Empfohlene Ergebnisse

  • Abbemat Performance und Performance Plus
  • Abbemat T-Check

Abbemat Performance und Performance Plus

Die digitalen Refraktometer Abbemat erlauben eine schnelle und zerstörungsfreie Messung des Brechungsindex. Sie sind werkseitig mit offiziellen Standards der Physikalisch-Technischen Bundesanstalt (PTB) kalibriert. Der Brechungsindex wird mit dem Abbemat 300/350 mit einer Genauigkeit von ±0,0001 nD gemessen; der Abbemat 500/550 weist eine Genauigkeit von ±0,00002 nD auf.
Alle Refraktometer der Abbemat-Serie entsprechen 21 CFR Part 11. Sie verfügen über Benutzerebenen, Audit-Trail und einen fälschungssicheren Datenexport. Anton Paar bietet auch eine Qualifikationsdokumentation (IQ/OQ/PQ) an. Der Abbemat T-Check dient zur präzisen Kalibrierung und Justierung der Oberflächentemperatur des Messprismas aller Anton-Paar-Refraktometer.

Kontakt Dokumente finden

Hauptmerkmale

Einfache Bedienung

  • Die Refraktometer Abbemat 350/550 lassen sich benutzerfreundlich über einen Touchscreen bedienen
  • Die Abbematen 300/500 haben einen Farb-LCD-Bildschirm und Membrantasten, die beständig gegen Flüssigkeiten und Schmutz sind und sich mit Handschuhen bedienen lassen
  • Für Testmessungen oder Justierungen kann eine konfigurierbare Erinnerung eingestellt werden
  • Automatische Warnung, falls das Probenvolumen für eine zuverlässige Messung nicht ausreicht
  • Keine Probenvorbereitung, Messergebnisse innerhalb von Sekunden
  • Ein einfaches Abwischen reinigt das Prisma nach jeder Messung

 

Konformität und Nachverfolgbarkeit

  • Vollständige Übereinstimmung mit 21 CFR Part 11
  • Übereinstimmung mit internationalen Standards wie ASTM, ICUMSA, OIML, AOAC, DIN/ISO, FDA, ISI, JIS und den Pharmakopöen
  • Historie und aktueller Status der Ergebnisse durch den Ergebnisspeicher
  • Justierungs- und Check-Historie, Check-Intervalle und Validitätsprüfung für jede Messung

 

Für alle Proben geeignet

  • Unabhängig von den Probeneigenschaften können Sie Folgendes messen:

    • alle Proben von Flüssigkeiten bis zu Pasten, von Polymeren bis zu Feststoffen
    • trübe, farbige oder undurchsichtige Proben
    • Flüssigkeiten mit Luftblasen oder festen Partikeln

  • Kein Einfluss von Feuchte, Temperatur oder Vibrationen
  • Eine große Anzahl an Skalen sind im Abbemat hinterlegt, um den Brechungsindex in Konzentration usw. umzurechnen

Spezifikationen

Messbereiche Brechungsindex-Skala (RI)Abbemat 300/350Abbemat 500/550
nD-Bereich1,26 bis 1,721,26 bis 1,72
Auflösung nD± 0,00001± 0,000001
Genauigkeit nD1)± 0,0001± 0,00002
Messbereiche Brix-Skala
Bereich0 bis 100 %0 bis 100 %
Auflösung0,01 %0,001 %
Genauigkeit0,05 %0,015 %
Messbereich Temperatur
Bereich4 bis 85 °C4 bis 85 °C
Temperatursensorgenauigkeit1)± 0,05 °C± 0,03 °C
Temperatursensorstabilität1)± 0,002 °C± 0,002 °C
Weitere Informationen
Probenberührende TeileFFKM, PP GF 30, rostfreier Stahl
Saphir
LichtquelleLED-Lichtquelle, durchschnittliche Lebensdauer > 100.000 h
Wellenlänge589 nm
Minimales Probenvolumenca. 0,2 mL
Messdauer5 Sekunden pro Probe (nach Temperaturangleich)
Skalen/MethodenZuckerskalen, Sirup- und Honigskalen, Alkoholskalen, Urinskalen, Serumskalen, mehr als 70 Skalen verfügbar
Schnittstellen
  • RS-232, CAN-bus, 3 USB-Ports
  • Ethernet- und VGA-Buchse (nur Performance Plus)

