Friction Loss in A Pipe Apparatus
A small-bore straight test pipe on a base plate for measuring friction loss in a horizontal pipe, to study laminar and turbulent flow. Also to find the critical Reynolds number and demonstrate the flow transition point.The set-up can be connected to Hydraulic. Bench by flexible pipeline. Static pressure tapping’s upstream and downstream of the test pipe connect to a water manometer. The back panel holds the manometer with calibrated scales. The water manometer measures lower differential pressures in the laminar and lower turbulent flow regions (just above the critical Reynolds Number). The pressure meter measures higher pressures in the turbulent flow region. The water manometer includes an air valve and hand-pump.
Range of Experiments
- Investigations of laminar and turbulent flows
- Demonstration and measurement in a change of the laws of resistance (friction factor) from laminar to turbulent flow
- Finding the critical Reynolds number.
- Capable of investigating laminar and turbulent flow and the transition point.
- Capable of showing the critical Reynolds Number and verifies Poiseuille's Equation for laminar flow.
Features
- Superb Painted structure
- Simple to operate & maintain
- Directly measure friction loss in a small bore test pipe.
- Includes precision valve for precise flow control and a header tank for good laminar flow.
TECHNICAL SPECIFICATION
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Pipe Test Section |
Length 600 mm |
|
Header tank |
Header tank nett dimensions:400 mm high x 250 mm outside diameter and 800 mm Overflow/support pipe. |
|
Test pipe |
Test pipe internal diameter (nominal):3 mm |
|
Water manometer range |
0 to 530 mm water |
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Pressure meter range |
0 ~ 20m (water). |
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Required accessories |
Pressure meter, hand-pump, stopwatch and printed operation manual |
Hydraulics Data Management System Software.
- Simple software tool for manual data entry and recording of data for hydraulics experiments.
- Intuitive and easy-to-use, with clear, customizable display and layout options.
- Automatic calculation, charting and data export for efficient use of students.
- Recording data manually.
- Display of data in digital form or as an analogue meter.
- Logging of data for printing and later analysis.
- Export of data to Excel.
- Perform calculations of recorded data.
- Create charts with live updates as data is entered.