SFY-100A fully automatic micro moisture analyzer

SFY-100AThe fully automatic micro moisture analyzer uses Karl Fischer—Feixiu Coulombpower levelMethod, an instrument for measuring trace amounts of water in liquids, gases, and solids.The instrument adopts a powerful new generation processor and brand new peripheral circuits, with excellent low power consumption; The stability and accuracy of measuring electrode signals as a criterion for the end of electrolysis are key factors affecting measurement accuracy. Due to the use of advanced devices and methods, precise detection of electrode signals has been achieved; Further understanding of electrolyte characteristics, a new software compensation correction algorithm was proposed to improve measurement accuracy; Chinese character graphic LCD display screen, intuitive and friendly display interface.The sample determination process is automatically controlled by the instrument, including stirring and measurement60Automatically completed in about seconds, directly displaying the measurement results; Fully sealed titration cell bottle, avoiding contact between reagents and people, and also avoiding the influence of environmental humidity; Suitable for the determination of moisture in petroleum and chemical production processes and products; Determination of moisture in insulation oil of oil filled electrical equipment; Determination of moisture in substances such as pharmaceuticals, pesticides, and mineral raw materials.

SFY-100A fully automatic micro moisture analyzerTechnical Specifications:

1 Titration method: microprocessor controlled titration.

2 Electrolytic current output:0～400mAAuto-Control.

3 Display system:7Large color touch screen.

4 Measurement range:0ug～100mg[0.0001%（1ppm)—100%]

5 resolution/Sensitivity threshold:0.1ugH2O.

6 Accuracy:10ug～1mgH2OFor ±3ug,1mgH2OAbove, for0.3%(Excluding injection errors).

7 Power consumption: less than100W.

8 Usage environment: Temperature5℃～40℃, humidity less than85%.

9 power supplyAC220V±10% 50Hz±2.5Hz.

Instrument features:

1 Compact structure, beautiful appearance, easy operation,No labeled buttons, user-friendly interface.

2 Fast testing speed and good repeatability,Test synchronous display process curve,The experimental process is more intuitive

3 Use electrolyte blank current compensation and balance point drift compensation to correct measurement results.

4 The software can adjust the stirring speed, which can be done in0～9Choose between,Directly input numbers from the interface to adjust the mixing speed

5 Controlled by high-speed microcomputer chips,7Large screen color LCD and touch screen display.

6 Automatic or manual printing of experimental results, convenient for filing and archiving.36One character, Chinese character output

7Capable of conducting trace analysis on low content samples with high sensitivity.

8Friendly human-machine dialogue with a touch screen interactive interface.

9Display the clock (year, month, day, hour, minute, second) and keep it in case of power failure.

10Multiple formula options, automatically changing display units（ugThemg/LTheppm、%）Memorable

AVIC Dingli products meet the following standards

1TheGB/T7600Method for determination of moisture content in transformer oil during operation(Coulomb method)

2How to translateThe

3GB6283Determination of Moisture Content in Chemical Products by Karl Fischer Method (General Method)The

4SH/T0246Determination of Water Content in Light Petroleum Products (Electricity Method)The

5SH/T0255Method for determination of moisture content in additives and lubricating oils containing additives (electric method)The

6GB/T11133Method for determination of water content in liquid petroleum products (Karl Fischer method)The

7GB/T7380Determination of Water Content in Surfactants (Karl Fischer Method)The

8GB10670Determination of Trace Moisture in Fluorinated Methanes for Industrial Use by Karl Fischer MethodThe

9GB/T606Chemical reagents General method for determination of moisture Karl Fischer methodThe

10GB/T8350Denaturated Fuel EthanolThe

11GB/T8351Ethanol gasoline for vehiclesThe

12GB/T3776.1Method for determination of moisture content of pesticide emulsifiersThe

13GB/T6023Determination of Trace Moisture in Industrial Butadiene by Karl Fischer Coulombic MethodThe

14GB/T3727Determination of trace water in industrial ethylene and propyleneThe

15GB/T7376Determination of Trace Moisture in Fluorinated Alkanes for Industrial UseTheGB/T18619.1Determination of water content in natural gas by Karl Fischer method

16-Coulomb methodThe

17GB/T512Method for determination of moisture content in lubricating greaseThe

18GB/T1600-Method for determination of pesticide moisture contentThe

19GB/T11146Determination of Water Content in Crude Oil by Karl Fischer Coulombic MethodThe

20GB/T12717Test Methods for Acetic Esters for Industrial UseThe

21GB/T5074Method for determination of moisture content in coking productsTheGB/T18826industrial use1,1,2-

22Tetrafluoroethane（