Overview
FANGRUI instrument HBDV-1T digital display rotational viscometer uses touch screen technology to achieve fast, accurate and convenient viscosity measurement. Equipped with a 5-inch color Touchscreen, with built-in 30 test programs, it is powerful and rich in display content, far exceeding the traditional LCD Viscometer.
Features
1. Using ARM technology and Linux system, Operating interface is simple, supporting test program creation and Data analysis
2. Automatic calibration of each range by computer, high accuracy and small error
3. Display rich content, including viscosity, temperature, shear rate, shear stress and other parameters
4. Fully functional, support RS232C interface to connect to computer, timing measurement, Data storage and printing
5. Front level, intuitive and convenient level adjustment
6. Stepless speed regulation, 0.3-100 a total of 998 kinds of Rotation speed
7. Linear dispersion of shear rate to viscosity and time to viscosity can be displayed
8. Optional Pt100 temperature sensor, temperature range -20 to 300 ℃, accuracy 0.1 ℃
9. Optional accessories, including constant temperature bath, thermostatic cup, printer, etc
10. Support Chinese and English Operating system
Principle
The viscosity value is calculated by measuring swirl/spin resistance of the rotor in the sample. Using stepless speed regulation technology, viscosity measurement at different Rotation speeds, and automatic calibration and data processing by computer system to ensure measurement accuracy.
Applications
Paints, Coatings, Cosmetics, Inks, Pulp, Food, Oil, Starch, Solvent Adhesives, Emulsions, Biochemical Products, Asphalt, Paraffin, Hot-melt adhesives
Steps
1. Connect the power supply and turn it on.
2. Use the front level to adjust the instrument level
3. Select or create a test program
Step 4 Install the right rotor
5. Rotation speed and Measurement parameters
6. Start measurements and observe real-time data
7. Save or print measurement results
Notice
• Make sure the instrument is placed horizontally before use
• Select the appropriate rotor and Rotation speed according to the sample characteristics
• Optional temperature sensor when measuring high temperature samples
• Regularly calibrate instruments to ensure Measurement accuracy
Storage capacity limitations when saving data
• Make sure the interfaces match when connecting external devices
