Methods of Flow Measurement Apparatus Manufacturer,Supplier and Exporter in India

Methods of Flow Measurement Apparatus

Product Code : SCL-CELE-14205

The Flow Measurement Apparatus is designed to demonstrate and compare different methods of measuring flow rates in closed conduits. It enables students and researchers to understand the working principles, accuracy, and limitations of various flow-measuring devices, such as the orifice plate, Venturi nozzle, measuring nozzle, and rotameter.

The unit allows the determination of flow coefficients, calibration of measuring instruments, and analysis of pressure distribution using a multi-tube manometer and Pitot tube. It is an essential teaching aid for fluid mechanics laboratories in engineering institutions.


Features

  • Demonstration of various flow rate measurement techniques in closed pipes
  • Includes Venturi nozzle, orifice plate flow meter, measuring nozzle, and rotameter
  • 6-tube manometer for visual observation of pressure distribution along the measuring devices
  • Pitot tube provided for measuring total pressure in the flow
  • Enables comparison of flow coefficients and calibration of instruments
  • Durable and compact design suitable for laboratory use
  • Suitable for connection to a hydraulic bench or independent flow supply

Specifications

Component

Specification

Venturi Nozzle

Cross-sectional area: 84…338 mm²
Inlet cone angle: 10.5°
Outlet cone angle: 4°

Orifice Plate Flow Meter

Orifice diameter: 14 mm

Measuring Nozzle

Diameter: 18.5 mm

Rotameter

Maximum flow rate: 1700 L/h

Manometer

6-tube type, Range: 390 mm WC

Pitot Tube

For measurement of total pressure in flow

Working Fluid

Water (clean tap water)


Technical Data

  • Measurement of differential pressure across various flow elements
  • Determination of flow rate and discharge coefficients
  • Compatible with hydraulic benches for water supply and flow control
  • Manometer tubes clearly marked for easy reading of head differences

List of Experiments

  1. Flow measurement using orifice plate flow meter and measuring nozzle
  2. Flow measurement through a Venturi nozzle
  3. Flow rate determination using a rotameter
  4. Pressure measurement using a Pitot tube
  5. Comparison of different flow measurement instruments
  6. Determination of flow coefficients (Cd) for various flow meters
  7. Calibration of measuring instruments for accurate flow rate determination

Services Required

  • Water Supply: Continuous and controlled (from hydraulic bench or external source)
  • Drain Connection: Required for discharge
  • Power Supply: Not required for basic setup (optional if used with data acquisition)

   

Office Address

Works: #975 Malleshwaram,
Bengaluru, Karnataka 560003

[email protected]

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