 8.884.30058.884.3005Release Notes 8X4 Professional VA/CVS
English
- 8.885.30018.885.3001EU declaration of conformity for 885 Compact Oven Sample Changer
English
Outros idiomas
- 8.885.80038.885.8003Relase Notes 885 Compact Oven SC, 5.885.0013
English
Outros idiomas
- 8.886.30018.886.3001Declaration of conformity for 886 Professional Thermostat - Reactor, English
English
- 8.887.30018.887.3001Declaration of Conformity 887 Professional UV/VIS Detector
English
- 8.888.30018.888.3001Declaration of conformity 888 Titrando
EU declaration of conformity / UK declaration of conformity 888 Titrando
English
Outros idiomas
- 8.888.80058.888.8005Release Notes for 5.888.0023 Titrando
English
Outros idiomas
- 8.889.30018.889.3001EU declaration of conformity for 889 IC Sample Center
English
Outros idiomas
- 8.889.80028.889.8002Health and Safety Form 889 IC Sample Center
English
- 8.889.80038.889.8003Leaflet on 889 IC Sample Center, English/German
English
Outros idiomas
- 8.890.30018.890.3001Declaration of conformity 890 Titrando
EU declaration of conformity / UK declaration of conformity 890 Titrando
English
Outros idiomas
- 8.890.50028.890.5002Brochure: 890 Titrando
With the 890 Titrando for Karl Fischer titration, Metrohm is opening up an attractive introduction into the world of Titrando for price-conscious customers. The instrument was designed for routine analysis in the titration laboratory and is addressed to all with limited budgets who expect a maximum in operating convenience, data management, automation and the traceability of analysis results.
Outros idiomas
- 8.891.30038.891.3003EU declaration of Conformity for 891 Analog Out
English
Outros idiomas
- 8.892.30018.892.3001EU declaration of conformity for 892 Professional Rancimat
English
Outros idiomas
- 8.893.30018.893.3001EU declaration of conformity for 893 Professional Biodiesel Rancimat
English
Outros idiomas
- 8.893.80028.893.8002Release Notes for 5.893.0012 for 892 Professional Rancimat, 893 Professional Biodiesel Rancimat and 895 Professional PVC Thermomat
English
Outros idiomas
- 8.893.80048.893.8004Release Notes for Rancimat 5.893.0014
English
Outros idiomas
- 8.893.80058.893.8005Release Notes Rancimat 5.893.0015
English
Outros idiomas
- 8.893.80068.893.8006Release Notes Rancimat 5.893.0017
English
Outros idiomas
- 8.894.30018.894.3001EU declaration of conformity for 894 Professional CVS
English
Outros idiomas
- 8.895.30018.895.3001EU declaration of conformity for 895 Professional PVC Thermomat
English
Outros idiomas
- 8.896.30018.896.3001Declaration of conformity for 896 Professional Detector
English
- 8.898.30038.898.3003EU declaration of conformity 898 XYZ Sample Changer
English
Outros idiomas
- 8.899.30018.899.3001EU declaration of conformity: 899 Coulometer
English
Outros idiomas
- 8.900.30028.900.3002Declaration of conformity for 900 Touch Control Software (5.900.0010)
English
- 8.900.30068.900.3006GAMP Certificate categorization for 900 Touch Control
English
Outros idiomas
- 8.900.30088.900.3008Declaration of conformity 900 Touch Control
English
Outros idiomas
- 8.900.30098.900.3009FDA Certificate for 5.900.0020 900 Touch Control
English
Outros idiomas
- 8.900.30108.900.3010FDA Certificate for 5.900.0030 900 Touch Control
English
Outros idiomas
