Overview
The HBTV-2C rotational viscometer features a high definition color screen and all-metal housing design with a high performance processor and PT100 temperature sensor for easy operation and informative display. It offers a USB PC interface with optional computer control and automatic data collection for a variety of fluid viscosity measurements.
Features
1. The color screen Operating interface is concise and clear, and new users can get started.
2. Full metal shell, strong anti-interference.
3. PT100 High Accuracy temperature sensor.
4. High-speed chip processor, faster data processing.
5. Adopt high-strength small shaft for durability.
6. With 232 printing interface, it can be directly connected to a computer or micro printer to print data.
7. Timing function, automatically complete non-newtonian fluid measurement to ensure data conformity.
8. The instrument displays viscosity Linear dispersion, real-time viscosity, temperature and other information.
9. Automatic range shows the maximum measurement viscosity under the current rotor and Rotation speed combination.
10. The instrument can store data, making it convenient for customers to check and compare.
Principle
The HBTV-2C rotational viscometer calculates viscosity by measuring the resistance of the fluid to the rotor by swirling/spinning the rotor in the fluid. It uses stepless variable speed control Rotation speed, combined with PT100 temperature sensor to monitor the temperature in real time to ensure Measurement accuracy.
Applications
Inks, Glue, Emulsion, Solvent Adhesive, paints Coatings, Petroleum, Cosmetics, Milk Products, Products, Juices, Pastes
Steps
1. Connect the Power Adapter and turn it on.
2. Choose the right rotor and Rotation speed.
3. Immerse the rotor in the fluid to be measured.
4. Start measurement, the instrument automatically displays viscosity, temperature and other data.
5. Use the timing function or connect to the computer for data collection.
6. After the measurement is completed, the data can be stored or printed.
Notice
• Ensure that the input voltage of the Power Adapter is within the range of 100~ 240V.
• Check whether the rotor is in good condition before use to avoid damage.
• Maintain fluid temperature stability during measurement to improve accuracy.
• Regularly calibrate instruments to ensure measurement accuracy.
• Avoid use in strong interference environments to prevent data from being affected.
