Overview
The NIRUN NTV-P1HB programmable digital Viscometer is an advanced measuring instrument with a 7-inch wide Touchscreen, providing rich display information and easy operation. It supports a variety of Viscosity units and Measurement modes, with built-in RTD temperature sensor and optional software for rheological measurement.
Features
1.7 inch wide Touchscreen, easy to operate, rich display information
2. Optional DV data collection and program control software can measure rheological characteristics, and the screen directly displays rheological Linear dispersion
3. Display shear rate and shear stress index
4. Anti-static shell, metal lifting rod design
5. Built-in RTD temperature sensor
6. ARM chip processor, fast data processing speed
7. Durable new small shaft design
8. Powerful human-machine interaction interface
9. Gigabit network port data communication transmission, fast and reliable transmission
10. Support external U disk Data storage; single point, continuous, timing three storage methods
11. Password-protected temperature and viscosity correction factor, allowing users to correct themselves
12. Support stepless speed measurement viscosity, input Rotation speed directly reflects the full scale of each rotor
13. Automatic conversion of dynamic viscosity and kinematic viscosity
14. Viscosity unit interchangeability
15. Interchange of a variety of user-friendly operation styles
16. Random comes with powerful operation wizard help
17. Viscosity values show continuous change
18. Measurement range beyond the alarm sound prompt
19. Computer full-scale linear correction
20. AC Power Adapter 100V-240V, good anti-interference
Principle
The Viscometer swirls/spins viscosity measurements in the sample with a rotor, processes data quickly with an ARM chip processor, has a built-in RTD temperature sensor that monitors temperature in real time, and displays measurement results and rheological Linear dispersion via Touchscreen.
Applications
Viscosity measurement, rheological analysis, quality control, laboratory research
Standards
Computer full-scale linear calibration standard
Steps
1. Connect the Power Adapter and turn it on
2. Measurement mode and parameter selection via Touchscreen
3. Install the right rotor
4. Measuring location of samples
5. Start the measurement and observe the screen display
6. Save the data to the U disk or transfer it through the network port as needed
7. Use the operation wizard to assist with complex operations
Notice
• Check whether the Power supply voltage is within the range of 100V-240V before use
• Make sure the rotor is installed correctly to avoid damaging the instrument
• Pay attention to sample temperature during measurement and monitor with built-in temperature sensor
• Measurement range beyond the alarm prompt
Verify Storage method before saving important data (single point, continuous or timed)
• Reliable and accurate data is required when correcting temperature and viscosity coefficients
• Regular full scale linear calibration to ensure accuracy
