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News (66)- AN-RS-028SERS Detection of Brilliant Blue
Brilliant Blue (BB) FCF, more commonly known as FD&C Blue #1, is the most commonly used blue dye worldwide for food and beverages. It is generally accepted as safe and non-toxic. Aside from foods labelled as organic or as free from artificial dyes, there is little objection to the use of BB at levels at or exceeding 100 μg/g in foods.This application for Misa (Metrohm Instant SERS Analyzer) is unique. The benefit is twofold — successful detection of a fluorescent dye, and a unique sample cleanup technique that permits detection of a target that does not exhibit a strong SERS signal and is present in a complex matrix. While Misa successfully detects BB in direct sampling, this application describes a simple extraction method that improves detectability of BB with Misa.
- AN-RS-029Trace Detection of Malathion on Corn
Malathion is an insecticide widely used on a broad spectrum of plant species. Several studies have implicated chronic exposure to malathion in the development of certain cancers. Maximum residue limits for malathion have been enacted by the regulatory agencies of several countries: the US Food and Drug Administration sets maximum residue limits at 8 μg/g in foods, while the EU has a considerably more stringent limit of 20 ng/g.SERS is an accepted method for detection of malathion on fruit and vegetable surfaces. Misa (Metrohm Instant SERS Analyzer), which requires minimal laboratory chemicals and consumables and provides an extremely user-friendly interface, is an excellent SERS solution for trace detection of food adulterants.
- AN-RS-030Trace Detection of Fenthion in Olive Oil
Fenthion is a multi-purpose insecticide used in many countries for mosquito control. To minimize human exposure and the unintentional poisoning of wildlife, the US EPA has classified fenthion as a restricted-use insecticide. However, the widespread spraying of olive orchards in Mediterranean countries results in olive oils that occasionally exceed the maximum residue limits established for olives.Misa (Metrohm Instant SERS Analyzer) easily achieves sensitive trace detection of fenthion in spiked olive oil after a simple organic solvent extraction. This Application Note presents an excellent example of how the signal from SERS substrates can compete with the target signal at very low levels of detection.
- AN-RS-031Simplified RMID Model Building
Material verification models with complex algorithms such as Principal Component Analysis (PCA), quasi-infinite parameters, and preprocessing options can be incredibly complex. Each model must be rigorously built, evaluated, and validated before it can be put into routine use. Mira P simplifies material verification for all. With a short, defined user workflow, straightforward results, and a foolproof Operating Procedure-based design, Mira P is already one of the simplest RMID tools available. ModelExpert, in Mira Cal P, does a chemometrician’s work. ModelExpert automatically determines the best model parameters for robust method development. With Mira P and ModelExpert, even non-technical users can achieve better results in a fraction of the time.
- AN-RS-032Raman and SERS identification of a combination prescribed opioid
Handheld Raman spectrometers are valued for their ability to provide onsite material identification in seconds. In the case of combination pharmaceuticals, a single tablet contains more than one active ingredient in different proportions. MIRA DS is uniquely capable of identifying multiple compounds in such tablets by using Raman to identify the major component and SERS (surface-enhanced Raman spectroscopy) for the minor component. This application describes quick, dual analysis of a prescription medication containing acetaminophen and hydrocodone. The application is easily extrapolated to the study of street drugs.
- AN-RS-033Raman and SERS identification of YABA, a popular street drug
Yaba, produced in Southeast Asia, is a popular drug of abuse and is actively targeted by police squads. Two strong and highly addictive stimulants make up Yaba: caffeine, which comprises up to 60% of each tablet, and methamphetamine at approximately 20%. Identifying these two active ingredients in different proportions in a colorful tablet with other excipients could be an analytical nightmare. With handheld Raman, bulk material identification is achieved in seconds onsite with simple point-and-shoot analysis. SERS (surface-enhanced Raman spectroscopy) analysis is used to detect the minor component in mixtures without interference from fillers, dyes, and coatings. MIRA DS is uniquely capable of both analyses—Raman testing positively identifies caffeine in Yaba, while methamphetamine can be detected with SERS sampling. This application describes quick, dual analysis of Yaba tablets with MIRA DS.
- AN-RS-034Orbital Raster Scan (ORS™)
This application note presents the Orbital Raster Scan (ORS) technology from Metrohm Raman to overcome low resolution, poor sensitivity, and sample degradation while still interrogating a large sample area.
- AN-RS-035Fentanyl in the Mail
Raman analysis of fentanyl-soaked paper, SERS detection range for fentanyl on paper, and real-world example of fentanyl identification.
- AN-RS-036Trace Detection of Toxic Dye in Saffron
SERS (Surface-Enhanced Raman Scattering) detection of a toxic dye (Sudan 1) used to adulterate saffron demonstrates the power of MISA (Metrohm Instant SERS Analyzer) for simple, portable food authentication in this Application Note.
- AN-RS-037A Deeper Look at 785 nm Raman
Signal-to-noise ratio, spectrograph design, resolution of MIRA handheld Raman analyzers.
- AN-RS-038Detection of LSD on blotter paper
With MISA and MIRA, easy-to-use test kits and flexible sampling allow rapid and accurate interrogation of suspect materials with minimal time, training, and expense.
- AN-RS-039Trace Detection of Acetamiprid on Raisins
In this Application Note, MISA (Metrohm Instant SERS Analyzer) from Metrohm Raman excels in the detection of the pesticide acetamiprid on commercially sold raisins. MISA is a viable alternative to analytical laboratory testing in the quest to prevent contaminated foods from reaching and harming consumers.
- AN-RS-040Trace Detection of DMT in Plant Matter
Modern recreational use of DMT (N,N-Dimethyltryptamine) is growing and although it is legally protected in some countries, new legislation attempts to reduce its abuse and associated adverse health effects. MIRA XTR DS from Metrohm Raman provides rapid and sensitive detection of DMT in the field.
- AN-RS-041Discriminating counterfeit beer with Raman spectroscopy and PCA
Currently, there are no simple tests to identify counterfeit beer. This Application Note demonstrates the ability of i-Raman EX, the B&W Tek Laboratory Raman instrument with a 1064 nm laser, with principal component analysis (PCA) to distinguish between beers from different brewers and from a mixture of beers.
- AN-RS-042Revealing battery secrets with EC-Raman solutions
Electrochemical Raman (EC-Raman) spectroscopy enhances comprehension of energy storage devices by tracking physicochemical changes. This note details EC-Raman findings during nickel-metal hydride (NiMH) battery charge and discharge simulations.
- AN-RS-044Optimize raw material identification and verification (RMID) with MIRA P
This Application Note explains how to scale MIRA P usage across an entire manufacturing operation by transferring models between different MIRA P instruments.
- AN-RS-045Transition RMID Operations Between Handheld Raman Devices
This application shows how to seamlessly transition from Metrohm’s NanoRam 785 to the newer MIRA P system, ensuring continuity in raw material identification (RMID).
- AN-RS-046Through-container analysis with Raman spectroscopy
TacticID-1064 ST is a handheld Raman device that can identify materials through paper, plastic, glass, and multilayer packaging, reducing exposure risks and eliminating the need to open containers.
- AN-RS-047Rapid phenotypic identification of microorganisms with Raman
Raman spectroscopy offers a fast, nondestructive way to identify microorganisms and analyze metabolites directly from culture media, without complex genetic sequencing.
- AN-RS-048Phosphates speciation with Raman spectroscopy
Metrohm’s MIRA XTR handheld Raman spectrometer enables fast, reagent-free identification of phosphate species, enabling continuous monitoring of dynamic systems.
- AN-RS-049Determining phosphate concentration with Raman spectroscopy
Raman spectroscopy with PLS modeling enables rapid, accurate, nondestructive quantification of the total phosphate content in solution with minimal sample preparation.
- AN-RS-050Trace detection of mercaptans in fuel
Mercaptans in fuels are corrosive and regulated at trace levels. SERS enhances Raman signals to enable their accurate detection and quantification below standard LODs.
- AN-RS-051Rapid detection of illegal adulterants in dietary supplements with Raman
Undeclared drugs in dietary supplements pose serious health risks. Metrohm’s SERS solutions enable fast, sensitive, on-site detection of adulterants without matrix interference
- AN-RS-052Assessment of chocolate with Raman spectroscopy
Raman spectroscopy is suitable for rapid, nondestructive measurements of chocolate quality indicators (e.g., cocoa and sugar content) in various chocolate types.
- AN-RS-053Estimation of amine value in epoxies with Raman spectroscopy
Compared to potentiometric titration, Raman spectroscopy is a rapid, accurate, and reliable secondary method for estimating the amine value (AV) of epoxy hardeners.
- AN-RS-054Monitoring phosphate reactions in real time with Raman spectroscopy
Raman spectroscopy is a fast alternative method to detect phosphate and sulfate species in solution for optimized phosphorus fertilizer production and improved product quality.
- AN-RS-055Low-frequency Raman spectroscopy
Low frequency Raman spectroscopy extends conventional Raman analysis by capturing vibrational modes down to 65 cm-1, enabling deeper insights into molecular structure, protein characterization, polymorph identification, and phase changes.
- AN-RS-056Quantification of methanol in contaminated spirits
Raman spectroscopy is ideally suited to rapidly screen for methanol contamination in spirits.
- AN-S-003AN-S-003Fluoride, chloride, nitrate, and sulfate in drinking water
Determination of the anions in potable water using anion chromatography with conductivity detection after chemical suppression.
- AN-S-005AN-S-005Six anions in cooling water
Determination of fluoride, chloride, nitrite, nitrate, phosphate, and sulfate in cooling water using anion chromatography with conductivity detection after chemical suppression.
- AN-S-006AN-S-006Hypophosphite, phosphate, and organic acids in ethylene glycol
Determination of hypophosphite, formate, phosphate, adipate, p-nitrobenzoate, and sebacate in ethylene glycol using anion chromatography with conductivity detection after chemical suppression.
- AN-S-007AN-S-007Chloride, nitrate, phosphate, and sulfate in wastewater
Determination of chloride, nitrate, phosphate, and sulfate in wastewater using anion chromatography with conductivity detection after chemical suppression.
- AN-S-008AN-S-008Six standard anions in surface water
Determination of fluoride, chloride, nitrite, bromide, nitrate, and sulfate in surface water using anion chromatography with conductivity detection after chemical suppression.
- AN-S-009AN-S-009Six standard anions in soil eluate
Determination of fluoride, chloride, nitrite, nitrate, and sulfate in soil eluates using anion chromatography with conductivity detection after chemical suppression.
- AN-S-011AN-S-011Phosphate and tetrafluoroborate in 2% hydrofluoric acid
Determination of phosphate and tetrafluoroborate in 2% HF using anion chromatography with conductivity detection after chemical suppression.
- AN-S-015AN-S-015Chlorite and chlorate in tap water
Determination of chlorite and chlorate in tap water using anion chromatography with conductivity detection after chemical suppression.
- AN-S-017AN-S-017Chloride, bromide, and sulfate in seawater
Determination of chloride, bromide, and sulfate in synthetic seawater using anion chromatography with conductivity detection after chemical suppression.
- AN-S-019AN-S-019Determination of chloride, sulfate, oxalate, and fumarate
Determination of chloride, sulfate, oxalate, and fumarate using anion chromatography with conductivity detection after chemical suppression.
- AN-S-020AN-S-020Nitrite and nitrate in wastewater
Determination of nitrite and nitrate in wastewater using anion chromatography with conductivity detection after chemical suppression.
- AN-S-022AN-S-022Chloride, sulfite, and sulfate in a surfactant solution
Determination of chloride, sulfite, and sulfate in a surfactant solution using anion chromatography with conductivity detection after chemical suppression.
- AN-S-023AN-S-023Phosphate and sulfate in a cleaning solution
Determination of phosphate and sulfate in a cleaning solution using anion chromatography with conductivity detection after chemical suppression.
- AN-S-024AN-S-024Fluoride, chloride, and nitrate in an acidic nickel/zinc bath
Determination of fluoride, chloride, and nitrate in a solution of NiSO4, ZnSO4 in sulfuric acid using anion chromatography with conductivity detection after chemical suppression.
- AN-S-025AN-S-025Chloride, bromide, phosphate, and sulfate in an ashed baking additive
Determination of chloride, bromide, phosphate, and sulfate in an ashed baking additive using anion chromatography with conductivity detection after chemical suppression.