- 8.900.30118.900.3011FDA Certificate for the 5.900.0031 900 Touch Control
English
Outros idiomas
- 8.900.30128.900.3012FDA Certificate for the 5.900.0032 900 Touch Control
English
Outros idiomas
- 8.900.30138.900.3013FDA Certificate for the 5.900.0040 900 Touch Control
English
- 8.900.30148.900.3014FDA Certificate 900 Touch Control 5.900.0041
English
- 8.900.30158.900.3015GAMP Certificate 900 Touch Control 5.900.0042
English
- 8.900.30168.900.3016FDA Certificate 900 Touch Control 5.900.0042
English
- 8.900.30178.900.3017FDA Certificate 900 Touch Control 5.900.0043
English
- 8.900.30188.900.3018GAMP Certificate 900 Touch Control 5.900.0043
English
- 8.900.30198.900.3019FDA Certificate 900 Touch Control 5.900.0044
English
- 8.900.30208.900.3020GAMP Certificate P 900 Touch Control 5.900.0044
English
- 8.900.30218.900.3021FDA Certificate 900 Touch Control 5.900.0045
English
- 8.900.30228.900.3022GAMP-Certificate 900 Touch Control 5.900.0045, EN
English
- 8.900.40038.900.4003System Assessment Report for 5.900.0020 900 Touch Control
English
Outros idiomas
- 8.900.40048.900.4004System Assessment Report for 5.900.0030 900 Touch Control
English
Outros idiomas
- 8.900.40058.900.4005System Assessment Report for the 5.900.0031 900 Touch Control
English
Outros idiomas
- 8.900.40068.900.4006System Assessment Report for the 900 5.900.0032 Touch Control
English
Outros idiomas
- 8.900.40078.900.4007Touch Control Compliance Guide
English
- 8.900.40088.900.4008System Assessment Report for the 5.900.0040 900 Touch Control
English
- 8.900.40098.900.4009System Assessment Report 900 Touch Control 5.900.0041
English
- 8.900.40108.900.4010System Assessment Report 900 Touch Control 5.900.0042
English
- 8.900.40118.900.4011System Assessment Report 900 Touch Control 5.900.0043
English
- 8.900.40128.900.4012System Assessment Report 900 Touch Control 5.900.0044
English
- 8.900.40138.900.4013System Assessment Report 900 Touch Control 5.900.0045, EN
English
- 8.900.80048.900.8004Release Notes 900 Touch Control 5.900.0010
English
- 8.900.80098.900.8009Release Notes 900 TC 5.900.0011
English
- 8.900.80108.900.8010Tutorial for 900 Touch Control
English
Outros idiomas
- 8.900.80128.900.8012Release Notes 900 Touch Control 5.900.1011ML, 915 KF Ti-Touch 5.915.1010ML, 916 Ti-Touch 5.916.1010ML
English
Outros idiomas
- 8.900.80148.900.8014Release Notes for 900 Touch Control 5.900.2011ML, 915 KF Ti-Touch 5.915.2010ML, 916 Ti-Touch 5.916.2010ML
English
Outros idiomas
- 8.900.80168.900.8016Release Notes for 5.9xx.0020 Touch
English
Outros idiomas
- 8.900.80178.900.8017Release Notes for 5.9xx.0030 Touch
English
Outros idiomas
- 8.900.80198.900.8019Release Notes for Touch Control 5.9xx.0031
English
Outros idiomas
- 8.900.80208.900.8020Release Notes for Touch 5.9xx.0031-1
English
Outros idiomas
- 8.900.80218.900.8021Release Notes for Touch 5.9xx.0032
English
Outros idiomas
- 8.900.80228.900.8022GAMP Certificate categorization for 900 Touch Control
English
- 8.900.80238.900.8023Release Notes for 900 Touch Control, 5.900.0040
English
- 8.900.80248.900.8024Release Notes 900 Touch Control 5.900.0041
English
Outros idiomas
- 8.900.80258.900.8025GAMP Certificate Categorisation 900 Touch Control 5.900.0041
English
- 8.900.80268.900.8026Release Notes for Audit Trail Viewer 1.2.1
English
