Product Description
DH-RVDV-1T-H Touch Screen High Temperature Brinell Viscometer
Using a coaxial center structure, using a small sample adapter, each measurement requires a very small sample size, temperature control quickly and accurately. It has many measuring parameters, rich display content, convenient operation, intuitive reading, high measuring precision, stable rotational speed, strong anti-interference performance, wide working voltage and so on. can replace the same type of imported instrument.
Main features:
1. Adopts ARM technology, built-in Linux system. Operation interface is simple and clear, through the creation of testing procedures and data analysis, fast and convenient viscosity testing
2. Accurate viscosity measurement: each measuring range is automatically calibrated by computer with high precision and small error
3. Display rich: in addition to viscosity (dynamic viscosity and kinematic viscosity), there are temperature, shear rate, shear stress, measured value as a percentage of the full range value (graphic display), range overflow alarm, automatic scanning, maximum measurement range under the current rotor speed combination, date, time, etc. The kinematic viscosity can be displayed under the known density to meet the different measurement requirements of users
4. Fully functional: can be timed measurement, self-built 30 groups of testing procedures, access to 30 groups of measurement data, real-time display viscosity Curves, printed data, curves, etc
5. Stepless speed regulation
RV1T series:0.3-100 rpm, a total of 998 rotational speeds
RV2T Series:0.1-200 rpm,2000 rpm
6. Shows the curve of shear rate to viscosity: can set the range of shear rate, real-time display on the computer; can also show the curve of time to viscosity
7. Operating System in English and Chinese
Measurable in a very large range from 50 to 80 million MPA.S, samples that can meet various high viscosity high temperature melts (e.g. hot melt adhesive, asphalt, plastics, etc.)
Optional ultra-low viscosity adapter (rotor 0) can also measure the viscosity of paraffin wax, polyethylene wax if molten sample.
Detailed technical parameters:
Advanced Touch Screen TechnologyThe DH-RVDV-1T-H viscometer is equipped with a responsive touch screen interface, simplifying operation and reducing manual input. This intuitive display allows for precise controls and real-time data visualization, making it easier for users to monitor and adjust testing parameters efficiently.
Engineered for High-Temperature ApplicationsBuilt to withstand rigorous industrial demands, this Brinell viscometer can accurately measure viscosity at elevated temperatures. Its robust MS body and automatic operation cater to demanding environments where reliable, repeatable measurements are essential for quality control.
FAQ's of DH-RVDV-1T-H Touch Screen High Temperature Brinell Viscometer:
Q: How does the DH-RVDV-1T-H Touch Screen Viscometer operate automatically?
A: This viscometer features a fully automatic operation mode, where users select settings through the touch screen, and the instrument manages the measurement process. This automation ensures accurate, repeatable viscosity readings with minimal manual intervention.
Q: What are the main benefits of using a touch screen high temperature viscometer?
A: The primary advantages include increased measurement precision, ease of use, rapid data processing, and minimal operator error. The touch screen enhances workflow efficiency, while high-temperature capability broadens its application in various industries.
Q: When should high temperature viscosity testing be performed with this device?
A: High temperature viscosity testing is ideal during production or research phases where material properties must be analyzed under elevated temperatures, such as in polymer, lubricant, or chemical manufacturing. Testing at the right temperature helps ensure accurate product performance assessments.
Q: Where is the DH-RVDV-1T-H Viscometer typically utilized?
A: This viscometer is commonly used in industrial laboratories, quality control departments, and research settings within sectors like chemicals, petrochemicals, and materials sciences-all requiring precise viscosity measurements at various temperatures.
Q: What process does the viscometer use to measure the viscosity of samples?
A: The viscometer measures viscosity by automatically rotating a spindle within the heated sample and recording the resistance encountered. The results are processed and displayed on the touch screen, providing immediate feedback to the user.
Q: How can users benefit from its automatic operating method?
A: Automatic operation reduces manual handling, minimizes measurement errors, and speeds up testing cycles. This leads to higher throughput, better consistency in results, and overall improved productivity in industrial or laboratory settings.
Q: What is required to power the DH-RVDV-1T-H Viscometer?
A: This viscometer operates on standard electric power with a voltage of 220-240 volts, making it compatible with most industrial and laboratory power supplies globally.