- AN-S-026AN-S-026Speciation of phosphate and phosphite
Separation of fluoride, chloride, nitrite, bromide, nitrate, phosphate, phosphite, sulfate, and tetrafluoroborate using anion chromatography with conductivity detection after chemical suppression.
- AN-S-028AN-S-028ppb levels of anions
Determination of 1 (3) µg/L of chloride, nitrite, bromide, nitrate, phosphate, and sulfate after direct injection using anion chromatography with conductivity detection after chemical suppression.
- AN-S-029AN-S-029Anions in an etching reagent
Determination of fluoride, nitrate, phosphate, and sulfate in an etching reagent using anion chromatography with conductivity detection after chemical suppression.
- AN-S-032AN-S-032ppt analysis (ng/L) in ion chromatography
Determination of chloride, nitrate, and sulfate in ultrapure water after sample preconcentration using anion chromatography with conductivity detection after chemical suppression.
- AN-S-033AN-S-033Five anions in surface water (nitrite with ELCD)
Determination of fluoride, chloride, nitrate, phosphate, and sulfate in surface water using anion chromatography with conductivity detection after chemical suppression; nitrite with electrochemical detection (conductivity and ELCD detectors in series).
- AN-S-035AN-S-035Sulfate in industrial wastewater after digestion
Determination of sulfate in wastewater after nitric acid combustion using anion chromatography with conductivity detection after chemical suppression.
- AN-S-036AN-S-036The use of the MSM in the determination of NTA, EDTA, and DTPA in water samples
Determination of NTA, EDTA, and DTPA in surface water and wastewater using ion pair chromatography with UV-detection after post-column reaction with the MSM.
- AN-S-038AN-S-038Anions in wastewater with a high organic load using dialysis for sample preparation
Determination of bromide, nitrate, and phosphate in wastewater using anion chromatography with conductivity detection after chemical suppression and dialysis for sample preparation.
- AN-S-039AN-S-039Bromide and phosphate in waste dump drainage water using dialysis for sample preparation
Determination of bromide and phosphate in waste dump drainage water in the presence of very high concentrations of other ions and organic substances using anion chromatography with conductivity detection after chemical suppression and dialysis for sample preparation.
- AN-S-040AN-S-040Five anions in cutting oil emulsions using dialysis for sample preparation
Determination of chloride, nitrite, nitrate, phosphate, and sulfate in cutting oil emulsion using anion chromatography with conductivity detection after chemical suppression and dialysis for sample preparation.
- AN-S-041AN-S-041Sulfate in diesel engine coolant using dialysis for sample preparation
Determination of sulfate in diesel engine coolant using anion chromatography with conductivity detection after chemical suppression and dialysis for sample preparation.
- AN-S-047AN-S-047Bromide and sulfate in a pharmaceutical product
Determination of bromide and sulfate using anion chromatography with conductivity detection after chemical suppression.
- AN-S-048AN-S-048Traces of chloride in a technical product containing benzotriazole and sulfuric acid
Determination of traces of chloride in a technical product using anion chromatography with conductivity detection after chemical suppression.
- AN-S-050AN-S-050Chloride, nitrate, and sulfate in methanol
Determination of chloride, nitrate, and sulfate in methanol using anion chromatography with conductivity detection after chemical suppression.
- AN-S-051AN-S-051Chloride, sulfate, chromate, and sulfonic acids in a chromium plating bath
Determination of chloride, sulfate, chromate, methanesulfonic acid (MSA), methanedisulfonic acid (MDSA), and ethanedisulfonic acid (EDSA) in a chromium plating bath using anion chromatography with conductivity detection after chemical suppression.
- AN-S-052AN-S-052Anions in rainwater
Determination of fluoride, chloride, nitrite, nitrate, and sulfate in rainwater using anion chromatography with conductivity detection after chemical suppression.
- AN-S-053AN-S-053Four anions in boric acid
Determination of fluoride, chloride, phosphate, and sulfate in boric acid using anion chromatography with conductivity detection after chemical suppression.
- AN-S-055AN-S-055Reproducibility of 18 injections in the ppb range on the Metrohm IC system using the MSM
Reproducibility of fluoride, chloride, nitrite, bromide, nitrate, and sulfate in the ppb range using anion chromatography with conductivity detection after chemical suppression.
- AN-S-057AN-S-057Acetate and benzoate in the presence of the standard anions
Determination of acetate, chloride, nitrite, nitrate, benzoate, phosphate, and sulfate using anion chromatography with conductivity detection after chemical suppression.
- AN-S-058AN-S-058Iodide in the presence of the standard anions in a leach solution
Determination of fluoride, chloride, bromide, nitrate, sulfate, and iodide in rock leachant using anion chromatography with conductivity detection after chemical suppression.
- AN-S-059AN-S-059Acetate, chloride, phosphate, and succinate in an infusion solution
Determination of acetate, chloride, phosphate, and succinate in an infusion solution using anion chromatography with conductivity detection after chemical suppression.
- AN-S-061AN-S-061Anions in ink using dialysis for sample preparation
Determination of chloride, sulfate, maleate, oxalate, and fumarate in ink using anion chromatography with conductivity detection after chemical suppression and dialysis for sample preparation.
- AN-S-062AN-S-062Fluoride, chloride, bromide, and sulfate in bath salts (sea salt)
Determination of fluoride, chloride, bromide, and sulfate in bath salts (sea salt) using anion chromatography with conductivity detection after chemical suppression.
- AN-S-063AN-S-063Phosphate and phosphite in poly(vinylphosphonic acid) using dialysis for sample preparation
Determination of phosphate and phosphite in poly(phosphonic acid) using anion chromatography with conductivity detection after chemical suppression and dialysis for sample preparation.
- AN-S-064AN-S-064Glycolate, acetate, and chloride in monochloroacetic acid
Determination of glycolate, acetate, and chloride in monochloroacetic acid (MCA) using anion chromatography with conductivity detection after chemical suppression.
- AN-S-065AN-S-065Chloride and sulfate in dust
Determination of chloride and sulfate in dust using anion chromatography with conductivity detection after chemical suppression.Sample:dust sampleSample preparation:0.1 g of dust dissolved in 100 mL c(HNO3) = 0.02 mol/L 0.45 µm filtration
- AN-S-066AN-S-066Trace anions in boric acid after preconcentration
Determination of fluoride, chloride, nitrate, phosphate, and sulfate in boric acid with sample preconcentration using anion chromatography with conductivity detection after chemical suppression.
- AN-S-068AN-S-068Traces of anions in 15% NaOH after inline sample neutralization using the MSM
Determination of traces of fluoride, chloride, nitrate, phosphate, and sulfate in 15% NaOH using anion chromatography with conductivity detection after chemical suppression and inline sample neutralization.
- AN-S-069AN-S-069Chloride, bromide, and sulfate in wastewater (photographic industry)
Determination of chloride, bromide, and sulfate in photographic process wastewater using anion chromatography with conductivity detection after chemical suppression.
- AN-S-070AN-S-070Trace anions in wastewater (photographic industry) using amperometric detection
Determination of iodide and thiosulfate in photographic process wastewater using anion chromatography with amperometric detection at the carbon paste electrode after chemical suppression.
- AN-S-071AN-S-071Traces of chlorite and nitrite using amperometric detection
Determination of chlorite and nitrite using anion chromatography with amperometric detection at the carbon paste electrode after chemical suppression.
- AN-S-072AN-S-072Acetate, propionate, and formate in the presence of chloride in water
Determination of acetate, propionate, formate, and chloride in water using anion chromatography with conductivity detection after chemical suppression.
- AN-S-073AN-S-073Determination of three anions in seawater
Determination of chloride, bromide, and sulfate in seawater using anion chromatography with conductivity detection after chemical suppression.
- AN-S-074AN-S-074Traces of chloride, chlorate, and sulfate in soda lye (50% NaOH)
Determination of chloride, chlorate, and sulfate in soda lye (NaOH 50%) after inline neutralization using anion chromatography with conductivity detection after chemical suppression.
- AN-S-075AN-S-075Four anions in glutamine monofluorophosphate
Determination of fluoride, chloride, phosphate, and monofluorophosphate in glutamine monofluorophosphate using anion chromatography with conductivity detection after chemical suppression.
- AN-S-076AN-S-076Six anions in wastewater
Determination of fluoride, chloride, nitrate, sulfite, phosphate, and sulfate in wastewater using anion chromatography with conductivity detection after chemical suppression.
- AN-S-077AN-S-077Traces of iodide in common salt using amperometric detection
Determination of iodide in common salt using anion chromatography with amperometric detection at the silver electrode.
- AN-S-079AN-S-079Four anions in corrosion powder
Determination of fluoride, chloride, nitrate, and sulfate in corrosion powder using anion chromatography with conductivity detection after chemical suppression.
- AN-S-081AN-S-081Acetate, chloride, nitrate, and sulfate in aluminum oxide
Determination of acetate, chloride, nitrate, and sulfate in aluminum oxide using anion chromatography with conductivity detection after chemical suppression.
- AN-S-084AN-S-084Chloride, phosphate, phosphite, and sulfate in a dye solution
Determination of chloride, phosphate, phosphite, and sulfate in a dye solution using anion chromatography with conductivity detection after chemical suppression.
- AN-S-085AN-S-085Bromide in sodium chloride
Determination of bromide in NaCl crystals using anion chromatography with conductivity detection after chemical suppression.
- AN-S-086AN-S-086Five anions in mineral extracts
Determination of fluoride, chloride, bromide, sulfate, and iodide in mineral extracts using anion chromatography with conductivity detection after chemical suppression.
- AN-S-088AN-S-088Acetate, monochloroacetate, and dichloroacetate in a standard solution
Determination of acetate, monochloroacetate, and dichloroacetate using anion chromatography with conductivity detection after chemical suppression.
- AN-S-089AN-S-089Acetate and dichloroacetate in monochloroacetic acid
Determination of acetate and dichloroacetate in chloroacetic acid using anion chromatography with conductivity detection after chemical suppression.
- AN-S-090AN-S-090Four anions in a protein formulation using dialysis for sample preparation
Determination of chloride, nitrate, phosphate, and sulfate in a protein formulation using anion chromatography with conductivity detection after chemical suppression and dialysis for sample preparation.
- AN-S-091AN-S-091Gluconate, fluoride, chloride, nitrate, and salicylate in a standard solution
Determination of gluconate, fluoride, formate, chloride, nitrate, and salicylate using anion chromatography with conductivity detection after chemical suppression.
- AN-S-093AN-S-093Nitrate, phosphate, sulfate, and chromate in a cataphoretic paint bath
Determination of nitrate, phosphate, sulfate, and chromate in a cataphoretic paint bath using anion chromatography with conductivity detection after chemical suppression.
- AN-S-095AN-S-095Determination of sulfite in ginger powder using dialysis for sample preparation
Determination of sulfite in ginger powder using anion chromatography with conductivity detection after chemical suppression and dialysis for sample preparation.
- AN-S-099AN-S-099Traces of bromide and sulfate in brine
Determination of bromide and sulfate in brine (300 g/L NaCl) using anion chromatography with conductivity detection after chemical suppression.
- AN-S-100AN-S-100Nine anions in colored liquors
Determination of fluoride, chloride, nitrite, bromide, nitrate, phosphate, sulfite, sulfate, and thiosulfate in colored liquors using anion chromatography with conductivity detection after chemical suppression.
- AN-S-101AN-S-101Chloride and sulfate in potassium tetraborate
Determination of chloride and sulfate in potassium tetraborate (KB4O7 * 4 H2O) using anion chromatography with conductivity detection after chemical suppression.
- AN-S-102AN-S-102Fluoride, sulfate, iodide, and molybdate in mineral tablets
Determination of fluoride, sulfate, iodide, and molybdate in mineral tablets using anion chromatography with conductivity detection after chemical suppression.
- AN-S-103AN-S-103Five anions in water for infusion solutions
Determination of chloride, nitrite, bromide, nitrate, and sulfate in water for infusion solution production using anion chromatography with conductivity detection after chemical suppression.
- AN-S-104AN-S-104Nitrate and sulfate in sodium phosphinate (sodium hypophosphite)
Determination of nitrate and sulfate in sodium phosphinate (sodium hypophosphite) using anion chromatography with conductivity detection after chemical suppression.
