SPECTRALAB


Auto Potentionmetric Titrator - AT 38C
Spectralab Model AT38C It uses the most powerful micro controller to give great versatility with utmost ease of operation. The wide range of applications are possible with automatic potentiometric Titrator if it is having high accuracy and reproducibility. It should also have flexibility, good scope to select right parameters for right applications. There has to be facility to choose the method itself which can perform a given titration. The method development thus becomes a sure

way to get the correct results with respect to concentration and tolerance limits. It should be possible to store the developed method and recalled for that application. The system must be user friendly and the data obtained has to be tamper proof, authentic supported by statistics and software provisions to keep the result secured. All these aspects are taken care in designing Model AT 38 C

• Applications Industry :
Chemical, Pharma, Dairy, Biotechnology, Fertilizer, Petrochemicals, Waters, Dyes, Paints, Food & Beverage , oil , distilleries, cosmetics, steel etc.

• Titration Type :
Acid base, Non-aqueous, Redox, Argentometric, Precipitation, Complexometric, Enzymatic, EDTA, TAN/TBN etc.

• Facilities :
Blank, back titration, 4 modes, 3 methods, optional KF, optional pH stats, interchangeable burette, several result units, store 51 user methods, store 10 formulae in sample mode & 3 formulae in Normality mode, Normality transfer to sample mode, standard deviation, Linearity , 10 reports stored, Graphics

• Features :
Versatile, Advanced Microcontroller, user friendly, powerful, GLP Compliance, CFR 21 PART 11, Complaint IQ, OQ, PQ, Calibration, Traceability, PC Connectivity, Result on display, Printer, Corrosion resistant fiber body.

• Reports :
Burette factor, start criteria, stop criteria, Dilution factor, Titration no. Date & Time, Instrument Sr,No. Organisation Name, Vast data points, 11 end points, Statistics, Standard Deviation, Relative std, Deviation, Linearity, ml/ time curve, reaction kinetics, “S” / Derivative Curve.

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