H408 - Experiment

FLUID FRICTION APPARATUS

PDF datasheet

A mobile, vertical panel featuring various pipe configurations to demonstrate flow and losses in different pipes  fittings and valves. Includes Pitot tube, Venturi and orifice meters for flow measurement.

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FLUID FRICTION APPARATUS

TecQuipment’s Fluid Friction Apparatus allows students to study flow, flow measurement techniques and losses in a wide variety of pipes and fittings. 

The equipment has three water circuits with instruments, pipes and pipe system components. These allow students to examine and compare the different component characteristics. The Digital Hydraulic Bench (H1F, available separately) supplies the circuit with a controlled flow of water. A space-saving vertical panel holds all the parts for easy use. 

To measure pressure loss across components, students use a piezometer set and differential pressure gauge (included). 

To perform experiments students record the temperature of water in the hydraulic bench and set the hydraulic bench to pump water through a circuit. They measure pressure losses across instruments or components. The hydraulic bench gives an external flow rate for reference and comparison. 

The flow measurement instruments show students the common methods of measuring water flow. They also give applications of the steady flow energy equation (Bernoulli’s equation). Students use a Venturi meter and an orifice plate meter and compare the losses of each. They also find the losses in a rapid enlargement. 

The equipment also includes a Pitot-static tube. By traversing the Pitot across the pipe diameter, students can find the velocity profile and flow coefficients. They also find the relationship between the flow rate and pressure differential.

An artificially roughened pipe allows students to study friction factor at different Reynolds numbers. They can compare results to those predicted by Nickuradse’s results and a Moody chart.

View the Digital Hydraulic Bench flyer here. 

VIDEO
  • Use of the Pitot-static tube
  • Flow measurement using a Venturi meter and an orifice meter
  • Smooth pipes
  • Artificially roughened pipe
  • Straight pipe loss
  • Sudden expansion and contraction
  • Bends and elbows
  • Valves
  • In-line strainer
case study
University of Northwestern St Paul Builds New Engineering Program

When the University of Northwestern St Paul, located in Minnesota in the USA, set out to build new labs while meeting USA degree accreditation requirements, they scoured the educational teaching equipment market for a supplier that could deliver:

  • High quality products and customer service
  • Competitive prices
  • Purpose-built equipment with teaching flexibility in mind
  • A single supplier source for the majority of the practical teaching needs

Read the full case study here. 

FLUID FRICTION APPARATUS
SUPPORTING PRODUCTS
H1F - Base Unit

A mobile self contained bench with recirculating water supply. It provides  water at different flow rates direct to experiments and includes digital flow display for hydraulic and fluid mechanics experiments.

H16 - Experiment

Free standing mobile apparatus, demonstrates pressure losses in several small bore pipe circuit components, typical of those found in central heating systems.

H34 - Experiment

Compact, bench top apparatus compares pressure losses and k value of popular fittings in small bore pipework.

H40 - Experiment

A compact manometer and nozzle flow meter that compares and demonstrates the accuracy, losses and use of fundamental flow meters.

H5 - Experiment

A bench top Venturi tube that allows students to study Bernoulli's theorem by measuring the complete static head distribution along the horizontal tube.

H7 - Experiment

A small bore straight test pipe on a base plate for measuring friction loss in a horizontal pipe to study laminar and turbulent flow. Also to find the critical Reynolds number and demonstrate the flow transition point.

H10 - Experiment

A Venturi meter, an orifice plate meter and a rotameter that demonstrates typical methods of measuring the flow of an incompressible fluid and shows applications of Bernoulli's equation.

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