- AN-S-105AN-S-105Traces of chlorite and bromate in tap water without preconcentration
Determination of traces of chlorite and bromate in Herisau tap water with direct injection using anion chromatography with conductivity detection after chemical suppression.
- AN-S-106AN-S-106Four anions in process wastewater using the column Metrosep A Supp 1 - 250/4.6
Determination of chloride, nitrate, bromide, and sulfate in process wastewater using anion chromatography with conductivity detection after chemical suppression.
- AN-S-107AN-S-107Five anions in wastewater using the column Metrosep A Supp 3 - 250/4.6
Determination of fluoride, chloride, nitrate, phosphate, and sulfate in wastewater using anion chromatography with conductivity detection after chemical suppression.
- AN-S-108AN-S-108Five anions in an electroplating bath after inline elimination of heavy metals
Determination of chloride, nitrite, nitrate, phosphate, and sulfate in an electroplating bath after inline elimination of heavy metals by cation exchange on the 793 IC Sample Prep Module using anion chromatography with conductivity detection after chemical suppression.
- AN-S-109AN-S-109Six anions in Schoeniger absorption solution using the column Metrosep A Supp 5 - 150/4.0
Determination of chloride, nitrite, bromide, nitrate, phosphate, and sulfate in Schoeniger absorption solution using anion chromatography with conductivity detection after chemical suppression.
- AN-S-112AN-S-112Five organic acids in fruit juice using chemical suppression after ion-exclusion separation
Determination of citrate, malate, succinate, lactate, and acetate using ion-exclusion chromatography with conductivity detection after chemical suppression.
- AN-S-114AN-S-114Sulfate in methanesulfonic acid
Determination of sulfate in methansulfonic acid (70%) using anion chromatography with conductivity detection after chemical suppression.
- AN-S-116AN-S-116Borate, chloride, and sulfate in a single run applying a step gradient
Determination of borate and chloride with direct conductivity detection (exhausted MSM). After the introduction of the fresh MSM unit and after the eluent change, sulfate is analyzed with conductivity detection after chemical suppression.
- AN-S-117AN-S-117Chloride, nitrate, and sulfate in sodium thiocyanate
Determination of chloride, nitrate, and sulfate in sodium thiocyanate using anion chromatography with conductivity detection after chemical suppression.
- AN-S-118AN-S-118Formate, acetate, chloride, benzoate, and oxalate in phenolic extracts
Determination of formate, acetate, chloride, benzoate, and oxalate in phenolic extracts using anion chromatography with conductivity detection after chemical suppression.
- AN-S-119AN-S-119Acetate, chloride, sulfate, and citrate in a pharmaceutical product
Determination of acetate, chloride, sulfate, and citrate in a pharmaceutical product using anion chromatography with conductivity detection after chemical suppression and dialysis for sample preparation.
- AN-S-120AN-S-120Fluoride, chloride, phosphate, monofluorophosphate, and sulfate in toothpaste
Determination of fluoride, chloride, phosphate, monofluorophosphate, and sulfate in toothpaste using anion chromatography with conductivity detection after chemical suppression.
- AN-S-121AN-S-121Fluoride, glycolate, monochloroacetate, and chloride in a surfactant solution
Determination of fluoride, glycolate, monochloroacetate, and chloride in a surfactant solution using anion chromatography with conductivity detection after chemical suppression and dialysis for sample preparation.
- AN-S-122AN-S-122Fluoride, glycolate, chloride, and oxalate in a latex dispersion
Determination of fluoride, glycolate, chloride, and oxalate in a latex dispersion using anion chromatography with conductivity detection after chemical suppression and dialysis for sample preparation.
- AN-S-123AN-S-123Five anions in meat extracts
Determination of chloride, nitrite, nitrate, phosphate, and sulfate in a meat extract (Na2B4O7) after Carrez clearing using anion chromatography with conductivity detection after chemical suppression.
- AN-S-124AN-S-124Chlorite, chloride, sulfite, and oxalate in beer
Determination of chlorite, chloride, sulfite, and oxalate in beer using anion chromatography with conductivity detection after chemical suppression.
- AN-S-125AN-S-125Determination of complexing agents
Determination of NTA, HEDP, and ATMP using anion chromatography with conductivity detection after chemical suppression.
- AN-S-126AN-S-126Five anions in NaOH after inline neutralization
Determination of chloride, bromide, nitrate, phosphate, and sulfate in 20% NaOH after inline neutralization by cation exchange on the 793 IC Sample Prep Module using anion chromatography with conductivity detection after chemical suppression.
- AN-S-127AN-S-127Five anions in human urine
Determination of chloride, nitrate, phosphate, sulfate, and oxalate in human urine using anion chromatography with conductivity detection after chemical suppression and dialysis for sample preparation.
- AN-S-128AN-S-128Chlorate, nitrate, and perchlorate in firecracker powder
Determination of chlorate, nitrate, and perchlorate in firecracker powder using anion chromatography with conductivity detection after chemical suppression.
- AN-S-129AN-S-129Total phosphate in wastewater after digestion with peroxodisulfate
Determination of total phosphate in wastewater after digestion with peroxodisulfate using anion chromatography with conductivity detection after chemical suppression.
- AN-S-130AN-S-130Six anions in PVC
Determination of fluoride, chloride, nitrite, nitrate, benzoate, and sulfate in PVC film using anion chromatography with conductivity detection after chemical suppression.
- AN-S-131AN-S-131Determination of lactate, acetate, chloride, methylsulfate, bromide, and sulfate
Determination of lactate, acetate, chloride, methylsulfate, bromide, and sulfate using anion chromatography with conductivity detection after chemical suppression.
- AN-S-133AN-S-133Four anions in wastewater after inline removal of excess chloride
Determination of nitrite, nitrate, sulfite, and sulfate in wastewater containing high levels of chloride using anion chromatography with conductivity detection after chemical suppression and after inline chloride removal.
- AN-S-134AN-S-134Trace anions in the presence of 1 g/L of chloride
Determination of bromide, sulfate, and iodide in 1 g/L sodium chloride using anion chromatography with conductivity detection after chemical suppression.
- AN-S-135AN-S-135Eight anions in river water
Determination of fluoride, chloride, nitrite, bromide, nitrate, phosphate, sulfite, and sulfate in river water using anion chromatography with conductivity detection after chemical suppression.
- AN-S-136AN-S-136Adipic and phthalic acid in a digestion solution
Determination of adipic acid and phthalic acid in an alkaline ester digestion solution using anion chromatography with conductivity detection after chemical suppression.
- AN-S-137AN-S-137Fluoride in adipic acid
Determination of fluoride in adipic acid using anion chromatography with conductivity detection after chemical suppression.
- AN-S-138AN-S-138Polyphosphates in the presence of standard anions
Determination of pyro-, trimeta-, and tripolyphosphate in the presence of fluoride, chloride, nitrite, bromide, nitrate, phosphate, and sulfate using anion chromatography with a high pressure gradient and conductivity detection after chemical suppression.
- AN-S-139AN-S-139Sulfite, oxalate, thiosulfate, and thiocyanate in the presence of standard anions
Determination of sulfite, oxalate, thiosulfate, and thiocyanate in the presence of fluoride, chloride, nitrite, bromide, nitrate, phosphate, and sulfate using anion chromatography with a high pressure gradient and conductivity detection after chemical suppression.
- AN-S-140AN-S-140Iodide, thiosulfate, and thiocyanate in the presence of standard anions
Determination of iodide, thiosulfate, and thiocyanate in the presence of fluoride, chloride, nitrite, bromide, nitrate, phosphate, and sulfate using anion chromatography with a high-pressure gradient and conductivity detection after chemical suppression.
- AN-S-141AN-S-141Chloride, nitrate, phosphate, sulfate, and citrate in beverages
Determination of chloride, nitrate, phosphate, sulfate, and citrate in beverages using anion chromatography with a high-pressure gradient and conductivity detection after chemical suppression.
- AN-S-142AN-S-142Silicate, sulfate, and phosphate in a clay extract
Determination of silicate, sulfate, and phosphate in a clay extract using anion chromatography with conductivity detection before and after chemical suppression. Using a step gradient and switching valve to work with or without chemical suppression.
- AN-S-143AN-S-143Glycerophosphates in amino acids
Determination of α-glycerophosphate and β-glycerophosphate in amino acids using anion chromatography with conductivity detection after chemical suppression.
- AN-S-144AN-S-144Heat stable salts in a scrubber solution
Determination of chloride, bromide, nitrate, sulfite, sulfate, phosphate, oxalate, thiosulfate, and thiocyanate (heat stable salts) in scrubber solutions using anion chromatography with conductivity detection after chemical suppression.
- AN-S-145AN-S-145Chloride and sulfate in hypophosphoric acid
Determination of chloride and sulfate in hypophosphoric acid using anion chromatography with conductivity detection after chemical suppression.
- AN-S-146AN-S-146Chloride and sulfate in succinic acid
Determination of chloride and sulfate in succinic acid using anion chromatography with conductivity detection after chemical suppression.
- AN-S-147AN-S-147Ten anions in an extract of explosives
Determination of chloride, nitrite, cyanate, azide, nitrate, chlorate, sulfate, thiocyanate, thiosulfate, and perchlorate in an extract of explosives using anion chromatography with conductivity detection after chemical suppression.
- AN-S-148AN-S-148Anions in tetrasodium pyrophosphate
Determination of fluoride, chloride, nitrate, phosphate, sulfate, trimetaphosphate, and tripolyphosphate in tetrasodium pyrophosphate using anion chromatography with a high pressure gradient and conductivity detection after chemical suppression.
- AN-S-149AN-S-149Anions in tripolyphosphate
Determination of chloride, nitrite, nitrate, phosphate, sulfate, trimeta-, and pyrophosphate in tripolyphosphate using anion chromatography with a high pressure gradient and conductivity detection after chemical suppression.
- AN-S-150AN-S-150Orthophosphate, pyrophosphate, and trimetaphosphate in sodium tripolyphosphate (isocratic)
Determination of o-phosphate, pyrophosphate, and trimetaphosphate in sodium tripolyphosphate using anion chromatography with conductivity detection and chemical suppression.
- AN-S-151AN-S-151Anions in a cleaning solution
Determination of bromoacetate, methanesulfonate, chloride, phosphate, and sulfate in an acidic cleaning solution using anion chromatography with conductivity detection and chemical suppression.
- AN-S-152AN-S-1522-Fluorobenzoate in water deposits
Determination of 2-fluorobenzoate in a water deposit from the oil production industry using anion chromatography with conductivity detection and chemical suppression.
- AN-S-153AN-S-153Chloride in 65% nitric acid using column switching
Determination of chloride in concentrated nitric acid using anion chromatography with conductivity detection and chemical suppression.
- AN-S-154AN-S-154Eleven anions with high pressure gradient elution
Determination of fluoride, chloride, nitrite, bromide, nitrate, phosphate, sulfate, oxalate, thiosulfate, iodide, and citrate in a standard solution using anion chromatography with a high pressure gradient and conductivity detection after chemical suppression.
- AN-S-155AN-S-155Sulfite, oxalate, and thiosulfate in the presence of standard anions in process water of the paper industry
Determination of chloride, bromide, nitrate, sulfite, sulfate, oxalate, and thiosulfate in a process water of the paper industry using anion chromatography with conductivity detection after chemical suppression.
- AN-S-156AN-S-156Chloride, nitrite, nitrate, and sulfate in cooling lubricants (conductivity and UV detection)
Determination of chloride, nitrite, nitrate, and sulfate in cooling lubricants using anion chromatography with conductivity and UV detection (230 nm) after chemical suppression and inline sample preparation by dialysis.
- AN-S-157AN-S-157Trace anions in boiler feed water containing 10 mg/L ammonia
Determination of traces of fluoride, chloride, bromide, nitrate, and sulfate in a boiler feed water containing 10 mg/L ammonia using anion chromatography with conductivity detection after chemical suppression and inline sample preparation by cation exchange.
- AN-S-158AN-S-158Five anions in the presence of 2 g/L nitrate in an ion exchanger eluate
Determination of traces of fluoride, acetate, formate, chloride, and sulfate in an ion exchanger eluate containing 2 g/L nitrate using anion chromatography with a step gradient and conductivity detection after chemical suppression.
