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Armfield - Advanced Fluid Mechanics - C6MKII Fluid Friction Measurements

The Armfield Fluid Friction Measurements unit provides facilities for the detailed study of fluid friction head losses which occur when an incompressible fluid flows through pipes, fittings and flow metering devices. The unit is designed for use with the Armfield F1-10 Hydraulics bench.

Pipe friction is one of the classic laboratory experiments and has always found a place in the practical teaching of fluid mechanics.

With this unit, friction head losses in straight pipes of very different sizes can be investigated over a range of Reynolds’ numbers from 103 to nearly 105. This covers the laminar, transitional and turbulent flow regimes in smooth pipes.

In addition an artificially roughened pipe is supplied, which at the higher Reynolds’ numbers shows a clear departure from the typical smooth bore pipe characteristics. In addition to the equipment for the study of losses in straight pipes, a wide range of accessories are included such as pipe fittings and control valves, a Venturi tube, an orifice plate assembly and a Pitot tube.

An arrangement of six pipes provides facilities for testing the following:

  • Four smooth-bore pipes of different diameters
  • Artificially roughened pipe
  • 90° bends (large & small radii)
  • 90° elbow
  • 90° mitre
  • 45° elbow
  • 45° Y
  • 90° T
  • Sudden enlargement
  • Sudden contraction
  • Gate valve
  • Globe valve
  • Ball valve
  • Inline strainer
  • Perspex Venturi
  • Perspex orifice meter
  • Perspex pipe section with a Pitot tube & static tapping

Short samples of each size test pipe are provided loose so that the students can measure the exact diameter and determine the nature of the internal finish. The ratio of the pipe diameter to the distance of the pressure tappings from the ends of each pipe has been selected to minimise end and entry effects. A system of isolating valves is provided whereby the pipe to be tested can be selected without disconnecting or draining the system. This arrangement enables tests to be conducted on parallel pipe configurations.

An optional floor-standing Hydraulics Bench incorporates a sump tank and volumetric flow measurement facility. Rapid and accurate flow measurement is possible over the full working range of the apparatus.

The level rise in the measuring tank is determined by an independant sight gauge. A 250ml capacity glass measuring cylinder is supplied for measuring the flow rate under laminar conditions (very low flows).

Each pressure tapping is fitted with quick action self­sealing connection. Probe attachments with an adequate quantity of translucent polythene tubing are provided so that any pair of pressure tappings can be rapidly connected.

All the test pipes and fixed interconnecting pipes are fabricated in stainless steel.

Key Features

  • A unit for the detailed study of fluid friction head losses, which occur when an incompressible fluid flows through pipes, fittings and flow metering devices
  • A substantial floor-standing tubular steel frame supports test circuits comprising:
  • Four smooth-bore pipes of different diameters ranging from 4.5mm ID to 17.2mm ID
  • Artificially roughened pipe
  • 90° bends (large & small radii)
  • 90° elbow
  • 90° mitre
  • 45° elbow, 45° Y, 90° T
  • Sudden enlargement
  • Sudden contraction
  • Gate valve
  • Globe valve
  • Ball valve
  • Inline strainer
  • Perspex venturi
  • Perspex orifice meter
  • Perspex pipe section with a pitot tube & static tapping
  • 38 tapping points
  • All fixed pipes fabricated in stainless steel
  • Suitable for studying Reynolds' numbers from 103 to nearly 105
  • A system of isolating valves, quick release manometer connection valves and self-sealing pressure tappings ensure fast accurate results
  • Data logging accessory available
  • Computer-aided learning program available
  • A user instruction manual provides installation, commissioning and maintenance data, together with student exercises
  • The unit is designed for use with a Hydraulics bench
  • Biopharmaceutical and Biotechnology
  • Chemical
  • Cosmetics & Personal Care
  • Education & Academics
  • Food & Beverage
  • Oil & Gas
  • Pharmaceutical
  • Powders & Pigments / Coating
ArmfieldThe Armfield Industrial Division designs and manufactures research & development systems, primarily for the food, beverage, dairy, edible oil and pharmaceutical industries. Used by many of the world's leading corporations, Armfield systems enable researchers and product developers to replicate full-scale industrial manufacturing processes on a miniature-scale in the laboratory.
[Armfield, Fluid, Advanced, Mechanics, C6MKII, Friction, Measurements]