Product Introduction：
The H201 Hydrostatic Experimental Device is a comprehensive experimental platform that can effectively improve students’ understanding of the basic principles and characteristics of fluid mechanics, such as density and viscosity. It can also provide a more intuitive demonstration of Pascal’s law and Archimedes’ law in experimental form. The H201 hydrostatic experimental device includes a centralized water storage tank, which provides experimental water through a water pump. The water storage tank is interconnected with the water storage tank to meet water recovery requirements. This experimental platform includes the following main experimental equipment: characteristic experiments: Eureka cans, density bottles, density meters, etc; Basic principle experiments: Pascal tube, Archimedes experimental module, U-shaped pressure gauge, etc. The H201 hydrostatics experimental device is based on the basic principles and characteristics of statics, and can carry out experimental ranges including quantitative determination of density and specific gravity, qualitative observation and analysis of capillary phenomena inside and between pipes and plates, comparative analysis of viscosity of different liquids using the falling ball method, demonstration and verification of Pascal’s law and Archimedes’ law, stability research of ship shaped floating bodies and determination of stable center height, verification and analysis of the distribution law of fluid static pressure centers, measurement methods of liquid level height, demonstration and practice of various static pressure measurement methods, calibration and operation practice of Bourdon pressure gauges.
detailed information
| PRODUCT MODEL | H201 | product name | Flow Field Demonstration Experiment Apparatus |
| Product specifications | product material | ||
| Usage environment | 0 ℃ ≤ temperature ≤ 45 ℃, relative humidity ≤ 85% | Input power supply | |
| Belonging series | fluid mechanics | Cooperate with modules |
| Experimental function： |
| 1、Determination of fluid density and specific gravity 2、The principle and use of a specific gravity meter 3、Capillary relationship between the tube and the plate 4、Measuring viscosity using the falling ball method 5、Pascal’s Law Demonstration 6、Measure the liquid level with a hook type depth gauge 7、Verify Archimedes’ Law and demonstrate the principle of flotation 8、Stability of Floating Bodies and Determination of Stability Center Height 9、Operation and calibration of Boden pressure gauge 10、Specific gravity device |