- AN-S-159AN-S-159Arsenic and selenium speciation using «High-Low» Detection
Determination of arsenite, arsenate, selenite, selenate, chloride, and sulfate using anion chromatography with a combination of suppressed and non-suppressed conductivity detection.
- AN-S-160AN-S-160Hexafluorophosphate in ionic liquid
Determination of hexafluorophosphate in an ionic liquid BMIHFP (1-butyl-3-methylimidazolium hexafluorophosphate, >97%) using anion chromatography with conductivity detection after chemical suppression.
- AN-S-161AN-S-161Detection limits of bromate in drinking water
Determination of the method detection limit (MDL) and method quantification limit (MQL) of bromate in drinking water using anion chromatography with conductivity detection after chemical suppression.
- AN-S-162AN-S-162Iodide in milk powder
Determination of iodide in milk powder using anion chromatography with conductivity detection after chemical suppression and inline sample preparation by dialysis.
- AN-S-163AN-S-163Acetate, chloride, and sulfate in mayonnaise
Determination of acetate, chloride, and sulfate in mayonnaise using anion chromatography with conductivity detection after chemical suppression and inline sample preparation by dialysis.
- AN-S-164AN-S-164Five anions in orange juice
Determination of lactate, formate, chloride, phosphate, and sulfate in orange juice using anion chromatography with conductivity detection after chemical suppression and inline sample preparation by dialysis.
- AN-S-165AN-S-165Hypophosphite, phosphite, tartrate, tungstate, phosphate, citrate, and pyrophosphate in an electroplating bath
Determination of hypophosphite, phosphite, tartrate, tungstate, phosphate, citrate, and pyrophosphate in an electroplating bath using anion chromatography with a high pressure gradient and conductivity detection after chemical suppression.
- AN-S-168AN-S-168Bromate in mineral water
Determination of bromate in mineral water using anion chromatography with conductivity detection after chemical suppression.
- AN-S-171AN-S-171Citrate and polyphosphates in a food additive
Determination of citrate, dipolyphosphate, and tripolyphosphate in a food additive using anion chromatography with conductivity detection after chemical suppression.
- AN-S-172AN-S-172Phosphite in a potato extract
Determination of phosphite in the presence of chloride, nitrate, bromide, nitrate, and sulfate in a potato extract using anion chromatography with conductivity detection after chemical suppression and inline sample preparation by dialysis.
- AN-S-173AN-S-173Nitrite and nitrate in a plant extract
Determination of nitrite and nitrate in a plant extract using anion chromatography with conductivity detection after chemical suppression.
- AN-S-174AN-S-174Iodide in table salt
Determination of iodide in a table salt using anion chromatography with conductivity detection after chemical suppression.
- AN-S-176AN-S-176Four anions in betaine
Determination of chloride, nitrite, nitrate, and sulfate in betaine using anion chromatography with conductivity detection after chemical suppression.
- AN-S-177AN-S-177Five anions in inositol
Determination of chloride, nitrite, bromide, nitrate, and sulfate in inositol using anion chromatography with conductivity detection after chemical suppression.
- AN-S-178AN-S-178Five anions in lignin
Determination of chloride, sulfite, sulfate, oxalate, and thiosulfate in lignin using anion chromatography with conductivity detection after chemical suppression.
- AN-S-179AN-S-179Six anions in a peptide sample
Determination of fluoride, chloride, bromide, nitrate, sulfate, and trifluoroacetate (TFA) in a peptide sample using anion chromatography with conductivity detection after chemical suppression.
- AN-S-180AN-S-180Sulfate, citrate, and phosphates in washing powder
Determination of sulfate, phosphate, citrate, pyrophosphate, trimetaphosphate, and tripolyphosphate in a washing powder using anion chromatography with conductivity detection after chemical suppression.
- AN-S-181AN-S-181Trace determination of chloride in quaternary ammonium hydroxide using inline cation exchange
Determination of traces of chloride in a quaternary ammonium hydroxide using anion chromatography with conductivity detection after chemical suppression and inline cation exchange to remove the matrix cations.
- AN-S-182AN-S-182Bromide and sulfur oxoanions in photographic developer solutions
Determination of bromide, sulfite, sulfate, and thiosulfate in a photographic developer solution using anion chromatography with conductivity detection after chemical suppression.
- AN-S-183AN-S-183Advanced inline dialysis setup for ion chromatography
Determination of acetate, chloride, nitrate, phosphate, and sulfate in mayonnaise using anion chromatography with conductivity detection after chemical suppression and advanced dialysis for inline sample preparation.
- AN-S-184AN-S-184Fluoride, chloride, and sulfate in absorption solutions containing H2O2
Determination of fluoride, chloride, and sulfate in an absorption solution containing H2O2 using anion chromatography with conductivity detection after chemical suppression.
- AN-S-185AN-S-185Phosphoric acid in soft drinks using 761 SD Compact IC
Determination of phosphoric acid in a soft drink using anion chromatography with conductivity detection after chemical suppression.
- AN-S-186AN-S-186Anions in wastewater containing N-methylpyrrolidone using inline matrix elimination
Determination of fluoride, acetate, formate, chloride, nitrite, nitrate, phosphate, and sulfate in wastewater containing N-methylpyrrolidone using anion chromatography with conductivity detection after chemical suppression and inline matrix elimination.
- AN-S-187AN-S-187Iodide in the presence of the standard anions in mineral water
Determination of fluoride, chloride, nitrite, bromide, nitrate, phosphate, sulfate, and iodide in a mineral water using anion chromatography with conductivity detection after chemical suppression.
- AN-S-188AN-S-188Chloride in children's sweat
Determination of chloride in a child's sweat using anion chromatography with conductivity detection after chemical suppression.
- AN-S-189AN-S-189Citrate and isocitrate in fruit juice
Determination of citrate and isocitrate in orange juice using anion chromatography with conductivity detection after chemical suppression and inline dialysis for sample preparation.
- AN-S-190AN-S-190Five anions in a strongly alkaline solution containing 70 g/L vanadate
Determination of chloride, nitrite, nitrate, phosphate, and sulfate in a strongly alkaline solution using anion chromatography with conductivity detection after chemical suppression.
- AN-S-191AN-S-191Chloride, nitrite, and sulfate in a used zinc bath containing cooling lubricants
Determination of chloride, nitrite, and sulfate in a used zinc bath using anion chromatography with conductivity detection after chemical suppression.
- AN-S-192AN-S-192Online determination of acids in an etching bath with inline dilution
Determination of fluoride, nitrate, phosphate, sulfite, and sulfate in an etching bath using anion chromatography with conductivity detection after chemical suppression.
- AN-S-193AN-S-193Four anions in beer wort
Determination of fluoride, chloride, phosphate, and sulfate in beer wort using anion chromatography with conductivity detection after chemical suppression.
- AN-S-194AN-S-194Iodide in human urine
Determination of iodide in a human 24 hour urine sample using anion chromatography with amperometric detection after chemical suppression. The result agrees with that of the photometric method. UV detection did not work.
- AN-S-195AN-S-195Anions and organic acids with high pressure gradient
Determination of 21 anions and organic acids using anion chromatography with conductivity detection after chemical suppression and applying a high pressure gradient.
- AN-S-196AN-S-196Anions in water from an agricultural irrigation systems
Determination of fluoride, chloride, nitrite, bromide, nitrate, phosphate, and sulfate in water from an agricultural irrigation system using anion chromatography with conductivity detection after chemical suppression.
- AN-S-197AN-S-197Fluoride, acetate, formate, and chloride in gasoline
Determination of fluoride, acetate, formate, and chloride in gasoline using anion chromatography with conductivity detection after chemical suppression.
- AN-S-198AN-S-198Fluoride, acetate, formate, and chloride in brake fluids
Determination of fluoride, acetate, formate, and chloride in a brake fluid using anion chromatography with conductivity detection after chemical suppression.
- AN-S-199AN-S-199Selenite and selenate in the presence of the standard anions
Determination of fluoride, chloride, nitrite, selenite, phosphate, nitrate, sulfate, and selenate using anion chromatography with conductivity detection after chemical suppression.
- AN-S-200AN-S-200Sulfate, molybdate, and chromate in plating baths
Determination of sulfate, molybdate, and chromate in a plating bath using anion chromatography with conductivity detection after chemical suppression.
- AN-S-201AN-S-201Eight anions separated on column Metrosep A Supp 1
Determination of formate, chloride, nitrite, phosphite, phosphate, sulfite, nitrate, and sulfate using anion chromatography with conductivity detection after chemical suppression.
- AN-S-202AN-S-202Chloride and bromide in an absorption solution after Wickbold digestion
Determination of chloride and bromide in an absorption solution after Wickbold digestion using anion chromatographywith conductivity detection after chemical suppression.
- AN-S-203AN-S-203Chloride in bethanechol tablets
Determination of chloride in bethanechol tablets using anion chromatography with conductivity detection after chemical suppression.
- AN-S-204AN-S-204Nitrate and sulfate in fertilizer after acid digestion
Determination of nitrate and sulfate in a fertilizer after acid digestion using anion chromatography with conductivity detection after chemical suppression.
- AN-S-205AN-S-205Traces of perchlorate in samples with a high ionic background applying heart-cut technique
Determination of traces of perchlorate in a sample with a high salt load using anion chromatography with conductivity detection after chemical suppression.
- AN-S-206AN-S-206Online monitoring of trace anions in boiler feed water
Determination of trace levels of chloride, nitrate, phosphate, and sulfate in a boiler feed water using anion chromatography with conductivity detection after chemical suppression.
- AN-S-207AN-S-207Nitrate and phosphate in liquid fertilizers
Determination of nitrate and phosphate in a liquid fertilizer using anion chromatography with conductivity detection after chemical suppression.
- AN-S-209AN-S-209Fluoride, methlysulfonic, ethyldisulfonic, and methyldisulfonic acid in chromium plating baths
Determination of fluoride, MSA (methylsulfonic acid), EDSA (ethyldisulfonic acid), and MDSA (methyldisulfonic acid) using anion chromatography with conductivity detection after chemical suppression.
- AN-S-210AN-S-210Oxalate and citrate in human urine
Determination of oxalate and citrate in human urine using anion chromatography with conductivity detection after chemical suppression.
- AN-S-211AN-S-211Sulfate in ethanol used as gasoline additive
Determination of sulfate in an ethanol sample used as an additive for gasoline using anion chromatography with conductivity detection after chemical suppression.
- AN-S-212AN-S-212Fluorophosphate in effervescent tablets
Determination of fluorophosphate in effervescent tablets using anion chromatography with conductivity detection afterchemical suppression applying a step gradient to elute strongly retained components.
- AN-S-213AN-S-213Nitrate in nickel plating bath
Determination of nitrate in a nickel plating bath using anion chromatography with UV/VIS detection (205 nm) after chemical suppression.
- AN-S-214AN-S-214Trace level fluoride and sulfate in 35% hydrochloric acid after inline neutralization
Determination of traces of fluoride and sulfate in 35% hydrochloric acid (HCl) using anion chromatography with conductivity detection after chemical suppression and sample preparation by inline neutralization.
- AN-S-215AN-S-215Qualitative determination of anions in urine to verify adulteration
Qualitative determination of chloride, phosphate, and sulfate as well as chlorite, nitrite, chlorate, bromide, and chromate in urine using anion chromatography with conductivity detection after chemical suppression.
- AN-S-217AN-S-217Ultratrace-level perchlorate in reagent water, ground water, surface water, and water containing 3000 ppm of total dissolved solids (USEPA method 314.0)
Determination of perchlorate in water containing 3 g/L of total dissolved solids (TDS) using anion chromatography with conductivity detection after chemical suppression.
- AN-S-218AN-S-218Common anions in a closed cooling water system
Determination of fluoride, chloride, nitrite, nitrate, and sulfate in a closed cooling water system using anion chromatography with conductivity detection after chemical suppression.
- AN-S-219AN-S-219Anions and organic acids in engine coolant
Determination of glycolate, formate, chloride, nitrite, nitrate, phosphate, sulfate, and oxalate in engine coolant using anion chromatography with conductivity detection after chemical suppression.
6.2104.150
Electrode cable 2 m, 2 x 2 mmFor connecting temperature sensors with Metrohm plug-in head G with 780, 781, 826, 827 pH/Ion meters and all Titrandos
6.2104.160
Electrode cable plug M, 1 mFor connecting electrodes with head G to Mettler instruments with LEMO.