Abmessungen

(B x H x T)

300 mm x 145 mm x 330 mm
Gewicht6,5 kg
1) Gültig bei refraktometrischen Standardbedingungen (T = 20 °C, λ = 589 nm, Umgebungstemperatur = 23 °C)

Normen

A

AOAC 948,10
AOAC 969,18
AOAC 950,13
ASTM D4095
ASTM D5006
AOAC 969,38
ASTM D4542
AOAC 983,01
AOAC 953,16
AOAC 920,78
AOAC 2000,19
AOAC 970,59
AOAC 905,01
AOAC 920,141
ASTM D1218
AOAC 921,08
AOAC 920,141
AOAC 970,15
AOAC 932,12
AOAC 943,05
AOAC 950,04
AOAC 921,08
AOAC 932,14, Sektion C
AOAC 976,20
AOAC 945,102
AOAC 898,02
AOAC 983,17
ASTM D542
AOAC 940,09
ASTM D3321
AOAC 898,02

D

DIN 51423

I

ISI 06-1e
ICUMSA SPS-3
ICUMSA GS4/3-13

O

OIML R 108
OIV MA-AS2-02
OIV MA-AS312-01B

P

Ph. Eur. 2.2.6 - Refractive index

U

USP 831 - Refractive index

Anwendungen

Ihre Auswahl: Alle Filter zurücksetzen X
Industrien
AdBlue®/DEF: Refractometric Analysis

AdBlue®/DEF: Refractometric Analysis

AdBlue®, also known as DEF, is an aqueous urea solution. It lowers nitrogen oxides in diesel emissions. International standards demand that refractive index be measured for the determination of the urea concentration in AdBlue®.

Ammonia in Water - NH3(aq)

Ammonia in Water - NH3(aq)

The content of ammonia in water (ammonium hydroxide) can be determined quickly and easily by refractive index measurement.

Apparent Purity of Sucrose and Technical Sugar Solutions

Apparent Purity of Sucrose and Technical Sugar Solutions

Analytical process control is done at all stages of sugar production. According to ICUMSA standards, the MCP Sucromat saccharimeter together with the Abbemat refractometer analyzes sugar samples on Pol, Brix and Apparent Purity.

Calculation of the Carbon Type Distribution of Oils with SVM™ 4001 and Abbemat

Calculation of the Carbon Type Distribution of Oils with SVM™ 4001 and Abbemat

SVM™ 4001 determines kinematic viscosity and density at two different measuring temperatures simultaneously in one go. Combined with an Abbemat refractometer, fast and automated carbon distribution analysis of oils is performed according to ASTM D3238.

Concentration Measurement of Sodium Hydroxide Solutions by Refractive Index

Concentration Measurement of Sodium Hydroxide Solutions by Refractive Index

The concentration of sodium hydroxide in water can be easily and quickly determined by refractive index measurement.

Determination of Moisture in Honey by Refractive Index

Determination of Moisture in Honey by Refractive Index

The moisture content of honey is an important quality criterion as it determines the honey’s ability to remain stable and to resist spoilage by yeast fermentation.

Distinguishing between Butter and Margarine

Distinguishing between Butter and Margarine

The refractive index or butyro value of animal and vegetable fats and oils is a quickly measured, easily generated quality parameter. Moreover, it helps to differentiate between different fats, such as butter and margarine.

Fat Determination of Chocolate

Fat Determination of Chocolate

Chocolate is very delicious and makes you feel happy. Its fat content, often from e.g. hazelnut oil or cocoa butter, is an important quality parameter and can be determined refractometrically.

Glycerol

Glycerol

Glycerol is used in various industries as a moisturizer, a thickener, as antifreeze or as a precursor for explosives. Its quality as well as its concentration in solution can be determined by using refractometry.

Have a Good Trip

Have a Good Trip

Refractometers are widely used in the automotive industry, e.g. to control the quality of oils, chemical liquids and solids such as plastics and glasses.

