DV1T/DV2T seriesRotating touch screen viscometer

Product Introduction:

DV1T/DV2T seriesRotating touch screen viscometer*Integrating touch screen technology, using a high-tech approach to quickly, accurately, and conveniently measure viscosity. Powerful functionality, stepless debugging, and the ability to measure samples with ultra-high viscosity.
Build 30 sets of testing programs and save 30 sets of ancestral testing data. The 5-inch large color touch screen can comprehensively and vividly display various parameters and working conditions. It has obvious advantages such as multiple measurement parameters, rich display content, convenient operation, intuitive reading, high measurement accuracy, stable speed, strong anti-interference performance, display of shear rate and viscosity curves, and wide working voltage.

Product features:

1. Adopting ARM technology and built-in Linux system. The operating interface is simple and clear, with the creation of testing programs and dataAnalyze and conduct viscosity testing quickly and conveniently;

2. Accurate viscosity measurement: Each range is automatically calibrated by a computer, with high accuracy and small errors;

3. Rich display content: In addition to viscosity (dynamic viscosity and kinematic viscosity), there are also temperature, shear rate, and shearStress, percentage of measured value to full-scale value (graphical display), range overflow alarm, selfMaximum measurement range, date, time, etc. under the combination of dynamic scanning and current rotor speed. combineCan display kinematic viscosity with known density, meeting different measurement requirements of users;

4. Fully functional: capable of timed measurement, self built 30 sets of testing programs, access to 30 sets of measurement data, real-time display of viscosityCurves, printed data, and curves, etc;

5. Front level: Horizontal adjustment is intuitive and convenient;

6. Stepless speed regulation: RV1T series: 0.3-100 rpm, with a total of 998 different speedsRV2T series: 0.1-200 revolutions per minute, with a total of 2000 different speeds

7. Display the curve of shear rate versus viscosity: the range of shear rate can be set in real-time on the computerDisplay; It can also display the curve of time versus viscosity

8. Optional Pt100 temperature probe:Wide temperature measurement range, from -20 to 300℃, temperature measurement accuracy of 0.1 ℃;

9. Rich optional accessories: viscosity meter specific constant temperature bath, constant temperature cup, printer, standard viscosity sample (standard silicone oil), etc;

10. Chinese and English operating systems.

The continuously variable speed RVDV/HADV/HBDV series viscometers can measure a wide range, from 100 to 320 million mPa S， Almost covering the vast majority of samples.

Using R1-R7 disc rotors, the performance is comparable to imported viscometers of the same type and can be used as a substitute.

Application areas:

Widely used in high viscosity industries such as paint, coatings, cosmetics, ink, pulp, food, oil, starch, solvent based adhesives, latex, and biochemical products.

Detailed technical parameters:

From left to right: R1- to R7 disc rotors

Options:

1. R1 rotor

The viscosity of the sample is lower than the lower limit of the measurement range for each model, and R1 rotor needs to be selected

2. Temperature probe (temperature sensor)

Using Pt100 platinum resistor

Temperature measurement range:- 20 – 300℃

Measurement accuracy: 0.1 ℃

3. Micro thermal printer

Can be directly connected to a viscometer

print data

Print Curve

4. Viscometer specific constant temperature bath

The unique circular opening can hold a 200ml beaker for direct viscosity testing

The measurement. The external circulation function can also guide controlled constant temperature liquids

To the external constant temperature cup, try to meet different testing requirements as much as possible.

4.1 CH-1006:

Temperature control range: room temperature plus 10 ℃ to 100 ℃

Temperature control accuracy: 0.1℃

4.2 DC-0506W：

Temperature control range: -5 to 100 ℃

Temperature control accuracy: 0.1 ℃