6.2104.510
Electrode cable / 1 m / S/FWith plug F. For connecting electrodes with plug-in head S - measuring instrument
6.2104.600
Electrode cable for plug in head U/plug F, 2x2 mm B, 1mFor connecting electrodes with Metrohm plug-in head U to Metrohm instruments (socket F).
6.2104.610
Electrode cable for plug in head U/plug F, 2x2 mm B, 2mFor connecting electrodes with Metrohm plug-in head U to Metrohm instruments (socket F).
6.2104.620
Electrode cable / 0.65 m / HWith plug H, for the generator electrode - coulometer connection
6.2104.630
Electrode cable / 1.5 m / HWith plug H, for the generator electrode - coulometer connection
6.2106.020
Strand / 1 m / 2 x BElectrode cable with 2 x plug B (4 mm) for connecting electrodes with plug-in head B
6.2106.050
Strand / 3 m / 2 x BElectrode cable with 2 x plug B (4 mm) for connecting electrodes with plug-in head B
6.2106.060
Strand / 2 m / 2 x BElectrode cable with 2 x plug B (4 mm) for connecting electrodes with plug-in head B
6.2107.100
Manual Dosing ControllerHandle for manual dosing and manual titration with the Eco Dosimat or Dosimat plus
6.2107.120
Manual Dosing Controller - Ti-TouchHandle for manual dosing and manual titration with the 916 Ti-Touch and the 900 Touch Control. Requires 6.2148.010 Remote Box MSB.
6.2108.100
Connection cable for 622/649/703/728, 0.5 mFor supplying power to 622, 649, 728 Stirrers and 703 Ti Stand from control instruments and corresponding Dosimats
6.2108.110
Cable 622/649/703/728 / 1 mFor supplying power to 622, 649, 728 Stirrers and 703 Ti Stand from control instruments and corresponding Dosimats
6.2108.120
Cable to 820 Column Heating/ 80 cmConnecting column heating and IC Separation Center
6.2108.140
Cable to column heating of 844Connecting cable 844 UV/VIS Compact IC to Column heater
6.2108.150
Cable for column heater of 861 Compact ICConnecting cable column heater - controller
6.2112.100
Electrode cable set for the measuring head of Professional VA/CVS instrumentsCable set comprised of 3 cables for connecting working, reference and auxiliary electrodes.
6.2112.110
Adapter for 5.5 mm plug contact / screw contact, gold-platedAdapter for VA electrodes with screw contact for use in Professional CVS instruments.
6.2112.130
Adapter plug contact 5.5 mm / screw contact, gold-platedFor VA electrodes
6.2116.000
Cable 2 x plug B / plug FFor connecting the analog output of 662 Photometer or 712 Conductometer with Titrinos and Titrando. For connecting 628 Rotating Disk Electrode (RDE) or 6.0335.010 Automated Hanging Mercury Drop Electrode (AHMDE) to current/voltage measuring instrument (506, 626 Polarecords, 611 VA Detector)
6.2116.020
Cable plug F / F-angled / 1 mFor connecting 6.0335.010 Automated Hanging Mercury Drop Electrode (AHMDE) or 628 Rotating Disk Electrode (RDE) to 691 VA DetectorCable to connect the Spectrosense to a Titrino or Titrando
6.2116.030
Cable plug F / F-angled / 2 mConnecting 6.0335.010 Automated Hanging Mercury Drop Electrode (AHMDE) or 628 Rotating Disk Electrode (RDE) to 691 VA Detector Cable to connect the Spectrosense to a Titrino or Titrando
6.2117.000
Power adapter EU 230 V / 9 V ACWith EU mains plug. Input: 220...240 V AC. Output: 9V AC/0.2 A. Used with 587 Conductometer, 588 pH Meter, 627 O2 Meter
6.2117.020
Power supply unit EU 220 V / 9 V DCWithout cable and power plug, with standard cold-devices input socket (C14). Input: 220–240 V AC. For 622, 649, 722, 728 stirrers, 727 Ti Stand or Spectrosense. Output: 9 V DC / 0.2 A.
6.2119.020
Mains adapter US 110V/9V DCWith US mains plug. Input: 220...240 V AC. For 622, 649, 722, 728 Stirrers or 727 Ti Stand. Output: 9 V DC/0.2 A
6.2120.020
Mini electrode cable / plug F - 2 mm1 mini socket for connection pins diameter 2 mm and 1 mini plug type F. For connection of the electrodes to IC VA Detector
6.2122.020
Power cord 1.8 m / SEV (straight)Power cord with socket type IEC 320/C13. Length L = 1.5 m, plug type SEV12 straight
6.2122.040
Power cord CEE (7) VII (Schuko), 1.5 mPower cord, socket type IEC 320/C13. Length L = 1.5 m, plug type CEE (7) VII.
6.2122.070
Power cord / US (straight)Power cord, socket type IEC 320/C13. Length L = 1.5 m, plug type NEMA/ASA (US)
6.2122.080
Power cord / 1.5 m / CN / straightPower supply cable, socket type IEC 320/C13 straight, length L: 1.5 m, plug type I, UL-tested.
6.2122.520
Power cord SEV short 0.75 mPower cord with coupling type IEC 320/C13 0.75 m long, plug SEV 12 straight.
6.2122.540
Power cord SCHUKO short 0.75 mBlack SCHUKO power cord 0.75 m long. The Schuko plug is at a 90° angle. At the instrument end there is a straight C14 instrument plug. The cable has a ground connection.
6.2122.570
Power cord USA short 0.75 mPower cord black USA, 0.75 m long, plug at a 90° angle.
6.2122.580
Power cord CN short 0.75 mPower cord CN black, 0.75 m long, CN plug straight at a 180° angle, instrument jack C13 straight 180°.
6.2122.590
Power cord GB short 0.75 mPower cord black GB, 0.75 m long, UK plug at a 90° angle, instrument jack C13 straight 180°.
6.2125.010
RS-232 cable 3 m, 25-pin – 9-pinConnecting RS-232 interface to IBM PC AT or compatible computer. Adapter 25-pin to 9-pin
6.2125.020
RS-232 cable 3 m, 25-pin – 25-pinConnecting Metrohm RS-232 interface with Seiko printer DPU-41X, AND or Mettler balances (option 011, 012). For 691, 692, 713 pH Meters, Titrinos, or 737 KF Coulometer. RS-232 extension cable (1:1) with special EMC shielding.
6.2125.050
RS-232 cable, 25-pin plugConnecting Metrohm RS-232 interface to Epson printer LX 300. Used with 691, 692, 713 pH Meters, Titrinos, and 737 KF Coulometer.
6.2125.060
Connetion cable RS-232 to IBM PCConnecting Metrohm RS-232 interface to PC. Used with 691, 692, 713 pH Meters, Titrinos, and 737 KF Coulometer
6.2125.070
Cable RS-232 to Sartorius MP8Connecting Metrohm RS-232 interface to Sartorius MP8 balances. Used with Titrinos and 737 KF Coulometer
6.2125.090
RS-232 cable 1 m, 25-pin D – sub 25RS-232 extension cable (1:1). Specially shielded.
6.2125.100
RS-232 cable 2 m, 25-pin D – sub 25RS-232 extension cable (1:1) with special EMC shielding.
6.2125.110
RS-232 cable 3 m, 25-pin – 9-pinConnecting Metrohm RS-232 interface to PC. Used with pH Meters, Titrinos, KF Coulometers, VA Trace Analyzer.
6.2125.120
Adapter sub D 25-pin/5 socketsDistributes the «Remote lines to 5 x 25-pin sockets. Used with pH Meters, Titrinos, KF Coulometer, Sample Changers, IC systems, etc.
6.2125.130
RS-232 cable, 1.8 m, DB25 (socket) – DB9 (plug)Connecting Metrohm RS-232 interface (DB25) to a Custom DP40 printer or Mettler PG 5200 balance.
6.2125.170
Adapter DB25 female / DB 9 maleGender changer DB25 female / DB9 male.
6.2128.170
Cable 771 - analogFor connecting 771 IC Compact Interface to analog output of the detector (732, 791)
6.2128.180
Cable 762/830 - 752/753/754/833Connecting IC Interface - IC Pump Unit, IC Suppressor Module, IC Dialysis Unit or IC Liquid Handling Unit
6.2128.200
Cable 891-AnalogAnalog cable to connect to external AD converters.
6.2129.010
Differential amplifier, plug FDifferential amplifier with plug F, for Titrandos (power supply unit must be ordered separately: 6.2117.000 power unit EU 230 V / 9 V AC)Also available as a complete set: 6.5104.030 differential amplifier / plug F / 230 V EU
6.2130.040
Keyboard for 756Keyboard for 756 KF Coulometer
6.2130.090
Keyboard for 831Keyboard for 831 KF Coulometer
6.2133.000
Batteries LR6, 1.5V, 4 pieces1.5 V LR6 type. Set of 4 pieces. Used with 704 pH Meter, 773 pH/mV Simulator
6.2133.010
Batteries LR6, 1.5V, 2 pieces1.5 V LR6 type. Set of 2 pieces. Spare batteries for Touch Control
6.2133.020
Lithium battery AA 1.5V/ 2900 mAh1.5V lithium AA batteries, 4 pieces.
6.2133.030
MIRA PowerPackMIRA PowerPack rechargeable external battery is designed for MIRA devices. Increases the period of usable charge to more than 8 hours.
62133090
TacticID-1064 ST v2 BatteryTacticID-1064 ST v2 Battery 10.8V Li ion battery.
6.2134.010
Adapter DB9 male / Mini-DIN8 femaleDB9 plug and mini-DIN 8 socket. E.g. for the connection of 700.0020 Dosinos with mini-DIN 8 plugs to 726, 796 Titroprocessors.
6.2134.020
Adapter DB9 female/mini-DIN8 maleDB9 socket and mini-DIN 8 plug. Connection 700.0010 Dosino to 736, 751, 758, 799 Titrinos, 756, 831 KF Coulometer, 711 Liquino.
6.2134.030
Cable DB9 female - mini-DIN8 maleConnecting 685 Dosimat to 736, 751, 758, 799 Titrino, or 711 Liquino.
6.2134.040
RS-232 DB9 - IBM-PC(DB9) connecting cableFor the Metrohm RS-232 interface - PC connection. For Titrinos, Titrino plus and 756, 831 KF Coulometer, RS-232/USB Box
6.2134.060
Connecting cable RS-232 to Sartorius MP8Connecting Metrohm RS-232 interface to Sartorius balance. Used with Titrinos, and 756, 831 KF Coulometer, RS-232/USB Box
6.2134.100
RS-232 cable, 5 m, DB9 – DB9Connecting Metrohm RS-232 interface to Titrinos, 756 KF Coulometer, 762 or 771 IC Interfaces, 790 Personal IC, 743 Rancimat, 763 PVC Thermomat, 873 Biodiesel Rancimat.
6.2134.110
Cable RS-232 DB9 socket f – DB9 plugConnecting Metrohm RS-232 interface (DB9) to a Custom DP40 printer. For Titrinos or 756/831 KF Coulometer. RS-232 extension cable (1:1)
6.2134.120
Cable RS-232 to Mettler AXConnecting Metrohm RS-232 interface to Mettler AX
6.2134.140
Cable 771 (analog) - 819Connection of analog and start signals to 771
6.2134.200
Adapter DB9 St. /Mini Din8 Bu6.2134.210
Cable 771 / Detector UV/VIS (Knauer)Connection cable UV/VIS detector (Knauer) for the 771 IC Interface for signal transmission to MagIC Net™.
6.2136.010
Remote cable (9p) - Dosimat (2xSt B)For 870 Titrino Plus and 862 Compact Titrosampler
6.2137.000
Controller for 722/727Used with 722 Rod Stirrer or 727 Ti Stand
6.2140.040
6-pin connection block for 828For 828 IC Dual Suppressor
6.2141.010
Cable 787/795/758/831/756 - 707/768Connecting 707, 768 KF Oven to KF Titrinos or 756 KF Coulometer. For older KF Coulometers see 6.2141.000
6.2141.090
Cable 711 - TitrinoConnecting 711 Liquino to Titrino
6.2141.170
Cable 797 VA Computrace to 813 Compact Sample Changer to 731 Relay Box6.2141.180
Cable 797 VA Computrace to 838 Advanced VA Sample Processor to 731 Relay Box6.2141.190
Cable 732/819-766/788/838Cable IC Detector - Advanced Sample Processor
6.2141.200
Cable 732/819(remote)-733/820(fill/inject)Cable IC Detector (remote) - Advanced Separation Center (fill/inject)
6.2141.230
Remote cable Compact Sample Changer/Compact Autosampler - Titrino plus/Pump StationCable for the remote connection between Compact Sample Changer/Compact Autosampler and Titrino plus and/or Pump Station.
