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Orifice Flowmeter | FluidoSurge-X 232
The Orifice Flowmeter | FluidoSurge-X 232 by SCIENTICO is a laboratory apparatus for studying flow measurement using the differential pressure method. It features a transparent acrylic pipe section with an orifice plate and manometer connections for pressure loss measurement. The unit supports experiments on Bernoulli’s principle and continuity law. Suitable for fluid mechanics and hydraulics teaching laboratories.
The Orifice Flowmeter FluidoSurge-X 232 is a laboratory apparatus designed to demonstrate and study flow measurement using the differential pressure principle. Manufactured by SCIENTICO, the unit enables experimental verification of Bernoulli’s principle and the continuity law. It is intended for instructional use in fluid mechanics and hydraulics laboratories. The apparatus operates in conjunction with a hydraulic bench or laboratory water supply.
Product Overview
FluidoSurge-X 232 consists of a transparent pipe section fitted with an orifice plate that constricts the flow area. As fluid passes through the orifice, an increase in velocity causes a measurable pressure drop. This differential pressure is displayed on a manometer, allowing the flow rate to be calculated based on the geometry of the orifice. The transparent front section provides clear visualization of the flow restriction and measuring principle.
| Parameter | Specification |
|---|---|
| Apparatus Type | Orifice plate flowmeter |
| Measurement Principle | Differential pressure |
| Pipe Section Material | Transparent acrylic |
| Pressure Display | Manometer |
| Orifice Upstream Diameter | 26 mm |
| Orifice Diameter | 16 mm |
| Water Supply | Hydraulic bench or laboratory connection |
| Connections | Hose couplings |
Key Features
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Demonstration of flow rate measurement using orifice plate
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Transparent acrylic pipe section for visual understanding
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Differential pressure measurement using manometer
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Suitable for verification of Bernoulli’s principle
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Compatible with standard hydraulic benches
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Simple and robust design for teaching laboratories
Applications
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Fluid mechanics laboratory experiments
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Study of differential pressure flow measurement
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Verification of continuity equation
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Plotting pressure loss versus flow rate curves
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Educational demonstrations in hydraulics
Construction & Design Details
The apparatus features a transparent acrylic pipe section fitted with a precisely machined orifice plate. Pressure tapping points are provided upstream and downstream of the orifice to connect a manometer for differential pressure measurement. Hose couplings allow quick connection to a hydraulic bench or laboratory water supply. The transparent construction aids direct observation of the flow restriction.
Experiments
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Familiarization with the operating principle of an orifice flowmeter
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Verification of the continuity law
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Measurement of flow rate using differential pressure
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Plotting of pressure loss curves
Required for Operation
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Hydraulic bench with closed water circuit or laboratory water connection
Standard Scope of Delivery
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1 experimental unit
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1 set of hose connections
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1 instruction manual
Export & Supply Capability
SCIENTICO manufactures the Orifice Flowmeter FluidoSurge-X 232 for engineering colleges, technical universities, and training laboratories. The unit is suitable for domestic and international supply. Export packing and documentation are provided as per customer and destination requirements.
Q1. What principle does FluidoSurge-X 232 operate on?
It operates on the differential pressure principle based on Bernoulli’s equation.
Q2. How is the pressure difference measured?
The pressure difference is displayed using a manometer connected across the orifice.
Q3. Is the flow path visible during experiments?
Yes. The transparent acrylic pipe section allows clear visualization of the orifice.
Q4. Can the unit be used without a hydraulic bench?
Yes. It can also be operated using a laboratory water supply with proper drainage.
Q5. What experiments can be performed with this apparatus?
Flow rate measurement, continuity law verification, and pressure loss studies can be performed.
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