Isopropyl Alcohol (2-Propanol)

Isopropyl Alcohol (2-Propanol)

Isopropyl alcohol is a common and widely used universal cleaning agent, solvent and disinfectant. Its quality as well as its mass fraction in water can be determined using refractometry.

Lactose Concentration Measurement

Lactose Concentration Measurement

Lactose, also referred to as milk sugar, is widely used in the pharmaceutical and food industries. The concentration of lactose in water can easily be determined with an Abbemat refractometer.

Measurement of Acetic Acid

Measurement of Acetic Acid

Acetic acid is a common and widely used colorless, liquid carboxylic acid which can be used as preservative, seasoning and in chemical industry. Its quality as well as its mass percentage in water can be determined using refractometry.

Measurement of Ether-Type Fuel Icing Inhibitors in Aviation Fuels

Measurement of Ether-Type Fuel Icing Inhibitors in Aviation Fuels

Fuel system icing inhibitors are added to jet fuel to prevent freezing of the water content at flight altitude. Their concentration in water and therefore the freezing point correlates with the refractive index.

Measurement of Lubricants for Quality Control

Measurement of Lubricants for Quality Control

Lubricating oils, cutting oils, and greases keep friction down and reduce downtime for industrial machinery. The initial quality and continued usefulness of these lubricants can be assessed refractometrically.

Nitric Acid (HNO3) Content

Nitric Acid (HNO3) Content

Nitric acid is a very important basic material for many industrial processes. The content of nitric acid in water can be quickly and easily determined by refractive index measurement using the Abbemat refractometer.

Quality Control of Saline Solution

Quality Control of Saline Solution

Abbemat refractometers from Anton Paar are valuable instruments for the precise analysis of concentration and purity of saline solutions.

Refractive Index Measurement of Heavy Water

Refractive Index Measurement of Heavy Water

Deuterium oxide, also known as heavy water, is used as a moderator in nuclear power plants to maintain the nuclear chain reaction. The purity and concentration of heavy water can be analyzed with refractive index measurement.

Refractive Index Measurement of Ionic Liquids

Refractive Index Measurement of Ionic Liquids

Ionic liquids are special designer solvents as they are nonvolatile and liquid at ambient temperature, leading to a wide range of applications. Their refractive index helps to control the quality and also to characterize them.

Refractive Index of Essential Oils

Refractive Index of Essential Oils

The refractive index of essential oils is a quickly measured, easily generated quality parameter. Moreover, it helps to differentiate between different essential oils.

Refractometric analysis of fats and oils

Refractometric analysis of fats and oils

The refractive index or butyro value of animal and vegetable fats and oils is a quickly measured, easily generated quality parameter value. Moreover, it helps to differentiate between different fats, such as butter and margarine.

Refractometric Analysis of Urine

Refractometric Analysis of Urine

Acute dehydration poses a significant health risk and can lead to heat stroke and death. Refractometric anaylsis of the urine of patients in hospitals and clinics as well as that of athletes quickly shows vital human health parameters.

Refractometric Determination of Oleic and Linoleic Acid Content in Peanut Oil

Refractometric Determination of Oleic and Linoleic Acid Content in Peanut Oil

The ratio of oleic and linoleic acid within peanut oil influences its oxidative stability. In order to increase the shelf life of peanut-containing products, refractometric determination of the oleic and linoleic acid ratio can be used.

Sulfuric Acid (H2SO4)

Sulfuric Acid (H2SO4)

The content of sulfuric acid in water can be quickly and easily determined by refractive index measurement. Moreover, the mole fraction is directly shown.

SVM™ 3001 with Abbemat for Transformer Oils

SVM™ 3001 with Abbemat for Transformer Oils

SVM™ 3001 in combination with Abbemat measures kinematic viscosity, density, dynamic viscosity and the refractive index in one single measuring cycle. It makes measurements of transformer oils routine and easy.

Total Solids of Milk and Condensed Milk

Total Solids of Milk and Condensed Milk

Total solids are measured to ensure the quality of milk and milk products. They can easily be determined in milk and (sweetened) condensed milk within seconds using a refractometer from Anton Paar.

Tuning the Glue

Tuning the Glue

Measuring the curing behavior of nano-tuned glue with Abbemat refractometers.

Zubehör

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