6.2141.240
Remote cable Dosimat plus - Compact Sample Changer/Titrino plusCable for the remote connection between Dosimat plus and Compact Sample Changer and/or Titrino plus using 6.2141.260 Cable.
6.2141.250
Remote cable Compact Sample Changer - TitrinoCable for the remote connection between Compact Sample Changer and Titrinos with 25-pin remote socket.
6.2141.260
Remote cable Compact Sample Changer - Dosimat plus and Titrino plusCable for remote connection between Compact Sample Changer and Dosimat plus and further devices (e.g. Titrino plus or Pump Station).
6.2141.270
Cable Compact IC Autosampler - Remote Connection on IC InstrumentsEnables remote control of the Compact IC Autosampler from IC Instruments
6.2141.280
Connection cable 843 Pump Station to 797 VA ComputraceCable for the remote connection of the 797 VA Computrace with the 843 Pump Station.
6.2141.290
Connection cable 843 Pump Station to 838 Advanced Sample ProcessorCable for the remote connection of the 843 Pump Station with the 838 Advanced Sample Processor.
6.2141.300
Remote cable 843 Pump Station to Sample ProcessorRemote cable for the direct connection of the 843 Pump Station to the pump connectors of the Sample Processors
6.2141.310
Remote Cable Professional IC to MS AgilentConnection cable for the synchronization of the Professional IC and the MS Detector.
6.2141.320
Remote cable 869 Compact Sample Changer to Remote box MSBRemote cable (9-pin) for the connection of a 869 Compact Sample Changer to (6.2148.010). Remote box MSB
6.2141.330
Remote cable Dosimat Plus (9p) - Titrino (25p)Cable for the remote connection between Dosimat plus and Titrinos with 25-pin remote socket.
6.2141.340
Remote cable 885 - Remote Box MSBRemote cable for the connection of a 885 Compact Oven Sample Changer to Remote Box MSB (6.2148.010).
6.2141.350
Cable Dosimat Plus (9p) - 781 (25p)Cable for connection of a Dosimat Plus to 781 pH/Ion meter for standard addition
6.2141.370
Cable Remote Box - MultiTekConnecting cable for remote control of the MultiTek.
6.2141.380
Remote cable Professional IC - MS-Detector (Agilent)Cable for synchronization of MagIC Net™ and Chemstation (Agilent).
6.2141.390
Remote cable 885 - 899Remote cable for connecting an 885 Compact Oven Sample Changer to the 899 Coulometer.
6.2141.410
Remote cable, IC - Agilent ICP-MSConnecting cable for synchronization of Metrohm IC Systems (930 IC Flex and 940 Professional IC) and Agilent ICP-MS systems
6.2141.420
Connecting cable, Remote Box MSBConnecting cable between connection box and Remote Box MSB
6.2141.430
Connecting cable, leak sensorConnecting cable between connection box and leak sensor inlet of the IC
6.2142.020
Keyboard for 711Keyboard for 711 Liquino
6.2142.030
Keyboard for 774Keyboard for 774 Oven Sample Processor
6.2142.050
Keypad for 838 Advanced Sample ProcessorKeypad for 838 Advanced IC/VA Sample Processor
6.2143.230
Cable Compact IC - CO2 SuppressorConnection cable from Compact IC (761 and 861) to CO2 Suppressor
6.2145.200
USB dongle Vesuv 3 LightUSB dongle for Vesuv 3 Light
6.2147.000
Numerical USB keypadNumerical USB keypad for Titrino plus, Dosimat plus, 862 Compact Titrosampler, 869 Compact Sample Changer, 863 Compact Autosampler and 899 Coulometer. With two integrated USB connectors.
6.2148.000
Remote BoxFor connection of a barcode reader and a PC keyboard to the KF Coulometer and to Titrinos
6.2148.010
Remote Box MSBAdditional remote interface for the connection of devices that can be controlled via remote lines. With permanently attached cable.
6.2148.020
RS-232/USB boxExtends the Titrando, USB Sample Processors, Dosing Interface, Titrosampler by two RS-232 interfaces for connecting e.g. balances, PC, LIMS. Requires 6.2151.030 cable.
6.2148.030
RS-232/USB BoxExtends the Titrino plus by two RS-232 interfaces, e.g., for the connection of balances, PC (tiBase software), LIMS. Requires 6.2151.030 cable.
6.2148.040
Adapter for Dosino 700 (series 23 or higher)6.2148.050
USB/RS-232 Converter for 900 Touch ControlExtends the 900 Touch Control by an RS-232 interface for the connection of e.g. balance.
6.2149.310
Connection Box, remote control, ICP-MSConnector for use as interface between Metrohm IC (Remote Box MSB) and Agilent ICP-MS in MassHunter 5.3 and higher.
6.2150.000
Electrode cable with identification B / BCable with identification. Identical with 6.2106.020 Cable. Used with 767 Calibrated Reference for mV, pH, Ohm, µS, °C
6.2150.010
Electrode cable with identification 2xB / DINCable with identification. Used with 767 Calibrated Reference for mV, pH, Ohm, µS/cm, °C, 773 pH/mV Simulator
6.2150.020
Cable for 767, G / 2xBCable with identification. Length L = 1 m. Identical with 6.2104.080. Used with 767 Calibrated Reference for mV, pH, ohm, µS/cm, °C
6.2150.030
Cable with identification G / ECable with identification. Length L = 1 m. Identical with 6.2104.050. Used with 767 Calibrated Reference for mV, pH, ohm, µS/cm, °C
6.2150.040
Cable with identification G / FCable with identification. Length L = 1 m. Identical with 6.2104.020. Used with 767 Calibrated Reference for mV, pH, ohm, µS/cm, °C
6.2150.050
Cable with identification F / 2xBCable with identification. Length L = 1 m. Used with 773 pH/mV Simulator
6.2151.000
Cable USB A – mini-DIN 8-pinController cable
6.2151.010
Cable MSB plug / socketExtension cable for MSB connections and for Touch Control - Titrando, Mini-DIN socket - mini-DIN plug
6.2151.020
Cable USB A - USB B 1.8 mUSB connecting cable
6.2151.030
Cable USB A - USB B / 0.6 mConnecting cable USB A - USB B
6.2151.040
Cable 822 - TitrinoCable 822 - Titrino
6.2151.060
Cable for Level Control and Eluent Production ModuleConnecting cable for sensor and Level Control or Eluent Production Module.
6.2151.080
Cable for Dis-CoverCable for Dis-Cover + beaker sensor (OVERRIDE)
6.2151.100
Adapter USB MINI (OTG) - USB AFor connecting USB instruments.
6.2151.110
Metrohm USB Mini B cable (OTG) - USB A, 1.8 mFor connecting USB instruments.
6.2151.120
Cable USB MINI (OTG) - USB B, 1.8 mFor connecting USB instruments.
6.2151.130
Cable USB A - USB B / 4.5 mUSB connecting cable
6.2151.140
Y cable USB A St - USB B St - Mini B StY cable for connection of a USB printer to the pH/Conductometers 912 / 913 / 914. This cable allows a printer and the power supply unit to be connected to the measuring instrument at the same time.
6.2152.020
Power supply / 100-240 V/15 V DCPower supply to 853 MCS Suppressor
6.2153.000
Power adapter 100-240 V / 12 V DCPower supply, 100-240 V, 50-60 Hz, 12 V DC for 780 pH-/Ionmeter, 781, is also used with 6.1830.020 heatable tubing
6.2154.000
Power cord 2-core (C7)-EU(XVI)6.2154.010
Power cord 2-core (C7)-US(NI/15)6.2154.030
Power cord 2-core (C7)-AUS(SAA/2)6.2156.010
Recorder cable for BioscanAnalog cable Bioscan - recorder, for converted signal (not required in IC system).
6.2156.060
Cable Extension Module - Professional IC, 40 cmCable connecting the extension module with a Professional IC instrument
6.2156.070
Cable Extension Module - Professional IC, 1 mCable connecting the extension module with the Professional IC instrument
6.2160.000
Cable / 2 m / M8 plug / M8 socket6.2160.010
Adapter cable / 2 m / M8 socket / 2 x plug BAdapter cable / 2 m / M8 socket / 2 x plug B. For 772 Pump Unit.
6.2161.010
Plug-in power supply unit EU 230V /6V DCPower supply for 827 pH lab
6.2161.020
Plug-in power supply unit US 120V/6V DCPower supply for 827 pH lab
6.2161.030
Plug-in power supply unit UK 230V/6V DCPower supply for 827 pH lab
6.2161.040
Plug-in power supply unit AUS 240V/6V DCPower supply for 827 pH lab
6.2163.000
Electrode cable for 910 PSTAT miniConnecting cable for disposable screen-printed electrodes (SPE)
6.2163.010
Dummy cell cable for 910 PSTAT mini6.2163.020
Remote cable for 910 PSTAT mini6.2164.010
Power supply unit 100 - 240 V/24 V DCPower supply unit for 915 KF Ti-Touch, 916 Ti-Touch, 917 Coulometer and all Eco Titrators / Eco Dosimat.
6.2164.020
Power supply unit 100-240 V / 24 V DCPower supply unit for OMNIS NIR Analyzer.
6.2164.500
Power Box for 899The Power Box offers the option of operating the 899 Coulometer independently of the mains supply.
6.2165.000
Connecting cable to 61257XXXConnecting cable for amperometric detector cell.
6.2165.100
Connection cable for Bioscan cells to Professional DetectorCable for connecting the Bioscan cells to the Professional Detector.
6.2166.000
USB power supply unit 5V 1A RPower supply unit for the power supply of the 6.1115.100 Optrode if there is no USB connector available for this purpose on a Metrohm device (e.g. with older devices).
6.2166.100
USB power supply unit 5.25 V / 1.53 AUSB power supply unit for 912 / 913 / 914Efficiency Level VI
6.2166.200
Power supply unit for 949 pH MeterTabletop power supply unit, 100–240 V, 50–60 Hz, 5 V DC, for 949 pH MeterEfficiency Level VI
6.2166.500
12 V USB adapter for 912 / 913 / 914 pH/Conductometer12 V USB adapter for 912 / 913 / 914 pH/Conductometer.
6.2167.000
Ground adapter for DosinoConnector with M6 thread outer for Dosino and M6 inner for 6.1824.000 tubing set
6.2167.010
Ground cable, 1 m, USB A / plug 2 mmFor the connection of one 6.2167.000 ground adapter to a USB connector.
6.2167.020
Connecting cable, 0.5 m, 2 x plug 2 mm6.2168.000
Mini USB adapter cable, 25 cmMini USB adapter cable for connecting one 854 iConnect to an 867 pH Module, 901 to 907 Titrandos and 916 Ti-Touch, 25 cm. The adapter cable remains plugged into the instrument as strain relief and the 854 iConnect is only plugged into and unplugged from the adapter cable.
6.2168.020
USB-C ChargerCharger with USB-C socket for MIRA PowerPack.
62169000
International Plug AdaptorUniversal international plug adaptor.
6.2169.010
Power Supply, 15V 3APower Supply, 15V 3A
62169020
USB-C to USB-C Cable, 1.8 mMS USB-C to USB-C Cable, 1.8 m.
62169030
OTG USB DriveTacticID-1064 ST USB flash drive for data sharing and system updates.
62169040
TacticID-1064 ST Car ChargerUSB-C car charger for TacticID-1064 ST enables fast charging inside a vehicle.
62169050
TacticID-1064 ST Handheld Battery Charging CradleTacticID-1064 ST Handheld Battery Charging Cradle for TacticID-1064 ST v2 Battery 10.8V Li ion battery.
