AUTO/POT–I (KF)

Digital Automatic Potentiometric/Karl Fischer Titrator, Model: AUTO/POT – KF an advanced titration apparatus engineered to perform Potentiometric, Karl Fischer, and pH titrations with precision and versatility. This instrument is designed to cater to a wide spectrum of titration needs across various industries.

Key Features:

• Combined Instrument: The AUTO/POT – KF model seamlessly integrates Potentiometric and Karl Fischer titrations, providing a unified solution for diverse titration requirements in a single apparatus.

• Multiple Titrant Methods: The titrator accommodates two distinct methods for Normality determination – Standard Sample and Volumetric – offering flexibility and choice in the titration process.

• Multi-Peak Titrations: Equipped to conduct single, double, and multi-peak titrations, the instrument adapts to varying experimental demands with ease.

Additional Features:

• pH Titrations: In addition to Potentiometric and Karl Fischer capabilities, this instrument also supports pH titrations. It encompasses a pH measuring range of 0 to 14 pH and employs a three-point calibration system with temperature compensation for accurate results. pH calibration is facilitated through three buffer solutions.

Instrument Suitability:

• The AUTO/POT – KF titrator is well-suited for a wide range of titration applications, including but not limited to:

• Aqueous, Non-Aqueous, and Red-Ox titrations

• TAN/TBN titrations (Total Acid/Base Number) following diverse ASTM methods

• Assay determination within the pharmaceutical industry

• Analysis of Chloride and Bromide content

• Di-Azotization titrations

• Determination of Iodine number and Saponification number

• Complexometric – EDTA titrations

• Estimation of Iso-Cyanate groups

• With its comprehensive features, advanced capabilities, and user-friendly design, the AUTO/POT – KF model simplifies complex titration processes and ensures reliable and precise results. This instrument is an indispensable asset for laboratories seeking accuracy and efficiency in their titration analyses, across a wide range of substances and applications.

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