The Osborne Reynold’s Apparatus with Manometer FluidoSurge-X 133 is designed for studying flow regimes in fluid mechanics laboratories. It enables visualization of laminar, transitional, and turbulent flow using dye injection. The system includes U tube and inverted U tube manometers for pressure measurement. It supports Reynolds number determination through volumetric flow analysis and controlled experimentation.
The Osborne Reynold’s Apparatus with Manometer FluidoSurge-X 133 is designed to study fundamental flow regimes in fluid mechanics. It enables visualization of laminar, transitional, and turbulent flow while measuring pressure differences along a test pipe. The apparatus supports determination of Reynolds number using volumetric flow measurement. It is suitable for structured laboratory teaching and demonstration of classical flow behavior.
Product Overview
The SCIENTICO Osborne Reynold’s Apparatus with Manometer FluidoSurge-X 133 is developed to reproduce the classical experiments conducted by Professor Osborne Reynolds with added pressure measurement capability. The setup includes a transparent header tank that supplies water at a constant head to a flow visualization tube through a bell mouth entry. Flow is regulated using a discharge control valve, while dye injection allows clear visualization of flow patterns. U tube and inverted U tube manometers are provided to measure pressure difference between inlet and outlet of the test pipe during experiments.
| Parameter | Specification |
|---|---|
| Model | FluidoSurge-X 133 |
| Type | Osborne Reynold’s Apparatus with Manometer |
| Application | Flow Regime Visualization and Pressure Measurement |
| Visualization Tube Diameter | 10 mm |
| Visualization Tube Length | 620 mm |
| Dye Reservoir Capacity | 440 ml |
| Measuring Cylinder Capacity | 2 L |
| Manometer Type | U tube and inverted U tube |
| Manometer Length | 600 mm |
| Manometer Graduation | 1 mm |
| Stopwatch Range | 0 to 9 h 59 min 59 sec |
| Operation Requirement | Hydraulic bench or laboratory water supply |
Key Features-
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Visualization of laminar, transitional, and turbulent flow
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Dye injection system for clear flow pattern observation
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Transparent header tank with diffuser and stilling materials
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Bell mouth entry for smooth flow into the test section
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U tube and inverted U tube manometers for pressure difference measurement
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Volumetric flow measurement for Reynolds number calculation
Applications-
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Demonstration of classical Osborne Reynolds experiments
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Determination of critical Reynolds number
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Visualization of flow regimes and velocity profile
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Measurement of pressure difference across a test pipe
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Fluid mechanics and hydraulics laboratory experiments
Construction & Design Details-
The apparatus features a transparent header tank fitted with diffuser and marbles to calm inflow water and maintain constant head conditions. A clear visualization tube allows direct observation of dye streaks under different flow regimes. Manometers are mounted securely for accurate pressure measurement between inlet and outlet sections. All components are arranged to provide stable and repeatable experimental conditions.
Export & Supply Capability-
SCIENTICO manufactures the FluidoSurge-X 133 Osborne Reynold’s Apparatus with Manometer for domestic and international supply. The unit is suitable for export to engineering colleges, universities, and technical training laboratories. Standard packing, accessories, and documentation are provided with each unit.
Q1. What flow regimes can be studied using this apparatus?
It allows visualization of laminar, transitional, and turbulent flow regimes.
Q2. How is Reynolds number determined in this experiment?
Reynolds number is calculated using flow velocity derived from volumetric flow rate measurements.
Q3. What is the purpose of the manometers in this apparatus?
The manometers are used to measure pressure difference between the inlet and outlet of the test pipe.
Q4. How is flow visualization achieved?
Flow visualization is achieved using a dye injection system mounted on the header tank.
Q5. What water supply is required for operation?
The apparatus can operate using a hydraulic bench with closed water circuit or a laboratory water connection.
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