6.2225.000
UV warning plateFor 909 UV Digester
6.2225.003
Ink cartridge red 6 pcs.**6.2234.002
Fiber pen / short version / greenFor 506/626 Polarecords, 536/576 Potentiographs, 586 LabographThread M10x0.7
6.2234.003
Fiber pen / short version / redFor 506/626 Polarecords, 536/576 Potentiographs, 586 LabographThread M10x0.7
6.2234.005
Fiber pen / short version / blackFor 506/626 Polarecords, 536/576 Potentiographs, 586 LabographThread M10x0.7
6.2237.020
Thermal paper 35 mSufficient for approx. 10'000 printed lines. For 756 Coulometer
6.2237.030
Thermal paper 40 mSufficient for approx. 10'000 printed lines. For 679 Rancimat
6.2237.040
Thermal paper 40 mSufficient for approx. 10'000 printed lines.
6.2241.030
Paper reel for thermal paper6.2244.020
Cards for intelligent Exchange UnitSet of 10 pieces, different colors.
6.2247.010
CompactFlash card 32 MBMemory card for saving methods, determinations, sample data, results and backups.
6.2248.000
Magnetic shield for instrument identificationFor IC Instruments
6.2248.010
Magnetic shield , 15 x 68 mm, 3 piecesTo Eluent Synthesizer
6.2249.000
Labels for ProfIC upgrade kits6.2250.000
Labels laminatedLabels for measuring vessel cover for stability measuring instruments. Labeling: A1, A2, A3, A4, B1, B2, B3, B4. 5 sets of 8 items each.
6.2251.000
Colored sleeves for capillariesColored pieces of heat shrink tubing for capillary coding. Three pieces each of five different colors.
6.2301.060
KCl ion standard 250 mLKCl ion standard (c(ion) = 0.1000 +/-0.0005 mol/L), can also be used as standard solution for conductometry 12.87 mS/cm (25 °C).
6.2306.020
Redox standard 250 mV (250 mL)Redox standard (with Ag/AgCl/c(KCl)=3 mol/L reference electrode gives U = 250 +/-5 mV (20° C); can also be used as buffer pH=7)
6.2307.100
Buffer solution pH 4 (500 mL)Ready-to-use buffer solution pH = 4 (25 °C), colored, with closure seal
6.2307.110
Buffer solution pH 7 (500 mL)Ready-to-use buffer solution pH = 7 (25 °C), colored, with closure seal
6.2307.120
Buffer solution pH 9 (500 mL)Ready-to-use buffer solution pH = 9 (25 °C), colorless, with closure seal
6.2307.200
Buffer solution pH 4.00 (30 x 30 mL)Buffer solution pH 4.00 (25 °C) in single use sachets, colorless
6.2307.210
Buffer solution pH 7.00 (30 x 30 mL)Buffer solution pH 7.00 (25 °C) in single use sachets, colorless
6.2307.220
Buffer solution pH 9.00 (30 x 30 mL)Buffer solution pH 9.00 (25 °C) in single use sachets, colorless
6.2307.230
Buffer solutions pH 4, 7 and 9Mixed buffer solutions pH 4.00/7.00/9.00 (25 °C) in single use sachets, colourless, box of 3 x 10 x 30 mL
6.2308.000
Electrolyte KCl (sat.), 250 mLElectrolyte KCl (sat.), 250 mL
6.2308.020
Electrolyte 3 mol/L KCl (250 mL)Electrolyte solution c(KCl) = 3 mol/L, (for Ag/AgCl reference systems)
6.2308.040
Idrolyte (250 mL)Idrolyte (for 6.0224.100 Electrode and Unitrode at T >80°C)
6.2308.050
Electrolyte 3 mol/L KCl (50 mL)Electrolyte solution c(KCl) = 3 mol/L (for Ag/AgCl reference systems)
6.2308.060
Electrolyte KCl gel 3 mol/L 50 mLElectrolyte solution c(KCl) = 3 mol/L (gel) (only for Ag/AgCl reference systems in voltammetry)
6.2310.010
Electrolyte KNO3-1mol/L 250 mLElectrolyte solution KNO3 1 M (reference electrolyte for combined silver electrodes)
6.2313.000
Electrolyte 3 mol/L KCl (1000 mL)Electrolyte solution c(KCl) = 3 mol/L (for Ag/AgCl reference systems)
6.2316.030
Inner filling solution to 6.0506.100 electrodeMeasuring electrolyte for NH3-selective electrode (50 mL)
6.2317.030
TegoTrant A100 18 gTitrant for the determination of anionic surfactants
6.2317.130
TEGO Add 250 mLTitration aid for surfactant determinations using two-phase titration
- 8.0109.30298.0109.3029Declaration of conformity for separate polymer memrane electrodes
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- 8.0109.30308.0109.3030Declaration of conformity for Titrodes
English
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- 8.0109.30318.0109.3031Declaration of conformity for Conductivity measuring cells with fixed cable, 0.65 m
English
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- 8.0109.30328.0109.3032Declaration of conformity for Conductivity measuring cells with fixed cable, 1.20 m
English
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- 8.0109.30338.0109.3033Declaration of conformity for Conductivity measuring cells with fixed cable, 2.00 m
English
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- 8.0109.30348.0109.3034Declaration of conformity for 6.0150.100 seperate pH glass electrode
English
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- 8.0109.30358.0109.3035Declaration of conformity for 6.0224.100 Biotrode
English
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- 8.0109.30368.0109.3036Declaration of conformity for 6.0309.100 Double Pt sheet electrode
English
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- 8.0109.30378.0109.3037Declaration of conformity for 6.00353.100 Double Au ring electrode
English
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- 8.0109.30388.0109.3038Declaration of conformity for 6.0421.100 Combined antimony electrode
English
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- 8.0109.30398.0109.3039Declaration of conformity for 6.0451.300 Combined iPt ring electrode
English
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- 8.0109.30408.0109.3040Declaration of conformity for 6.00500.600 Combined F-ISE with Pt1000
English
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- 8.0109.30418.0109.3041Declaration of conformity for 6.0501.100 Sodium-selective glass electrode
English
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- 8.0109.30428.0109.3042Declaration of conformity for pH glass electrodes without integrated temperature sensor
English
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- 8.0109.80018.0109.8001Sensor leaflet for dUnitrode
English
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- 8.0109.80028.0109.8002Sensor leaflet for dEcotrode Plus
English
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- 8.0109.80038.0109.8003Sensor leaflet for dAquatrode Plus
English
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- 8.0109.80048.0109.8004Sensor leaflet for dSolvotrode
English
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- 8.0109.80058.0109.8005Sensor leaflet for dProfitrode
English
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- 8.0109.80078.0109.8007Sensor leaflets for dPt-Titrode
English
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- 8.0109.80088.0109.8008Sensor leaflet for dAg ring electrode
English
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- 8.0109.80098.0109.8009Sensor leaflet for dPt ring electrode
English
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- 8.0109.80108.0109.8010Sensor leaflet Combined dF ISE
English
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- 8.0109.80128.0109.8012Sensor leaflet for Combined dCa ISE
English
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- 8.0109.80138.0109.8013Sensor leaflet for dAg Titrode
English
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- 8.0109.80148.0109.8014Leaflet 6.1241.090 Electrode shaft for screen-printed electrodes (SPE)
English
- 8.0109.80158.0109.8015Sensor leaflet O2 Lumitrode
English
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- 8.0109.80188.0109.8018Sensor leaflet dThermoprobe
English
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- 8.017.50038.017.5003Monograph Organic Stripping Analysis
English
- 8.020.50038.020.5003Monograph Inorganic Adsorptive Stripping Analysis (English)
English
- 8.036.50038.036.5003Monograph Practical thermometric titrimetry (English)
This monograph is intended primarily for practicing industrial analytical chemists as an introduction to the technique of thermometric titrimetry. The main purpose is to describe the basics of the technique as well as a range of applications that are suitable for use with the 859 Titrotherm thermometric titration system.
English
- 8.0600.80028.0600.8002Release Notes OMNIS Software
English
- 8.0600.82028.0600.8202Tutorial OMNIS NIR (Lab)
Tutorial for OMNIS NIR Analyzer Liquid, OMNIS NIR Analyzer Solid, OMNIS NIR Analyzer Liquid/Solid
English
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- 8.0863.80018.0863.8001Release Notes 5.863.0030
English
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- 8.0865.80018.0865.8001Release Notes 5.865.0030, 5.876.0030
English
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- 8.0865.80028.0865.8002Release Notes 5.865.0031, 5.876.0031
English
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- 8.0869.80018.0869.8001Release Notes 5.869.0030
English
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- 8.0885.80018.0885.8001Release Notes 5.885.0030
English
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- 8.0885.80028.0885.8002Release Notes 885 Compact Oven SC, 5.885.0031
English
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- 8.0900.30018.0900.3001FDA certificate for 5.900.0046 900 Touch Control
English
- 8.0900.30028.0900.3002Certificate GAMP categorization for 900 Touch Control 5.900.0046
English
- 8.0900.40018.0900.4001System Assessment Report for 5.900.0046 900 Touch Control
English
- 8.0900.80018.0900.8001Release Notes 900 Touch Control 5.900.0046
English
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- 8.0900.80028.0900.8002Release Notes Audit Trail Viewer 1.2.3
English
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- 8.0915.30018.0915.3001FDA-Certificate 915 KF Ti-Touch 5.915.0046
English
- 8.0915.30028.0915.3002GAMP Certificate 915 KF Ti-Touch 5.915.0046
English
- 8.0915.40018.0915.4001System Assessment Report 915 KF Ti-Touch 5.915.0046
English
- 8.0915.80018.0915.8001Release Notes 915 KF Ti-Touch 5.915.0046
English
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- 8.0916.30018.0916.3001FDA Certificate 916 Ti-Touch 5.916.0046
English
- 8.0916.30028.0916.3002GAMP-Certificate 916 Ti-Touch 5.916.0046
English
- 8.0916.40018.0916.4001System Assessment Report 916 Ti-Touch 5.916.0046
English
- 8.0916.80018.0916.8001Release Notes 916 Ti-Touch 5.916.0046
English
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- 8.0917.30018.0917.3001FDA Certificate 917 Coulometer 5.917.0026
English
- 8.0917.30028.0917.3002GAMP-Certificate 917 Coulometer 5.917.0026
English
- 8.0917.40018.0917.4001System Assessment Report 917 Coulometer 5.917.0026
English
- 8.0917.80018.0917.8001Release Notes 917 Coulometer 5.917.0026
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- 8.0924.80028.0924.8002Release Notes Mira M-3 5.0.1.44
English
- 8.0924.80038.0924.8003Release Notes Mira M-3 5.0.2.100
English
- 8.0926.30028.0926.3002EU declaration of conformity MIRA XTR / MIRA DS / MIRA P / AFSO / MIRA PowerPack
EU declaration of conformity for MIRA XTR, MIRA DS, MIRA P, Autofocus Stand-off Attachment (AFSO) and MIRA PowerPack
English
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- 8.0926.30038.0926.3003Declaration of Conformity MIRA P C1D2 and MIRA XTR C1D2
- 8.0926.80018.0926.8001Release Notes for Mira DS 8.0.0.91
English
- 8.0926.80028.0926.8002Release Notes Mira DS 8.0.0.98
English
- 8.0926.80038.0926.8003Release Notes Mira DS, Release Version 8.0.0.107
English
- 8.0926.80048.0926.8004Release Notes Mira DS, Release Version 8.0.1.136
English
- 8.0926.80068.0926.8006Release Notes MIRA XTR DS 8.0.3.50
English
- 8.0926.80088.0926.8008Release Notes MIRA XTR DS 8.0.3.55
English
- 8.0927.80018.0927.8001Release Notes Mira P 9.0.0.39 / Mira M-3 5.0.0.25
English
- 8.0927.80028.0927.8002RELEASE_Mira P 9.0.1.51_Mira M-3 5.0.1.34
English
- 8.0927.80038.0927.8003Release Notes Mira P, Release Version 9.0.1.62
English
- 8.0927.80068.0927.8006Release Notes Mira P 9.0.2.100
English
- 8.0947.30018.0947.3001Declaration of Conformity 947 Professional UV/VIS Detector Vario
English
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- 8.0947.80028.0947.8002Release Notes for 5.947.0210
English
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- 8.0947.80038.0947.8003Release Notes 947 Professional UV/VIS Detector Vario
English
- 8.0948.30018.0948.3001EU declaration of conformity for 948 Continuous IC Module
English
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- 8.0949.31018.0949.3101Declaration of conformity 949 pH Meter
English
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- 8.0953.31018.0953.3101Declaration of Conformity TacticID-1064 ST
English
- 8.0953.84028.0953.8402Release Notes TOS-XM
Supports 2.953.0010 TacticID-1064 ST Basic & 2.953.0020 TacticID-1064 ST Advanced
English
- 8.100.10088.100.1008Leaflet: new EU Directive (Disposal of waste equipment)
