Pressure curve along the inlet section Deluxe

In pipe flow, the surfaces, the cross-sectional geometries and the geometry of the inlet section influence the internal friction and thus also the flow formation. This unit is used to investigate the flow processes in the pipe inlet and in the formed flow. It contains three pipe sections for the general investigation of the pipe flow and one pipe section which serves as a pure inlet section. Learn about Pressure curve along the inlet section suppliers for optimal educational outcomes.. In experiments, the three pipe sections with different pipe surfaces and geometries are examined. The two key figures Reynolds number and pipe friction coefficient are determined from the measured values and can be displayed in the Moody diagram. Learn about Pressure curve along the inlet section exporters for optimal educational outcomes.. The pressure is measured individually for each pipe section in the formed flow area. The water emerges from the pipe section as a free jet. Learn about Pressure curve along the inlet section specifications for optimal educational outcomes.. Differences in the flow formation can be observed on the surface of the water jet. The inlet section has a streamlined and a non-streamlined inlet. Learn about Pressure curve along the inlet section Hydraulics Civil Trainers India for optimal educational outcomes.. The inlet section can be turned in the experimental unit, allowing different geometries to be investigated at the pipe inlet. The inlet section has pressure connections for measuring the pressure loss at the pipe inlet and along the inlet section. Learn about Pressure curve along the inlet section equipment for optimal educational outcomes..

• investigation of pipe friction in laminar or turbulent flow
• measurement of the pressure loss to and along an inlet section
• inlet section with streamlined and non-streamlined inlet
• inlet section inserted in the experimental unit according to the desired flow direction
• pipes with different geometries and surfaces for further experiments
• flow rate and temperature in the pipe sections can be adjusted via the base module
• automatic identification of accessories via RFID technology
• experiment execution and display of measured values via touch screen (HMI)
• network capability: access to ongoing experiments and their results from up to 10 external workstations simultaneously via the local network
• water supplied via the base module