I.Overview
Cone Bearing Simulator (TBS) type viscometer were developed for the temperature range of 100 ° C to 150 ° C, and for the 100,000 shear rate to accurately measure the rheological properties of the lubricant. The instrument was originally developed to determine the working characteristics of engine oil at the bearing journal, hence its name.
High temperature and high shear rate dynamic viscometer of lubricating oil is a viscometer to test the characteristics of high temperature and high shear rate of lubricating oil.
In addition to automotive engine oils, TBS viscomers can be used in a wide range of applications, including hydraulic oils, automatic transmission oils, gear oils, printing inks, shock absorber oils, and more.
II.Main performance parameters
1. Applicable standard: ASTM D4683 ASTM D4741;
2. Heating method: high temperature oil bath;
3. Test temperature: 100℃, 150℃;
4. Unit of work: 1 unit tube;
5. Operating system: WINDOWS 7;
6. Result calculation: special software;
7. Manual injection, can detect 5 samples per hour;
8. No solvent cleaning is required, only a small amount of new samples are needed for rinsing;
9. The analysis software automatically calculates the calibration deviation of standard oil to help users check the accuracy of calibration data;
10. Can store and print test results.
III.Data sheet
Size(W x D x H) | Viscometer:30 x 35 x 50 cm Oil bath:40 x 48 x 52 cm Industrial computer:35 x 80 x 35 cm |
Weight | Viscometer:25Kg Oil bath:10Kg Industrial computer:3KG |
Power supply | 210-240V 50/60 Hz |
Total power | 2.5KW |
Sample volume | Recommended 50ml |
Sample test time | Each sample takes about 5-10 minutes |
Thermostatic bath temperature control | thermostatic control:40°C to 200°C (± 0.1°C) |
Shear rate | The minimum shear rate is 50000s-1 ,and the maximum shear rate is 7000000s-1 Rotational speed(800-8000) |
Safety | Over temperature protection Programmable temperature limit |
Shipping weight | About 70KG |
Shipping size | wooden box1:50 x 60 x 75 cm wooden box2: 50x 50 x 60 cm |