About Apparatus For Flow Rate Measurement With Head Pump
APPARATUS FOR FLOW RATE MEASUREMENTS WITH HEAD PUMP IN TRANSPARENT PLEXIGLAS
- A motor-driven pump, mounted on a stainless steel plinth with a water reservoir and pipework for continuous circulation. The pump volute and the water reservoir are manufactured from clear acrylic for maximum visibility. Similarly the pipe runs are made from transparent PVC. Manually operated valves at the pump inlet and outlet allow control of the flow and also facilitate the study of suction effects.
- The apparatus the comparison between different methods of flow rate measurements.
- It composed of a hydraulic bench for the water supply,consisting of: Wheeled frame.
Centrifugal electric pump:
- Power: 0.3 kW at 3000 rpm.
- Speed of rotation 0 2900rpm with inverter.
- Capacity: 25 to 80 l/min.
- Efficiency: 13.9 to 9 m HO.
- With transparent head for viewing of cavitation phenomena.
Drain tank:
- Made of stainless material with flat work surface.
Supply tank:
Vacuum gauge:
- -1 to 3 bar inlet or outlet switchable.
- With a system of valves for reading.
- The flow pressures and aspiration for the determination of the load.
Venturi tube:
- Made of plexiglas.
- Equipped with pressure taps and piezometric pipes.
- With the possibility to read the difference pressure on a vertical support panel to the U gauges.
The piping should be composed of:
- A constant cross-section 100 mm long and 20 mm diameter.
- A converging section 10mm internal diameter.
- A divergent section.
Pitot tube:
- External diameter 3 mm.
- Water flow pipe, inside diameter 15.5 mm.
- Usable section of passage equal to 0.000142 m.
- Possibility of measuring the flow rate when the flow velocity of water creates a significant pressure drop.
Calibrated diaphragm:
- Two flanged pipes (internal diameter 50 mm).
- Calibrated diaphragmdi (internal diameter 20 mm).
- Pressure taps upstream and downstream of the measuring system.
- Possibility of measuring the pressure drop and by means of the calibration curve to be traced back to the flow.
Versatile Flow Rate Measurement for LaboratoriesPerfect for laboratory use, this apparatus provides an efficient solution for measuring fluid flow rates. The design incorporates durable stainless steel and transparent plexiglass for both strength and clear observation. Its highly efficient electric head pump enables repeatable experiments and accurate data collection, making it invaluable for educators, students, and researchers alike.
Precision Engineering and Reliable ResultsBuilt with attention to quality, this equipment guarantees 100% accuracy. Its robust construction ensures long-term usability, and the electric power source maintains consistent performance through extended use. Whether for teaching or research, users benefit from both the precision of results and ease of operation.
FAQs of Apparatus For Flow Rate Measurement With Head Pump:
Q: How is the Apparatus for Flow Rate Measurement with Head Pump used in laboratories?
A: The apparatus is used for demonstrating and accurately measuring fluid flow rates in a controlled setting. Simply connect the device to a power source, introduce the desired fluid, and operate the head pump to observe and measure flow through the transparent plexiglass section.
Q: What materials are used in making this flow rate measurement apparatus?
A: The unit is constructed from high-quality stainless steel for strength and durability, with plexiglass components for visibility, ensuring users can clearly observe fluid movement throughout the measurement process.
Q: When should this apparatus be utilized?
A: It is best employed during educational demonstrations, fluid dynamics research, or any scenario where accurate flow rate measurement is required within a laboratory environment.
Q: Where is the Apparatus for Flow Rate Measurement with Head Pump manufactured and supplied from?
A: This specific apparatus is manufactured, supplied, and exported from India, ensuring compliance with global standards and efficient international distribution.
Q: What is the process for measuring flow rate using this equipment?
A: To measure flow rate, fill the test chamber with the liquid, engage the electric head pump to initiate fluid movement, and use the built-in measurement systems to record and analyze flow rates as the liquid passes through the apparatus.
Q: What are the main benefits of using this apparatus in laboratory settings?
A: Key benefits include 100% measurement accuracy, durability, ease of use, and a clear view of the fluids behavior, making it suitable for both teaching and advanced research purposes.