1. This instrument is applicable to the national standard GB/T265-88 Determination of Kinematic Viscosity of Petroleum Products and Algorithm for Dynamic Viscometers.

2. The core host adopts TI's AM3354 processor, Cortex-A8 core, and a 1GHz clock speed; The operating system adopts Windows Embedded Compact 7 real-time industrial control system. Thoroughly abandoning the use of nuclear free and non operational microcontrollers, the modernization of instrument control has been truly achieved, ushering instruments into a new era of intelligence.

3. The monitor adopts the original 7.0-inch 800 × 480 pixel true color TFT-LCD LCD screen from Innolux, with a fully Chinese operation interface and delicate, intuitive and generous display.

4. The operation adopts a capacitive touch screen, which has the advantages of no mechanical loss, dust and water resistance, resistance to radio frequency interference, and long service life.

5. Rear USB interface, which can be used for later software updates and can also be connected to a mouse for precise operation.

6. The printer adopts a micro embedded thermal printer, which prints quieter, faster, and clearer; Customized needle printers can also be used, and the printed results can be stored for a long time without fading.

7. The temperature detection adopts the original imported PT100 platinum resistance temperature sensor, combined with a high-precision AD converter, and controls the electric heating tube through excellent linear mathematical models and unique control algorithms, making temperature measurement and control faster, more accurate, and stable.

8. The independent control switch can directly cut off the power supply to the heating tube and stirring motor, and stop heating and stirring the medium in the bath without modifying the setting parameters or shutting down, making it convenient to operate and handle emergency situations.

9. It has the function of setting parameter storage. After power failure, it can be restarted to maintain the previous parameter settings.

10. This instrument can perform asynchronous measurements on 4 samples simultaneously. The measurement results can be printed after the experiment is completed.

11. Equipped with 4 built-in timers, the corresponding capillary parameters can be set to calculate and display real-time kinematic viscosity values.

12. The constant temperature bath is a small cylinder with a circular cylinder body, equipped with dual electric heating tubes for rapid heating, and a stirrer is placed in the center of the bath to ensure uniform temperature distribution and excellent temperature control effect.

13. The bath components such as the electric heating tube heater and stirring fan blades are made of stainless steel, which is corrosion-resistant and durable.

14. Circular fluorescent lamps provide high transparency and better observation effects.

Temperature control range: Room temperature~120 ℃ (arbitrary setting)

Temperature control accuracy: 0.01 ℃

Timing range: 0~999.9S

Timing accuracy: 0.01S

Measurement range: determined by the selected capillary tube

Experimental hole positions: 4

Bathtub capacity: 20L

Environmental temperature: 10 ℃~45 ℃

Environmental humidity: ≤ 85%

Power supply voltage: 220 ± 10% V.AC

Power frequency: 50 ± 10% Hz

Power consumption: 1600W

Main color of the chassis: dark gray

Bath structure material: 304 stainless steel

Recommendation: WM6500 Fully Automatic Kinematic Viscosity Tester