Overview
The NIRUN NTV-T2L viscosity temperature control machine is a device that integrates viscosity measurement and temperature precision control, breaking through the traditional split machine mode. The system consists of a 7-inch Touchscreen host, a small sample adapter, an SC4 rotor and a temperature controller. It supports shear rate and shear stress display. The sample dosage is only 2-16ml. The SC4 rotor cylindrical structure ensures accurate viscosity measurement, precise positioning of electric lifting, and easy loading, unloading and cleaning. The temperature control adopts semiconductor technology with an accuracy of +/- 0.1 ° C. It supports stepless speed measurement, programming and control of rheological Linear dispersion, U disk data storage and various storage methods.
Features
1. Integrated design, integrated viscosity measurement and temperature control; 2.7 inch wide Touchscreen operation; 3. Small sample adapter, sample dosage is only 2-16ml; 4. SC4 rotor cylindrical structure provides accurate viscosity measurement; 5. Electric lifting system, precise positioning; 6. Temperature control accuracy +/- 0.1 ℃; 7. Support stepless speed measurement and programming to control rheological Linear dispersion; 8. External U disk data storage, single point, continuous, timing storage optional; 9. Password protection temperature and viscosity correction factor; 10. Flexible operation, can be controlled by host or DV software.
Principle
The viscosity temperature control all-in-one machine performs viscosity measurement through a small amount of sample adapter and SC4 rotor. The rotor swirls/spins in the sample to generate shear rate and shear stress. The system displays these indicators for accurate measurement. Temperature control is realized by semiconductors and a built-in automatic optimization program to ensure that the sample is thermostatic, reduce temperature inhomogeneity and shorten the thermostatic time. Stir action of the rotor combines a small amount of sample to optimize the temperature distribution and improve measurement accuracy.
Applications
Viscosity measurement, temperature control, rheological studies, sample performance testing
Steps
1. Connect the power supply and turn it on; 2. Install a small sample adapter and SC4 rotor; 3. Set the temperature parameters through Touchscreen or DV software; 4. Enter the sample and select the speed or programming mode; 5. Start the measurement, and the system will automatically lift and position; 6. Select the data saving method (single point, continuous or timed); 7. Use the U disk to export the data; 8. After the measurement is completed, remove and clean the sample cartridge.
Notice
* Ensure that the power input is AC100-240V, 50Hz/60Hz; * The sample dosage is controlled within the range of 2-16ml; * The temperature setting should be between -1 and 150 ° C to avoid exceeding the limit; * Handle with care when loading and unloading the sample cartridge to prevent damage; * Clean the sample adapter in time after use to maintain hygiene; * Correct the temperature and viscosity coefficient with reliable data support; * Avoid operating the equipment in a humid or high temperature environment; * Regularly check the rotor and lifting system to ensure normal operation.