Outros idiomas
- 8.900.80288.900.8028Release Notes 900 Touch Control 5.900.0042
English
Outros idiomas
- 8.900.80298.900.8029Release Notes Audit Trail Viewer 1.2.2
English
Outros idiomas
- 8.900.80308.900.8030Release Notes 900 Touch Control 5.900.0043
English
Outros idiomas
- 8.900.80318.900.8031Release Notes 900 Touch Control 5.900.0044
English
Outros idiomas
- 8.900.80328.900.8032Release Notes 900 Touch Control 5.900.0045
English
Outros idiomas
- 8.901.30018.901.3001Declaration of conformity 901 Titrando
EU declaration of conformity / UK declaration of conformity 901 Titrando
English
Outros idiomas
- 8.902.30018.902.3001Declaration of conformity 902 Titrando
EU declaration of conformity / UK declaration of conformity 902 Titrando
English
Outros idiomas
- 8.904.30018.904.3001Declaration of conformity 904 Titrando
EU declaration of conformity / UK declaration of conformity 904 Titrando
English
Outros idiomas
- 8.905.30018.905.3001Declaration of conformity 905 Titrando
EU declaration of conformity / UK declaration of conformity 905 Titrando
English
Outros idiomas
- 8.906.30018.906.3001Declaration of conformity 906 Titrando
EU declaration of conformity / UK declaration of conformity 906 Titrando
English
Outros idiomas
- 8.907.30018.907.3001Declaration of conformity 907 Titrando
EU declaration of conformity / UK declaration of conformity 907 Titrando
English
Outros idiomas
- 8.909.30038.909.3003EU declaration of Conformity for 909 UV Digester
English
Outros idiomas
- 8.912.30058.912.3005EU declaration of Conformity for 912 Conductometer
English
Outros idiomas
- 8.912.80028.912.8002Release Notes for 912 Conductometer | 913 pH Meter | 914 pH/Conductometer - 591xx012
English
Outros idiomas
- 8.912.80058.912.8005Release Notes for 912 Conductometer | 913 pH Meter | 914 pH/Conductometer - 591xx013
English
- 8.912.80068.912.8006Release Notes 91x pH-Conductometer 5.91x.0014
English
Outros idiomas
- 8.912.80078.912.8007Release Notes 91x pH-Conductometer 5.91x.0020, DE
English
Outros idiomas
- 8.913.30058.913.3005EU declaration of conformity for 913 pH Meter
English
Outros idiomas
- 8.913.30068.913.3006EU declaration of conformity 913 pH/DO Meter
English
Outros idiomas
- 8.914.30058.914.3005EU declaration of Conformity for 914 pH/Conductometer
English
Outros idiomas
- 8.914.30068.914.3006EU declaration of Conformity for 914 pH/DO/Conductometer
English
Outros idiomas
- 8.915.30048.915.3004Declaration of conformity for 915 KF Ti-Touch
English
Outros idiomas
- 8.915.30078.915.3007FDA Certificate for the 5.915.0040 915 KF Ti-Touch
English
- 8.915.30108.915.3010FDA Certificate 915 KF Ti-Touch 5.915.0041
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- 8.915.30118.915.3011GAMP Certificate 915 KF Ti-Touch 5.915.0042
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- 8.915.30128.915.3012FDA Certificate 915 KF Ti-Touch 5.915.0042
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- 8.915.30148.915.3014GAMP-Zertifikat 915 KF Ti-Touch 5.915.0043
- 8.915.30148.915.3014GAMP Certificate 915 KF Ti-Touch 5.915.0043
English
- 8.915.30158.915.3015FDA Certificate 915 KF Ti-Touch 5.915.0043
English
- 8.915.30168.915.3016GAMP Certificate 915 KF Ti-Touch 5.915.0044
English
- 8.915.30178.915.3017FDA Certificate 915 KF Ti-Touch 5.915.0044
English