English
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- 8.1001.30018.1001.3001Declaration of Conformity OMNIS Titrator
EU declaration of conformity / UK declaration of conformity for OMNIS Titrator
English
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- 8.1002.30018.1002.3001Declaration of Conformity OMNIS Titration Module
EU declaration of conformity / UK declaration of conformity for OMNIS Titration Module
English
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- 8.1003.30018.1003.3001Declaration of Conformity OMNIS Dosing Module
EU declaration of conformity / UK declaration of conformity for OMNIS Dosing Module
English
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- 8.1005.30018.1005.3001EU Declaration of Conformity Magnetic Stirrer
English
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- 8.1005.80028.1005.8002Product Information OMNIS Magnetic Stirrer
English
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- 8.1006.30018.1006.3001Declaration of Conformity OMNIS Rod Stirrer
English
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- 8.1007.80038.1007.8003Quick install guide Eco Dosimat
English
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- 8.1007.80048.1007.8004Release Notes Eco Dosimat 57.1007.0009
English
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- 8.1007.80058.1007.8005Release Notes Eco Dosimat 57.1007.0011
English
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- 8.1007.80068.1007.8006EU Declaration of Conformity Eco Dosimat
English
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- 8.1007.80078.1007.8007Release Notes Eco Dosimat 57.1007.0012
English
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- 8.1007.80098.1007.8009Release Notes Eco Dosimat 57.1007.0013
English
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- 8.1007.80108.1007.8010Release Notes Eco Dosimat 57.1007.0014
English
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- 8.1007.80118.1007.8011Release Notes Eco Dosimat 57.1007.0015
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- 8.1007.80128.1007.8012Release Notes Eco Dosimat 57.1007.0016
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- 8.1007.80138.1007.8013Release Notes Eco Dosimat 57.1007.0017
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- 8.1007.80148.1007.8014Release Notes Eco Dosimat 57.1007.0018
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- 8.1007.80158.1007.8015Release Notes Eco Dosimat 57.1007.0019
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- 8.1008.80038.1008.8003Quick install guide Eco Titrator
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- 8.1008.80058.1008.8005Release Notes Eco Titrator 57.1008.0010
English
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- 8.1008.80068.1008.8006EU declaration of conformity Eco Titrator
English
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- 8.1008.80078.1008.8007Release Notes Eco Titrator 57.1008.0011
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- 8.1008.80098.1008.8009Release Notes Eco Titrator 57.1008.0013
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- 8.1008.80108.1008.8010Release Notes Eco Titrator 57.1008.0014
English
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- 8.1008.80118.1008.8011Release Notes Eco Titrator 57.1008.0015
English
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- 8.1008.80128.1008.8012Release Notes Eco Titrator 57.1008.0016
English
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- 8.1008.80138.1008.8013Release Notes Eco Titrator 57.1008.0017
English
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- 8.1008.80148.1008.8014Release Notes Eco Titrator 57.1008.0018
English
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- 8.1008.80158.1008.8015Release Notes Eco Titrator 57.1008.0020
English
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- 8.1008.80178.1008.8017Release Notes Eco Titrator 57.1008.0022
English
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- 8.1008.80188.1008.8018Release Notes Eco Titrator 57.1008.0023
English
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- 8.1008.80198.1008.8019Release Notes Eco Titrator 57.1008.0024
English
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- 8.1009.30018.1009.3001Declaration of conformity OMNIS Solvent Module
EU declaration of conformity / UK declaration of conformity for OMNIS Solvent Module
English
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- 8.101.00018.101.0001Instructions for Use tiamo 1.0, german
Other languages
- 8.101.00118.101.0011Instructions for Use tiamo 1.1, german
Other languages
- 8.101.00218.101.0021Instructions for Use tiamo 1.2, german
Other languages
- 8.101.00318.101.0031Instructions for Use tiamo 1.3, german
Other languages
- 8.1010.30018.1010.3001Declaration of conformity Sample Robot Pick&Place
English
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- 8.101.03018.101.0301Installation instructions for tiamo 1.0, german
Other languages
- 8.101.03118.101.0311Installation instructions for tiamo 1.1, german
Other languages
- 8.101.03218.101.0321Installation instructions for tiamo 1.2, german
Other languages
- 8.101.03318.101.0331Installation instructions for tiamo 1.3, german
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- 8.101.04018.101.0401Tutorial for tiamo 1.X, german
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- 8.101.04028.101.0402Tutorial for tiamo 1.X, french
Other languages
- 8.101.04038.101.0403Tutorial for tiamo 1.X, english
English
- 8.101.04058.101.0405Tutorial for tiamo 1.X, spanish
Other languages
- 8.101.06018.101.0601System Assessment Report for tiamo 1.0, german
Other languages
- 8.101.06038.101.0603System Assessment Report for tiamo 1.0, english
English
- 8.101.06118.101.0611System Assessment Report for tiamo 1.1, german
Other languages
- 8.101.06138.101.0613System Assessment Report for tiamo 1.1, english
English
- 8.101.06218.101.0621System Assessment Report for tiamo 1.2, german
Other languages
- 8.101.06238.101.0623System Assessment Report for tiamo 1.2, english
English
- 8.101.06318.101.0631System Assessment Report for tiamo 1.3, german
Other languages
- 8.101.06338.101.0633System Assessment Report for tiamo 1.3, english
English
- 8.1010.80018.1010.8001Product information Main module Pick&Place S, M, L
English
Other languages
- 8.101.09018.101.0901Certificate FDA 21 CFR Part 11 Compliance for tiamo 1.0, german
Other languages
- 8.101.09038.101.0903Certificate FDA 21 CFR Part 11 Compliance for tiamo 1.0, english
English
- 8.101.09138.101.0913Declaration of conformity tiamo 1.0 (English)
English
- 8.101.09218.101.0921GAMP Certificate categorization for tiamo 1.0
Other languages
- 8.101.09238.101.0923GAMP Certificate categorization for tiamo 1.0
English
- 8.101.09318.101.0931Certificate: FDA 21 CFR Part 11 Compliance for tiamo 1.1, german
Other languages
- 8.101.09338.101.0933Certificate FDA 21 CFR Part 11 Compliance for tiamo 1.1, english
English
- 8.101.09438.101.0943Declaration of conformity for tiamo 1.1 (English)
English
- 8.101.09518.101.0951Certificate GAMP categorization for tiamo 1.1, german
Other languages
- 8.101.09538.101.0953Certificate GAMP categorization for tiamo 1.1, english
English
- 8.101.09618.101.0961Certificate: FDA 21 CFR Part 11 Compliance for tiamo 1.2, german
Other languages
- 8.101.09638.101.0963Certificate FDA 21 CFR Part 11 Compliance for tiamo 1.2, english
English
- 8.101.09738.101.0973Declaration of conformity for tiamo 1.2 (English)
English
- 8.101.09818.101.0981Certificate GAMP categorization for tiamo 1.2, german
Other languages
- 8.101.09838.101.0983Certificate GAMP categorization for tiamo 1.2, english
English
- 8.101.09918.101.0991Certificate FDA 21 CFR Part 11 Compliance for tiamo 1.3, german
Other languages
- 8.101.09938.101.0993Certificate FDA 21 CFR Part 11 Compliance for tiamo 1.3, english
English
- 8.101.10038.101.1003Declaration of conformity for tiamo 1.2 (English)
English
- 8.101.10118.101.1011Certificate GAMP categorization for tiamo 1.3, german
Other languages
- 8.101.10138.101.1013Certificate GAMP categorization for tiamo 1.3, english
English
- 8.101.10238.101.1023Release Notes for tiamo 1.3, english
English
- 8.1012.30018.1012.3001Declaration of conformity OMNIS Sample Robot WSM (S, M, L)
English
Other languages
- 8.101.30018.101.3001Declaration of Conformity for tiBase 1.1
English
- 8.1014.30018.1014.3001Declaration of conformity Pick&Place Module
English
Other languages
- 8.1014.80018.1014.8001Product Information OMNIS Pick&Place Modul
English
Other languages
- 8.1016.30018.1016.3001Declaration of conformity Peristaltic pump module
English
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- 8.1016.80028.1016.8002Product information OMNIS Peristaltic pump module
English
Other languages
- 8.1017.30018.1017.3001Declaration of Conformity OMNIS Oven Module
English
Other languages
- 8.101.80038.101.8003Tutorial tiamo 2.X and 3.X
English
Other languages
- 8.101.80098.101.8009Release Notes for tiamo 2.0, English
English
- 8.101.80108.101.8010Declaration of conformity for tiamo 2.0, English
English
- 8.101.80118.101.8011System Assessment Report for tiamo 2.0
English
Other languages
- 8.101.80128.101.8012FDA Certificate 21 CFR Part 11 Compliance for tiamo 2.0
English
Other languages
- 8.101.80138.101.8013GAMP Certificate categorization for tiamo 2.0
English
Other languages
- 8.101.80148.101.8014License agreement for PC software
English
Other languages
- 8.101.80178.101.8017Release Notes for tiamo 2.1, English
English
- 8.101.80188.101.8018Declaration of conformity for tiamo 2.1, English
English
- 8.101.80198.101.8019System Assessment Report for tiamo 2.1
English
Other languages
- 8.101.80208.101.8020FDA Certificate 21 CFR Part 11 Compliance for tiamo 2.1
English
Other languages
- 8.101.80218.101.8021GAMP Certificate categorization for tiamo 2.1
English
Other languages
- 8.101.80278.101.8027Release Notes for tiamo 2.2, English
English
- 8.101.80288.101.8028Declaration of conformity for tiamo 2.2, English
English
- 8.101.80298.101.8029System Assessment Report for tiamo 2.2
English
Other languages
- 8.101.80308.101.8030FDA Certificate 21 CFR Part 11 Compliance for tiamo 2.2
English
Other languages
- 8.101.80318.101.8031GAMP Certificate categorization for tiamo 2.2
English
Other languages
- 8.101.80368.101.8036Release Notes for tiamo 2.2 Patch 1
English
- 8.101.80378.101.8037Leaflet for additional licenses, English/German
English
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- 8.101.80398.101.8039Release Notes for tiamo 2.3
English
Other languages
- 8.101.80408.101.8040Declaration of conformity for tiamo 2.3
English
- 8.101.80418.101.8041System Assessment Report for tiamo 2.3
English
Other languages
- 8.101.80428.101.8042FDA Certificate 21 CFR Part 11 Compliance for tiamo 2.3
English
Other languages
- 8.101.80438.101.8043GAMP Certificate categorization for tiamo 2.3
English
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- 8.101.80478.101.8047Release Notes for tiamo 2.3 Patch 1
English
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- 8.101.80528.101.8052Release Notes for tiBase 1.1
English
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- 8.101.80548.101.8054License agreement for PC software
English
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- 8.101.80558.101.8055Release Notes for tiamo 2.4
English
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- 8.101.80578.101.8057Declaration of conformity for tiamo 2.4
English
- 8.101.80588.101.8058FDA Certificate for tiamo 2.4
English
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- 8.101.80598.101.8059GAMP Certificate for tiamo 2.4
English
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- 8.101.80608.101.8060System Assessment Report for tiamo 2.4
English
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- 8.101.80648.101.8064Release Notes for tiBase 1.1 Patch 1
English
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- 8.101.80678.101.8067FDA Certificate tiamo 2.5
English
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- 8.101.80688.101.8068GAMP Certificate tiamo 2.5
English
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- 8.101.80698.101.8069System Assessment Report tiamo 2.5
English
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- 8.101.80728.101.8072Release Notes tiamo 2.5
English
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- 8.101.80738.101.8073Release Notes tiamo 2.2 Patch 2
English
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- 8.101.80748.101.8074Release Notes tiamo 2.4 Patch 1
English
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